TW202325499A - Three-axis end-limiting tool placement structure - Google Patents

Abstract

The present invention provides a three-axis end-limiting tool placement structure. The structural features mainly include a basic face, a first-end three-axis limiting portion, a second-end X-axis limiting portion, and a sliding Z-axis limiting piece at the second end. The first end of the three-axis limiting part includes one end abutting wall, two lateral limiting walls and a pressing edge, so that the first end of the tool placement bar reaches the X, Y, Z axial limiting state. The X-axis limiting portion at the second end is used to limit at least the X-axis of the second end of the tool placement bar. The sliding Z-axis limiting piece at the second end includes a track set and a sliding cover, and the sliding cover has a release position and a locking position in function. When the sliding cover is in locked position, the cover is blocked on the top surface of the second end of the tool placement bar, thereby forming the Z-axis in limiting state.

Description

Three-axis end-limited tool placement structure

The present invention relates to a tool placement structure; in particular, it refers to an innovative three-axis end-limited tool placement structure type revealer.

The tool placement structure referred to in the present invention is commonly used to place and position kit tools with various sizes and specifications, such as socket sets, screwdriver bit sets, and the like. This kind of tool placement structure usually divides the tools into several units according to the specifications or types, and then arranges the tools of different units on different shelves, and the shelves are assembled together on the same shelf. In terms of the base structure, this type of design is mainly to consider that in the actual use process, if the user only needs to use the tools of one of the units, it is relatively only necessary to take the shelf board instead of moving the entire base. Seat, more labor-saving and convenient to use.

However, in the conventional structure mentioned in the previous paragraph, due to the lack of a proper positioning structure between the shelf and the base structure, there are problems such as easy loosening and displacement of the shelf and even falling off of the shelf. Based on this problem, related companies subsequently developed Another conventional tool placement structure is presented, as disclosed in the US9364949B2 US invention patent case "Slide rail and tray for socket wrench" (note: the figure numbers below this paragraph refer to those indicated in the US9364949B2 specification) , in this former case, the detachable state of each slide rail 14 relative to the tray 12 is based on the mechanism design of its button 56. When the button 56 is pressed by the user, the locking edge of its flexible arm 52 will be lowered below the bottom surface of the slide rail so that the slide rail 14 can slide on the top of the flexible arm in a released state, and the button 56 provides a The button 56 has a flexible function of being pressed and swinging.

However, there are still some problems in the actual use of the conventional structure type mentioned in the previous paragraph. For example, based on the consideration of the safety of use, the product of this kind of tool placement structure usually needs to undergo a drop test before leaving the factory. Check the firmness of the combination between the slide rail 14 and the tray 12. At this time, because the button 56 has the characteristics of being able to swing flexibly, at the moment when the tool placement structure product falls from a height and hits the ground, The button 56 is most likely to be affected by the impact force to produce a vibration displacement phenomenon, thereby causing the slide rail 14 to be released and slid to loosen the state, that is to say, the slide rail 14 and the tray of the conventional tool placement structure Among the 12, there are still problems such as insufficient combination positioning stability, easy loosening and separation during use, and safety concerns.

The main purpose of the present invention is to provide a three-axis end-limited tool placement structure. The technical problem to be solved is how to develop a new type of tool placement structure with more ideal practicability Think about the goal and make breakthroughs. The three-axis end-limited tool placement structure is used for assembly and positioning of the tool placement strips and is in a detachable state. Each tool placement strip is a long structure formed with a first end, a second end and a The long plate section, the first end and the second end respectively include an end, a top surface and two sides, the long plate section is slidably provided with a plurality of tool placement seats, and each tool placement seat is convexly provided with a tool positioning part, and A Z axis is defined according to the protruding direction of the tool positioning portion.

