CN201192978Y - Skylight guard plate structure for vehicle - Google Patents
Skylight guard plate structure for vehicle Download PDFInfo
- Publication number
- CN201192978Y CN201192978Y CNU2008200052773U CN200820005277U CN201192978Y CN 201192978 Y CN201192978 Y CN 201192978Y CN U2008200052773 U CNU2008200052773 U CN U2008200052773U CN 200820005277 U CN200820005277 U CN 200820005277U CN 201192978 Y CN201192978 Y CN 201192978Y
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- China
- Prior art keywords
- slide plate
- backplate
- driven
- skylight
- chute
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Abstract
The utility model provides a skylight protective board structure that is used for the vehicle, which comprises a pair of guiding rails, wherein, the inner side of the guide rail is provided with a first sliding groove; the skylight protective board structure also comprises a driving protective board, a driven protective board, a pair of driving sliding plates, a pair of driven sliding plates, a pair of first guiding blocks, a pair of second guiding blocks, a pair of first retainers, a pair of second retainers and a connection device; when the skylight protective board is opened, the driving and the driven protective boards can be lapped together with the help of the driving sliding plates, the driven sliding plates, the connection device, the first guiding blocks, the second guiding blocks, the first retainers and the second retainers. Since when the skylight protective board is opened, the driving and the driven protective boards can be lapped together, the movement distance of the skylight protective board can be reduced, thereby reducing the operation space for opening and closing the skylight protective board, and occupying smaller space inside the vehicle, and being convenient for the integral arrangement of the vehicle.
Description
Technical field
The utility model relates to automotive field, relates in particular to a kind of Vehicular skylight guard board structure.
Background technology
The skylight is offered at top at automobile, can improve the ventilation situation in the compartment, keeps the circulation of fresh air in the car, simultaneously, also can widen the vision, and eliminates the sense of depression in the compartment.Therefore, increasing automobile is offered the skylight at its top.But, offer the skylight at automobile top and also can bring some adverse effects, as during the broiling summer, because can seeing through the skylight, sunlight shines in the car, so can cause vehicle interior temperature to rise rapidly; In addition, noise also can import in the car by the skylight.Therefore, at the skylight peristome skylight backplate is set usually, this skylight backplate can play the effect of sunshade and sound insulation.
As shown in Figure 1, conventional manual skylight guard board structure comprises backplate 1, pair of guide rails 2 and pair of slide (not shown), captive joint with slide plate respectively in the two ends of described backplate 1, described backplate 1 is provided with handle 3, the inboard of described guide rail 2 is provided with the chute (not shown), and at least a portion of described slide plate is arranged in described chute and can slides at chute.When needs are opened the skylight ventilation, when opening the skylight, the skylight backplate is opened, with pulling moving handle 3, open backplate 1, backplate 1 drives slide plate and slides in chute when doing motion of translation; When needs utilize the skylight backplate to keep the sun off or during sound insulation, with pulling moving handle 3, make the motion of backplate 1 reversing sense, thereby the skylight backplate is closed.Because skylight backplate movement travel is bigger,, influence the entire arrangement of automobile so when the skylight backplate opens and closes, need bigger operational space, thereby take space bigger in the car.
The utility model content
The purpose of this utility model provides a kind of folding Vehicular skylight guard board structure.
