CN102439510A - Safety eyewear - Google Patents

Abstract

The present invention relates generally to safety eyewear (100) and more particularly to a safety eyewear (100), either alone or in combination, having a nose piece structure (200) with multiple axes of adjustment, a horizontal ledge (300) defined within a lens (120) of the safety eyewear (100) for attaching the nose piece structure (200), a wicking device (400) attached to the safety eyewear (100) to remove or absorb perspiration, a coloration or tinting (500) of an outer peripheral edge (120A) of the lens (120) for indicating a performance characteristic of the safety eyewear (100) or the lens (120) and selected absorption of visible wavelengths of light, and temple bars (600,620) of the safety eyewear (100) having adjustable width.

Description

Safety glasses

The cross reference of related application

The previous submission U.S. Provisional Patent Application sequence number 61/156 that the application relates to and requires to submit to from March 2nd, 2009; 564, the previous submission U.S. design patent application serial of submitting on September 28th, 2,009 29/344; The previous submission U.S. design patent application serial 29/344 that 346 part continuation application, on September 28th, 2009 are submitted to; The previous submission U.S. design patent application serial 29/344 that 351 part continuation application, on September 28th, 2009 are submitted to; The previous submission U.S. design patent application serial 29/344 that 352 part continuation application, on September 28th, 2009 are submitted to; 355 part continuation application, submit U.S.'s design patent application serial 29/344 to previously; The right of priority of the previous submission U.S. Provisional Patent Application sequence number 61/246,781 that 356 part continuation application and on September 29th, 2009 submit to, the entirety of all applications is attached among this paper by reference.

Technical field

Relate generally to safety glasses of the present invention and relate more particularly to a kind of safety glasses, in the eyeglass that it comprises nose spare structure with a plurality of adjustment axis individually or in combination, be limited at safety glasses so as the horizontal convex (ledge) of attached nose spare structure, be attached to safety glasses with the wicking device of removing or absorb sweat, be used to indicate the eyeglass that the selection of Performance Characteristics and/or the visible wavelength of safety glasses or eyeglass absorbs peripheral edge dyeing or painted or safety glasses have the mirror leg bar that can adjust width.

Background technology

For various reasons, wearing spectacles etc. possibly be difficult when being engaged in physical exertion.Reason be most of frames basically can not whenever the wearer be engaged in comprise head and/or health fast or move on a large scale movable the time still suitably be attached to wearer's face.Conventional glasses with this shortcoming possibly separate from wearer's face in this case, especially between the active stage that produces sweat.

Another reason be with combine the helmet, cap or other headwear (as the one of which participate in such as skiing, by bike, row the boat, climb the mountain, wear when waiting exert oneself movable by motorcycle) the general discomfort of coming wearing spectacles to be associated.With many known eyeglass design, nose spare possibly be a nose heavy or that do not meet the user, makes when wearing with the helmet, and nose possibly painfully pressed nose spare structure uncomfortably and usually.In addition, be coupled to nose spare structure and be designed to that glasses are remained on wearer's some device on the face and only produce effect with this uncomfortable amplification with mechanism.

Another reason is in many glasses, to lack the adjustment characteristic, and this prevents that glasses from arriving the user adaptation of wearer's face (customization).This type of user adaptation allows glasses comfortable and safe to obtain in use to the independent cooperation of this wearer's independent face mask.Many glasses lack now and are suitable for various nose shapes and the required user adaptation of ethnic profile.

Many people are owing to the reason wearing spectacles except that vision correction.Well-known example is a large amount of dissimilar " sunglasses ", and it reduces the light intensity (and/or changing wavelength) of the glasses that arrive the wearer.Other well-known example is the what is called " safety glasses " that is used for eye protection usually to the danger of in industry, occupation and laboratory environment, being discerned.Other well-known example is various " safety goggles " etc.

In order to solve the problem that causes by to the needs that will between the active stage of exerting oneself, remain on wearer's glasses on the face, various schemes have been adopted.For example, the lens of the glasses of some type, particularly safety goggles and some type adopts bar, elastic cord, rope or similar characteristics (can adjust usually), and it is fully around wearer's head back, extend back from ear.Regrettably, though these characteristics are effectively, their maybe be uncomfortable and be not suitable for usually when pattern is very important, using.And the glasses with this characteristic are difficult to put on and slough, and especially also wear a hat or during the helmet the wearer.The glasses of other type have the mirror leg piece, and it has complete reclinate semicircle " circulating type " the ear bonding part that is similar to metal, ear back the wearer.

The prior art safety glasses suffers several shortcomings.Particularly; Prior art does not allow such safety glasses, in the eyeglass that it comprises nose spare structure with a plurality of adjustment axis, be limited at safety glasses so as the horizontal convex of attached nose spare structure, be attached to safety glasses with the wicking device of removing or absorb sweat, be used to indicate the eyeglass that the selection of Performance Characteristics and the visible wavelength of safety glasses or eyeglass absorbs peripheral edge dyeing or painted, safety glasses have the mirror leg bar that can adjust width.Therefore; Having a kind of like this safety glasses in the art will expect, in the eyeglass that it comprises nose spare structure with a plurality of adjustment axis, be limited at safety glasses so as the horizontal convex of attached nose spare structure, be attached to safety glasses with the wicking device of removing or absorb sweat, be used to indicate the eyeglass that the selection of Performance Characteristics and the visible wavelength of safety glasses or eyeglass absorbs peripheral edge dyeing or painted, safety glasses have the mirror leg bar that can adjust width.

Summary of the invention

The present invention has kept the advantage of existing safety glasses.In addition, its many shortcomings that are provided at undiscovered new advantage in the current available safety glasses and overcome this type of current available safety glasses.

In the eyeglass that safety glasses of the present invention comprises nose spare structure with a plurality of adjustment axis individually or in combination, be limited at safety glasses so as the horizontal convex of attached nose spare structure, be attached to safety glasses with the wicking device of removing or absorb sweat, be used to indicate the eyeglass that the selection of Performance Characteristics and the visible wavelength of safety glasses or eyeglass absorbs peripheral edge dyeing or painted, safety glasses have the mirror leg bar that can adjust width.

Said nose spare structure is constructed to provide the adjustment along one or more axis.Said nose spare structure comprises nose support member and nose pad.The present invention relates to have the safety glasses of the nose spare structure that has a plurality of adjustment axis.Said nose spare structure comprises nose support member and nose pad.Said nose support member has the attached V of inversion basically or the U-shaped shape of a part that is configured to glasses.Said nose spacer is useful can coat along the soft deformable material of axis adjustment molded metal-cored.Metal-cored insertion portion extends so that insert in the receiving unit of nose support member in nose cushion material outside along horizontal axis.The nose pad is defined for comfortable and along a plurality of inhomogeneous fin of the adjustment of axis.The receiving unit and the insertion portion that are attached at together allow along axis adjustment nose pad.

Safety glasses of the present invention comprises in the eyeglass that is limited at safety glasses so that the horizontal convex of attached nose spare structure.Said safety glasses comprises that framework and eyeglass are used for being connected to by hinge the eyeglass of at least one mirror leg bar of framework.Said nose spare structure is configured to be attached to the core of eyeglass.Said nose spare structure has groove, and the horizontal convex recess of its qualification is used for and the engage that is limited at the horizontal convex excrescence in the core of eyeglass.The core of eyeglass limits horizontal convex excrescence, is used for being attached in the horizontal convex recess of time-out insertion nose spare structure in nose spare structure and eyeglass.In another embodiment, the structure of nose spare structure limits horizontal convex excrescence, is used for and the engage that is limited at the horizontal convex recess in the core of eyeglass.