Based on the aforesaid purpose, the technical characteristics of the present invention to solve the problem mainly lie in that the three-axis end-positioning tool placement structure includes: a basic face, the horizontal extension direction of which is far away from the surface defines the X-axis and the Y-axis , and the basic face defines at least one placement area; a first end three-axis limiter is formed in each placement area of the basic face and corresponds to the position of the first end of each tool placement bar, the first end The three-axis limiting part includes an end-to-resisting wall, two lateral limiting walls and a pressing edge, wherein the end-to-resisting wall abuts against the first end surface of the corresponding tool placement bar, thereby forming X-axis rigidity In the limit state, the two lateral limit walls are against the two sides of the first end of the corresponding tool placement bar, thereby forming a rigid limit state in the Y-axis, and the pressing edge is pressed against the corresponding tool The top surface of the first end of the strip is placed to form a Z-axis rigidly abutting against the limit state, and each pressing edge is further formed with an oblique guide surface, and the oblique guide surface has an obliquely upward leading-in end; a second end The X-axis limiting part is formed in each placement area of the basic face and corresponds to the position of the second end of each tool placement bar. The shape of the X-axis limiting part at the second end is such that the corresponding tool is placed At least the X-axis of the second end of the release bar is limited; a second-end sliding Z-axis limiter is formed at the position adjacent to the X-axis limiter of the second end, and the second end of the sliding Z-axis The limiter includes a track set and a slide cover, wherein the slide cover is slid on the track set and can be forced to move back and forth along the X-axis, forming a release position and a lock position for the slide cover in use. When the slide cover is locked When in position, it is used to cover the top surface of the second end of the tool placement bar, thereby forming a Z-axis limit state. When the slide cover is in the release position, the second end of the tool placement bar shows a Z-axis release position. Displacement state; and according to the inclined guide surface, the inclined upward extension line is defined by the inclined upward extension line, and the extension path of the inclined upward extension line is higher than the sliding cover of the second end sliding Z-axis limiter The topmost height.

The main effect and advantage of the present invention is that it can achieve a firm combined positioning state in the X, Y, and Z axes between the tool placement bar and the basic face placement area, thereby effectively preventing the tool placement bar from loosening and shifting. It is indeed practical and progressive; and by virtue of the technical feature of the oblique guide surface formed on the pressing edge of the triaxial limit portion at the first end, the setting of the oblique guide surface can be used to conform to the tool The state when the first end of the storage bar is inserted at an oblique angle achieves the advantage of improving the smoothness of the insertion of the tool storage bar; and the switching of the positioning release state of the tool storage bar is through the user pushing the slide cover to the release position Or different locking positions can be achieved, the operation is quite simple, convenient and easy to use, and it is particularly practical and progressive.

Please refer to Figures 1 to 10, which are preferred embodiments of the three-axis end-limited tool placement structure of the present invention, but these embodiments are for illustration purposes only, and are not subject to this patent application. structural constraints.

The three-axis end-limited tool placement structure is used to assemble and position at least one tool placement bar 10 and is in a detachable state. Each tool placement bar 10 is a long structure and forms a first One end 11, a second end 12 and a long plate section 13 between the first end 11 and the second end 12, the first end 11 and the second end 12 respectively include an end portion 111 (121) 1. A top surface 112 (122) and two side edges 113 (123), the long plate section 13 is slidably provided with a plurality of tool placement seats 14, and each tool placement seat 14 is convexly provided with a tool positioning portion 141 (which can be But not limited to the shape of a square socket cylinder), and a Z-axis (marked in FIG. 3 ) is defined according to the protruding direction of the tool positioning portion 141 .

