JP4915110B2 - IC tag detachable mounting structure - Google Patents

Description

  The present invention relates to an IC tag mounting structure for detachably mounting a non-contact IC tag to an object.

  The non-contact IC tag is also referred to as RFID (Radio Frequency Identification), and includes an IC chip that holds information capable of identifying an individual, and can read this information by wireless communication in a non-contact manner. Such IC tags are used, for example, in fields such as transportation and distribution, factory process management, package handling, and facility management.

When the non-contact IC tag is used by being attached to an attachment object, it is usually attached with an adhesive or the like. Hanging with a string or fixing with a rubber ring is also performed. Further, for example, as in Patent Document 1, a method of digging a hole in concrete and embedding it is also performed.
However, when the object to be attached is a distribution material such as a pallet, a road, a building, a wooden structure, etc., it is difficult to fix it so as to withstand long-term use. If it is directly attached to the road surface, the durability is insufficient and the IC tag is easily damaged. There is a problem that it is bothersome to replace and replace each time frequent breakage occurs. Since logistics materials such as pallets are also transported by forklifts, etc., they cannot be expected to be handled carefully. When the non-contact IC tag itself is damaged or when the system is changed, a method for easily replacing it is required.

Therefore, the present invention investigates a structure that has a protection function for the IC tag and can be easily attached and detached even at the site where the IC tag is easily damaged.
Although the prior art directly related to the said technique cannot be detected, there exists patent document 2 which describes performing IC tag attachment by screw structure (bolt etc.). However, the wireless IC tag described in FIGS. 3 and 5 of the document 1 has a structure in which the IC tag is sealed with a sealant on the head of a bolt, etc. Further, the present invention is different from the detachable mounting structure of the IC tag of the present application in which the IC tag container is screwed.

JP-A-2005-273194 JP 2006-039991 A

  There is no specially proposed structure for detachably attaching an IC tag to a road surface, a pallet or other physical distribution material, or a wooden structure. For this reason, the attachment to these objects has been conventionally avoided because it takes time and effort, and hinders further promotion of the use of the IC tag. Therefore, the present application researched a detachable mounting structure of an IC tag that can quickly perform frequent mounting and replacement of a damaged IC tag even in a use site where the IC tag is not carefully handled. It has been completed.

The first of the gist of the present invention for solving the above problems is an IC tag mounting structure for detachably mounting an IC tag to an object, and (1) an outer peripheral surface of a leg having an enlarged flat head. Transparent resin in which a flat IC tag is inserted in parallel with the top surface of the head so that the display of the IC tag can be visually recognized from the outside on the head of the screw type outer shape. An IC tag housing body that is a molded body, and (2) a substantially disk-shaped body having a receiving mold portion that houses the screw type outer shape of the IC tag housing body by screwing, and a screw groove is formed on the outer periphery of the side surface. An IC tag fixing structure,
The IC tag fixing structure is characterized in that the IC tag fixing structure is screwed and fixed to an object by the screw groove.

The second of the gist of the present invention for solving the above problems is an IC tag mounting structure for detachably mounting an IC tag to an object, and (1) an outer peripheral surface of a leg having an enlarged flat head. Transparent resin in which a flat IC tag is inserted in parallel with the top surface of the head so that the display of the IC tag can be visually recognized from the outside on the head of the screw type outer shape. An IC tag storage body which is a molded body, and (2) a substantially inverted conical or inverted pyramid body having a receiving mold portion for storing the screw type outer shape of the IC tag storage body by screwing, A structure for fixing an IC tag having a sharp tip of a nail or a wedge shape, and is driven into and fixed to an object by the sharp tip of the nail or wedge shape of the IC tag fixing structure. IC tag detachable mounting structure characterized by that Located in.

The third of the gist of the present invention for solving the above problems is an IC tag mounting structure for detachably mounting an IC tag to an object, and (1) a leg outer peripheral surface having an enlarged flat head. Transparent resin in which a flat IC tag is inserted in parallel with the top surface of the head so that the display of the IC tag can be visually recognized from the outside on the head of the screw type outer shape. An IC tag storage body which is a molded body, and (2) a substantially disk-shaped or rectangular plate-shaped body having a receiving mold portion for storing the screw-type outer shape of the IC tag storage body by screwing, An IC tag fixing structure having a plurality of spikes, and a detachable mounting structure for an IC tag, wherein the IC tag fixing structure is driven into and fixed to an object by the plurality of spikes of the IC tag fixing structure. is there.

