CN201833359U

CN201833359U - Hanging buckle type tool box structure

Info

Publication number: CN201833359U
Application number: CN2010205555244U
Authority: CN
Inventors: 许绍贤
Original assignee: Individual
Current assignee: Individual
Priority date: 2010-10-11
Filing date: 2010-10-11
Publication date: 2011-05-18
Anticipated expiration: 2020-10-11

Abstract

The utility model discloses a hanging buckle type tool box structure, which comprises a tool box body and a hanging buckle piece, wherein the tool box body is combined on one end surface of the hanging buckle piece; the hanging buckle piece is provided with a first plate and a second plate that are arranged in parallel; a buckling space is formed between the first plate and the second plate; one ends of the first plate and the second plate are in the connecting state, and the other ends of the first plate and the second plate form a bucking port so that an object can pass through the buckling space; and a first convex rib and a second convex rib are formed in a stagger way on the first plate and the second plate near the buckling port. The simple tool box in the utility mode is convenient to carry and can be hung and buckled on a leather belt or underpants of the user; meanwhile, in the tool box, the hanging buckle piece is provided with a limit structure for preventing the reverse-thrust dropping of the tool box.

Description

Hung and buckled tool box structure

Technical field

The utility model relates to and a kind ofly buckling in belt or underpants for the user, and with the simple type instrument cases that are convenient to carry, and these instrument cases are provided with in hanging fastener and prevent the counter limiting structure that falls evaded of instrument cases, relate in particular to a kind of hung and buckled tool box structure.

Background technology

Just can be on a drive rod as long as swapping type such as screwdriver head and sleeve workpiece connects in order to carry out easy handwork, because screwdriver head, sleeve can separate with the drive rod dismounting, but the facility that reduced volume is arranged than the hand-held tool of traditional integrate shaped type, can be collected in the instrument cases of small size in the lump again, and the intermediate plate that utilizes the instrument cases back side is hung between waist so that carry, and extensively is subjected to the hobby of many demanders naturally.

See also shown in Figure 5, be a kind of existing hung and buckled screwdriver head instrument cases, it includes an instrument box body 50 and a fastener 60, this instrument box body 50 has several inserting ports of taking in for screwdriver head 51, this fastener 60 has a reflexed end 61 of using for hook, and this fastener 60 establishes by iron hoop 70 relative colluding with instrument box body 50, and is like this, the user is buckled on fastener 60 on the belt between waist, can carry the first-class instrument of bottle opener easily.

Though existing hung and buckled screwdriver head instrument cases provide the effect of the instrument of being convenient for carrying, do not prevent the counter effect that falls of evading but do not have, make instrument cases drop, lose easily, as shown in Figure 6, when the user disposes the belt of existing hung and buckled screwdriver head tool box structure between waist, if the user carries out job execution with the posture of squatting down, its instrument box body 50 bottoms are subjected to upwards pushing and pressing of thigh easily, spur and drop out, lose and make fastener 60 made progress by instrument box body 50.

In view of existing hung and buckled screwdriver head instrument cases have easily the shortcoming that drops, loses, this creator promptly releases a kind of hung and buckled tool box structure, it is that a kind of user of confession buckles in belt or underpants, with the simple type instrument cases that are convenient to carry, and these instrument cases are provided with in hanging fastener and prevent the counter limiting structure that falls evaded of instrument cases.

The utility model content

Technical problem underlying to be solved in the utility model is, overcome the above-mentioned defective that prior art exists, and provide a kind of hung and buckled tool box structure, it is that a kind of user of confession buckles in belt or underpants, with the simple type instrument cases that are convenient to carry, and these instrument cases are provided with in hanging fastener and prevent the counter limiting structure that falls evaded of instrument cases.

The technical scheme that its technical problem that solves the utility model adopts is:

A kind of hung and buckled tool box structure, it is characterized in that, include an instrument box body and a hanging fastener, wherein: this instrument box body is incorporated into hanging fastener one end face, this hanging fastener has and presents the first parallel plate and second plate each other, form one between this first plate and second plate and buckle the space, this first plate presents in an end with second plate and is connected kenel, the other end then is formed with one and supplies object to penetrate the buckling hole that buckles the space, this first plate and second plate have been staggered to form first fin and second fin near the buckling hole position;

Whereby, when imposing certain strength, the user object is buckled by the buckling hole end, this first plate and second plate promptly slightly open because of first fin and second fin are subjected to object to push away the end, make object be able to enter and buckle the space by first fin and second fin, and this first fin and second fin promptly are positioned at the object bottom, and present sealing buckling hole kenel.

Aforementioned first fin and second fin are the bullet at upper and lower side mask angle of inclination.

The aforementioned tools box body is formed with several inserting ports of taking in for screwdriver head.

Aforementioned hung and buckled tool box structure includes one and supplies instrument box body and hanging fastener to get the combining unit of movable dismounting, combination, this combining unit comprises that one is formed at the chute of hanging fastener, and the rod member that is provided with that is formed at the instrument box body, this chute has an openend that is positioned at the hanging fastener edge, an and wide footpath end that is close to the hanging fastener center, and this chute has a sipes stratum and a narrow groove stratum, this is provided with the wide path that rod member has a corresponding sipes stratum, and the narrow footpath section of a corresponding narrow groove stratum, and this narrow footpath section has the cross section of corresponding narrow groove stratum width.

