JP7080520B1 - Tire display device - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a tire display device capable of suppressing the alignment state of laminated tires from being impaired by an external force such as wind. SOLUTION: A tire display device has a first pole 41 inserted into a central hole h of a first tire group 10A and a central hole of a second tire group 10B arranged adjacent to the first tire group 10A. The second pole 42 inserted into h, the third pole 43 arranged between the first tire group 10A and the second tire group 10B, and the first pole 41 can be moved in the vertical direction. The first support hole 2A that regulates the movement of the first pole 41 in the horizontal direction and the third pole 43 are movably supported in the vertical direction, and the third pole 43 in the horizontal direction is supported. It has a second support hole 2B that regulates the movement of the tire. [Selection diagram] Fig. 3

Description

The present invention relates to a tire display device for suppressing the alignment state of laminated tires from being impaired by an external force such as wind.

Tires for automobiles may be stacked vertically on a floor surface, a tire display stand, or the like and displayed (so-called flat stacking display) at a car accessory store, a service station, a tire specialty store, or the like.

If a person touches the vertically stacked tires or the wind hits them, the stacked tires may shake and tilt or fall.

The present invention has been made in view of such circumstances, and an object thereof is to prevent the aligned state of the laminated tires from being impaired by an external force such as wind.

In order to solve the above-mentioned problems, the tire display device according to the invention according to claim 1 is inserted into the center hole of the first tire group among the plurality of tire groups in which a plurality of tires are vertically laminated. A second pole parallel to the first pole inserted into the center hole of the first pole to be formed and a second tire group arranged adjacent to the first tire group among the plurality of tire groups. Pole, a third pole arranged between the first tire group and the second tire group, parallel to the first pole and the second pole, and the first pole. The first support hole that supports the pole so as to be movable in the vertical direction and restricts the movement of the first pole in the horizontal direction orthogonal to the vertical direction, and the third pole are moved in the vertical direction. It has a second support hole that supports the third pole in the horizontal direction and regulates the movement of the third pole in the horizontal direction, and is adjacent in the vertical direction among the plurality of tires constituting the first tire group. A first pole connecting member sandwiched between matching tires and a third support hole that movably supports the second pole in the vertical direction and restricts the movement of the second pole in the horizontal direction. The third pole is movably supported in the vertical direction, and has a fourth support hole for restricting the movement of the third pole in the horizontal direction, forming the second tire group. It is characterized by including a second pole connecting member sandwiched between the vertically adjacent tires among the plurality of tires.

The invention according to claim 2 has a fifth support hole for supporting the first pole so as to be movable in the vertical direction in the tire display device according to claim 1, and the first tire group. It has a first pole support member sandwiched between the vertically adjacent tires among a plurality of tires constituting the tire, and a sixth support hole for movably supporting the second pole in the vertical direction. It is characterized by including a second pole support member sandwiched between the vertically adjacent tires among a plurality of tires constituting the second tire group.

The invention according to claim 3 is the display stand side pole vertically supported on the tire display stand on which the first tire group and the second tire group are placed in the tire display device according to claim 2. A fourth pole parallel to the exhibition stand side pole inserted into the central hole of the first tire group, and a seventh support hole for movably supporting the exhibition stand side pole in the vertical direction. And an eighth support hole that movably supports the fourth pole in the vertical direction and restricts the movement of the fourth pole in the horizontal direction, and provides the first tire group. It is characterized by including a third pole connecting member sandwiched between the tires adjacent to each other in the vertical direction among the plurality of constituent tires.

According to a fourth aspect of the present invention, in the tire display device according to the third aspect, the first pole support member supports the fourth pole so as to be movable in the vertical direction. It is characterized by having.

