JP2020141965A - Tire exhibition device - Google Patents

Abstract

To provide a tire exhibition device capable of suppressing an aligned state of laminated tires being ruined by external forces such as vibrations and wind.SOLUTION: A tire exhibition device includes: a tire exhibition stand 1 where a first tire group 9A and a second tires group 9B adjacent to the tire group 9A are arranged; a first exhibition stand side pole 5a connected to the tire exhibition stand 1 in the way that it extends in a vertical direction V; a first pole 4a and a second pole 4b inserted in a center hole h of the first tire group 9A; a first pole 4a inserted in a center hole h of the second tire group 9B; a connection member 3 which is supported by the first exhibition stand side pole 5a and the first pole 4a inserted in the center hole h of the first tire group 9A so that it is movable in the vertical direction V; and a connection member 3 supported by the second pole 4b inserted in the center hole h of the first tire group 9A and the first pole 4a inserted in the center hole h of the second tire group 9B so that it is movable in the vertical direction V.SELECTED DRAWING: Figure 1

Description

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

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

When tires stacked vertically on the tire display stand are displayed outdoors, the tires may shake, tilt or fall due to the action of wind or the like on the tires.

Also, when moving the tire display stand on which the tires are placed from the warehouse to the outdoor tire display place, the vibration due to the unevenness of the floor surface is transmitted to the tires on the tire display stand, causing the tires to tilt, collapse, or fall over. There is.

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

In order to solve the above-mentioned problems, the tire display device of the present invention according to claim 1 has a first tire group in which a plurality of tires are vertically laminated and a second tire group adjacent to the tire group. At least the tire display stand to be arranged, the first display stand side pole connected to the tire display stand so as to extend in the vertical direction, and the first pole inserted into the central hole of the first tire group. And a second pole, a first pole inserted into the center hole of the second tire group, a first pole inserted into the first exhibition stand side pole and the center hole of the first tire group. A first tire that is movably supported in the vertical direction and is sandwiched between the vertically adjacent tires among the plurality of tires and inserted into the central hole of the first tire group. At least one first connecting member that supports the first pole so that the pole is maintained in contact with the inner peripheral edge of the tire of the first tire group, and a central hole of the first tire group. The second pole inserted into the tire and the first pole inserted into the central hole of the second tire group are supported so as to be movable in the vertical direction, and the tires of the plurality of tires. A second pole sandwiched between adjacent tires in the vertical direction and inserted into the central hole of the first tire group is maintained so as to be in contact with the inner peripheral edge of the tire of the first tire group. The first pole is supported so that the first pole inserted into the central hole of the second tire group is kept in contact with the inner peripheral edge of the tire of the second tire group. It is characterized by including at least one second connecting member that supports the pole.

The tire display device of the invention according to claim 2 is the tire display device according to claim 1, wherein the second display stand side pole connected to the tire display stand so as to extend in the vertical direction and the first. A second pole inserted into the center hole of the second tire group, a first pole and a second pole inserted into the center hole of the third tire group adjacent to the second tire group, and the above. A second pole inserted into the center hole of the second tire group and a first pole inserted into the center hole of the third tire group are supported so as to be movable in the vertical direction. A state in which a second pole sandwiched between the vertically adjacent tires among the plurality of tires and inserted into the central hole of the second tire group is in contact with the inner peripheral edge of the tires of the second tire group. The second pole is supported so as to hold the tire, and the state in which the first pole inserted into the central hole of the third tire group is in contact with the inner peripheral edge of the tire of the third tire group is maintained. At least one third connecting member that supports the first pole, a second pole that is inserted into the central hole of the third tire group, and the second exhibition stand side pole. A second pole that is movably supported in the vertical direction and is sandwiched between the vertically adjacent tires among the plurality of tires and inserted into the center hole of the third tire group. It is characterized by including at least one fourth connecting member that supports the second pole so that the state of being in contact with the inner peripheral edge of the tire of the third tire group is maintained.

The tire display device of the invention according to claim 3 is the tire display device according to claim 1, wherein the second display stand side pole connected to the tire display stand so as to extend in the vertical direction and the first. A second pole inserted into the center hole of the second tire group, a first pole and a second pole inserted into the center hole of the third tire group adjacent to the second tire group, and the above. A first pole and a second pole inserted into the central hole of the fourth tire group adjacent to the third tire group, and a second pole inserted into the central hole of the second tire group. It is supported by a first pole inserted into the center hole of the third tire group so as to be movable in the vertical direction, and is sandwiched between the vertically adjacent tires among the plurality of tires. The second pole inserted into the central hole of the second tire group is supported so that the state in which the second pole is in contact with the inner peripheral edge of the tire of the second tire group is maintained, and the second pole is supported. At least one third pole that supports the first pole so that the first pole inserted into the central hole of the third tire group is kept in contact with the inner peripheral edge of the tire of the third tire group. The connecting member, the second pole inserted into the central hole of the third tire group, and the first pole inserted into the central hole of the fourth tire group can be moved in the vertical direction. A second pole that is supported and sandwiched between the vertically adjacent tires among the plurality of tires and inserted into the central hole of the third tire group is a tire of the third tire group. The second pole is supported so as to be in contact with the inner peripheral edge, and the first pole inserted into the central hole of the fourth tire group is the inner peripheral edge of the tire of the fourth tire group. At least one fourth connecting member that supports the first pole so as to be in contact with the tire, a second pole inserted into the central hole of the fourth tire group, and the second pole. It is supported by the display stand side pole so as to be movable in the vertical direction, and is sandwiched between the vertically adjacent tires among the plurality of tires and inserted into the central hole of the fourth tire group. It is characterized by including at least one fifth connecting member that supports the second pole so that the state in which the second pole is in contact with the inner peripheral edge of the tire of the fourth tire group is maintained. To do.

