CN201664916U - Tool box - Google Patents

Abstract

The utility model discloses a tool box, which comprises two cover bodies which are lifted and cover, at least one accommodating chamber sinking into the merged part of the cover bodies, two rows of guide blocks bulged on the mutually opposite inner walls of the accommodating chamber and at least one connection assembly which is matched with the guide blocks to mark out a tool accommodating space in the accommodating chamber, wherein one of the opposite sides of the two cover bodies has the hinge joint relation, and the other side thereof is provided with a buckling structure; each row of guide blocks are spaced with each other with a set distance. The tool box adopts a removable limit measure, and thereby, the planning goal that the space in the box can be regulated is achieved, and therefore, the tool box has the effect that a tool is convenient and flexible to be stored and taken, and the like.

Description

A kind of instrument cases

Technical field

The utility model relates to the technical field of planning instrument accommodation space, relates to a kind of instrument cases in particular.

Background technology

In response to the needs of workplace, can put into instrument cases to instruments such as bottle opener, screwdriver head, spanner, sleeves usually, and be beneficial to functions such as carrying and take out immediately use.

The structure of these instrument cases is quite a lot of, announce the patent case No. 262796 such as TaiWan, China, have two lids of raising and covering, one of two lid opposite side possess hinged relationship, the limit has fastening structure in addition, and form the groove of set moulding at the position that lid merges, can hold instruments such as spanner in the groove, or be rotatably connected to pedestal.This pedestal has the track of laterally cutting open, is enough to embed some projections, and sacrificial vessel is equipped with instruments such as the screwdriver head of trepanning or sleeve, directly is enclosed within the projection outside.

But this patent case can produce following shortcoming in the use:

One, the groove of spanner moulding can only hold the spanner that shape conforms to and located, and other instrument is put into groove, shortcomings such as then can putting to enter or rock easily, can't locate.

Two, the fixed distance of projection and groove wall is constant, and restriction is enclosed within the length of the screwdriver head or the sleeve of projection, does not possess the characteristic of flexible modulation.Briefly, when pedestal was got back to heeling condition, screwdriver head or sleeve that length surpasses this distance can be withstood by cell wall, and then propped up lid and cause the instrument cases can not be closed.

And for example, TaiWan, China is announced the patent case No. 383656, have transparent panel and the lid raising and cover, one of the two opposite side possesses hinged relationship, and the limit has fastening structure in addition, and forms the groove of set moulding at the position that lid merges, except putting screwdriver, other instrument can not be contained in the groove, and groove also can't be adjusted apart from fixing to each other, truly has the necessity that is improved.

In view of this, do not attain perfect many disappearances and the inconvenience that causes on the structural design of the inventor at above-mentioned instrument cases, and deeply design, and the active research improvement has a fling at and development and Design goes out this creation.

The utility model content

The purpose of this utility model is to provide a kind of instrument cases, to solve the non-adjustable and problem of the tool storage inconvenience brought of instrument cases inner distance in the prior art.

In order to reach above-mentioned purpose, solution of the present utility model is:

A kind of instrument cases wherein, comprising:

Two lids of raising and covering, one of two lid opposite side possess hinged relationship, and the limit has fastening structure in addition;

At least one room that is absorbed in lid merging position;

Two rows give prominence to the guide block on the inwall that room faces one another, and every row's guide block is separated with set distance to each other;

At least one cooperation guide block and in room, cook up the tie-in module of instrument accommodation space.

Further, this tie-in module comprises:

One pedestal along displacement of guide block channeling direction and location;

One is connected on the pedestal and the tool seat that can start has a plurality of floors that tool seat are divided into the chamber of allowing that instrument is inserted.

Further, the pedestal of this tie-in module comprises:

A bottom;

Two erect the sidewall of present bottom opposite side, and respectively this sidewall outside comprises: one gives prominence at the clipping block and of keeping subordinate side and can be moved to pedestal by the spacing of two guide blocks below the guide block across the portion that keeps, of guide block top and to be absorbed in the portion of keeping and can and to aim at the slot of the spacing of isolating guide block with the pedestal displacement;

One makes the latch of pedestal location by slot and the spacing that injects two guide blocks.

Further, the appearance of the relative clipping block of this pedestal has a mark, and present bottom is provided with a combined hole.

