CN202703413U

CN202703413U - A storage box structure comprising a reversible automobile rearview mirror

Info

Publication number: CN202703413U
Application number: CN 201220192929
Authority: CN
Inventors: 杜青旭
Original assignee: Individual
Current assignee: Individual
Priority date: 2012-05-03
Filing date: 2012-05-03
Publication date: 2013-01-30
Anticipated expiration: 2022-05-03

Abstract

The utility model provides a storage box structure comprising a reversible automobile rearview mirror. The storage box structure comprises a body, an inner box and a mirror sheet, which can be fixed to an original automobile rearview mirror. The body comprises a hollow space provided with an opening; a locating assembly and a guide gear are at least pivoted in the hollow space; the locating assembly is provided with a protruding clamping stop part in the shape of a long strip; the inner box provided with a holding space inside is disposed in the hollow space of the body in a pivoted manner eccentrically; the inner box is pressed against the body through an elastic assembly, so that the inner box maintains the elasticity for being opened outward; the mirror sheet is fixed on the outer surface side of the inner box and stops at the opening of the hollow space normally; the outer surface side of the inner box is provided with a slip guide part corresponding to the locating assembly; and first and second cambered surfaces of the slip guide part are pressed against the clamping stop part, so that location control for outward opening or inward closing of the inner box can be changed. The storage box structure can provide extra receiving space and achieve the optimal space utilization rate.

Description

The structure of storage box of tool reversible vehicle rear-view mirror

Technical field

The utility model relates to the structure of storage box of tool reversible vehicle rear-view mirror, refers to especially a kind of being combined on the vehicle rear-view mirror, replacing former rear-view mirror function, and uses in the operation very easily structure of storage box.

Background technology

Along with the progress of production technology, and the lifting of quality of the life, automobile has become the indispensable vehicle of modern; Yet, the convenience that is subject to rules and drives, the volume of automobile can not unrestrictedly be increased expansion, cause in limited car in the mobile space, how can be under the prerequisite that does not affect travelling comfort, increasing as far as possible various accommodation spaces, to promote the convenience of overall applicability, is the target of making great efforts for relevant dealer.

Superjacent air space utilizes in the mode in present common car compartment, the small-sized accommodation space that has possessed when dispatching from the factory except automobile (as: being arranged at the flip-flop glasses box on the roof), other must be installed separately by steerman mostly, for example: the receiver structure that is combined in front stall sun shield below with easy intermediate plate, and except front stall sun shield and vehicle rear-view mirror, under normal conditions, other there is no unnecessary available mechanism; But in present market product, utilize vehicle rear-view mirror as the device of position point, general commonly relatively large vehicle rear-view mirror, it is to pull machine-processed clamping on original vehicle rear-view mirror with two relative elastic clips, and provides better sight to look effect by the back mirror of large (wide) area; Other has the bicycle recording apparatus that is fixed on the vehicle rear-view mirror, hope is by higher installation position, and the better visual field and the driving recording effect of generation, in addition, and there are no other relevant product structure that accommodation space can be provided, therefore, how can be in more easy mode, effectively utilize the existing equipment mechanism in the car compartment, and can increase suitable accommodation space, for each relevant dealer the problem very paid attention to.

Because there is above-mentioned shortcoming in common interior space application mode and mechanism, the contriver is the road for those shortcoming Improvements, finally has the utility model to produce.

Summary of the invention

Technical problem to be solved in the utility model is: for above-mentioned the deficiencies in the prior art, a kind of structure of storage box of tool reversible vehicle rear-view mirror is provided, it can be in conjunction with being fixed on original vehicle rear-view mirror, and an extra accommodation space is provided, and reaches the optimal spatial utilization ratio.