The three-axis end-limited tool placement structure includes the following components: a basic face 20, the horizontal extension direction of which is far away from the surface defines an X-axis and a Y-axis (marked with reference to FIG. 3 ), And the basic face 20 defines at least one placement area 21; a first end triaxial limiter 30 is formed in each placement area 21 of the basic face 20 and corresponds to each tool placement bar 10 At the position of the first end 11, the first end three-axis limiting portion 30 includes an end-toward abutting wall 31, two lateral limiting walls 32 and at least one pressing edge 33, wherein the end-towards abutting wall 31 It is used to abut against the end surface 111 of the first end 11 of the corresponding tool placement bar 10, so as to form an X-axis rigid abutment limit state, and the two lateral limit walls are used to abut against the corresponding tool The two side edges 113 of the first end 11 of the placement bar 10 form a Y-axis rigid abutment limit state, and the at least one pressing edge 33 is used to press against the top of the corresponding first end 11 of the tool placement bar 10 surface 112, so as to form a Z-axis rigid against the limit state, and each of the pressing edge 33 is further formed with an oblique guide surface 331, the oblique guide surface 331 has an obliquely leading-in end 332; a second end The X-axis limiting portion 40 is formed in each placement area 21 of the basic surface 20 and corresponds to the position of the second end 12 of each tool placement bar 10, and the X-axis limiting portion 40 at the second end The type is used to make at least the X-axis limit of the second end 12 of the corresponding tool placement bar 10; a second-end sliding Z-axis limiter 50 is formed at the second end At the position adjacent to the X-axis limiting part 40, the second end sliding Z-axis limiting part 50 includes a track set 51 and a slide cover 52, wherein the slide cover 52 is slid on the track set 51 to be able to Forced to move back and forth along the X-axis, the sliding cover 52 has a release position and a locking position in use; when the sliding cover 52 is in the locking position, it is used to cover the blocking position of the tool. The top surface 122 of the second end 12 of the bar 10, thereby forming a Z-axis limiting state, and when the sliding cover 52 is in the release position, the second end 12 of the tool placement bar 10 presents a Z-axis release and displacement state and wherein as shown in FIG. 5 , according to the obliquely upward introduction end 332 of the oblique guide surface 331, an obliquely upward extension line L1 is defined, and the extension path of the obliquely upward extension line L1 is higher than the The topmost height of the slide cover 52 of the second end sliding Z-axis limiter 50 . The effect of this type definition is that the tool placement bar 10 can be smoothly inserted and assembled to ensure that the second end 12 will not be blocked by the sliding cover 52 .

Wherein, the application form of the basic face 20 is one of the following: first, formed on a tray 60 structure (as shown in Figures 1 and 2); second, formed on a tool storage object 70 as shown in Figure 14 On the partial surface of the structure, the tool storage object 70 is any one of a tool box, a tool rack or a tool cabinet.

As shown in FIG. 3 , in this example, the second end X-axis limiting portion 40 includes a protruding blocking piece 41 formed on the basic surface 20, and the configuration and position of the protruding blocking piece 41 are just right. To abut against the corresponding X-axis orientation of the second end 12 end 121 of the tool placement bar 10 (as shown in FIG. 9 ).

In the embodiment disclosed in the above paragraph, the track set 51 includes two slide rails 512 arranged in pairs at intervals, and the two slide rails 512 are oppositely formed with two abutting edge portions 514, and the protruding blocking piece 41 and the slide cover 52 There is an interlocking limiting member 80 (as shown in FIG. 12 , the specific interlocking shape is not limited) which is used to limit the locking position of the sliding cover 52 . The two abutting edges 514 are mainly used as stoppers for the sliding cover 52 to move to the end of the locking position, and can also be used to abut against the two side edges 123 of the second end 12 of the tool placement bar 10 correspondingly, so as to obtain the Y-axis To the limit effect.

With the above-mentioned structural composition and technical features, the practical application of the three-axis end-limited tool placement structure disclosed in the present invention is as shown in Figure 4 and Figure 5 in terms of the preferred embodiment of the previous disclosure. It shows that when the user wants to assemble the tool placement bar 10 in the placement area 21, firstly, the first end 11 of the tool placement bar 10 is inclined downward toward the first end triaxial limiter 30. Displacement (as shown by the arrow L2 in Figure 5), then as shown in Figure 6 and Figure 7, make the end face 111 of the first end 11 of the tool placement bar 10 continue to be displaced until it is inserted against the end against the wall 31, and then As shown in Figure 8 and Figure 9, press down the second end 12 of the tool placement bar 10 (as shown by the arrow L3 in Figure 9), so that it is placed on the X-axis limiting part 40 of the second end and the second end The ends 121 of the two ends 12 lean against the protruding blocking piece 41, and then as shown in Figure 10 and Figure 11, slide the slide cover 52 from the release position (as shown by the arrow L4 in Figure 10 and Figure 11 ) to lock Position, so as to cover and block the top surface 122 of the second end 12 of the tool placement bar 10, forming a Z-axis limit state, so as to constitute the combined positioning state of the tool placement bar 10 as shown in Figure 1 and Figure 2, Wherein the first end 11 and the second end 12 of the tool placement bar 10 can obtain the all-round stable positioning state of the X, Y and Z axial directions; it can be seen that the tool placement bar 10 of the present invention is in an assembled state It is quite solid, there is no possibility of loosening in any axial direction, no possibility of loosening, the safety of use is greatly improved, and it can effectively prevent the tool placement bar 10 from falling apart from the placement area 21 and the switching of the positioning release state of the tool placement bar 10 is achieved by the user pushing the sliding cover 52 to the release position or the lock position, and the operation is quite simple, convenient and easy to use.

