JP2002051366A - Ring, pager terminal, radio call system and radio call method - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a radio call system, capable of calling a person with handclaps, by informing even a person who is present, at a position where handicapped person cannot be heard. SOLUTION: A radio call system 100 is provided with a ring 10 and a pager terminal 60 for performing radio communication with the ring 10. The ring 10 transmits a radio call signal SC to the pager terminal 60, based on clappings of hands by a caller, who is wearing the ring 10. The pager terminal 60 receives the radio call signal SC from the ring 10, and informs the called person of the reception.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

TECHNICAL FIELD The present invention relates to a ring, a receiving device,
The present invention relates to a radio paging system and a paging method.

[0002]

2. Description of the Related Art Japanese Patent Publication No. 11-508382 discloses a ring having a sensor and a transmission circuit. Japanese Patent Application Laid-Open No. 2000-49935 discloses an invention of a wearable communication device having an acceleration sensor for detecting an impact. As a conventional pager terminal, there is a type in which a pager terminal operates by making a call from a telephone to the pager terminal.

[0003]

A pager terminal of the above type operates by making a call from a telephone.
It takes time and effort to call a person at the pager terminal. Also, when applauding in a tatami room and calling a person, if someone in another room can hear the applause, they know that they are being called in a tatami room, but if they can not hear applause, they know that they are being called in a tatami room. Often not.

[0004] It is an object of the present invention to provide a radio paging system and a paging method capable of notifying a person at a position where applause cannot be heard when calling a person with applause.
An object of the present invention is to provide a ring and a pager terminal that can be used in the wireless paging system and / or the paging method.

[0005]

SUMMARY OF THE INVENTION A ring according to the present invention is a ring that fits into a finger of a hand, and transmits a radio paging signal to a pager terminal based on applause performed by the hand.

The ring according to the present invention preferably includes a sensor for generating a detection signal based on the clap, and a transmission circuit for transmitting the radio call signal to the pager terminal based on the detection signal.

[0007] In the ring according to the present invention, more preferably, the sensor is a first sensor for detecting the impact of the clapping, a second sensor for detecting the sound of the clapping, and the first sensor. Has a generation circuit for detecting the impact of the applause and generating the detection signal when the second sensor detects the sound of the applause.

[0008] The ring according to the present invention preferably has a receiving device for receiving a radio signal transmitted from the pager terminal and reporting the reception. For example, the pager terminal may be configured to return the wireless signal when receiving the wireless call signal.

[0009] A receiving device according to the present invention is a receiving device for receiving a radio paging signal transmitted from a ring and notifying the reception, wherein the ring is based on applause performed by a hand holding the ring. To transmit the radio call signal. The receiving device according to the present invention is preferably a ring-type pager terminal.

[0010] The receiving device according to the present invention preferably includes a light emitting element, wherein the ring transmits the radio paging signal indicating a mode of applause performed by a hand holding the ring, and Emits light in accordance with the mode of the claps indicated by the wireless calling signal. In the receiving device according to the present invention, more preferably, the light emitting element emits light in a light emitting pattern and / or a light emitting color according to the form of the clap.

[0011] The receiving apparatus according to the present invention preferably returns a radio signal when receiving the radio call signal from the ring. More preferably, the ring receives the wireless signal and notifies the reception.

[0012] A radio paging system according to the present invention is a radio paging system having a ring and a receiving device for performing radio communication with the ring, wherein the ring is used for clapping performed by a hand holding the ring. A wireless paging signal is transmitted to the receiving device based on the received signal, and the receiving device receives the wireless paging signal from the ring and reports the reception.

In the radio paging system according to the present invention, preferably, the ring includes a sensor that generates a detection signal based on the clapping, and a transmission circuit that transmits the radio paging signal based on the detection signal. Have.

In the radio paging system according to the present invention, more preferably, the sensor includes a first sensor for detecting an impact of the clapping, a second sensor for detecting a sound of the clapping, and the first sensor. And a generation circuit for generating the detection signal when the second sensor detects the clapping sound and the second sensor detects the clapping sound.

In the radio paging system according to the present invention, preferably, the receiving device is a transmitting / receiving device for transmitting a radio signal, and the ring receives the radio signal transmitted from the transmitting / receiving device and receives the radio signal. It has a device for notifying reception. For example, the receiving device may be configured to return the wireless signal when receiving the wireless calling signal from the ring.

