TWM638197U - Anti-theft tool elevator - Google Patents

Abstract

An anti-theft tool elevator, comprising an elevator and an insertion rod, wherein the positioning concave formed by the elevator and the positioning protrusion formed by the insertion rod are combined to form a first anti-theft structure, and the combined section formed by the insertion rod and the The shrapnel formed by the elevator are combined with each other to form the second anti-theft structure, whereby the first and second anti-theft structures are respectively embedded in the anti-theft tool elevator, preventing unscrupulous people from easily destroying and directly stealing hand tool accessories.

Description

Anti-theft tool elevator

This creation is about the technical field of tool elevators, especially about a kind of anti-theft tool elevator.

Elevators are generally used to display hand tool accessories (such as sockets). In order to prevent unscrupulous people from stealing hand tool accessories from the display stand, the elevator is usually designed with an anti-theft structure to cooperate with hand tool accessories.

Press, Taiwan Patent TWI604813 (hereinafter referred to as '813) discloses a tool holder device, '813 is respectively provided with a necked part and an elastic buckle part on each insertion rod, and the supporting plate is provided with a socket for each insertion rod. The buckle part of the rod is inserted into the slot of the buckle, although the '813 can provide the anti-theft effect during the exhibition.

However, from '813, it can be found that the buckle part of the insertion rod is in an exposed state. Unscrupulous people apply external force to the buckle part from the outside, and the deformed buckle part shrinks into the slot immediately. After the insertion rod is separated from the carrier , just lose the anti-theft effect of the hand tool accessories.

In view of this, the author of this case tried his best to research and create, and finally developed a kind of anti-theft tool elevator of this creation.

The purpose of this creation is to provide a kind of anti-theft type tool elevator, in order to solve the difficulty that above-mentioned prior art mentions.

According to the embodiment of the present creation, a kind of anti-theft tool elevator is provided, comprising: an elevator, the elevator forms a first positioning seat and at least one second positioning seat matched with the first positioning seat, and the first positioning seat A first positioning hole is formed, a first positioning recess is formed on the wall of the first positioning hole, a second positioning hole is formed by the at least one second positioning seat; and an insertion rod is formed into a first combined section and at least A second combination section connected with the first combination section, the side wall of the first combination section corresponds to the first positioning concave ring of the first positioning hole to set a first positioning protrusion, the first combination section of the insertion rod and The at least one second combination segment is assembled with the at least one second positioning seat relative to the first positioning seat of the elevator, the first positioning protrusion of the first combination segment and the first positioning hole of the first positioning hole The concaves are combined with each other to form a first anti-theft structure.

According to an embodiment of the invention, an anti-theft tool elevator is provided, comprising: the first positioning seat and the at least one second positioning seat are spaced apart from each other, and the at least one second positioning seat is formed on one side of the second positioning hole. The opening is formed as an elastic piece, and the at least one second combination section and the elastic piece are combined to form a second anti-theft structure.

According to the embodiment of the present invention, a kind of anti-theft tool elevator is provided, which includes: the two sides of the at least one second positioning seat are respectively provided with a shrapnel, one end of the shrapnel is opposite to each other with a distance, the other ends of the shrapnel are connected to each other, and the connection is opposite to each other. The second positioning holes should be formed at intervals, and assembled on the first positioning seat at two sides of the joint, and the at least one second combining segment and the elastic piece are combined to form a second anti-theft structure.

This creation forms the first anti-theft structure through the combination of the first positioning concave and the first positioning protrusion, and can also be combined with the second combination section and the shrapnel to form the second anti-theft structure, whereby the first and second anti-theft structures are respectively built-in In the first and second positioning seats, unscrupulous people are prevented from easily destroying or directly stealing hand tool accessories.

The above description is only used to explain the problem to be solved by this creation, the technical means to solve the problem, and its effects, etc. The specific details of this creation will be introduced in detail in the following implementation methods and related drawings.

