CN201526252U - Anti-drop framework for window body - Google Patents
Anti-drop framework for window body Download PDFInfo
- Publication number
- CN201526252U CN201526252U CN2009201812383U CN200920181238U CN201526252U CN 201526252 U CN201526252 U CN 201526252U CN 2009201812383 U CN2009201812383 U CN 2009201812383U CN 200920181238 U CN200920181238 U CN 200920181238U CN 201526252 U CN201526252 U CN 201526252U
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- China
- Prior art keywords
- pedestal
- guide groove
- tool
- lever arm
- actuator division
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Abstract
The utility relates to an anti-drop framework for a window body. The anti-drop framework comprise the window body, an outer frame, a base and a positioning mechanism, wherein a transverse framework of the window body is provided with a caulking groove and can be jointed with the outer frame; the transverse framework is also provided with groove holes; the base is provided with a movable arm, a guide groove and a catch which can be elastically unfolded and folded; one end of the movable arm is jointed with the base, and a leaning end which can lean against the outer frame is arranged above the movable arm; the positioning mechanism is arranged at the base and provided with an actuating part, a positioning part, an elastic body and an extended button; the actuating part can shift in the guide groove of the base and be provided with a plurality of stair parts with different heights; the positioning part is provided with a positioning end; the elastic body supplies elastic force for the actuating part and the positioning part to be close; and the extruded button extrudes out from the base and outside the groove holes of the transverse framework and can control the positioning end to be separated from the stair parts. Therefore, the anti-drop framework can strengthen the combination steadiness of the window body and the outer frame, prevent the window body from dropping off from the outer frame, and can be installed conveniently.
Description
Technical field
The utility model relates to a kind of window structure, is meant that especially a kind of forms that prevent break away from the forms slip-off preventing framework of housing.
Background technology
Knownly as screen window or various forms, be located in the housing, and the crossing frame tool caulking groove of these forms, and the protruding rail of assembling this caulking groove in season and housing is chimeric or make crossing frame place in the housing guide groove, yet aforementioned combining structure still has when forms are blown by external force or stronger wind-force and causes forms to break away from the housing situation, and combinative stability is not good.
For improving aforementioned circumstances, the conventional construction of announcing No. 435581, No. 334020 as TaiWan, China is on the window frame of forms anti-drop block to be set, and this anti-drop block top tool elastic arm, when forms are mounted on housing this elastic arm end can press down and with housing protruding rail resilient abutment, and can come off to prevent forms against elastic force by this.
Yet aforementioned structure combination back forms still can be subjected to external force action compresses elastic arm and break away from housing, combinative stability is still undesirable, and this elastic arm uses after a period of time and will cause resilient abutment power significantly to reduce to make forms and housing combinative stability poorer because of elastic fatigue again.
The utility model content
Therefore, the purpose of this utility model is to provide a kind of forms slip-off preventing framework, can strengthen the combinative stability of forms and housing, prevents that forms break away from housing.
For reaching this purpose, the technical scheme that the utility model adopted is:
A kind of forms slip-off preventing framework includes forms, housing, pedestal and detent mechanism, the crossing frame tool caulking groove of these forms, and this crossing frame engages with housing, in crossing frame slotted eye is set again; But this pedestal tool lever arm, guide groove and elasticity are launched, the catch of folding, and this lever arm one end engages with pedestal, the top tool can with housing against abutment end, and abutment end can corresponding pedestal knee-action; Detent mechanism is located at pedestal again, and tool Actuator Division, location division, elastic body, protruding button, and this Actuator Division can be in pedestal guide groove intrinsic displacement, and tool rank portion; Location division tool positioning end again, protruding button outer rim convexedly stretch in the slotted eye outside of pedestal, crossing frame; The Actuator Division of detent mechanism was not intercepted by catch when this lever arm moved again, making forms be mounted on the housing action can make catch launch, and the Actuator Division can make the rank portion of Actuator Division and positioning end against the location in the displacement of pedestal guide groove, stirs protruding button again and can make the rank portion of abutment end and Actuator Division break away from.
The abutment end of this lever arm and housing protruding rail against.
The abutment end of this lever arm and housing guide groove inwall against.
This positioning end tool arc edge.
