JP2005243387A - Wall mounted switching device - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a wall mounted switching device requiring no decorative cover as an essential item and requiring no special measure to counter leakage. <P>SOLUTION: This wall mounted switching device is provided with a radio tag 13 disposed on the surface side of a wall underlayer 12 where a radio wave is transmitted, a reader 14 disposed on the back surface side or in the layer of the wall underlayer 12. The radio tag 13 is provided with an antenna 15 to receive the radio wave from the reader 14, a radio tag IC 16 receiving supply of a power source by receiving the radio wave and transmitting data to the reader 14 from the antenna 15 by utilizing the power source, and an operating switch 17 to control ON/OFF of the transmission of the data of the radio tag IC 16. The reader 14 is provided with an antenna 18 to transmit and receive the radio wave to and from the radio tag 13, and energizing control switch 19 switched ON/OFF in accordance with the data of the radio tag IC 16 which is transmitted from the radio tag 13. <P>COPYRIGHT: (C)2005,JPO&NCIPI

Description

  The present invention relates to a wall-mounted switch device using a wireless tag that receives wireless radio waves (here, including electromagnetic waves, the same applies hereinafter), receives power supply, and transmits data from an antenna using this power supply. is there.

Conventionally, as shown in FIG. 6, the wall-mounted switch device 1 has a switch box 3 attached to a building column 2 or the like, and an opening 6 formed in a wall base layer 4 made of gypsum board or the like and a wall finishing layer 5 made of wallpaper or the like. In general, a switch body 9 is inserted, a substrate 7 to which the switch body 9 is attached is connected to the switch box 3, 10, and a decorative cover 8 is attached to the substrate 7. (Patent Document 1)
Japanese Patent Laid-Open No. 10-162678

However, the conventional wall-mounted switch device 1 has the following problems. (1) It is necessary to cover the opening 6 and the substrate 7 exposed on the wall surface side A with a large decorative cover 8. Therefore, it is impossible to design a design without using the large decorative cover 8, and there is a design limitation.
(2) In a wet place or where water is splashed, it is necessary to take measures against electric leakage between the touch part of the switch body 9 and the contact part for energization.

  The present invention is obtained by improving and removing the above in view of the above-described problems, and does not require a decorative cover, and does not provide a wall-mounted switch device that does not require special measures against electric leakage. Is.

In order to solve the above-mentioned problem, the means adopted by the present invention according to claim 1 is a wireless tag arranged on the surface side of a wall foundation layer through which radio waves are transmitted and arranged on the back side or in the layer of the wall foundation layer. A wireless switching device including a reader, wherein a wireless tag receives an antenna that receives radio waves from the reader and receives power from the radio waves and receives data from the antenna using the power supply. A wireless tag IC that transmits to the wireless tag, and an operation switch that controls ON / OFF transmission of data of the wireless tag IC. The reader includes an antenna that transmits and receives wireless radio waves to and from the wireless tag, and a wireless tag that is transmitted from the wireless tag. A wall-mounted switch device comprising an energization control switch that is turned ON / OFF according to IC data.
In the present invention described in claim 1, since the wireless tag is disposed on the front surface side of the wall foundation layer and the reader is disposed on the back surface side or in the layer of the wall foundation layer, it can be covered with a conventional decorative cover. It can be installed without opening the opening of the required size on the wall surface side, and even if the operation switch of the wireless tag is operated with wet hands, there is no electric shock.

In order to prevent the operation switch from being touched by eyes, the means adopted by the present invention according to claim 2 is characterized in that the wireless tag is disposed between the wall base layer and a flexible wall finishing layer, The wall-mounted switch device according to claim 1, wherein the pressure-sensitive operation switch can be pressed from the surface of the finishing layer.
In the present invention, the operation switch is covered with the wall finishing layer so as not to be hidden.

In order to solve the above-mentioned problem, the means adopted by the present invention according to claim 3 is a wall mounted switch device provided with a wireless tag arranged on the surface side of the wall finishing layer and a reader, the wireless tag comprising: An antenna that receives radio waves from a reader, a radio tag IC that receives radio waves and receives power supply, and transmits data from the antenna to the reader using this power source, and transmission of data of the radio tag IC The reader is provided with an operation switch for ON / OFF control of the wireless tag, and the reader is disposed between the wall finishing layer and the wall underlayer, and transmits and receives radio waves to and from the wireless tag. A wall-mounted switch device including an energization control switch that is turned ON / OFF according to data.
In this invention of Claim 3, since a radio | wireless tag and a reader can be isolate | separated, it can install without opening the opening part of the magnitude | size which needs to be covered with the conventional decorative cover, and is wet. Do not get an electric shock even if you operate the wireless tag operation switch with your hand.

