TWI805536B - Slider limit tool placement plate - Google Patents

Abstract

The invention provides a slider limit tool placement plate, which is characterized that the plate is provided with a slider to limit the tool strip in the Z-axis, the sliding piece comprises a pressing plate part, two compression edge parts, an abutting edge and an inner side, wherein the pressing plate part is used to align the second end section of the tool strip and has the Z-axis limiting effect, and the compression edge part is embedded in the second end buckle part in a sliding manner along the X-axis. An anti disengaging stopper is formed at the bottom of the plate adjacent to the edge of the second end. The anti disengaging stopper includes a release control part and a clamping part with elastic swing reset characteristics, wherein the clamping part and the height of the slider inside in the Z-axis present a relative alignment relationship, and the release control part is used to release the abutting state of the clamping part.

Description

Slider limited tool bar placement tray

The invention relates to a tool bar placement tray; in particular, it refers to an innovative tool placement structure that achieves the function of locating tool bars by means of sliding parts.

The tool strip placement tray referred to in the present invention refers to the assembly of a plurality of tools (such as sleeves) with different specifications on a strip-shaped seat structure, and then the strip-shaped seat body is assembled and positioned on a placement tray structure. The tool on the placement function product type.

In terms of the structural design of the conventional tool bar placement tray, as revealed in the content of the US9364949B2 US invention patent case "sliding rail and tray for socket wrench", the positioning of the tool bar is usually to use its own horizontal sliding assembly method to insert Inserted into the preset horizontal card slot of the storage box, so as to achieve a certain degree of restrictive positioning effect; however, this conventional structure still has some problems and disadvantages in practical application experience, for example , because the placement tray must form a horizontal card slot with sufficient insertion travel, so the length specification of the placement box corresponding to the end direction of the tool bar must be enlarged to a certain extent in length and volume to meet its positioning requirements, but this will inevitably Causes the problem that the material cost of the placement box is greatly increased; and in terms of positioning stability, under the condition that tools (such as sleeves) are loaded, because the tool bar is positioned by horizontal sliding assembly, so when it is faced with a reverse When a force is applied to it, it may easily exit to the released state. Therefore, when the product drop test is carried out in the industry, the instantaneous impact and vibration of the storage box will often cause the toolbar to decompose and fall off by itself, making it difficult to pass the test. It can also be seen that there are hidden dangers in its use.

The main purpose of the present invention is to provide a slider-limited tool bar storage tray. The technical problem to be solved is how to develop a new type of tool bar storage structure that is more ideal and practical. Think about innovative breakthroughs.

Based on the aforesaid purpose, the technical characteristics of the present invention to solve the problem mainly lie in that the slider-limited tool bar placement tray includes: a tray body with a tray bottom, a first end-to-edge, a second end-to-edge and two lateral sides , the first end-to-side and the second end-to-side are far away from each other, and one of an X-axis, a Y-axis, and a vertical direction is defined according to the horizontal extension direction of the first end-to-side and the second end-to-side Z axial direction; more than one first end to the card edge, formed on the edge of the disk adjacent to the first end; two second end buckle parts, formed in pairs on both sides of the second end of the disk Configuration: more than one tool bar, each tool bar is elongated and defined to form a first end-to-section and a second end-to-section, and between the first end-to-section and the second end-to-section There are a plurality of tool positioning components, wherein the first end-to-section is assembled toward the first end-to-edge of the disc body, and the first-end-to-section is inserted and positioned on the first end-to-card edge, and the first end-to-card The edge and the second end-to-edge form a limiting effect on the tool strip in the X-axis direction, the second end-to-section is assembled toward the second end-to-edge of the disc body, and the second end-embedded part and the second end-to-area The sections are in a mutual alignment relationship in the X-axis direction; a sliding part used to limit the tool bar in the Z-axis direction, the sliding part includes a pressing plate part, two compression edge parts, an abutting edge and an inner side, wherein The pressing plate part is used to align the second end section of the tool bar so as to have a Z-axis limiting effect, and the pressure-receiving edge part slides along the X-axis and fits into the buckle part of the second end, abutting against the edge Leaning against the second end of the disc body; an anti-disengagement stopper, formed at the bottom of the disc body adjacent to one of the second end to the side, the anti-disengagement stopper includes a release control part and has an elastic swing One of the reset characteristics is the abutment part, wherein the height of the abutment part and the inner side of the slider in the Z-axis is in a relative abutment relationship, and the release control part is used to release the abutment state of the abutment part.