Further, this tie-in module also comprises:

This pedestal has two and passes sidewall and keep the hole of portion, and at the sidewall in the face of tool seat one recess is set;

This tool seat forms the chamfered section of an operated pressing tool appearance at each floor, and is blind end by chamber one end that floor is divided into, and end is for allowing the open end that instrument is inserted in addition, and the salient point that can cooperate with recess in tool seat outer setting one;

Two parts, respectively this part has the head of imbedding hole and propping up hole wall; One is formed on head and can passes the axle body of hole; But somely be formed on the axle body end and the opening and closing ground button portion by the tool seat wall.

Further, this tie-in module comprises:

One inserts the dividing plate of the spacing of two guide blocks;

One is positioned on the lid and can opens and cover inner cap on the dividing plate.

Further, this dividing plate has a resistance portion and a raised line that is fitted to each other and blocks guide block.

Further, this inner cap comprises a restriction portion, has the locating piece of imbedding other rooms of lid, a flexible portion and that connects restriction portion connects that flexible portion is opened and the closed movable part that fastens lid.

Further, this fastening structure comprises:

One pin thread spare, have transverse part, that a longitudinal part, that is positioned at one of two lids is formed on the longitudinal part edge from the transverse part edge toward the vertically extending guide plate in both sides and be formed on the breach of guide plate towards another lid position;

One mother buckle has a longitudinal part, that is positioned at another lid and is formed on merging portion and that longitudinal part edge and shape conform with the guide plate breach and agrees with sheet from merging portion edge toward what the breach direction was extended;

One length has and slides at guide plate and the groove that agrees with sheet less than the sliding part of guide plate.

After adopting said structure, the utility model is given prominence to guide block on the inwall that room faces one another owing to have two rows, and every row's guide block is separated with set distance to each other, tie-in module is installed and can be removed taking-up.The user selects appropriate guide block according to self needs, and tie-in module is limited in the spacing on guide block next door, just can cook up set accommodation space at instrument cases; Also can regulate the orientation of tie-in module neatly, change the size of accommodation space easily in response to considerations such as tool length, quantity numbers at room, quite simple.So the utility model adopts dissoluble spacing means, thereby reach the planning purpose that the instrument cases inner space is regulated, and then possess tool storage, take effects such as convenient and flexible.

Description of drawings

Fig. 1 is a stereogram, the appearance and modeling after performance the utility model instrument cases one preferred embodiment closure;

Fig. 2 is a stereogram, the situation that performance the utility model instrument cases decompose and launch;

Fig. 3 is a cutaway view, the use situation of the fastening structure of performance instrument cases;

Fig. 4 is a plane, the use situation of performance sliding part;

Fig. 5 is a stereogram, the concrete structure of performance tie-in module first preferred embodiment and the corresponding relation of instrument cases;

Fig. 6 is a stereogram, the situation that tie-in module slides in instrument cases among performance Fig. 5;

Fig. 7 is a stereogram, and the performance tie-in module is taken the situation into pedestal and tool seat apart;

Fig. 8 is a cutaway view, the local connection relation of performance pedestal, latch and guide block;

Fig. 9 is a cutaway view, the local connection relation of performance pedestal, tool seat and axle part;

Figure 10 is a cutaway view, the user mode of performance tool seat chamber housing instrument;

Figure 11 is a stereogram, and the performance tool seat lies low on pedestal and holds the user mode of instrument;

Figure 12 is a stereogram, the user mode that tool seat starts among performance Figure 11;

Figure 13 is a stereogram, and the performance tie-in module unloads and be assembled in the user mode on other accessories;

Figure 14 is a stereogram, and second preferred embodiment of performance tie-in module is decomposed into the relevance of dividing plate and inner cap and corresponding instrument cases;

Figure 15 is a stereogram, the connection relation of performance dividing plate and guide block;

Figure 16 is a stereogram, and the performance inner cap is sealed the user mode of instrument cases inner space;

Figure 17 is a stereogram, and the performance inner cap lifts and opens and the user mode of open instrument cases inner space.