In order to solve the above-mentioned problem, the means adopted by the present invention according to claim 4 is a wall design material that is arranged on the surface side of the wall base layer through which radio waves are transmitted and that is embedded in the wall design material. A wall mounted switch device comprising a wireless tag and a reader arranged in the layer of the wall underlayer or on the back side, wherein the wireless tag receives an radio wave from the reader and receives the radio wave. A wireless tag IC that receives power supply and transmits data from the antenna to the reader using this power supply, and an operation that can be operated from the front side of the wall design material to control transmission / reception of data of the wireless tag IC The reader is provided with an antenna that transmits and receives radio waves to and from the wireless tag, and an energization control switch that is turned on / off according to data of the wireless tag IC transmitted from the wireless tag. A wall mounted switch device to.
In the present invention according to claim 4, since the wireless tag built in the wall design material and the reader can be separated, an opening having a size that needs to be covered with a conventional decorative cover is opened on the wall surface side. It can be installed without touching, and even if you operate the operation switch of the wireless tag with wet hands, there is no electric shock.

In order to solve the above-mentioned problem, the means adopted by the present invention according to claim 5 is a wall design material that transmits radio waves arranged on the surface side of the wall base layer, a wireless tag built in the wall design material, A wall-mounted switch device provided with a reader, wherein the wireless tag receives an antenna that receives radio waves from the reader, receives radio waves and receives power supply, and uses this power to transfer data from the antenna A wireless tag IC that transmits to a reader and an operation switch that can be operated from the surface side of the wall design material and that controls transmission / reception of data of the wireless tag IC are provided. The reader includes a wall design material and a wall underlayer. A wall-mounting switch comprising an antenna that is disposed between and for transmitting and receiving radio waves to and from the wireless tag, and an energization control switch that is turned on and off according to data of the wireless tag IC transmitted from the wireless tag. Is a pitch devices.
In the present invention described in claim 5, since the wireless tag built in the wall design material and the reader can be separated, an opening having a size that needs to be covered with a conventional decorative cover is opened on the wall surface side. It can be installed without any electric leakage even if the operation switch of the RFID tag is operated with wet hands.

In order to solve the above-mentioned problem, the means adopted by the present invention according to claim 6 is that the operation switch has two terminals spaced apart and exposed on the surface of the wall design material. The wall mounted switch device according to claim 4 or 5, wherein the wireless tag is switched to a communicable state or an impossible state by setting the conductive state or the disconnected state. In addition, the two terminals form a cut portion of the antenna of the wireless tag, and by switching between these terminals in a conductive state or a disconnected state, the antenna is switched to a communicable state or an impossible state, It is usually in a disconnected state, and may be brought into a conductive state by contact with a human body.
In the present invention described in claim 6, the wireless tag can communicate with or be disabled by bringing the two terminals exposed on the surface of the wall design material into a conductive state or a disconnected state from the outside of the wall design material. Since it can be switched to a possible state, it is not necessary to provide a mechanical switch with a movable part in the wireless tag.

Since the wall-mounted switch device according to the present invention according to claims 1, 3, 4 and 5 can be designed without using a conventional large decorative cover, the degree of freedom in design can be increased, and an electric shock countermeasure is unnecessary. It can be installed in damp places and places where it gets wet.
The wall mounted switch device according to the second aspect of the present invention can cover the operation switch with the wall finishing layer so that it cannot be seen, so that the degree of freedom in design can be further increased. According to the sixth aspect of the present invention, since the wall mounted switch device according to the present invention does not use a mechanical switch having a movable part in the wireless tag, the wireless tag can be reduced in size and easily incorporated in the wall design material.

The configuration of a wall-mounted switch device according to the present invention (hereinafter referred to as “the present invention switch device”) will be described below based on the embodiments shown in the drawings.
(First embodiment)
1A and 1B relate to a first embodiment of the switch device of the present invention, in which FIG. 1A is a front view seen from the wall surface side A, FIG. 1B is a right sectional view, and FIG. Circuit configuration, (D) is a right side view showing another embodiment.

