CN214057193U

CN214057193U - Starry sky roof glass

Info

Publication number: CN214057193U
Application number: CN202023151033.6U
Authority: CN
Inventors: 刘方文; 袁相平; 王静冬; 商鼎; 蔡中华; 吴海涛
Original assignee: Ninghai Jianxin Skylight System Co ltd
Current assignee: Ninghai Jianxin Skylight System Co ltd
Priority date: 2020-12-24
Filing date: 2020-12-24
Publication date: 2021-08-27
Anticipated expiration: 2030-12-24

Abstract

The utility model discloses a starry sky roof glass, which comprises an installation guide rail, an installation bracket, a light structure, a guide rail wire harness and glass; the glass is arranged in a glass installation space formed by the installation guide rail, and the guide rail wire harness is arranged on the installation guide rail; the mounting bracket and the light structure are both arranged on the glass, and the front light band and the rear light band of the light structure are arranged on the glass, so that the whole structure of the utility model is more tightly arranged, and meanwhile, the occupied space of the utility model is smaller, the utility model can adapt to most types of vehicles, the use cost of the utility model is also reduced, and the utility model is more economical and practical; and the front lamp belt and the rear lamp belt of the lighting structure are arranged in the mounting bracket, so that the front lamp belt and the rear lamp belt are protected from being damaged easily, and meanwhile, the occupied area is greatly reduced.

Description

Starry sky roof glass

Technical Field

The utility model relates to a manufacturing and designing field of car skylight, more specifically the utility model relates to a starry sky top glass that says so.

Background

With the improvement of living standard, the automobile is no longer a simple transportation tool for people, the appearance and the aesthetic degree of the interior trim of the automobile also enable people to select or purchase a large bright spot, and therefore the star sky dome as one of the more bright features of the automobile interior trim gradually gets into the sight of people; however, most of the current automobiles are provided with skylights, and if the skylights are specially removed for installing the sky roofs and matched sky roofs are specially arranged for different skylights, high cost is required, so that the need for a sky roof glass which is stable in structure, low in cost, small in occupied space and high in structural adaptability is necessary.

Disclosure of Invention

The utility model overcomes prior art's is not enough, provides simple structure, reasonable in design, stable in structure, practices thrift space, low cost and a sky top glass that the suitability is high.

In order to solve the technical problem, the technical scheme of the utility model as follows:

the starry sky roof glass comprises an installation guide rail, an installation support, a light structure, a guide rail wire harness and glass; the glass is arranged in a glass installation space formed by the installation guide rail, and the guide rail wire harness is arranged on the installation guide rail; the mounting bracket and the light structure are arranged on the glass, the front light band and the rear light band of the light structure are arranged on the glass, and the front light band and the rear light band of the light structure are arranged in the mounting bracket.

Furthermore, the whole installation guide rail is in a rectangular frame shape; a guide rail wire harness groove is formed in the installation guide rail and used for placing a guide rail wire harness; the wire harness limiting blocks are arranged on the wire harness binding grooves and comprise upper wire harness limiting blocks and lower wire harness limiting blocks, the upper wire harness limiting blocks and the lower wire harness limiting blocks are respectively arranged at the upper end and the lower end of the wire harness binding grooves, a lower wire harness limiting block is arranged between every two upper wire harness limiting blocks at intervals, and an upper wire harness limiting block is arranged between every two lower wire harness limiting blocks at intervals; the guide rail wire harness comprises a skylight wire harness and a lamp strip wire harness, wherein the skylight wire harness is connected with a motor for controlling the movement of glass, and the lamp strip wire harness is connected with an independent controller for controlling a lamp light structure and the lamp light structure; the installation guide rail is also provided with a skylight movement motor and an independent controller, the skylight movement motors are arranged at two ends of the installation guide rail, skylight wire harnesses are respectively connected with the skylight movement motors at the two ends of the installation guide rail, and the skylight movement motors provide power for supporting the movement of glass; the independent controller is arranged at one end of the mounting guide rail and communicated with the lamp strip wiring harness, the lamp strip wiring harness can transmit LIN signals converted by vehicle-mounted DVD audio signals to the independent controller, and the independent controller converts the LIN signals into PWM signals to drive the front lamp strip and the rear lamp strip of the light structure to realize rhythm color change.

Furthermore, the lamp belt wiring harness comprises a wiring harness body, a wiring harness interface, a fixing buckle and an electric brush; the wiring harness connector, the fixing buckle and the electric brush are distributed on the wiring harness body, the wiring harness body is communicated with all the parts through the wiring harness connector, and the wiring harness body is installed at the corresponding installation position through the fixing buckle.

