CN102240901A

CN102240901A - Element guide fixture

Info

Publication number: CN102240901A
Application number: CN2010101714867A
Authority: CN
Inventors: 吴焜灿; 吴鸿骏; 廖志伟; 田力维
Original assignee: Shenzhen Futaihong Precision Industry Co Ltd
Current assignee: Shenzhen Futaihong Precision Industry Co Ltd
Priority date: 2010-05-12
Filing date: 2010-05-12
Publication date: 2011-11-16

Abstract

The invention provides an element guide fixture which comprises a first base plate, a second base plate and a sliding plate, wherein an accommodating groove is formed on the first base plate, the sliding plate is arranged in the accommodating groove in a sliding manner, and the second base plate is superposed below the sliding plate. At least one first accommodating hole is formed on the first base plate, at least one second accommodating hole is formed on the sliding plate, and at least one third accommodating hole is formed on the second base plate. In the sliding process of the sliding plate, the at least one accommodating hole and the at least one third accommodating hole alternately correspond to the position of the at least one second accommodating hole. The element guide fixture is simple to assemble and convenient to operate, and can improve the production efficiency and reduce the production cost.

Description

Element imports tool

Technical field

The present invention relates to a kind of assembled fixture, relate in particular to a kind of element and import tool.

Background technology

Usually, all need to use this retaining element of nut in the assembling process of most of product.Nut introduction method of the prior art has two kinds usually, and a kind of method is to place nut manually to corresponding tool, and another kind of method is to adopt the large automatic board to finish the importing of nut.Import nut manually and expend time in, the large automatic board is then comparatively expensive.

Summary of the invention

In view of this, be necessary to provide a kind of easy and simple to handle and element that reduce cost to import tool.

A kind of element imports tool, and it comprises one first substrate, one second substrate and a sliding panel.Offer an accepting groove on this first substrate, this sliding panel is slidingly arranged in this accepting groove, and this second substrate stacked is in this sliding panel below.Offer at least one first accepting hole on this first substrate, offer at least one second accepting hole on this sliding panel, offer at least one the 3rd accepting hole on this second substrate.In the sliding process of this sliding panel, this at least one first accepting hole is alternately corresponding with the position of this at least one second accepting hole with this at least one the 3rd accepting hole.

Compared with prior art, element of the present invention imports the tool simple and convenient assembly, is convenient to operation, has improved production efficiency greatly and has reduced production cost.

Description of drawings

Fig. 1 is the decomposing schematic representation that the element of the present invention's one better embodiment imports tool;

Fig. 2 is that element shown in Figure 1 imports the tool schematic perspective view;

Fig. 3 is that element shown in Figure 2 imports the generalized section of tool along the III-III line.

The main element symbol description

Element imports tool 100

First framework 10

Connecting portion 101

Linking arm 103

Chute 105

First through hole 107

Baffle plate 11

End 111

Occlusion part 113

Second framework 13

Second through hole 131

First substrate 15

Third through-hole 151

First accepting hole 153

Accepting groove 155

Sliding panel 17

Operating portion 171

Matrix 173

Second accepting hole 175

Second substrate 19

Fourth hole 191

The 3rd accepting hole 193

The specific embodiment

See also Fig. 1, the element of a better embodiment of the present invention imports tool 100 and comprises one first framework 10, a baffle plate 11, one second framework 13, one first substrate 15, a sliding panel 17 and one second substrate 19 from top to bottom successively.

This first framework 10 is roughly the U-shaped framework of an end opening.This first framework 10 comprises a junction 101 and the two parallel relative linking arms 103 that vertically extended by this connecting portion 101.Offer an inverted L shape chute 105 respectively on these two linking arms, 103 inboard two relative surfaces.Offer some first through holes 107 respectively on this connecting portion 101 and this two linking arm 103.

This baffle plate 11 comprises an end 111, vertically extends a rectangle occlusion part 113 on the side of this end 111.This end 111 is complementary with the opening of this first framework 10.This occlusion part 113 can slide along the chute on this first framework 10 105.This baffle plate 11 can prevent that this element from importing tool 100 built-in elements to be imported and dropping in the course of the work.

This second framework 13 is the rectangle framework of a closure.Offer some on this second framework 13 and these first through hole, 107 corresponding second through holes 131.

This first substrate 15 is a cuboid, and its two relative edges edge is offered some third through-holes 151 respectively.Some first accepting holes 153 are offered at the middle part of this first substrate 15.An accepting groove 155 is offered in the bottom of this first substrate 15.

The shape of this sliding panel 17 is corresponding with this accepting groove 155, thereby this sliding panel 17 can slide in this accepting groove 155.This sliding panel 17 comprises an operating portion 171 and a rectangle matrix 173 that is connected with this operating portion.Correspondingly on this matrix 173 offer some second accepting holes 175 with these some first accepting holes 153.