Wherein, the said second-end buckling parts can also be formed in pairs at two positions spaced apart from the second end of the tray body, including a plurality of hook parts and a plurality of hook edges formed on the pressing plate part, so that the plurality of hooks The buckle edges are embedded in the plurality of hooks in a manner of sliding along the X-axis, so as to form a Z-axis positioning state for the slider.

The effects and advantages of the present invention are mainly through the structural type and technical features of the sliding part limit tool bar and the anti-off blocking part to switch the positioning state of the sliding part, so that the disk body can be in the condition of the shortest length in the X-axis Under this condition, the stable positioning effect of the optimized tool bar is achieved, thereby ensuring that it has a better tool placement and stable state, and has better industrial economic benefits of reducing the material cost of the tool bar placement plate product.

Please refer to Fig. 1 to Fig. 9, which are preferred embodiments of the slider-limited tool bar placement tray of the present invention, but these embodiments are only for illustration purposes, and are not limited by this structure in patent applications .

The slider-limited tool bar placement tray includes the following components: a tray body 10 having a tray bottom 13, a first end to the side 11, a second end to the side 12 and two lateral sides 14, wherein The first end-side 11 and the second end-side 12 are far away from each other, and according to the horizontal extension direction of the first end-side 11 and the second end-side 12, an X-axis and a Y-axis are defined. Axial direction, and a vertical Z axial direction (as shown in Figure 1); more than one first end toward the card edge portion 20, formed on the side 11 adjacent to the first end of the disk body 10; two The second end buckle portion 30 is formed in pairs on both sides of the second end of the tray body 10 toward the edge 12; more than one tool bar 40, the tool bar 40 is elongated and defined to form a first end A section 41 and a second end section 42, and there are a plurality of tool positioning parts 43 between the first end section 41 and the second end section 42, wherein the first end section 41 is assembled toward the side 11 of the first end of the tray body 10, and the first end section 41 is inserted and positioned in the first end card edge portion 20, and the first end card edge portion 20 and the card edge portion 20 are The second end to the side 12 forms a limiting effect on the tool bar 40 in the X-axis direction, and the second end to the section 42 is assembled toward the second end of the disk body 10 to the side 12, and the second end The interlocking part 30 and the second end section 42 are in an alignment relationship in the X-axis direction; a sliding part 50 for limiting the tool bar 40 in the Z-axis direction, the sliding part 50 includes a pressing plate part 51. Two compressed edge portions 52, an abutting edge 53 and an inner side 54, wherein the pressing plate portion 51 is used to align the second end section 42 of the tool bar 40 so as to have a Z-axis limiting effect, the Two pressure-receiving edge portions 52 are formed on two ends of the pressing plate portion 51, and the two pressure-receiving edge portions 52 are respectively fitted in the two second-end interlocking parts 30 in a sliding manner along the X-axis, so that the sliding Part 50 forms a positioning state in the Z-axis; an anti-disengagement blocking member 60 is formed at one of the bottom 13 of the disc body 10 adjacent to the second end to the edge 12, and the anti-disengagement blocking member 60 includes A release control part 61 and a latching part 62 with elastic swing reset characteristics, wherein the latching part 62 and the inner side 54 of the slider 50 present a relative abutting relationship at the height of the Z-axis, and the release control part 61 is It is used to release the abutment state of the aforesaid abutting portion 62 .

As shown in Fig. 2 and Fig. 5, wherein said second end buckle part 30B can also be formed on the second end of the tray body 10 toward the edge 12 and arranged in pairs, including a plurality of hook parts 32 and forming On the plurality of hooking edges 33 of the pressing plate portion 51, the plurality of hooking edges 33 are inserted into the plurality of hooking portions 32 in a manner of sliding along the X-axis, thereby forming the Z-axis positioning of the sliding member 50 State; this example mainly provides another preferred embodiment of the second end buckle part 30B, but for the sake of brevity on the drawing of this case, the above two second end buckle parts 30, 30B are presented side by side, so It also illustrates that the above two implementation types of the second-end embedding parts 30 and 30B can be used alternatively, or can be used together, without limitation.