Furthermore, the electric brush is provided with two electric brush bodies, the free state extension amount of the electric brush bodies is 9mm, and the compression amount of the electric brush bodies is 4.5 mm; the initial pressure of the brush body is 4N, the final pressure of the brush body is 8N, and the brush body is made of copper-carbon composite material.

Furthermore, the glass comprises a front glass and a rear glass, and the mounting bracket and the light structure which are mounted on the front glass are a front mounting bracket and a front light structure; the mounting bracket and the light structure mounted on the rear glass are a rear mounting bracket and a rear light structure.

Furthermore, the glass installation space comprises a front glass installation space and a rear glass installation space; the front glass is arranged in the front glass mounting space and is movable glass which needs to move forwards and backwards, so that a conductive seat is structurally arranged, and a conductive contact piece is arranged in the conductive seat and is connected and electrified through an electric brush of the lamp belt wiring harness; the rear glass is arranged in the rear glass mounting space and is fixed glass, so that the light structure of the rear glass is directly connected with the lamp strip wiring harness and electrified.

Further, the front mounting bracket comprises a first framework, a first cover plate, a filling block and a first main bracket; the first main support is made of PU materials and is arranged on the inner wall of the front glass, the first main support is integrally rectangular, and a hollow part which is a skylight hollow part is arranged in the middle of the first main support; the first framework is arranged in the first main support and is wrapped by the first main support, the first framework comprises a first left side framework, a first right side framework, a first front framework and a first rear framework, the first left side framework is arranged on the left side of the first main support, the first right side framework is arranged on the right side of the first main support, the first front framework is arranged at the front end of the first main support, the first rear framework is arranged at the rear end of the first main support, framework mounting parts used for fixing corresponding mounting positions are arranged on the first left side framework and the first right side framework, framework mounting through holes are arranged on the framework mounting parts, mounting grooves are distributed on the upper end faces of wrapping areas of the first left side framework and the first right side framework by the first main support, the first front framework and the first rear framework are in hollow columnar shapes, and filling blocks are arranged in the hollow areas of the first front framework and the first rear framework, the filling block, the first front framework and the first rear framework are respectively wrapped by the first main support, a wire embedding groove is arranged in the area, wrapped by the first rear framework, of the first main support and is positioned at the included angle of the first main support, and a wire groove shield for preventing a front connecting wire of a front light structure from being separated is further arranged in the notch of the wire embedding groove; the first cover plate comprises a first left cover plate and a first right cover plate, the first left cover plate is arranged above the first left framework, the first right cover plate is arranged above the first right framework, two ends of the first left cover plate and two ends of the first right cover plate are respectively contacted with two ends of the first front framework and two ends of the first rear framework, and one ends of the first left cover plate and the first right cover plate, which are close to the first rear framework, are provided with a through hole, so that a conductive seat is formed; the conductive seat is consistent with the conductive contact piece in shape, and contact piece supports are arranged at two ends of the conductive seat; there is the apron buckle at a side distribution of first left side apron and first right side apron, and the apron buckle corresponds with the mounting groove, sets up the sticky tape and is connected first left side apron and first right side apron and preceding glass through the sticky tape at the opposite side of first left side apron and first right side apron.

Furthermore, the front light structure comprises a front light belt, a front lamp holder, a conductive contact piece and a front connecting wire; the conductive contact piece is arranged in the conductive seat and is in contact with the electric brush of the lamp belt wiring harness; the front lamp head is arranged between the first left side framework and the first rear framework and between the first right side framework and the first rear framework, and the front lamp belt is arranged on one sides of the first left side framework and the first right side framework, which are close to the first rear framework, and is communicated with the front lamp head; the front connecting wire comprises a main wire and an auxiliary wire, the main wire connects the front lamp head and is arranged in the wire embedding groove, and one end of the auxiliary wire is connected with the conductive contact piece, and the other end of the auxiliary wire converges into the main wire.