This second substrate 19 is a cuboid, and its two relative edges edge is offered some fourth holes 191 respectively.Some the 3rd accepting holes 193 are offered at the middle part of this second substrate 19.When this first substrate 15, this sliding panel 17 and this second substrate 19 were stacked successively from top to bottom, this first accepting hole 153 shifted to install on the glide direction of this sliding panel 17 with the 3rd accepting hole 193.In the sliding process of this sliding panel 17, this first accepting hole 153 is alternately corresponding with the position of this second accepting hole 175 with the 3rd accepting hole 193.

Please in conjunction with consulting Fig. 2, the assembling process of this element importing tool 100 is as follows:

This first framework 10, this second framework 13, this first substrate 15 and this second substrate 19 are stacked successively from top to bottom, and this first through hole 107, this second through hole 131, this third through-

hole

151 and 191 alignment of this fourth hole are provided with.Plurality of fixed post (figure does not show) runs through this first through hole 107, this second through hole 131, this third through-hole 151 and this fourth hole 191, thereby fixes this first framework 10, this second framework 13, this first substrate 15 and this second substrate 19.The direction of this baffle plate 11 towards this connecting portion 101 pushed in this two chute 105, and this end 111 is combined as a closed rectangular frame with this first framework 10.This sliding panel 17 slips into this accepting groove 155.So, finish the assembling that this element imports tool 100.

See also Fig. 3, the course of work that this element imports tool 100 is as follows:

This sliding panel 17 makes this first accepting hole 153 get final product with these second accepting hole, 175 contrapositions by slightly outwards skidding off in this accepting groove 155.This baffle plate 11 is skidded off along this chute 105, some elements to be imported (figure does not show) are put into this first accepting hole 153, again the direction of this baffle plate 11 towards this connecting portion 101 pushed in this two chute 105.At this moment, ccontaining one element to be imported in this second accepting hole 175, promoting this sliding panel 17 slides it in this accepting groove 155, make this second accepting

hole

175 and 193 contrapositions of the 3rd accepting hole, this element to be imported can be fallen in the 3rd accepting hole 193 by this second accepting hole 175, and skid off by the 3rd accepting hole 193, fall into element and place tool and maybe need be provided with on the relevant position of product of this element.Again this sliding panel 17 is outwards skidded off by omiting in this accepting groove 155, make this first accepting hole 153 and these second accepting hole, 175 contrapositions, another element to be imported falls into this second accepting hole 175 by this first accepting hole 153, follow-up this another element importing process to be imported with describe identically before, do not repeat them here.

Element of the present invention imports the tool simple and convenient assembly, is convenient to operation, has improved production efficiency greatly and has reduced production cost.

Element of the present invention imports the importing that tool can be applied to various elements, only needs the shape of this first accepting hole 153, this second accepting hole 175 and the 3rd accepting hole 193 or big I that element to be imported is passed and gets final product.

Claims

1. an element imports tool, it is characterized in that: this element imports tool and comprises one first substrate, one second substrate and a sliding panel, offer an accepting groove on this first substrate, this sliding panel is slidingly arranged in this accepting groove, this second substrate stacked is in this sliding panel below, offer at least one first accepting hole on this first substrate, offer at least one second accepting hole on this sliding panel, offer at least one the 3rd accepting hole on this second substrate, in the sliding process of this sliding panel, this at least one first accepting hole is alternately corresponding with the position of this at least one second accepting hole with this at least one the 3rd accepting hole.

2. element as claimed in claim 1 imports tool, and it is characterized in that: this first accepting hole and the 3rd accepting hole shift to install on the glide direction of this sliding panel.

3. element as claimed in claim 2 imports tool, it is characterized in that: some first through holes are offered at the edge of this first substrate respectively, some second through holes corresponding with this first through hole are offered at the edge of this second substrate, and the plurality of fixed post runs through these some first through holes and these some second through holes are fixed this first substrate and this second substrate.

4. element as claimed in claim 3 imports tool, and it is characterized in that: this sliding panel comprises an operating portion and a matrix that is connected with this operating portion, and this at least one second accepting hole is opened on this matrix.

5. element as claimed in claim 4 imports tool, it is characterized in that: this element imports tool and comprises that further one is arranged at the baffle plate of this first substrate top.

6. element as claimed in claim 5 imports tool, and it is characterized in that: this baffle plate comprises an end, extends an occlusion part on the side of this end, and this occlusion part blocks this at least one first accepting hole.

7. element as claimed in claim 6 imports tool, it is characterized in that: this element imports tool and comprises that further one is arranged at the framework of this first substrate top, this framework comprises a junction and the two parallel relative linking arms that vertically extended by this connecting portion, offer a chute respectively on inboard two facing surfaces of this two linking arm, this occlusion part is slidingly fitted in this chute.

8. element as claimed in claim 7 imports tool, and it is characterized in that: this chute is an inverted L shape chute.