In the radio call system according to the present invention, preferably, the receiving device is a ring-type pager terminal.

In the wireless calling system according to the present invention, preferably, the receiving device has a light emitting element, and the ring includes:
The wireless paging signal indicating the mode of applause performed by the hand holding the ring is transmitted, and the light emitting element emits light in accordance with the mode of the applause indicated by the wireless paging signal. In the paging system according to the present invention, more preferably, the light emitting element emits light in a light emitting pattern and / or a light emitting color according to the mode of the applause.

A first calling method according to the present invention is a calling method for calling a person using a ring that outputs a radio signal based on applause, wherein the clapping is performed by using the hand holding the ring. The wireless signal is output from a ring, and the person is called by a receiving device that receives the wireless signal from the ring and notifies the person of the reception. Preferably, the receiving device is a pager terminal carried by the person.

A second calling method according to the present invention is a calling method for calling a person by using a ring that outputs a radio calling signal based on applause, wherein applause is performed with the hand holding the ring. The calling is performed via the ring and a receiving device that receives the wireless calling signal from the ring. Preferably, the receiving device is a pager terminal carried by the person.

The ring transmits a radio paging signal to the receiving device based on applause performed by the hand holding the ring, and the receiving device receives the radio paging signal from the ring and reports the reception. Also, when calling a person with applause, the call can be notified by the receiving device even when the person is in a position where applause cannot be heard. Also, when the person is in a position where applause can be heard, the call can be notified by applause and / or the receiving device. In this way, the range in which a person can be called by applause can be expanded from the range in which applause can be heard to the surrounding area adjacent to the range.

[0021]

Embodiments of the present invention will be described below with reference to the accompanying drawings.

First Embodiment FIG. 1 is a schematic block diagram showing a first embodiment of a radio call system according to the present invention. This wireless paging system 100 has a ring 10 and a pager terminal 60.

Ring 10 The ring 10 has a sensor 14, a control circuit 15, a notification circuit 18, and a transmission / reception circuit 19. This ring 10
Constitute a transmitting / receiving device. The ring 10 is fitted into the finger of the hand of the caller (caller), and transmits the radio call signal SC to the pager terminal 60 based on the applause performed by the hand.

The sensor 14 generates a clapping detection signal (detection signal) S14 based on the clapping performed by the caller. The sensor 14 includes an acceleration sensor 11 and a sound sensor 12
And a generation circuit 13.

The acceleration sensor 11 detects an impact of the applause performed by the caller and generates an impact detection signal S11.
Output to The sound sensor 12 detects the sound of applause performed by the caller and outputs a sound detection signal S12 to the generation circuit 13.

The generation circuit 13 generates a clapping detection signal S14 when the acceleration sensor 11 detects a clapping impact and the sound sensor 12 detects a clapping sound. Specifically, the generation circuit 13 generates a clap detection signal S14 based on the shock detection signal S11 from the acceleration sensor 11 and the sound detection signal S12 from the sound sensor 12.
By using the acceleration sensor 11 and the sound sensor 12, it is possible to improve the detection accuracy of the clapping performed by the calling person and prevent the detection of the clapping performed by another person.

The control circuit 15 is a controller for controlling the entire ring 10, and is constituted by, for example, a microcomputer (microcomputer), and controls the sensor 14, the notification circuit 18, and the transmission / reception circuit 19. For example, the control circuit 15 may be constituted by a one-chip microcomputer (one-chip microcomputer), and the sensor 14, the control circuit 15, the notification circuit 18 and the transmission / reception circuit 19 may be integrally constituted by a one-chip microcomputer. .

The control circuit 15 receives form information D indicating the form of applause based on the applause detection signal S14 from the sensor 14.
A call signal S15C having T is output to the transmission / reception circuit 19. Further, the control circuit 15 generates a control signal S18 based on the response signal S65A from the transmission / reception circuit 19.

The transmission / reception circuit 19 has functions of a transmission circuit and a reception circuit. The transmission / reception circuit 19 includes the control circuit 1
5 based on the call signal S15C from
And the radio paging signal SC having aspect information DT
Is transmitted to the pager terminal 60. The transmission / reception circuit 19
Receives the wireless response signal SA from the pager terminal 60 and generates a response signal S65A. The transmission / reception circuit 19
May have a transmission and reception antenna composed of a chip antenna.