In order to enable your review committee members to have a better understanding of this creation, hereby cite the preferred embodiment and cooperate with the drawings, as follows in detail:

This creation provides an anti-theft tool elevator, please refer to Figures 1, 2, 3, and 4 at the same time. The anti-theft tool elevator in the first embodiment includes an elevator 10 and an insertion rod 20, wherein:

The elevator 10 has a first positioning seat 12 and at least one second positioning seat 13 matched with the first positioning seat 12. The elevator 10 further has a sheet-shaped hanging tag 101. A hanging hole 11 is formed on the upper side of the hanging tag 101. The first 2. The second positioning seats 12, 13 are formed on the lower side of the tag 101, and the first and second positioning seats 12, 13 are spaced apart from each other, but are not limited to the above-mentioned spaced apart embodiments, wherein:

The first positioning seat 12 protrudes a thickness from one side of the hanging tag 101 , and the first positioning seat 12 forms a first positioning hole 121 , wherein a first positioning recess 122 is arranged around one end of the first positioning hole 121 . In addition, the first positioning recess 122 is further provided with a concave-convex structure 123 on the sidewall near the edge of the first positioning hole 121 .

The second positioning seat 13 is also protruding from the same side of the hanging tag 101 to a thickness, and the second positioning seat 13 extends a length away from the first positioning seat 12 towards one end, and when a first positioning seat 12 cooperates with a second positioning seat 13 , the second positioning seat 13 forms a second positioning hole 131 opposite to the first positioning hole 121 , but it is not limited to the above-mentioned opposite setting embodiment. In addition, when one first positioning seat 12 cooperates with more than two second positioning seats 13, the second positioning seats 13 are arranged side by side on the lower side of the hanging tag 101 at this time, and the width change of the hanging tag 101 is corresponding to the second positioning seat 13. The number is convenient for side-by-side arrangement, but not limited to the above-mentioned embodiment of side-by-side arrangement. The first and second positioning holes 121, 131 can also be arranged in offset positions, but not limited to the above-mentioned example of offset arrangement. Changes in the number of second positioning seats 13 It corresponds to the number of hand tool accessories (such as sockets) to be assembled.

The second positioning seat 13 further forms an opening 132 on one side of the second positioning hole 131, and the opening 132 is formed on the side wall of the second positioning hole 131 along the direction extending in length, and the opening 132 is also formed along the direction extending in length. Elastic sheet 133, the elastic sheet 133 protrudes toward the second positioning hole 131 at the end to form a first abutting portion 1331, and at the end corresponding to the first abutting portion 1331 protrudes toward the outside of the second positioning seat 13 to form a second abutting portion 1332, The first and second abutting portions 1331, 1332 can be arranged opposite to each other, but are not limited to the above-mentioned embodiment of relative arrangement. Therefore, when the first abutting portion 1331 is pushed, the elastic piece 133 will deflect accordingly, and the second abutting portion 1332 It is extrapolated along with the deflection of the shrapnel 133 .

The insertion rod 20 is molded end-to-end with a first combined section 21 and at least one second combined section 22 connected to the first combined section 21, wherein the contour of the first combined section 21 is molded corresponding to the shape of the first positioning hole 121 , and, the outer diameter of the first combination section 21 is smaller than the inner diameter of the first positioning hole 121, also, the first positioning concave 122 of the first positioning hole 121 corresponding to the first positioning hole 121 on the side wall of the first combination section 21 is provided with a first positioning convex 211 , in addition, the contour of the second combination section 22 is molded corresponding to the shape of the second positioning hole 131 , and the outer diameter of the second combination section 22 is smaller than the inner diameter of the second positioning hole 131 . In addition, when a first positioning seat 12 is matched with more than two second positioning seats 13, a first combined segment 21 will also be matched with more than two second combined segments 22, and now the second combined segment 22 corresponds to the second combined segment. The positioning seats 13 are arranged side by side with each other, but are not limited to the above-mentioned embodiments arranged side by side. The first and second combination sections 21, 22 can also be arranged in offset positions, but are not limited to the above-mentioned embodiments of the offset arrangement. The number of the second combination sections 22 The change corresponds to the number of hand tool accessories to be assembled.