This pedestal is rectangular body, and a side tool junction surface engages with the forms crossing frame, in pedestal lever arm is set upwards again; The corresponding lever arm of pedestal below is provided with rectangular recess, the corresponding junction surface of this recess opposite side is provided with guide groove, this guide groove sidewall is convexly equipped with elastic block piece, this catch is the gradient setting towards guide groove, in corresponding catch position the socket part is set again, this socket part tool cover access slot, this cover access slot top tool opening, the side is provided with rectangular slotted eye, and this slotted eye is corresponding with the slotted eye position of crossing frame, and in corresponding pedestal one end position vertical breach is set; The Actuator Division engages with lever arm, and with the lever arm interlock, the setting of corresponding cover access slot direction is several rank portions from low to high; The location division be for can placing the block of cover access slot again, and the location division can be held by catch be positioned at cover access slot top position, again this location division tool can by elastomeric resilient against the butting section; Elastic body is located at the pedestal gap position, and can suppress the butting section; Protruding again button is located at location division one side, and outer rim convexedly stretches in the slotted eye outside of socket part, crossing frame.
This pedestal is provided with flange in the guide groove below, guide groove is provided with the retaining edge near the central side walls top, the Actuator Division is provided with flange in the below again, make the Actuator Division can place in the guide groove, and make guide groove flange can with the Actuator Division flange against so that the Actuator Division can be in guide groove straight horizontal to displacement action, and make Actuator Division one side can with aforementioned guide groove retaining edge against with restriction Actuator Division displacement.
The horizontal slotted eye of this crossing frame tool, again pedestal one side tool can with the junction surface of crossing frame combination, and tool is directly to guide groove, and slotted eye is set in sidewall, in the corresponding lever arm lower position of pedestal sidewall elastic block piece is set again, and this catch is from top to bottom towards the oblique setting of guide groove, the Actuator Division of detent mechanism engages elastic body again, and this elastic body one end and pedestal against, lever arm below and corresponding catch top position are located in the location division again, and can make catch launch when moving down; Protruding again button is located at Actuator Division one side, and outer rim convexedly stretches in the slotted eye outside of pedestal, crossing frame.
This pedestal guide groove is provided with flange, and the Actuator Division is provided with the flange that can place guide groove flange below again, but makes the Actuator Division straight horizontal to action.
Leading that the setting of the corresponding lever arm lower position of this pedestal sidewall is from top to bottom extended moves groove, and the location division of detent mechanism is located at correspondence and is led and move groove and catch top position.
Adopt such scheme, removable wall abutment end of the present utility model can with housing protruding rail or housing guide groove inwall against, and drive the Actuator Division action, the Actuator Division of detent mechanism can not be positioned at pedestal guide groove desired location when lever arm moves; And lever arm and housing can make catch launch against moving down when forms were mounted on the housing, again this moment positioning end can with the rank portion of respective heights against the location, and can limit abutment end and move down, can prevent that so the forms crossing frame breaks away from housing; The user can stir protruding button by the crossing frame outside and makes on the location division and moving when desiring to take off forms, and make positioning end break away from rank portion, so can make the abutment end of lever arm can move down action, forms can be taken out, thereby the utility model can have a preferable assemble stable and can prevent to come off, and can be easy to take off the forms action.
Description of drawings
Fig. 1 is the utility model first embodiment pedestal, detent mechanism exploded view;
Fig. 2 is the utility model first embodiment pedestal, detent mechanism constitutional diagram;
Fig. 3 is the utility model first embodiment pedestal, detent mechanism assembled sectional view;
Fig. 4 is the schematic diagram that the utility model first embodiment pedestal, detent mechanism are mounted on the corresponding housing of the horizontal frame of forms;
Fig. 5 is mounted on housing action schematic diagram for the utility model first embodiment forms;
Fig. 6 is mounted on housing location schematic diagram for the utility model first embodiment forms;
Fig. 7 is mounted on housing location schematic diagram for the utility model first embodiment forms;
Fig. 8 is protruding button action schematic diagram for the utility model first embodiment stirs;
Fig. 9 is the utility model second embodiment pedestal, detent mechanism exploded view;
Figure 10 is the utility model second embodiment pedestal, detent mechanism constitutional diagram;
Figure 11 is that the utility model second embodiment pedestal, detent mechanism are mounted on the horizontal frame schematic diagram of forms;
Figure 12 is the utility model second embodiment pedestal, detent mechanism assembled sectional view;
Figure 13 is mounted on housing action schematic diagram for the utility model second embodiment forms;
Figure 14 is mounted on housing action schematic diagram for the utility model second embodiment forms;
Figure 15 is mounted on housing location schematic diagram for the utility model second embodiment forms;
Figure 16 is protruding button action schematic diagram for the utility model second embodiment stirs;
Figure 17 is that the utility model the 3rd embodiment lever arm abutment end is against housing guide groove inwall schematic diagram.