When the transmitting / receiving circuit 19 receives the radio response signal SA, the notifying circuit 18 notifies the calling person of the reception. Specifically, the notification circuit 18 performs a notification operation based on a control signal S18 from the control circuit 15. The notification circuit 18 includes a drive circuit 16 and a light emitting element 17 as an example, and performs notification by light emission of the light emitting element 17. Drive circuit 1
6 drives the light emitting element 17 based on the control signal S18.

When the applause detection signal S14 is supplied from the sensor 14, the control circuit 15 controls the control signal S18.
Is output to the notification circuit 18 to cause the light emitting element 17 to emit light. When the response signal S65A is supplied from the transmission / reception circuit 19, the control signal S18 is output to the notification circuit 18 to cause the light emitting element 17 to emit light again. It may be. In this case, the light emission mode of the light emitting element 17 based on the clap detection signal S14 may be different from the light emission mode of the light emitting element 17 based on the response signal S65A.
The light emitting mode of the light emitting element 17 based on the light emitting element 17 may be a light emitting mode according to the mode of applause by the calling person.

The pager terminal 60 pager terminal 60 includes a control circuit 65, reporting circuit 68
And a transmission / reception circuit 69. Also, the pager terminal 6
0 constitutes a transmitting / receiving device. The pager terminal 60 is carried by a called person (called person).

The control circuit 65 is a controller for controlling the entire pager terminal 60, and is constituted by, for example, a microcomputer, and controls the notification circuit 68 and the transmission / reception circuit 69. For example, the control circuit 65 may be configured by a one-chip microcomputer, and the control circuit 65, the notification circuit 68, and the transmission / reception circuit 69 may be integrally configured by a one-chip microcomputer. The control circuit 65 generates a control signal S68 and a response signal S65A based on the calling signal S15C from the transmission / reception circuit 69.

The transmission / reception circuit 69 has functions of a transmission circuit and a reception circuit. The transmission / reception circuit 69 includes the control circuit 6
Wireless response signal SA based on response signal S65A
Is generated, and the wireless response signal SA is transmitted to the ring 10. Further, the transmission / reception circuit 69 receives the radio call signal SC from the ring 10 and generates a call signal S1 having the mode information DT.
Generate 5C. Note that the transmission / reception circuit 69 may have a configuration including a transmission / reception antenna formed of a chip antenna.

When the transmitting / receiving circuit 69 receives the radio call signal SC, the notifying circuit 68 notifies the called person (called person) of the reception. Specifically, the notification circuit 68 performs a notification operation based on a control signal S68 from the control circuit 65. The notification circuit 68 includes a drive circuit 66 and a light emitting element 67 as an example, and performs notification by light emission of the light emitting element 67. The drive circuit 66 drives the light emitting element 67 based on the control signal S68.

The light emitting element 67 emits light according to the mode information DT indicated by the calling signal S15C. The light-emitting element 67 may be configured to emit light in a light-emitting pattern and / or color according to a mode of applause by a calling person, for example, to blink light. Further, the light-emitting element 67 may include a single light-emitting element or a plurality of light-emitting elements that emit light of different colors. The notification circuit 68 includes a buzzer that generates a ringing sound when driven by the driving circuit 66 instead of or together with the light emitting element 67, and includes the ringing sound and / or
Alternatively, notification may be performed by light emission, or a vibration circuit that is driven by the drive circuit 66 to vibrate may be provided to perform notification by the vibration and / or light emission.

As described above, the ring 10 transmits the radio paging signal SC to the receiving device including the pager terminal 60 based on the applause performed by the hand holding the ring 10, and
0 indicates that the callee does not hear the caller applause by receiving the radio call signal SC from the ring 10 and notifying the callee of the reception, thereby calling the callee with applause. The pager terminal 60 can also notify the call when in a location (eg, outside the range in which the caller can hear applause and in a peripheral area adjacent to the range). When the callee is in a position where applause by the caller can be heard, the call can be notified by the applause and / or the pager terminal 60. Furthermore, the applause performed by the caller and the other applause can be distinguished by the ring 10 and the pager terminal 60.