In the above, if the IC tag container of the IC tag container has a pressure and waterproof performance of 3 atm, it can be used in a water-immersion environment. Also, I C tag of an IC tag housing body if it is inserted by insert molding, high water resistance.
Furthermore, if the groove for the driver is formed on the top surface of the top of the IC tag container, the IC tag container can be attached and detached by a driver, and if the periphery of the top of the IC tag container is formed into a quadrilateral hexagonal polygon, The IC tag container can be attached and detached with a box spanner or the like.

  In the above, if the IC tag fixing structure is made of plastic, metal, glass or ceramic, it can be made highly durable.

In the IC tag detachable mounting structure of the present invention, the IC tag storage body into which the IC tag is inserted has a thread groove on the outer peripheral surface of the leg portion of the screw-type outer shape, and the receiving portion of the IC tag fixing structure. Since it can be screwed together, it can be easily attached and detached even when the IC tag is frequently replaced.
In the IC tag detachable mounting structure according to the present invention (Claim 1), the IC tag fixing structure is formed of a substantially disk-like body, and a screw groove is formed on the outer periphery of the side surface. Can be attached to the object by fitting the IC tag storage body into the receiving mold part.

In the IC tag detachable mounting structure according to the present invention (Claim 2), the IC tag fixing structure is formed of a substantially inverted cone shape or an inverted pyramid shape, and has a sharp edge of a nail or wedge shape on its leg. Therefore, after the distal end portion of the fixing structure is first driven into and fixed to the object, the IC tag storage body can be fitted into the receiving mold portion to mount the IC tag.
In the IC tag detachable mounting structure according to the present invention (Claim 3), the IC tag fixing structure is formed of a substantially disk-like or square plate-like body and has a plurality of spikes on the bottom surface thereof. After the body spike is first driven and fixed to the object, the IC tag storage body can be fitted into the receiving mold and attached to the IC tag.

  The present invention provides a detachable mounting structure for an IC tag that has a protection function for the IC tag, is easy to attach / detach, and can be freely read and written in situations where the non-contact IC tag is used after being attached / detached / exchanged. About.

Hereinafter, embodiments of the present invention will be described in more detail with reference to the drawings.
1 is a cross-sectional view showing a first embodiment of the IC tag detachable mounting structure of the present invention, FIG. 2 is a cross-sectional view showing the second embodiment, and FIG. 3 is a cross-section showing the third embodiment. FIGS. 4 and 4 are views showing the form of a non-contact IC tag, and FIG. 5 is a view showing the surface shape of the container.
However, the present invention is not limited to the illustrated embodiment.

1A and 1B are cross-sectional views showing a first embodiment. FIG. 1A is a storage body, FIG. 1B is an IC tag fixing structure, and FIG. 1C is a structure for fixing the storage body. The state where it is fitted in the body is shown.
As shown in FIG. 1A, the storage body 10 has an enlarged flat head portion 11, and the outer peripheral surface of the leg portion 12 excluding the head portion 11 has a thread groove 10n, and the overall shape is a screw. It consists of a mold outline.
The non-contact IC tag 1 is inserted into the head portion 11 of the screw-type outer shape so as to be parallel to the top surface 11t plane. Therefore, the IC tag 1 itself is a planar one.
The insertion method is to increase the pressure waterproofing performance and the strength by insert molding. In this case, when the IC tag is damaged, the insert molded body itself is replaced. Although the strength is reduced, a method of inserting an IC tag 1 through the insertion port by providing an insertion port (not shown) in the storage body 10 may be used. If no external pressure is applied, the insertion method is sufficient.

  As shown in FIG. 1B, the IC tag fixing structure 20 is a substantially disk-like body, and has a receiving mold portion 21 for housing the storage body 10 having a screw-type outer shape. The receiving mold part 21 has a thread groove 21n on the inner peripheral side surface, and is adapted to be fitted into the housing body 10 by screwing. The IC tag fixing structure 20 also has a thread groove 20n on the outer periphery of the side surface, and is screw-coupled to the thread groove of the object to be mounted.