The utility model provides a kind of Vehicular skylight guard board structure, this Vehicular skylight guard board structure comprises pair of guide rails, the inboard of described guide rail is provided with first chute, wherein, this Vehicular skylight guard board structure also comprises initiatively backplate, driven backplate, a pair of active slide plate, a pair of driven slide plate, a pair of first orienting lug, a pair of second orienting lug, a pair of first retainer, a pair of second retainer and connecting device;
Captive joint with the active slide plate respectively in the two ends of described active backplate, captive joint with driven slide plate respectively in the two ends of described driven backplate, described active backplate and driven backplate are connected together, and driven backplate is connected to the initiatively top of backplate, and at least a portion of described active slide plate and driven slide plate is arranged in first chute and can slides at first chute;
Described active slide plate has second chute that is provided with along its longitudinal direction, and initiatively an end of the close driven slide plate of slide plate is provided with first inclined-plane;
Described connecting device comprises first attaching parts, second attaching parts, movement parts and connecting panel, described first attaching parts, second attaching parts and movement parts are installed on the connecting panel, described first attaching parts is connected in second chute of active slide plate, and can in this second chute, slide, described driven slide plate is contained on second attaching parts, and driven slide plate and connecting panel can rotate around second attaching parts, described movement parts and can be moved along first inclined-plane of active slide plate between first attaching parts and second attaching parts;
Described first orienting lug and second orienting lug are installed in respectively on the desired location of guide rail, described first orienting lug is used for a end at the driven slide plate of skylight backplate opening and closing process guiding and moves up and down and support this end, and described second orienting lug is used for the other end at the driven slide plate of skylight backplate opening and closing process guiding and moves up and down and support this end;
Described first retainer is arranged in first chute, or on first orienting lug, or on second orienting lug, be used for stoping the motion of driven slide plate at skylight backplate opening procedure, make driven slide plate stop at the desired location; Described second retainer is arranged in first chute, or on first orienting lug, or on second orienting lug, be used for stoping the initiatively motion of slide plate at skylight backplate opening procedure, making initiatively, slide plate stops at the desired location.
When the skylight backplate that will open that the utility model provides, with pulling moving initiatively backplate, initiatively backplate promotes driven backplate motion, and initiatively slide plate and driven slide plate slide in first chute along with the motion of active backplate and driven backplate; When driven slide plate ran into first orienting lug and second orienting lug, an end of described driven slide plate was along the first orienting lug upward movement, and the other end of described driven slide plate is along the second orienting lug upward movement simultaneously; When the desired location was arrived in driven skateboarding, first retainer stoped the motion of driven slide plate, and driven slide plate is supported on first orienting lug and second orienting lug; Initiatively backplate drives initiatively slide plate continuation motion, force the first inclined-plane upward movement of the movement parts of connecting device along the active slide plate, thereby movement parts is lifted, thereby initiatively slide plate can continue motion, first attaching parts slides in second chute of active slide plate, initiatively backplate and driven backplate cambium layer overlapping state; When the desired location was arrived in the active skateboarding, second retainer made initiatively slide plate stop motion, and at this moment, initiatively backplate and driven backplate are stacked together fully, and the skylight backplate is opened.When the skylight backplate of closing that the utility model provides, the motion process of skylight backplate was opposite when the motion process of skylight backplate was opened with the skylight backplate.
Because the skylight guard board structure that the utility model provides comprises initiatively backplate and driven backplate, when opening the skylight backplate, initiatively backplate and driven backplate can be stacked together under the assistance of active slide plate, driven slide plate, connecting device, first orienting lug, second orienting lug, first retainer and second retainer, thereby reduced the movement travel of skylight backplate, reduced the operational space when opening and closing the skylight backplate, thereby take less space in the car, make things convenient for the entire arrangement of automobile.
Description of drawings
Fig. 1 is the structural representation of traditional Vehicular skylight guard board structure;
Fig. 2 is the structural representation that Vehicular skylight guard board structure that the utility model provides is in closed condition;
Fig. 3 is the decomposition texture scheme drawing of the Vehicular skylight guard board structure that provides of the utility model;
Fig. 4 is the active backplate of the Vehicular skylight guard board structure that provides of the utility model and the annexation scheme drawing of driven backplate;
Fig. 5 is when the skylight backplate opens wide, and initiatively the position of slide plate, connecting device and driven slide plate concerns scheme drawing;
Fig. 6 is the decomposition texture scheme drawing of the connecting device of the Vehicular skylight guard board structure that provides of the utility model;
Fig. 7 is the structural representation that Vehicular skylight guard board structure that the utility model provides is in opening-wide state.
The specific embodiment
Below in conjunction with accompanying drawing the utility model is further described.
