CN201120607Y - tool storage rack - Google Patents

Abstract

A tool storage rack comprising: the rack body provides a hollow space and comprises at least one accommodating surface, and the at least one accommodating surface is provided with an installation groove. The utility model also provides at least one tool connector which can be inserted into the mounting groove along a mounting direction and combined with the frame body after sliding to positioning so as to accommodate tools; the at least one tool connector comprises: the first fixing end can be inserted into the mounting groove of the frame body and is mounted on the back side of the receiving surface; and a second fixed end, which can be combined with a tool to be accommodated.

Description

tool storage rack

The technical field to which the utility model belongs

The utility model relates to a tool storage rack, which can store hand tools such as sleeves and the like.

prior art

In the past, tool storage racks, such as socket racks, were often equipped with various track structures such as external T-shaped tracks to allow the tools to be stored to be adjusted to an appropriate position, which has a certain degree of convenience.

US5,228,570 provides a socket storage rack 20 with a "quick release mechanism", which has a plurality of quick release mechanisms 22 to which tools can be attached. A groove on the surface of the sleeve storage rack 20 is connected to a hollow space inside; the walls on both sides of the hollow space form a double-layer track 68 with a mutually symmetrical structure, wherein the upper track is used for a middle large cylinder 24 of the quick release mechanism 22 Sliding, the lower track provides a space to accommodate a shoulder 56 , 58 attached to the large cylinder 24 . The sleeve storage rack 20 is locked with an end cap 32 at the end of the track. During installation, the quick release mechanism 22 is slid into the hollow space through the track 68 along the extending direction of the groove, and locked by the end cover. This type of sleeve storage rack 20 must form rails 68 with a mutually symmetrical structure on the two side walls of the interior space, the structure is complex, the manufacturing cost is high and the defect rate is high; on the other hand, the end of the sleeve storage rack is also set end caps for locking. All of the above generate certain complexity during manufacture, thus increasing the cost.

In recent years, there have been many patents for socket holders with "external rails". The biggest difference between them and US5,228,570 is that the "external rail" type socket holders are equipped with rails on the outside of the sleeve body, and then the sleeves The coupler is slidably mounted on the track. For example, Mr. Gao Ruigan's TW338418, US5862913; TW388326; TW478450, US6,044,985; TW507659; TW405507, US6,415,933; TW501526, US6,669,032 and other patent cases are masterpieces in this industry. However, the "outer rails" of such socket holders are still an additional burden on the materials of manufacture and, if eliminated, would greatly reduce material costs.

Utility model content

The purpose of this utility model is to provide a tool storage rack, which has the advantages of simplified structure, easy manufacture and reduced cost.

According to the utility model, a tool storage rack includes: a rack body providing a hollow space, the rack body includes at least one storage surface, and the at least one storage surface is provided with an installation groove. The utility model also provides at least one tool connector, which can be inserted into the installation groove along an installation direction, and combined with the frame body after sliding to a position to store tools; the at least one tool connector includes: a first A fixed end can be inserted into the installation groove of the frame body and installed on the back side of the storage surface; and a second fixed end can be combined with a tool to be stored. The tool coupler can also be provided with a restricting piece to assist the tool coupler to be positioned between the storage surface and the restricting piece, so as not to escape from the installation groove inadvertently. In particular, the tool storage rack achieves an innovative improvement of the conventional socket rack with reduced components, increased strength, and reduced manufacturing cost.

The detailed features and advantages of the present utility model can be further understood through the contents and drawings described later.

Description of drawings

1A to 1E are schematic diagrams of the first embodiment of the present invention.

FIG. 1F is a schematic diagram of the second embodiment of the present invention.

FIG. 1G is a schematic diagram of a third embodiment of the present invention.

2A to 2G are schematic diagrams of a fourth embodiment of the present invention.

3A to 3B are schematic diagrams of a fifth embodiment of the present invention.

4A to 4B are schematic diagrams of a sixth embodiment of the present invention.