Further, the rear mounting bracket comprises a second framework, a second cover plate, a filling block and a second main bracket; the second main support is arranged on the inner wall of the rear glass, the second main support is integrally rectangular, and a hollow part which is a skylight hollow part is arranged in the middle of the second main support; the second framework is arranged in the second main support and is wrapped by the second main support, the second framework comprises a second left side framework, a second right side framework and a second rear framework, the second left side framework is arranged on the left side of the second main support, the second right side framework is arranged on the right side of the second main support, the second rear framework is arranged at the rear end of the second main support, framework mounting parts used for fixing the second left side framework and the second right side framework with corresponding mounting positions are arranged on the second left side framework and the second right side framework, framework mounting through holes are formed in the framework mounting parts, and mounting grooves are distributed in the second main support on the upper end faces of wrapping areas of the second left side framework and the second right side framework; the second rear framework is in a hollow columnar shape, a filling block is arranged in the hollow area of the second rear framework, and the filling block and the second rear framework are respectively wrapped by the second main support; the second cover plate comprises a second left cover plate and a second right cover plate, the second left cover plate is arranged above the second left framework, and the second right cover plate is arranged above the second right framework; there is the apron buckle and apron buckle corresponds with the mounting groove at one side distribution of second left side apron and second right side apron, sets up the sticky tape and is connected second left side apron and second right side apron and back glass through the sticky tape at the opposite side of second left side apron and second right side apron.

Further, the rear lamp structure comprises a rear lamp strip, a rear lamp holder and a rear connecting wire; the rear lamp is arranged between the second left side framework and the second rear framework and between the second right side framework and the second rear framework, and the rear lamp belt is arranged on one side of the second left side framework and one side of the second right side framework close to the second rear framework and communicated with the rear lamp; one end of the rear connecting wire is connected with the rear lamp holder, and the other end of the rear connecting wire is connected with a wiring harness interface of the lamp belt wiring harness.

The utility model has the advantages that:

1. the utility model discloses overall structure sets up more closely, makes the utility model discloses an occupation space is littleer, can adapt to the vehicle of most models, has also reduced simultaneously the utility model discloses a use cost makes it more economical and practical.

2. The utility model discloses an audio signal transform that vehicle-mounted DVD was followed in steerable preceding lamp area of independent controller and back lamp area makes it the utility model discloses it is more novel, also more has the attractiveness to people to promote people's shopping desire.

3. The utility model discloses an electric brush is provided with two brush bodies and makes its contact and the conduction with conductive contact piece more stable, makes it and for copper carbon combined material, compares softer with pure copper material, and contact noise is littleer.

4. The utility model discloses an apron buckle through its own apron corresponds the joint with the mounting groove to paste on the glass surface with the 3M sticky tape, make its integral erection more stable.

5. The back lamp belts of the back glass are mutually independent and are respectively contacted with the wiring harness interfaces of the wiring harnesses of the lamp belts, so that the lamp belts are safer and more reliable.

6. The utility model discloses a light structure all sets up in the apron, and is provided with and buries the wire casing, has also by a wide margin reduced area when protecting it to be difficult for impairedly.

Drawings

Fig. 1 is a view of the lower view angle of the overall structure of the present invention.

Fig. 2 is a view of the whole structure of the present invention.

Fig. 3 is a view showing a mounting rail structure.

Fig. 4 is an enlarged view of the rail harness slot where the rail is installed.

Fig. 5 is a lamp strip wiring harness structure diagram.

Fig. 6 is an enlarged view of the lamp strip harness at the brush.

Fig. 7 is an overall structural view of the front glass and its mounted components.

Fig. 8 is a structural view of the front glass and its mounted components with the first cover removed.

Fig. 9 is a sectional view of the front glass and its mounted components.

Fig. 10 is a sectional view at a buried groove.

Fig. 11 is a structural view of a front light structure.

FIG. 12 is a diagram of a structure of a conductive socket.

Fig. 13 is a view showing an internal structure of the first left side cover.

Fig. 14 is an overall structural view of the rear glass and its attached components.

Fig. 15 is a structural view of the rear glass and its mounted components with the second cover removed.

Fig. 16 is a structural view of a rear lamp structure.

Fig. 17 is a second left side cover plate internal structure view.

Reference numbers in the figures:

1. installing a guide rail; 2. mounting a bracket; 3. a light structure; 4. a guide rail harness; 5. glass; 11. a glass installation space; 12. a guide line bundling slot; 13. a wire harness limiting block; 14. an upper thread bundle limiting block; 15. a lower wiring harness limiting block; 16. a sunroof moving motor; 17. an independent controller; 18. a front glass mounting space; 19. a rear glass mounting space; 21. a front mounting bracket; 22. a rear mounting bracket; 23. hollowing out a skylight; 24. filling blocks; 25. a frame mounting portion; 26. a framework mounting through hole; 27. mounting grooves; 28. cover plate buckling; 29. an adhesive tape; 31. a front light structure; 32. a rear light structure; 41. a skylight wire harness; 42. a light strip harness; 43. a wire harness body; 44. a wire harness interface; 45. fixing the buckle; 46. an electric brush; 47. an electric brush body; 51. a front glass; 52. rear glass; 211. a first skeleton; 212. a first cover plate; 213. a first main support; 214. a first left side armature; 215. a first right side armature; 216. a first front frame; 217. a first rear frame; 218. burying a wire groove; 219. shielding the wire groove; 220. a first left side cover plate; 221. a first right side cover plate; 222. a conductive seat; 223. a contact sheet holder; 231. a second skeleton; 232. a second cover plate; 233. a second main support; 234. a second left side frame; 235. a second right side armature; 236. a second rear frame; 237. a second left side cover plate; 238. a second right side cover plate; 311. a front light strip; 312. a front lamp cap; 313. a conductive contact; 314. a front connection lead; 315. a main conductor; 316. a secondary wire; 321. a rear light strip; 322. a rear lamp cap; 323. and then connecting with a lead.

Detailed Description

The present invention will be further described with reference to the accompanying drawings and specific embodiments. It should be noted that the embodiments are only specific illustrations of the present invention, and the purpose thereof is to make the technical solution of the present invention better understood by those skilled in the art, and should not be considered as limitations of the present invention.

Example (b):

as shown in fig. 1, the utility model discloses a starry sky roof glass, which comprises an installation guide rail 1, an installation bracket 2, a light structure 3, a guide rail wire harness 4 and glass 5; the glass 5 is arranged in a glass installation space 11 formed by the installation guide rail 1, and the guide rail wire harness 4 is arranged on the installation guide rail 1; the mounting bracket 2 and the light structure 3 are both arranged on the glass 5, and the front lamp belt 311 and the rear lamp belt 321 of the light structure 3 are arranged on the glass 5, so that the whole structure of the utility model is more tightly arranged, and meanwhile, the occupied space of the utility model is smaller, the utility model can adapt to most types of vehicles, the use cost of the utility model is also reduced, and the utility model is more economical and practical; and the front lamp strip 311 and the rear lamp strip 321 of the light structure 3 are arranged inside the mounting bracket 2, so that the occupied area is greatly reduced while the front lamp strip and the rear lamp strip are protected from being damaged easily.

As shown in fig. 3, in some preferred modes, the mounting rail 1 is in a rectangular frame shape as a whole; a guide rail harness slot 12 is arranged on the installation guide rail 1 and used for placing a guide rail harness 4; the guide rail wire harness groove 12 is provided with a wire harness limiting block 13, the wire harness limiting block 13 comprises an upper wire harness limiting block 14 and a lower wire harness limiting block 15, the upper wire harness limiting block 14 and the lower wire harness limiting block 15 are respectively arranged at the upper end and the lower end of the guide rail wire harness groove 12, a lower wire harness limiting block 15 is arranged between every two upper wire harness limiting blocks 14 at intervals, and an upper wire harness limiting block 14 is arranged between every two lower wire harness limiting blocks 15 at intervals, so that the guide rail wire harness 4 is positioned in the utility model, and the guide rail wire harness 4 is arranged on the installation guide rail 1, thereby greatly reducing the occupied area of the utility model; the guide rail wiring harness 4 comprises a skylight wiring harness 41 and a lamp strip wiring harness 42, wherein the skylight wiring harness 41 is connected with a motor for controlling the movement of the glass 5, and the lamp strip wiring harness 42 is connected with the independent controller 17 for controlling the lamp light structure 3 and the lamp light structure 3; the installation guide rail 1 is also provided with a skylight movement motor 16 and an independent controller 17, the skylight movement motor 16 is arranged at two ends of the installation guide rail 1, skylight wire harnesses 41 are respectively connected with the skylight movement motors 16 at the two ends of the installation guide rail 1, and the skylight movement motors 16 provide power for supporting the movement of the glass 5; independent controller 17 set up in the wherein one end of installation guide rail 1 to with lamp area pencil 42 intercommunication, lamp area pencil 42 can transmit the LIN signal that on-vehicle DVD audio signal changed for independent controller 17, converts the headlight area 311 and the back light area 321 of PWM signal drive light structure 3 into through independent controller 17 and realizes the rhythm and change colour, makes the utility model discloses it is more novel, also more have the attractiveness to people's promotion people purchasing desire.