The tire display device of the invention according to claim 4 is the tire display device according to any one of claims 1 to 3, wherein the connecting member is formed on a plate-shaped connecting member main body and the connecting member main body. It is characterized by having a plurality of holes that allow the movement of the connecting member main body in the vertical direction and regulate the movement in the tire radial direction.

In the tire display device according to claim 5, in the tire display device according to any one of claims 1 to 3, the connecting member is fixed to a plate-shaped connecting member main body and the connecting member main body. It is characterized by having a pair of regulating members that allow the connecting member main body to move in the vertical direction and regulate the movement in the tire radial direction.

The tire display device according to claim 6 is the tire display device according to any one of claims 1 to 5, wherein the tire display stand receives a pallet support portion of a pallet carrier. It is characterized by having.

The tire display device of the invention according to claim 7 is the tire display device according to any one of claims 1 to 5, wherein the tire display stand is mounted on a stand body and at least one end of the stand body. It is characterized by having a handle to be formed and a caster mounted on the bottom surface of the base body.

The tire display device of the invention according to claim 8 is the tire display device according to claim 7, wherein the display stand side pole is connected to the handle.

The tire display device of the invention according to claim 9 is the tire display device according to any one of claims 1 to 8, wherein the pole is expandable and contractible.

The tire display device of the invention according to claim 10 is the tire display device according to any one of claims 1 to 8, wherein the display stand side pole can be expanded and contracted.

The tire display device of the invention according to claim 11 is the tire display device according to any one of claims 1 to 10, wherein the connecting member is made of plastic cardboard.

The tire display device of the invention according to claim 12 is the tire display device according to any one of claims 1 to 11, wherein the tire group is composed of eight tires laminated in the vertical direction. It is characterized by.

The tire display device of the invention according to claim 13 is sandwiched between the upper four tires and the lower four tires of the eight tires in the tire display device according to claim 12. A partition plate that separates the center holes of the upper four tires from the center holes of the lower four tires, and a cross section that is accommodated in the center holes of the upper four tires and supports the inner peripheral edges of those tires. It is provided with a tire aligner on the upper side of the cross and a tire aligner on the lower side of the cross section that is housed in the central holes of the four lower tires and supports the inner peripheral edges of those tires. It is a feature.

INDUSTRIAL APPLICABILITY According to the present invention, it is possible to prevent the aligned state of the laminated tires from being impaired by an external force such as vibration or wind.

FIG. 1 is a perspective view showing a usage state of the tire display device according to the first embodiment of the present invention. FIG. 2 is a conceptual diagram showing the relationship between the connecting member of the tire display device of FIG. 1, the tire, the pole, and the tire aligning tool (the illustration of the tire cover, the information display object holder, and the like is omitted). FIG. 3 is a plan view of the connecting member of the tire display device of FIG. FIG. 4 is a perspective view showing the relationship between the connecting member of the tire display device of FIG. 1 and the pole. FIG. 5 is a perspective view of the tire aligner. FIG. 6 is a plan view of an information display object holder having no hole for passing the tire aligning tool of FIG. FIG. 7 is a plan view of an information display holder having a hole for passing the tire aligner of FIG. FIG. 8 is an enlarged conceptual diagram showing the relationship between the connecting member of the tire display device of FIG. 1, the tire, the tire aligning tool, and the tire (the illustration of the tire cover, the information display object holder, and the like is omitted). FIG. 9 is a conceptual diagram showing a state in which three tire display stands of the tire display device of FIG. 1 are arranged side by side (the tire cover, the information display object holder, and the like are not shown). FIG. 10 is a perspective view showing a usage state of the tire display device according to the second embodiment of the present invention. FIG. 11 is a conceptual diagram showing the relationship between the connecting member of the tire display device of FIG. 10, the tire, the pole, and the tire aligning tool (the illustration of the tire cover, the information display object holder, and the like is omitted). FIG. 12 is a conceptual diagram showing a state in which two tire display stands of the tire display device of FIG. 10 are arranged side by side. FIG. 13 is a perspective view showing a usage state of the tire display device according to the third embodiment of the present invention. FIG. 14 is a conceptual diagram showing the relationship between the connecting member of the tire display device of FIG. 13, the tire, the pole, and the tire aligning tool (the illustration of the tire cover, the information display object holder, and the like is omitted). FIG. 15 is a conceptual diagram showing a state in which two tire display stands of the tire display device of FIG. 13 are arranged side by side (the tire cover, the information display object holder, and the like are not shown). FIG. 16 is a perspective view showing a connecting member different from the connecting member of the tire display device of FIG. FIG. 17 is an exploded perspective view of the connecting member of FIG.

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

First, the tire display device according to the first embodiment of the present invention will be described with reference to FIGS. 1 to 8.

As shown in FIGS. 1 and 2, the tire display device according to the first embodiment includes a tire display stand 1 on which a first tire group 9A and a second tire group 9B adjacent to the first tire group 9A are arranged. The first display stand side pole 5a connected to the tire display stand 1 so as to extend in the vertical direction V, and the first pole 4a and the second pole inserted into the central hole h of the first tire group 9A. 4b, a first pole 4a inserted into the central hole h of the second tire group 9B, a first pole 5a inserted into the first exhibition stand side pole 5a and the central hole h of the first tire group 9A. A connecting member (first connecting member) 3 movably supported in the direction V perpendicular to the pole 4a, and a second pole 4b and a second tire inserted into the central hole h of the first tire group 9A. It includes a first pole 4a inserted into the central hole h of the group 9B and a connecting member (second connecting member) 3 movably supported in the vertical direction V.

The first tire group 9A is formed by stacking eight tires 9 in the vertical direction V. The second tire group 9B is formed by stacking four tires 9 in the vertical direction V.