Explanation of main component symbols

100 tool storage rack

110 frames

112 storage surface

114 installation groove

116 the back side of storage surface 112

118 Positioning Department

120 handle

122 hanging part

124 description/advertisement window

150 tool coupler

152 first fixed end

153 limited parts

154 second fixed end

156 perforations

158 chimera

180 anti-theft components

181 anti-theft film

182 cleats

184 stopper

200 tool storage rack

210 frame body

230 wrench storage surface

234 wrench clip

236 outer flange

300 tool storage rack

310 frame body

320 handle

324 Description/Advertisement Window

400 tool storage rack

410 frame body

412 storage surface

414 installation groove

415 installation starting part

416 the back side of storage surface 412

418 Positioning Department

420 Handle Department

422 hanging department

424 Description/Advertisement Window

430 closed cover

450 tool coupler

452 first fixed end

453 limited parts

454 second fixed end

456 perforations

458 chimera

500 tool storage rack

600 tool storage rack

S sleeve

wrench

Implementation

Example 1

As shown in Figures 1A to 1E, the preferred implementation form of the tool storage rack 100 of the present invention is a sleeve rack, which mainly includes:

A frame body 110 providing a hollow space, which includes at least one receiving surface 112, and at least one of the receiving surfaces 112 is provided with a mounting groove 114; and

At least one tool connector 150 is configured to be inserted into the installation groove 114 along an installation direction to be combined with the frame body 110 .

As shown in Figures 1A-1E, the installation groove 114 is preferably a closed cutout structure that does not pass through the frame body 110/receiving surface 112, and the tool connector 150 can be installed anywhere on the installation groove 114; in this example , after the tool connector 150 is inserted into the installation groove, it is preferably combined with the frame body 110 after being rotated at an angle, and the installation direction of the tool connector 150 is different from the extension direction of the installation groove 114 (for example: the installation direction can be relative to The extending direction of the installation groove 114 is an orthogonal direction). The at least one tool connector 150 includes: a first fixed end 152, the structure of which can be inserted into the installation groove of the frame body 110 along the installation direction and installed on a back side 116 of the storage surface 112; and A second fixed end 154 can be combined with a tool to be stored (such as a sleeve, etc.). The above-mentioned embodiment can also be derived from other similar changes, such as: the installation groove 114 can also adopt a conventional way to penetrate the frame body 110, and then use an end cap (not shown) to close its end structure (the through-type installation groove 114 and The structure of an end cover combination can be referred to US5,228,570); this example can especially cooperate with a limiter 153 on the tool connector 150, and assist the tool connector 150 to be positioned between the receiving surface 112 and the limiter 153, without inadvertently The case is out of the installation groove (detailed features will be described later). The form of the installation groove 114 can be a single continuous installation groove, or an installation groove divided into several sections due to special requirements. In addition, the frame body 110 and the installation groove 114 can also be arranged in a circular shape, a triangle shape, etc., instead of the strip shape shown in the figure.

The tool storage rack 100 can further be provided with a handle portion 120 , a hanging portion 122 , and/or an instruction/advertising window 124 . The handle part 120 can have a simple concave structure to facilitate finger gripping; for example: Figure 1A is provided with an inner groove under the hanging part 122, or an inner groove is provided on the back of the advertising window 124, etc., which can be grasped by fingers hold. In the illustrated embodiment, the instruction/advertisement window 124 is located on the handle portion 120 .

According to this embodiment, the structure of the first fixed end 152 of the tool connector 150 can form a joint state with the back side 116 of the storage surface 112 after being rotated at an angle; and rotate at an angle in the joint state. Afterwards, it becomes a disjoint state. According to a preferred embodiment, the first fixing end 152 is preferably substantially elongated with a width smaller than that of the installation groove 114 . The second fixed end 154 provides different structures depending on the tool to be fixed; for example, the tool connector 150 shown in the figure is used to fix the sleeve, and the outer peripheral contour of the second fixed end 154 forms a wave-like friction structure , so that after the sleeve S is inserted into the second fixed end 154, the sleeve S is fixed on the second fixed end 154 by the friction structure. According to another preferred embodiment, the second fixed end 154 includes a limiting member 153 which is arranged between the first fixed end 152 and the second fixed end 154 and preferably forms a space with the first fixed end 152 to limit Part 153 has a section greater than installation groove 114, so that tool connector 150 is limited between receiving surface 112 and restriction member 153, and it can block (restrict) insertion after tool connector 150 is inserted into installation groove 114 on the one hand action, or prevent the tool coupler 150 from inadvertently disengaging from the installation groove 112 after installation, on the other hand, it can prevent the installed sleeve S from directly contacting the storage surface 112 from possible abrasion. The limiting member 153 shown in the figure is circular, but it can also be in other shapes. According to an alternative embodiment, the second fixing end 154 may provide a section larger than the width of the installation groove 114 , so that the second fixing end 154 replaces the restricting member 153 to block (restrict) the insertion action of the first fixing end 152 . An additional stabilizing member (not shown) for contacting/combining the end of the first fixing end 152 may be provided in the hollow space of the frame body 110 as needed, so as to make the installation of the first fixing end 152 more stable.