Second Embodiment FIG. 2 is a schematic block diagram showing a second embodiment of the radio paging system according to the present invention. This wireless paging system 200 has a ring 20 and a ring-type pager terminal 70. The case where the ring 20 is fitted to the finger of the person A and the ring-type pager terminal 70 is fitted to the finger of the person B will be described as an example.

The ring 20 ring 20 has a sensor 24, a control circuit 25, a notification circuit 28, and a transceiver circuit 29. This ring 20
Constitute a transmitting / receiving device. The ring 20 transmits the radio paging signal SC2 to the pager terminal 70 based on the applause performed by the hand of the person A.

The sensor 24 generates a clapping detection signal (detection signal) S24 based on the clapping performed by the person A. The sensor 24 includes an acceleration sensor 21 and a sound sensor 22
And a generation circuit 23.

The acceleration sensor 21 detects an impact of applause performed by the person A, and outputs an impact detection signal S21 to the generation circuit 23. The sound sensor 22 detects the sound of applause performed by the person A, and outputs a sound detection signal S22 to the generation circuit 23.

The generation circuit 23 generates a clapping detection signal S24 when the acceleration sensor 21 detects a clapping impact and the sound sensor 22 detects a clapping sound. Specifically, the generation circuit 23 generates a clap detection signal S24 based on the shock detection signal S21 from the acceleration sensor 21 and the sound detection signal S22 from the sound sensor 22.
By using the acceleration sensor 21 and the sound sensor 22, the detection accuracy of the clapping performed by the person A can be improved, and the detection of the clapping performed by another person can be prevented.

The control circuit 25 is a controller for controlling the entirety of the ring 20, and is constituted by, for example, a microcomputer, and includes a sensor 24, a notification circuit 28, and a transmission / reception circuit 29.
Control. For example, the control circuit 25 may be constituted by a one-chip microcomputer, and the sensor 24, the control circuit 2
5. The notification circuit 28 and the transmission / reception circuit 29 may be integrally configured by a one-chip microcomputer.

The control circuit 25 receives form information D indicating the form of applause based on the applause detection signal S24 from the sensor 24.
A calling signal S25C having T2 is output to the transmission / reception circuit 29. Further, the control circuit 15 generates a control signal S28 based on the response signal S75A from the transmission / reception circuit 29. Further, the control circuit 25 generates a control signal S28 and a response signal S25A based on the calling signal S75C from the transmission / reception circuit 29.

The transmission / reception circuit 29 has functions of a transmission circuit and a reception circuit. The transmission / reception circuit 29 includes the control circuit 2
5 based on the call signal S25C from
2 and transmits the paging signal SC2 having the mode information DT2 to the pager terminal 70. Further, the transmission / reception circuit 29 generates a radio response signal SA2 based on the response signal S25A from the control circuit 25, and
A2 is transmitted to the pager terminal 70. Further, the transmission / reception circuit 29 receives the wireless response signal SA7 from the pager terminal 70 and generates a response signal S75A. Further, the transmission / reception circuit 29 is provided with a radio call signal SC7 from the pager terminal 70.
And generates a calling signal S75C.

When the transmitting / receiving circuit 29 receives the radio response signal SA7, the notifying circuit 28 notifies the person A of the reception. When the transmitting / receiving circuit 29 receives the radio call signal SC7, the notification circuit 28 notifies the person A of the reception. The notification circuit 28 specifically performs a notification operation based on a control signal S28 from the control circuit 25. The notification circuit 28 includes a driving circuit 26 and a light emitting element 27 as an example, and performs notification by light emission of the light emitting element 27. Drive circuit 2
6 drives the light emitting element 27 based on the control signal S28.

When the transmission / reception circuit 29 receives the radio call signal SC7, the light emitting element 27 emits light according to the mode information DT7 indicated by the call signal S75C. Light emitting element 27
Emits light in a light emission pattern and / or color according to the form of applause indicated by the form information DT7. For example, the light emitting element 27 may include a single or a plurality of light emitting elements that emit light of different colors. The notification circuit 28
Instead of or together with the light emitting element 27, a buzzer that is driven by the drive circuit 26 to generate a ringing sound may be provided to provide notification by the ringing sound and / or light emission. A notification may be given by the vibration and / or light emission provided with a vibration circuit that is vibrated by vibration.