Also as shown in FIG. 15 , in this example, the second end X-axis limiting portion 40 includes a boss 42 formed on the basic surface 20 so that the corresponding second end 12 of the tool placement bar 10 A threading hole 124 is formed at the opposite position, through which the threading hole 124 is nested in the boss 42 so that both the X-axis and the Y-axis of the second end 12 of the tool placement bar 10 are limited.

In the embodiment disclosed in the above paragraph, the rail set 51 includes two sliding rails 512 arranged in pairs at intervals, and the two sliding rails 512 are oppositely formed with two abutting edge portions 514, and the sliding cover 52 is provided with a Engagement member 90 (as shown in Figure 16), in order to make the locking position state of this sliding cover 52 obtain limitation. The specific implementation shape of the engaging member 90 is, Any shape that is set so that the protruding post 42 can produce a locking and positioning effect can be implemented.

10: Tool placement bar 11: first end 111: end 112: top surface 113: side 12: Second end 13: Long board section 121: end 122: top surface 123: side 124: Wearing a sleeve hole 14: Tool holder 141:Tool positioning department 20: Basic Facial 21: Placement area 30: The three-axis limit part of the first end 31: End to the wall 32: lateral limit wall 33: Compression edge 331: inclined guide surface 332: Slant up the lead-in end 40: The X-axis limit part of the second end 41: Protruding block 42: convex post 50: The second end sliding Z-axis limiter 51: Track group 512: slide rail 514: against the edge 52: slide cover 60: tray 70: Tool storage utensils 80: Embedded limit member 90: Fastening member L1: Inclined upward extension line L2, L3, L4: Arrows X, Y, Z: Axial

Fig. 1 is a combined perspective view of a preferred embodiment of the present invention. Fig. 2 is a top view of a preferred embodiment of the present invention. Fig. 3 is an exploded perspective view of partial components of a preferred embodiment of the present invention. Fig. 4 is a three-dimensional schematic view of step 1 of assembling the tool holder of the present invention. FIG. 5 is a schematic cross-sectional view corresponding to FIG. 4 . Fig. 6 is a three-dimensional schematic diagram of the second assembly step of the tool holder of the present invention. FIG. 7 is a schematic cross-sectional view corresponding to FIG. 6 . Fig. 8 is a three-dimensional schematic view of the third step of assembling the tool holder of the present invention. FIG. 9 is a schematic cross-sectional view corresponding to FIG. 8 . Fig. 10 is a three-dimensional schematic view of step 4 of assembling the tool placing bar of the present invention. FIG. 11 is a schematic cross-sectional view corresponding to FIG. 10 . Fig. 12 is the implementation of the protruding block and the sliding cover of the present invention, which are provided with embedded stoppers for relative cooperation. examples. Fig. 13 is a cross-sectional view of the assembled state of the slide cover and the track assembly of the present invention. Fig. 14 is an embodiment diagram of the basic face of the present invention formed on the structure of the tool storage utensil. Fig. 15 is an embodiment diagram of the X-axis limiting part of the second end of the present invention in the form of a boss. Fig. 16 is a diagram of an embodiment in which the sliding cover is provided with a snap-fitting member in the embodiment disclosed in Fig. 15 .