The connecting member (first connecting member) 3 supported by the first exhibition stand side pole 5a and the first pole 4a inserted into the central hole h of the first tire group 9A is the eight tires 9. A state in which the first pole 4a sandwiched between adjacent tires 9 in the vertical direction V and inserted into the central hole h of the first tire group 9A is in contact with the inner peripheral edge 91 of the tire 9 of the first tire group 9A. Is a connecting member that supports the first pole 4a so as to hold the tire.

A connecting member (second) supported by a second pole 4b inserted into the central hole h of the first tire group 9A and a first pole 4a inserted into the central hole h of the second tire group 9B. The connecting member) 3 is sandwiched between adjacent tires 9 in the vertical direction V among the plurality of tires 9, and the second pole 4b inserted into the central hole h of the first tire group 9A is the first tire group. The second pole 4b is supported so that the state of contact with the inner peripheral edge 91 of the tire 9 of 9A is maintained, and the first pole 4a inserted into the central hole h of the second tire group 9B is the second. It is a connecting member that supports the first pole 4a so that the state of being in contact with the inner peripheral edge 91 of the tire 9 of the tire group 9B is maintained.

Further, the tire display device is sandwiched between the adjacent upper and lower tires 9 of the plurality of tires 9 and supports the information display object POP (see FIG. 1), and the information display object holders 6 and 7 (see FIGS. 6 and 7). ), A tire aligner 10 (see FIG. 5) housed in the central holes h of the plurality of tires 9 and supporting the tires 9, and the tire 9 located at the top of the plurality of tires 9. It is provided with a tire cover 8 (see FIG. 1) that closes the central hole h of the tire 9.

The information display is, for example, a paper on which various information such as the product name, price, size, and copy of the tire 9 displayed stacked in the vertical direction V is displayed (the paper is also attached to the mount). Included), so-called sheet-type liquid crystals, organic EL displays, and the like.

The tire display stand 1 has a base body 11 on which tires 9 are laminated, a handle 12 connected to an end portion of the base body 11, and a caster 13 mounted on the bottom surface of the base body 11 (see FIG. 1). ). The handle 12 has an inverted U shape. The tire display stand 1 may adopt a structure in which the handle 12 can be tilted so that the handle 12 is parallel to the stand body 11. A rectangular frame body 12F is fixed to the handle 12, and the first exhibition stand side pole 5a is movably connected to the handle 12 in the vertical direction V via the frame body 12F.

As shown in FIGS. 3 and 4, the connecting member 3 is formed on the plate-shaped connecting member main body 31 and the connecting member main body 31, and a plurality of poles 5a, 5b and poles 4a, 4b on the exhibition stand side are inserted. It has a hole 31a. The plurality of holes 31a are holes that allow the movement of the connecting member main body 31 in the vertical direction V and regulate the movement in the tire radial direction H, respectively. Further, the plurality of holes 31a are the distance between the first display stand side pole 5a and the first pole 4a, and the first pole 4a according to the type of the tire 9 laminated on the stand body 11 of the tire display stand 1. The distance between the first pole 4a and the second pole 4b, the distance between the second exhibition stand side pole 5b and the second pole 4b, etc. are adjusted, and the first pole 4a and the second pole 4b are each tire group 9A ~. It is a hole for supporting the first pole 4a and the second pole 4b so that the state of being in contact with the inner peripheral edge 91 of the tire 9 of 9D is maintained.

The information display holder (partition plate) 6 is sandwiched between the fourth tire 9 from the top and the fifth tire 9 from the top among the eight tires 9 of the first tire group 9A, and is the fourth tire 9 from the top. A holder body 61 that separates the center hole h of the tire 9 and the center hole h of the fifth tire 9 from the top, a connection portion 62 provided in the holder body 61 and connected to the information display object POP, and the first tire. It has a notch 63 for accommodating the first pole 4a inserted into the central hole h of the group 9A (see FIG. 6).

The information display object holder 7 is attached to the holder body 71 sandwiched between the first tire 9 from the top and the second tire 9 from the top among the eight tires 9 of the first tire group 9A, and the holder body 71. It has a connecting portion 72 provided and connected to the information display object POP, and a notch portion 73 for accommodating the first pole 4a (see FIG. 7). The holder body 71 is formed with a cross-shaped hole 74 that connects the center hole h of the first tire 9 from the top and the center hole h of the second tire 9 from the top.

The information display holder 7 is also arranged between the first tire 9 from the top and the second tire 9 from the top among the four tires 9 of the second tire group 9B.

The information display object holders 6 and 7 support the information display object POP arranged on the outer peripheral surface of the tire 9.

The information display holder 6 functions as a partition plate that separates the center holes h of the four tires 9 on the upper side and the center holes h of the four tires 9 on the lower side of the first tire group 9A, and serves as the first tire group. It supports the lower part of the tire aligner 10 having a cross section in the central hole h of the four tires 9 on the upper side of the 9A.

Since the information display object holder 7 has a cross-shaped hole 74, the upper portion of the tire aligning tool 10 is released to the central hole h of the first tire 9 from the top of the first tire group 9A, and the first tire alignment tool 10 is released. The tire aligning tool 10 can be accommodated in the central holes h of the four tires 9 on the upper side of the tire group 9A, and the upper part of the tire aligning tool 10 is the first tire 9 from the top of the second tire group 9B. The tire aligner 10 can be accommodated in the central holes h of the four tires 9 of the second tire group 9B by letting them escape to the central hole h.

The tire aligner 10 has a cross-section (the shape of the tire aligner 10 when viewed from the vertical direction V is substantially a cross). The tire aligner 10 is housed in the central holes h of the plurality of stacked tires 9 and supports the inner peripheral edges 91 of the tires 9.

The tire cover 8 is arranged on the side surface portion of one (upper side) of the first tire 9 from the top of the first tire group 9A and the second tire group 9B, and is a circular shape that closes the central hole h of the tire 9. It has a plate main body 81 and a pair of belts 82 that are connected to the plate main body 81 and are wound around the tire 9 to fix the plate main body 81 to the side surface portion 92 of the tire 9.