The control circuit 25 controls the control signal S28 when the applause detection signal S24 is supplied from the sensor 24.
Is output to the notification circuit 28 to cause the light emitting element 27 to emit light. When the response signal S75A is supplied from the transmission / reception circuit 29, the control signal S28 is output to the notification circuit 28 to cause the light emitting element 27 to emit light again. It may be. In this case, the light emitting mode of the light emitting element 27 based on the clap detection signal S24 may be different from the light emitting mode of the light emitting element 27 based on the response signal S75A.

The pager terminal 70 pager terminal 70 includes a sensor 74, the control circuit 75
And a notification circuit 78 and a transmission / reception circuit 79. The pager terminal 70 constitutes a transmission / reception device. The ring-type pager terminal 70 is held by being fitted to the finger of the person B.

The sensor 74 generates a clapping detection signal (detection signal) S74 based on the clapping performed by the person B. The sensor 74 includes an acceleration sensor 71 and a sound sensor 72
And a generation circuit 73.

The acceleration sensor 71 detects an impact of applause performed by the person B, and outputs an impact detection signal S71 to the generation circuit 73. The sound sensor 72 detects the sound of applause performed by the person B, and outputs a sound detection signal S72 to the generation circuit 73.

The generation circuit 73 generates a clapping detection signal S74 when the acceleration sensor 71 detects the impact of clapping and the sound sensor 72 detects the sound of clapping. Specifically, the generation circuit 73 generates a clap detection signal S74 based on the shock detection signal S71 from the acceleration sensor 71 and the sound detection signal S72 from the sound sensor 72.
By using the acceleration sensor 71 and the sound sensor 72, the accuracy of detection of applause performed by the person B can be improved, and the detection of applause performed by another person can be prevented.

The control circuit 75 is a controller for controlling the entire pager terminal 70, and is constituted by, for example, a microcomputer, and controls the sensor 74, the notification circuit 78, and the transmission / reception circuit 79. For example, the control circuit 75 may be formed by a one-chip microcomputer, and the sensor 74, the control circuit 75, the notification circuit 78, and the transmission / reception circuit 79 may be integrally formed by a one-chip microcomputer.

The control circuit 75 generates a control signal S78 and a response signal S75A based on the calling signal S25C from the transmission / reception circuit 79. The control circuit 75 includes a sensor 74
A call signal S75C having mode information DT7 indicating the mode of applause is output to the transmission / reception circuit 29 based on the applause detection signal S74 from. Further, the control circuit 75 controls the control signal S28 based on the response signal S25A from the transmission / reception circuit 79.
Generate Further, the control circuit 75 generates a control signal S78 and a response signal S75A based on the calling signal S25C from the transmission / reception circuit 79.

The transmission / reception circuit 79 has functions of a transmission circuit and a reception circuit. The transmission / reception circuit 79 includes the control circuit 7
5 based on the call signal S75C from
7 and transmits the ringing signal SC7 having the mode information DT7 to the ring 20. Also, the transmission / reception circuit 79
Generates a radio response signal SA7 based on the response signal S75A from the control circuit 75, and transmits the radio call signal SA7 to the ring 20. The transmission / reception circuit 29 includes the ring 2
0 and the response signal S25
Generate A. Further, the transmission / reception circuit 29 receives the radio call signal SC2 from the ring 20, and generates a call signal S25C.

When the 6 transmitting / receiving circuit 79 receives the radio response signal SA2, the notifying circuit 78 notifies the person B of the reception. When the transmitting / receiving circuit 79 receives the radio call signal SC2, the notifying circuit 78 notifies the person B of the reception. The notification circuit 78 specifically performs a notification operation based on a control signal S78 from the control circuit 75. The notification circuit 78 has a drive circuit 76 and a light emitting element 77 as an example, and performs notification by light emission of the light emitting element 77. Drive circuit 7
6 drives the light emitting element 77 based on the control signal S78.