FIG. 1C shows a state in which the storage body 10 is fitted into the receiving mold portion 21 of the fixing structure 20. Further outside the fixing structure 20 is an attachment object 30 such as a road surface.
The storage body 10 is fitted so that the top surface 10t thereof is substantially flat with the top 20t of the fixing structure 20. Since the non-contact IC tag 1 is planar and communicates with the reader / writer from the surface of the IC tag fixing structure 20, when the fixing structure 20 is made of metal, it is connected to the antenna of the IC tag 1. It is preferable not to approach too much (within about 10 mm). This is because electromagnetic waves are absorbed by the metal and the antenna performance is degraded.

  Since the IC tag fixing structure 20 has the thread groove 20n on the outer periphery of the side surface, the overall shape thereof is likely to be a disk shape. However, the height H is not limited, and when it is a road or the like and the embedding is not limited, the height H is more stable. The reason why the IC tag fixing structure 20 is expressed as a substantially disk-shaped body is that if it is embedded deeply in this way, it may be a columnar shape.

  In a state where the storage body 10 is fitted into the receiving mold portion 21 of the fixing structure 20, it is preferable to maintain a tightly coupled state without loosening. Accordingly, although not shown, it is also preferable to fix the two parts by a pin device or a screw. In the case of FIG. 1, a driver groove 13 is provided in the top portion 11 t of the storage body 10, and when the storage body 10 is taken out, the screw connection is released by the driver groove 13 and is taken out.

The mounting object 30 may also have a thread groove, but the asbestos surface such as a road may be formed along the shape of the thread groove without specially forming a thread groove, and the time must pass. The fixing structure 20 can be taken out and then screwed again. Usually, the objective is achieved by taking out only the storage body 10 and replacing it with a new IC tag storage body 10, so that it is not necessary to take out the fixing structure 20 itself.
The attachment object 30 also includes an uncured horizontal cement surface. In this case, the screw groove can also be transferred to the attachment object 30 by performing an operation of releasing the screw connection of the fixing structure 20 immediately after being completely hardened after being embedded in the cement.

2A and 2B are cross-sectional views showing a second embodiment, in which FIG. 2A is a storage body, FIG. 2B is an IC tag fixing structure, and FIG. 2C is a structure for fixing the storage body. The state where it is fitted in the body is shown.
The storage body 10 itself is the same as that of the first embodiment, and has an enlarged flat head portion 11, and the outer peripheral surface of the lower half leg portion 12 excluding the head portion 11 has a screw groove 10 n. However, the overall shape is a screw-type outer shape. It is the same that the non-contact IC tag 1 is inserted into the head portion 11 of the screw-type outer shape so as to be parallel to the top surface 11t plane.

The feature of the second embodiment is that the fixing structure 20 has a substantially inverted conical shape or an inverted pyramid shape, and has a sharp tip 25 having a nail shape or a wedge shape. The reason why the fixing structure 20 is expressed as a substantially inverted conical shape or an inverted pyramid shape is that the outer surface side is circular or quadrangular, has a large area, and the leg side to be embedded is thin. . Since the sharp tip 25 may be flat and wedge-shaped, the tip may not be conical depending on the viewing direction.
In the case of the second embodiment, the top 20t of the fixing structure 20 is hit with a hammer, a mallet or the like, and driven into the attachment object 30 with the sharp tip 25. When the attachment object 30 is a wood, a soil surface, or a road surface and may be damaged, the shape is easy to use. Since the IC tag fixing structure 20 is hit with a hammer or the like, the IC tag fixing structure 20 is preferably made of a material such as metal (iron, steel, stainless steel, brass, etc.) or tough ceramic.
As described above, it may be embedded in an uncured horizontal cement surface.

  In FIG. 2C, the gap 19 is provided between the fixing structure 20 and the storage body 10 in order to insert a box spanner or the like. That is, the storage body 10 of FIG. 2 does not have the driver groove 13, and the outer shape in plan view of the head portion 11 portion of the screw-type outer shape is formed into a quadrilateral hexagonal shape. Therefore, the container 10 can be attached and detached by rotating by applying a box spanner that matches the shape of the square portion.

3A and 3B are cross-sectional views showing a third embodiment, in which FIG. 3A is a storage body, FIG. 3B is an IC tag fixing structure, and FIG. 3C is a structure for fixing the storage body. The state where it is fitted in the body is shown.
The storage body 10 itself is the same as that of the first embodiment, has an enlarged flat head 11, and has a thread groove 10 n on the outer periphery of the leg portion of the lower half excluding the head 11, The overall shape is a screw-type outer shape. It is the same that the non-contact IC tag 1 is inserted into the head portion 11 of the screw-type outer shape so as to be parallel to the top surface 11t plane.