As shown in fig. 4, 5 and 6, in some preferred modes, the light strip harness 42 includes a harness body 43, a harness interface 44, a fixing buckle 45 and a brush 46; the wiring harness interface 44, the fixing buckle 45 and the electric brush 46 are distributed on the wiring harness body 43, the wiring harness body 43 is communicated with all parts through the wiring harness interface 44, and is installed at the corresponding installation position through the fixing buckle 45; the brush 46 is provided with two brush bodies 47 so that the contact and conduction with the conductive contact piece 313 are more stable; the free state projecting amount of the brush body 47 is 9mm, and the compression amount of the brush body 47 is 4.5 mm; the initial pressure of the brush body 47 is 4N, and the final pressure of the brush body 47 is 8N, so that the information transmission and the instruction transmission of the brush body are more accurate and stable; and the brush body 47 is made of copper-carbon composite material; compared with pure copper materials, the material is softer and has lower contact noise.

As shown in fig. 2, in some preferred modes, the glass 5 comprises a front glass 51 and a rear glass 52, and the mounting bracket 2 and the light structure 3 mounted on the front glass 51 are a front mounting bracket 21 and a front light structure 31; the mounting bracket 2 and the light structure 3 mounted on the rear glass 52 are the rear mounting bracket 22 and the rear light structure 32.

In some preferred modes, the glass installation space 11 comprises a front glass installation space 18 and a rear glass installation space 19, which are used for installing a front glass 51 and a rear glass 52 respectively; the front glass 51 is arranged in the front glass mounting space 18, which is the movable glass 5 needing to move forwards and backwards, so that a conductive seat 222 is structurally arranged, and a conductive contact piece 313 is arranged in the conductive seat 222 and is connected and electrified through a brush 46 of the lamp strip wiring harness 42; the rear glass 52 is disposed in the rear glass installation space 19 and is a fixed glass 5, so that the light structure 3 of the rear glass 52 is directly connected with the light strip harness 42 for power supply

As shown in fig. 7, 8, 9, 10, 11, 12 and 13, in some preferred modes, the front mounting bracket 21 includes a first frame 211, a first cover 212, a filling block 24 and a first main bracket 213; the first main support 213 is made of PU material, so that the overall quality of the utility model is further improved due to the characteristics of fire resistance, water resistance, moth resistance, mildew resistance, crack resistance and light weight; the first main support 213 is installed on the inner wall of the front glass 51, the first main support 213 is rectangular as a whole, and a hollow is arranged in the middle of the first main support 213 and is a skylight hollow 23; the first frame 211 is arranged inside the first main support 213 and is wrapped by the first main support 213, the first frame 211 comprises a first left frame 214, a first right frame 215, a first front frame 216 and a first rear frame 217, the first left frame 214 is arranged on the left side of the first main support 213, the first right frame 215 is arranged on the right side of the first main support 213, the first front frame 216 is arranged at the front end of the first main support 213, the first rear frame 217 is arranged at the rear end of the first main support 213, frame mounting parts 25 for fixing corresponding mounting positions are arranged on the first left frame 214 and the first right frame 215, frame mounting through holes 26 are arranged on the frame mounting parts 25, mounting grooves 27 are distributed on the upper end faces of wrapping areas of the first left frame 214 and the first right frame 215 of the first main support 213, the first front frame 216 and the first rear frame 217 are hollow columnar, the whole weight is reduced, and the manufacturing cost is also reduced, the filling block 24 is arranged in the hollow area of the first front framework 216 and the first rear framework 217, the filling block 24, the first front framework 216 and the first rear framework 217 are respectively wrapped by the first main support 213, so that the whole structure is more compact, the area of the first main support 213 wrapping the first rear framework 217 is provided with the wire embedding groove 218 for placing the main wire 315 of the front connecting wire 314, the occupied space of the wire is reduced while the main wire 315 is protected, the structure for fixing the wire is removed, the manufacturing cost is reduced, and the whole space is saved; the wire embedding groove 218 is located at an included angle of the first main bracket 213, a wire groove shield 219 for preventing the front connecting wire 314 of the front light structure 31 from being separated is further arranged at a notch of the wire embedding groove 218, and the wire groove shield 219 is used for limiting the position of the front connecting wire 314 and preventing the front connecting wire 314 from falling off; the first cover plate 212 comprises a first left cover plate 220 and a first right cover plate 221, the first left cover plate 220 is arranged above the first left framework 214, the first right cover plate 221 is arranged above the first right framework 215, two ends of the first left cover plate 220 and two ends of the first right cover plate 221 are respectively contacted with two ends of the first front framework 216 and two ends of the first rear framework 217, and one end of the first left cover plate 220 and one end of the first right cover plate 221, which are close to the first rear framework 217, are provided with a through hole, so that a conductive seat 222 is formed; the conductive seat 222 is in the same shape with the conductive contact piece 313, and contact piece holders 223 are arranged at two ends of the conductive seat 222 and used for fixing the conductive contact piece 313; cover plate buckles 28 are distributed on one side edges of the first left cover plate 220 and the first right cover plate 221, the cover plate buckles 28 correspond to the mounting grooves 27, adhesive tapes 29 are arranged on the other side edges of the first left cover plate 220 and the first right cover plate 221, and the first left cover plate 220 and the first right cover plate 221 are connected with the front glass 51 through the adhesive tapes 29; the first left side cover plate 220 and the first right side cover plate 221 are correspondingly clamped with the mounting groove 27 through the cover plate buckle 28 and are adhered on the surface of the front glass 51 by the 3M adhesive tape 29, so that the whole mounting is more stable.