As shown in Figures 2 and 3, the Vehicular skylight guard board structure that the utility model provides comprises pair of guide rails 2, the inboard of described guide rail 2 is provided with first chute 5, wherein, this Vehicular skylight guard board structure also comprises initiatively backplate 6, driven backplate 7, a pair of active slide plate 8, a pair of driven slide plate 9, a pair of first orienting lug 10, a pair of second orienting lug 11, a pair of first retainer 12, a pair of second retainer 13 and connecting device 14;
Captive joint with active slide plate 8 respectively in the two ends of described active backplate 6, captive joint with driven slide plate 9 respectively in the two ends of described driven backplate 7, described active backplate 6 is connected together with driven backplate 7, and driven backplate 7 is connected to the initiatively top of backplate 6, and at least a portion of described active slide plate 8 and driven slide plate 9 is arranged in first chute 5 and can slides at first chute 5;
Described active slide plate 8 has second chute 19 that is provided with along its longitudinal direction, and initiatively an end of the close driven slide plate 9 of slide plate 8 is provided with first inclined-plane 22;
Described connecting device 14 comprises first attaching parts 15, second attaching parts 16, movement parts 17 and connecting panel 18, described first attaching parts 15, second attaching parts 16 and movement parts 17 are installed on the connecting panel 18, described first attaching parts 15 is connected in second chute 19 of active slide plate 8, and can in this second chute 19, slide, described driven slide plate 9 is contained on second attaching parts 16, and driven slide plate 9 and connecting panel 18 can rotate around second attaching parts 16, described movement parts 17 and can be moved along first inclined-plane 22 of active slide plate 8 between first attaching parts 15 and second attaching parts 16;
Described first orienting lug 10 and second orienting lug 11 are installed in respectively on the desired location of guide rail 2, described first orienting lug 10 is used for a end at the driven slide plate 9 of skylight backplate opening and closing process guiding and moves up and down and support this end, and described second orienting lug 11 is used for the other end at the driven slide plate 9 of skylight backplate opening and closing process guiding and moves up and down and support this end;
Described first retainer 12 is arranged in first chute 5, or on first orienting lug 10, or on second orienting lug 11, be used for stoping the motion of driven slide plate 9 at skylight backplate opening procedure, make driven slide plate 9 stop at the desired location; Described second retainer 13 is arranged in first chute 5, or on first orienting lug 10, or on second orienting lug 11, be used for stoping the initiatively motion of slide plate 8 at skylight backplate opening procedure, making initiatively, slide plate 8 stops at the desired location.
The two ends of described active backplate 6 can adopt variety of way well known in the art to captive joint with active slide plate 8, as clamping, hinged or bolted connection, the two ends of described driven backplate 7 can adopt variety of way well known in the art to captive joint with driven slide plate 9, as clamping, hinged or bolted connection.
As shown in Figure 4, the inside edge of described active backplate 6 is provided with alice 23, and the inside edge of described driven backplate 7 is provided with groove 24, and described alice 23 is connected in the groove 24, thereby initiatively backplate 6 links together with driven backplate 7.As seen from Figure 4, described alice 23 is upturned, and Open Side Down for described groove 24, and driven backplate 7 is overlapped on the initiatively top of backplate 6, thereby in the backplate opening procedure of skylight, can rise driven backplate 7 easily.There is no particular limitation to the width of active backplate 6 and driven backplate 7, sets according to the skylight size.In order further to save the space, preferably, the width of described active backplate 6 equals the width of driven backplate 7.
