JPH0826644B2 - Siding panel equipment - Google Patents

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a siding panel device installed on the outer wall of a building.

[0002]

2. Description of the Related Art A pair of fitted strips and locking strips that can be fitted and locked to each other are installed at each end in the width direction, and a frame is fixed to the fitted strips by screwing to a furring strip. using a number of siding panels to have a wall, in overlapping portions between the respective adjacent panels, the snap-in locking means according to the above the Hamajo and Kakaritomejo and via set, so that allowed to fix the skeleton fixed wall It is stretched by connecting and fixing siding panels in the width direction in sequence and snap-in means.
Configuration the siding panel device to freely joint selection form, for example the present inventors in JP-A 4-10626
Proposed by No. 2 etc.

[0003]

This type of siding panel device has an advantage that it can be easily and surely stretched, but on the other hand, since all the siding panels are sequentially connected and fixed in the width direction, For example, if some panels are damaged due to external force after tensioning, the intermediate panels are sequentially removed to the relevant position by the reverse process of tensioning, the damaged panels are replaced, and tensioning work is performed again. It requires the task of repeating. Furthermore, for example, when installing
When using a scaffold that requires wall tie fittings to prevent collapse, it is essential that the siding panel at the wall tie fittings be stretched without changing the order, such as by providing through holes to penetrate the siding panel. On the other hand, when dismantling the scaffold, it requires work such as plugging the through holes, and also affects the finished appearance. Especially when the space with the adjacent land in the urban area is small, or when one or two buildings are stretched, it is necessary to use this kind of scaffolding instead of the self-supporting scaffolding. This point is especially problematic.

[0004] The present invention has been made in view of the above problems, the work as possible when partially replaced while maintaining the advantages processing is to be made to the simple and reliable stretched first and its object Secondly, the order of some panel tensions can be changed to adapt to construction obstacles, etc.
At the same time, it is possible to secure the above-mentioned joint selection and formability as well.
In order to provide a siding panel device having the above structure.

[0005]

According to the first aspect of the present invention, in accordance with the second object, a panel is provided with a frame fixing panel and a spacer panel corresponding to a conventional panel having locking means at the end in the width direction. There are two types, and these panels and the structure-fixing connecting material are used, and the structure- fixing connecting material is
To ensure the flexibility of forming joint selection.
According to the first object of the present invention, the second aspect of the invention
What der that the Sapaneru to be freely opened and closed, i.e. the present invention, precursor fixed panel, it comprises a precursor fixed coupling member and a spacer panel, one widthwise end and the frame fixed on one of the building frame fixed panel above Between the connecting members, between the frame fixing connecting members and one end in the width direction of the spacer panel, between the other widthwise end of the spacer panel and the other end in the width direction of the other body fixing panel , the body fixing connecting member is provided. To
Put in a pair of the fitting conditions, and in its remaining with stopping projections
The snap-in locking means that can be press-fitted and locked together is installed.
In addition, the front side opening is provided between the pair of fitted lines of the body fixing and connecting member.
2 units are provided for the above-mentioned extra locking line while arranging the joint of
The snap-in locking means is formed as three joints so that the joints can be selectively formed . Instead of snap-in locking means,
A siding panel device (claim 2) is characterized in that a hinge means for pivotally opening and closing the spacer panel is interposed between the frame fixing connecting member and the spacer panel, and each of these is a gist of the invention. As means for achieving the above object.

[0006]

In the present invention, the spacer panel is interposed between the frame fixing panels at the predetermined intervals or the predetermined positions. For example, when there is a damaged panel, the nearest spacer panel is removed or rotationally opened. Then, the damaged panel is replaced from this position, and a panel at a predetermined position such as a wall connecting metal fitting position is retrofitted or placed in a pivoted open state to avoid obstacles at the position.

[0007]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS The present invention will be further described with reference to the drawings showing the following embodiments. In FIGS. 1 to 5, A is a horizontal siding panel device for retrofitting, B is an existing outer wall of a building, and 1, Reference numerals 2, 6 and 8 denote a frame fixing panel, a spacer panel, a frame fixing connecting member and a furring strip in the siding panel device A, respectively.

The frame fixing panel 1 is adjacent to the panel base portion 3 in which a large number of thin ribs are horizontally provided in this embodiment, and the widthwise end portions of the panel base portion 3 so that they can be fitted and locked to each other. in the polymerization unit between the skeleton fixed panel 1, there as having a pair of the Hamajo 21 and locking collision Article 25 forming a press-fit locking freely snap locking means 20 to each other.

That is, the fitting strips 21 are horizontally provided on the upper end of the panel base 3 so as to form a pair in the vertical direction with the bending connecting portion 4 facing the back side facing each other, and the front ends thereof face each other. and those with the locking projections 22, also locking butt <br/> Article 25 is Article 3 projecting 2 units and at regular intervals toward the lower end of the panel base 3 toward the rear and these locking butt Article 25
Is provided with fitting protrusions 26 that engage with the engagement protrusions 22 of the above-mentioned to-be-fitted strip 21, respectively,
2 above or below any of these 3 Article locking butt Article 25
Locking butt Article 25 Article units respectively, the panel base 3
It is designed such that it can be fitted and locked with the fitted strip 21 at the upper end.