The invention according to claim 5 comprises a fifth pole parallel to the second pole, which is inserted into the central hole of the second tire group in the tire display device according to claim 3 or 4 . It has an eleventh support hole that movably supports the fifth pole in the vertical direction and restricts the movement of the fifth pole in the horizontal direction, and constitutes the second tire group. A fourth pole connecting member sandwiched between the vertically adjacent tires among a plurality of tires is provided, and the second pole supporting member supports the fifth pole so as to be movable in the vertical direction. It is characterized by having a tenth support hole.

The invention according to claim 6 is mounted on the top tire among the plurality of tires constituting the first tire group in the tire display device according to claim 5, and the central hole of the tire is formed. A first tire cover plate having a first pole relief hole that is closed and allows the upper portion of the first pole to escape upward, and a fourth pole relief hole that allows the upper portion of the fourth pole to escape upward. , A second pole that is mounted on the top tire of a plurality of tires constituting the second tire group, closes the central hole of the tire, and allows the upper part of the second pole to escape upward. It is characterized by comprising a second tire cover plate having a relief hole and a fifth pole relief hole for allowing the upper portion of the fifth pole to escape upward.

According to a seventh aspect of the present invention, in the tire display device according to any one of claims 1 to 6, the first pole connecting member and the second pole connecting member press a plastic cardboard. It is characterized in that it is formed.

The invention according to claim 8 is the tire display device according to claim 5, wherein the first pole support member, the second pole support member, the third pole connecting member, and the fourth pole connecting member are connected. The member is formed by pressing a plastic cardboard.

It is possible to prevent the aligned state of the laminated tires from being impaired by an external force such as wind.

FIG. 1 is a perspective view showing a usage state of the tire display device according to the embodiment of the present invention. In FIG. 1, the handle of the tire display stand and the pole support member are not shown. FIG. 2 is a side view showing a usage state of the tire display device of FIG. FIG. 3 shows the first pole, the second pole, the third pole, the fourth pole, the fifth pole, the exhibition stand side pole, the first pole connecting member, the second pole connecting member, and the third pole. It is a conceptual diagram which shows the relationship between the pole connecting member, the 4th pole connecting member, the 1st pole support member, the 2nd pole support member, the 1st tire group, and the 2nd tire group. In FIG. 3, the handle of the tire display stand and the pole support member are not shown. FIG. 4 is a plan view of the first pole connecting member. FIG. 5 is a plan view of the second pole connecting member. FIG. 6 is a plan view of the third pole connecting member. FIG. 7 is a plan view of the fourth pole connecting member. FIG. 8 is a plan view of the first pole support member. FIG. 9 is a plan view of the second pole support member. FIG. 10 is a perspective view of the tire cover plate. FIG. 11 is a perspective view of the tire display stand.

Hereinafter, embodiments of the present invention will be described with reference to the drawings.

As shown in FIGS. 1 to 3, the tire display device according to the embodiment of the present invention includes a first pole 41 inserted into the central hole h of the first tire group 10A and a first tire group 10A. A second pole 42 inserted into the central hole h of the second tire group 10B arranged adjacent to the first tire group 10A and a third pole arranged between the first tire group 10A and the second tire group 10B. 43, a first pole connecting member 2 sandwiched between adjacent tires 10 in the vertical direction V among a plurality of tires 10 constituting the first tire group 10A, and a plurality of tires 10 constituting the second tire group 10B. It includes a second pole connecting member 3 sandwiched between adjacent tires 10 in the vertical direction V of the tires 10.

The first tire group 10A and the second tire group 10B are respectively placed on the tire display stand 1 (see FIG. 11). The first tire group 10A and the second tire group 10B are each composed of eight tires 10 laminated in the vertical direction V. The size of the tire 10 of the first tire group 10A and the size of the tire 10 of the second tire group 10B are different (see FIG. 2).

The first pole 41 is supported vertically, and the first pole 41, the second pole 42, and the third pole 43 are parallel to each other. The first pole 41, the second pole 42, and the third pole 43 each have a length adjusting portion 4a and can be expanded and contracted.