Described second chute 19 is used to hold first attaching parts 15 of connecting device 14, and convenient first slip of attaching parts 15 in active slide plate 8.The assembling of skylight guard board structure for convenience, as Fig. 2 and shown in Figure 5, preferably, the end away from driven slide plate 9 of described second chute 19 is provided with opening 25, the first attaching partss 15 and packs in second chute 19 by opening 25.In order to prevent in the backplate opening procedure of skylight, first attaching parts 15 is deviate from from opening 25, as shown in Figure 5, preferably, the inside face of an end that is provided with opening 25 of described second chute 19 is provided with projection 26, described protruding 26 can prevent effectively that first attaching parts 15 from deviating from from second chute 19.Close in the closed procedure at the skylight backplate, for first attaching parts 15 that slides in second chute 19 is played buffer action, as shown in Figure 3, preferably, the end near driven slide plate 9 in described second chute 19 is provided with cushion rubber 36.Structure to cushion rubber 36 does not have special requirement, and described cushion rubber 36 can be the various parts that can play buffer action.There is no particular limitation to the gradient on first inclined-plane 22 of active slide plate 8, as long as can play directional tagging to the movement parts 17 of connecting device 14.
For convenience initiatively slide plate 8 and driven slide plate 9 in first chute 5 slip and reduce friction drag, make usually initiatively that the part of slide plate 8 and driven slide plate 9 contacts with first chute 5, and will be designed to sphere with the face that first chute 5 contacts.
There is no particular limitation to the structure of first attaching parts 15, as long as it can be free to slide in second chute 19, can be fixed on bar type on the connecting panel 18 for screw, pin or other as first attaching parts 15.There is no particular limitation to the structure of second attaching parts 16, as long as it can make driven slide plate 9 and connecting panel 18 rotate, can be rotational pin as second attaching parts 16.Axial direction along second attaching parts 16 when preventing 9 motions of driven slide plate rocks, and as shown in Figure 6, preferably, described connecting device 14 also comprises fixture block 28, and described fixture block 28 is sleeved on described second attaching parts 16.Described movement parts 17 can be the various parts that can move along first inclined-plane 22 of active slide plate 8, as slide block, roller or the wheel that can not roll.The motion of movement parts 17 reduces resistance of motion for convenience, and preferably, described movement parts 17 is a roller.Described roller is installed on the connecting panel 18 by set pin usually, and roller can roll along first inclined-plane 22 of active slide plate 8.Described connecting panel 18 is generally two, and these two connecting panels 18 are oppositely arranged.First attaching parts 15, second attaching parts 16 and movement parts 17 are installed on these two connecting panels 18.As shown in Figure 6, can on two connecting panels 18, fix other attaching parts 27, as set pin, further to fix two relative positions between the connecting panel 18.
Described first orienting lug 10 can possess various structures, as long as can play guiding function to an end of driven slide plate 9.As shown in Figures 2 and 3, described guide rail 2 has breach 29, described first orienting lug 10 has first guide part 20, first restrictions 30 and first fixed part 31 that integrates, described first fixed part 31 is fixed on the guide rail 2, described first restrictions 30 cooperates with breach 29, and described first guide part 20 is arranged in first chute 5.32, the second inclined-planes 32, second inclined-plane that described first guide part 20 has top are used for a end at the driven slide plate 9 of skylight backplate opening and closing process guiding and move up and down and support this end.Described first restrictions 30 is used to limit driven slide plate 9, prevents that driven slide plate 9 from deviating from from first chute 5.Described first fixed part 31 can be fixed on the guide rail 2 by variety of way well known in the art, connects as welding, riveted joint or screw.Described first guide part 20, first restrictions 30 and first fixed part 31 can integrate by variety of way well known in the art, as integrally formed mode.Described second orienting lug 11 can possess various structures, as long as can play guiding function to the other end of driven slide plate 9.As shown in Figures 2 and 3, have vacant position between the end of the end of described first chute 5 and guide rail 2, described second orienting lug 11 is positioned at this vacant locations, described second orienting lug 11 has second guide part 21, second restrictions 33 and second fixed part 34 that integrates, described second fixed part 34 is fixed on the guide rail 2, described second guide part 21 and the concordant setting in the bottom of first chute 5, described second restrictions 33 is arranged on the top of second guide part 21.35, the three inclined-planes 35, the 3rd inclined-plane that described second guide part 21 has top are used for the other end at the driven slide plate 9 of skylight backplate opening and closing process guiding and move up and down and support this end.Described second guide part 21 and second restrictions, the 33 common structures that form chute limit the motion of driven slide plate 9.Described second fixed part 34 can be fixed on the guide rail 2 by variety of way well known in the art, connects as welding, riveted joint or screw.Described second guide part 21, second restrictions 33 and second fixed part 34 can integrate by variety of way well known in the art, as integrally formed mode.The desired location of described first orienting lug 10 and second orienting lug 11 is determined as the case may be, as when requiring the skylight backplate opened fully, the desired location of first orienting lug 10 and second orienting lug 11 need be satisfied when driven slide plate 9 stops on first orienting lug 10 and second orienting lug 11, the skylight backplate can be opened fully.In such cases, when the width of active backplate 6 equals the width of driven backplate 7, need to satisfy when driven slide plate 9 stops on first orienting lug 10 and second orienting lug 11, the skylight backplate has been opened half just, like this, when active backplate 6 and driven backplate 7 complete when stacked, just with skylight backplate complete opening.