When installing the tool storage rack, first, as shown in FIG. 1A , the user can hold the second fixed end 154 and place the first fixed end 152 along an installation direction (such as an orthogonal direction) that is different from the direction in which the installation groove 114 extends. Insert into the mounting groove 114 until the insertion is blocked by a limiting member 153 , a second fixed end 154 , or a stabilizing member (not shown) in the hollow space of the frame body 110 , as shown in FIG. 1B . Next, as shown in FIG. 1C, the first fixed end 152 is rotated at an angle (the example in the figure is about 90 degrees), so that the bottom surface of the first fixed end 152, due to a back side 116 of the storage surface 112 (facing the hollow area) side) of the stopper, friction or other positioning structures such as the aforementioned stabilizers in the hollow space of the frame body 110 to obtain positioning; The positioning portion 118 ; in contrast, the first fixed end 152 of the tool connector 150 is provided with a corresponding fitting portion 158 on the bottom surface and combined with the positioning portion 118 (see FIG. 1D ). Thereby, after the tool connector 150 is installed on the back side 116 of the storage surface 112 , it can smoothly slide to a proper position along the positioning portion 118 . This "slidable" effect provides ease of installation. For example, when the tools coupled with tool coupler 150 are sockets with different sized outer diameters, this sliding effect can accommodate the different sizes of sockets, allowing the sockets to be moved into close mounting positions or Default installation location. According to a preferred embodiment of the present utility model, the positioning part 118 of the back side 116 of the storage surface 112 can form a groove-shaped positioning groove (it can be a single continuous positioning groove, or a positioning groove divided into several sections), and the The fitting portion 158 is a protrusion that can be locked into the positioning groove and slide. In another embodiment, the positioning portion 118 can also be a positioning hole (not shown) at a preset position, so that the fitting portion 158 in the form of a protrusion can slide into the preset positioning hole to obtain positioning.

It can be understood that, in the foregoing embodiments, since the tool coupler 150 is inserted into the installation groove 114 with the first fixed end 152, rotated at an angle and then positioned, and can slide on the installation groove 114; this is different from the conventional Compared with the structure in which an external track (commonly T-shaped track) and a slide block are added to make the tool coupler slidable, the effect is more improved; especially, the installation groove 114 on the frame body 110 of the present utility model can be designed as The closed cutout structure that does not penetrate to one end of the receiving surface 116, so that the frame body 110 can save the positioning block or end cap added at the tail end (free end) of the prior art, and a solid outer T-shaped The track and frame body 110 have fewer components and lower cost, but have better strength.

FIG. 1E provides a schematic diagram of the tool storage rack 100 with the anti-theft component 180 when the structure of the tool coupler 150 in FIGS. 1A-1D is designed to fix the sleeve S. FIG.

The anti-theft component 180 has an elongated anti-theft piece 181 and at least one locking piece 182 as an anti-detachment structure, wherein the elongated anti-theft piece 180 extends laterally through each locking piece 182 . With respect to the locking piece 182, each tool connector 150 can be provided with a corresponding through hole 156, which extends from the first fixed end 152 to the second fixed end 154, preferably extends from the center of the first fixed end 152 to the second fixed end. end 154 center. Therefore, the locking piece 182 can pass through the hollow part of the sleeve S, extend from the second fixed end of the tool connector 150 along the through hole 156 to the first fixed end 152, and be fixed on the end of the first fixed end 152, thereby It is installed on the frame body 110 together with the tool connector 150 and the sleeve S; the long anti-theft sheet 180/anti-detachment structure can prevent the sleeve S fixed on the tool connector 150 from falling out, and make the sleeve S fixed on the tool connector The sleeve on the 150 cannot be removed at will.