In order to solve the problems of the technologies described above, the technical scheme that the utility model adopts is: a kind of structure of storage box of tool reversible vehicle rear-view mirror, it comprises body, inner box and eyeglass at least, be characterized in: described body is provided with one group of elastomeric folder hook of the relative clamping of tool, and this body is being provided with ostiolate sinking space to organizing tossing about of hook of folder, at least be pivoted with positioning component in this sinking space, this positioning component is provided with the blocking part of strip projection; Being hubbed in this sinking space of this inner box off-centre, this inner box is provided with the accommodation space that pivots and externally appear and open with inner box, and be provided with guide sliding part corresponding to aforementioned positioning component in inner box appearance side, described guide sliding part is comprised of the first cambered surface and the second cambered surface, and that the track that pivots with inner box of this first and second cambered surface just can be by this blocking part is two distolateral; This eyeglass combination is fixed on aforementioned inner box appearance side, and normality ground block is at the opening of aforementioned sinking space.

According to said structure, wherein the first cambered surface is provided with the stop section of bending away from an end of the second cambered surface.

According to said structure, wherein this inner box is supported at body via elastic parts.

According to said structure, wherein should in box outer surfac be provided with the block projection, and aforementioned elastic parts is spring, an end of this spring is provided with the hook portion that hooks together at aforementioned block projection, the other end of spring is provided with the stop section of conflicting at aforementioned body.

According to said structure, wherein this inner box appearance side is provided with arc-shaped rack in addition at the offside of guide sliding part, and relatively is provided with one free to rotate and be engaged on the guiding gear of aforementioned arc-shaped rack in the sinking space of this body.

According to said structure, wherein this guiding gear is to be hubbed on the pinion stand, and is provided with the shrinkage pool that can hold the fixed teeth wheel seat in the aforementioned sinking space.

According to said structure, wherein this inner box is provided with knock hole on the sinking space surface, and aforementioned positioning component is provided with the axial region that stretches in the knock hole.

According to said structure, wherein this inner box appearance side is provided with in conjunction with the plane, and aforementioned eyeglass in conjunction be fixed on inner box in conjunction with on the plane.

So, this structure can provide extra accommodation space in conjunction with being fixed on original vehicle rear-view mirror, reaches the optimal spatial utilization ratio; Very easy in its assembling and the operation, have the convenience in the use.

As for detailed structure of the present utility model, application principle, effect and effect, then can be understood completely with reference to the following description with the accompanying drawings:

Description of drawings:

Fig. 1 is entire combination External view of the present utility model.

Fig. 2 is that the utility model is seen the structure decomposition map of looking by the front side.

Fig. 3 is that the utility model is done to see the structure decomposition map of looking by rear side.

Fig. 4 is the arc-shaped rack side plane scheme drawing of the utility model when inner box is closed.

Fig. 5 is the guide sliding part side plane scheme drawing of the utility model when inner box is closed.

Fig. 6 is the guide sliding part action scheme drawing one of the utility model when inner box is opened.

Fig. 7 is the guide sliding part action scheme drawing two of the utility model when inner box is opened.

Fig. 8 is the guide sliding part side plane scheme drawing of the utility model when inner box is opened fully.

Fig. 9 is the arc-shaped rack side plane scheme drawing of the utility model when inner box is opened fully.

Figure 10 is the combination appearance figure of the utility model when inner box is opened fully.

Figure 11 is the guide sliding part action scheme drawing one of the utility model the second preferred embodiment when inner box is opened.

Figure 12 is the sliding section action scheme drawing two of the utility model the second preferred embodiment when inner box is opened.

Figure 13 is the guide sliding part side plane scheme drawing of the utility model the second preferred embodiment when inner box is opened fully.

Figure 14 is the shape rack bar side plan sketch of the utility model the second preferred embodiment when box is opened fully.