Among the figure:

Instrument cases 100

First lid, 10 second lids 11

Room 12 inwalls 13

Guide block 14 spacings 15

Fastening hole 16 marks 17

Pin thread spare 20 longitudinal parts 21

Transverse part 22 guide plates 23

Breach 24

Mother buckle 30 sliding parts 31

Longitudinal part 32 merging portions 33

Agree with sheet 34 grooves 35

Tie-in module 40 latches 41

Mark 42

50 bottoms 51 of pedestal

Sidewall 52 depressed parts 53

Combined hole 54 is kept portion 55

Clipping block 56 slots 57

Hole 58 recesses 59

Tool seat 60 chambers 61

Axis hole 62 salient points 63

Floor 64 chamfered section 65

Axle part 70 heads 71

Axle body 72 button portions 73

Dividing plate 80 resistance portions 81

Raised line 82

Inner cap 90 restriction portions 91

Flexible portion 92 movable parts 93

Locating piece 94 buckling bodies 95

Instrument A rivet B

Accessory C

The specific embodiment

In order further to explain the technical solution of the utility model, the utility model is elaborated below by specific embodiment.

At first, please refer to Figure 1 and Figure 2, the instrument cases 100 of present embodiment comprise first lid 10 and second lid 11, each lid 10,11 is rectangle body and has long and short two groups of opposite side, with the combination of one of the long opposite side of two lids 10,11, lid 10 relative second lids 11 of winning are raised or overlap action by the structure as the hinge.Two lids, 10,11 another long opposite side have then designed fastening structure, use as the switch after covering.

Two lids 10,11 present recess at the merging position, separate a plurality of rooms not of uniform size 12 by plural inwall 13.These inwalls 13 are penetrated with many fastening holes 16, and enclose the guide block 14 of the some standing shapes of inwall 13 formation of maximum room 12 at frame.These guide blocks 14 are each other across an intersegmental distance 15, and to be formed on two tracks of arranging according to rectilinear direction general for the inwall 13 that faces one another at room 12 seemingly.

The fastening structure that Fig. 2 to Fig. 4 draws is made up of pin thread spare 20, mother buckle 30 and sliding part 31.Wherein, pin thread spare 20 with the forming technique making, longitudinal part 21, transverse part 22 and guide plate 23 with continuous bending, and allow the longitudinal part 21 that is parallel to guide plate 23, fasten the fastening hole 16 of first lid, 10 inwalls 13, and vertically extend the guide plate 23 of transverse part 22 both sides, form a breach 24 towards the position of second lid 11.

This mother buckle 30 also is to be made with forming technique, longitudinal part 32 with continuous bending, merging portion 33 with agree with sheet 34, and allow and be parallel to the longitudinal part 32 that agrees with sheet 34, fasten the fastening hole 16 of second lid, 11 inwalls 13, and merging portion 33 shapes conform with guide plate 23 breach 24, could be listed in transverse part 22 next doors along with the rotation of second lid 11, make and agree with sheet 34 fill up the gap 24 and be arranged in guide plate 23, for the sliding part 31 of length less than guide plate 23, be embedded in guide plate 23 and agree with on the sheet 34 switch motion as execution is slided with groove 35.

According to the structure of above-mentioned instrument cases 100, one of following tie-in module can be installed be implemented.

In Fig. 5 and Fig. 6, instrument cases 100 are equipped with the slidably tie-in module 40 of location in first lid, 10 maximum rooms, 12 the insides, this tie-in module 40 comprises pedestal 50 and tool seat 60, the track that can be constituted along guide block 14, in the first lid free slippage in 10 rooms, 12 the insides, and then be positioned in the instrument cases 100.As for 60 of tool seat is to allow instrument A such as screwdriver head, sleeve insert upper and lower two row's one of chambers 61, and the user can be depending on the circumstances or the needs of the situation or instrument A length, regulates the orientation of tie-in module 40 at room 12 voluntarily.

Cooperate Fig. 7 that the formation of tie-in module 40 each element is described in detail in detail.Pedestal 50 in the drawing is the spatial accommodations that formed U-shaped like by seat bottom 51 and sidewall 52, and present bottom 51 is absorbed in six oblong depressed parts 53 in the face of the surface of tool seat 60, and runs through the combined hole 54 that seat bottom 51 is positioned at depressed part 53 positions.Erect on the short opposite side in present bottom 51 as for sidewall 52, the position that each sidewall 52 faces with each other is provided with the recess 59 as hole or the depression, and the top of sidewall 52 outsides forms the thicker portion that keeps 55, then be outstanding two clipping blocks that separate 56 below the portion of keeping 55, and be absorbed in straight-through sidewall 52 and keep the slot 57 of portion 55.In addition, this end face of keeping portion's 55 relative clipping blocks 56 is provided with triangle mark 42, more is penetrated with the hole 58 that is communicated with sidewall 52 inner faces.