Safety glasses of the present invention comprises that the framework that is attached to safety glasses is to remove or to absorb the wicking device of sweat.In one embodiment, said wicking device comprises eyebrow bar, subframe and wick material.Subframe is used the framework that the multiple device that is used to be attached to frame removably or for good and all is attached to safety glasses.The eyebrow bar be used be used to be attached to subframe multiple device removably or for good and all attached.Wick material be used be used to be attached to the eyebrow bar multiple device removably or for good and all attached.It is also contemplated that wicking device can comprise the other combination such as eyebrow bar and wick material or subframe and wick material that the multiple device that is used to be attached to glasses carries out.

Safety glasses of the present invention comprises the dyeing of peripheral edge of the eyeglass that the selection of the Performance Characteristics that is used to indicate safety glasses or eyeglass and visible wavelength absorbs or painted.In one embodiment, said glasses comprise having shallow visible color or the slight mist look eyeglass with the VLT deciding grade and level of device property dyeing that peripheral lens edge is provided.Eyeglass cuts roughening or veined otch with diffraction light along the peripheral edge of eyeglass.Peripheral Waffer edge is carried out color-code according to the Performance Characteristics of eyeglass or glasses.In operation, when still satisfying industry VLT to the substantial transparent eyeglass and requiring, activate the ornamental color of the peripheral edge of eyeglass along the coarse of eyeglass or when texture peripheral edge diffraction is arranged at light.

Safety glasses of the present invention comprises having the mirror leg bar that can adjust width.Said safety glasses comprises framework, is connected at least one mirror leg bar and hinge component of framework by hinge, and hinge component is connected to said at least one mirror leg bar and framework to help to increase or reduce the inside adjustment of mirror leg bar by hinge.The adjustment sign of hinge component is provided for adjusting the device of the inside adjustment of mirror leg bar.Adjustment sign moves forward along with it and reduces the scope of the inside pivoting action of said at least one mirror leg bar, and wherein, and said adjustment sign is along with then it moves backward and increases the scope of the inside pivoting action of said at least one mirror leg bar.

An object of the present invention is to provide a kind of nose spare structure with a plurality of adjustment axis.

Another object of the present invention provides in a kind of eyeglass that is limited at safety glasses so that the horizontal convex of attached nose spare structure.

Another object of the present invention provides a kind of framework that is attached to safety glasses to remove or to absorb the wicking device of sweat.

Another object of the present invention provides the dyeing of peripheral edge of the eyeglass that the selection of a kind of Performance Characteristics that is used to indicate safety glasses or eyeglass and/or visible wavelength absorbs or painted.

Another object of the present invention provides the mirror leg bar that having of a kind of safety glasses can be adjusted width.

Description of drawings

In accompanying claims, set forth this novel feature as characteristic of the present invention.Yet, through with reference to the following detailed description that combines accompanying drawing to carry out, will understand the preferred embodiments of the present invention and other purpose and attendant advantages best, in the accompanying drawings:

Fig. 1 is the skeleton view according to safety glasses of the present invention, and it comprises nose spare structure, be limited at horizontal convex in the eyeglass, the dyeing of the peripheral edge of wicking device, eyeglass or painted and have the mirror leg bar that can adjust width;

Fig. 2 is its front view;

Fig. 3 is its rear view;

Fig. 4 is its right view, and left view is its mirror image;

Fig. 5 is its top view;

Fig. 6 is its backplan;

Fig. 7 A is the skeleton view of the nose spare structure of safety glasses, shows the example of nose pad with respect to the first adjustment position of the rebasing seat of nose;

Fig. 7 B is the skeleton view of the nose spare structure of safety glasses, shows the example of nose pad with respect to the second adjustment position of the rebasing seat of nose;

Fig. 8 looks exploded view in the end of the nose spare structure of Fig. 7 A;

Fig. 9 is the side view of the nose spare structure of Fig. 7 A;

Figure 10 is the top view of the nose spare structure of Fig. 7 A;

Figure 11 A is the rear view of the nose spare structure of Fig. 7 A, shows along the example of the first adjustment position of the nose pad of axis;

Figure 11 B is the rear view of the nose spare structure of Fig. 7 A, shows along the example of the second adjustment position of the nose pad of axis;

Figure 11 C is the rear view of the nose spare structure of Fig. 7 A, shows along the example of the 3rd adjustment position of the nose pad of axis;

Figure 12 A is the rear view of the nose spare structure of Fig. 7 A, shows along the example of the first adjustment position of the fin of axis;

Figure 12 B is the rear view of the nose spare structure of Fig. 7 A, shows along the example of the second adjustment position of the fin of axis;

Figure 13 looks exploded view in the end of the alternative embodiment of Fig. 7 A;

Figure 14 is the side view of nose spare structure that is attached to Fig. 7 A of safety glasses;

Figure 15 A is the front view that is limited at the horizontal convex in the eyeglass of safety glasses;

Figure 15 B is the partial view of eyeglass with Figure 15 A of horizontal convex;

Figure 16 is the front perspective view of the wicking device of safety glasses;

Figure 17 is its front view;

Figure 18 is its rear view;

Figure 19 is its left view, and right view is its mirror image;

Figure 20 is its top view;

Figure 21 is its backplan;

Figure 22 is the exploded view of the wicking device of Figure 16;

Figure 23 A is the skeleton view of the alternative embodiment of Figure 16;

Figure 23 B is the top view of the alternative embodiment of Figure 16;

Figure 24 is the partial view of the inside surface of framework coupling part;

Figure 25 A is the skeleton view of example that is used for the wicking bar is connected to fastening (snap) mechanism of wicking subframe;

Figure 25 B is the skeleton view of another example that is used for the wicking bar is connected to the engaging support mechanism of wicking subframe;

Figure 25 C is the skeleton view of another example that is used for the wicking bar is connected to the engaging support mechanism of wicking subframe;

Figure 26 A is the cross-sectional view that comprises the wicking device of wicking subframe and wick material;

Figure 26 B is the cross-sectional view of another example that comprises the wicking device of wicking subframe and wick material;

Figure 26 C is the cross-sectional view of another example that comprises the wicking device of wicking subframe and wick material;

Figure 27 is the cross-sectional view that is used for eyebrow bar zone is attached to the maintaining body of wicking subframe;

Figure 28 is the skeleton view of another embodiment of wicking device;

Figure 29 is the wicking bar of Figure 28 and the skeleton view of wick material;

Figure 30 directly is attached to the partial view of wicking bar of Figure 29 of framework;

Figure 31 is the skeleton view of another embodiment of wicking device;

Figure 32 A is the skeleton view of the alternative embodiment of wicking subframe;

Figure 32 B is the skeleton view of the alternative embodiment of wicking subframe;

Figure 32 B is the top view of the alternative embodiment of wicking subframe;

Figure 32 D is the top view of the alternative embodiment of wicking subframe;

Figure 33 is the colored painted skeleton view along the peripheral edge of eyeglass;

Figure 34 is the skeleton view along another colored painted embodiment of the peripheral edge of eyeglass;

Figure 35 is the skeleton view along another colored painted embodiment of the peripheral edge of eyeglass;

Figure 36 is the skeleton view with safety glasses of the present invention of the mirror leg that has width adjustment;

Figure 37 provides the exploded view of the hinge component of mirror leg width adjustment;

Figure 38 provides the exploded view of the hinge component of mirror leg width adjustment;

Figure 39 A is an adjustment sign at the side view of locational mirror leg bar of the present invention backward;

Figure 39 B is the side view of the of the present invention mirror leg bar of adjustment sign on forward facing position;

Figure 40 is the top view of the safety glasses of Figure 36;

Figure 41 is the top view of the safety glasses of Figure 36;

Figure 42 is the top view of the safety glasses of Figure 36;

Figure 43 is the front perspective view of another embodiment of safety glasses;

Figure 44 is its front view;

Figure 45 is its rear view;

Figure 46 is its right view;

Figure 47 is its left view;

Figure 48 is its top view;

Figure 49 is its backplan;

Figure 50 is the front perspective view of another embodiment of safety glasses;

Figure 51 is its front view;

Figure 52 is its rear view;

Figure 53 is its right view;

Figure 54 is its left view;

Figure 55 is its top view;

Figure 56 is its backplan;

Figure 57 is the front perspective view of another embodiment of safety glasses;

Figure 58 is its front view;

Figure 59 is its rear view;

Figure 60 is its right view;

Figure 61 is its left view;

Figure 62 is its top view; And

Figure 63 is its backplan.