Next, one specific usage mode of the tire display device will be described.

A first tire group 9A and a second tire group 9B are arranged on the main body 11 of the tire display stand 1. The first tire group 9A is composed of eight laminated tires 9, and the second tire group 9B is composed of four laminated tires 9.

First, the first tire group 9A will be described.

Between the first tire 9 from the bottom and the second tire 9 from the bottom of the first tire group 9A, the pole 5a on the first exhibition stand side and the center hole h of the first tire group 9A are inserted. A connecting member 3 supported by the first pole 4a is arranged, and the center hole h of the second pole 4b and the second tire group 9B inserted into the center hole h of the first tire group 9A. A connecting member 3 supported by a first pole 4a inserted into the tire is arranged.

Three tires 9 are stacked on the first tire 9 from the bottom via two connecting members 3, and the tire aligner 10 is housed in the center hole h of the tires 9 so as not to hit the connecting member 3. ing.

An information display holder 6 is arranged between the fourth tire from the bottom and the fifth tire from the bottom. The first pole 4a is housed in the notch 63 of the information display holder 6.

Three tires 9 are stacked on the fourth tire 9 from the bottom via the information display holder 6, and the tire aligner 10 is housed in the center hole h of the tires 9.

The information display object holder 7 is mounted on the seventh tire 9 from the bottom, and the connecting member 3 is mounted on the information display object holder 7. The upper portion of the tire aligning tool 10 is released upward through the hole 74 of the information display object holder 7, and the first pole 4a is accommodated in the notch 73 of the information display object holder 7. Further, the upper end portion of the first pole 4a is inserted into the hole 31a of the connecting member 3.

On the seventh tire 9 from the bottom, one tire 9 is mounted via the other connecting member 3 and the information display object holder 7. A tire cover 8 is mounted on the tire 9 (the first tire 9 from the top) to prevent rainwater and dust from entering the tire 9. The belt 82 of the tire cover 8 is wound around the tire 9, and the plate body 81 is fixed to one (upper side) side surface of the tire 9.

Next, the second tire group 9B will be described.

Between the first tire 9 from the bottom and the second tire 9 from the bottom, it is supported by the second pole 4b of the first tire group 9A and the first pole 4a of the second tire group 9B. The connecting member 3 is arranged.

Two tires 9 are stacked on the first tire 9 from the bottom via the connecting member 3, and the tire aligning tool 10 is housed in the central hole h of the tires 9 so as not to hit the connecting member 3. There is.

An information display holder 7 is arranged between the third tire 9 from the bottom and the fourth tire 9 from the bottom.

The upper portion of the tire aligning tool 10 is released upward through the hole 74 of the information display object holder 7, and the first pole 4a is accommodated in the notch 73 of the information display object holder 7. Further, the upper end portion of the first pole 4a is inserted into the hole 31a of the connecting member 3.

A tire cover 8 is attached to the fourth tire 9 from the bottom (the first tire 9 from the top) to prevent rainwater and dust from entering the tire 9.

Since the information display object POP is connected to the connection portion 62 of the information display object holder 6 in advance, the information display object is arranged on the outer peripheral surface portion of the tire 9.

As described above, the first display stand side pole 5a connected to the tire display stand 1 and the first pole 4a inserted into the central hole h of the first tire group 9A are connected by the connecting member 3. The state in which the first pole 4a inserted into the central hole h of the first tire group 9A is in contact with the inner peripheral edge 91 of the central hole h of the tire 9 of the first tire group 9A is maintained, and the first one is maintained. The second pole 4b inserted into the central hole h of the tire 9 of the tire group 9A and the first pole 4a inserted into the central hole h of the tire 9 of the second tire group 9B are connected by the connecting member 3. The state in which the second pole 4b inserted into the central hole h of the first tire group 9A is in contact with the inner peripheral edge 91 of the central hole h of the tire 9 of the first tire group 9A is maintained, and the first Since the state in which the first pole 4a inserted into the central hole of the second tire group 9B is in contact with the inner peripheral edge 91 of the central hole h of the tire 9 of the second tire group 9B is maintained, the first tire group The tire 9 of 9A and the tire 9 of the second tire group 9B do not easily tilt, collapse, or fall.

Further, two tire aligners 10 are housed in the center holes h of the eight tires 9 of the first tire group 9A along the vertical direction V, and the two tire aligners 10 are inside the center holes h of the tires 9. One tire aligning tool 10 is housed along the vertical direction V in the central holes h of the four tires 9 of the second tire group 9B while contacting the peripheral edge 91 at intervals of 45 degrees, and the one tire aligning tool 10 is accommodated. Contact the inner peripheral edge 91 of the central hole h of the tire 9 at intervals of 45 degrees, so that the tire 9 does not easily tilt, collapse, or fall.

In the tire display device of this embodiment, when the tire display stand 1 on which the eight stacked tires 9 are placed is moved from the indoor to the outdoor tire display place, the vibration due to the unevenness of the ground causes the tires on the tire display stand 1. The tire 9 is transmitted to the tire 9 and tries to shake greatly, but the first pole 4a and the second pole 4b come into contact with the inner peripheral edge 91 of the central hole h of the tire 9 on the tire display stand 1 and the tire display stand. Since the tire aligning tool 10 housed in the central hole h of the tire 9 on the tire 1 comes into contact with the inner peripheral edge 91 of the central hole h of the tire 9 at intervals of 45 degrees, the tire 9 sways and the tires 9 are in the horizontal direction. The misalignment is suppressed, and the aligned state of the laminated tires 9 is not easily impaired.

