CN202726886U

CN202726886U - Lock control structure of tool cabinet

Info

Publication number: CN202726886U
Application number: CN2012201697461U
Authority: CN
Inventors: 张庭瑜
Original assignee: Individual
Current assignee: Individual
Priority date: 2012-03-03
Filing date: 2012-04-20
Publication date: 2013-02-13
Anticipated expiration: 2022-04-20
Also published as: TWM431787U

Abstract

A locking structure of tool cabinet is composed of a cabinet body consisting of four vertical columns and several side plates, a containing space and an open structure, and at least one drawer able to be moved in or out from said containing space. The utility model discloses utilize the stand of the existing structure of tool cabinet to set up simple and easy lock accuse structure, need not need to set up the subassembly of colluding the knot each other on the cabinet body and drawer like the known art, improve the unnecessary and complicated shortcoming of known technical component, reduction in production cost from this. Furthermore, the utility model discloses a lock accuse structure as before through simplifying the back, the complexity in the production and construction also reduces, but fast assembly just is difficult for losing the precision of lock accuse structure, has the advantage that improves production efficiency.

Description

The Tool Cabinet lock control structure

Technical field

The utility model is relevant with the Tool Cabinet lock control structure, especially refers to a kind of lock control structure that is incorporated into the Tool Cabinet existing structure.

Background technology

Tool Cabinet commonly used as shown in Figure 6, it is the cupboard 5 with an accommodation space 51, be slidingly equipped with several drawers 52 in this accommodation space 51, respectively these drawer 52 rear sides are respectively equipped with one and buckle piece 53, and being provided with one, these cupboard 5 inboards are upright pedestal 54, this pedestal 54 is provided with a lock control structure 6 slidably, this lock control structure 6 can rotate a tapered end 61 by the key (not shown), make a connecting rod 62 with a bending segment 621 rotate, and can be driven this lock control structure 6 slides by the rotation of this bending segment 621, and then hook live these drawer 52 rear sides respectively buckle piece 53, respectively this drawer 52 pins thus.

But this common structure must arrange one in these drawer 52 rear sides respectively and buckle piece 53, and these cupboard 5 inboards also must arrange the pedestal 54 that can supply this lock control structure 6 to install, member is unnecessary except having, the shortcoming that increases cost, and in this pedestal 54 and the 53 precisely corresponding settings of button piece, could rotate this this lock control structure 6 of tapered end 61 reliefs exactly hook live respectively this drawer 52, so have again when increasing worker and improve the shortcoming of difficulty of construction.

Summary of the invention

Main purpose of the present utility model is to provide a kind of Tool Cabinet lock control structure, it utilizes the column of Tool Cabinet existing structure that lock control structure is set, and rotational lock head control lock control structure has the materials cost of saving and the easy effect of constructing with the movement of block drawer sliding rail thus.

For reaching aforesaid purpose, the utility model provides a kind of Tool Cabinet lock control structure, it includes a cabinet, this cabinet is four columns and a number tool one accommodation space that forms of side plate and the structure of an opening, be slidingly equipped with in this accommodation space at least one can be by the drawer of this opening turnover, wherein these drawer both sides respectively are provided with a slide rail, being slidedly arranged on two chutes on the side plate inboard that is positioned at this cabinet arranged on left and right sides, and a wherein column of these opening both sides is provided with one and can controls the Stop structure that this drawer sliding rail of block slides.

The described column that is provided with Stop structure is hollow form and is formed with an axial sliding space, this Stop structure is located in this sliding space, and this Stop structure include one can be along this sliding space slide plate in axial sliding, and one be located on this slide plate and can control the lock head structure of this slide plate slides, wherein this lock head structure is controlled with key, to control the slip of this this drawer sliding rail of slide plate block.

Described lock head structure includes a tapered end of being located on the column and rotating with key control, this tapered end is connected with an interlock plate that radially extends along this tapered end, be installed with on this interlock plate one with this tapered end out-of-alignment trace, this trace is extended through in the long sliding hole on this slide plate, and the corresponding respectively position of this drawer sliding rail is respectively equipped with a stop block on this slide plate, and respectively this drawer sliding rail is near being formed with a pair of block space that should stop block between an end of this drawer leading edge respectively and the drawer leading edge, when this tapered end was controlled this slide plate slides, respectively this stop block was moved to respectively corresponding block space and the respectively slip of this drawer sliding rail of block thus.

Erect in the described sliding space have the rail walls that without exception is hollow cylindrical, this slide plate one end be resisted against this rail walls the inboard and only can be along this rail walls upper and lower displacement.The utlity model has following advantage:

The utility model is to utilize the column of Tool Cabinet existing structure that easy lock control structure is set, and does not need must arrange at cabinet and drawer such as known technology the assembly of mutual hook, improves the unnecessary and complicated shortcoming of known technology member, reduces production costs thus.In addition, after simplifying, the complexity on production and construction also reduces lock control structure of the present utility model as previously mentioned, but rapid-assembling and be difficult for losing the precision of lock control structure has the advantage of enhancing productivity.

Description of drawings

Fig. 1 is part perspective exploded view of the present utility model

Fig. 2 is the schematic top plan view of the utility model Stop structure

Fig. 3,4,5 is operating state schematic diagram of the present utility model

Fig. 6 is the schematic perspective view of common tool cabinet lock control structure

The specific embodiment:

At first see also Fig. 1, it is provided a kind of Tool Cabinet lock control structure by the utility model.The utility model includes a cabinet 1, it is four columns and a number tool one accommodation space 11 that forms of side plate and the structure of an opening 12, the inboard corresponding position of the side plate of this cabinet 1 arranged on left and right sides is respectively equipped with at least one chute 13, respectively this chute 13 drawer 2 of can be respectively being respectively equipped with a slide rail 21 for both sides is slidedly arranged in this accommodation space 11, and can draw from these opening 12 places and debouch this accommodation space 11.