Structure to first retainer 12 does not have special requirement, as long as it can stop the motion of driven slide plate 9.Installation site to first retainer 12 does not have special requirement, as long as it can make driven slide plate 9 stop at the desired location, can be fixed on the back (as shown in Figure 2) of first guide part 20 of first orienting lug 10 as first retainer 12, by stoping an end of driven slide plate 9, and make driven slide plate 9 stop motions; First retainer 12 also can be fixed on second orienting lug 11, by stoping the other end of driven slide plate 9, and makes driven slide plate 9 stop motions.The desired location that driven slide plate 9 is stopped to determine that as the case may be as when driven slide plate 9 stops at the desired location, the skylight backplate has been opened half just.
Structure to second retainer 13 does not have special requirement, as long as it can stop the initiatively motion of slide plate 8.Installation site to second retainer 13 does not have special requirement, slide plate 8 stops at the desired location as long as it can make initiatively, can be fixed on second orienting lug 11 (as shown in Figure 2) as second retainer 13,, and make initiatively slide plate 8 stop motions by the end of prevention active slide plate 8.The desired location that active slide plate 8 is stopped is definite as the case may be, as when initiatively slide plate 8 stops at the desired location, and skylight backplate complete opening.
In addition, the skylight guard board structure that provides of the utility model also comprises common first crossbeam 37, second crossbeam 38, damper element 4 and handle 3.Described first crossbeam 37 and second crossbeam 38 are fixed on the guide rail 2, with the guide rail 2 common shaped as frame skeletons that form.Described damper element 4 is fixed on first crossbeam 37, is used for when the skylight backplate is closed, and makes initiatively slide plate 8 stop motions.Described handle 3 is fixed on the active backplate 6, is used to make things convenient for the opening and closing of skylight backplate.The structure of described first crossbeam 37, second crossbeam 38, damper element 4 and handle 3 is conventionally known to one of skill in the art, does not repeat them here.
Describe the operation of the skylight guard board structure that the utility model provides in detail below in conjunction with accompanying drawing.