Aforementioned combining unit is formed with one in hanging fastener and presents vertical corresponding deep-slotted chip breaker with chute, and it is protruding to form the location of a corresponding deep-slotted chip breaker in the instrument cases body, and this deep-slotted chip breaker center has buckleing a little for location tuck pointing card.

Aforementioned hanging fastener is formed with a flange along the chute periphery, and this instrument cases body is formed with a corresponding stuck point that fastens with flange.

The beneficial effects of the utility model are, it is a kind ofly to buckle in belt or underpants for the user, and with the simple type instrument cases that are convenient to carry, and these instrument cases are provided with in hanging fastener and prevent the counter limiting structure that falls evaded of instrument cases.

Description of drawings

Below in conjunction with drawings and Examples the utility model is further specified.

Fig. 1 is the perspective exploded view of the hung and buckled tool box structure of the utility model.

Fig. 2 is another visual angle perspective exploded view of the hung and buckled tool box structure of the utility model.

Fig. 3 is the cross-sectional schematic of the hung and buckled tool box structure of the utility model.

Fig. 4 is that the utility model buckles the enforcement schematic diagram in waistband.

Fig. 5 is existing hung and buckled screwdriver head instrument cases.

Fig. 6 is that existing its instrument box body bottom of hung and buckled screwdriver head instrument cases is touched and upwards pullled the fastener schematic diagram.

The number in the figure explanation:

10 instrument box bodys, 11 inserting ports

12 stuck points, 20 hanging fasteners

21 first plates, 211 first fins

22 second plates, 221 second fins

23 buckle space 24 buckling holes

25 flanges, 30 combining units

31 chutes, 311 openends

313 sipes stratum are held in 312 wide footpaths

314 narrow groove stratum 32 are provided with rod member

321 wide paths, 322 narrow footpath sections

323 cross sections, 33 deep-slotted chip breakers

331 buttons point, 34 location are protruding

40 objects, 50 tool box bodys

51 inserting ports, 60 fasteners

61 reflexed ends, 70 iron hoops

The specific embodiment

The utility model relates to a kind of hung and buckled tool box structure, it is that a kind of user of confession buckles in belt or underpants, with the simple type instrument cases that are convenient to carry, and these instrument cases are provided with in hanging fastener and prevent the counter limiting structure that falls evaded of instrument cases, see also Fig. 1 to shown in Figure 4, the utility model " hung and buckled tool box structure " includes an instrument box body 10 and a hanging fastener 20, wherein:

This instrument box body 10 is incorporated into hanging fastener 20 1 end faces, this hanging fastener 20 has and presents the first parallel plate 21 and second plate 22 each other, 22 of this first plate 21 and second plates form one and buckle space 23, both present this first plate 21 and second plate 22 in an end and are connected kenel, the other end then is formed with a confession object 40, and (described object 40 can be the position that any hanging fastener 20 is desired to hang, belt for example, underpants etc.) penetrate the buckling hole 24 that buckles space 23, this first plate 21 and second plate 22 are near buckling hole 24 positions, first fin 211 and second fin 221 have been staggered to form, described staggered kenel must be consulted shown in Figure 3, and first fin 211 and second fin 221 are with the false sealing buckling hole 24 of dislocation kenel;

Whereby, when imposing certain strength, the user object 40 is buckled by buckling hole 24 ends, this first plate 21 and second plate 22 promptly slightly open because of first fin 211 and second fin 221 are subjected to object 40 to push away the end, make object 40 be able to enter and buckle space 23 by first fin 211 and second fin 221, and this first fin 211 and second fin 221 promptly are positioned at object 40 bottoms, and present sealing buckling hole 24 kenels.

Furthermore, this first fin 211 and second fin 221 are the bullet at upper and lower side mask angle of inclination, when supplying first fin 211 and second fin 221 to be subjected to object 40 compressings, be able to be easy to strut first plate 21 and second plate 22 along the angle that tilts by angle of taper.

Furthermore, this instrument box body 10 is formed with several inserting ports of taking in for screwdriver head 11.

Furthermore, this hung and buckled tool box structure includes one and supplies instrument box body 10 and hanging fastener 20 to get movable dismounting, the combining unit 30 of combination, this combining unit 30 comprises that one is formed at the chute 31 of hanging fastener 20, and one be formed at instrument box body 10 rod member 32 is set, this chute 31 has an openend 311 that is positioned at hanging fastener 20 edges, an and wide footpath end 312 that is close to hanging fastener 20 centers, and this chute 31 has a sipes stratum 313 and a narrow groove stratum 314, this is provided with the wide path 321 that rod member 32 has a corresponding sipes stratum 313, and the narrow footpath section 322 of a corresponding narrow groove stratum 314, and this narrow footpath section 322 has the cross section 323 of corresponding narrow groove stratum 314 width;