Further, even if an external force such as wind acts on the tire 9 on the tire display stand 1 during the display of the tire 9, the first pole 4a, as in the case of transporting the tire display stand 1 on which the tire 9 is placed, Since the tire alignment state maintaining function by the second pole 4b and the tire alignment tool 10 works, the shaking of the tire 9 and the horizontal misalignment between the tires 9 are suppressed, and the alignment state of the laminated tires 9 is not easily impaired. ..

FIG. 9 is a conceptual diagram showing a state in which three tire display devices shown in FIGS. 1 and 2 of the first embodiment are arranged side by side, and shows one specific usage mode of the tire display device of the first embodiment. .. Illustrations of the tire cover 8, information display holders 6 and 7, and the like are omitted. The right side of FIG. 9 is the front side of the three tire display devices, and the left side is the rear side of the three tire display devices.

When the tire display device is arranged so that the second tire group 9B is in front and the first tire group 9A is in the back when viewed from the customer, the customer can see the information display POP of the first tire group 9A and the second tire. The information display POP of group 9B can be seen.

Next, a second embodiment of the present invention will be described with reference to FIGS. 10 and 11.

The same reference numerals are given to the parts common to the first embodiment described above, and the description thereof will be omitted. Hereinafter, only the main differences from the first embodiment will be described.

The tire display device of the second embodiment is a tire display in which a first tire group 9A, a second tire group 9B, and a third tire group 9C, each of which is formed by stacking a plurality of tires 9 in the vertical direction V, are arranged. The stand 101, the first display stand side pole 5a and the second display stand side pole 5b connected to the tire display stand 101 so as to extend in the vertical direction V, the first tire group 9A, and the second tire group. The first pole 4a and the second pole 4b inserted into the respective center holes h of the 9B and the third tire group 9C, and the center hole h of the first exhibition stand side pole 5a and the first tire group 9A. A connecting member (first connecting member) 3 movably supported in the direction V perpendicular to the first pole 4a inserted into the tire group 9A, and a second connecting member 3 inserted into the central hole h of the first tire group 9A. A connecting member (second connecting member) 3 movably supported in the direction V perpendicular to the pole 4b and the first pole 4a inserted into the central hole h of the second tire group 9B, and a second tire. A connecting member that is movably supported in the direction V by the second pole 4b inserted into the central hole h of the group 9B and the first pole 4a inserted into the central hole h of the third tire group 9C ( A connection movably supported in the vertical direction V by the third connecting member) 3 and the second pole 4b and the second exhibition stand side pole 5b inserted into the central hole h of the third tire group 3C. It includes a member (fourth connecting member) 3.

A connecting member (third) supported by a second pole 4b inserted into the central hole h of the second tire group 9B and a first pole 4a inserted into the central hole h of the third tire group 9C. The connecting member) 3 is sandwiched between adjacent tires 9 in the vertical direction V among the plurality of tires 9, and the second pole 4b inserted into the central hole h of the second tire group 9B is the second tire group. The second pole 4b is supported so that the state of contact with the inner peripheral edge 91 of the tire 9 of 9B is maintained, and the first pole 4a inserted into the central hole h of the third tire group 9C is the third. This is a connecting member that supports the first pole 4a so as to maintain a state of being in contact with the inner peripheral edge 91 of the tire 9 of the tire group 9C.

A connecting member (fourth connection) that is movably supported in the vertical direction V between the second display stand side pole 5b and the second display stand side pole 5b inserted into the central hole h of the third tire group 3C. The member) 3 is sandwiched between adjacent tires 9 in the vertical direction V among the plurality of tires 9, and the second pole 4b inserted into the central hole h of the third tire group 9C is the third tire group 9C. It is a connecting member that supports the second pole 4b so that the state of being in contact with the inner peripheral edge 91 of the tire 9 is maintained.

As described above, the tire display device of this embodiment includes four connecting members 3, and is provided in the central holes h of the first tire group 9A, the second tire group 9B, and the third tire group 9C, respectively. Since the inserted first pole 4a and the second pole 4b are maintained in contact with the inner peripheral edge 91 of the central hole h of the tires 9 of the tire groups 9A to 9C, the first tire group 9A, It is possible to prevent the second tire group 9B and the third tire group 9C from tilting, collapsing or falling. Further, the first pole 4a inserted into the central hole h of the first tire group 9A is connected to the tire display stand 101 via the connecting member (first connecting member) 3. The second pole 4b, which is connected to the side pole 5a and inserted into the central hole h of the third tire group 9C, is connected to the tire display stand 101 via the connecting member (fourth connecting member) 3. Since it is connected to the second display stand side pole 5b, the first tire group 9A, the second tire group 9B, and the second tire group 9B are compared with the one in which only one display stand side pole is connected to one tire display stand. It is possible to more reliably prevent the tire group 9C of No. 3 from tilting, collapsing or falling.

FIG. 12 is a conceptual diagram showing one specific usage mode of the tire display device of the second embodiment and showing a state in which two tire display devices of the second embodiment are arranged side by side. Illustrations of the tire cover 8, information display holders 6 and 7, and the like are omitted.

In this usage mode, the first tire group 9A to the third tire group 9C arranged on the tire display stand 101 of one tire display device are each composed of eight tires 9, and the tire display of the other tire display device. The first tire group 9A to the third tire group 9C arranged on the table 101 are each composed of four tires 9.

When one tire display device is placed in the back and the other tire display device is placed in the front when viewed from the customer, the customer displays information on the first tire group 4A to the third tire group 9C of the one tire display device. The object POP and the information display object POP of the first tire group 9A to the third tire group 9C of the other tire display device can be seen.

Next, a third embodiment of the present invention will be described with reference to FIGS. 13 and 14.

The same reference numerals are given to the parts common to the first embodiment described above, and the description thereof will be omitted. Hereinafter, only the main differences from the first embodiment will be described.