The specific embodiment:

See also Fig. 1 to shown in Figure 3, the structure of the first preferred embodiment of the present utility model comprises as can be known: the part such as body 1, inner box 2 and eyeglass 3; Wherein this body 1 is provided with ostiolate sinking space 11(and asks other referring to Fig. 2), and be respectively equipped with the one group of elastomeric folder hook of the relative clamping of tool 14(referring to shown in Figure 3 at surperficial two offsides), aforementioned folder hook 14 is to form in conjunction with the location for chuck former vehicle rear-view mirror in automobile, in this sinking space 11, then be respectively equipped with shrinkage pool 112 corresponding to opening two sides, knock hole 113, and two relative axis hole 111, aforementioned shrinkage pool 112 is for accommodating pinion stand 12, and extended guiding gear 121 at aforesaid gears seat 12, aforementioned knock hole 113 is can form for positioning component 13 inserts with default axial region 131 to articulate, and the blocking part 132(that is provided with in addition the strip projection on aforementioned positioning component 13 is detailed in shown in Figure 3).

Inner box 2 is provided with open accommodation space 21, opening side at this accommodation space 21 is provided with in conjunction with plane 22, be provided with the pivot 23(optimum regime that outwards protrudes out at inner box 2 two sides and be eccentric setting), aforementioned two pivots 23 can stretch into each axis hole 111 interior formation and articulate, this accommodation space 21 can and externally be appeared with inner box 2 pivots, and a pivot 23 peripheries are provided with the arc-shaped rack 24 that is meshed with aforementioned guiding gear 121 therein, being provided with 25 pairs of guide sliding parts at another pivot 23 peripheries should positioning component 13, described guide sliding part 25 is not equidistant the first cambered surface 251 and the second cambered surface 253 by the aforementioned pivot of two distances 23 axle center and is formed, make this first, two cambered surfaces 251,253 when pivoting with inner box 2, can produce two different sliding trajectories, and this first cambered surface 251 is provided with stop section 254 at the end away from concane gap 252; Between the pivot 23 of aforementioned guide sliding part 25 and homonymy, be provided with block projection 231 in addition, this block projection 231 can be spring for elasticity assembly 26() hold with default hook portion 261 hooks of an end, the other end of elastic parts 26 then is one can support the top 262 in the sinking space 11 of body 1, makes aforementioned inner box 2 keep one to have the elasticity of external unlatching with accommodation space 21.

Eyeglass 3 be in conjunction be fixed on aforementioned inner box 2 in conjunction with on the plane 22, and this inner box 2 is housed in the sinking space 11 of body 1 when interior, this eyeglass 3(is in conjunction with plane 22) but just block at the opening of aforementioned sinking space 11.

See also Fig. 4 to Figure 10, operating mode of the present utility model is as follows as can be known: at first, in aforementioned inner box 2 is housed in the sinking space 11 of body 1 fully, at this moment, the guiding gear 121 that aforesaid gears seat 12 extends is the ends (as shown in Figure 4) that are engaged on aforementioned arc-shaped rack 24, and the blocking part 132 of positioning component 13 is to support at an end (as shown in Figure 5) the formation clip state of the first cambered surface 251 near the second cambered surface 253 with an end, stoping aforementioned inner box 2 to sinking space 11 outer pivots, and form closed condition; Thus, aforementioned eyeglass 3 proper blocks are at the opening of sinking space 11, at this moment, if in automobile, on the former vehicle rear-view mirror, just can make the function of the former vehicle rear-view mirror of these eyeglass 3 replacements with folder hook 14 chucks.

And if wish is opened described inner box 2, then can press aforementioned eyeglass 3(in conjunction with plane 22) position, make this inner box 2 drive the second cambered surface 253 aforementioned blocking parts 132 of pushing and pressing reverse (conter clockwise) and rotate (as shown in Figure 6), to remove the clip state, then, discharge again this inner box 2, make this inner box 2 can be by elastic parts 26(spring) the elastic force effect and outwards pivot, at this moment, aforementioned the first cambered surface 251 pushes against aforementioned blocking part 132(conter clockwise with the drive of inner box 2) rotate (as shown in Figure 7), until blocking part 132 is conflicted at stop section 254(as shown in Figure 8) after, this inner box 2 just can stop to pivot, simultaneously, described guiding gear 121 is the other end (as shown in Figure 9) that are engaged on arc-shaped rack 24, make this inner box 2 remain on the position (as shown in figure 10) of opening (accommodation space 21 externally appears) fully, for the object of taking in other accommodation space 21 to be inserted.