As Fig. 2, Fig. 3 and shown in Figure 7, when needs were opened the skylight backplate, with pulling moving handle 3, initiatively backplate 6 and driven backplate 7 were done motion of translation together, drive active slide plate 8 and driven slide plate 9 simultaneously and slide in first chute 5; When driven slide plate 9 runs into first orienting lug 10 and second orienting lug 11, upwards slide along the 3rd inclined-plane 35 of second guide part 21 of second inclined-plane 32 of first guide part 20 of first orienting lug 10 and second orienting lug 11 respectively in the two ends of driven slide plate 9; When driven slide plate 9 moved to the desired location, first retainer 12 made driven slide plate 9 stop motions, and driven slide plate 9 is supported on first guide part 20 and second guide part 21; Initiatively backplate 6 drives initiatively slide plate 8 continuation motions, force first inclined-plane 22 upward movements of the movement parts 17 of connecting device 14 along active slide plate 8, thereby initiatively slide plate 8 can continue motion, first attaching parts 15 slides in second chute 19 of active slide plate 8, initiatively backplate 6 and driven backplate 7 cambium layer overlapping states; When active slide plate 8 moved to the desired location, second retainer 13 made initiatively slide plate 8 stop motions, and at this moment, initiatively backplate 6 is stacked together fully with driven backplate 7, and the skylight backplate is opened.When needs were closed the skylight backplate, with pulling moving handle 3, initiatively backplate 6 was toward swivel motion, and active slide plate 8 toward swivel motion, is run into cushion rubber 36 up to first attaching parts 15 along first chute 5 simultaneously; The movement parts 17 of connecting device 14 moves downward along first inclined-plane 22 of active slide plate 8 then, disappears until the stacked state of active backplate 6 with driven backplate 7; Continue initiatively backplate 6 of pulling, active this moment backplate 6 drives driven backplate 7 and does motion of translation together, and initiatively slide plate 8 and driven slide plate 9 slide in first chute 5 simultaneously, and till active slide plate 8 was met damper element 4 stop motions, the skylight backplate was closed fully at this moment.
Claims (10)
1. Vehicular skylight guard board structure, this skylight guard board structure comprises pair of guide rails (2), the inboard of described guide rail (2) is provided with first chute (5), it is characterized in that this skylight guard board structure also comprises initiatively backplate (6), driven backplate (7), a pair of active slide plate (8), a pair of driven slide plate (9), a pair of first orienting lug (10), a pair of second orienting lug (11), a pair of first retainer (12), a pair of second retainer (13) and connecting device (14);
Captive joint with active slide plate (8) respectively in the two ends of described active backplate (6), captive joint with driven slide plate (9) respectively in the two ends of described driven backplate (7), described active backplate (6) is connected together with driven backplate (7), and driven backplate (7) is connected to the initiatively top of backplate (6), and at least a portion of described active slide plate (8) and driven slide plate (9) is arranged in first chute (5) and can slides at first chute (5);
Described active slide plate (8) has second chute (19) that is provided with along its longitudinal direction, and initiatively an end of the close driven slide plate (9) of slide plate (8) is provided with first inclined-plane (22);
Described connecting device (14) comprises first attaching parts (15), second attaching parts (16), movement parts (17) and connecting panel (18), described first attaching parts (15), second attaching parts (16) and movement parts (17) are installed on the connecting panel (18), described first attaching parts (15) is connected in second chute (19) of active slide plate (8), and can in this second chute (19), slide, described driven slide plate (9) is contained on second attaching parts (16), and driven slide plate (9) and connecting panel (18) can rotate around second attaching parts (16), described movement parts (17) is positioned between first attaching parts (15) and second attaching parts (16), and can be along first inclined-plane (22) motion of active slide plate (8);
Described first orienting lug (10) and second orienting lug (11) are installed in respectively on the desired location of guide rail (2), described first orienting lug (10) is used for a end at the driven slide plate of skylight backplate opening and closing process guiding (9) and moves up and down and support this end, and described second orienting lug (11) is used for the other end at the skylight backplate opening and closing process driven slide plate of guiding (9) and moves up and down and support this end;
Described first retainer (12) is arranged in first chute (5), or on first orienting lug (10), or on second orienting lug (11), be used for stoping the motion of driven slide plate (9) at skylight backplate opening procedure, make driven slide plate (9) stop at the desired location; Described second retainer (13) is arranged in first chute (5), or on first orienting lug (10), or on second orienting lug (11), be used for stoping the initiatively motion of slide plate (8) at skylight backplate opening procedure, making initiatively, slide plate (8) stops at the desired location.
2. Vehicular skylight guard board structure according to claim 1, it is characterized in that, the inside edge of described active backplate (6) is provided with alice (23), and the inside edge of described driven backplate (7) is provided with groove (24), and described alice (23) is connected in the groove (24).
3. Vehicular skylight guard board structure according to claim 1 is characterized in that, the width of described active backplate (6) equals the width of driven backplate (7).