According to a preferred embodiment, the structure of the end of each locking piece 182 is: approximately hollow, tapered arrow-shaped extending from the thicker stopper portion 184 to the thinner end, and allowed to be squeezed toward the hollow portion, so that all After the end is squeezed through the through hole 156 , the stop portion 184 expands outward due to the release of the pressing force, and cannot retreat into the through hole 156 . Corresponding to the end structure of the locking piece 182, the through hole 156 is preferably a structure that is generally tapered from the second fixed end 154 of the tool connector 150 toward the first fixed end 152, so that the size of the stopper 184 can match the first fixed end 152. The thinner perforation 156 at the end 152 reduces the use of material and still achieves a good stop effect.

According to this embodiment, in a shopping mall, the sleeve S fixed to the tool coupler 150 on the tool storage rack 100 cannot be removed at will due to the protection of the anti-theft component 180; , only need to cut off the elongated anti-theft piece 181 and the joint of the locking piece 182 with tools such as scissors, and then it can be used. The cut portion of the locking piece 182 can be removed from the opening side of the hollow area of the frame body 110 .

Example 2

FIG. 1F is a second embodiment of the present invention, which provides a tool storage rack 200 . The main design spirit of the tool storage rack 200 is roughly the same as that of the aforementioned embodiment. In addition to having the structure of the aforementioned tool storage rack 100 and being able to place a single row of tools, it can also store wrenches and is provided with the same anti-theft component 180. device. Specifically, the frame body 210 of the tool storage rack 200 includes a wrench receiving surface 230 , which is provided with at least one wrench clip 234 for holding a wrench W. As shown in FIG. The wrench receiving surface 230 preferably has a concave plane, and the wrench clip 234 is located on the concave plane, and the edge of the concave plane is preferably surrounded by the outer flange 236 . In this structure, in addition to allowing the wrench W to be stored on a flat surface, the outer flange 236 also slightly reduces the impact of the wrench W and provides an aesthetic function. Besides, the wrench receiving surface 230 can also be detachably combined with the frame body 210 .

Example 3

FIG. 1G is a tool storage rack 300 of the third embodiment of the present utility model, which provides a tool storage rack 200 similar to FIG. 1F and has substantially the same structure, and can also be provided with the same anti-theft component 180 as the first embodiment. installation. The main difference of this embodiment is that in addition to being able to store wrenches, it can also place double rows of tools. In the figure, because the width of the frame body 310 is smaller than that of the handle portion 320 and/or the instruction/advertising window 324 , the overall tool storage rack 300 presents a T-shaped appearance.

Example 4

2A-2G are the tool storage rack 400 of the fourth embodiment modified according to the first embodiment, which mainly includes:

A frame body 410 providing a hollow space, which includes at least one receiving surface 412, and the at least one receiving surface 412 is provided with an installation groove 414;

At least one tool connector 450, the structure of which can be inserted into the installation groove 414 along an installation direction and combined with the frame body 410;

Wherein, the end of the installation groove 414 does not pass through the frame body 410/receiving surface 412, and the installation groove 414 is provided with at least one installation starting portion 415, which can be inserted into the tool connector 450 along the installation direction. The mounting groove 414 is combined with the frame body 410 .

The structure of the frame body 410 is roughly similar to the above-mentioned embodiments, and can be provided with a handle part 420, a hanging part 422, and an explanation/advertising window 424; the handle part 420 can have a concave structure for fingers to hold, as shown in Figures 2A-2B As shown, the inner groove is arranged under the hanging portion 422 ; or the inner groove can be arranged on the back of the advertising window 424 .

The installation start portion 415 on the installation groove 414 is generally a wider installation hole than the groove width of the installation groove 414, and its size is sufficient to receive a first fixed end 452 of the tool connector 450 (it will be described later. mentioned); although Fig. 2A only shows a long and narrow installation start portion 415/installation hole, only the installation start portion 415/installation hole that can achieve similar functions such as circular and elliptical to enhance the aesthetic effect is also Can understand easily according to the spirit of the present utility model. The installation initial portion 415/installation hole is closed with a locking assembly to prevent the tool connector 450 from slipping out; the locking assembly is preferably in the form of a closing cover 430 corresponding to the installation initial portion 415/installation hole, and the installation initial portion 415/The installation hole is closed. The above-mentioned embodiment can also have other similar changes based on the above-mentioned spirit, for example: the installation groove 414 can also adopt the conventional way to pass through the frame body 410, and then use an end cap (not shown) to close its end structure (through-type installation groove The combination of groove 414 and an end cover can refer to US5,228,570); this example can especially cooperate with a limiter 453 on the tool connector 450 to assist the tool connector 450 to be positioned between the receiving surface 412 and the limiter 453 without It will break away from the installation groove 414 inadvertently (details will be described later). The form of the installation groove 414 can be a single continuous installation groove, or an installation groove divided into several sections due to special requirements. In addition, the frame body 110 and the installation groove 114 can also be arranged in a circular shape, a triangle shape, etc., instead of the strip shape shown in the figure.