Embodiment

Usually with reference to figure 1-6, illustrate and usually indicated safety glasses 100 of the present invention now.To more fully describe like hereinafter, in the eyeglass 120 that safety glasses 100 comprises nose spare structure 200 with a plurality of adjustment axis individually or in combination, be limited at safety glasses 100 so as the horizontal convex 300 of attached nose spare structure 200, be attached to safety glasses 100 with the wicking device 400 of removing or absorb sweat, be used to indicate the eyeglass 120 that the selection of Performance Characteristics and/or the visible wavelength of safety glasses 100 or eyeglass 120 absorbs peripheral edge 120A dyeing painted 500 or the having of safety glasses 100 can adjust width to adapt to the mirror leg bar 600,620 of user's head.One or more through in these elements 200,300,400,500,600 that have safety glasses 100 individually or in combination; Safety glasses 100 provides more various adjustment and through the better experience that designs, satisfies country and international performance standard to resistance to impact and other standard simultaneously reliably for the user.

Nose spare with a plurality of adjustment axis

With reference to figure 7A-14, safety glasses 100 of the present invention comprises the nose spare structure 200 with at least one or a plurality of adjustment axis (P, Q, R).Nose spare structure 200 is included in single attachment point place with common axis attached nose support member 210 and nose pad 220.Nose support member 210 has usually is inverted V and U-shaped shape basically, and is configured to be attached to the core of the eyeglass 120 of safety glasses 10, is preferably the following core of eyeglass 120.Nose support member 210 comprises that inwall 210A and outer wall 210B are between inwall 210A and outer wall 210B, to limit groove 211, so that be positioned at the core or the nasal bridge region of glasses 10.The bottom section of each end of groove limits " L " shape substantially.In one embodiment, the height of inwall 210A is basically greater than the height of outer wall 210B.

Groove 211 limits one or more convex recesses 212,213, be used for the core that is limited at glasses 100 in the engage of one or more horizontal convex excrescence 312,313.Certainly, can be with this tectonic inversion, groove 211 limits one or more convex excrescence (not shown), be used for the core that is limited at glasses 100 in the engage of one or more horizontal convex recess (not shown).

The inwall 210A that approaches most nose pad 220 is included on the inside surface of inwall 210A and limits so that receive the receiving unit 230 of the insertion portion 240 that forms with nose pad 220.Receiving unit 230 is outstanding from inwall 210A along substantially horizontal axis.Receiving unit 230 forms near the zone line of the nose support member 210 adjacent with the top upper limb of nose support member 210 or summit.

Receiving unit 230 has the contiguous opposite side zone 232,233 of central area 231 that limits semi-circular shape and the rectangular shape substantially that limits the either side that is positioned at central area 231.In one embodiment, the height of receiving unit 230 is approximately equal to the height of inwall 210A.Laterally slot 233 extends across the width of the central area 231 of receiving unit 230, and it has and is suitable for the size that engages with insertion portion 240.Receiving unit aperture 234 is defined as along the top area of vertical axis through central area 231 and the bottom section through central area 231.

Nose pad 220 comprises insertion portion 240.Nose pad 220 comprises tinsel or metal-cored embolus (not shown), and it is by molded with soft molded or deformable material (it is comfortable for user's nose) coating.Metal-cored insertion portion 240 extends so that insert or be bonded in the receiving unit 230 of nose support member 210 in the moulding material outside along substantially horizontal axis.Metal-cored insertion portion 240 is by providing the material along the adjustment of the axis of nose spare structure 200 to process.In one embodiment, insertion portion 240 forms on the inside surface of nose pad 220 and is outstanding along substantially horizontal axis from inside surface.Insertion portion 240 forms near near the zone line of the nose pad 220 the top of nose pad 220 or summit.Insertion portion 240 comprises the horizontal flange that will be sized in proportion be used to be bonded in the receiving unit 230.Limit insertion portion aperture 244 along vertical axis through insertion portion 240.In one embodiment, insertion portion 240 limits square shape substantially, still, certainly, the invention is not restricted to this given shape.

Point out that the benefit of nose pad 220 during manufacture process is important.Because this unique construction, nose pad 220 can promote manufacture process.Especially, nose pad 220 comprises with soft molded tinsel or the metal-cored embolus of molded or deformable material coating.It is molded that the flexibility of nose pad 220 allows it to be carried out with flat configuration, and this has simplified manufacture process widely.

Nose pad 220 combines with main single attachment point through multiple device with nose support member 210.When insertion portion 240 was inserted in the receiving unit 230, located along common axis respectively with receiving unit aperture 234 in insertion portion aperture 244.Receiving unit 230 is used to attached device with insertion portion 240 and combines to allow adjusting said nose pad along axis.For example, can make such as the securing member of screw vertically through insertion portion aperture 244 and receiving unit aperture 234 to allow in the adjustment of an axis, insertion portion 240 being attached to receiving unit 230.In another embodiment, do not require that securing member and nose pad 220 are buckled together with nose support member 210.

With reference to figure 7A and 7B, nose pad 220 limits substantially is inverted V or U-shaped shape, and two limit 220A, 220B limit fin 222 therein along outside surface.Nose pad 220 can move with respect to nose support member 210 along adjustment axis P.Shown in Fig. 7 A, show the example of nose pad 220 with respect to the primary importance of nose support member 210.Shown in Fig. 7 B, show the example of nose pad 220 with respect to the primary importance of nose support member 210.Certainly, can expect that nose pad 220 can move the nose with the user who adapts to the certain limit with different scale and size with respect to nose supporter 210.

Nose pad 220 has sunk area 224 to adapt to nose pad 220 moving axially with respect to the certain limit of arm supporter 210 around insertion portion 240.The width of the sunk area of nose pad 220 greater than or be approximately equal to the width of receiving unit 230.Receiving unit 230 has depression or the incision tract that limits semicircle, and it promotes moving freely of nose pad 220.

With reference to figure 11A-11C, the nose pad 220 with two limit 220A, 220B can move relative to each other along adjustment axis Q.The metal-cored embolus (not shown) of nose pad 220 is flexible so that the adjustment along axis to be provided, and wherein, two limit 220A, 220B can move relative to each other.Shown in Figure 11 A, show the example of two limit 220A, 22B primary importance relative to each other, it limits about an angle of 90 degrees substantially.Shown in Figure 11 B, show the example of two limit 220A, the 22B second place relative to each other, it limits about 60 degree angles substantially.Shown in Figure 11 B, show the example of two limit 220A, 22B the 3rd position relative to each other, it limits about miter angle substantially.Certainly, can expect that two limit 220A, 220B of nose pad 220 move to angle in from 0 to the 360 degree scope with the user's that adapts to the certain limit with different scale and size nose.

With reference to figure 12A and 12B, one or more fins 222 of nose pad 220 are movably for another adjustment axis R.In one embodiment, fin 222 is uneven and is limited in the outside surface of nose pad 220.In another embodiment, fin 222 is spaced apart equally spacedly with the degree of depth that changes.For example, fin 222 can comprise three fins with similar more deep thread and two fins with shallow thread.Nose pad 220 limits even or uneven fins or finger piece so that adjust to the angle of nose, so that comfortable and the profile of adjusting and adapting to different ethnic groups to be provided to the user.In one embodiment, at least three or more fins 222 or finger piece qualification rectangular shape.Certainly, be understood that fin 222 can limit the shape except that holding, such as the shape of square, circular, triangle or any other type, its adjustment of angle that can be provided to nose is to provide comfortable to the user and adjustment.Fin 222 provides along the adjustment of the axis of nose spare structure 200, and this strengthens maintenance and the slip of nose spare structure from user's nose.For example, shown in Figure 12 A, can fin 222 be adjusted to primary importance to adapt to user's nose.In another example, shown in Figure 12 B, fin is adjusted to the second place to adapt to user's nose.Certainly, it is contemplated that the nose that can use the angular range that is different from those examples to adapt to the user of certain limit with different scale and size.