As shown in FIG. 4, the first pole connecting member 2 movably supports the first pole 41 in the vertical direction V, and at the same time, the movement of the first pole 41 in the horizontal direction H orthogonal to the vertical direction V. A first support hole 2A that regulates the movement of the third pole 43 and a second support hole 2B that movably supports the third pole 43 in the vertical direction V and restricts the movement of the third pole 43 in the horizontal direction H. Have.
Both the first support hole 2A and the second support hole 2B are round holes.

As shown in FIG. 5, the second pole connecting member 3 supports the second pole 42 so as to be movable in the vertical direction V, and restricts the movement of the first pole 41 in the horizontal direction H. It has a support hole 3A and a fourth support hole 3B that movably supports the third pole 43 in the vertical direction V and restricts the movement of the third pole 43 in the horizontal direction H.
Both the third support hole 3A and the fourth support hole 3B are round holes.

The first pole 41 is inserted into the first support hole 2A, the second pole 42 is inserted into the third support hole 3A, and the third pole 43 is the second support hole 2B and the fourth support hole. It is inserted into 3B, and the first pole 41, the second pole 42, and the third pole 43 are vertically supported, respectively.

Further, as shown in FIG. 2, the tire display device of this embodiment is supported by a first pole sandwiched between adjacent tires 10 in the vertical direction V among a plurality of tires 10 constituting the first tire group 10A. A member 6 and a second pole support member 7 sandwiched between adjacent tires 10 in the vertical direction V among a plurality of tires 10 constituting the second tire group 10B are provided.

As shown in FIG. 8, the first pole support member 6 has a fifth support hole 6A that movably supports the first pole 41 in the vertical direction V.

As shown in FIG. 9, the second pole support member 7 has a sixth support hole 7A that movably supports the second pole 42 in the vertical direction V.

The first pole 41 is inserted into the fifth support hole 6A, the second pole 42 is inserted into the sixth support hole 7A, and the first pole 41 and the second pole 42 are supported, respectively.

Further, in the tire display device of this embodiment, the display stand side pole 5 vertically supported by the tire display stand 1 on which the first tire group 10A and the second tire group 10B are placed, and the first tire group A third pole connecting member 8 sandwiched between a fourth pole 44 inserted into the central hole h of 10A and tires 10 adjacent to each other in the vertical direction V among a plurality of tires 10 constituting the first tire group 10A. And have.

The exhibition stand side pole 5 has a length adjusting portion 5a, and the fourth pole 44 has a length adjusting portion 4a.

As shown in FIG. 2, the tire display table 1 has a table body 11, a handle 12 mounted on the table body 11, and a caster 13 mounted on the bottom surface of the table body 11. The handle 12 has two vertical portions 121 extending substantially vertically from the base body 11 and one horizontal portion 122 connecting the two vertical portions 121 (see FIG. 11).

The exhibition stand side pole 5 is connected to the handle 12 via a pole support member 14 detachably attached to the handle 12.

As shown in FIG. 11, the pole support member 14 is detachably bridged between the upper horizontal plate portion 141 detachably bridged to the two vertical portions 121 of the handle 12 and the two vertical portions 121 of the handle 12. The lower horizontal plate portion 142 parallel to the upper horizontal plate portion 141, the right vertical plate portion 143 bridged between the upper horizontal plate portion 141 and the lower horizontal plate portion 142, and the upper horizontal plate portion 143. It has a left vertical plate portion 144 parallel to a right vertical plate portion 143, which is bridged between a plate portion 141 and a lower horizontal plate portion 142.

The upper horizontal plate portion 141 has a first pole support hole 141A into which the display stand side pole 5 is slidably inserted. The lower horizontal plate portion 142 has a second pole support hole 142A into which the display stand side pole 5 is slidably inserted.