  The switch device 11 according to the present embodiment includes a wireless tag 13 disposed on the front side A of the wall base layer 12 through which radio waves are transmitted, and the back side (FIG. (B)) or the inside of the wall base layer 12 (see FIG. D)) is provided with a reader 14. The wall base layer 12 is formed from a base plate such as a gypsum board or a wooden plywood, and the surface is covered with a wall finishing layer 20 such as wallpaper. Moreover, the wall foundation layer 12 is formed with wall soil, and the surface may be covered with the wall finishing layer 20 such as plaster.

  The wireless tag 13 includes an antenna 15 that receives a radio wave from the reader 14 and a radio tag IC 16 that receives the radio wave and receives power supply, and transmits data from the antenna 15 to the reader 14 using the power source. And an operation switch 17 for ON / OFF control of data transmission of the wireless tag IC 16. The operation switch 17 is a pressure-sensitive switch such as a push button switch. As the antenna 3, a dipole antenna, a helix antenna, a turn style antenna, or the like can be adopted in addition to a circular or square loop antenna.

  The wireless tag 13 is provided with an antenna 15, a wireless tag IC 16 and an operation switch 17 on a substrate made of a synthetic resin sheet or the like through which radio waves are transmitted, and is a waterproof synthetic resin sheet so that moisture does not come into contact therewith. Sealed by laminating. The wireless tag 13 is configured such that a portion of the operation switch 17 is covered with a flexible and waterproof synthetic resin sheet or the like and can be pressed with a fingertip from the front side. The wireless tag 13 is attached to the surface of the wall finishing layer 20 by adhesion, adhesion or screwing.

  The reader 14 includes an antenna 18 that transmits and receives radio waves to and from the wireless tag 13, an energization control switch 19 that activates / stops an operation target device (not shown), and data of the wireless tag IC 16 that is transmitted from the wireless tag 13. Accordingly, a reader circuit 23 for turning on / off the energization control switch 19 is provided. Similar to the antenna 3, the antenna 18 may employ a dipole antenna, a helix antenna, a turn style antenna, or the like in addition to a circular or square loop antenna. As the energization control switch 19, a contact type switch composed of a relay or the like or a non-contact type switch composed of a thyristor or the like is selected according to the application. The reader 14 is housed in a synthetic resin storage box 21 through which radio waves are transmitted, and is protected from external impacts and connected to an external wiring 22. The storage box 21 is installed at a place where it can communicate with the wireless tag 13.

  The switch device 11 of the present invention of this example is stored in the wireless tag IC 16 when the operation switch 17 of the wireless tag 13 (a switch of a type that maintains the ON state until the next pressing operation) is turned ON by the pressing operation. Data is transmitted from the antenna 15 to the reader circuit 23 through the antenna 18 on the reader 14 side through the wireless communication interface, and the energization control switch 19 on the reader 14 side is turned on to operate the operation target device (not shown) such as a lighting or a ventilation fan. ), And the operation switch 17 of the wireless tag 13 is turned OFF by the next pressing operation, so that the data of the wireless tag IC 16 is not transmitted to the reader 14 side and the reader 14 side is energized. The control switch 19 can be turned OFF to stop operation target devices (not shown) such as lighting and ventilation fans.

  Although the switch device 11 of the present invention is not shown in the figure, energization control on the reader 14 side is made by operating the operation switch 17 of the start-only wireless tag 13 as a set of the start-only wireless tag 13 and the stop-only wireless tag 13. In some cases, the power switch 19 is turned on and the power supply control switch 19 on the reader 14 side is turned off by the operation of the operation switch 17 of the radio tag 13 dedicated to the stop. Further, the switch device 11 of the present invention has a reader circuit 23 that alternately repeats the ON operation and the OFF operation of the energization control switch 19 on the reader 14 side whenever the operation switch 17 of one wireless tag 13 is repeatedly operated. It is also possible to configure.

  Since the switch device 11 of the present invention can separate the wireless tag 13 and the reader 14, the switch device 11 is installed without opening an opening on the wall surface side that needs to be covered with the conventional decorative cover 10 (see FIG. 6). In addition, even if the operation switch 17 of the wireless tag 13 is operated with a wet hand, there is no electric shock. In addition, since the switch device 11 of the present invention can be separated within a range where the wireless tag 13 and the reader 14 can communicate with each other, the installation place of the wireless tag 13 and the reader 14 is reduced, and the switch device 11 is installed even in a place where the conventional wall switch device cannot be installed. It becomes possible to do.