In addition, as the above-mentioned two second-end buckling parts 30 and 30B have different implementation types, the position where the locking part 62 of the anti-off locking part 60 abuts is slightly different, and the hook part 32 is matched with the hook For the embodiment of the edge 33, the abutment position of the abutment portion 62 will fall on the same side of the buckle edge 33 on the inner side 54 of the slider 50 (as shown in FIG. 2 and FIG. 6 ), but if the second end When the interlocking parts 30 are arranged in pairs on both sides of the second end of the disc body 10 toward the edge 12, the abutment position of the abutting part 62 of the anti-off blocking part 60 will fall on the sliding part 50. 54 inside.

As shown in Figures 2 and 8, in this example, the pressing plate portion 51 of the sliding member 50 is further formed with more than one elastic piece 56, which is used to elastically press against the first side of the tool bar 40 at the opposite position. The two ends face the section 42 , thereby forming an elastic pressing effect in the Z-axis, and further improving the pressing and positioning effect of the tool bar 40 .

As shown in Figure 2 and Figure 7, in this example, each of the second-end interlocking parts 30 is further formed with a positioning concave part 31, so that each of the pressing edge parts 52 of the slider 50 is correspondingly formed with a positioning convex part 57 ; In this example, the positioning convex portion 57 is engaged with the positioning concave portion 31, so that when the slider 50 slides laterally into place, the operator has the feeling of being in gear and positioned.

As shown in Figure 2 and Figure 5, in this example, each of the pressure receiving edge parts 52 and the pressing plate part 51 is further connected through a Z-axis connecting wall 58, and the Z-axis connecting wall 58 and The interlocking part 30 of the second end is in a mutual abutting relationship in the Y-axis; the disclosure in this example is mainly to provide a kind of abutment between the pressing plate part 51 and the interlocking part 30 of the second end in the Y-axis direction to achieve stable positioning. Concrete implementation type. Alternatively, each of the pressure-receiving edge portions 52 of the sliding member 50 and the second end engaging portion 30 of the disc body 10 are in a direct abutting relationship with each other in the Y-axis (note: the drawing is omitted in this example), More specifically, the Z-axis cross-section of the sliding member 50 can also be set in a shape similar to a straight plate.

As shown in FIG. 4 and FIG. 6 , in this example, the abutting side 53 of the sliding member 50 is abutting against the second end side 12 of the tray body 10 .

As shown in Figure 3, in this example, the first end to the card edge portion 20 is formed on the first end to the side 11 of the disk body 10, and the shape of the first end to the card edge portion 20 can be The first end of the tool bar 40 is inserted into the section 41 to further reach the Y-axis positioning state.

As shown in Figure 3, in this example, the bottom 13 of the tray body 10 corresponds to the first end of the tool strip 40 to form a first limiting protrusion 131 at the section 41, so that the first The end section 41 is correspondingly equipped with a first limiting edge 411 (note not limited to holes, grooves or concave edges, etc.); as shown in Figure 2, the bottom 13 of the disc body 10 corresponds to the The second end of the tool bar 40 is further formed with a second limiting protrusion 132 at the section 42, so that the second end is correspondingly provided with a second limiting edge 422 toward the section 42; The implementation mode of unpacking and positioning can make the X and Y axes of the tool bar 40 be positioned.