And if will again close inner box 2, then can under opening, push against aforementioned eyeglass 3(in conjunction with the plane), described inner box 2 is pivoted to be entered in the aforementioned sinking space 11, and elasticity of compression assembly 26(spring), then, aforementioned the second cambered surface 253 ends can push against blocking part 132 and be forward (cw) rotation, at this moment, if discharge this inner box 2, then make the inner box 2 can be by elastic parts 26(spring) the elastic force effect and outwards pivot, the blocking part 132 of aforementioned positioning component 13 is returned to an end to be supported at the state of closing initial alignment (as shown in Figure 5, this inner box 2 fully be housed in the sinking space 11 of body 1 in) of aforementioned the first cambered surface 251 near an end of the second cambered surface 253.

Please extremely shown in Figure 14 referring to Figure 11 again, the operating mode that is the utility model the second preferred embodiment is as follows: at first, when described inner box 2 ' is housed in the sinking space 11 ' of body 1 ' as the first preferred embodiment fully, this moment, the guiding gear 121 ' of aforesaid gears seat 12 ' extension was an end (referring to the action of equivalent structure shown in Figure 4) that is engaged on aforementioned arc-shaped rack 24 ', and the blocking part 132 ' of aforementioned positioning component 13 ' is to support at an end (referring to equivalent structure Fig. 5 figure shown in) the formation clip state of the first cambered surface 251 ' near the second cambered surface 253 ' with an end, stoping described inner box 2 ' outside sinking space 11 ', to pivot, and form closed condition; Thus, but aforementioned eyeglass 3 ' proper block at the opening of this sinking space 11 ', at this moment, if in automobile, on the former vehicle rear-view mirror, just can make the function of the former vehicle rear-view mirror of eyeglass 3 ' replacement with folder hook 14 ' chuck.

And if will open described inner box 2 ' downwards, then can press the position on aforementioned eyeglass 3 ' (in conjunction with plane 22 '), make this inner box 2 ' drive the second cambered surface 253 ' pushing and pressing blocking part 132 ' reverse (conter clockwise) and rotate (referring to shown in Figure 11), to remove the clip state, then, discharge again this inner box 2 ', inner box 2 ' can outwards be pivoted by the elastic force effect of elastic parts 26 ' (spring), at this moment, aforementioned the first cambered surface 251 ' pushes against aforementioned blocking part 132 ' (conter clockwise) rotation (as shown in figure 12) with the drive of inner box 2 ', until blocking part 132 ' is conflicted behind stop section 254 ' (as shown in figure 13), described inner box 2 ' just can stop to pivot, simultaneously, aforementioned guiding gear 121 ' is the other end (as shown in figure 14) that is engaged on arc-shaped rack 24 ', make this inner box 2 ' remain on the position (shown in the equivalent structure of Figure 10) of opening (accommodation space 21 ' externally appears) fully, reach for the object of taking in other accommodation space 21 ' to be inserted.

If again close this inner box 2 ' and will make progress, then can under opening, upwards push against aforementioned eyeglass 3 ' (in conjunction with the plane), inner box 2 ' is pivoted to be entered in the aforementioned sinking space 11 ', and elasticity of compression assembly 26 ' (spring), then, aforementioned the second cambered surface 253 ' end can push against blocking part 132 ' and be forward (cw) rotation, at this moment, if discharge this inner box 2 ', inner box 2 ' is outwards pivoted by the elastic force effect of elastic parts 26 ' (spring), the blocking part 132 ' of aforementioned positioning component 13 ' is returned to support in aforementioned the first cambered surface 251 ' with an end and closes initial alignment (shown in the equivalent structure of attached ginseng Fig. 5) near an end of the second cambered surface 253 ', at this moment, inner box 2 ' is the state in the sinking space 11 ' that is housed in body 1 ' fully.

