JP3124438U - Sound animal product, remote control device and sound system - Google Patents

Abstract

A buzzer provided on an article can be sounded even from a position away from the article.
The shoe 10 is worn by a care recipient who has dementia, for example. The remote control device 50 is held by, for example, a caregiver. For example, when the caregiver goes out with the care recipient, the caregiver turns the dial switch 22 to the position of the scale PW. As a result, the ringing control device enters a standby state. Here, if the caregiver loses sight of the care recipient, the caregiver turns on the switch 66 of the remote controller 50. Then, radio waves are transmitted from the remote control device 50, and the radio waves are received by the ringing control device 30 of the shoe 10, and the buzzer 20 rings. The caregiver can know which direction the care recipient is in by listening to this buzzer sound.
[Selection] Figure 1

Description

  The present invention relates to a squeezed animal product, a remote control device, and a squeal system. For example, a squeezed animal product and a remote control device suitable for a case where a caregiver searches for a patient with dementia that has been lost or a sacked possession. And a ringing system.

As a background art in which an article rings or sounds, for example, there is an article storage body described in Patent Document 1 below.
According to this, the first article storage body includes a buzzer, a battery that is a driving power source thereof, a switch that is turned on / off, and a buzzer control that controls the sound of the buzzer when the switch is turned on. Circuit.
The base to which the buzzer is attached is located between the opening edge provided on the outer surface of the storage body main body and the lining provided on the back of the storage body main body. A cover is provided so as to face the direction.

  According to this, the base for attaching the buzzer is positioned between the opening edge provided on the outer surface of the storage body main body and the lining provided on the back of the main body of the article storage body. The amount of the part protruding from the outer surface of the main body of the article storage body due to the installation of the buzzer is reduced to improve the appearance and prevent the collision to the protruding part, and damage due to the impact to the buzzer is prevented. Can be prevented.

By the way, in the above background art, the buzzer does not sound unless the switch is turned on. For this reason, when an article with the buzzer attached, for example, when a person wearing shoes disappears, or when a bag is taken away, the operation of the ring member of the article with the buzzer attached by bending the waist is performed. In the case of a handicapped person, you can't do that even if you want the buzzer to sound. In such a case, if the buzzer can be sounded by other methods, it is convenient to inform the surrounding people.
Utility Model Registration No. 3119112

  An object of the present invention is to provide a squeezed animal product, a remote control device, and a squealing system in which the above-described problems are eliminated.

  In order to achieve the above object, the sound animal product according to claim 1 includes a buzzer and a sound control device, and this sound control device is “OFF” in which the buzzer does not sound, and “ON” in which the buzzer is sounded. , “Waiting” that sounds the buzzer by receiving radio waves from the outside, switch means for switching the three operation states, and this switch means is “ON” And a receiving means for supplying a buzzer signal to the buzzer based on reception of an external radio wave when the switch means is "waiting". And.

  According to a second aspect of the present invention, the remote control device includes a transmission unit that transmits a ringing signal for ringing the buzzer as a radio wave to the ringing animal product according to the first aspect in response to a switch operation.

  According to a third aspect of the present invention, there is provided a ringing system comprising the ringed animal product according to the first aspect and the remote control device according to the second aspect, wherein the remote control device transmits the sound when the ringed animal product is in the “waiting” state. When a radio wave is transmitted from the means, the ring animal product receiving means receives the radio wave and supplies a buzzer signal to the buzzer.

  According to the present invention, in the “waiting” state, the buzzer of the animal product can be sounded using the remote control device. For this reason, by using the remote control device, it is possible to search for a snatched animal product, search for a user of the animal animal product, or operate without bending the waist. In addition, it is possible to notify surrounding people that such a situation has occurred.