The tire display device of the third embodiment has a first tire group 9A, a second tire group 9B, a third tire group 9C, and a fourth tire group, each of which is formed by stacking a plurality of tires 9 in the vertical direction V. A tire display stand 201 on which 9D is arranged, a first display stand side pole 5a and a second display stand side pole 5b connected to the tire display stand 201 so as to extend in the vertical direction V, and a first tire group. The first pole 4a and the second pole 4b inserted into the central holes h of the 9A, the second tire group 9B, the third tire group 9C and the fourth tire group 9D, and the first exhibition stand. A connecting member (first connecting member) 3 movably supported in the direction V perpendicular to the side pole 5a and the first pole 4a inserted into the central hole h of the first tire group 9A, and a first A connecting member movably supported in the direction V by the second pole 4b inserted into the central hole h of the tire group 9A and the first pole 4a inserted into the central hole h of the second tire group 9B. (Second connecting member) 3, a second pole 4b inserted into the central hole h of the second tire group 9B, and a first pole 4a inserted into the central hole h of the third tire group 9C. A connecting member (third connecting member) 3 movably supported in the vertical direction V, a second pole 4b inserted into the central hole h of the third tire group 9C, and a fourth tire group 9D. It is inserted into the connecting member (fourth connecting member) 3 movably supported in the direction V perpendicular to the first pole 4a inserted into the central hole h, and the central hole h of the fourth tire group 4D. A connecting member (fifth connecting member) 3 that is movably supported in the vertical direction V is provided on the second pole 4b and the second exhibition stand side pole 5b.

A connecting member (third) supported by a second pole 4b inserted into the central hole h of the second tire group 9B and a first pole 4a inserted into the central hole h of the third tire group 9C. The connecting member) 3 is sandwiched between adjacent tires 9 in the vertical direction V among the plurality of tires 9, and the second pole 4b inserted into the central hole h of the second tire group 9B is the second tire group. The second pole 4b is supported so that the state of contact with the inner peripheral edge 91 of the tire 9 of 9B is maintained, and the first pole 4a inserted into the central hole h of the third tire group 9C is the third. This is a connecting member that supports the first pole 4a so as to maintain a state of being in contact with the inner peripheral edge 91 of the tire 9 of the tire group 9C.

A connecting member (fourth) supported by a second pole 4b inserted into the central hole h of the third tire group 9C and a first pole 4a inserted into the central hole h of the fourth tire group 9D. The connecting member) 3 is sandwiched between adjacent tires 9 in the vertical direction V among the plurality of tires 9, and the second pole 4b inserted into the central hole h of the third tire group 9C is the third tire group. The second pole 4b is supported so that the state of contact with the inner peripheral edge 91 of the tire 9 of 9C is maintained, and the first pole 4a inserted into the central hole h of the fourth tire group 4D is the fourth. It is a connecting member that supports the first pole 4a so as to maintain a state of being in contact with the inner peripheral edge 91 of the tire 9 of the tire group 9D.

A connecting member (fifth connecting member) 3 that is movably supported in the vertical direction V by the second pole 4b inserted into the central hole h of the fourth tire group 4D and the second display stand side pole 5b. Is sandwiched between adjacent tires 9 in the vertical direction V among the plurality of tires 9, and the second pole 4b inserted into the central hole h of the fourth tire group 9D is the tire 9 of the fourth tire group 4D. It is a connecting member that supports the second pole 4b so that the state of being in contact with the inner peripheral edge 91 of the tire is maintained.

As described above, the tire display device of this embodiment includes five connecting members 3, and includes a first tire group 9A, a second tire group 9B, a third tire group 9C, and a fourth tire group. Since the two poles 4a and 4b inserted into the central hole h of 9D are maintained in contact with the inner peripheral edge 91 of the central hole h of the tire 9 of each tire group 9A to 9D, the first tire group 9A , The second tire group 9B, the third tire group 9C, and the fourth tire group 9D can be prevented from tilting, collapsing, or falling. Further, the first pole 4a inserted into the central hole h of the first tire group 9A is connected to the tire display stand 201 via the connecting member (first connecting member) 3. The second pole 4b, which is connected to the side pole 5a and inserted into the central hole h of the fourth tire group 9D, is connected to the tire display stand 201 via the connecting member (fifth connecting member) 3. Since it is connected to the second display stand side pole 5b, the first tire group 9A, the second tire group 9B, and the second tire group 9B are compared with the one in which only one display stand side pole is connected to one tire display stand. It is possible to more reliably prevent the tire group 9C of 3 and the tire group 9D of 4 from tilting, collapsing or falling.

FIG. 15 is a conceptual diagram showing one specific usage mode of the tire display device of the third embodiment and showing a state in which two tire display devices of the third embodiment are arranged side by side. Illustrations of the tire cover 8, information display holders 6 and 7, and the like are omitted.

In this usage mode, the first tire group 9A to the fourth tire group 9D arranged on the tire display stand 201 of one tire display device are each composed of eight tires 9, and the tire display of the other tire display device. The first tire group 9A to the fourth tire group 9D arranged on the table 201 are each composed of four tires 9.

When one tire display device is placed in the back and the other tire display device is placed in the front when viewed from the customer, the customer displays information on the first tire group 4A to the fourth tire group 9D of the one tire display device. The object POP and the information display object POP of the first tire group 9A to the fourth tire group 9D of the other tire display device can be seen.

In the above-described embodiment, one plate-shaped connecting member main body 31 and two poles (pole 4a and pole 4b, exhibition stand side pole 5a and pole 4a, or exhibition stand side) formed on the connecting member main body 31 are formed. The connecting member 3 is composed of a plurality of holes 31a into which the pole 5b and the pole 4b) are inserted, but as another embodiment, as shown in FIGS. 16 and 17, one plate-shaped connecting member main body 1031 and The connecting member 103 may be composed of two plate-shaped regulating members 1032 fixed to both ends of the connecting member main body 1031.