Both the first pole support hole 141A and the second pole support hole 142A are round holes and face each other in the vertical direction V. The first pole support hole 141A and the second pole support hole 142A each support the exhibition stand side pole 5 so as to be movable in the vertical direction V, and restrict the movement of the exhibition stand side pole 5 in the horizontal direction H.

As shown in FIG. 6, the third pole connecting member 8 moves the seventh support hole 8A that movably supports the exhibition stand side pole 5 in the vertical direction V and the fourth pole 44 in the vertical direction V. It has an eighth support hole 8B that supports the movement of the fourth pole 44 as much as possible and restricts the movement of the fourth pole 44.
The seventh support hole 8A is a long hole, and the eighth support hole 8B is a round hole.

As shown in FIG. 8, the first pole support member 6 has a ninth support hole 6B that movably supports the fourth pole 44 in the vertical direction V.

The fourth pole 44 is inserted into the eighth support hole 8B, and the fourth pole 44, the exhibition stand side pole 5, and the first pole 41 are the third pole connecting member 3 and the first pole support member 6. And are supported vertically respectively.

Further, the tire display device of this embodiment has a fifth pole 45 inserted into the central hole h of the second tire group 10B and a vertical direction among a plurality of tires 10 constituting the second tire group 10B. It is provided with a fourth pole connecting member 9 sandwiched between tires 10 adjacent to each other by V.

The fifth pole 45 is parallel to the second pole 42. The fifth pole 45 has a length adjusting portion 4a.

As shown in FIG. 7, the fourth pole connecting member 9 movably supports the fifth pole 45 in the vertical direction V and restricts the movement of the fifth pole 45 in the horizontal direction H. The support hole 9B and the sixth pole (not shown) vertically supported outside the second tire group 10B are movably supported in the vertical direction V, and the movement of the sixth pole in the horizontal direction H is restricted. It has an eleventh support hole 9A.
The eleventh support hole 9A and the twelfth support hole 9B are both round holes.

The fifth pole 45 is supported by the second pole support member 7 and the fourth pole connecting member 8, respectively. The fifth pole 45 is parallel to the second pole 42.

Further, as shown in FIG. 2, the tire display device of this embodiment is mounted on the top tire 10 of the plurality of tires 10 constituting the first tire group 10A, and the central hole of the tire 10 is provided. A second tire cover plate 100 that closes h and a second tire 10 that is attached to the top tire 10 of a plurality of tires 10 constituting the second tire group 10B and closes the central hole of the tire 10. The tire cover plate 101 is provided.

As shown in FIG. 10, the first tire cover plate 100 has a first pole relief hole 100A that allows the upper portion of the first pole 41 to escape upward, and a fourth pole relief hole 100A that allows the upper portion of the fourth pole 44 to escape upward. It has a pole relief hole 100B.

The second tire cover plate 101 has a second pole relief hole 101B that allows the upper portion of the second pole 42 to escape upward, and a fifth pole relief hole 101A that allows the upper portion of the fifth pole 45 to escape upward. ..

The first tire cover plate 100 has a pair of belts 100C wrapped around the tire 10, and the second tire cover plate 101 has a pair of belts 101C wrapped around the tire 10.

The first pole 41, the second pole 42, the third pole 43, the fourth pole 44, the fifth pole 45, and the exhibition stand side pole 5 are all telescopic poles.

The first pole connecting member 2, the second pole connecting member 3, the third pole connecting member 8, the fourth pole connecting member 9, the first pole supporting member 6, the second pole supporting member 7, and the tire cover. The plate 100 and the tire cover plate 101 are each made of plastic cardboard.

Next, an example of how to use the tire display device will be described.

The exhibition stand side pole 5 is used as the first pole support hole 141A of the upper horizontal plate portion 141, the seventh support hole 8A of the lower third pole connecting member 8, and the lower horizontal plate portion 142. It is sequentially inserted into the pole support hole 142A of 2.