When the transmission / reception circuit 79 receives the radio call signal SC2, the light emitting element 77 emits light according to the mode information DT2 indicated by the call signal S25C. Light emitting element 77
Emits light in a light emission pattern and / or color according to the form of applause indicated by the form information DT2. For example, the light emitting element 77 may include a single or a plurality of light emitting elements that emit light of different colors. The notification circuit 78
Instead of or together with the light emitting element 77, a buzzer that is driven by the drive circuit 76 to generate a ringing sound may be provided to provide notification by the ringing sound and / or light emission. A notification may be given by the vibration and / or light emission provided with a vibration circuit that is vibrated by vibration.

When the applause detection signal S74 is supplied from the sensor 74, the control circuit 75 controls the control signal S78.
Is output to the notification circuit 78 to cause the light emitting element 77 to emit light. When the response signal S25A is supplied from the transmission / reception circuit 79, the control signal S78 is output to the notification circuit 78 to cause the light emitting element 77 to emit light again. It may be. In this case, the light emitting mode of the light emitting element 77 based on the clap detection signal S74 may be different from the light emitting mode of the light emitting element 77 based on the response signal S25A.

As described above, the ring 20 transmits the radio call signal SC2 to the receiving device including the ring-type pager terminal 70 based on the applause performed by the hand wearing the ring 20, and the pager terminal 70 Radio call signal SC2 from 20
Is received, and the reception is notified to the person B, and when calling the person B with applause, when the person B cannot hear the applause by the person A (for example, outside the range where the applause by the person A can be heard). The caller can be notified by the pager terminal 70 even when the user is in the surrounding area adjacent to the area. When the person B is in a position where the applause of the person A can be heard, the call can be notified by the applause and / or the pager terminal 70. Further, the applause performed by the person A and the other applause can be distinguished by the ring 20 and the pager terminal 70.

The ring-type pager terminal 70 transmits a radio call signal SC7 to the receiving device including the ring 20 based on the clapping performed by the hand wearing the ring-type pager terminal 70. By receiving the radio call signal SC7 from the pager terminal 70 and notifying the reception to the person A, when calling the person A with applause, the position where the person A cannot hear the applause by the person B (for example, the person A peripheral area outside the range in which applause by B can be heard and adjacent to the range)
Can be notified by the ring 20 even when the user is in the office. When the person A is in a position where the applause of the person B can be heard, the call can be notified by the applause and / or the ring 20. Further, the applause performed by the person B and the other applause can be distinguished by the ring 20 and the pager terminal 70.

The sensor 14 is an acceleration sensor 1
1, the configuration includes the sound sensor 12 and the generation circuit 13, but may include a sensor that detects an impact of the ring 10. The sensor 24 is the acceleration sensor 2
1, the configuration includes the sound sensor 22 and the generation circuit 23, but may include a sensor that detects the impact of the ring 20. The sensor 74 is the acceleration sensor 7
1. Although the configuration includes the sound sensor 72 and the generation circuit 73, the configuration may be such that the sensor detects the impact of the pager terminal 70.

The radio paging systems 100 and 200 have various uses. For example, it can be used when a dumb person calls a person. It can also be used when a user calls a staff member at a welfare facility. Further, it can be used when a patient calls a nurse at a hospital, and a call can be made without operating a call button. The above embodiment is an exemplification of the present invention, and the present invention is not limited to the above embodiment.

[0063]

As described above, according to the present invention, when calling a person with applause, a radio paging system and a calling method capable of notifying a call to a person at a position where applause cannot be heard. And a ring and a pager terminal that can be used for the wireless paging system and / or the paging method. According to the present invention,
The calling range in which a person can be called by applause can be expanded to an area where applause can be heard and a peripheral area outside the area and adjacent to the area.

[Brief description of the drawings]

FIG. 1 is a schematic block diagram showing a first embodiment of a radio paging system according to the present invention.

FIG. 2 is a schematic block diagram showing a second embodiment of the radio call system according to the present invention.

[Explanation of symbols]

10, 20 ... ring, 11, 21, 71 ... acceleration sensor, 12, 22, 72 ... sound sensor, 13, 23, 73
... Generating circuits, 14, 24, 74 ... Sensors, 15, 2
5, 65, 75 ... control circuit, 16, 26, 66, 76 ...
Drive circuit, 17, 27, 67, 77 ... light-emitting element, 18,
28, 68, 78 ... notification circuit, 19, 29, 69, 79
... Transceiver circuit, 60,70 ... Pager terminal, 100,2
00: Radio paging system, S14, S24, S74: Applause detection signal (detection signal), S15C, S25C, S75
C: Call signal, S18, S28, S68, S78: Control signal, S25A, S65A, S75A: Response signal, S
A, SA2, SA7 ... wireless response signal, SC, SC2, S
C7: Radio paging signal.