With reference to Figure 13, the alternative embodiment 200B of nose spare structure 200 is shown.Nose spare structure 200B generally includes nose support member 210B and nose pad 220B, and except that insertion portion 240B and receiving unit 230B, it is similar to nose spare structure 200.Insertion portion 240B limits teat or the flange that extends from nose pad 220B.Receiving unit 230B is limited to the square shape that wherein has the slot that is used to receive teat or flange substantially.These insertion portions 240B buckles at single attachment point place among the receiving unit 230B so that nose pad 220B is fixed in nose support member 210B.

With reference to Figure 14, in operation, nose spare structure 200 is attached to the core of the eyeglass 120 of safety glasses 100.The core of safety glasses 100 be inserted in inwall 210A and the outer wall 210B of nose support member 210 and between, horizontal convex excrescence 312,313 joints until being limited at eyeglass 120 in are limited at the convex recess 212,213 in the groove 211 of nose support member 210.In case nose spare structure 200 is attached to the core of eyeglass 120, so can adjust nose spare structure 200 along a more than axis.For example, the adjustment axis is two limit 220A, 220B the moving relative to each other of nose pad 220.Another adjustment axis is to be limited at moving of fin 222 in the nose pad 220.And another adjustment axis is nose pad 220 moving with respect to nose support member 210.Generally, nose spare structure 200 allows a plurality of adjustment axis in vertical at least and horizontal plane.It should be noted that nose pad 220, fin 222 and two limit 220A, 220B can move any angle of from 0 to 360 degree along any axis, perhaps along with respect to any direction of nose support member 210 comfortable fit to be provided to the user.

The horizontal convex that is used for eyeglass

With reference to figure 15A and 15B, safety glasses 100 of the present invention comprises having the eyeglass 120 that is used for eyeglass 120 is fixed at least one horizontal convex 300,302 of nose spare structure 200.Safety glasses 100 comprises framework 110, eyeglass 120 and is connected at least one mirror leg bar 600,620 of framework 110 by hinge.Nose spare structure 200 comprises nose pad 210 and nose support member 220.Nose spare structure 200 is configured to be attached to for good and all or releasedly the core of eyeglass 120.

In one embodiment, horizontal convex excrescence 312,313 or projection that horizontal convex 300 limits on the eyeglasses 120, be used for the groove that is limited at nose spare structure 200 211 in the engage of convex recess 212,213.The core of eyeglass 120 or preferably descend core to limit horizontal convex excrescence 312,313 is used at nose spare structure 200 and eyeglass 120 by attached or be bonded in the convex recess 212,213 when being buckled together.

In one embodiment, the core of eyeglass 120 has the sunk area 314 that comprises two horizontal convexes 300,302.The sunk area 314 of eyeglass limits inversion V-arrangement shape and U-shaped shape and in the following core of eyeglass 120, forms.Sunk area 314 comprises perimeter edge 316 or outermost edge.At least one or a plurality of opposing horizontal convex excrescence 312,313 extend internally from perimeter edge 316.Each excrescence 312,313 limits the first horizontal convex 300 and the second horizontal convex 302.The first horizontal convex 300 and the second horizontal convex 302 comprise substantially horizontal excrescence 300A, 302, and it is formed for the narrow rack that engages with the convex recess 212,213 of nose spare structure 200 on eyeglass 120.Be used for both convex supporting zone 300B of the first and second horizontal convexes 300,302,302B along extending towards the bottom of sunk area 314 to downslope.Each convex supporting zone 300B, 302B limit and relax sloping portion and more do not relax or than the orientated at steep inclinations part.The first horizontal convex 300 and the second horizontal convex 300 are aimed at along public horizontal convex axis S basically.

The top section 314A of sunk area 314 extends on public horizontal convex axis S.In one embodiment, the top section 314A of sunk area 314 has mushroom shaped.The more important thing is that the top section 314A of sunk area 314 provides enough clearance zones to avoid the turning of (clear) horizontal convex 300,302 with the convex recess 212,213 in the groove 211 that allows nose support member 210.Nose support member 210 has convex recess 212,213, and it is confirmed that in proportion size is to be buckled on the horizontal convex 300,302.

The base section 314B of sunk area 314 extends below said public horizontal convex axis S.Base section 314B comprises a height, and it is greater than the height 50 percent of the top section 314A of sunk area 314 or more.The width of base section 314B increases to the bottom of sunk area 314 from public horizontal convex axis S.The width of the bottom of sunk area 314 is greater than the height 50 percent of top section 314B or base section 314A or more.

When the convex recess of nose spare structure 200 212,213 engaged the horizontal convex excrescence 312,313 of eyeglasses 120, nose spare structure 200 had more firmly connecting to eyeglass 120.Certainly, can be with this tectonic inversion, groove 211 limits one or more convex excrescence (not shown), be used for the core that is limited at glasses 100 in the engage of one or more horizontal convex recess (not shown).

The wicking device that is used for safety glasses

With reference to figure 16-32D, safety glasses 100 of the present invention comprise be used for to discharging of frame 110 attached so that remove the wicking device 400 or the assembly of moisture or sweat from eyes 100 or near it.Wicking device 400 comprises one or more in the following: wicking subframe 310, wicking bar 420 and be attached to wicking bar 420 or the absorbing agent of wicking subframe 410 or wick material 430.In one embodiment, wicking subframe 410 is attached to glasses 110, wicking bar 420 is attached to wicking subframe 410, and wick material 430 is attached to wicking or eyebrow bar 420.Subframe 410 is defined for fit shapes interlocked with one another with eyebrow bar 420, and it is fixed in eyebrow bar 420 with subframe 410.Note that there are many structures in wicking device 400, hereinafter will further be discussed.

Wicking subframe 410 has near-end and far-end and quilt and removably or for good and all is attached to frame 110.In a preferred embodiment, wicking subframe 410 or wicking bar 420 removably are attached at extremity piece 110A, the 110B place of framework 110.In one embodiment, wicking subframe 410 is the single piece of plastic bars that limit L shaped shape, and said L shaped shape is followed top and the profile of inner periphery in the eyebrow zone of framework 110.The part of wicking subframe 410 is along inner periphery or the top contact or the engage frame 110 in the eyebrow zone of framework 110.Especially, the length of wicking subframe 410 is enough to adapt to the length of eyebrow bar 420.

Wicking subframe 410 can limit aperture, depression, slot or other receiving unit 412A, 412B to allow from fixing purpose with 420 insertions of eyebrow bar wherein in the far-end and the proximal end of subframe 410.Certainly, subframe 410 can also comprise the receiving unit 422 that is used to engage eyebrow bar or wicking bar 420 so that subframe 410 is fixed in excrescence, extension, uncinus or other insertion portion 412 of framework 110.

Subframe 410 can also comprise the insertion portion that is used to receive framework 110 so that subframe 410 is fixed in depression, slot, aperture or other receiving unit of framework 110 at near-end and far-end.Certainly, subframe 410 can also comprise the receiving unit that is used for engage frame 110 so that subframe 410 is fixed in excrescence, extension, uncinus or other insertion portion 414A, the 414B of framework 110 at near-end and far-end.In one embodiment, subframe 410 can buckle in the inside casing 110 of glasses 100 or with other method as known in the art.