Further, the pair of fitted strips 21 are connected to each other so as to maintain a separation distance at the rear end thereof, and in the frame fixing panel 1 of this example, this connecting portion is fixed to the frame. The frame 1 is used as a frame fixing wall 30 for fixing the panel 1 to the existing outer wall B which is a frame.

Therefore, the frame fixing panel 1 is a frame fixing panel 3 fixed at the lower side from the lower side to the upper side.
0 an upper end to be Hamajo 21 level skeleton fixed panel 1 of the locking collision <br/> Article 25 in sealed engagement engagement of the cylinders of the precursor stationary wall 30 as well as connected via the snap-locking means 20 By fixing the screws 15 to the rim 8, it is possible to successively connect and fix them in an upward stacking manner.

On the other hand, the spacer panel 2 has a panel base 3 having the same width and the same length as the body fixing panel 1 and laterally provided with thin ribs. in the same shape the same size as in the precursor stationary panel 1, as well there as having a rear side leading end engaging collision Article 25 also of 2 units Article 3 and at regular intervals with a fitting projection 26.

On the other hand, the skeleton fixing connecting member 6 has the same shape and the same size as those of the skeleton fixing panel 1 so as to be vertically symmetrical through the belt-like intermediate connecting portion 7,
It is configured as a frame member provided with a pair of fitted ridges 21 having respective locking projections 22 at the front end thereof, and further,
One connecting portion for connecting the each of the Hamajo 21 and the similar skeleton fixed wall 30, the other connecting portion Ri Thea and furring strips versus sealing wall 31, also in between the pair of the Hamajo 21 above Interim connection
The joint 16 of the front opening is provided on the front side of the portion 7.
There is.

[0014] Thus, the latching collision Article 25 of the spacer panel 2 the upper and lower ends, said building frame fixed panel 1 of the upper end the Hamajo 21
And snap-in locking means 20 which is the same as and common to each of the fitted lines 21 of the frame fixing and connecting member 6 and between the adjacent frame fixing panels 1 and can be press-fitted and locked between the overlapping portions. It is as a composition of.

The frame fixing panel 1, the spacer panel 2 and the frame fixing connecting member 6 described above are formed by using an aluminum alloy extruded material integrally for a long length of, for example, 4 m. The outer wall B is stretched over the existing outer wall B via the furring strip 8 which is adjustable in width so as to absorb the surface irregularities.

That is, the fixed wall 10 is fixed to the existing outer wall B by the abutment screw 15 and vertically fixed to the existing outer wall B at equal intervals in the vertical direction. horizontally provided to secure the timber 5 to the erection like, while fitting locking the locking butt Article 25 this start material 5, the lowest precursor fixing the skeleton fixed wall 30 and Taise' screw 15 fastened to the furring strips 8 A panel 1 is installed, and a predetermined number of, for example, 5 to 10 body fixing panels 1 are connected and fixed to the panel 1 through the snap-in locking means 20 and the body fixing wall 30. In the above, the upper body fixing panel 1 and the body fixing connecting member 6 in which the body fixing wall 30 is similarly fixed to the furring strip 8 with screws 15 so as to be located above and apart from the upper body fixing panel 1, and the respective end portions are polymerized, The snap-in locking means located at these overlapping portions 0 The allowed to fix the spacer panel 2. At this time, as the fitting strips 21 of the frame fixing and connecting member 6, those which are paired in the lower order are used, and the fitting strips 21 which are paired in the upper order
Thus, the frame fixing panel 1 is similarly connected and fixed again upward, and the tensioning is completed.

[0017] Therefore skeleton fixed panel 1 and the engaging impact of Article 25 of the spacer panel 2, because there equidistantly to as Article 2 units, by using the up and down whereas Article 2 of the locking collision Article 25 as appropriate, the it is possible to change the coupling position in relation to the Hamajo 21, as shown in FIGS. 4 and 5, one of the Hamajo 21 between skeleton fixed panel 1 mutually
And also the joint 16 exposed at the precursor stationary coupling member 6 as needed in between this and the spacer panel 2
Alternatively, by coating, joints can be formed, and the joints can be freely formed by closely contacting each other in a vertically continuous manner.

In the figure, 9 and 11 are fixed and movable members forming the furring strip 8, 12 is a slide hole, 13 is a ridge fixed to the furring strip 8 at the end of the frame fixing panel 1 and the spacer panel 2, 14 Indicates a ridge which is fitted and locked to the receiving strip 13 and covers the ends of the panels 1 and 2.