In some preferred forms, the front light structure 31 comprises a front light strip 311, a front light head 312, conductive contacts 313 and front connection wires 314; the conductive contact piece 313 is arranged in the conductive seat 222 and is in contact with the electric brush 46 of the lamp strip wiring harness 42; the front lamp head 312 is arranged between the first left side frame 214 and the first rear frame 217 and between the first right side frame 215 and the first rear frame 217, and the front lamp belt 311 is arranged on one side of the first left side frame 214 and the first right side frame 215 close to the first rear frame 217 and is communicated with the front lamp head 312; the front connecting wire 314 includes a main wire 315 and a sub-wire 316, the main wire 315 connects the front lamp head 312 and is disposed in the wire embedding slot 218 for reducing the space occupied by the wires, one end of the sub-wire 316 is connected with the conductive contact 313, and the other end of the sub-wire converges into the main wire 315.

As shown in fig. 14, 15, 16 and 17, in some preferred forms, the rear mounting bracket 22 includes a second frame 231, a second cover plate 232, a filling block 24 and a second main bracket 233; the second main support 233 is arranged on the inner wall of the rear glass 52, the second main support 233 is rectangular as a whole, and a hollow is arranged in the middle of the second main support 233 and is a skylight hollow 23; the second framework 231 is arranged inside the second main support 233 and is wrapped by the second main support 233, the second framework 231 comprises a second left side framework 234, a second right side framework 235 and a second rear framework 236, the second left side framework 234 is arranged on the left side of the second main support 233, the second right side framework 235 is arranged on the right side of the second main support 233, the second rear framework 236 is arranged at the rear end of the second main support 233, framework mounting parts 25 used for fixing corresponding mounting positions are arranged on the second left side framework 234 and the second right side framework 235, framework mounting through holes 26 are arranged on the framework mounting parts 25, and mounting grooves 27 are distributed on the upper end faces of wrapping areas of the second left side framework 234 and the second right side framework 235 of the second main support 233; the second rear frame 236 is a hollow column, so that the overall weight is reduced, and the manufacturing cost is reduced, and the filling block 24 is arranged in the hollow area of the second rear frame 236, and the filling block 24 and the second rear frame 236 are respectively wrapped by the second main bracket 233, so that the overall structure is more compact; the second cover plate 232 includes a second left cover plate 237 and a second right cover plate 238, the second left cover plate 237 is disposed above the second left framework 234, and the second right cover plate 238 is disposed above the second right framework 235; cover plate buckles 28 are distributed on one side edges of the second left cover plate 237 and the second right cover plate 238, the cover plate buckles 28 correspond to the mounting grooves 27, adhesive tapes 29 are arranged on the other side edges of the second left cover plate 237 and the second right cover plate 238, and the second left cover plate 237 and the second right cover plate 238 are connected with the rear glass 52 through the adhesive tapes 29; the second left side cover plate 237 and the second right side cover plate 238 are correspondingly clamped with the mounting groove 27 through the cover plate fasteners 28, and are adhered to the surface of the rear glass 52 by the 3M adhesive tape 29, so that the whole mounting is more stable.

In some preferred forms, the rear light structure 32 includes a rear light strip 321, a rear light head 322, and a rear connection wire 323; the rear lamp cap 322 is arranged between the second left side frame 234 and the second rear frame 236 and between the second right side frame 235 and the second rear frame 236, and the rear lamp belt 321 is arranged on one side of the second left side frame 234 and the second right side frame 235 close to the second rear frame 236 and is communicated with the rear lamp cap 322; one end of the rear connecting wire 323 is connected with the rear lamp holder 322, and the other end is directly connected with the wire harness interface 44 of the lamp strip wire harness 42 to form a large-width reducing wire pair.