Three elongated holes 1031a are formed in the connecting member main body 1031 along the tire radial direction H. The elongated hole 1031a is a rectangular hole, and the sizes of the three elongated holes 1031a are almost the same. The length of the elongated hole 1031a in the longitudinal direction is about four times the outer diameter of the poles 4a and 4b and the poles 5a and 5b on the exhibition stand side. The width of the elongated hole 1031a (the length of the elongated hole 1031a in the direction orthogonal to the longitudinal direction of the elongated hole 1031a and the thickness direction of the connecting member main body 31) is the outer diameter of the poles 4a and 4b and the poles 5a and 5b on the display stand side. A little bigger. Therefore, the poles 4a and 4b inserted in the elongated hole 1031a and the poles 5a and 5b on the display stand side can move in the vertical direction V and the tire radial direction H.

The regulating member 1032 is fixed to the connecting member main body 1031 with, for example, an adhesive. A substantially square hole 1032a is formed in the regulating member 1032. The fixed position of the regulating member 1032 with respect to the connecting member main body 1031 is determined according to the size of the tire 9. The poles 4a and 4b and the exhibition stand side poles 5a and 5b are inserted into the holes 32a, and the size of the holes 32a allows the poles 4a and 4b and the exhibition stand side poles 5a and 5b to move in the vertical direction V, and the poles 4a , 4b and the exhibition stand side poles 5a and 5b are set to a size that regulates the movement of the tire radial direction H. Therefore, when the regulating member 1032 is fixed to the connecting member main body 1031, the state in which the poles 4a and 4b and the display stand side poles 5a and 5b are in contact with the inner peripheral edge 91 of the tire 9 is maintained.

Further, in the above-described embodiment, the tire display stand 1 having the stand main body 11, the handle 12, and the caster 13 is adopted as the tire display stand, but as another embodiment, the handle 12 and the caster 13 are not provided. A known tire display stand (not shown) having a receiving space for receiving a pallet support portion of a pallet carrier (not shown) may be adopted.

Further, in the above-described embodiment, the support member 2 is connected to the handle 12 of the tire display stand 1, but as another embodiment, the support member 2 is not connected to the handle 12 of the tire display stand 1 and is connected to the stand body 11. It may be connected.

Further, in the above-described embodiment, the pole 4 can be expanded and contracted, but it is not always necessary to expand and contract the pole 4.

Further, in the above-described embodiment, the first exhibition stand side pole 5a and the second exhibition stand side pole 5b are connected to the handle 12 via the frame body 12F so as to be movable in the vertical direction V. The exhibition stand side pole 5a and the second exhibition stand side pole 5b may be connected to the handle 12 so as not to move in the vertical direction V.

The number of connecting members 3 used is appropriately determined according to the number of tires constituting the tire group arranged on the tire display stand, and in the above-described embodiment, when the number of tires constituting the tire group is eight, When two connecting members 3 are used and there are four tires constituting the tire group, one connecting member 3 is used.

Further, the connecting member main body 31 of the connecting member 3 is made of plastic cardboard, and the connecting member main body 1031 and the regulating member 1032 of the connecting member 103 are also made of plastic cardboard, but their materials are not limited to plastic cardboard.

1,101,201 Tire display stand 11 Main body 12 Handle 12F Frame 13 Caster 3 Connecting member (1st connecting member to 5th connecting member)
31 Connecting member main body 31a Hole 103 Connecting member 1031 Connecting member main body 1031a Long hole 1032 Regulatory member 1032a Hole 4a First pole 4b Second pole 5a First exhibition stand side pole 5b Second exhibition stand side pole 6 Information display Object holder (partition plate)
61 Holder body 62 Connection part 63 Notch 7 Information display holder 71 Holder body 72 Connection part 73 Notch 74 Hole 8 Tire cover 81 Plate body 82 Belt 9 Tires 9A to 9D 1st to 4th tire groups 91 Tires Inner peripheral edge of 10 Tire alignment tool h Tire center hole V Vertical direction H Tire radial direction POP Information display

The tire display device of the invention according to claim 6 is the tire display device according to any one of claims 1 to 5, wherein the tire display stand has a receiving space portion for receiving a fork of a forklift. It is a feature.

The tire display device of the invention according to claim 6 is the tire display device according to any one of claims 1 to 5, wherein the tire display stand is mounted on a stand body and at least one end of the stand body. It is characterized by having a handle to be formed and a caster mounted on the bottom surface of the base body.

The tire display device of the invention according to claim 7 is the tire display device according to claim 6 , wherein the display stand side pole is connected to the handle.

The tire display device according to claim 8 is the tire display device according to any one of claims 1 to 7 , wherein the pole can be expanded and contracted.

The tire display device of the invention according to claim 9 is the tire display device according to any one of claims 1 to 7 , wherein the display stand side pole can be expanded and contracted.

The tire display device of the invention according to claim 10 is the tire display device according to any one of claims 1 to 9 , wherein the connecting member is made of plastic cardboard.

Tire exhibition equipment of the invention according to claim 11, in the tire exhibits apparatus according to any one of claims 1 to 10, wherein the tire group be composed of eight tires stacked in the vertical direction It is characterized by.

The tire display device of the invention according to claim 12 is sandwiched between the upper four tires and the lower four tires of the eight tires in the tire display device according to claim 11. A partition plate that separates the center holes of the upper four tires from the center holes of the lower four tires, and a cross section that is accommodated in the center holes of the upper four tires and supports the inner peripheral edges of those tires. It is provided with a tire aligner on the upper side of the cross and a tire aligner on the lower side of the cross section that is housed in the central holes of the four lower tires and supports the inner peripheral edges of those tires. It is a feature.