Next, see the instrument cases 100 of Fig. 5 and Fig. 6, inwall 13 end faces on maximum room 12 next doors also indicate a plurality of marks 17, the spacing 15 of these mark 17 correspondences between two guide blocks 14, need only mark 17 with the mark 42 alignment tool boxes 100 of pedestal 50 appearances, represent that promptly clipping block 56 has been positioned at the top of spacing 15, can put down pedestal 50 at any time.

As for installation actions such as the slip of pedestal 50, location, can be understood fully by Fig. 8.In the drawing, the spacing 15 of isolating guide block 14 is greater than independent clipping block 56 width, and the distance that two clipping blocks 56 are separated by is greater than guide block 14 length, so two clipping blocks 56 could touch guide block 14 up to the portion of keeping 55 bottom surfaces along with pressing down of pedestal 50 by the spacing 15 on guide block 14 next doors.In addition, keep portion 55 and two clipping blocks, 56 upper and lower distances of being separated by greater than guide block 14 height, allow pedestal 50 do gliding motility along guide block 14 channeling directions, when the slot 57 of the portion of keeping 55 aligns spacings 15, promptly form continual passage and insert for latch 41, the inhibition that props up latch 41 with guide block 14 is obtained and is lived motionless effect surely.This moment, guide block 14 is positioned at clipping block 56 tops just, clipping block 56 is possessed prevent the usefulness that stops that breaks away from, unless destroy whole syndeton, otherwise be difficult to allow pedestal leave room 12.Briefly, detach the pedestal 50 of latch 41, can slide onto certain selected guide block 14, again latch 41 is inserted in the spacing 15 on guide block 14 next doors, can be located along guide block 14 guiding.

Consult Fig. 7, Fig. 9 and shown in Figure 10 again, tool seat 60 is similar to box body and two salient points 63 externally is set, and is penetrated with the axis hole 62 that is communicated with the row's of going up chamber 61 both sides walls.61 of chambers as for tool seat 60 are formed between a plurality of floors 64, and the one end is a blind end, and end is inserted for the open end supplies instrument A in addition.These floor 64 free ends are provided with chamfered section 65 and present tip-shapely, and the hexagonal paragraph of instrument A is possessed the effect of seizing on both sides by the arms, prevent that instrument A from dropping because of external factor such as rocking or roll.

Tool seat 60 is put between the two side 52 of pedestal 50, passed hole 58 and axis hole 62 by axle spare 70.This part 70 is to be configured as one by head 71, axle body 72 with button portion 73, and these head 71 bodies conform with the shape of hole 58, can imbed hole 58 and prop up hole wall, make axle body 72 pass hole 58 and axis hole 62 together with button portion 73.The opening and closing action but this button portion 73 is forked, can retraction volume by behind the axis hole 62 of tool seat 60, further expansion block wall, avoid a part 70 to break away from arbitrarily.

Thus, tool seat 60 just can connect as one and turn with pedestal 50.Simultaneously, salient point 63 can rotate along with tool seat 60, and then snaps in the recess 59 of sidewall 52, helps the two to keep set angle, and is concrete as Figure 11 and shown in Figure 12.

In addition, can also image pattern 13 the same after 40 dismountings of the tie-in module of present embodiment, utilize rivet B or other connectors to pass the combined hole 54 of seat bottom 51, pedestal 50 is installed in above any relevant accessory C the ease of use that amplification is carried.

Above-mentioned tie-in module 40 still has other embodiment, and as shown in figure 14, in the tie-in module of being made up of dividing plate 80 and inner cap 90 40, this dividing plate 80 is rectangular sheet material, inserts in the spacing 15 of second lid, 11 wantonly two guide blocks 14.Cooperate Figure 15 further to understand, 80 liang of minor faces of this dividing plate are in the face of outstanding resistance portion 81 in the position of guide block 14 and raised line 82, the two distance of being separated by is equal to or slightly greater than the height of guide block 14, block guide block 14 with working in coordination, dividing plate 80 can be positioned between two inwalls 13, and then maximum room 12 is formulated for two spaces.