Hereinafter, an embodiment of the present invention will be described with reference to the drawings.
FIG. 1 shows a basic configuration when this embodiment is applied to shoes. In FIG. 1, a buzzer 20 is provided on the side surface of the shoe 10 with the same structure as the background art described above. A dial switch 22 is provided on the outer periphery of the buzzer 20, and the sounding control of the buzzer 20 is performed by rotating the dial switch 22. The ringing control device 30 for driving the buzzer 20 is housed in a position below the insole 12 of the shoe 10 and below the heel of the foot. The buzzer 20 and the ringing control device 30 are connected by a wiring 24 that passes from the bottom of the shoe 10 to the inside of the side surface.

  The dial switch 22 can take three states. The mark or the marker 22A is rotated so that the position of the scale PF is “off”, the position of the scale PN is “on”, and the position of the scale PW is “way”. Ting (waiting) ". Among these, when “OFF” is selected, the buzzer 20 is not energized and the buzzer 20 does not sound. However, when “ON” is selected, a sound signal is supplied to the buzzer 20 to sound. “Weighting” will be described later.

  In the present embodiment, a remote control device (hereinafter simply referred to as “remote control device”) 50 is prepared. The remote control device 50 is for transmitting a radio wave for sounding the buzzer 20 described above. When the buzzer 20 is sounded using the remote controller 50, the above-described dial switch 22 is set to the “waiting” position.

  Next, the configuration of the ringing control device 30 described above will be described with reference to FIG. FIG. 2 shows a configuration example of the ringing control device 30. The sounding control device 30 includes a receiving circuit 34 that receives and demodulates the radio wave transmitted from the remote control device 50 by the receiving antenna 32. The reception signal output side of the reception antenna 32 is connected to the input side of the high frequency amplification circuit 36, and the output side of the high frequency amplification circuit 36 is connected to the input side of the demodulation circuit 38. The demodulation circuit 38 is supplied with a high-frequency signal from the high-frequency transmission circuit 40, and demodulation processing such as mixing and detection is performed using this high-frequency signal. The output side of the demodulation circuit 38 is connected to the input side of the low frequency amplifier circuit 42, and the output side of the low frequency amplifier circuit 42 is connected to the buzzer 20.

  The driving power supply 44 supplies driving power to each unit via the dial switch 22 described above. That is, the contact corresponding to the scale PN of the dial switch 22 is connected to the ringing circuit 46, and the ringing signal output side of the ringing circuit 46 is connected to the buzzer 20. Further, the contact corresponding to the scale PW of the dial switch 22 is connected to the power input side (not shown) of each circuit included in the receiving circuit 34. Note that the contact corresponding to the scale PF of the dial switch 22 is open and nothing is connected.

  Here, the basic operation of the sounding control device 30 will be described. First, when the dial switch 22 is set to the position of the scale PF, the drive power is not supplied from the power supply 44 to each circuit. Does not ring. Next, when the dial switch 22 is set to the position of the scale PN, driving power is supplied from the power source 44 to the ringing circuit 46. As a result, the ringing circuit 46 operates to supply a ringing signal to the buzzer 20 and the buzzer 20 rings.

  Further, when the dial switch 22 is set to the position of the scale PW, the driving power is supplied from the power source 44 to the receiving circuit 34, and the receiving circuit 34 operates to enter a standby state where radio waves can be received. In this state, when the reception antenna 32 receives radio waves from the remote control device 50, the received signal is first amplified by the high frequency amplifier circuit 36. The amplified high frequency signal is mixed with the high frequency signal supplied from the high frequency transmission circuit 40 by the demodulation circuit 38 to become an intermediate frequency signal, and further subjected to processing such as filtering to demodulate the ringing signal. The demodulated sound signal is amplified by the low-frequency amplifier circuit 42 and then supplied to the buzzer 20, so that the buzzer 20 sounds.

