CN102463876A - Electric storage assembly for vehicle - Google Patents

Abstract

An electric containing component for a vehicle comprises a group of sun-shading boards arranged on a ceiling in the vehicle, wherein each sun-shading board is provided with an inner space opened at the side surface of the sun-shading board, the inner space of the sun-shading board is provided with a slide rail group, the slide rail group is provided with two parallel and opposite slide bars, each slide bar is correspondingly sleeved with a slide block, each slide block is provided with a matched assembly surface with an opposite surface, the matched assembly surface is provided with radial sawteeth, the matched assembly surfaces are respectively connected with the two slide blocks through a connecting block, the connecting block is further connected with an electric driving component, the electric driving component can drive the connecting block to move along the slide bars, and the electric driving component is further provided with a clamp which is provided with an axial long edge and two side end surfaces, the two side end surfaces are; and an object, which is arranged on the axial long edge of the clamp.

Description

Electric Storage Components for Vehicles

technical field

The present invention relates to an electric storage assembly for a vehicle, in particular to a structure that enables an object to be electrically housed in the sun visor and electrically unfolded outside the sun visor.

Background technique

At present, the sun visors for vehicles are generally installed on the ceiling of the front and passenger seats in the car. The angle of the sun visors for vehicles can be adjusted manually. When there is no need for shading, it can be placed flat on the roof. When it is needed, it can be manually adjusted. A suitable angle to block direct light. However, because the traditional car sun visor is made of opaque material, after the user uses the traditional car sun visor to cover a large area, it will inevitably affect the driving safety.

Another manufacturer sandwiches a transparent filter on the sun visor to replace the use of the sun visor. However, the components combined with the sun visor are exposed to the outside, which has an unsightly negative impact on the cabin interior, which is a fatal injury for high-end cars.

In addition, the most common items stored in the sun visor are still optical filters, and there are no other 3C products.

Contents of the invention

The problem to be solved by the present invention is to provide a component that can electrically accommodate objects in the inner space of the sun visor of a vehicle and expand in the outer space of the sun visor.

The invention provides an electric storage assembly for a vehicle, which includes a set of sun visors arranged on the ceiling of the car, which has an internal space, and the internal space is opened on one side of the sun visor; The slide rail group has two parallel and opposite slide bars; two slide blocks are set on each slide bar respectively, and each slide block has an opposite assembly surface, and the assembly surface Radial sawtooth is provided; a connecting block is connected with the two sliders; an electric transmission part is fixedly connected with the connecting block and can drive the connecting block to move axially along the slide bar; a fixture has an axial long side and Two side end faces, the two side end faces are provided with shaft seats respectively embedded with the assembly surface, and the shaft seat end faces are provided with radial serrations corresponding to the assembly surface; and an object, which is assembled on the fixture on the long side of the axis.

The above-mentioned electric transmission includes: a stepping motor fixed in the internal space of the sun visor, the stepping motor has a transmission gear; a free gear fixed in the internal space of the sun visor; and a set between the transmission gear and the The timing belt of the free gear, and the timing belt is connected with the coupling block. The ceiling in the car assembled above can be the front of the driver's seat or the front of the passenger's seat.

A flange is provided on the other side of the object relative to the axial long side of the clamp for pulling the object by fingers. The above-mentioned connecting block and the two sliding blocks can be integrally formed.

The invention provides an electric storage assembly for a vehicle, which can automatically store the object (take the filter plate as an example) into the inner space of the sun visor or automatically unfold it outside the sun visor by using a switch installed in the vehicle, so that the user can carry out The function of this object, such as the filter plate as an example, the user can use the light filtering characteristics of the filter plate to filter the glare light, and use its transparency to improve the viewing range; the design that can be folded into the opaque sun visor provides better The design sense; the sun visor can be extended from the side of the sun visor to form a sun visor and a light filter plate to be used together to increase the effective sun shading range, which is more suitable for users of various shapes. On the other hand, the present invention is not only applicable to storage/deployment of optical filters, but also applicable to storage/deployment of solar panels, tablet computers, GPS navigators or LCD TVs.

Description of drawings

FIG. 1 shows a three-dimensional exploded view of the vehicle electric storage assembly of the present invention;

FIG. 2 is a three-dimensional assembled view of the vehicle electric storage assembly of the present invention;

FIG. 3 is a schematic diagram of the angle adjustment structure of the object of the embodiment of the electric storage assembly for vehicles of the present invention;

Fig. 4 shows the folded and unfolded top sectional view of the object and the sun visor of the embodiment of the vehicle electric storage assembly of the present invention;

Fig. 5 is a side view sectional view of the folded object and the sun visor of the embodiment of the vehicle electric storage assembly of the present invention;

Fig. 6 shows the motorized unfolded sectional view of the object and the sun visor of the embodiment of the electric storage assembly for a vehicle of the present invention;

FIG. 7 is a schematic diagram illustrating the angle adjustment of the sun visor in FIG. 6;