Claims (22)

[Claims] 1. A ring that fits into a finger of a hand and transmits a radio calling signal to a pager terminal based on applause performed by the hand. 2. The ring according to claim 1, further comprising: a sensor that generates a detection signal based on the applause; and a transmission circuit that transmits the paging signal to the pager terminal based on the detection signal. 3. The sensor according to claim 1, wherein the first sensor detects the impact of the applause, a second sensor detects the sound of the applause, and the first sensor detects the impact of the applause. The ring according to claim 2, further comprising: a generation circuit that generates the detection signal when the second sensor detects the clapping sound. 4. The ring according to claim 1, further comprising a receiving device that receives a radio signal transmitted from said pager terminal and reports the reception. 5. The ring according to claim 4, wherein the pager terminal returns the radio signal when receiving the radio call signal. 6. A receiving device for receiving a radio paging signal transmitted from a ring and notifying the reception of the radio paging signal, wherein the ring generates the radio paging signal based on applause performed by a hand holding the ring. The receiving device to send. 7. The receiving apparatus according to claim 6, wherein the receiving apparatus is a ring-type pager terminal. 8. A light emitting element, wherein the ring transmits the radio paging signal indicating a mode of applause performed by a hand holding the ring, and the light emitting element transmits the radio applause indicated by the radio paging signal. The receiving device according to claim 6, wherein the receiving device emits light according to the aspect. 9. The receiving device according to claim 8, wherein said light emitting element emits light in a light emitting pattern and / or a light emitting color according to a mode of said clap. 10. The receiving device according to claim 6, wherein a radio signal is returned when the radio paging signal from the ring is received. 11. The receiving device according to claim 10, wherein the ring has a device for receiving the radio signal and notifying the reception. 12. A radio paging system having a ring and a receiving device for performing wireless communication with the ring, wherein the ring generates a radio paging signal based on applause performed by a hand holding the ring. A wireless paging system that transmits to a receiving device, wherein the receiving device receives the wireless paging signal from the ring and reports the reception. 13. The radio paging system according to claim 12, wherein the ring includes a sensor that generates a detection signal based on the clapping, and a transmission circuit that transmits the radio paging signal based on the detection signal. 14. The sensor according to claim 1, wherein the first sensor detects an impact of the applause, a second sensor detects the sound of the applause, and the first sensor detects the impact of the applause. 14. The radio paging system according to claim 13, further comprising: a generation circuit configured to generate the detection signal when the second sensor detects the clapping sound. 15. The reception device according to claim 12, wherein the reception device is a transmission / reception device that transmits a radio signal, and the ring receives the radio signal transmitted from the transmission / reception device and reports the reception. A wireless paging system according to any one of the claims. 16. The radio paging system according to claim 15, wherein the receiving device returns the radio signal when receiving the radio paging signal from the ring. 17. The radio paging system according to claim 12, wherein said receiving device is a ring-type pager terminal. 18. The receiving device includes a light emitting element, wherein the ring transmits the radio paging signal indicating a mode of applause performed by a hand holding the ring, and the light emitting element transmits the radio paging signal. The wireless paging system according to any one of claims 12 to 17, wherein light emission is performed in accordance with a mode of the applause indicated by a signal. 19. The radio paging system according to claim 18, wherein said light-emitting element emits light in a light-emitting pattern and / or a light-emitting color according to the form of the claps. 20. A calling method for calling a person by using a ring that outputs a radio signal based on applause, wherein the radio signal is output from the ring by clapping with the hand holding the ring, A calling method for calling the person by a receiving device that receives the wireless signal from the ring and notifies the person of the reception. 21. A calling method for calling a person using a ring that outputs a radio paging signal based on applause, wherein clapping is performed with the hand holding the ring, and the wireless communication from the ring and the ring is performed. A calling method for making the call through a receiving device that receives a call signal. 22. The calling method according to claim 20, wherein said receiving device is a pager terminal carried by said person.