A feature of the third embodiment is that the fixing structure 20 is a substantially disk-shaped or rectangular plate-shaped body and has a plurality of spikes 27 on the bottom surface 26. However, the receiving mold part 21 is formed in a circular shape in plan view as in the first embodiment and the second embodiment. In the case of the third embodiment as well, the top 20t of the base 20 of the fixing structure is hit with a hammer or a mallet and driven into the object 30 with the spikes 27. However, unlike the second embodiment, since it is not necessary to embed deeply in the object 30, there is an advantage that the object 30 is not damaged much.
It is sufficient to attach 3 to 10 spikes 27 along the outer periphery of the bottom surface of the fixing structure 20. In the third embodiment, the fixing structure 20 is expressed as a substantially disk-like or rectangular plate-like body so that the structure 20 does not stand upright at a right angle with respect to the plane of the object 30. This is because they may be equal.

The attachment object 30 in the case of the third embodiment is a wood product, a wooden structure, a tree, or the like. Although it can be mounted on a road surface such as asphalt, the fixing structure 20 portion on the upper side from the spike 27 protrudes from the road surface, so it is difficult to use it in a traveling area of a vehicle or the like.
Since it is driven shallower than in the case of the second embodiment, there is an advantage that it can be easily mounted and removed. Also in the case of the third embodiment, since the top 20t of the fixing structure 20 is hit with a hammer or the like, it is also made of a material such as metal (iron, steel, stainless steel, brass, etc.) or tough ceramic. Is preferred.

For example, when the IC tag 1 mounted on an object is mounted on a road surface, the vehicle can provide information such as road guidance to the vehicle, and also provides road guidance and sightseeing guidance to pedestrians. You can also. It is also useful for traffic surveys. It can also be used to guide outdoor parks, mountain courses, advertisements, etc. by driving into outdoor wooden structures, signs, piles, etc.
Also, in logistics materials such as pallets, collisions between pallets and contact with loads and forks of forklifts occur frequently, and the IC tag is easily damaged. This is convenient because it does not require time and effort for replacement.

  In the IC tag detachable mounting structure of the present invention, it is preferable that the IC tag housing portion of the IC tag housing 10 withstands a water pressure test of 3 atm at normal temperature (25 ° C.). If it is used underwater at 20 meters, it will receive a pressure of 3 atm. Such a method of use cannot normally be envisaged, but when the detachable mounting structure of the IC tag 1 is mounted on the road surface of the water pool and the vehicle passes over it, it receives a pressure of 3 atmospheres or more. In this case, there is a high risk of water entering the IC tag 1 portion. Even when it is installed outdoors, it is subject to considerable pressure during strong winds in rainy weather. Since the non-contact IC tag 1 is made of a plastic film on the front and back surfaces, the function will not be lost immediately even if water enters. A short circuit is also conceivable.

  The water pressure resistance test is performed in accordance with the pressure-resistant waterproof test of the waterproof watch standard (JISB7021-1989), and the IC tag housing 10 is subjected to a pressure-proof waterproof test at 3 atm for 5 minutes under water pressure. This can be done by visually confirming that the removed non-contact IC tag 1 has no adhesion of water droplets.

  As a result of the pressure waterproof test, it was confirmed that in the insert molded product of the IC tag container 10, in general, the test did not cause water immersion. However, when an insertion port for inserting the non-contact IC tag 1 is provided in the IC tag housing 10 and inserted, no one that can withstand the above test can be obtained in the prototype range regardless of the confidential structure. .

FIG. 4 is a diagram showing a form of the non-contact IC tag 1. The non-contact IC tag 1 is of an electromagnetic induction type using, for example, a 13.56 MHz frequency band, and is formed in a card shape as a whole as shown in FIG. 4B, and protects the inlet 1A and the front and back sides. A film 4 is provided.
As shown in FIG. 4A, the inlet 1A includes an inlet base material 5, an antenna 2, and an IC chip 3. The inlet base material 5 is formed in a sheet shape in which the planar shape viewed from above using a resin material such as polyethylene terephthalate (PET) is substantially rectangular. In addition, although inlet 1A means the insertion body between the protective films 4 of the front and back, in the non-contact IC tag 1, the thing of the sheet | seat state which mounted | wore the antenna 2 of the base material 5 with the IC chip 3 is meant.