With reference to figure 23A-32D, exist to be used for the several different methods that near-end and far-end with subframe removably were attached to or were fixed in releasedly wicking bar 420.In one embodiment, wicking subframe 400B is included in the injection molded extremity piece 410B that wherein has locking or engaging support mechanism 411B.Injection-molded extremity piece 410B is provided for inserting the locking or the engaging support mechanism 411B of wicking bar 420.Locking mechanism can comprise as directed Tinnerman (Figure 25 A), S wedge pillar (Figure 25 B) or engaging support mechanism (Figure 25 C).In case wicking bar 420B is inserted among the locking mechanism 411B, then lock releasedly or be permanently fixed in the wicking subframe 410B wicking bar 420B.The near-end of wicking bar 420B and far-end buckle into or are attached to near-end and the far-end of plastic end piece 410B then.Subframe 410B be attached to the framework 110 of glasses 100 thereafter.

In one embodiment, wicking subframe 410B comprises snak link details 411C, mechanism's fastening, excrescence or insertion portion 411D, and it engages cooperation otch or receiving unit 112 on the frame 110.In another embodiment shown in Figure 29 D, can use as directed maintaining body 460 subframe 410K to be attached to the eyebrow zone of framework 110.

Wicking or eyebrow bar 420 are the rods that have plastics or spring steel to process, and it is provided for being attached to the platform of the wick material 430 of eyebrow bar 420.In one embodiment, eyebrow bar 420 is constructed to receive the wick material that is buckled in the tubular sleeve.Preferably, wicking bar 420 has the cylindrical shape that is used to slide or inserts wick material 430 or round-shaped.The surface of wicking bar 420 is enough smooth and allow tubulose wick material 430 not having under the damaged or range upon range of situation through dried 420 length.Wicking bar 420 has in-profile round-shaped of the framework 110 of following glasses 100.Wicking bar 420 is attached to subframe 410 releasedly or for good and all or directly is attached to the framework 110 of glasses 100 itself.In one embodiment, wicking bar 420 is fastened and is coupled in the subframe 410.In another embodiment, the shape of wicking bar 420 can be that L shape, ellipse or rectangle or be suitable for rests in other shape on user's the eyebrow zone.

The wick material 430 that is attached to wicking bar 420 is used to eyebrow or face removal or absorption sweat or moisture from the user.It is contemplated that wick material 430 can have the stitch of tubulose mesh fabric or other type.Note that wick material can have the shape except that tubulose so that be attached to wicking bar 420.Can wick material 430 for good and all or removably be attached to wicking bar 420.Wick material 430 can comprise hygroscopic fabric or be used to remove other wick material of moisture.Some example of other wick material can comprise Sorbtek or other absorbent fabric or sponge material; Such as foam pad or foamed material, so that be user's face absorption or removal moisture or sweat.

Can be absorbing material or wick material 430 is attached and carry out end seal with the several different methods as known in the art that comprises the following: thermal shrinkage, burn, weld, flood, coat molded, melt, apply bonding agent, cover, buckle into and be similar to the most advanced and sophisticated coating of shoestring.The structure of wick material 430 and eyebrow bar 420 can be confirmed how attached wick material 430 and eyebrow bar 420 and end seal how to realize wick material 430.There are the only several examples that are used for wick material 430 is attached to the possible method of eyebrow bar 420 or subframe 410.Any method that the most important thing is attached wick material 430 should prevent wearing and tearing and material range upon range of of yarn end.

In one embodiment, wick material 430 can be the combination of sealing cellular material and serving textile material.At first, carry out die-cut to foamed material and be attached to eyebrow bar 420 with the bonding agent of low initial viscosity.Next, with attached foam on eyebrow bar 430 slip wick material 430 with further pressure is provided to the user, to the adaptability and the comfort of head.It should be noted can with tubulose wick material 430 or sleeve be divided into again more than one to help on eyebrow bar 420, subframe 410 pulling or to help directly to be attached to the framework 110 of glasses 100.

With reference to figure 26A-C, there are many other possibility embodiment that are used for wicking device 400.Shown in Figure 26 A, the L shaped subframe 410 with the mesh wick material 430 that covers subframe 410C is attached to the available frame 110 of glasses 100.Certainly, can replace the combination of wicking bar or subframe and wicking bar with wicking subframe 420C.Shown in Figure 26 B; The wicking subframe 410D that is processed by the potpourri of TPU 440B (thermo-plastic polyurethane) and rigidity or structural plastic 440A has the mesh wick material 430D on wicking subframe 410D, and wicking subframe 410D is attached to the available frame 110 of glasses 100.Certainly, can replace the combination of wicking bar or subframe and wicking bar with wicking subframe 410D.Shown in Figure 26 C, wicking subframe 410E comprises the potpourri of foam 450A and plastic material 450B, and mesh wick material 430E is on the wicking subframe, and the wicking subframe is attached to the available frame 110 of glasses 100.Certainly, can replace the combination of wicking bar or subframe and wicking bar with wicking subframe 410E.

With reference to figure 27-32D, wicking device 400F is not having to comprise wicking bar 420F and absorbent or wick material 430F under the situation of subframe.Wicking bar 420F can comprise the bindiny mechanism of the inside that is used to be fixed in frame 110 in its far-end and proximal end.In one embodiment, wicking bar 420F has at near-end and far-end and is used for buckling into depression or the aperture that limits with framework 110.Eyebrow bar 420G directly comprises the engaging support mechanism 422G on the center section that is positioned at wicking bar 420F to another attachment method of inner frame 110, and its joint is positioned at the aperture 412G on the framework 110.

In another embodiment, wicking device 400 comprises subframe 410 and absorbing material or wick material 430 under the situation that does not have eyebrow bar or wicking bar 420.Subframe 410 has near-end and far-end, and it removably is attached to the eyebrow zone of frame 110.In one embodiment, subframe 410 limits " L " shape and advances along the regional interior circumference of the eyebrow bar of framework 110.The near-end of subframe 410 and far-end comprise that joint is with the protruding excrescence of the sunk area of the extremity piece qualification of glasses with cooperatively interacting.It is contemplated that and to accomplish the addition method as known in the art that is used for zygote framework and glasses with waiting such as bonding agent, securing member.

Pulling wick material 430 on subframe 410 is detained the subframe 410 of glasses or be attached at together with framework 110 then.With reference to figure 32A-D, in one embodiment, subframe is a series of one or more 410H (monolithic) that use the multiple attachment means shown in Figure 32 B to combine, 410I (two-A, B), 410J (three-A, B, C).For example, subframe 410J is divided into two extremity pieces of master tape and the framework 110 that is used to join to glasses.This bracelet of subframe 410J engage with closing two extremity pieces with carry out permanent maybe can discharge attached.In this case; Can integrally or for good and all be attached to this band with one in the extremity piece, opposed end is dismountable so that allow wick material 430 easily on being with, to slide and before being fixed in its final assembling position, be sealed in the appropriate location simultaneously.Certainly, can subframe 410 and wicking bar 420 be divided into and be less than or more than three.

In one embodiment, wick material be stitched into sleeve and along eyebrow bar pulling with mesh fabric with its covering.In another embodiment, subframe is centered on thermo-plastic polyurethane's interlocking and by the wicking material, and wick material is a mesh fabric.In another embodiment, subframe is attached to foamed material and is centered on by the wicking material, and wick material is a mesh fabric.In order to strengthen connecting, subframe can also comprise the maintaining body that is used for subframe is fixed in the eyebrow zone of glasses.In another embodiment, subframe comprises two or more pieces that are fastened on together, and every has the wick material that is positioned on the subframe.

