CN201519953U

CN201519953U - Tool shelving rack structure

Info

Publication number: CN201519953U
Application number: CN200920219682XU
Authority: CN
Inventors: 苏君如
Original assignee: YIMAKE INTERNATIONAL CO Ltd
Current assignee: YIMAKE INTERNATIONAL CO Ltd
Priority date: 2009-11-03
Filing date: 2009-11-03
Publication date: 2010-07-07
Anticipated expiration: 2019-11-03

Abstract

The utility model discloses a tool shelving rack structure, which comprises a shelving rack and a sliding sheet. A preset position of a top plate of the shelving rack is provided with a plurality of slot holes parallel to long edges of the top plate, an avoiding notch is arranged at a side end of the shelving rack, a side end of the sliding sheet is bent upwards to be capable of forming a driving portion, a front bending portion thereof extends to form a plurality of fastening claws, a top surface of the shelving rack is provided with a plurality of positioning bored piles relative to the slot holes of the shelving rack, and the sliding sheet is abutted with the bottom surface of the top plate of the shelving rack and embedded into the slot holes by aid of the positioning bored piles, continuously penetrates through the slot holes by utilizing rivets and then is riveted with the positioning bored piles. Because the sliding sheet is a pure flat plate without modes difficult to be processed, the tool shelving rack structure can effectively reduce processing difficulty and is relatively low in labor and material cost and investment in technology by aid of engagement of the sliding sheet and the shelving rack.

Description

Instrument holder structure

Technical field

The utility model is relevant for a kind of instrument holder structure, refers to that especially a kind of concentrating for hand-held tool place, and can avoid hand-held tool arbitrarily to put and lose, or cause the in disorder instrument holder in space.

Background technology

At present, because the conventional tool holder in use, need be aligned with the perforation of top board and fixed head simultaneously, if deflection is arranged slightly, to cause the drawback that to insert smoothly, the present utility model people develops a kind of new tool holder then, its structure has as shown in Figure 6 or the patent case of TaiWan, China letters patent book number M352440 number, its holder 40 forms with sheet metal punching press bending, make holder 40 have a backboard 41, backboard 41 is provided with fixing hole 411, can utilize bolting element that 40 groups of holders is solid on the wall of required location, on the backboard 41, each is extended with a top board 42 and a base plate 43 more forward the below, top board 42 is to establish the inclined plane shape that is gradually high back to front, free end also is formed with one and passes through top board 42 left sides, right both sides and be the down curved retaining edge 421 of arc, cut at interval on the retaining edge 421 and be provided with some caulking grooves 422 to top board 42 default places, after base plate 43 free ends then are formed with a warping part 431 earlier, up be connected an inside fixed head 45 again with an extension board 44, extension board 44 front end punching presses have chase one, another can become a location raised line 441 to make chase, with respect to top board 42 caulking grooves, 422 places and provide some perforation 451 that are slightly larger than hand-held tool 50 tool bars 51, and the intersection of this warping part 431 and base plate 43 up swells a guide bracket 46 that is triangular shape is arranged on the fixed head 45.

During its actual use, with T template hand, the hexagon wrench, the 50 oblique perforation 451 that are aligned with suitable size of hand-held tools such as screwdriver are inserted, again whole hand-held tool 50 is set upright after the insertion, allow the tool bar 51 epimeres contract of taking advantage of a situation go in the caulking groove 422 of relative position, and be subjected to the guiding of guide bracket 46 inclined plane shapes and glide, when hand-held tool 50 glides fully, before it, the rear can be subjected to positioning convex strip 441 respectively and pull with the folder of expansion section, guide bracket 46 below, and obtain certain location, cooperate warping part 431 and the contacted design in tool bar 51 bottoms, then can impel hand-held tool 50 hypsokinesis always, to continue to be resisted against in the caulking groove 422, thus, just can prevent under non-normal use of up extracting out have hand-held tool 50 to take place from the phenomenon that the ventilating part in caulking groove 422 the place aheads directly drops out.