By virtue of the above-mentioned structural composition and technical features, the positioning and assembly of the tool bar 40 in the actual application of the slider-limited tool bar placement tray disclosed in the present invention is as follows: Please refer to FIG. 3 , first place the tool bar 40 The first end-to-section 41 is embedded and positioned on the first end-to-card edge portion 20 of the first end-to-side 11 of the tray body 10, and then as shown in FIG. 2 , the second end-to-section of the tool strip 40 42 is aligned and assembled on the second end side 12 of the disc body 10 along the Z-axis; then the slider 50 is assembled, as shown in FIG. The dislocation of the buckle part 30 is assembled (as shown by the arrow L1), and then it will press the locking part 62 of the anti-off blocking part 60 elastically downward, and then the sliding part 50 will be displaced along the X axis (as shown by the arrow No. L2), until the two pressed edge portions 52 are fitted into the two second end buckling positions 30 (as shown in FIG. 5 ), and the pressing plate portion 51 is opposite to the second end section of the tool bar 40 42 forms a Z-axis limiting effect. At this time, the engaging portion 62 of the anti-off blocking member 60 will bounce up against the inner side 54 of the sliding member 50 (as shown in FIG. 6 ), so that the embedded part 62 of the sliding member 50 The group reaches a stable and anti-off state. Conversely, when the user intends to release the sliding member 50 , the user presses the release control portion 61 of the anti-disengagement blocking member 60 to relatively release the abutting state of the above-mentioned abutting portion 62 . The present invention mainly uses the slider 50 to limit the tool bar 40, and cooperates with the anti-off stopper 60 to switch the structural type and technical features of the positioning state of the slider 50, so that the disk body 10 can have the shortest length in the X-axis Under certain conditions, the stable positioning effect of the tool bar can be optimized, so as to ensure that it has a better tool placement and stable state, and also has better industrial economic benefits of reducing the material cost of the tool bar placement plate product.

10: Disk body 11: first end to side 12: Second end to edge 13: Bottom of the plate 131: the first limit post 132: The second limit post 14: lateral edge X, Y, Z: Axial 20: The first end faces the card edge 30: Embedding part of the second end 30B: Embedding part of the second end 31: Positioning recess 32: hook part 33: Hook edge 40: toolbar 41: first end-to-section 411: the first limiting edge 42: Second end-to-section 422: the second limiting edge 43:Tool positioning parts 50: Slider 51: Press board part 52: Compression edge 53: against the edge 54: inside 56: Elastic body 57: Locating convex part 58:Z axial connection wall 60: Anti-loosening block 61:Release control department 62: Card Arrival Department L1, L2: Arrows Note: 4-4, 5-5, 6-6, 7-7 and 8-8 marked in Fig. 4 Please refer to the diagram for a brief description of its representative meaning.

Fig. 1 is an overall assembled perspective view of a preferred embodiment of the present invention. Fig. 2 is an exploded perspective view 1 of partial components of a preferred embodiment of the present invention. Fig. 3 is an exploded perspective view 2 of partial components of a preferred embodiment of the present invention. Fig. 4 is an assembled perspective view of partial components of a preferred embodiment of the present invention. Fig. 5 is a sectional view of 5-5 in Fig. 4 . Fig. 6 is a sectional view of 6-6 in Fig. 4 . Fig. 7 is a sectional view of 7-7 in Fig. 4 . Fig. 8 is a sectional view of 8-8 in Fig. 4 . Fig. 9 is a schematic diagram of the change of the assembly path of the slider according to the preferred embodiment of the present invention.

10: Disk body

12: Second end to edge

13: Bottom of the plate

132: The second limit post

14: lateral edge

30: Embedding part of the second end

30B: Embedding part of the second end

31: Positioning recess

32: hook part

33: Hook edge

40: toolbar

42: Second end-to-section

422: the second limiting edge

43:Tool positioning parts

50: Slider

51: Press board part

52: Compression edge

53: against the edge

54: inside

56: Elastic body

57: Locating convex part

58:Z axial connection wall

60: Anti-loosening block

61:Release control department

62: Card Arrival Department

X, Y, Z: Axial

Claims (9)