After that, two tires 10 constituting the first tire group 10A are mounted on the main body 11 of the tire display stand 1, and the first pole support member 6 and the first pole support member 6 are placed on the upper tire 10 of the two tires 10. The lower third pole connecting member 8 and the lower first pole connecting member 2 are mounted. Then, the fourth pole 44 is passed through the eighth support hole 8B of the lower third pole connecting member 8 and the ninth support hole 6B of the first pole support member 6, and the first one. The pole 41 is passed through the first support hole 2A of the lower first pole connecting member 2 and the fifth support hole 6A of the first pole support member 6.

Next, two tires 10 constituting the second tire group 10B are mounted on the main body 11 of the tire display stand 1, and the upper tire 10 of the two tires 10 is equipped with the second pole support member 7. , The lower second pole connecting member 3 is placed. Then, the third pole 43 is passed through the fourth support hole 3B of the lower second pole connecting member 3 and the second support hole 2B of the lower first pole connecting member 2. The pole 42 of 2 is passed through the sixth support hole 7A of the second pole support member 7 and the third support hole 3A of the lower second pole connecting member 3, and the fifth pole 45 is passed through the fifth pole 45. It is passed through the tenth support hole 7B of the pole support member 7 of 2.

After that, on the second tire 10 from the bottom of the first tire group 10A, a first pole support member 6, a lower third pole connecting member 8, and a lower first pole connecting member 2 4 tires 10 are mounted via. As a result, the first pole support member 6, the lower third pole connecting member 8, and the lower first pole connecting member 2 are the second tire 10 from the bottom of the first tire group 10A. It is sandwiched between the third tire 10 from the bottom.

Next, four tires 10 are placed on the second tire 10 from the bottom of the second tire group 10B via the lower second pole connecting member 3 and the second pole supporting member 7. .. As a result, the second pole support member 7 and the lower second pole connecting member 3 are sandwiched between the second tire group 10B from the bottom and the third tire 10 from the bottom. Tire.

After that, the upper third pole connecting member 8 and the upper first pole connecting member 2 are placed on the sixth tire 10 from the bottom of the first tire group 10A, and from the bottom of the second tire group 10B. The upper second pole connecting member 3 and the fourth pole connecting member 9 are mounted on the sixth tire 10.

Next, the fourth pole 44 is passed through the eighth support hole 8B of the upper third pole connecting member 8, and the first pole 41 is passed through the first support hole 2A of the upper first pole connecting member 2. Then, the third pole 43 is passed through the second support hole 2B of the upper first pole connecting member 2 and the fourth support hole 3B of the upper second pole connecting member 3. .. Further, the second pole 42 is passed through the third support hole 3A of the upper second pole connecting member 3, and the fifth pole 45 is passed through the eleventh support hole 9A of the fourth pole connecting member 9. ..

After that, the two tires 10 are mounted on the sixth tire 10 from the bottom of the first tire group 10A via the upper first pole connecting member 2 and the upper third pole connecting member 8. As a result, the upper first pole connecting member 2 and the upper third pole connecting member 8 are sandwiched between the sixth tire 10 from the bottom and the seventh tire 10 from the bottom.

Next, the two tires 10 are mounted on the sixth tire 10 from the bottom of the second tire group 10B via the upper second pole connecting member 3 and the fourth pole connecting member 9. As a result, the upper second pole connecting member 3 and the fourth pole connecting member 9 are sandwiched between the sixth tire 10 from the bottom and the seventh tire 10 from the bottom.

After that, the first tire cover plate 100 is attached to the top tire 10 among the plurality of tires 10 constituting the first tire group 10A. At this time, the upper part of the first pole 41 is released upward through the second pole relief hole 101B, and the upper part of the fourth pole 44 is released upward through the fifth pole relief hole 101A.

Finally, the second tire cover plate 101 is attached to the top tire 10 of the plurality of tires 10 constituting the second tire group 10B. At this time, the upper part of the second pole 42 is released upward through the second pole relief hole 101B, and the upper part of the fifth pole 45 is released upward through the fifth pole relief hole 101A.