So, when instrument box body 10 and hanging fastener 20 are desired to make up, only need and will the wide path 321 of rod member 32 and sipes stratum 313 that narrow footpath section 322 is aimed at chute 31 respectively and narrow groove stratum 314 be set, and with the angle of the corresponding narrow groove in its cross section of narrow footpath section 322 323 stratum 314 width, with being set, the openend 311 of rod member 32 by chute 31 push, (during the corresponding narrow groove in its cross section of accompanying drawing embodiment 323 stratum 314 width, hanging fastener 20 is to present the angle that is perpendicular to one another with instrument box body 10), waiting to be provided with rod member 32 cunnings places the wide footpath of chute 31 to hold at 312 o'clock, cross section 323 can obtain nargin because of wide footpath end 312, it is corresponding to make instrument box body 10 and hanging fastener 20 rotate to be level relatively, and the cross section 323 of narrow footpath section 322 promptly presents not corresponding narrow groove stages 314 kenel, make the wide footpath end 312 that rod member 32 must be positioned chute 31 is set, to finish the combination operation of instrument box body 10 and hanging fastener 20, when instrument box body 10 and hanging fastener 20 are desired to dismantle, only need throw box body 10 and hanging fastener 20 to vertical corresponding, the kenel of corresponding narrow groove stages 314 width is promptly recovered in the cross section 323 of its narrow footpath section 321, can withdraw from chute 31 with rod member 32 is set.

Continue furthermore, this combining unit 30 is formed with one in hanging fastener 20 and presents vertical corresponding deep-slotted chip breaker 33 with chute 31, and in the location protruding 34 of instrument box body 10 formation one corresponding deep-slotted chip breaker 33, and these deep-slotted chip breaker 33 centers have a button point 331 for protruding 34 inlay cards in location, when the rod member 32 sliding wide footpath ends 313 that place chute 31 are set, and instrument box body 10 is that level is at once with hanging fastener 20 vertical corresponding rotation, this locatees protruding 34 can be along deep-slotted chip breaker 33 profile displacements, and when location protruding 34 corresponds to button point 331, then elasticity is embedded in button point 331, prevents the location power that instrument box body 10 and hanging fastener 20 rotate so as to providing one.

Continue furthermore, this hanging fastener 20 is formed with a flange 25 along chute 31 peripheries, this instrument box body 10 be formed with one with the flange 25 corresponding stuck points that fasten 12, when the rod member 32 sliding wide footpath ends 312 that place chute 31 are set, and instrument box body 10 is that level is at once with hanging fastener 20 vertical corresponding rotation, this stuck point 12 promptly fastens in flange 25, to strengthen restriction the possibility that rod member 32 skids off chute 31 is set.

By aforementioned utility model content as can be known; its hanging fastener 20 of the utility model " hung and buckled tool box structure " has the first staggered fin 211 and second fin 221; when the user buckles the utility model between waist belt; first fin 211 and second fin 221 are promptly with the false sealing buckling hole 24 of dislocation kenel; when even if the user carries out job execution with the posture of squatting down; cause instrument box body 10 upwards pullled by the thigh pushing and pressing; first fin 211 and second fin 221 still have the protective capability of certain intensity; avoid belt to deviate to buckle space 23 easily, drop preventing; situations such as loss.

Claims

1. a hung and buckled tool box structure is characterized in that, includes an instrument box body and a hanging fastener, wherein:

This instrument box body is incorporated into hanging fastener one end face, this hanging fastener has and presents the first parallel plate and second plate each other, form one between this first plate and second plate and buckle the space, this first plate presents in an end with second plate and is connected kenel, the other end then is formed with one and supplies object to penetrate the buckling hole that buckles the space, this first plate and second plate have been staggered to form first fin and second fin near the buckling hole position.

2. hung and buckled tool box structure according to claim 1 is characterized in that, described first fin and second fin are the bullet at upper and lower side mask angle of inclination.

3. hung and buckled tool box structure according to claim 1 is characterized in that, described instrument cases body is formed with several inserting ports of taking in for screwdriver head.

4. hung and buckled tool box structure according to claim 1, it is characterized in that, described hung and buckled tool box structure includes one and supplies instrument box body and hanging fastener to get movable dismounting, the combining unit of combination, this combining unit comprises that one is formed at the chute of hanging fastener, and the rod member that is provided with that is formed at the instrument box body, this chute has an openend that is positioned at the hanging fastener edge, an and wide footpath end that is close to the hanging fastener center, and this chute has a sipes stratum and a narrow groove stratum, this is provided with the wide path that rod member has a corresponding sipes stratum, and the narrow footpath section of a corresponding narrow groove stratum, and this narrow footpath section has the cross section of corresponding narrow groove stratum width.

5. hung and buckled tool box structure according to claim 4, it is characterized in that, described combining unit is formed with one in hanging fastener and presents vertical corresponding deep-slotted chip breaker with chute, and it is protruding to form the location of a corresponding deep-slotted chip breaker in the instrument cases body, and this deep-slotted chip breaker center has buckleing a little for location tuck pointing card.

6. hung and buckled tool box structure according to claim 4 is characterized in that described hanging fastener is formed with a flange along the chute periphery, and this instrument cases body is formed with a corresponding stuck point that fastens with flange.