The tool connector 450 includes: a first fixed end 452, which can be inserted into the installation start portion 415/installation hole of the installation groove 414, and has a second fixed end 454, which can be used with a tool to be received (such as sleeve, etc.) combined. The size of the first fixing end 452 can be inserted into the installation start portion 415 /installation hole, so that the tool connector 450 is installed in the installation groove 414 of the frame body 410 . The second fixed end 454 provides different structures depending on the tool to be fixed; for example, the tool connector 450 shown in the figure is used to fix the sleeve, and the outer peripheral contour of the second fixed end 454 forms a wave-like friction structure , so that after the sleeve S is inserted into the second fixed end 454, the sleeve S is fixed on the second fixed end 454 by the friction structure. According to another preferred embodiment, the second fixed end 454 includes a restricting member 453 that is disposed between the first fixed end 452 and the second fixed end 454, and preferably forms a gap with the first fixed end 452 to limit The part 453 has a section greater than the mounting groove 414, so that the tool connector 450 is limited between the receiving surface 412 and the restricting part 453. On the one hand, it can properly block (restrict) insertion after the tool connector 450 is inserted into the mounting groove 414. action, or prevent the tool connector 450 from inadvertently disengaging from the installation groove 412 after installation; The limiting member 453 shown in the figure is circular, but it can also be in other shapes. An additional stabilizing member (not shown) for contacting/combining with the end of the first fixing end 452 may be provided in the hollow space of the frame body 410 to make the installation of the first fixing end 452 more stable.

When installing the tool storage rack, first, as shown in FIG. 2A , the user inserts the hand-held tool connector 450 into the installation groove along an installation direction (the figure is an example of an orthogonal direction) that is different from the direction in which the installation groove 414 extends. 414 of the installation initiation portion 415 until the insertion action is blocked by a limiting member 453, a second fixed end 454, or a stabilizer (not shown) in the hollow space of the frame body 410; subsequently, the tool The connector 450 slides along the installation groove 414 to a position, and is smoothly installed on a back side 416 of the receiving surface 412 . In order to achieve this positioning effect, it is preferable to further set stoppers, frictional forces, or other stabilizers such as the aforementioned stabilizers in the hollow space of the frame body 410 on the back side 416 of the storage surface 412 (the side facing the hollow area). Positioning structure to help complete; in this respect, the back side 416 of the storage surface 412 is preferably provided with a positioning portion 418; the positioning portion 418 preferably forms a groove-shaped positioning groove (see FIG. 2G ), and can be a single continuous positioning ditch, or positioning ditch divided into several segments. In contrast, the first fixed end 452 of the tool connector 450 is provided with a corresponding fitting portion 458 on the bottom surface and combined with the positioning portion 418 (refer to FIGS. The bump that slides through the above-mentioned positioning groove is an application example). In another embodiment, the positioning portion 418 can also be a positioning hole (not shown) at a predetermined position, so that the fitting portion 458 in the form of a protrusion can slide into the predetermined positioning hole to obtain positioning. After the required tool coupler 450 is installed, the installation starting portion 415/installation hole can be closed by the locking assembly/closing cover 430 .

The above-mentioned "slidable" installation structure provides convenience for installation; for example, when the tools combined with the tool coupler 450 are sleeves with different sizes of outer diameters, this sliding effect can match the different sizes of the sleeves, and Allows the sleeves to be moved to a suitable installation position.

It can be understood that, in the foregoing embodiments, since the first fixed end 452 of the tool connector 450 penetrates into the installation groove 414 that does not need to pass through the frame body 410 /receiving surface 412 , and can slide on the installation groove 414 , positioning; this is compared with the conventional technology that adds an external track (commonly T-shaped track) and a slide block so that the tool connector can slide, and the effect is more improved; especially, the installation on the frame body 410 of the utility model The groove 414 can be designed as a closed cutout structure that does not penetrate to the frame body 410/accommodating surface 416, so that the frame body 410 can save the positioning block or end cap that is added at the end (free end) of the known technology, and For the solid outer T-shaped track, the frame body 410 has fewer components and lower cost (especially, the frame body 410 can be formed at one time), but has better strength.