The specific embodiment
See also Fig. 1 to Fig. 4, be first embodiment of the present utility model, tool pedestal 1, detent mechanism 2, and pedestal 1 is located on the caulking groove 31 of forms crossing frame 3, and can be located at crossing frame 3 two sides (showing a side among the figure) respectively, and the caulking groove 31 of crossing frame 3 engages with the protruding rail 41 of housing 4, this crossing frame 3 is provided with slotted eye 32 (as shown in Figure 4) again, pedestal 1 is rectangular body again, one side tool junction surface 11, can be located in caulking groove 31 interior joints of forms crossing frame 3, pedestal 1 can be fixedly arranged in the caulking groove 31 of crossing frame 3; In pedestal lever arm 12 is set upwards again, these lever arm 12 1 ends engage with pedestal 1, and make the corresponding pedestal 1 upper and lower mobile work of lever arm 12 flexibilities, these lever arm 12 top tools can with housing 4 protruding rails 41 against abutment end 121, this abutment end 121 is a wheel body, and two sections portions of tool 122,123, this section portion 122 is extended upward by pedestal 1 one ends, top tool abutment end 121, corresponding abutment end 121 positions, the top of another section portion 123, opposite side extends towards pedestal 1 opposite side below; Pedestal 1 corresponding lever arm 12 belows are provided with rectangular recess 13 again, these recess 13 corresponding junction surfaces 11 opposite side tool guide grooves 14, and flange 15 is set in guide groove 14 belows, guide groove 14 is provided with retaining edge 16 near the central side walls top again, be convexly equipped with elastic block piece 17 (showing two sides) respectively in guide groove 14 2 sidewall correspondence positions again as Fig. 6, this catch 17 is the gradient setting towards guide groove 14, in corresponding catch 17 positions socket part 18 is set again, this socket part 18 tools cover access slot 181, and should overlap access slot 181 top tool openings 182, the side is provided with rectangular slotted eye 183, and this slotted eye 183 is corresponding with slotted eye 32 positions of crossing frame 3, and in corresponding pedestal 1 one end positions vertical breach 184 is set.
See also Fig. 5,6, moving caulking groove 31 fit housings 4 protruding rails 41 actions that make crossing frame 3 when the utility model makes forms be mounted on housing 4 on the forms can make the abutment end 121 of lever arm 12 against housing 4 protruding rails 41, and drive Actuator Division 21 22 displacements and make Actuator Division 21 sidewalls can force catch 17 to launch towards the location division, catch 17 ends can not hold location division 22 when this catch 17 launched, location division 22 can be moved down by the elastic force of elastic body 23, and make the positioning end 221 can be against rank portion 212.
See also Fig. 7, the utility model Actuator Division 21 after the upper and lower crossing frame 3 of forms (the below crossing frame does not indicate) all is mounted on housing 4 can be subjected to elastic body 23 downforce to make location division 22 compress Actuator Division 21, and make on the abutment end 121 of lever arm 12 and move, make Actuator Division 21 suitable height rank portions 212 and positioning end 221 against the location, and but the abutment end 121 of restraint arm 12 can not move down to prevent that forms from coming off, and can not come off when making the utility model can bear the improper external force of typhoon or other, and can prevent that more forms from coming off with the preferable safety of tool when being located at high building.