4. Vehicular skylight guard board structure according to claim 1 is characterized in that, the end away from driven slide plate (9) of described second chute (19) is provided with opening (25).
5. Vehicular skylight guard board structure according to claim 4 is characterized in that, the inside face of an end that is provided with opening (25) of described second chute (19) is provided with projection (26).
6. Vehicular skylight guard board structure according to claim 1 is characterized in that, the end near driven slide plate (9) in described second chute (19) is provided with cushion rubber (36).
7. Vehicular skylight guard board structure according to claim 1 is characterized in that, described connecting device (14) also comprises fixture block (28), and described fixture block (28) is sleeved on described second attaching parts (16).
8. Vehicular skylight guard board structure according to claim 1 is characterized in that, described movement parts (17) is a roller.
9. Vehicular skylight guard board structure according to claim 1 is characterized in that, described guide rail (2) has breach (29); Described first orienting lug (10) has first guide part (20), first restrictions (30) and first fixed part (31) that integrates; Described first fixed part (31) is fixed on the guide rail (2); Described first restrictions (30) cooperates with breach (29); Described first guide part (20) is arranged in first chute (5), and has second inclined-plane (32) on top.
10. Vehicular skylight guard board structure according to claim 1 is characterized in that, has vacant position between the end of the end of described first chute (5) and guide rail (2), and described second orienting lug (11) is positioned at this vacant locations; Described second orienting lug (11) has second guide part (21), second restrictions (33) and second fixed part (34) that integrates; Described second fixed part (34) is fixed on the guide rail (2); The concordant setting in bottom of described second guide part (21) and first chute (5), and have the 3rd inclined-plane (35) on top; Described second restrictions (33) is arranged on the top of second guide part (21).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNU2008200052773U CN201192978Y (en) | 2008-04-11 | 2008-04-11 | Skylight guard plate structure for vehicle |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNU2008200052773U CN201192978Y (en) | 2008-04-11 | 2008-04-11 | Skylight guard plate structure for vehicle |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN201192978Y true CN201192978Y (en) | 2009-02-11 |
Family
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CNU2008200052773U Expired - Lifetime CN201192978Y (en) | 2008-04-11 | 2008-04-11 | Skylight guard plate structure for vehicle |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN201192978Y (en) |
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102205785A (en) * | 2010-09-25 | 2011-10-05 | 浙江吉利汽车研究院有限公司 | Folding type skylight sunshade board |
| CN102897004A (en) * | 2012-09-27 | 2013-01-30 | 江苏铁锚玻璃股份有限公司 | Mechanical arm for automobile skylight |
| CN103158511A (en) * | 2011-12-15 | 2013-06-19 | 现代自动车株式会社 | Sliding structure of panorama sun roof for vehicle |
| CN112744061A (en) * | 2021-02-22 | 2021-05-04 | 一汽解放汽车有限公司 | Sunroof structure and car |
-
2008
- 2008-04-11 CN CNU2008200052773U patent/CN201192978Y/en not_active Expired - Lifetime
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102205785A (en) * | 2010-09-25 | 2011-10-05 | 浙江吉利汽车研究院有限公司 | Folding type skylight sunshade board |
| CN102205785B (en) * | 2010-09-25 | 2012-12-26 | 浙江吉利汽车研究院有限公司 | Folding type skylight sunshade board |
| CN103158511A (en) * | 2011-12-15 | 2013-06-19 | 现代自动车株式会社 | Sliding structure of panorama sun roof for vehicle |
| CN102897004A (en) * | 2012-09-27 | 2013-01-30 | 江苏铁锚玻璃股份有限公司 | Mechanical arm for automobile skylight |
| CN112744061A (en) * | 2021-02-22 | 2021-05-04 | 一汽解放汽车有限公司 | Sunroof structure and car |
| CN112744061B (en) * | 2021-02-22 | 2023-02-17 | 一汽解放汽车有限公司 | Sunroof structure and car |
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Granted publication date: 20090211 |