In one embodiment, wicking subframe 410 is the monolithics that comprise insertion portion 414A, 414B at each place, end.Each insertion portion 414A of subframe 410,414B are engaged with in the corresponding receiving unit in the extremity piece that is limited at frame.Subframe also comprises that at each place, end receiving unit is to allow to insert therein the insertion portion of eyebrow bar.The eyebrow bar is along the substantial portion of its length profile of joint element framework ordinatedly, the eyebrow bar slightly microprotrusion on the upper surface of subframe.In order further subframe to be fixed in glasses, the center excrescence extends from subframe near the core in last eye frame zone.The center excrescence engages the interior receiving aperture of eyebrow bar so that the eyebrow bar is fixed in subframe.It is also contemplated that the framework that can under the situation of the eyebrow bar that does not have subframe, wick material 430 directly be attached to glasses is with face absorption or removal moisture or sweat from the people.

In operation, wicking lever apparatus 400 removably or for good and all is attached to the framework 110 of glasses.Though the user perspires, the wick material 430 on the sweat core soup stick device 400 absorbs or removes.After using wicking bar 400, can replace or clean wicking bar 400 through removing wicking bar 400 or its independent assembly or it being replaced or clean.And, can after using, remove wick material 430 to clean or to replace by eyebrow bar 420, subframe 410 or the framework 110 from glasses.Generally, wicking bar 400 can remove, replaceable, capable of washing, and has easy mounting and the dismounting that is used for the user.

The colored mist look that is used for safety glasses

With reference to figure 33-35, safety glasses of the present invention comprises the dyeing or painted 500 of the peripheral edge 120A of the eyeglass 120 that the selection of the Performance Characteristics that is used to indicate safety glasses 100 or eyeglass 120 and/or visible wavelength absorbs.The eyeglass 120 of VLT (visible transmission) deciding grade and level has photoinitiator dye or painted 600 and absorbs with the selection that ornamental color and/or visible wavelength are provided.VLT is the number percent that is allowed to arrive the available light of glasses.In a preferred embodiment, the VLT grade is not less than 85%, the projection of the light of the abundance that this type of VLT permission confession is used in most of indoor backgrounds.Can also use 74% to 90% or be higher than 90% scope in the present invention.Eyeglass 120 has roughening or veined otch to promote diffraction of light and to show the color of eyeglass 120 along peripheral edge 120A.Except be with outside the texture edge 120A, color is not clearly illustrated, perhaps perception at once in eyeglass 120.Eyeglass 120 has shallow visible color 580 or mist look so that the ornamental dyeing of peripheral edge 120A to be provided along said roughening or veined cut edge.Can carry out color-code to the peripheral edge 120A of eyeglass 120 according to the coating that on eyeglass 120, provides, the function of indication coating.The most important thing is that the user can see the color 500 of the peripheral edge 120A of eyeglass 120 when still satisfying the industry VLT requirement that is used for the substantial transparent eyeglass.Through making occurrence of color or mist look 500 on peripheral edge 120A, the whole front and back zone of the eyeglass 120 that is provided for for the user under situation not, watching from the interference of dyeing.

For example, blue mist look 500 can be provided, its light along have the band grain surface peripheral edge 120A diffraction the time show.In one embodiment, blue mist look can be indicated the specific purpose of characteristic (being coating), quality or the glasses 100 of general objects, eyeglass.Blue mist look 500 can be indicated the particular type of the coating on the eyeglass 120, reduces such as preventing atomization, anti-dazzle, hard conating or infringement.Certainly, except that blueness, can use Performance Characteristics or the further feature of many colors with indication particular optic or glasses.For example, Figure 35 and 36 illustrates the possibility that depends on along the different color orientation that texture otch and color 500 are arranged of the peripheral edge 120A of eyeglass 120.Certainly, possible is along peripheral edge 120A have the texture otch can extend the whole surface of peripheral edge 120A or less than the whole surface of peripheral edge 120A.

It is also contemplated that according to the environment that uses eyeglass or glasses, possibly have a more than color that is used for a series of glasses 100.For example, if glasses 100 are not suitable for particular environment, eyeglass can be along the color 500 of the peripheral edge 120A exhibit red of eyeglass 120.On the contrary, if eyeglass or glasses 100 are suitable for specific environment based on main lighting condition, then eyeglass 120 can show green color 500 along the peripheral edge 120A of eyeglass 120.

Another benefit of the color-code 500 of the peripheral edge 120A of eyeglass 120 is color therapy and color filtration.Known color therapy influences a people's mood or behavior through using color according to the emotion of expectation.Through using different color-code eyeglasses, in fact employed color can influence user's work and operation achievement.Color filtration also is that eyeglass is carried out painted known effect under the special lighting condition.Through selecting suitable color and lens materials, even some wavelength that can filter light makes some wavelength attenuation so that should make therein in the maximized indoor background of overall VLT to the task particular case.

In one embodiment, glasses 100 comprise framework 110 and eyeglass 120, and eyeglass 120 has mist look or the light color in the material that during the manufacture process of eyeglass, is embedded into or is integrated in eyeglass 120.Eyeglass 120 has positive 120B and back side 120C.In one embodiment, the whole front and back of eyeglass 120 has the VLT grade more than or equal to 85%.Eyeglass 120 comprises that in lens materials mist look or light color provide the selection of ornamental color or visible wavelength to absorb with the peripheral edge 120A along eyeglass 120.The peripheral edge 120A of eyeglass 120 has roughening or veined cut edge with diffraction light.In one embodiment, the peripheral edge 120A of eyeglass 120 has the VLT grade greater than 50%.Eyeglass 120 has light color or mist look 500 so that the ornamental dyeing of lens edge to be provided along the said peripheral edge 120A of cutting cursorily.Lens edge is carried out color-code according to the Performance Characteristics of eyeglass 120 or glasses 100.In operation, when still satisfying industry VLT to the front and back of the substantial transparent of eyeglass 120 and requiring, activate the ornamental color of eyeglass during along the peripheral edge 120A diffraction of eyeglass 120 at light.

Be used for the mirror leg bar that having of safety glasses can be adjusted width

With reference now to Figure 36-42,, illustrate and usually indicated an embodiment of safety glasses 100 of the present invention, it has mirror leg bar 600,620, and mirror leg bar 600,620 has can adjust width.To more fully describe like hereinafter, glasses 100 comprise framework 110 and mirror leg bar 600,620, and mirror leg bar 600,620 uses novel and unique hinge component 640 hinges ground to be connected to framework 110 so that adjust the width of mirror leg bar 600,620.Hinge component 640 provides the progressively adjustment to the inside angle that is in the mirror leg bar 600,630 on the folding position.The progressively adjustment of the width through mirror leg bar 600,620 is provided can suitably be assembled mirror leg bar 600,620 to adapt to user's head securely and cosily.

Forward Figure 36-42 now to, one in the specific characteristic of safety glasses 100 of the present invention is the ability of mirror leg bar 600,620 progressively being adjusted to various width.In order to allow progressively to adjust, hinge component 640 is with mirror leg bar 600,630 hinge ground or be connected to framework 110 pivotly.Hinge component 640 comprises hinge cylinder 643, adjustment sign 642 and sets interlocking device 644.In a preferred embodiment, hinge component 640 by hinge be connected to the side of framework 110.Yet, it is contemplated that can with hinge component 640 hinges be connected to the progressively any part of the framework 110 of adjustment that is suitable for allowing at least one mirror leg bar 600,620.

Hinge cylinder 643 by hinge be connected to the near-end of at least one mirror leg bar 600.Hinge cylinder 643 is received in the pivot area in the inside surface of the near-end that is defined in mirror leg bar 600,602.Hinge cylinder 643 integrally forms with the framework coupling part that is constructed to be attached to framework 110.In case hinge cylinder 643 is fixedly attached to framework 110, then preferably, the side of framework 110, mirror leg bar 600,602 will pivot so that moving inward of mirror leg bar 600,620 to be provided around hinge cylinder 643.Hinge cylinder 643 also limits retainer, and what be used to prevent mirror leg bar 600,620 outwards is moved beyond certain angle with respect to framework 110.

