CN203864508U

CN203864508U - Ceiling pull handle

Info

Publication number: CN203864508U
Application number: CN201420242214.5U
Authority: CN
Inventors: 马海军; 李琳
Original assignee: Ningbo Fuerda Smartech Co Ltd
Current assignee: Ningbo Fuerda Smartech Co Ltd
Priority date: 2014-05-12
Filing date: 2014-05-12
Publication date: 2014-10-08
Anticipated expiration: 2024-05-12

Abstract

A ceiling pull handle comprises a pull handle body, brackets, metal clips and end covers, and is characterized in that a first gear groove, a second terminal gear groove and a third gear groove are formed in each end cover from front to rear, correspondingly, the metal clips are provided with inward raised flexible clamp feet, and the metal clips and the brackets can realize complete reset at mounting areas of the pull handle body when the flexible clamp feet are adapted to the second gear grooves. Compared with the prior art, the ceiling pull handle has the advantages that with the three gears arranged on each end cover, different requirements can be met, while with the arrangement of the second gear grooves, the end covers and the brackets can completely reset to the mounting areas of the pull handle body under a material supply state, and the occupied space is less.

Description

Ceiling handle

Technical field

The utility model relates to a kind of ceiling handle being applied in automobile.

Background technology

At present, the connection structure of common roof of the vehicle and handle on market, comprise the roof support in handle support and ceiling, handle support is connected with a handle body, this handle body can rotate relative to handle support, handle support and roof support are fixed by general screw, disclosure herein document can referenced patent number be the Chinese utility model patent " automobile-used ceiling handle " (Granted publication number: CN201457165U) of ZL200920120843.X, can also referenced patent number be the Chinese utility model patent " automobile-used ceiling handle " (Granted publication number: CN201457167U) of ZL200920121101.9, when this class handle assembling, need on handle support and roof support, all offer screw, more time-consuming, trouble is installed, free-hand can not completing, fitting process needs the on-the-spot instruments such as screwdriver, easily cause handle left and right sides discontinuity, in addition, overall weight is larger, metal is more with material, and problem is loosened in screw existence, easily depart from roof support, there is potential safety hazard.

For this reason, the applicant has developed a kind of assembling simple and fast, the roof of the vehicle being connected firmly and the connection structure of handle, see that the patent No. is the Chinese utility model patent " roof handle mounting structure and have the roof handle of this mounting structure " (Granted publication number is CN201800599U) of ZL201020506356.X, this patent comprises handle support, handle support integrated injection molding has an Elastic buckle that can coordinate with the through hole phase clamping of offering on roof support, Elastic buckle claims again metal clamps, adopts a sheetmetal bending to form.Elastic buckle and handle support integrated injection molding, be connected firmly, convenient and swift, and Elastic buckle is as long as inserting the through hole of roof support installs, convenient and swift simultaneously.Metal clamps size is unstable, and the more difficult die cavity of putting into is sometimes sometimes inaccurate in die cavity location, causes support injection moulding difficulty, metal clamps design accuracy is had higher requirements simultaneously.

As improvement, applicant's continual exploitation a improvement ceiling handle structure, see that the patent No. is the Chinese utility model patent " metal clip structure for handle of automobile roof " (Granted publication number for CN202243101U) of ZL201120349362.3.

Be unkitted while being fitted on roof of the vehicle panel beating at handle, in supply of material state, at this moment end cap is not to insert completely in support, the rearward end that is end cap also will reserve a lot, and when support resets, the rearward end of end cap can hinder the reset of support in handle body installation region, cause support not reset completely, will certainly take so larger space, cause not convenient in the upper and transport of packaging, therefore need to improve.

Utility model content

Technical problem to be solved in the utility model is that the less ceiling handle that takes up room under a kind of state of supplying is provided for the above-mentioned state of the art.

The utility model solves the problems of the technologies described above adopted technical scheme: a kind of ceiling handle, comprises

Handle body, end has installation region;

Support, can be located at rotationally the end of described handle body and have an inner chamber;

Metal clamps, is that a sheetmetal bending forms, and middle part has the elasticity buckling parts that adapts to ceiling panel beating mounting hole, and upper end has the portion that stretches into that stretches into ceiling panel beating mounting hole; And

End cap, has and stretches into aforementioned brackets inner chamber and can enter the elongated portion that aforementioned metal clamp stretches in portion and can strut elasticity buckling parts,

It is characterized in that described end cap forms the first gear groove, the second gear groove and third gear groove from front to back, accordingly, described metal clamps has inwardly protruded elasticity card base,

This elasticity card base adapts under the first gear groove state, and described end cap is connected on support, and described metal clamps rearward end hinders support and resets completely in the installation region of handle body;

This elasticity card base adapts under the second gear groove state, and described metal clamps can reset completely together with support in the installation region of handle body;

This elasticity card base adapts under third gear groove state, and the elasticity buckling parts in described metal clamps is withstood by the elongated portion of end cap and is applicable to being assemblied in roof of the vehicle panel beating.

As preferably, described support can be located in the installation region of handle body rotationally by a pivot pin, and, on this pivot pin, being equipped with a torsion spring, this torsion spring one end card base and rack inner wall offset, and other end card base offsets with the installation region inwall of the body of shaking hands.

Further, the bottom of described metal clamps has the pin of two outwards, and accordingly, the inner chamber both sides of described support have aforementioned pin and coordinate to limit the limiting section that metal clamps departs from support.

Further, the rear end of described end cap forms the portion of covering, and described end cap adapts under the state in support completely, and this covers the aft end face of portion and the aft end face of support keeps smooth.