This embodiment can be used with the anti-theft assembly 180 shown in FIG. 1E to prevent the sleeve S fixed on the tool connector 450 from falling out or being removed without permission. The principle and structure are basically the same as those of the previous embodiment.

Embodiment 5～6

The fifth and sixth embodiments of FIGS. 3A to 3B and 4A to 4B are respectively schematic diagrams of the embodiment of FIGS. 1F and 1G applying the installation groove 414 of FIGS. 2A, 2B and 2G. Used in conjunction with the anti-theft assembly 180 shown in FIG. 1E.

All the above descriptions are used to illustrate the preferred embodiments of the present utility model, but not to limit the present utility model. Any equivalent embodiment implemented in accordance with the structure, features, gist and claims of the present utility model with other simple changes shall be covered by the claims of this case.

Claims (61)

1. tool storage rack is characterized in that:

One support body, it provides a hollow space, and described support body comprises at least one face of taking in, and the described face of taking in is provided with an installation groove, and described installation groove is provided with at least one installation initial part;

At least one instrument connector, its structure can be inserted described installation groove and be incorporated into described support body via the described installation initial part of described installation groove along an installation direction, and described at least one instrument connector comprises:

One first stiff end can insert the installation groove of described support body and be installed on a described dorsal part of taking in face along described installation direction; And

One second stiff end can combine with an instrument of desiring to take in.

2. tool storage rack as claimed in claim 1, it is characterized in that described second stiff end comprises the limited part of being located between first stiff end, second stiff end, described limited part have one greater than the section of described installation groove and and first stiff end between form one at interval.

3. tool storage rack as claimed in claim 1 is characterized in that described instrument connector has a perforation, and it extends to second stiff end from first stiff end.

4. tool storage rack as claimed in claim 2 is characterized in that described instrument connector has a perforation, and it extends to second stiff end from first stiff end.

5. tool storage rack as claimed in claim 4, it is characterized in that: the structure of the described instrument connector of described tool storage rack can be fixed a sleeve, and described tool storage rack further comprises an anti-theft components, it has anti-detachment structure and can avoid sleeve to break away from the instrument connector and drop out, described anti-theft components is provided with at least one locking plate, described locking plate can pass the sleeve hollow part, stretch more to first stiff end along perforation from second stiff end of instrument connector, and be fixed on the end of first stiff end, by this with tool connector, sleeve is installed on the support body jointly and the sleeve that is fixed on the instrument connector can't arbitrarily be taken off.

6. tool storage rack as claimed in claim 5, the anti-detachment structure that it is characterized in that described anti-theft components are the microscler theft protection plate of a horizontal expansion through each locking plate.

7. tool storage rack as claimed in claim 5, the structure that it is characterized in that the end of each locking plate is: the stopper section of roughly be hollow, oneself is thicker is to the gradually thin arrow shape that extends than the smalls end, and allow to push to hollow part, so that after described terminal extruding passes perforation, described stopper section is removed because of extruding force and is expanded outwardly, and can't return in the perforation.

8. tool storage rack as claimed in claim 5, it is characterized in that described perforation for from second stiff end of instrument connector towards the roughly gradually thin structure of first stiff end.

9. tool storage rack as claimed in claim 3, it is characterized in that: the structure of the described instrument connector of described tool storage rack can be fixed a sleeve, and described tool storage rack further comprises an anti-theft components, it has anti-detachment structure and can avoid sleeve to break away from the instrument connector and drop out, described anti-theft components is provided with at least one locking plate, described locking plate can pass the sleeve hollow part, stretch more to first stiff end along perforation from second stiff end of instrument connector, and be fixed on the end of first stiff end, by this with tool connector, sleeve is installed on the support body jointly and the sleeve that is fixed on the instrument connector can't arbitrarily be taken off.

10. tool storage rack as claimed in claim 9, the anti-detachment structure that it is characterized in that described anti-theft components are the microscler theft protection plate of a horizontal expansion through each locking plate.

11. tool storage rack as claimed in claim 9, the structure that it is characterized in that the end of each locking plate is: the stopper section of roughly be hollow, oneself is thicker is to the gradually thin arrow shape that extends than the smalls end, and allow to push to hollow part, so that after described terminal extruding passes perforation, described stopper section is removed because of extruding force and is expanded outwardly, and can't return in the perforation.