(Second Embodiment)
2A and 2B relate to a second embodiment of the switch device of the present invention, in which FIG. 2A is a front view seen from the wall surface side A, and FIG.

  The switch device 31 of the present embodiment is different from the switch device 11 of the present invention according to the first embodiment (see FIG. 1) in that the wireless tag 13 is made of a wall base layer 12 and a flexible wall finish. That is, the pressure-sensitive operation switch 17 can be pressed from the surface of the wall finishing layer 20 so as not to touch the eyes. The configuration other than this difference is substantially the same as that of the switch device 11 of the present invention according to the first embodiment, and the same reference numerals as those of the first embodiment indicate the same components and the like. The detailed explanation is omitted. The wall foundation layer 12 may be of a type that does not transmit radio waves.

(Third embodiment)
3A and 3B relate to a third embodiment of the switch device of the present invention, in which FIG. 3A is a front view seen from the wall surface side A, and FIG.

  The switch device 41 according to the present embodiment is different from the switch device 11 according to the first embodiment (see FIG. 1) in that the antenna of the reader 14 is provided between the wall finishing layer 20 and the wall underlayer 12. 18, and the lead wire 18 a of the antenna 18 that is inserted through the small-diameter insertion hole 12 a formed in the wall base layer 12 is connected to the reader circuit 23 of the reader 14. The configuration other than this difference is substantially the same as that of the switch device 11 of the present invention according to the first embodiment, and the same reference numerals as those of the first embodiment indicate the same components and the like. The detailed explanation is omitted.

  The switch device 41 of the present invention in this example makes it possible to bring the wireless tag 13 and the antenna 18 of the reader 14 close to each other, and the reader circuit 23 of the reader 14 and the energization control switch 19 can be separated from the wireless tag 13. The restriction on the place where the reader circuit 23 and the energization control switch 19 are installed can be reduced.

(Fourth embodiment)
4A and 4B relate to a fourth embodiment of the switch device of the present invention, in which FIG. 4A is a front view seen from the wall surface side A, FIG. 4B is an overall right sectional view, and FIG. 4C is a wall design. The right side sectional view which expanded the wireless tag built in the material, and (D) is the electric circuit composition of the wireless tag.

  The switch device 51 of the present embodiment includes a wall design material 52 that is arranged on the surface side of the wall foundation layer 12 through which radio waves are transmitted, a radio wave tag 53 that is embedded in the wall design material 52, and a reader 14. It has. The wall foundation layer 12 is formed from a foundation board such as a gypsum board or a wooden plywood, and a wall design material 52 is attached thereto by adhesion or a locking metal fitting (not shown).

  The wireless tag 53 includes an antenna 15 that receives a radio wave from the reader 14 and a radio tag IC 16 that receives the radio wave and receives power supply, and transmits data from the antenna 15 to the reader 14 using the power source. And an operation switch 57 for ON / OFF control of data transmission of the wireless tag IC 16. As the antenna 3, a dipole antenna, a helix antenna, a turn style antenna, or the like can be adopted in addition to a circular or square loop antenna.

  The operation switch 57 is formed by exposing two terminals 57A and 57B apart from each other, and the wireless tag 53 is set by connecting the terminals 57A and 57B to a conductive state (ON state) or a disconnected state (OFF state). Is switched to a communicable state or impossible state. When the cut portion of the antenna 15 is formed by the two terminals 57A and 57B, the antenna 15 can be communicated or disabled by setting the connection state 57A and 57B between the terminals 57A and 57B to a conductive state (ON state) or a disconnected state (OFF state). Since it is switched to the state, it is not necessary to form a switch circuit in the wireless tag IC 16 itself, and the cost can be reduced by using the general-purpose wireless tag IC 16. The antenna 15 and the wireless tag IC 16 constituting the wireless tag 53 are built in the wall design material 52, and a part of the tip side of the two terminals 57A and 57B constituting the operation switch 57 is a surface 52a of the wall design material 52. Is exposed from.