Wherein by Fig. 1 Fig. 2 and shown in Figure 3 that arranges in pairs or groups, be positioned at a wherein column 14 of these both sides, cabinet 1 opening, 12 place, its inside is hollow form and is formed with an axial sliding space 141, be provided with one in this sliding space 141 and can control the respectively Stop structure 3 of these drawer 2 slide rails 21 slips of block, this Stop structure 3 includes one can be along this sliding space 141 slide plate 31 in axial sliding, and one be located on this slide plate 31 and can control the lock head structure 4 that this slide plate 31 slides, wherein these sliding space 141 interior settings have the rail walls 32 that without exception is hollow cylindrical, these slide plate 31 1 ends be resisted against this rail walls 32 the inboard and only can be along these rail walls 32 upper and lower displacements, and this lock head structure 4 includes a tapered end 41 of being located on this column 14 and rotating with the control of key (not shown), these tapered end 41 other ends are connected with an interlock plate 42 that radially extends along this tapered end 41, be installed with on this interlock plate 42 one with the trace 43 of these tapered end 41 disalignment positions, when being provided with this tapered end 41 of key control rotation, this tapered end 41 drives these interlock plates 42 and this trace 43 rotates the displacements of formation arc.

Again as shown in Figure 3, this trace 43 is extended through in the long sliding hole 311 set on this slide plate 31, the bearing of trend of this long sliding hole 311 is perpendicular to the glide direction of this slide plate 31, be convenient to that this trace 43 is driven by this tapered end 41 and when forming the arc displacement, this trace 43 can slippage in this long sliding hole 311, and promotes simultaneously this slide plate 31 and carry out upper and lower displacement.

In addition, the corresponding respectively position of these drawer 2 slide rails 21 is respectively equipped with a stop block 312 on this slide plate 31, and respectively these drawer 2 slide rails 21 close respectively ends of these drawer 2 leading edges are defined as a block end 22, and respectively be formed with a pair of block space 23 that should stop block 312 between this block end 22 and each drawer 2 leading edges, and thus when this slide plate 31 of this tapered end 41 controls slides, respectively this stop block 312 respectively displacement enter to corresponding block space 23 and the respectively slip of these drawer 2 slide rails 21 of block.

By with the utility model that upper member was formed in use as shown in Figure 3, when rotational lock head 41 not yet, respectively this stop block 312 of this slide plate 31 is positioned at this 23 tops, block space, then such as Fig. 4 and shown in Figure 5, rotation along with tapered end 41, then drive this interlock plate 42 and trace 43 and make the arc displacement, 43 slippages in the long sliding hole 311 of this slide plate 31 of this trace, promote simultaneously this slide plate 31 to bottom offset, this moment respectively this stop block 312 namely with this slide plate 31 to bottom offset, and enter the respectively block space 23 between these drawer 2 slide rails 21 and each drawer 2 leading edges, form thus and pull out the obstruction of drawer 2 and reach the respectively purpose of this drawer 2 of pinning.

In sum, the utility model is to utilize the column of Tool Cabinet existing structure that easy lock control structure is set, do not need to arrange at cabinet and drawer such as known technology the assembly of mutual hook, improve the unnecessary and complicated shortcoming of known technology member, reduce production costs thus.In addition, after simplifying, the complexity on production and construction also reduces lock control structure of the present utility model as previously mentioned, but rapid-assembling and be difficult for losing the precision of lock control structure has the advantage of enhancing productivity.

Claims

1. Tool Cabinet lock control structure, it includes a cabinet, this cabinet is four columns and a number tool one accommodation space that forms of side plate and the structure of an opening, be slidingly equipped with in this accommodation space at least one can be by the drawer of this opening turnover, it is characterized in that: these drawer both sides respectively are provided with a slide rail, being slidedly arranged on two chutes on the side plate inboard that is positioned at this cabinet arranged on left and right sides, and a wherein column of these opening both sides is provided with one and can controls the Stop structure that this drawer sliding rail of block slides.

2. Tool Cabinet lock control structure as claimed in claim 1, it is characterized in that, wherein, the described column that is provided with Stop structure is hollow form and is formed with an axial sliding space, this Stop structure is located in this sliding space, and this Stop structure include one can be along this sliding space slide plate in axial sliding, and one is located on this slide plate and can controls the lock head structure of this slide plate slides, wherein this lock head structure is controlled with key, to control the slip of this this drawer sliding rail of slide plate block.

3. Tool Cabinet lock control structure as claimed in claim 2, it is characterized in that, wherein, described lock head structure includes a tapered end of being located on the column and rotating with key control, this tapered end is connected with an interlock plate that radially extends along this tapered end, be installed with on this interlock plate one with this tapered end out-of-alignment trace, this trace is extended through in the long sliding hole on this slide plate, and the corresponding respectively position of this drawer sliding rail is respectively equipped with a stop block on this slide plate, and respectively this drawer sliding rail is near being formed with a pair of block space that should stop block between an end of this drawer leading edge respectively and the drawer leading edge, when this tapered end was controlled this slide plate slides, respectively this stop block was moved to respectively corresponding block space and the respectively slip of this drawer sliding rail of block thus.

4. Tool Cabinet lock control structure as claimed in claim 2 is characterized in that, wherein, erect in the described sliding space have the rail walls that without exception is hollow cylindrical, this slide plate one end be resisted against this rail walls the inboard and only can be along this rail walls upper and lower displacement.