See also Fig. 8, when the utility model is desired to take off forms, can stir on the protruding button 24 and move in crossing frame 3 outsides, and break away from the rank portion 212 of seasonal positioning end 221 and Actuator Division 21 and to make that lever arm 12 is movable and can make forms break away from housing 4, operation is convenient, in addition, the utility model can be operated by stirring protruding button 24, can significantly promote the constructor or the user installs the convenience effect, aforementioned again elastic body not necessarily must be one-body molded with pedestal, also can be the metallic elastic body.
See also Fig. 9 to Figure 13, the same protruding button control structure of second embodiment of the present utility model and the first embodiment tool, and tool pedestal 5, detent mechanism 6, pedestal 5 is located on the caulking groove 31 of forms crossing frame 3, crossing frame 3 is provided with horizontal slotted eye 33 (as shown in figure 11), pedestal 5 one routine tool junction surfaces 51 again, and lever arm 52 is set, lever arm 52 1 ends engage with pedestal 5, opposite side extends upward, and tool abutment end 53, pedestal 5 tools are directly to guide groove 54 again, and guide groove 54 is established flange 55, sidewall is provided with horizontal slotted eye 56, move groove 50 in leading of from top to bottom extending of the corresponding lever arm 52 lower position settings of pedestal 5 two sidewalls again, and elastic block piece 57 is set, and this catch 57 is from top to bottom towards guide groove 54 oblique settings.
When the utility model detent mechanism 6 is mounted on pedestal 5 Actuator Division 61 1 sides can by catch 57 against and can be towards lever arm 52 displacements, see also Figure 13,14 again, moving caulking groove 31 fit housings 4 protruding rails 41 actions that make crossing frame 3 when the utility model forms are mounted on housing 4 on the forms can make the abutment end 53 of lever arm 52 against housing 4 protruding rails 41, and make location division 62 can move down and force catch 57 to launch, make that Actuator Division 61 can be by the elastic force of elastic body 63 towards lever arm 52 displacements, and this moment, protruding button 64 can corresponding displacement.
See also Figure 15, the positioning end 621 of the utility model location division 62 after forms combinations and forms below embed the lower frame guide groove (indicating among the figure) of housing can with the rank portion 612 of respective heights against the location, and because of location division 62 direction of displacement different with Actuator Division 61 direction of displacement, and can prevent that by the elastic force of elastic body 63 Actuator Division 61 from oppositely moving and lever arms 52 move down, can prevent that forms break away from housing 4.
See also Figure 16, can stir protruding button 64 by the forms outside when the utility model is desired to take off and make Actuator Division 61 displacements and make rank portion 612 break away from positioning end 621, make lever arm 52 can move down and make forms can break away from housing 4.
Lever arm abutment end of the present utility model not necessarily with the housing protruding rail against, also can with the guide groove inwall of housing against, see also Figure 17, the abutment end 71 of lever arm 7 can be against guide groove 42 inwalls of housing 4 when the utility model the 3rd embodiment was located at housing 4 guide grooves 42 positions when forms, and this lever arm 7 engages aforementioned the utility model pedestal, detent mechanism, and can have the utility model demand effect.
By the above, the utility model can significantly be promoted forms convenience, safety are installed, and catch of the present utility model also can only be located at pedestal one side position, and previous embodiment is the utility model illustration, be not the utility model restriction, all equivalence changes of doing according to the utility model spirit also should belong in the utility model category.
Claims (9)
1. forms slip-off preventing framework is characterized in that: include forms, housing, pedestal and detent mechanism,
The crossing frame tool caulking groove of these forms, this crossing frame engages with housing, in crossing frame slotted eye is set again;
But this pedestal tool lever arm, guide groove and elasticity are launched, the catch of folding, and this lever arm one end engages with pedestal, the top tool can with housing against abutment end, and abutment end can corresponding pedestal knee-action;
Detent mechanism is located at pedestal again, and tool Actuator Division, location division, elastic body, protruding button, and this Actuator Division can be in pedestal guide groove intrinsic displacement, and tool rank portion; Location division tool positioning end again, protruding button outer rim convexedly stretch in the slotted eye outside of pedestal, crossing frame; The Actuator Division of detent mechanism was not intercepted by catch when this lever arm moved again, making forms be mounted on the housing action can make catch launch, and the Actuator Division can make the rank portion of Actuator Division and positioning end against the location in the displacement of pedestal guide groove, stirs protruding button again and can make the rank portion of abutment end and Actuator Division break away from.