  The operation switch 57 is normally in a disconnected state (OFF state) in which the terminals 57A and 57B do not conduct, and the antenna 15 is in a state incapable of communication, and between the terminals by contact with a human body (for example, fingertip, hand or foot). When 57A and 57B are in a conductive state (ON state), the antenna 15 is brought into a communicable state. Each of the terminals 57A and 57B is configured such that the surface with which the human body contacts is covered with gold plating or the like to prevent corrosion and obtain a reliable conductive state.

  The wall design material 52 is a solid material made of a material that transmits radio waves such as synthetic resin or ceramics. For example, the wall design material 52 is made of brick, tile, or the like. It is fixed with a material 54. The cavity 52b is covered with a lid 52c.

  The reader 14 is configured with a reader circuit 23 so that the ON operation and the OFF operation of the energization control switch 19 are alternately repeated every time the operation switch 57 of one wireless tag 53 is repeatedly operated.

  The switch device 51 of the present invention of the present example is configured so that the readers 14 are connected when the terminals 15A and 57B exposed on the surface 52a of the wall design material 52 are in a conductive state (ON state) by contact with the human body and the antenna 15 can communicate. The radio wave transmitted from the antenna 18 on the side is received by the antenna 15 of the radio tag 53, and a voltage for operation is generated in the voltage circuit inside the radio tag IC 16.

  Further, when the operation switch 57 is turned ON, data stored in the wireless tag IC 16 is transmitted from the antenna 15 to the reader circuit via the antenna 18 on the reader 14 side through the wireless communication interface, and the energization control on the reader 14 side is performed. The switch 19 can be turned on to turn on an operation target device (not shown) such as a lighting or a ventilation fan. When the operation switch 57 of the wireless tag 53 is turned off once, it is turned on again. It is possible to turn off an operation target device (not shown) such as a lighting or a ventilation fan by turning off the energization control switch 19 on the reader 14 side.

  Since the switch device 51 of the present invention can separate the wireless tag 53 and the reader 14, the switch device 51 is installed without opening an opening having a size necessary to cover with the conventional decorative cover 10 (see FIG. 6) on the wall surface side. In addition, even if the operation switch 57 of the wireless tag 53 is operated with a wet hand, there is no electric shock. In addition, since the switch device 51 of the present invention can be separated within a range where the wireless tag 53 and the reader 14 can communicate with each other, the installation place of the wireless tag 53 and the reader 14 is reduced, and the switch device 51 is installed even in a place where the conventional wall switch device cannot be installed. It becomes possible to do. The switch device 51 of the present invention is a set of a start-only wireless tag 53 and a stop-only wireless tag 53, and the operation switch 57 of the start-only wireless tag 53 is operated to switch the energization control switch 19 on the reader 14 side. It is also possible to configure so that the energization control switch 19 on the reader 14 side is turned off by operating the operation switch 57 of the radio tag 53 dedicated to stopping.

(Fifth embodiment)
5A and 5B relate to a fifth embodiment of the switch device of the present invention. FIG. 5A is a front view seen from the wall surface side A, and FIG.

  The switch device 61 of the present embodiment is different from the switch device 51 of the present invention according to the fourth embodiment (see FIG. 4) in that the antenna of the reader 14 is placed between the wall finishing layer 12 and the wall design material 52. 18, and the lead wire 18 a of the antenna 18 that is inserted through the small-diameter insertion hole 12 a formed in the wall base layer 12 is connected to the reader circuit 23 of the reader 14. The configuration other than this difference is substantially the same as that of the switch device 51 of the present invention according to the fourth embodiment, and the same reference numerals as those of the fourth embodiment indicate the same components and the like. The detailed explanation is omitted.

  The switch device 61 of the present embodiment of the present example allows the wireless tag 53 and the antenna 18 of the reader 14 to approach each other, and the reader circuit 23 of the reader 14 and the energization control switch 19 can be separated from the wireless tag 53. The restriction on the place where the reader circuit 23 and the energization control switch 19 are installed can be reduced. The wall foundation layer 12 may be of a type that does not transmit radio waves.

(Other embodiments)
The switch devices 51 and 61 (see FIGS. 4 and 5) according to the fourth and fifth embodiments use the operation switch 57 for the switch device 21 according to the first embodiment. It is also possible to replace the pressure-sensitive operation switch 11. In addition, the switch device of the present invention includes a plurality of sets of the wireless tag 13 (53) and the reader 14, and can also turn on / off a plurality of operation target devices (for example, lighting and ventilation fan) at one place. is there.