FIG. 6 shows another example, in which a hinge means 40 is provided between the frame fixing connecting member 6 and the spacer panel 2 in place of the snap-in locking means so that the spacer panel 2 can be rotated and opened / closed. This is a flexible example, that is, in this example, the spacer panel 2 is provided with a bent connecting portion 4 facing the back side and forming a joint 16 at the upper end of the panel base 3, and a bulging fitting protrusion at the tip thereof. The ridges 41 are provided, and the sliding fitting groove ridges 45 for rotatably fitting the bulging fitting projections 41 are provided on the lower surface of the lower fitting ridges 21 of the body fixing and connecting member 6, and these bulging fittings are provided. The hinge means 40 is configured by the joint projection 41 and the sliding fitting groove 45.

In this case, the spacer panel 2 and the skeleton fixing connection member 6 are stretched in a state where they are slidably fitted from the side in advance, which is different from the above example, but the rest of the configuration is not changed. Therefore, the same reference numerals are given and the description thereof is omitted.

As is clear from the above example, the upper and lower ends or the lower end of the spacer panel 2 are elastically fitted and locked through the snap-in locking means 20,
These locking means 20 can be released toward the front side by, for example, a screwdriver or the like, so that the spacer panel 2 is
It is possible to remove it or to open it pivotally. Further, by doing so, in the present example, the frame fixing panel 1 located below the spacer panel 2 can be removed by sequentially releasing the fixing and locking means 20, for example, replacement of a damaged panel. It becomes possible to simplify as much as possible.

In carrying out the present invention, each concrete material, shape, structure, installation direction, arrangement mode, dimensions of the frame fixing panel, the frame fixing connecting material, the spacer panel, the snap-in locking means, and the hinge means, The quantity and the like can be appropriately changed on condition that they do not violate the gist of each invention, and are not limited to the examples shown or described above.

[0023]

As described above, the first aspect of the present invention comprises the frame fixing panel, the frame fixing connecting member and the spacer panel, and the one width-direction end of the one frame fixing panel and the frame fixing connecting member, A pair of the frame fixing connecting members are fitted to the overlapping portions between the frame fixing connecting member and one end in the width direction of the spacer panel, between the width direction other end of the spacer panel and the other end in the width direction of the other body fixing panel. Article
Snare that can be press-fitted and locked together with locking ridges at the end of
One of the skeleton fixing connection members is provided with a pin-in locking means interposed.
The front opening joint is placed between the pair of fitting
Note that the remaining locks are 2 units and 3 locks for each snap-in
Since the stop means can be selectively jointed and formed, a spacer panel that can be retrofitted at any position between a number of frame fixing panels stretched on the body of the building, at any interval, and can be removed is also provided. can be interposed, therefore, it is possible to correspond to the partial failure of Zhang設工events, also together it is possible to simplify as much as possible even the replacement due to damage or the like during construction Select joint formation
It is possible to ensure the presence of the person.

Further, according to a second aspect of the present invention, in place of the snap-in locking means of the overlapping portion between the frame fixing connecting member and the spacer panel, the spacer panel is rotated between the frame fixing connecting member and the spacer panel. Since the hinge means that can be opened and closed is provided, a spacer panel that can be opened and closed by rotation can be inserted at any position and at any interval, as in the above case, and similarly stretched. Construction part
It can be replaced due to damage during construction, etc.
It can be simplified as much as possible.

As described above, the present invention can provide a siding panel device that achieves each of the above objects while maintaining the advantage that the conventional siding panel can be stretched easily and surely, while eliminating the problems.

[Brief description of drawings]

FIG. 1 is a vertical sectional view of a siding panel device.

[Fig. 2] Similarly, its cross-sectional view

FIG. 3 is an exploded vertical sectional view showing a main part.

FIG. 4 is a partially enlarged perspective view showing a connected state.

FIG. 5 is a partially enlarged perspective view showing the same connection state.

FIG. 6 is a vertical cross-sectional view showing the main part of another example.

[Explanation of symbols]

A siding panel device 1 Mukuro fastening panel 2 spacer panel 6 Mukuro fastening coupling member 8 furring strip 20 snap-locking means 21 to be Hamajo 25 engaging collision Article 40 hinge means

Claims (2)

[Claims] 1. A skeleton fixing panel, a skeleton fixing connecting member and a spacer panel, comprising one width-direction end of the one skeleton fixing panel and a skeleton fixing connecting member, and a width direction of the skeleton fixing connecting member and a spacer panel. In each of the overlapping portions between one end and between the other widthwise ends of the spacer panel and between the other widthwise other end of the other frame fixing panel , a frame fixing connecting member is provided.
There are a pair of fitted ridges and a locking ridge in the other
The snap-in locking means that can be press-fitted in the
Joints of the front side opening between a pair of fitting lines of the frame fixing connecting material
And the above-mentioned extra locking lines are 2 units and 3 lines.
The siding panel device is characterized in that each snap-in locking means can be jointly selected and formed . 2. The spacer panel is rotatable and openable between the frame fixing connecting member and the spacer panel, instead of the snap-in locking means of the overlapping portion between the frame fixing connecting member and the spacer panel. A siding panel device characterized by being provided with a hinge means.