The foregoing is only a preferred embodiment of the present invention, and it should be noted that, for those skilled in the art, a plurality of improvements and decorations can be made without departing from the concept of the present invention, and these improvements and decorations should also be regarded as the protection scope of the present invention.

Claims

1. The starry sky roof glass is characterized by comprising an installation guide rail, an installation support, a light structure, a guide rail wire harness and glass; the glass is arranged in a glass installation space formed by the installation guide rail, and the guide rail wire harness is arranged on the installation guide rail; the mounting bracket and the light structure are arranged on the glass, the front light band and the rear light band of the light structure are arranged on the glass, and the front light band and the rear light band of the light structure are arranged in the mounting bracket.

2. The sky-light roof glass as claimed in claim 1, wherein the mounting rail is generally rectangular in frame shape; a guide rail wire harness groove is formed in the installation guide rail and used for placing a guide rail wire harness; the wire harness limiting blocks are arranged on the wire harness slot and comprise an upper wire harness limiting block and a lower wire harness limiting block, the upper wire harness limiting block and the lower wire harness limiting block are respectively arranged at the upper end and the lower end of the wire harness slot, a lower wire harness limiting block is arranged between every two upper wire harness limiting blocks at intervals, and an upper wire harness limiting block is arranged between every two lower wire harness limiting blocks at intervals; the guide rail wire harness comprises a skylight wire harness and a lamp strip wire harness, wherein the skylight wire harness is connected with a motor for controlling the movement of glass, and the lamp strip wire harness is connected with an independent controller for controlling a lamp light structure and the lamp light structure; the installation guide rail is also provided with a skylight movement motor and an independent controller, the skylight movement motors are arranged at two ends of the installation guide rail, skylight wire harnesses are respectively connected with the skylight movement motors at the two ends of the installation guide rail, and the skylight movement motors provide power for supporting the movement of glass; the independent controller is arranged at one end of the mounting guide rail and communicated with the lamp strip wiring harness, the lamp strip wiring harness can transmit LIN signals converted by vehicle-mounted DVD audio signals to the independent controller, and the independent controller converts the LIN signals into PWM signals to drive the front lamp strip and the rear lamp strip of the light structure to realize rhythm color change.

3. The sky dome glass as recited in claim 2, wherein the light strip harness comprises a harness body, a harness interface, a fixing buckle and a brush; the wiring harness connector, the fixing buckle and the electric brush are distributed on the wiring harness body, the wiring harness body is communicated with all the parts through the wiring harness connector, and the wiring harness body is installed at the corresponding installation position through the fixing buckle.

4. A starry sky-top glass as claimed in claim 3, wherein the brush is provided with two brush bodies, the free-state projecting amount of the brush bodies is 9mm, and the compressing amount of the brush bodies is 4.5 mm; the initial pressure of the brush body is 4N, the final pressure of the brush body is 8N, and the brush body is made of copper-carbon composite material.

5. The sky-light roof glass as claimed in claim 1, wherein the glass comprises a front glass and a rear glass, and the mounting bracket and the light structure mounted on the front glass are a front mounting bracket and a front light structure; the mounting bracket and the light structure mounted on the rear glass are a rear mounting bracket and a rear light structure.

6. A starry sky-roof glass as claimed in claim 5, wherein said glass installation space includes a front glass installation space and a rear glass installation space; the front glass is arranged in the front glass mounting space and is movable glass which needs to move forwards and backwards, so that a conductive seat is structurally arranged, and a conductive contact piece is arranged in the conductive seat and is connected and electrified through an electric brush of the lamp belt wiring harness; the rear glass is arranged in the rear glass mounting space and is fixed glass, so that the light structure of the rear glass is directly connected with the lamp strip wiring harness and electrified.