10: Tool placement bar

11: first end

111: end

112: top surface

113: side

12: Second end

13: Long board section

121: end

122: top surface

123: side

14: Tool holder

141:Tool positioning department

20: Basic Facial

21: Placement area

30: The three-axis limit part of the first end

31: End to the wall

32: lateral limit wall

33: Compression edge

331: inclined guide surface

332: Slant up the lead-in end

40: The X-axis limit part of the second end

41: Protruding block

50: The second end sliding Z-axis limiter

51: Track group

512: slide rail

514: against the edge

52: slide cover

60: tray

X, Y, Z: Axial

Claims (8)

A three-axis end-limited tool placement structure, which is used for assembly and positioning of at least one tool placement bar and is in a detachable state. Each tool placement bar is a long structure formed with a first end , a second end and a long plate section between the first end and the second end, the first end and the second end respectively include an end, a top surface and two sides, the long plate section A plurality of tool placement seats are slidingly provided, and each tool placement seat is protruded with a tool positioning part, and a Z-axis is defined according to the protruding direction of the tool positioning part; the three-axis end-limiting tool Placement structures include: A basic face, the horizontal extension directions of the faces far away from it define an X-axis and a Y-axis, and the basic face defines at least one placement area; A first-end triaxial limiting portion is formed in each placement area of the basic face and corresponds to the position of the first end of each tool placement bar, the first end triaxial limiting portion It includes an end to abutting wall, two lateral limiting walls and at least one pressing edge, wherein the end to abutting wall is used to abut against the corresponding first end surface of the tool placement bar, so as to form X axial rigidity Abutting against the limiting state, the two lateral limiting walls are used to abut against the corresponding two sides of the first end of the tool placement bar, so as to form a Y-axis rigidly abutting against the limiting state, and the at least one pressing edge It is used to press against the top surface of the first end of the corresponding tool placement bar, so as to form a Z-axis rigid abutment limit state, and each of the pressing edges is further formed with an oblique guide surface, and the oblique guide The mask has an inclined upper lead-in end; A second end X-axis limiting part is formed in each of the placement areas of the basic surface and corresponds to the position of the second end of each of the tool placement bars. The shape of the second end X-axis limiting part state, which is used to limit at least the X-axis corresponding to the second end of the tool placement bar; and A second-end sliding Z-axis limiting part is formed at a position adjacent to the second-end X-axis limiting part, and the second-end sliding Z-axis limiting part includes a track set and a sliding cover , wherein the sliding cover is slidably arranged on the track group and can be forced to move reciprocally along the X-axis, so that the sliding cover has a release position and a locking position in use; Wherein, when the sliding cover is in the locking position, it is used to cover and block the top surface of the second end of the tool placement bar, thereby forming a Z-axis limiting state; and when the sliding cover is in the releasing position, the The second end of the tool placement bar is in a Z-axis release and displaceable state; And wherein, according to the obliquely upward introduction end of the oblique guide surface, an obliquely upward extension line is defined, and the extension path of the obliquely upward extension line is higher than the sliding Z-axis limit of the second end The topmost height of the slider. The three-axis end-limited tool placement structure as described in claim 1, wherein the application type of the basic face is one of the following: First, it is formed on a pallet structure; Second, it is formed on a partial surface of a tool storage utensil structure, and the tool storage utensil Either a Toolbox, Tool Rack, or Tool Cabinet. The three-axis end-limited tool placement structure according to claim 1 or 2, wherein the second end X-axis limiter includes a protruding stop formed on the basic surface, and the protruding stop The configuration and position of the sheet is just to abut against the corresponding X-axis direction of the second end of the tool placement bar. The three-axis end-limited tool placement structure according to claim 3, wherein the track set includes two slide rails arranged in pairs at intervals, and two abutting edges are formed opposite to each other on the two slide rails. The three-axis end-limited tool placement structure as described in claim 3, wherein an embedded stop member is provided in relative cooperation between the protruding blocking piece and the sliding cover to make the sliding cover The locked position state gets restricted. The three-axis end-limiting tool placement structure according to claim 1 or 2, wherein the second end X-axis limiting part includes a protrusion formed on the basic surface, so that the corresponding A threading hole is formed at the opposite position of the second end of the tool placing bar, through which the threading hole is nested in the boss, so that both the X-axis and the Y-axis of the second end of the tool placing bar are limited. The three-axis end-limited tool placement structure according to Claim 6, wherein the track set includes two slide rails arranged in pairs at intervals, and two abutting edge portions are formed opposite to each other on the two slide rails. The three-axis end-limited tool placement structure as described in claim 6, wherein the sliding cover cooperates with the protruding post to provide an engaging member for limiting the locking position of the sliding cover.

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