The antenna 2 is a coiled antenna formed in a spiral shape on the outer peripheral edge of one surface portion of the inlet base material 5. The antenna 2 is formed by etching using, for example, copper or aluminum, or printing using conductive ink.
The IC chip 3 is attached to both terminals formed so that both ends of the antenna 2 are close to each other on the surface of the inlet base 5 where the antenna 2 is formed. As shown in FIG. 4B, the surface-side protective film 4 may hold information such as a unique number by a barcode 6 that enables identification of the IC tag 1, but is not essential. FIG. 4C shows a state where the IC tag 1 is embedded in the storage body 10 by insert molding. Various insertion methods other than embedding may be adopted. In FIG. 4, the IC tag 1 of the coiled antenna 2 is illustrated, but a dipole antenna for the UHF band may be used.

  The storage body 10 preferably has translucency. In this specification, “having translucency” means having a function of transmitting light. The storage body 10 is a so-called transparent resin molded body and is preferably substantially transparent. This is because, in a state where the IC tag 1 is attached, it is preferable that the display on the surface of the IC tag 1 can be visually recognized from the outside under normal illumination conditions.

  FIG. 5 is a diagram showing the surface shape of the storage body. On the surface of the storage body 10, the small storage body 10 has a “+” (A) or “−” (B) -shaped driver groove 13 so that it can be easily removed with a minus or plus driver. . It is also preferable to form two to four concave holes 14 that fit into the detachable device. In the case of (C), there are four concave holes 14, but the same applies to two (D). Since the head 11 of the storage body 10 has a diameter of about 50 mm or more, a special large-sized instrument different from a commercially available driver is required. Further, as described above, the shape of the head of the storage body 10 can be a square (E) or a hexagon (F). In this case, too, an oversized box spanner or the like is used.

<Manufacturing method and material of fixing structure>
The fixing structure 20 can be manufactured by various methods. A thermoplastic resin such as polystyrene, polypropylene, polyethylene, liquid crystal polymer, and ABS resin may be used for injection molding, or a thermosetting resin may be molded using a mold. Liquid crystalline polyester (LCP) composed of p-hydroxybenzoic acid and PET, LCP (liquid crystalline polymer) composed of p-hydroxybenzoic acid and terephthalic acid, 4,4′-dihydroxybiphenyl, etc. are also preferable as materials having high heat resistance and durability. Can be used. Ceramics such as porcelain may be fired and formed.
A molded article made of glass can have transparency and excellent design, but is not suitable for applications requiring durability. When high durability such as that used for heavy walking surfaces and roadways is required, it is manufactured by grinding with metal materials (iron, steel, stainless steel, brass, etc.) or by press molding, using a mold or die casting. can do.

<About the manufacturing method and material of the container>
The container 10 is a molded product formed into a screw-type outer shape by, for example, injection molding using a transparent polypropylene resin. When the IC tag 1 is accommodated in a sealed state by insert molding, for example, a waterproof performance of 3 atm is provided. Screw grooves can be formed at the same time.
However, it is not limited to polypropylene resin, and other resins such as polystyrene, polyethylene, polycarbonate, vinyl chloride, acrylic resin, etc. can be used. It may be formed of a thermosetting resin such as polyester or a room temperature curable resin.
In addition, about the insert molding with respect to the general purpose resin of a non-contact IC tag, it describes in Unexamined-Japanese-Patent No. 2002-355847, for example.

  As the non-contact IC tag 1, an electromagnetic induction type having a frequency of 13.56 MHz and a rectangular antenna coil having an outer shape of 45 mm × 76 mm was used. The inlet base material was a PET film having a thickness of 50 μm. After the IC chip 3 was mounted on the antenna 2, the front and back surfaces were further laminated with a PET film having a thickness of 28 μm. This non-contact IC tag 1 was used by insert molding as follows.

The container 10 was manufactured by injection molding using a transparent polypropylene resin having translucency. The container 10 was shaped like a disc having a diameter of 110 mm of the head 11 into which the IC tag 1 is inserted, and the thickness d of the head 11 was 30 mm. The leg portion 12 in which the thread groove 10n is formed has a diameter of 70 mm and a length of 40 mm.
The non-contact IC tag 1 was insert-molded at a position 15 mm from the top 11t so as to be a plane parallel to the top 11t plane (see FIG. 1). This satisfied the pressurized waterproof test.