But not therefore and self-satisfied the present utility model people, think research and development in line with excelsior spirit constantly again after developing this utility model, and practicality is handy more to make every effort to allow this structure feature; The present utility model people finds in the subsequent development process, holder 40 before above-mentioned in the case structure forms through the punching press bending with sheet metal, if positioning convex strip 441 and guide bracket 46 also need be set on holder 40, the shortcoming that is difficult to the type of being processed to is arranged rather, need pay relative with technology of the human and material resources cost of input morely just can be finished, therefore, be necessary to improve again innovation in fact.

Therefore, the utility model institute desire discloses, and promptly is to shake the new structure design that weak point is improved the breakthrough gained again at lacking in the relevant preceding case structure of the present utility model people.

The utility model content

The technical problems to be solved in the utility model is: be primarily aimed at problems such as the previous existing processing of known tool holder structure of developing of the present utility model people is difficult for and improved breakthrough.

In order to solve the problems of the technologies described above, the utility model provides a kind of instrument holder structure, it includes: a holder and a slide, wherein, holder forms with sheet metal punching press bending, make holder have a backboard, on the backboard, each is extended with a top board and a base plate more forward the below, top board is to establish the inclined plane shape that is gradually high back to front, free end also is formed with one and passes through a top board left side, right both sides and be the down retaining edge of bending, cut at interval on the retaining edge and be provided with some caulking grooves to the default place of top board, the base plate free end then up is connected an inside fixed head with an extension board, on the fixed head with respect to top board caulking groove place and provide some perforation that are slightly larger than the hand-held tool tool bar, the default place of top board is provided with some slotted holes that parallel with its long limit again, one side then is provided with the breach of dodging, slide one side up bends, can form a drive portion, the place ahead arc is bent and is extended with some button pawls, end face then is being provided with some positioning hole collumns with respect to holder slotted hole place, slide promptly pastes the bottom surface that is against the holder top board, and go in the slotted hole with the positioning hole collumn contract, utilize rivet to continue to pass through behind slotted hole and the positioning hole collumn riveting knot more again, whereby, can obtain a kind of instrument holder structure.

The utility model provides a kind of instrument holder structure, because slide is a simple flat board, and be not difficult to processed three-dimensional contouring, so utilize cooperating of slide and holder, can effectively reduce the difficulty of processing, relatively low paying of human and material resources cost and technology.

Description of drawings

Fig. 1: three-dimensional combination figure of the present utility model.

Fig. 2: three-dimensional exploded view of the present utility model.

Fig. 3: hand-held tool of the present utility model inserts state diagram.

Fig. 4: the state diagram that the utility model is set upright hand-held tool.

Fig. 5: the utility model promotion slide and button pawl are fastened on the user mode figure on the tool bar.

Fig. 6: the three-dimensional appearance of known configurations and user mode figure.

Main element symbol description: holder 10, backboard 11, top board 12, retaining edge 121, caulking groove 122, slotted hole 123, the breach 124 of dodging, base plate 13, extension board 14, fixed head 15, perforation 151, slide 20, drive portion 21, button pawl 22, positioning hole collumn 23, hand-held tool 30, tool bar 31, holder 40, backboard 41, fixing hole 411, top board 42, retaining edge 421, caulking groove 422, base plate 43, warping part 431, extension board 44, positioning convex strip 441, fixed head 45, perforation 451, guide bracket 46, hand-held tool 50, tool bar 51.

The specific embodiment

Understand and understanding for your auditor can be had further the purpose of this utility model, feature and effect, below please conjunction with figs. enumerate embodiment now, detailed description is as the back:

At first, earlier please by Figure 1 and Figure 2, it includes: a holder 10 and a slide 20, wherein, holder 10 forms with sheet metal punching press bending, make holder 10 have a backboard 11, on the backboard 11, each is extended with a top board 12 and a base plate 13 more forward the below, top board 12 is to establish the inclined plane shape that is gradually high back to front, free end also is formed with one and passes through top board 12 left sides, right both sides and be the down retaining edge 121 of bending, cut at interval on the retaining edge 121 and be provided with some caulking grooves 122 to top board 12 default places, base plate 13 free ends then up are connected an inside fixed head 15 with an extension board 14, on the fixed head 15 with respect to top board 12 caulking grooves, 122 places and provide some perforation 151 that are slightly larger than hand-held tool 30 tool bars 31, top board 12 default places are provided with some slotted holes 123 that parallel with its long limit again, one side then is provided with the breach 124 of dodging, slide 20 1 sides up bend, can form a drive portion 21, the place ahead arc is bent and is extended with some button pawls 22, end face then is being provided with some positioning hole collumns 23 with respect to holder 10 slotted holes 123 places, slide 20 promptly pastes the bottom surface that is against holder 10 top boards 12, and go in the slotted hole 123 with positioning hole collumn 23 contracts, utilize rivet to continue to pass through behind slotted hole 123 and the positioning hole collumn 23 riveting knot more again, in view of the above, this instrument holder structure is finished in assembling.