When the anti-theft tool elevator of the first embodiment is used, the first positioning seat 12 and the second positioning seat 13 of the insertion rod 20 are assembled relative to the elevator 10, so that the second combination section 22 of the insertion rod 20 is combined with the first positioning seat 13. The segment 21 is respectively inserted into the second positioning hole 131 and the first positioning hole 121 . At this time, the first positioning protrusion 211 of the first combination section 21 and the first positioning concave 122 of the first positioning hole 121 are combined with each other to form a first anti-theft structure. In particular, the concave-convex structure 123 of the first positioning hole 121 is convenient for the first combination. The first positioning protrusion 211 of the segment 21 passes through, but the first positioning protrusion 211 of the first combination segment 21 can be restricted in the first positioning hole 121 . At the same time, when the second combination section 22 is inserted, it gradually pushes against the first contact portion 1331 of the elastic piece 133, so that the second contact portion 1332 is pushed out by the second combination section 22. At that time, the hand sleeved on the second positioning seat 13 The tool accessory locates the pushed-out second abutting portion 1332 , and the second combination section 22 and the elastic piece 133 are combined with each other to form a second anti-theft structure.

Therefore, the anti-theft tool elevator of the first embodiment forms a first anti-theft structure through the combination of the first positioning protrusion 211 and the first positioning recess 122, and can also be combined with the second combination section 22 and the elastic piece 133 to form a second anti-theft structure. Structure, the first and second anti-theft structures are respectively built in the first and second positioning seats 12 and 13 to prevent unscrupulous people from easily destroying and directly stealing hand tool accessories.

Furthermore, the first positioning protrusion 211 and the first positioning recess 122 can be replaced with each other, that is, the first combination section 21 is replaced with a first positioning recess (not shown), and oppositely, the first positioning hole 121 is replaced with a first positioning hole 121. Positioning convex (not shown).

Moreover, the plunger 20 further forms a reduced-diameter section 23 between the first combined section 21 and the second combined section 22, and the outer diameter of the reduced-diameter section 23 is smaller than the outer diameters of the first combined section 21 and the second combined section 22 respectively. , the exposed diameter-reducing section 23 is mainly to facilitate scissors to cut off, so that the anti-theft state can be removed.

In addition, the quantity disclosed in the above first embodiment is only an exemplary embodiment, and is not intended to limit the actual value of the anti-theft tool elevator of the first embodiment.

Please refer to Figures 5 and 6 at the same time. The anti-theft tool elevator of the second embodiment includes an elevator 30 and an insertion rod 40, wherein:

The elevator 30 has a first positioning seat 31 and at least one second positioning seat 32 matched with the first positioning seat 31, wherein the first positioning seat 31 is provided with a first positioning hole 311, and the first positioning hole 311 is a through hole , but not limited to the aforementioned embodiment of the through hole, a first positioning recess 312 is provided around the wall of the first positioning hole 311 at one end. In addition, the first positioning recess 312 is further provided with a concave-convex structure 313 on the sidewall near the edge of the first positioning hole 311 .

The change of the quantity of the second positioning seat 32 is corresponding to the quantity of the hand tool accessories to be assembled. The two sides of the second positioning seat 32 are respectively provided with a shrapnel 321, 322. One end of the shrapnel 321, 322 is opposite to each other at a distance, and this end is used for hand tool accessories. Sleeved, the other ends of the elastic pieces 321, 322 are connected to each other, and a second positioning hole 323 is formed at the corresponding distance at the connection, and then assembled on the first positioning seat 31 with the two sides of the connection, the axial direction of the second positioning hole 323 They are respectively located on one side of the elastic pieces 321 , 322 , and the axial direction of the second positioning hole 323 is located between the elastic pieces 321 , 322 .

Wherein, the first and second positioning holes 311, 323 are arranged in offset positions with each other, but they are not limited to the embodiment of the aforementioned offset arrangement. In addition, the first positioning seat 31 is further provided with a third positioning hole 314, and the second and third positioning holes 323 and 314 are arranged opposite to each other, but are not limited to the aforementioned embodiment of opposite arrangement.