Fig. 8 shows the embodiment of installation in the vehicle and automatic deployment of the embodiment of the electric storage assembly for vehicles of the present invention;

Fig. 9 shows the application embodiment of the installation in the vehicle and the angle adjustment of the sun visor of the embodiment of the electric storage assembly for the vehicle of the present invention;

Fig. 10 shows the installation in the vehicle of the embodiment of the electric storage assembly for a vehicle of the present invention and the application embodiment of the angle adjustment of the sun visor and the sun visor object;

FIG. 11 is a perspective view of an embodiment of a clamped sun visor of an electric storage assembly for a vehicle according to the present invention;

Fig. 12 shows a perspective view of an embodiment of a solar panel sandwiched in a vehicle electric storage assembly of the present invention;

Fig. 13 shows a perspective view of an embodiment of a liquid crystal television sandwiched in the vehicle electric storage assembly of the present invention;

Fig. 14 depicts a perspective view of an embodiment of a tablet computer sandwiched in the vehicle electric storage assembly of the present invention; and

FIG. 15 is a perspective view of an embodiment of a GPS device sandwiched in the vehicle electric storage assembly of the present invention.

Symbol Description

10 Sun visor 11 Internal space

12 Internal Space Opening 13 Side

20 slide rail set 21 slide rod

30 Slider 31 Assembly surface

32 radial serrated 33 through hole

40 Connection block 50 Electric transmission parts

51 Stepping motor 511 Transmission gear

52 Free gear 53 Timing belt

60 Fixture 61 Shaft seat

62 Radial Sawtooth 70 Objects

70A filter plate 70B solar panel

70C LCD TV 70D Tablet Computer

70E GPS device S switch

Detailed ways

In order to further illustrate the technical characteristics of the present invention, it is described as follows in conjunction with the accompanying drawings. The accompanying drawings are all simplified schematic diagrams, only illustrating the basic structure of the present invention in a schematic manner. Therefore, only the components related to the present invention are marked in these drawings, and the displayed components are not drawn with the number, shape, size ratio, etc. during implementation, and the specifications and sizes during actual implementation are really optional. design, and its component layout may be more complex, which should be stated first.

First of all, the object 70 of the present invention is described with an optical filter 70A as an embodiment. Please refer to the perspective exploded view of the electric storage assembly for vehicles of the present invention shown in FIG. 1 and the electric storage assembly for vehicles of the present invention shown in FIG. A three-dimensional assembled view of the storage assembly and a schematic view of the angle adjustment structure of the objects in the embodiment of the electric storage assembly for vehicles of the present invention shown in FIG. 3 . The vehicle electric storage assembly of this embodiment includes: a set of sun visors 10 arranged on the ceiling of the car, which has an internal space 11, and the internal space 11 is opened on a side 13 of the sun visor 10;

A slide rail set 20 arranged in the inner space 11 of the sun visor 10, which has two parallel and opposite slide bars 21;

Two sliders 30 are set on each of the sliders 21 respectively, and each slider 30 has an opposite assembly surface 31, and radial serrations 32 are arranged on the assembly surface;

A coupling block 40 is connected to the two slide blocks 30, and the connection method can utilize screw-fixed means;

An electric transmission part 50 is fixedly connected with the coupling block 40, and can drive the coupling block 40 to move axially along the slide bar 21. Of course, the fixed connection method can be applied in the form of a screw lock;

A clamp 60 has an axial long side and two side end faces, and the two side end faces are provided with shaft seats 61 that are respectively engaged with the assembly surface 31, and the end faces of the shaft seat 61 are provided with corresponding The radial sawtooth 62 is used to press the shaft seat 61 between the assembly surfaces 31 of the two sliders 30, so that the two radial sawtooths 32, 62 mesh with each other, so that the clamp 60 forms a clamping force between the sliders 30 , and use the intermeshed radial serrations 32, 62 to adjust the angle of the clamp 60 in sections; and

An object 70A is assembled on the axial long side of the fixture 60 .

In the above filter assembly, the connecting block 40 and the two sliding blocks 30 can be integrally formed without additional screw locks.

In the above filter assembly, the electric transmission member 50 includes: a stepping motor 51 fixed in the inner space 11 of the sun visor 10, the stepping motor 51 has a transmission gear 511; The free gear 52 in 11; and the timing belt 53 set on the transmission gear 511 and the free gear 52, and the timing belt 53 is connected with the coupling block 40. And the stepping motor 51 is coupled with the electrical system (not shown in the figure) in the vehicle, and a switch S (as shown in FIG. 8 ) can be used to control the stepping motor 51 to rotate forward (expand the object 70 on the sunshade outside the panel 10) or reversed (the receiving object 70 is in the internal space 11 of the sun visor 10).

Please refer to Figure 4 to Figure 7. The folding or unfolding positioning of the objects 70 of the above components can be accurately controlled by the stepping motor 51 to achieve the effect of stepless positioning.