The switch device according to the first embodiment of the present invention, (A) is a front view seen from the wall surface side A, (B) is a right sectional view, (C) is an electric circuit configuration of the wireless tag, (D) is a right side view showing another embodiment. FIG. 2 is a front view of the switch device according to the second embodiment of the present invention, as viewed from the wall surface side A, and FIG. FIG. 4A is a front view of the switch device according to the third embodiment of the present invention, viewed from the wall surface side A, and FIG. The switch device according to the fourth embodiment of the present invention is shown in (A), a front view as seen from the wall surface side A, (B) is a whole right sectional view, and (C) is built in the wall design material. The right sectional drawing which expanded the wireless tag which carried out, (D) is an electric circuit composition of a wireless tag. FIG. 5A is a front view of the switch device according to the fifth embodiment of the present invention, viewed from the wall surface side A, and FIG. It is right side sectional drawing which shows the conventional wall switch apparatus.

Explanation of symbols

DESCRIPTION OF SYMBOLS 12 ... Wall base layer, 13 (53) ... Wireless tag, 14 ... Reader, 15 ... Antenna, 16 ... Wireless tag IC, 17 (57) ... Operation switch, 19 ... Switch for current control, 20 ... Finishing layer, 52 ... Wall design material

Claims (6)

A wall mounted switch device comprising a wireless tag arranged on the front side of a wall foundation layer through which radio waves are transmitted and a reader arranged on the back side or in the layer of the wall foundation layer. An antenna that receives radio waves, a radio tag IC that receives radio waves and receives power supply, and transmits data from the antenna to the reader using this power source, and ON / OFF transmission of data of the radio tag IC The operation switch is controlled, and the reader includes an antenna that transmits and receives radio waves to and from the wireless tag, and an energization control switch that is turned on / off according to data of the wireless tag IC transmitted from the wireless tag. Wall mounted switch device. The wall mounting according to claim 1, wherein the wireless tag is disposed between the wall base layer and a flexible wall finishing layer so that the pressure-sensitive operation switch can be pressed from the surface of the wall finishing layer. Switch device. A wall mounted switch device provided with a wireless tag arranged on the surface side of a wall finishing layer and a reader, the wireless tag receiving an radio wave from the reader, receiving radio waves and supplying power The RFID tag IC that transmits data from the antenna to the reader using the power source, and an operation switch that controls ON / OFF transmission of data of the RFID tag IC. The reader includes a wall finishing layer and a wall An antenna for transmitting and receiving radio waves to and from the wireless tag disposed between the base layers and an energization control switch that is turned on / off according to the data of the wireless tag IC transmitted from the wireless tag. Wall-mounted switch device. Provided with a wall design material that transmits radio waves through the front side of the wall foundation layer through which radio waves are transmitted, a wireless tag that is built into the wall design material, and a reader that is placed in or on the back side of the wall foundation layer The wireless tag is an antenna that receives radio waves from the reader, and receives power from the radio waves received from the reader, and transmits data from the antenna to the reader using this power source. The wireless tag IC includes an operation switch that can be operated from the surface side of the wall design material and controls transmission / reception of data of the wireless tag IC. The reader includes an antenna that transmits and receives wireless radio waves to and from the wireless tag, A wall-mounted switch device comprising an energization control switch that is turned ON / OFF according to data of a wireless tag IC transmitted from a tag. A wall design material that is arranged on the surface side of the wall base layer and transmits radio waves, a radio tag built in the wall design material, and a wall-mounted switch device that includes a reader, the radio tag from the reader An antenna that receives radio waves, a radio tag IC that receives radio waves and receives power supply, transmits data from the antenna to the reader using this power source, and can be operated from the surface side of the wall design material. An operation switch for ON / OFF control of transmission of data of the wireless tag IC is provided, and the reader is disposed between the wall design material and the wall base layer, an antenna for transmitting and receiving wireless radio waves to and from the wireless tag, and a wireless tag A wall-mounted switch device comprising an energization control switch that is turned ON / OFF according to data of a wireless tag IC transmitted. The operation switch is one in which two terminals are separated and exposed on the surface of the wall design material, and the wireless tag is in a communicable state or an impossible state by setting a conductive state or a disconnected state between these terminals. The wall-mounted switch device according to claim 4 or 5, wherein switching is performed.

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