12. tool storage rack as claimed in claim 9, it is characterized in that described perforation for from second stiff end of instrument connector towards the roughly gradually thin structure of first stiff end.

13., it is characterized in that the structure of first stiff end of described instrument connector, be to form the state that mutually combines or remove bonding state after rotation one angle with the described dorsal part of taking in face as each described tool storage rack of claim 1-12.

14., it is characterized in that the described dorsal part of taking in face is provided with the location division as each described tool storage rack of claim 1-12; The fitting portion that described first stiff end is provided with correspondence and combines with described location division.

15. tool storage rack as claimed in claim 14 it is characterized in that described location division forms the locating groove of ditch shape, and described fitting portion is for snapping in the projection that described locating groove slides.

16., it is characterized in that described installation groove is not for running through the closed notch features of described support body as each described tool storage rack of claim 1-12.

17., it is characterized in that described installation direction is different with described groove bearing of trend as each described tool storage rack of claim 1-12.

18. as each described tool storage rack of claim 1-12, it is characterized in that support body comprise following at least one of them: handlebar section, hanging portion, explanation/advertisement windows.

19. as each described tool storage rack of claim 1-12, it is characterized in that described support body comprises that a spanner takes in face, it is provided with at least one spanner folder, in order to the clamping spanner.

20. tool storage rack as claimed in claim 14 is characterized in that described support body comprises that a spanner takes in face, it is provided with at least one spanner folder, in order to the clamping spanner.

21. tool storage rack as claimed in claim 19 is characterized in that described spanner takes in mask concave plane is once arranged, described spanner folder is positioned on the described concave plane down.

22. tool storage rack as claimed in claim 20 is characterized in that described spanner takes in mask concave plane is once arranged, described spanner folder is positioned on the described concave plane down.

23. tool storage rack as claimed in claim 21, bead is encircled beyond the edge of described concave plane down.

24. tool storage rack as claimed in claim 22, bead is encircled beyond the edge of described concave plane down.

25. tool storage rack as claimed in claim 19 is characterized in that it is to be incorporated on the described support body in separable mode that described spanner is taken in face.

26. tool storage rack as claimed in claim 20 is characterized in that it is to be incorporated on the described support body in separable mode that described spanner is taken in face.

27., it is characterized in that second stiff end has the section greater than the mounting groove well width as each described tool storage rack of claim 1-12.

28., it is characterized in that being provided with the one and first stiff end stabilized contact part in the hollow space of described support body as each described tool storage rack of claim 1-12.

29., it is characterized in that first stiff end of described instrument connector roughly is the strip of width less than described installation groove as the tool storage rack of claim 13.

30. as each described tool storage rack of claim 1-12, it is characterized in that described at least one installation initial part for hole is installed, its groove width that groove is installed is more roomy, to admit first stiff end of described instrument connector.

31., it is characterized in that described installation initial part closes cap seal with one and close as each described tool storage rack of claim 1-12.

32. support body, it is in order to combine with an instrument connector to be combined into as each described tool storage rack of claim 1-12 item, described support body provides a hollow space, and comprise at least one face of taking in, the described face of taking in is provided with one groove is installed, and uses one first stiff end for an instrument connector to pass described installation groove and is incorporated on the described support body.

33. support body as claimed in claim 32 is characterized in that described installation groove is not for running through the closed notch features of described support body.

34., it is characterized in that a described dorsal part of taking in face is provided with the location division as claim 32 or 33 described support bodys.

35., it is characterized in that described location division forms the locating groove of ditch shape as claim 32 or 33 described support bodys.

36. as claim 32 or 33 described support bodys, it is characterized in that described support body comprise following at least one of them: handlebar section, hanging portion, explanation/advertisement windows.

37. as claim 32 or 33 described support bodys, it is characterized in that described support body comprises that a spanner takes in face, it is provided with at least one spanner folder, in order to the clamping spanner.

38. instrument connector, can be used for being combined into the tool storage rack that to take in instrument with claim 32 or 33 described support bodys, described support body has at least one face of taking in, and the described face of taking in is provided with an installation groove, it is characterized in that described instrument connector has:

One first stiff end, can pass described support body in conjunction with groove and be installed on the dorsal part of the face of taking in of described support body; And

One second stiff end can combine with an instrument.