The ceiling in the car assembled by the above-mentioned components can be in front of the driver's seat or in front of the passenger's seat.

Moreover, when the object 70 of the present invention is a filter plate 70A, the filter plate 70A is utilized to filter glare light, and its transparency property is used to improve the visible range; Provide a better sense of design; the sun visor can be used to form a sun visor and a filter plate together by means of electric expansion from the side of the sun visor, so as to increase the effective sun shading range, and is more suitable for users of various shapes (as shown in Figure 9 and Figure 10).

Please refer to Figures 11 to 15 again. Of course, in addition to the embodiment of the above-mentioned optical filter 70A (as shown in Figure 11), the present invention still uses a clamp 60 to clamp solar panels 70B (as shown in Figure 12) - convertible light energy For electric energy, LCD screen 70C (as shown in Figure 13)-can watch digital TV, tablet computer 70D (as shown in Figure 14)-can touch the Internet, GPS navigation device 70E (as shown in Figure 15)-navigation, etc. Of course, if the fixture 60. If the clamped object is too heavy, screw lock components can be added to strengthen the binding force. This part belongs to common knowledge and can be completed, so I won’t repeat it here.

The feature of the present invention is that the present invention can use the switch installed in the car to automatically store the object (take the filter plate as an example) into the inner space of the sun visor, or automatically deploy it outside the sun visor, so that the user can execute the object itself. (Taking the filter plate as an example, the light filtering characteristics of the filter plate can be used to filter glare light, and its transparency can be used to improve the visual range); the present invention can use the design of being folded into an opaque sun visor to provide better The design sense; the present invention can use the method of unfolding from the side of the sun visor to form a sun visor and a filter plate to be used together to increase the effective sun shading range, which is more suitable for users of various shapes. On the other hand, the present invention is not only applicable to storage/deployment of optical filters, but also applicable to storage/deployment of solar panels, tablet computers, GPS navigators or LCD TVs.

Although the present invention is disclosed above with various embodiments, it is not intended to limit the present invention. Any equivalent replacement of changes and modifications made by those skilled in the art without departing from the spirit and scope of the present invention is still the present invention. within the scope of protection.

Claims (13)

1. a Vehicular electric is taken in assembly, it is characterized in that, comprising:

One is mounted on the sun shield on the top ceiling in the car, and it has an inner space, and this inner space is opened on a side of this sun shield;

One is arranged at the slide rail set of this sun shield inner space, and it has two parallel and relative slide bars;

Two slide blocks, corresponding respectively group is placed in each this slide bar, and each slide block also has the assembly face of an opposite face, and this assembly face is provided with radial sawtooth;

One coupling block connects this two slide block;

One electronic Transmission, affixed with this coupling block, can drive this coupling block and move axially along slide bar;

One anchor clamps have an axially long limit and two side end faces, and this two side end face is provided with respectively the axle bed with the mutual embedding of this assembly face, and this axle bed end face is provided with the radial sawtooth corresponding to this assembly face; And

One object, it is mounted on the axially length limit of these anchor clamps.

2. Vehicular electric as claimed in claim 1 is taken in assembly, it is characterized in that, this electronic Transmission comprises:

One is fixed in the stepper motor in this sun shield inner space, and this stepper motor has a transmission gear;

One is fixed in the free gear in this sun shield inner space; And

One is placed in the time rule belt of this transmission gear and this free gear, and should the time advise belt and be connected with this coupling block.

3. Vehicular electric as claimed in claim 1 is taken in assembly, it is characterized in that, this coupling block and this two slide block are integrally formed.

4. Vehicular electric as claimed in claim 2 is taken in assembly, it is characterized in that, this coupling block and this two slide block are integrally formed.

5. Vehicular electric as claimed in claim 1 is taken in assembly, it is characterized in that, top ceiling is skipper's seat the place ahead in this car that assembles.

6. Vehicular electric as claimed in claim 2 is taken in assembly, it is characterized in that, top ceiling is skipper's seat the place ahead in this car that assembles.

7. Vehicular electric as claimed in claim 1 is taken in assembly, it is characterized in that, top ceiling is front passenger's seat the place ahead in this car that assembles.

8. Vehicular electric as claimed in claim 2 is taken in assembly, it is characterized in that, top ceiling is front passenger's seat the place ahead in this car that assembles.

9. Vehicular electric as claimed in claim 1 is taken in assembly, it is characterized in that, this object is a filter.

10. Vehicular electric as claimed in claim 1 is taken in assembly, it is characterized in that, this object is solar panels.

11. Vehicular electric as claimed in claim 1 is taken in assembly, it is characterized in that, this object is a LCD TV.

12. Vehicular electric as claimed in claim 1 is taken in assembly, it is characterized in that, this object is a flat computer.

13. Vehicular electric as claimed in claim 1 is taken in assembly, it is characterized in that, this object is a GPS navigation device.

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