7. The sky-light roof glass as claimed in claim 5, wherein the front mounting bracket comprises a first skeleton, a first cover plate, a filling block and a first main bracket; the first main support is made of PU materials and is arranged on the inner wall of the front glass, the first main support is integrally rectangular, and a hollow part which is a skylight hollow part is arranged in the middle of the first main support; the first framework is arranged in the first main support and is wrapped by the first main support, the first framework comprises a first left side framework, a first right side framework, a first front framework and a first rear framework, the first left side framework is arranged on the left side of the first main support, the first right side framework is arranged on the right side of the first main support, the first front framework is arranged at the front end of the first main support, the first rear framework is arranged at the rear end of the first main support, framework mounting parts used for fixing corresponding mounting positions are arranged on the first left side framework and the first right side framework, framework mounting through holes are arranged on the framework mounting parts, mounting grooves are distributed on the upper end faces of wrapping areas of the first left side framework and the first right side framework by the first main support, the first front framework and the first rear framework are in hollow columnar shapes, and filling blocks are arranged in the hollow areas of the first front framework and the first rear framework, the filling block, the first front framework and the first rear framework are respectively wrapped by the first main support, a wire embedding groove is arranged in the area, wrapped by the first rear framework, of the first main support and is positioned at the included angle of the first main support, and a wire groove shield for preventing a front connecting wire of a front light structure from being separated is further arranged in the notch of the wire embedding groove; the first cover plate comprises a first left cover plate and a first right cover plate, the first left cover plate is arranged above the first left framework, the first right cover plate is arranged above the first right framework, two ends of the first left cover plate and two ends of the first right cover plate are respectively contacted with two ends of the first front framework and two ends of the first rear framework, and one ends of the first left cover plate and the first right cover plate, which are close to the first rear framework, are provided with a through hole, so that a conductive seat is formed; the conductive seat is consistent with the conductive contact piece in shape, and contact piece supports are arranged at two ends of the conductive seat; there is the apron buckle at a side distribution of first left side apron and first right side apron, and the apron buckle corresponds with the mounting groove, sets up the sticky tape and is connected first left side apron and first right side apron and preceding glass through the sticky tape at the opposite side of first left side apron and first right side apron.

8. The sky-light roof glass as claimed in claim 7, wherein the front light structure comprises a front light strip, a front lamp cap, a conductive contact and a front connecting wire; the conductive contact piece is arranged in the conductive seat and is in contact with the electric brush of the lamp belt wiring harness; the front lamp head is arranged between the first left side framework and the first rear framework and between the first right side framework and the first rear framework, and the front lamp belt is arranged on one sides of the first left side framework and the first right side framework, which are close to the first rear framework, and is communicated with the front lamp head; the front connecting wire comprises a main wire and an auxiliary wire, the main wire connects the front lamp head and is arranged in the wire embedding groove, and one end of the auxiliary wire is connected with the conductive contact piece, and the other end of the auxiliary wire converges into the main wire.

9. The sky-light roof glass as claimed in claim 5, wherein the rear mounting bracket includes a second skeleton, a second cover plate, a filling block and a second main bracket; the second main support is arranged on the inner wall of the rear glass, the second main support is integrally rectangular, and a hollow part which is a skylight hollow part is arranged in the middle of the second main support; the second framework is arranged in the second main support and is wrapped by the second main support, the second framework comprises a second left side framework, a second right side framework and a second rear framework, the second left side framework is arranged on the left side of the second main support, the second right side framework is arranged on the right side of the second main support, the second rear framework is arranged at the rear end of the second main support, framework mounting parts used for fixing the second left side framework and the second right side framework with corresponding mounting positions are arranged on the second left side framework and the second right side framework, framework mounting through holes are formed in the framework mounting parts, and mounting grooves are distributed in the second main support on the upper end faces of wrapping areas of the second left side framework and the second right side framework; the second rear framework is in a hollow columnar shape, a filling block is arranged in the hollow area of the second rear framework, and the filling block and the second rear framework are respectively wrapped by the second main support; the second cover plate comprises a second left cover plate and a second right cover plate, the second left cover plate is arranged above the second left framework, and the second right cover plate is arranged above the second right framework; there is the apron buckle and apron buckle corresponds with the mounting groove at one side distribution of second left side apron and second right side apron, sets up the sticky tape and is connected second left side apron and second right side apron and back glass through the sticky tape at the opposite side of second left side apron and second right side apron.

10. The sky-light roof glass according to claim 9, wherein the rear light structure comprises a rear light strip, a rear light head and a rear connecting wire; the rear lamp is arranged between the second left side framework and the second rear framework and between the second right side framework and the second rear framework, and the rear lamp belt is arranged on one side of the second left side framework and one side of the second right side framework close to the second rear framework and communicated with the rear lamp; one end of the rear connecting wire is connected with the rear lamp holder, and the other end of the rear connecting wire is connected with a wiring harness interface of the lamp belt wiring harness.