2. forms slip-off preventing framework as claimed in claim 1 is characterized in that: the abutment end of this lever arm and housing protruding rail against.
3. forms slip-off preventing framework as claimed in claim 1 is characterized in that: the abutment end of this lever arm and housing guide groove inwall against.
4. forms slip-off preventing framework as claimed in claim 1 is characterized in that: this positioning end tool arc edge.
5. forms slip-off preventing framework as claimed in claim 1 is characterized in that: this pedestal is rectangular body, and a side tool junction surface engages with the forms crossing frame, in pedestal lever arm is set upwards again; The corresponding lever arm of pedestal below is provided with rectangular recess, the corresponding junction surface of this recess opposite side is provided with guide groove, this guide groove sidewall is convexly equipped with elastic block piece, this catch is the gradient setting towards guide groove, in corresponding catch position the socket part is set again, this socket part tool cover access slot, this cover access slot top tool opening, the side is provided with rectangular slotted eye, and this slotted eye is corresponding with the slotted eye position of crossing frame, and in corresponding pedestal one end position vertical breach is set; The Actuator Division engages with lever arm, and with the lever arm interlock, the setting of corresponding cover access slot direction is several rank portions from low to high; The location division be for can placing the block of cover access slot again, and the location division can be held by catch be positioned at cover access slot top position, again this location division tool can by elastomeric resilient against the butting section; Elastic body is located at the pedestal gap position, and can suppress the butting section; Protruding again button is located at location division one side, and outer rim convexedly stretches in the slotted eye outside of socket part, crossing frame.
6. forms slip-off preventing framework as claimed in claim 5, it is characterized in that: this pedestal is provided with flange in the guide groove below, guide groove is provided with the retaining edge near the central side walls top, the Actuator Division is provided with flange in the below again, make the Actuator Division can place in the guide groove, and make guide groove flange can with the Actuator Division flange against so that the Actuator Division can be in guide groove straight horizontal to displacement action, and make Actuator Division one side can with aforementioned guide groove retaining edge against with restriction Actuator Division displacement.
7. forms slip-off preventing framework as claimed in claim 1, it is characterized in that: the horizontal slotted eye of this crossing frame tool, again pedestal one side tool can with the junction surface of crossing frame combination, and tool is directly to guide groove, and slotted eye is set in sidewall, in the corresponding lever arm lower position of pedestal sidewall elastic block piece is set again, and this catch is from top to bottom towards the oblique setting of guide groove, the Actuator Division of detent mechanism engages elastic body again, and this elastic body one end and pedestal against, lever arm below and corresponding catch top position are located in the location division again, and can make catch launch when moving down; Protruding again button is located at Actuator Division one side, and outer rim convexedly stretches in the slotted eye outside of pedestal, crossing frame.
8. forms slip-off preventing framework as claimed in claim 7 is characterized in that: this pedestal guide groove is provided with flange, and the Actuator Division is provided with the flange that can place guide groove flange below again, but makes the Actuator Division straight horizontal to action.
9. forms slip-off preventing framework as claimed in claim 1 is characterized in that: leading that the setting of the corresponding lever arm lower position of this pedestal sidewall is from top to bottom extended moves groove, and the location division of detent mechanism is located at correspondence and is led and move groove and catch top position.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2009201812383U CN201526252U (en) | 2009-10-30 | 2009-10-30 | Anti-drop framework for window body |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2009201812383U CN201526252U (en) | 2009-10-30 | 2009-10-30 | Anti-drop framework for window body |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN201526252U true CN201526252U (en) | 2010-07-14 |
Family
ID=42517540
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2009201812383U Expired - Fee Related CN201526252U (en) | 2009-10-30 | 2009-10-30 | Anti-drop framework for window body |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN201526252U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105840085A (en) * | 2015-02-04 | 2016-08-10 | 清展科技股份有限公司 | Anti-falling device for window body |
-
2009
- 2009-10-30 CN CN2009201812383U patent/CN201526252U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105840085A (en) * | 2015-02-04 | 2016-08-10 | 清展科技股份有限公司 | Anti-falling device for window body |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20100714 Termination date: 20141030 |
|
| EXPY | Termination of patent right or utility model |