Claims (13)

A tire display stand on which at least a first tire group in which a plurality of tires are vertically laminated and a second tire group adjacent to the tire group are arranged, and
A first display stand side pole connected to the tire display stand so as to extend in the vertical direction,
The first pole and the second pole inserted into the center hole of the first tire group,
A first pole inserted into the center hole of the second tire group,
The first pole on the display stand side and the first pole inserted into the center hole of the first tire group are supported so as to be movable in the vertical direction, and the vertical of the plurality of tires. The first pole is sandwiched between adjacent tires in the direction and inserted into the central hole of the first tire group so that the first pole is maintained in contact with the inner peripheral edge of the tire of the first tire group. With at least one first connecting member supporting the pole of
A second pole inserted into the center hole of the first tire group and a first pole inserted into the center hole of the second tire group are supported so as to be movable in the vertical direction. A second pole sandwiched between the vertically adjacent tires among the plurality of tires and inserted into the central hole of the first tire group comes into contact with the inner peripheral edge of the tires of the first tire group. A state in which the second pole is supported so that the state is maintained and the first pole inserted into the central hole of the second tire group is in contact with the inner peripheral edge of the tire of the second tire group. A tire display device comprising at least one second connecting member that supports the first pole so as to be held. A second display stand side pole connected to the tire display stand so as to extend in the vertical direction,
A second pole inserted into the center hole of the second tire group,
A first pole and a second pole inserted into the center hole of the third tire group adjacent to the second tire group,
A second pole inserted into the center hole of the second tire group and a first pole inserted into the center hole of the third tire group are supported so as to be movable in the vertical direction. A second pole, which is sandwiched between the vertically adjacent tires among the plurality of tires and is inserted into the center hole of the second tire group, comes into contact with the inner peripheral edge of the tires of the second tire group. A state in which the second pole is supported so that the state is maintained and the first pole inserted into the central hole of the third tire group is in contact with the inner peripheral edge of the tire of the third tire group. With at least one third connecting member that supports the first pole to be held,
The second pole inserted into the central hole of the third tire group and the second display stand side pole are supported so as to be movable in the vertical direction, and the said one of the plurality of tires. The second pole, which is sandwiched between adjacent tires in the vertical direction and inserted into the central hole of the third tire group, is maintained in contact with the inner peripheral edge of the tire of the third tire group. The tire display device according to claim 1, further comprising at least one fourth connecting member that supports the two poles. A second display stand side pole connected to the tire display stand so as to extend in the vertical direction,
A second pole inserted into the center hole of the second tire group,
A first pole and a second pole inserted into the center hole of the third tire group adjacent to the second tire group,
A first pole and a second pole inserted into the center hole of the fourth tire group adjacent to the third tire group,
A second pole inserted into the center hole of the second tire group and a first pole inserted into the center hole of the third tire group are supported so as to be movable in the vertical direction. A second pole, which is sandwiched between the vertically adjacent tires among the plurality of tires and is inserted into the center hole of the second tire group, comes into contact with the inner peripheral edge of the tires of the second tire group. A state in which the second pole is supported so that the state is maintained and the first pole inserted into the central hole of the third tire group is in contact with the inner peripheral edge of the tire of the third tire group. With at least one third connecting member that supports the first pole to be held,
A second pole inserted into the center hole of the third tire group and a first pole inserted into the center hole of the fourth tire group are supported so as to be movable in the vertical direction. A second pole, which is sandwiched between the vertically adjacent tires among the plurality of tires and is inserted into the center hole of the third tire group, comes into contact with the inner peripheral edge of the tires of the third tire group. A state in which the second pole is supported so that the state is maintained and the first pole inserted into the central hole of the fourth tire group is in contact with the inner peripheral edge of the tire of the fourth tire group. With at least one fourth connecting member that supports the first pole to be held,
The second pole inserted into the central hole of the fourth tire group and the second display stand side pole are supported so as to be movable in the vertical direction, and the tires of the plurality of tires are said to be movable. A second pole sandwiched between adjacent tires in the vertical direction and inserted into the central hole of the fourth tire group is maintained so as to be in contact with the inner peripheral edge of the tires of the fourth tire group. The tire display device according to claim 1, further comprising at least one fifth connecting member that supports the two poles. The connecting member
Plate-shaped connecting member body and
Any one of claims 1 to 3, which is formed in the connecting member main body and has a plurality of holes that allow the connecting member main body to move in the vertical direction and regulate the movement in the tire radial direction. The tire display device described in the section. The connecting member
Plate-shaped connecting member body and
Any of claims 1 to 3, characterized by having a pair of regulating members fixed to the connecting member main body, allowing the connecting member main body to move in the vertical direction, and restricting movement in the tire radial direction. The tire display device according to item 1. The tire display device according to any one of claims 1 to 5, wherein the tire display stand has a receiving space portion for receiving a pallet support portion of a pallet carrier. Any of claims 1 to 5, wherein the tire display stand has a stand body, a handle mounted on at least one end of the stand body, and casters mounted on the bottom surface of the stand body. The tire display device according to item 1. The tire display device according to claim 7, wherein the display stand side pole is connected to the handle. The tire display device according to any one of claims 1 to 8, wherein the pole is expandable and contractible. The tire display device according to any one of claims 1 to 8, wherein the display stand side pole is expandable and contractible. The tire display device according to any one of claims 1 to 10, wherein the connecting member is made of plastic cardboard. The tire display device according to any one of claims 1 to 11, wherein the tire group is composed of eight tires laminated in the vertical direction. A partition sandwiched between the upper four tires of the eight tires and the lower four tires to separate the center holes of the upper four tires and the center holes of the lower four tires. With the plate
An upper tire aligner having a cross-section that is housed in the central holes of the four upper tires and supports the inner peripheral edges of those tires.
12. The tire according to claim 12, further comprising a lower tire aligner having a cross-section that is accommodated in the central holes of the four lower tires and supports the inner peripheral edges of those tires. Exhibition equipment.