According to the tire display device of this embodiment, the tires are inserted into the third pole 43 arranged between the first tire group 10A and the second tire group 10B and the central hole h of the first tire group 10A. The first pole 41 to be formed is connected by a first pole connecting member 2 sandwiched between adjacent tires 10 in the vertical direction V among a plurality of tires 10 constituting the first tire group 10A. The pole 43 of 3 and the second pole 42 inserted into the central hole h of the second tire group 10B are adjacent to each other in the vertical direction V among the plurality of tires 10 constituting the second tire group 10B. By connecting with the second pole connecting member 3 sandwiched between the tires 10, the adjacent first tire group 10A and the second tire group 10B are connected, so that the tires 10 stacked in the vertical direction V are connected to a person. The tire 10 of the first tire group 10A and the second tire group 10B does not easily tilt, collapse, or fall even if the tire is touched or hit by the wind.

Further, the first pole connecting member 2 and the second pole connecting member 3 all have a simple shape, and the first pole 41, the second pole 42, and the third pole 43 are all commercially available. Since the rod can be used, the manufacturing cost of the tire display device can be reduced, and at the same time, the work load of the tire salesperson when using the tire display device is dramatically reduced.

Further, in this embodiment, the display stand side pole 5 vertically supported by the tire display stand 1 and the fourth pole 44 inserted into the central hole h of the tire group 10A are connected by the third pole connecting member 8. Since the fourth pole 44 and the first pole 41 are connected by the first pole support member 6, the aligned state of the tires 10 of the first tire group 10A and the second tire group 10B is further further improved. It is less likely to be damaged. As a result, for example, when the first tire group 10A or the second tire group 10B stacked vertically V on the tire display stand 1 is carried, even if the tire display stand 1 vibrates due to the unevenness of the floor surface or the ground. , The tire 10 of the first tire group 10A and the second tire group 10B does not easily tilt, collapse or fall.

Further, the first pole connecting member 2, the second pole connecting member 3, the third pole connecting member 8, the fourth pole connecting member 9, the first pole supporting member 6, and the second pole connecting member 2. The pole support member 7 is formed by pressing plastic cardboard, but the material thereof is not limited to plastic cardboard.

Further, in the above-described embodiment, three poles (first pole 41, second pole 42, third pole 43) and two pole connecting members (first pole connecting member 2, second pole connecting) are connected. Using the tire display device composed of the member 3), the tire alignment state of the two tire groups of the tire group 10A and the tire group 10B arranged adjacent to each other was stabilized, and this tire display device was used. It is also possible to stabilize the tire alignment state of three or more tire groups arranged in a chain of beads (not shown). The tire alignment function improves as the number of tire groups connected using the tire display device increases.

1 Tire display stand 11 Main body 12 Handle 121 Vertical part 122 Horizontal part 13 Caster 14 Pole support member 141 Upper horizontal plate part 141A First pole support hole 142 Lower horizontal plate part 142A Second pole support hole 143 Right side Vertical plate part 144 Left vertical plate part 2 1st pole connecting member 2A 1st support hole
2B second support hole
3 Second pole connecting member 3A Third support hole
3B 4th support hole
41 1st pole 42 2nd pole 43 3rd pole 44 4th pole 45 5th pole 4a Length adjustment part 5 Exhibition stand side pole 5a Length adjustment part 6 1st pole support member 6A 5th Support hole 6B 9th support hole 7 2nd pole support member 7A 6th support hole 7B 10th support hole 8 3rd pole connecting member 8A 7th support hole 8B 8th support hole 9 4th Pole connecting member 9A 11th support hole 9B 12th support hole 10 Tire 10A 1st tire group 10B 2nd tire group 100 1st tire cover plate 100A 1st pole relief hole
100B 4th pole escape hole
100C Belt 101 2nd tire cover plate 101A 5th pole relief hole
101B 2nd pole escape hole
101C Belt h Tire center hole V Vertical direction H Horizontal direction