The fixing structure 20 was also manufactured by injection molding using a transparent polypropylene resin. The receiving mold part 21 is sized to accommodate the container 10 and has a screw groove 21 around it.
The outer shape of the fixing structure 20 was a disk having a diameter of 150 mm, and a screw groove 20n was formed on the outer periphery. The height H was set to 100 mm.

  The storage body 10 was screwed into the receiving mold portion 21 of the fixing structure 20 and then embedded so as to be flat with the asphalt surface. Reading from the outer surface of the IC tag detachable mounting structure with an IC tag reader / writer, it was confirmed that reading and writing could be performed without any trouble.

It is a figure which shows 1st Embodiment of the detachable attachment structure of the IC tag of this invention. It is a figure which shows the 2nd Embodiment. It is a figure which shows the same 3rd Embodiment. It is a figure which shows the form of a non-contact IC tag. It is a figure which shows the surface shape of a container.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Non-contact IC tag 2 Antenna 3 IC chip 4 Protective film 5 Inlet base material 10 Storage body 11 Head 12 Leg 13 Driver groove 20 IC tag fixing structure 21 Receiving part 25 Tip part 26 Bottom face 27 Spike 30 Target object

Claims (8)

An IC tag mounting structure for detachably mounting an IC tag to an object,
(1) It has a screw-type outer shape with an enlarged flat head and a screw groove on the outer peripheral surface of the leg. A flat IC tag is visible on the head of the screw-shaped outer shape, and the display of the IC tag is visually recognized from the outside. An IC tag container that is a transparent resin molded body inserted in parallel to the top surface of the head, and (2) an abbreviation having a receiving mold part that accommodates the screw-type outer shape of the IC tag container by screwing. An IC tag fixing structure, which is a disk-shaped body and has a thread groove formed on the outer periphery of the side surface;
A structure for attaching and detaching an IC tag, comprising: fixing the IC tag fixing structure to an object by a screw groove. An IC tag mounting structure for detachably mounting an IC tag to an object,
(1) It has a screw-type outer shape with an enlarged flat head and a screw groove on the outer peripheral surface of the leg. A flat IC tag is visible on the head of the screw-shaped outer shape, and the display of the IC tag is visually recognized from the outside. An IC tag container that is a transparent resin molded body inserted in parallel to the top surface of the head, and (2) an abbreviation having a receiving mold part that accommodates the screw-type outer shape of the IC tag container by screwing. An IC tag fixing structure having an inverted conical shape or an inverted pyramid shape and having a sharp tip portion of a nail or a wedge shape at a leg thereof, and the nail or the structure of the IC tag fixing structure A detachable mounting structure for an IC tag, which is fixed by being driven into a target by a wedge-shaped sharp tip. An IC tag mounting structure for detachably mounting an IC tag to an object,
(1) It has a screw-type outer shape with an enlarged flat head and a screw groove on the outer peripheral surface of the leg. A flat IC tag is visible on the head of the screw-shaped outer shape, and the display of the IC tag is visually recognized from the outside. An IC tag container that is a transparent resin molded body inserted in parallel to the top surface of the head, and (2) an abbreviation having a receiving mold part that accommodates the screw-type outer shape of the IC tag container by screwing. An IC tag fixing structure having a plurality of spikes on the bottom surface of the disk-shaped or rectangular plate-shaped body, and being driven into the object by the plurality of spikes of the IC tag fixing structure. IC tag detachable attachment structure characterized by being fixed. The IC tag detachable attachment structure according to any one of claims 1 to 3, wherein the IC tag accommodating portion of the IC tag accommodating body has a pressure and waterproof performance of 3 atm. Removable mounting structure of claim 1 to the IC tag of any one of claims of claims 3 I C tag of an IC tag housing body is characterized in that it is inserted by insert molding. The IC tag detachable mounting structure according to any one of claims 1 to 3, wherein a driver groove is formed in a top surface of the IC tag container. The IC tag detachable mounting structure according to any one of claims 1 to 3, wherein a periphery of the top of the IC tag container is formed into a quadrilateral hexagonal polygon. . The IC tag detachable mounting structure according to any one of claims 1 to 3, wherein the IC tag fixing structure is made of plastic, metal, glass, or ceramic.

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