Please refer to shown in Figure 14ly, this inner cap 90 is to be configured as restriction portion 91, flexible portion 92 and movable part 93 by transparent material, protrudes two locating pieces 94 in the bottom surface of restriction portion 91, and these locating pieces 94 all are formed with buckling body 95 with movable part 93.

As Figure 16 and shown in Figure 17, as long as locating piece 94 is filled in room 12 the insides of second lid 11 next-door neighbour hinged relationship, block the fastening hole 16 of inwall 13 up to buckling body 95, just can allow restriction portion 91 seal top than small chamber 12.This moment, with the basis that flexible portion 92 is considered as transferring, allow movable part 93 cover other room 12 and fastening; Or raise movable part 93, second lid 11 each parking space of opening to the outside world by 80 planning of multi-disc dividing plate.

The foregoing description and graphic and non-limiting product form of the present utility model and style, any person of an ordinary skill in the technical field all should be considered as not breaking away from patent category of the present utility model to its suitable variation or modification of doing.

Claims (9)

1. instrument cases is characterized in that, comprising:

Two lids of raising and covering, one of two lid opposite side possess hinged relationship, and the limit has fastening structure in addition;

At least one room that is absorbed in lid merging position;

Two rows give prominence to the guide block on the inwall that room faces one another, and every row's guide block is separated with set distance to each other;

At least one cooperation guide block and in room, cook up the tie-in module of instrument accommodation space.

2. a kind of instrument cases as claimed in claim 1 is characterized in that, this tie-in module comprises:

One pedestal along displacement of guide block channeling direction and location;

One is connected on the pedestal and the tool seat that can start has a plurality of floors that tool seat are divided into the chamber of allowing that instrument is inserted.

3. a kind of instrument cases as claimed in claim 2 is characterized in that, the pedestal of this tie-in module comprises:

A bottom;

Two erect the sidewall of present bottom opposite side, and respectively this sidewall outside comprises: one gives prominence at the clipping block and of keeping subordinate side and can be moved to pedestal by the spacing of two guide blocks below the guide block across the portion that keeps, of guide block top and to be absorbed in the portion of keeping and can and to aim at the slot of the spacing of isolating guide block with the pedestal displacement;

One makes the latch of pedestal location by slot and the spacing that injects two guide blocks.

4. a kind of instrument cases as claimed in claim 3 is characterized in that, the appearance of the relative clipping block of this pedestal has a mark, and present bottom is provided with a combined hole.

5. a kind of instrument cases as claimed in claim 3 is characterized in that, this tie-in module also comprises:

This pedestal has two and passes sidewall and keep the hole of portion, and at the sidewall in the face of tool seat one recess is set;

This tool seat forms the chamfered section of an operated pressing tool appearance at each floor, and is blind end by chamber one end that floor is divided into, and end is for allowing the open end that instrument is inserted in addition, and the salient point that can cooperate with recess in tool seat outer setting one;

Two parts, respectively this part has the head of imbedding hole and propping up hole wall; One is formed on head and can passes the axle body of hole; But somely be formed on the axle body end and the opening and closing ground button portion by the tool seat wall.

6. a kind of instrument cases as claimed in claim 1 is characterized in that, this tie-in module comprises:

One inserts the dividing plate of the spacing of two guide blocks;

One is positioned on the lid and can opens and cover inner cap on the dividing plate.

7. a kind of instrument cases as claimed in claim 6 is characterized in that this dividing plate has a resistance portion and a raised line that is fitted to each other and blocks guide block.

8. a kind of instrument cases as claimed in claim 6, it is characterized in that this inner cap comprises a restriction portion, have flexible portion and that the locating piece, of imbedding other rooms of lid connects restriction portion connects that flexible portion is opened and the closed movable part that fastens lid.

9. a kind of instrument cases as claimed in claim 1 is characterized in that, this fastening structure comprises:

One pin thread spare, have transverse part, that a longitudinal part, that is positioned at one of two lids is formed on the longitudinal part edge from the transverse part edge toward the vertically extending guide plate in both sides and be formed on the breach of guide plate towards another lid position;

One mother buckle has a longitudinal part, that is positioned at another lid and is formed on merging portion and that longitudinal part edge and shape conform with the guide plate breach and agrees with sheet from merging portion edge toward what the breach direction was extended;

One length has and slides at guide plate and the groove that agrees with sheet less than the sliding part of guide plate.

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