From the above mentioned as can be known, the structure of storage box of tool reversible vehicle rear-view mirror of the present utility model, certain function with back mirror and box, its simple structure, operation is convenient and when the position of Component composition not simultaneously, having concurrently more simultaneously can be to the side or spin upside down the effect of use, really had usability, novelty and progressive on the industry, proposed the application of utility model patent in accordance with the law.

Claims

1. the structure of storage box of a tool reversible vehicle rear-view mirror, it comprises body, inner box and eyeglass at least, it is characterized in that:

Described body is provided with one group of elastomeric folder hook of the relative clamping of tool, and this body to should organize the folder tossing about of hook be provided with ostiolate sinking space, be pivoted with at least positioning component in this sinking space, this positioning component is provided with the blocking part of strip projection;

Being hubbed in this sinking space of this inner box off-centre, this inner box is provided with the accommodation space that pivots and externally appear and open with inner box, and be provided with guide sliding part corresponding to aforementioned positioning component in inner box appearance side, described guide sliding part is comprised of the first cambered surface and the second cambered surface, and that the track that pivots with inner box of this first and second cambered surface just can be by this blocking part is two distolateral;

This eyeglass combination is fixed on aforementioned inner box appearance side, and normality ground block is at the opening of aforementioned sinking space.

2. the structure of storage box of tool reversible vehicle rear-view mirror as claimed in claim 1, it is characterized in that: described the first cambered surface is provided with the stop section of bending away from an end of the second cambered surface.

3. the structure of storage box of tool reversible vehicle rear-view mirror as claimed in claim 1 or 2, it is characterized in that: described inner box is supported at described body via elastic parts.

4. the structure of storage box of tool reversible vehicle rear-view mirror as claimed in claim 3, it is characterized in that: described interior box outer surfac is provided with the block projection, and described elastic parts is spring, one end of this spring is provided with the hook portion that hooks together at this block projection, and the other end of spring is provided with the stop section of conflicting at described body.

5. the structure of storage box of tool reversible vehicle rear-view mirror as claimed in claim 1 or 2, it is characterized in that: described inner box appearance side is provided with arc-shaped rack in addition at the offside of guide sliding part, and relatively is provided with one free to rotate and be engaged on the guiding gear of this arc-shaped rack in the sinking space of described body.

6. the structure of storage box of tool reversible vehicle rear-view mirror as claimed in claim 3, it is characterized in that: described inner box appearance side is provided with arc-shaped rack in addition at the offside of guide sliding part, and relatively is provided with one free to rotate and be engaged on the guiding gear of this arc-shaped rack in the sinking space of described body.

7. the structure of storage box of tool reversible vehicle rear-view mirror as claimed in claim 5, it is characterized in that: described guiding gear is hubbed on the pinion stand, and is provided with in the described sinking space and can holds the shrinkage pool of fixing this pinion stand.

8. the structure of storage box of tool reversible vehicle rear-view mirror as claimed in claim 6, it is by Te Eng: described guiding gear is hubbed on the pinion stand, and is provided with in the described sinking space and can holds the shrinkage pool of fixing this pinion stand.

9. the structure of storage box of tool reversible vehicle rear-view mirror as claimed in claim 1 or 2, it is characterized in that: described inner box is provided with knock hole on the sinking space surface, and described positioning component is provided with the axial region that stretches in this knock hole.

10. the structure of storage box of tool reversible vehicle rear-view mirror as claimed in claim 1 or 2, it is characterized in that: described inner box appearance side is provided with in conjunction with the plane, and described eyeglass in conjunction be fixed on this inner box in conjunction with on the plane.