In addition, the ends of the elastic pieces 321, 322 opposite to each other form a first contact portion 3211, 3221, the distance is defined by the first contact portion 3211, 3221, and the other side protrudes and forms a second contact portion 3212. , 3222, the first abutting portion 3211, 3221 and the second abutting portion 3212, 3222 can be arranged opposite to each other, but is not limited to the embodiment of the aforementioned relative arrangement, therefore, when the first abutting portion 3211, 3221 is pushed, the elastic piece 321, 322 will deflect accordingly, and the second abutting portions 3212, 3222 will be pushed out along with the deflection of the elastic pieces 321, 322.

The insertion rod 40 forms a first combined section 41 and at least one second combined section 42 connected to the first combined section 41 end-to-end. The first and second combined sections 41, 42 are arranged side by side with each other, but are not limited to the aforementioned side-by-side arrangement In the embodiment, the change in the number of the first and second combination sections 41, 42 corresponds to the number of hand tool accessories to be assembled, wherein the contour of the first combination section 41 is formed corresponding to the shape of the first positioning hole 311, and, The outer diameter of the first combined section 41 is smaller than the inner diameter of the first positioning hole 311 , and a first positioning protrusion 411 is provided around the first positioning concave 312 corresponding to the first positioning hole 311 on the side wall of the first combining section 41 . In addition, the contour of the second combined section 42 is molded corresponding to the shapes of the second and third positioning holes 323 and 314, and the outer diameter of the second combined section 42 is smaller than the inner diameter of the second and third positioning holes 323 and 314 . There are two first and second combination sections 41 and 42, and one can also be used. When two first and second combined sections 41 and 42 are used, the two first combined sections 41 are located between the two second combined sections 42 .

When the anti-theft tool elevator of the second embodiment is used, the first positioning seat 31 and the second positioning seat 32 of the insertion rod 40 are assembled relative to the elevator 30 . At this time, insert the first combination section 41 of the insertion rod 40 into the first positioning hole 311, and the first positioning protrusion 411 of the first combination section 41 and the first positioning concave 312 of the first positioning hole 311 are combined to form the first positioning hole 311. An anti-theft structure, in particular, the concavo-convex structure 313 of the first positioning hole 311 is convenient for the first positioning protrusion 411 of the first combination section 41 to pass through, but can limit the first positioning protrusion 411 of the first combination section 41 in the first positioning hole 311 inside. At the same time, the second combination section 42 is then inserted into the second and third positioning holes 323, 314, and the ends of the second combination section 42 are accommodated in the gap, the first contact portions 3211, 321, 3221 is gradually pushed against by the second combination section 42, so that the second contact parts 3212, 3222 are pushed outward by the second combination section 42. At that time, the hand tool accessories sleeved on the second positioning seat 32 will be pushed out by the second The abutting portions 3212, 3222 are positioned, and the second combination section 42 and the elastic pieces 321, 322 are combined with each other to form a second anti-theft structure.

Therefore, the anti-theft tool elevator of the second embodiment forms a first anti-theft structure through the combination of the first positioning protrusion 411 and the first positioning recess 312, and can also be combined with the second combination section 42 and the elastic pieces 321, 322 to form a first anti-theft structure. Two anti-theft structures, the first and second anti-theft structures are respectively built in the first and second positioning seats 31, 32, which also prevent unscrupulous people from easily destroying and directly stealing hand tool accessories.

Furthermore, the first positioning protrusion 411 and the first positioning recess 312 can be replaced with each other, that is, the first combination section 41 is replaced with a first positioning recess (not shown), and oppositely, the first positioning hole 311 is replaced with a first positioning hole 311. Positioning convex (not shown).

Furthermore, the plunger 40 further forms a reduced-diameter section (not shown) between the first combined section 41 and the second combined section 42, and the outer diameter of the reduced-diameter section is smaller than the first combined section 41 and the second combined section 42 respectively. The outer diameter of the outer diameter, the exposed shrinking section is mainly for the convenience of scissors to cut, so that the anti-theft state can be released.

In addition, the quantity disclosed in the above second embodiment is only an exemplary embodiment, and is not intended to limit the actual value of the anti-theft tool elevator of the second embodiment.