During its actual use, with T template hand, the hexagon wrench, (please simultaneously by sight shown in Figure 3 it) be inserted in the oblique perforation 151 that are aligned with suitable size of hand-held tools such as screwdriver 30, again whole hand-held tool 30 is set upright after the insertion (please simultaneously by sight shown in Figure 4 it), allow the tool bar 31 epimeres contract of taking advantage of a situation go in the caulking groove 122 of relative position, treat numerous hand-held tools 30 plug one by one finish after, utilize the drive portion 21 of protruding that the application of force is provided again, impel slide 20 to be pushed, and toward holder 10 directions recline (please simultaneously by sight shown in Figure 6 it), in the time of in drive portion 21 complete contracts go into to dodge breach 124, its numerous button pawl 22 can fasten by synchronous tool bar 31 with hand-held tool 30, the opening of caulking groove 122 is closed simultaneously, thus, just can prevent has hand-held tool to lean forward under improper use, and disengaging caulking groove 122 spacing phenomenons produce, and when hand-held tool 30 desires are extracted out, only need to utilize drive portion 21 that slide 20 is pushed back, allow tool bar 31 do not fastened, its caulking groove 122 is open synchronously, just can smoothly hand-held tool 30 be extracted out.

Borrow the structure of above-mentioned specific embodiment, can obtain following benefit: because slide 20 is a simple flat board, and be not difficult to processed three-dimensional contouring, so utilize cooperating of slide 20 and holder 10, can effectively reduce the difficulty of processing, relatively low paying of human and material resources cost and technology.

In sum, the utility model has reached breakthrough structural design really, and has the utility model content of improvement, can reach simultaneously usability and progressive on the industry again, and the utility model do not see any publication, also have a novelty, when the regulation that meets the relevant law of Patent Law, so propose utility application in accordance with the law, earnestly ask the auditor of an ancient unit of weight office and authorize legal monopoly power, most sense is prayed.

But, above-described, only be one of the utility model preferred embodiment, when can not with the scope implemented of qualification the utility model; Promptly the equalization of being done according to the utility model claims generally changes and modifies, and all should still belong in the scope that the utility model patent contains.

Claims

1. instrument holder structure, it includes: a holder and a slide, wherein, holder has a backboard, each is extended with a top board and a base plate more forward the backboard upper and lower, and the top board free end is cut at interval and is provided with some caulking grooves to the default place of top board, and the base plate free end then up is connected an inside fixed head with an extension board, with respect to top board caulking groove place and provide some perforation that are slightly larger than the hand-held tool tool bar, it is characterized in that on the fixed head:

The default place of top board is provided with some slotted holes that parallel with its long limit, one side then is provided with the breach of dodging, and slide one side up bends, and can form a drive portion, the place ahead arc is curved to be extended with some button pawls, and end face then is being provided with some positioning hole collumns with respect to holder slotted hole place;

Described slide can paste the bottom surface that is against the holder top board, and goes in the slotted hole with the positioning hole collumn contract, utilizes rivet to continue to pass through behind slotted hole and the positioning hole collumn riveting knot more again.

2. instrument holder structure according to claim 1 is characterized in that, holder is to form with sheet metal punching press bending.

3. instrument holder structure according to claim 1 is characterized in that top board is to establish the inclined plane shape that is gradually high back to front.

4. instrument holder structure according to claim 1 is characterized in that, the free end in top board the place ahead be formed with earlier one pass through the top board and arranged on left and right sides and be down the retaining edge of bending after, on the retaining edge, cut at interval again and be provided with some caulking grooves to the default place of top board.