Compared with prior art, the utility model has the advantage of: on end cap, arranging of three gears can meet different requirements, and arranging of second gear groove can meet under supply of material state, end cap and support can reset in the installation region of handle body completely, the space taking is less, like this, certainly will can reduce packaging volume, reduce costs and conveniently transport.

Brief description of the drawings

Fig. 1 is that embodiment decomposes assembly drowing.

Fig. 2 is the amplification perspective view of metal clamps in Fig. 1.

Fig. 3 is embodiment perspective view.

Fig. 4 is the front view of Fig. 3.

Fig. 5 is the amplification view along A-A direction in Fig. 4.

Fig. 6 is Fig. 5 medium-height trestle constitution diagram of body while resetting of relatively shaking hands.

Fig. 7 is the constitution diagram of elasticity card base while adapting to the second gear groove.

Fig. 8 is Fig. 7 medium-height trestle constitution diagram of body while resetting of relatively shaking hands.

Fig. 9 is the constitution diagram of elasticity card base while adapting to third gear groove.

Figure 10 is Fig. 9 medium-height trestle constitution diagram of body while resetting of relatively shaking hands.

Detailed description of the invention

Below in conjunction with accompanying drawing, embodiment is described in further detail the utility model.

As shown in Figure 1, Figure 2, Figure 3 and Figure 4, the ceiling handle in the present embodiment comprises handle body 1, support 2, metal clamps 3 and end cap 4, and handle body 1 end has installation region 11, and support 2 can be located at rotationally the end of handle body 1 and have an inner chamber.Particularly, support 2 can be located in the installation region 11 of handle body 1 rotationally by a pivot pin 5, and, on this pivot pin 5, be equipped with a torsion spring 6, these torsion spring 6 one end card bases and support 2 inwalls offset, and other end card base offsets with installation region 11 inwalls of handle body 1.

Metal clamps 3 is that a sheetmetal bending forms, and middle part has the elasticity buckling parts 32 that adapts to ceiling panel beating mounting hole, and upper end has the portion that stretches into 31 that stretches into ceiling panel beating mounting hole.

End cap 4 has and stretches into support 2 inner chambers and can enter the elongated portion 44 that metal clamps 3 stretches in portion 31 and can strut elasticity buckling parts 32, end cap 4 forms the first gear groove 41, the first gear groove 42 and the first gear groove 43 from front to back, accordingly, metal clamps 3 has inwardly protruded elastomeric card base 33.

Shown in Fig. 2, the bottom of metal clamps 3 has the pin 34 of two outwards, and accordingly, the inner chamber both sides of support 2 have pin 34 and coordinate to limit the limiting section that metal clamps 3 departs from support 2.

Shown in Fig. 9 and Figure 10, the rear end of end cap 4 forms the portion of covering 45, and end cap 4 adapts under the state in support 2 completely, and this covers the aft end face of portion 45 and the aft end face of support 2 keeps smooth.

As shown in Figure 5 and Figure 6, end cap 4 inserts in left socle 2, and elasticity card base 33 adapts under the first gear groove 41 states, and end cap 4 is connected on support 2, now, in the time not being subject to external force, can guarantee not landing from support 2 again of end cap 4.Handle body 1 is withstood and can not reset to minimum angles by end cap 4, and the assembly that makes to shake hands takes up room larger.

As shown in Figure 7 and Figure 8, card base 33 adapts under the second gear groove 42 states, and metal clamps 3 can the interior reset completely in the installation region 11 of handle body 1 together with support 2.

First elasticity card base 33 in metal clamps 3 buckles into the first gear groove 41, overcomes the resistance of the first gear groove 41, and end cap 4 continues to insert, and the elasticity card base 33 in metal clamps 3 buckles into the second gear groove 42, and this gear is the supply of material state of handle assembly.Now two the elasticity buckling partss 32 in metal clamps 3 can be compressed, is convenient to metal clamps 3 through being less than in roof of the vehicle panel beating 100 holes of two elasticity buckling parts 32 spacing in metal clamps 3.Handle body 1 is not interfered with end cap 4, can reset to minimum angles, closed condition, and the assembly that makes to shake hands takes up room in minimum.

As shown in Figure 9 and Figure 10, elasticity card base 33 adapts under third gear groove 43 states, and the elasticity buckling parts 32 in metal clamps 3 is withstood and is applicable to being assemblied in the mounting hole of roof of the vehicle panel beating by the elongated portion 44 of end cap 4.

Overcome the resistance of the second gear groove 42, end cap 4 continues to insert, and the card base 33 in metal clamps 3 buckles into third gear groove 43, and this gear is the installing condition of handle assembly.Now 32 of two elasticity buckling partss in metal clamps 3 are withstood by end cap 4, can not be compressed.If now metal clamps 3 has been inserted in the mounting hole of roof of the vehicle panel beating 100, the assembly of shaking hands is fixed on roof of the vehicle.Handle body 1 is not interfered with end cap 4, can reset to minimum angles, closed condition.

Claims

1. a ceiling handle, comprises

Handle body, end has installation region;

2. ceiling handle according to claim 1, support described in it is characterized in that can be located at rotationally by a pivot pin in the installation region of handle body, and, on this pivot pin, be equipped with a torsion spring, this torsion spring one end card base and rack inner wall offset, and other end card base offsets with the installation region inwall of handle body.

3. ceiling handle according to claim 1, is characterized in that the bottom of described metal clamps has the pin of two outwards, and accordingly, the inner chamber both sides of described support have aforementioned pin and coordinate to limit the limiting section that metal clamps departs from support.

4. ceiling handle according to claim 1, is characterized in that the rear end of described end cap forms the portion of covering, and described end cap adapts under the state in support completely, and this covers the aft end face of portion and the aft end face of support keeps smooth.