The adjustment sign 642 that is shown having logo limit the shape of rectangle substantially and comprise in the adjustment mark region that is configured to be positioned in the near-end outside surface that is defined to mirror leg bar 600,620 to inward flange 642A.The inside surface of mirror leg bar 600,620 limits aperture 600A to adapt to slidably the moving forward and backward to inward flange 642A.Also be configured to be attached to the setting interlocking device 644 on the inner surface area of the near-end that is positioned at mirror leg bar 600,620 to inward flange 642A.In one embodiment, on its outer end, having relative elevated regions to inward flange 64A cooperates with the fastening of promotion with the far-end of setting interlocking device 644.Setting interlocking device 644 is constructed to and the moving relatively to it or move backward of the adjustment sign 642 that is undertaken by the user.

The near-end of setting interlocking device 644 limits a series of fastening adjustment aperture 644A-C, and it is used for cooperating with the fastening of the interior fastening excrescence 600B of the inside surface that is limited at mirror leg bar 600,620.Each fastens adjustment aperture 644A-C and limits at least one scope setting around the inside pivoting action of hinge cylinder 643 of mirror leg bar 600,620.Set each setting of interlocking device 644 or the inside angular setting that the position provides the mirror leg bar of about 5.5 degree.Certainly, can be configured to each surpassing or adjusting of cooperating with the fastening that fastens excrescence with setting interlocking device 644 less than 5.5 different angles spent.In a preferred embodiment, have three fastening adjustment apertures that are used for three different set or position, what it should be understood that is the different set that can use greater or less than three.Fasten adjustment aperture 644A-C progressively motion on fastening excrescence 600B through making in different settings place; The far-end of setting interlocking device 644 is mobile between the inside surface of hinge cylinder 643 and mirror leg bar 600,620, this increase or reduce the scope that move inward of mirror leg bar 600,620 around hinge cylinder 643.

The present invention utilizes multiple injection moulding technology.In one embodiment, process mirror leg bar 600,620 to be used for the tinsel embolus that hinge is connected to frame sides with double injection.And the inside surface that can bonnet 645 be attached to mirror leg bar 600,620 is to keep and protection hinge component 640.

In operation, when adjustment sign 642 moved forward, it reduced the scope of the inside pivoting action of at least one mirror leg bar 600,620.When adjustment sign moved forward, it makes set interlocking device 644 and moves forward, this so that make and fasten adjustment aperture 644A-C and fastening progressively motion forward on the excrescence 600B.Setting interlocking device 644 further makes between the inside surface that itself is positioned hinge cylinder 643 and mirror leg bar 600,620 to reduce or to dwindle the scope of the inside pivoting action of mirror leg bar 600,620 through moving forward.For example, for little head adjustment, adjustment sign 642 moves forward with the scope of the inside pivoting action that reduces at least one mirror leg bar 600,620.

When adjustment sign 642 moved backward, it increased the scope of the inside pivoting action of said at least one mirror leg bar 600,620.When adjustment sign 642 moved backward, it makes set interlocking device 644 and moves backward, and this makes again and fastens adjustment aperture 644A-C and fastening progressively motion backward on the excrescence 600B.Set interlocking device 644 through moving backward itself from removing scope between the inside surface of hinge cylinder 643 and mirror leg bar 600,620 with the inside pivoting action that increases mirror leg bar 600,620.For example, for bigger head adjustment, adjustment sign 642 moves the scope with the inside pivoting action that increases at least one mirror leg bar 600,620 backward.

Therefore, can see the invention provides to provide and comprise that hinge component 640 is to provide mirror leg bar 600, progressively unique solution of problem of the glasses 100 of the hinge component 640 of adjustment of width between 620.Through the progressively adjustment of width is provided, can make the suitable cooperation of mirror leg bar 600,620 to adapt to user's head with various width.

With reference to figure 43-63, glasses 100B-D of the present invention can also be individually or is comprised one or more in the following element in combination: have a plurality of adjustment axis nose spare structure, be limited in the eyeglass of safety glasses so as the horizontal convex of attached nose spare structure, be attached to safety glasses with the wicking device of removing or absorb sweat, be used to indicate the eyeglass that the selection of Performance Characteristics and the visible wavelength of safety glasses or eyeglass absorbs peripheral edge dyeing or painted, safety glasses have the mirror leg bar that can adjust width.The diagram of Figure 43-63 usually illustrates some above-listed element, but it should be noted that above discrete component or combination of elements can be in glasses 100.

For example, glasses can comprise tinsel or metal-cored mirror leg, soft pliable and tough mirror leg is most advanced and sophisticated and be used for glasses tilts to adapt to the detent mechanism of facial stickiness.It should be noted and on the glasses of any kind, to adopt the mentioned practical of preceding text.In a preferred embodiment, glasses are safety glassess.Glasses can be processed by combination or other associated materials of all-plastic, selection metal, metal and plastics.

Generally speaking, safety glasses of the present invention comprises one or more in following individually or in combination: have a plurality of adjustment axis nose spare structure, be limited in the eyeglass of safety glasses so as the horizontal convex of attached nose spare structure, be attached to safety glasses with the wicking device of removing or absorb sweat, be used to indicate the eyeglass that the selection of Performance Characteristics and the visible wavelength of safety glasses or eyeglass absorbs peripheral edge dyeing or painted, safety glasses have the mirror leg bar that can adjust width.

Those skilled in the art will be appreciated that under the situation that does not break away from spirit of the present invention can to shown in embodiment carry out various changes and modification.All these type of modifications and change intention are within the scope of the invention.

Claims (26)

1. nose spare structure that is used for safety glasses comprises:

The nose support member; It has the V of inversion basically or the U-shaped shape of a part that is configured to be attached to glasses; Said nose support member limits groove, said groove be defined for the said part that is limited at said glasses in the convex recess that links to each other of convex, said groove comprises inner and outer wall; Said inwall approaches in the fixed sleeve part of the outer face of said inwall most, and the height of said inwall is greater than the height of said outer wall;

Has metal-cored nose pad; Said metal-cored by molded with soft deformable material coating; Said metal-cored outshot extends so that insert in the said sleeve part of said nose support member in said material outside along horizontal axis, and said nose pad is defined for a plurality of inhomogeneous fin comfortable and adjustment; And

Said sleeve part and said outshot are used to fastening device and combine to allow the adjustment of said nose pad along two axis.

2. nose spare structure that is used for safety glasses comprises:

The groove that is configured to receive therein a pair of nosepiece part that limits the nose support member of being inverted V or U-shaped shape substantially and form on its outer surface, said nose support member has receiving unit,

The receiving unit that on the inside surface of said nose support member, forms and give prominence to along the substantial horizontal axis from said inside surface; Said receiving unit forms near the zone line of the said nose support member of the top coboundary that is adjacent to said nose support member; Said receiving unit has the adjacent side zone of central area that limits semi-circular shape and the rectangular shape substantially that limits the either side that is positioned at said central area; Said receiving unit is in formation on the inwall of said groove and substantially near the zone line of said nose support member; The said inside surface of said receiving unit along horizontal axis from said nose support member is outstanding; Cross over the horizontal slot that the width of the said central area of said receiving unit extends; Be defined as along the top of vertical axis through said central area and the aperture of the bottom through said central area, and

Limit the nose pad of being inverted V or U-shaped shape substantially; Two limits limit fin therein; Said nose pad is connected to said nose support member at single attachment point place with common axis, and said nose pad can move with respect to said nose support member to the first adjustment axis, and said nose pad can relative to each other move said two limits along the second adjustment axis; The said fin of said nose pad can move to the 3rd adjustment axis

Said nose spacer has insertion portion; Said insertion portion forms on the inside surface of said nose pad and is outstanding along substantially horizontal axis from said inside surface; Said insertion portion forms near near the zone line of the said nose pad the coboundary of the top of said nose pad; Said insertion portion comprises is confirmed size in proportion so that be bonded on the horizontal flanges in the said receiving unit, is defined as along the aperture of vertical axis through said insertion portion

Wherein, Respectively above common axis is positioned at, and said receiving unit and said insertion portion are used to attached device and combine to allow the adjustment of said nose pad along two or more axis when said insertion portion is inserted in the said receiving unit for the said aperture of said insertion portion and the said aperture of said receiving unit.