39., it is characterized in that the structure of described first stiff end, be to form the state that mutually combines or remove bonding state after rotation one angle with the described dorsal part of taking in face as claim 38 a described instrument connector.

40. instrument connector as claimed in claim 38, it is characterized in that described second stiff end comprises the limited part of being located between first stiff end, second stiff end, described limited part have one greater than the section of described installation groove and and first stiff end between form one at interval.

41. instrument connector as claimed in claim 38 is characterized in that second stiff end has the section greater than the mounting groove well width.

42. instrument connector as claimed in claim 41 is characterized in that first stiff end of described instrument connector roughly is the strip of width less than described installation groove.

43., it is characterized in that first stiff end of described instrument connector roughly is the strip of width less than described installation groove as each described instrument connector of claim 38-40.

44. as each described instrument connector of claim 38-42, it has a perforation, it extends to second stiff end from first stiff end described perforation.

45. instrument connector as claimed in claim 44, it is characterized in that described perforation for from second stiff end of instrument connector towards the roughly gradually thin structure of first stiff end.

46. instrument connector as claimed in claim 44 is characterized in that described perforation extends to the second stiff end center from the center of first stiff end.

47. instrument connector as claimed in claim 38 is characterized in that first stiff end of described instrument connector roughly is the strip of width less than described installation groove.

48. as claim 38 or 47 described instrument connectors, it has a perforation, it extends to second stiff end from first stiff end described perforation.

49. instrument connector as claimed in claim 48, it is characterized in that described perforation for from second stiff end of instrument connector towards the roughly gradually thin structure of first stiff end.

50. instrument connector as claimed in claim 48 is characterized in that described perforation extends to the second stiff end center from the center of first stiff end.

51. a tool storage rack is characterized in that:

One support body, it provides a hollow space, and described support body comprises at least one face of taking in, and the described face of taking in is provided with an installation groove that runs through described support body, and described installation groove is provided with at least one installation initial part;

At least one instrument connector, its structure can be inserted described installation groove and be incorporated into described support body via the described installation initial part of described installation groove along an installation direction; And described installation direction is different with described installation groove bearing of trend, and described at least one instrument connector comprises:

One first stiff end can insert the installation groove of described support body and be installed on a described dorsal part of taking in face along described installation direction; And

One second stiff end, can combine with an instrument of desiring to take in, described second stiff end comprises the limited part of being located between first stiff end, second stiff end, described limited part have one greater than the section of described installation groove and and first stiff end between form one at interval;

One end cap is in order to an end of sealing installation groove.

52. a tool storage rack comprises:

One support body, it provides a hollow space, and described support body comprises at least one face of taking in, and the described face of taking in is provided with an installation groove;

At least one instrument connector, its structure can be inserted described installation groove and be incorporated into described support body along an installation direction, and described at least one instrument connector comprises:

One first stiff end can insert the installation groove of described support body and be installed on a described dorsal part of taking in face along described installation direction; And

One second stiff end can combine with an instrument of desiring to take in.

53. tool storage rack as claimed in claim 52, it is characterized in that described second stiff end comprises the limited part of being located between first stiff end, second stiff end, described limited part have one greater than the section that groove is installed and and first stiff end between form one at interval.

54. tool storage rack as claimed in claim 52 is characterized in that the structure of first stiff end of described instrument connector, is to form the state that mutually combines or remove bonding state after rotation one angle with the described dorsal part of taking in face.

55. tool storage rack as claimed in claim 52 is characterized in that the described dorsal part of taking in face is provided with the location division; The fitting portion that described first stiff end is provided with correspondence and combines with described location division.

56. tool storage rack as claimed in claim 55 it is characterized in that described location division forms the locating groove of ditch shape, and described fitting portion is for snapping in the projection that described locating groove slides.

57. tool storage rack as claimed in claim 52 is characterized in that described installation groove is not for running through the closed notch features of described support body.

58. tool storage rack as claimed in claim 52 is characterized in that described installation direction is different with described groove bearing of trend.

59. tool storage rack as claimed in claim 52 is characterized in that described support body comprises that a spanner takes in face, it is provided with at least one spanner folder, in order to the clamping spanner.

60. tool storage rack as claimed in claim 59 is characterized in that it is to be incorporated on the described support body in separable mode that described spanner is taken in face.

61., it is characterized in that first stiff end of described instrument connector roughly is the strip of width less than described installation groove as claim 54 a described tool storage rack.

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