Finally, the embodiments disclosed above are not intended to limit this creation. Anyone who is familiar with this technique can make various changes and modifications without departing from the spirit and scope of this creation, and all of them can be protected in this creation. creation. Therefore, the scope of protection of this creation should be defined by the scope of the attached patent application.

[this creation] 10: elevator 101: tag 11: Hanging hole 12: The first positioning seat 121: The first positioning hole 122: The first positioning concave 123:Concave-convex structure 13: The second positioning seat 131: Second positioning hole 132: opening 133: shrapnel 1331: The first arrival 1332: The second arrival 20: insert rod 21: The first combined segment 211: The first positioning convex 22: The second combined segment 23: Reduced diameter section 30: elevator 31: The first positioning seat 311: The first positioning hole 312: The first positioning concave 313:Concave-convex structure 314: The third positioning hole 32: The second positioning seat 321, 322: shrapnel 3211, 3221: the first arrival department 3212, 3222: the second arrival 323: Second positioning hole 40: insert rod 41: The first combined segment 411: The first positioning convex 42: The second combined segment

Figure 1: Three-dimensional exploded view of the anti-theft tool elevator of this creation; Figure 2: The three-dimensional combination and partial enlarged view of the anti-theft tool elevator of this creation; Figure 3: A combined sectional view of the anti-theft tool elevator of this creation; Figure 4: Partial enlarged and partial sectional view of the anti-theft tool elevator of this creation; Fig. 5: Another embodiment of the anti-theft tool elevator of this invention is exploded and partially cutaway; Figure 6: The combined sectional view of Figure 5 of the anti-theft tool elevator of this creation.

10: elevator

101: tag

11: Hanging hole

12: The first positioning seat

121: The first positioning hole

122: The first positioning concave

123:Concave-convex structure

13: The second positioning seat

131: Second positioning hole

132: opening

133: shrapnel

1332: The second arrival

20: insert rod

21: The first combined segment

211: The first positioning convex

22: The second combined segment

23: Reduced diameter section

Claims (11)