A sliding part limiting tool bar placement tray, comprising: A plate body has a plate bottom, a first end to the edge, a second end to the edge and two lateral edges , wherein the first end-to-side and the second end-to-side are in a relationship away from each other, and an X-axis and a Y-axis are defined according to the horizontal extension direction of the first end-to-side and the second end-to-side , and one of the vertical directions Z-axis; More than one first end-to-card edge portion formed on the side of the tray adjacent to the first end-to-edge ; two second-end buckle parts, formed in pairs on both sides of the second end of the tray; More than one tool bar, the tool bar is elongated and defined to form a first end segment and a second end segment, and between the first end segment and the second end segment There are a plurality of tool positioning components, wherein the first end section is assembled towards the first end edge of the tray body, and the first end section is inserted and positioned in the first end card edge, The first end to the card edge and the second end to the edge form a limiting effect on the tool strip in the X-axis direction, the second end to the section is assembled toward the second end to the side of the disk body, and The interlocking portion of the second end and the second end section are in an alignment relationship with each other in the X-axis direction; A sliding part for limiting the tool bar in the Z-axis, the sliding part includes a pressing plate part, two pressing edge parts, an abutment edge and an inner side, wherein the pressing plate part is used for aligning the tool bar The second end section thus has a Z-axis limiting function, the two pressure-receiving edge portions are formed at two ends of the pressing plate portion, and the two pressure-receiving edge portions are respectively fitted in the X-axis sliding manner. The two second ends are embedded with buckling parts, so as to form a Z-axis positioning state for the sliding member; and An anti-disengagement stopper, formed on the bottom of the disc body adjacent to one of the second end-towards sides, the anti-disengagement stopper includes a release control part and a stopper part with elastic swing reset characteristics , wherein the height of the engaging portion and the inner side of the slider in the Z-axis is in an abutting relationship relative to each other, and the release control portion is used to release the abutting state of the aforementioned engaging portion. The slider-limited tool bar placement tray as described in claim 1, wherein each of the second-end buckle parts is further formed with a positioning recess, so that each of the pressure-receiving edges of the slider is correspondingly formed with a positioning protrusion . The slider-limited tool bar placement tray as described in claim 1, wherein each of the pressure-receiving edge parts of the slider and the pressing plate part are further connected through a Z-axis connecting wall, and the Z The axial connecting wall and the second end interlocking portion are in a mutual abutting relationship in the Y-axis. The slider-limited tool bar placement tray as described in Claim 1, wherein each of the pressure-receiving edges of the slider and the second end of the tray body are in a direct mutual abutting relationship in the Y-axis . The slider-limited tool bar tray according to claim 1, wherein the abutting edge of the slider abuts against the second end edge of the tray body. The slider-limited tool bar storage tray according to claim 1, wherein the first end facing the card edge is formed on the first end facing the side of the tray body, and the first end facing the card edge The shape enables the first end of the tool strip to be inserted into the segment to further achieve the Y-axis positioning state. A sliding part limiting tool bar placement tray, comprising: A plate body has a plate bottom, a first end to the edge, a second end to the edge and two lateral edges , wherein the first end-to-side and the second end-to-side are in a relationship away from each other, and an X-axis and a Y-axis are defined according to the horizontal extension direction of the first end-to-side and the second end-to-side , and one of the vertical directions Z-axis; More than one first end-to-card edge portion formed on the side of the tray adjacent to the first end-to-edge ; A second-end snap-in portion, formed in pairs at two positions spaced apart from the second end of the disk body, including a plurality of hook portions; More than one tool bar, the tool bar is elongated and defined to form a first end segment and a second end segment, and between the first end segment and the second end segment There are a plurality of tool positioning components, wherein the first end section is assembled towards the first end edge of the tray body, and the first end section is inserted and positioned in the first end card edge, The first end to the card edge and the second end to the edge form a limiting effect on the tool strip in the X-axis direction, the second end to the section is assembled toward the second end to the side of the disk body, and The interlocking portion of the second end and the second end section are in an alignment relationship with each other in the X-axis direction; A slider for limiting the tool bar in the Z-axis, the slider includes a pressing plate portion, an abutting edge, an inner side and a plurality of hooking edges formed on the pressing plate portion, wherein the pressing plate portion is used for The second end section of the tool bar is aligned to have a Z-axis limiting effect, and the plurality of hook edges are respectively embedded in the plurality of hook parts in a manner of sliding along the X-axis, so that the slider forming a Z-axis positioning state; and An anti-disengagement stopper, formed on the bottom of the disc body adjacent to one of the second end-towards sides, the anti-disengagement stopper includes a release control part and a stopper part with elastic swing reset characteristics , wherein the height of the locking portion and the inner side of the slider in the Z-axis is at a relative position The abutting relationship, the release control part is used to release the abutting state of the aforesaid locking part. The slider-limited tool bar tray according to claim 7, wherein the abutting edge of the slider abuts against the second end edge of the tray body. The slider-limited tool bar storage tray according to claim 7, wherein the first end is formed on the first end of the tray body toward the card edge, and the first end is formed on the edge of the card edge. The shape enables the first end of the tool strip to be inserted into the segment to further achieve the Y-axis positioning state.

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