Claims (8)

A first pole inserted into the center hole of the first tire group among a plurality of tire groups in which a plurality of tires are vertically laminated, respectively.
A second pole parallel to the first pole, which is inserted into the center hole of the second tire group arranged adjacent to the first tire group among the plurality of tire groups.
A third pole, which is arranged between the first tire group and the second tire group and is parallel to the first pole and the second pole,
The first support hole for supporting the first pole so as to be movable in the vertical direction and restricting the movement of the first pole in the horizontal direction orthogonal to the vertical direction, and the third pole are supported. The said of the plurality of tires constituting the first group of tires having a second support hole for supporting the movement of the third pole in the horizontal direction and restricting the movement of the third pole in the horizontal direction. The first pole connecting member sandwiched between adjacent tires in the vertical direction,
The second pole is movably supported in the vertical direction, and the third support hole that restricts the movement of the second pole in the horizontal direction and the third pole are movable in the vertical direction. And has a fourth support hole that regulates the movement of the third pole in the horizontal direction, and is adjacent to each other in the vertical direction among a plurality of tires constituting the second tire group. A tire display device characterized by being provided with a second pole connecting member sandwiched between tires. A second tire having a fifth support hole that movably supports the first pole in the vertical direction and is sandwiched between adjacent tires in the vertical direction among a plurality of tires constituting the first tire group. 1 pole support member and
A second tire having a sixth support hole that movably supports the second pole in the vertical direction and is sandwiched between adjacent tires in the vertical direction among a plurality of tires constituting the second tire group. The tire display device according to claim 1, further comprising two pole support members. An exhibition stand side pole vertically supported on the tire display stand on which the first tire group and the second tire group are placed, and
A fourth pole parallel to the exhibition stand side pole inserted into the center hole of the first tire group,
A seventh support hole that movably supports the exhibition stand side pole in the vertical direction, and a fourth pole that movably supports the fourth pole in the vertical direction and moves the fourth pole in the horizontal direction. It has an eighth support hole for regulating the above, and has a third pole connecting member sandwiched between the vertically adjacent tires among the plurality of tires constituting the first tire group. 2. The tire display device according to claim 2. The first pole support member is
The tire display device according to claim 3, further comprising a ninth support hole that movably supports the fourth pole in the vertical direction . A fifth pole parallel to the second pole, which is inserted into the center hole of the second tire group,
It has an eleventh support hole that movably supports the fifth pole in the vertical direction and restricts the movement of the fifth pole in the horizontal direction, and constitutes the second tire group. A fourth pole connecting member sandwiched between the vertically adjacent tires among a plurality of tires is provided.
The tire display device according to claim 3 or 4 , wherein the second pole support member has a tenth support hole that movably supports the fifth pole in the vertical direction. A first pole relief that is mounted on the top tire of a plurality of tires constituting the first tire group, closes the central hole of the tire, and allows the upper portion of the first pole to escape upward. A first tire cover plate having a hole and a fourth pole relief hole for allowing the upper portion of the fourth pole to escape upward.
A second pole relief that is mounted on the top tire of the plurality of tires constituting the second tire group, closes the central hole of the tire, and allows the upper portion of the second pole to escape upward. The tire display device according to claim 5, further comprising a second tire cover plate having a hole and a fifth pole relief hole for allowing the upper portion of the fifth pole to escape upward. The tire display device according to any one of claims 1 to 6, wherein the first pole connecting member and the second pole connecting member are formed by pressing a plastic cardboard. A claim characterized in that the first pole support member, the second pole support member, the third pole connecting member, and the fourth pole connecting member are formed by pressing a plastic cardboard. Item 5. The tire display device according to item 5.

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