An anti-theft tool elevator, comprising: An elevator (10, 30), the elevator (10, 30) forms a first positioning seat (12, 31) and at least one second positioning seat (13) matched with the first positioning seat (12, 31) , 32), the first positioning seat (12, 31) forms a first positioning hole (121, 311), and the wall of the first positioning hole (121, 311) is provided with a first positioning concave (122, 312), the At least one second positioning seat (13, 32) forms a second positioning hole (131, 323); and A plunger (20, 40), the plunger (20, 40) forming a first combination section (21, 41) and at least one second combination section (22) connected to the first combination section (21, 41) , 42), the side wall of the first combination section (21, 41) corresponds to the first positioning concave (122, 312) of the first positioning hole (121, 311) and a first positioning convex (211, 411) is set around the ring, The first combined section (21, 41) of the plunger (20, 40) and the at least one second combined section (22, 42) are opposite to the first positioning seat (12, 30) of the elevator (10, 30). 31) Assembled with the at least one second positioning seat (13, 32), the first positioning protrusion (211, 411) of the first combined section (21, 41) and the first positioning hole (121, 311) The first positioning recesses (122, 312) are combined with each other to form a first anti-theft structure. The anti-theft tool elevator as described in claim 1, wherein, the first positioning seat (12) and the at least one second positioning seat (13) are spaced apart from each other, and the at least one second positioning seat (13) is positioned on the One side of the second positioning hole (131) forms an opening (132), and the opening (132) forms an elastic piece (133). The at least one second combination section (22) and the elastic piece (133) are combined to form a second Anti-theft structure. The anti-theft tool elevator according to claim 2, wherein, the first positioning recess (122) is further provided with a concave-convex structure (123) around the edge of the first positioning hole (121). The anti-theft tool elevator as described in claim 2, wherein, the elevator (10) further has a hanging tag (101), and a hanging hole (11) is formed on one side of the hanging tag (101), and the first positioning seat (12) The at least one second positioning seat (13) is formed on the other side of the hang tag (101), the first and second positioning holes (121, 131) are arranged opposite to each other, the insertion rod (20) At least one second combined section (22) and the first combined section (21) are respectively inserted in the second positioning hole (131) and the first positioning hole (121), and the elastic piece (133) is held by the at least one The second combination section (22) pushes against, and the elastic piece (133) forms a first abutting portion (1331) toward the second positioning hole (131) at the end, and the elastic piece (133) corresponds to the first abutting portion at the end. The part (1331) forms a second contact part (1332), and the first and second contact parts (1331, 1332) are arranged opposite to each other. When the first contact part (1331) is pushed, the elastic piece (133) will Along with the deflection, the second abutting portion (1332) is pushed out along with the deflection of the elastic piece (133). The anti-theft tool elevator as described in claim 2, wherein, the elevator (10) further has a hanging tag (101), and a hanging hole (11) is formed on one side of the hanging tag (101), and the first positioning seat (12) The at least one second positioning seat (13) is formed on the other side of the hanging tag (101), and the at least one second positioning seat (13) is arranged side by side with each other. The first and second positioning holes (121, 131) are misplaced with each other, the at least one second combination section (22) is arranged side by side, and the at least one second combination section (22) and the first combination section (21) of the insertion rod (20) are respectively inserted in the On the second positioning hole (131) and the first positioning hole (121), the elastic piece (133) is pushed against by the at least one second combination section (22), and the elastic piece (133) faces the second positioning hole at the end. The positioning hole (131) forms a first contact portion (1331), and the elastic piece (133) forms a second contact portion (1332) at the end corresponding to the first contact portion (1331). The first and second contact portions (1331, 1332) are arranged opposite to each other, when the first abutting portion (1331) is pushed, the elastic piece (133) will deflect accordingly, and the second abutting portion (1332) will deflect along with the elastic piece (133) And extrapolate. The anti-theft tool elevator according to claim 2, wherein, the insertion rod (20) further forms a reduced diameter section ( 23), the outer diameter of the reduced-diameter section (23) is smaller than the outer diameters of the first combined section (21) and the at least one second combined section (22). The anti-theft tool elevator as described in claim 1, wherein, two sides of the at least one second positioning seat (32) are respectively provided with a shrapnel (321, 322), and one end of the shrapnel (321, 322) is opposite to each other at a distance, The other ends of the elastic pieces (321, 322) are connected to each other, and the second positioning hole (323) is formed corresponding to the distance at the connection, and assembled on the first positioning seat (31) on both sides of the connection, the at least A second combination segment (42) and the elastic pieces (321, 322) are combined with each other to form a second anti-theft structure. The anti-theft tool elevator according to claim 7, wherein, the first positioning seat (31) further forms a third positioning hole (314), and the second and third positioning holes (323, 314) are arranged opposite to each other , the first and second positioning holes (311, 323) are misaligned with each other, the first combination section (41) and the at least one second combination section (42) are arranged side by side, and the first combination section of the insertion rod (40) A combination segment (41) is inserted in the first positioning hole (311), the at least one second combination segment (42) is inserted in the second and third positioning holes (323, 314), and the at least one The ends of the second combination section (42) are accommodated in the gap, the elastic pieces (321, 322) are pushed against by the at least one second combination section (42), and the first positioning hole (311) is a through hole. The anti-theft tool elevator as described in Claim 8, wherein, the ends of the shrapnel (321, 322) opposite to each other form a first abutment (3211, 3221), and the distance is defined by the first abutment part (3211, 3221), the other side of the shrapnel (321, 322) forms a second contact part (3212, 3222), the first contact part (3211, 3221) and the second contact part ( 3212, 3222) are arranged opposite to each other, when the first abutting portion (3211, 3221) is pushed against by the at least one second combination section (42), the elastic piece (321, 322) will deflect accordingly, and the second abutting portion The parts (3212, 3222) are pushed out along with the deflection of the shrapnel (321, 322). The anti-theft tool elevator according to claim 7, wherein, the first positioning recess (312) is further provided with a concave-convex structure (313) around the edge of the first positioning hole (311). The anti-theft tool elevator according to claim 7, wherein, the insertion rod (40) further forms a reduced diameter section between the first combined section (41) and the at least one second combined section (42), The outer diameter of the reduced-diameter section is smaller than the outer diameters of the first combined section (41) and the at least one second combined section (42).

Images