3. nose spare structure as claimed in claim 1 also comprises:

At least one convex recess, it is limited in the said groove to be used to receive the said bridge of the nose part of said a pair of glasses.

3. nose spare structure as claimed in claim 2, wherein, said groove comprises inner and outer wall, said inwall is positioned at the most approaching said acceptance division office.

4. nose spare structure as claimed in claim 3, wherein, the height of said inwall is greater than the height of said outer wall.

5. nose spare structure as claimed in claim 3, wherein, the said height of said inwall is approximately equal to the height of said receiving unit.

6. nose spare structure as claimed in claim 3, wherein, the bottom sectional of each end of said groove limits " L " shape substantially.

7. nose spare structure as claimed in claim 3, wherein, said nose pad has sunk area to adapt to moving of certain limit around said insertion portion.

9. glasses comprise:

Framework;

Eyeglass and be connected at least one mirror leg bar of said framework by hinge;

Nose spare structure, it is used to be attached to the core of said eyeglass, said nose spare structure qualification groove, said groove limits horizontal convex recess, is used for and the engage that is limited at the horizontal convex excrescence in the said core of said eyeglass; And

The said core of said eyeglass limits horizontal convex excrescence, is used in said nose spare structure and said eyeglass are attached at the said convex recess that a time-out inserts said nose spare structure.

10. glasses comprise:

Framework;

Eyeglass and be connected at least one mirror leg bar of said framework by hinge;

Nose spare structure, it is used to be attached to the core of said eyeglass, said nose spare structure qualification groove, said groove limits horizontal convex excrescence, is used for and the engage that is limited at the horizontal convex recess in the said core of said eyeglass; And

The said core of said eyeglass limits horizontal convex recess, is used in said nose spare structure and said eyeglass are attached at the said horizontal convex excrescence that a time-out inserts said nose spare structure.

11. glasses comprise:

Framework;

Eyeglass and be connected at least one mirror leg bar of said framework by hinge;

Nose spare structure, it is used to be attached to the core of said eyeglass, said nose spare structure qualification groove, said groove limits horizontal convex recess, is used for and the engage that is limited at the horizontal convex excrescence in the said core of said eyeglass; And

The sunk area of said eyeglass limits inversion V-arrangement shape or U-shaped shape and in the core of eyeglass, forms; Said depression comprises perimeter edge; Said convex excrescence extends internally from said perimeter edge; Said convex excrescence limits the first horizontal convex and the second horizontal convex; The said first horizontal convex and the said second horizontal convex be included on the said eyeglass form narrow rack in case with the substantially horizontal excrescence of nose spare structural engagement, the base section towards said depression extends along the slope to be used for both convex supporting zones of the first and second horizontal convexes, each convex supporting zone limits and relaxes sloping portion and orientated at steep inclinations part; The said first horizontal convex and the said second horizontal convex basically with public horizontal convex axis alignment

Extend on said public horizontal convex axis on the top of said depression; Have mushroom shaped and limit said horizontal convex is avoided in enough clearance zones with the convex recess in the groove that allows said nose spare structure turning; Said nose spare structure has is confirmed size in proportion being fastened on the recess on the said horizontal convex zone, and

Extend below said public horizontal convex axis the bottom of said depression; The height of said bottom is greater than the height 50 percent on said top or more; The width of said bottom increases to the bottom of said depression from said horizontal convex axis, and the width of the bottom of said depression is in height than the height big 50 percent on the bottom of combination and top or more.

12. a wicking device that is used for glasses comprises:

Eyebrow bar with near-end and far-end, said eyebrow bar are used for attached device removably is attached to frame at said near-end and far-end eyebrow zone;

Use is used for the wick material that attached device removably is attached to said eyebrow bar.

13. a wicking device that is used for glasses comprises:

Subframe with near-end and far-end, said subframe are used for attached device removably is attached to frame at said near-end and far-end eyebrow zone;

Use is used for the wick material that attached device removably is attached to said subframe.

14. wicking device as claimed in claim 13, wherein, said subframe limits " L " shape substantially and said wick material is a mesh fabric.

15. wicking device as claimed in claim 13, wherein, said subframe is centered on the TPU interlocking and by the wicking material, and said wick material is a mesh fabric.

16. wicking device as claimed in claim 13, wherein, said subframe is attached to foamed material and is centered on by the wicking material, and said wick material is a mesh fabric.

17. wicking device as claimed in claim 13, wherein, said subframe comprises the maintaining body that is used for subframe is fixed in the eyebrow zone of glasses.

18. wicking device as claimed in claim 13, wherein, said subframe comprises two or more pieces that are fastened on together, and every has the wick material that is positioned on the subframe.

19. a wicking device that is used for glasses comprises:

Subframe with near-end and far-end, said subframe are used for attached device and removably are attached to said frame at said near-end and far-end;

Eyebrow bar, its use are used for attached device and removably are attached to said subframe; And

Wick material, its use are used for attached device and removably are attached to said eyebrow bar.

20. wicking device as claimed in claim 19, wherein, said subframe is the monolithic that comprises insertion portion at each place, end, and each insertion portion of said subframe is engaged with in the corresponding receiving unit in the extremity piece that is defined in frame.

21. wicking device as claimed in claim 19, wherein, said subframe comprises that at each place, end receiving unit is to allow to insert therein the insertion portion of said eyebrow bar.

22. wicking device as claimed in claim 19, wherein, said eyebrow bar engages the profile of said subframe ordinatedly along the substantial portion of its length, said eyebrow bar slightly microprotrusion on the upper surface of said subframe.

23. wicking device as claimed in claim 19 also comprises:

The center excrescence, it extends from said subframe near the core in superior orbit zone, and said center excrescence engages the interior receiving aperture of said eyebrow bar so that said eyebrow bar is fixed in said subframe.

24. wicking device as claimed in claim 19, wherein, said subframe comprises two, is attached to first and second of corresponding extremity piece of said glasses.

25. wicking device as claimed in claim 19, wherein, said eyebrow bar is used the snap fastener option that is selected from the group of being made up of Tinnerman, S wedge pillar and snap fastener and is attached to said wicking subframe.

26. glasses comprise:

Eyeglass more than or equal to the 85%VLT grade; It has shallow visible color and absorbs with the selection that ornamental dyeing or visible wavelength are provided; Said eyeglass has roughening or veined cutting peripheral edge with diffraction light; Said peripheral lens edge is carried out color-code according to the Performance Characteristics of eyeglass or glasses

Wherein, when still satisfying industry VLT to the substantial transparent eyeglass and requiring, activate the ornamental color of the peripheral edge of said eyeglass during along the outward flange diffraction of said eyeglass at light.

27. glasses comprise:

Framework; And

Eyeglass; It has front and back; The whole front and back of said eyeglass has the VLT grade more than or equal to 85%; Said eyeglass comprises that in lens materials mist look or light color provide ornamental color with the peripheral edge along said eyeglass; Said eyeglass has roughening or veined cut edge with diffraction light, and the said peripheral edge of said eyeglass has the different VLT grade of VLT grade with the front and back of said eyeglass, and the said peripheral edge of said eyeglass has shallow painted with the ornamental dyeing that said lens edge is provided and the selection absorption of visible wavelength along the edge of said cutting cursorily; Said lens edge is carried out color-code according to the Performance Characteristics of eyeglass or glasses

Wherein, when still satisfying industry VLT to the substantial transparent eyeglass and requiring, activate the ornamental color of the peripheral edge of said eyeglass during along the outward flange diffraction of said eyeglass at light.

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