  Next, the configuration of the remote control device 50 described above will be described with reference to FIG. FIG. 3 shows a configuration example of the remote control device 50. The remote control device 50 includes a transmission circuit 52 that transmits radio waves to the ringing control device 30. The output side of the high-frequency oscillation circuit 54 is connected to the input side of the modulation circuit 56, and a ringing signal is supplied from the ringing signal generation circuit 58 to the modulation circuit 56. The modulation circuit 56 performs a process of modulating the high frequency signal supplied from the high frequency oscillation circuit 54 with the ringing signal supplied from the ringing signal generation circuit 58. The ringing signal is, for example, a sine wave signal having a frequency of 200 Hz. The output side of the modulation circuit 56 is connected to the input side of the amplification circuit 60, and the output side of the amplification circuit 60 is connected to the transmission antenna 62. The driving power supply 64 supplies driving power to each unit via the switch 66. As shown in FIG. 1, the switch 66 is provided as a push button substantially at the center of the remote control device 50.

  Here, the basic operation of the remote control device 50 will be described. When the switch 66 of the remote control device 50 is in the “off” state, the driving power is not supplied from the power source 64 to the transmission circuit 52, and therefore the transmission circuit 52 does not operate. . However, when the switch 66 is turned “ON”, driving power is supplied from the power supply 64 to the transmission circuit 52, and the transmission circuit 52 operates. That is, the high frequency signal oscillated by the high frequency oscillation circuit 54 is modulated by the ringing signal generated by the ringing signal generation circuit 58 by the modulation circuit 56, and the modulated signal is amplified by the amplification circuit 60 and transmitted from the transmission antenna 62 as a radio wave. Sent.

  Note that the receiving circuit 34 and ringing circuit 46 described above may be configured as one or a plurality of integrated circuits. The same applies to the transmission circuit 52. As the power supplies 44 and 64, for example, a button battery is suitable. Further, the carrier frequency of the radio wave used for transmission / reception is set within the range of applicable law, and the radio wave intensity is set to have a radius of several meters around the remote control device 50, for example, about 5 meters. In addition, although the frequency of the ringing signal is 200 Hz in the above description, it may be changed as appropriate in the audible range.

  Next, the overall operation of this embodiment will be described. The shoe 10 shown in FIG. 1 is worn, for example, by a person who cannot operate the operation member of the article with the buzzer and the buzzer attached, or a care recipient such as dementia. The remote controller 50 shown in FIG. 1 is held by, for example, a handicapped person or a caregiver. The care recipient needs to turn the dial switch 22 from the scale PF to the position of the scale PN when an emergency occurs and the buzzer 20 needs to be sounded. Then, the buzzer 20 sounds as described above. As a result, it is possible to notify the caregiver or other nearby people that an emergency has occurred (in the case of a non-free person, the dial switch 22 is turned to the position of the scale PW and the The person himself “turns on” the switch 66 of the remote controller 50).

  On the other hand, the caregiver turns the dial switch 22 to the position of the scale PW, for example, when going out with the care recipient. In this state, unless the switch 66 of the remote controller 50 is turned “ON”, the driving power is not supplied from the power source 64 to the transmission circuit 52 and no radio wave is transmitted. Further, in the sounding control device 30 on the shoe 10 side, driving power is supplied from the power supply 44 to the receiving circuit 34, and the receiving circuit 34 enters a standby state in which reception operation is possible. 20 does not ring.

  If it is assumed that the caregiver has lost sight of the care recipient in such a state, for example, as shown in FIG. In the illustrated example, the care giver 100 is located immediately before entering the intersection 110 from the road 112, while the care recipient 102 is turning left at the intersection 110 and walking in the direction of the road 114. In this state, the caregiver 100 cannot see the care recipient 102 and has lost sight.

  However, when the care giver 100 turns on the switch 66 of the remote control device 50, driving power is supplied to the transmission circuit 52, and radio waves are transmitted from the transmission antenna 62 of the remote control device 50. When the radio wave is received by the receiving antenna 32 of the ringing control device 30 of the shoe 10, the ringing signal demodulated from the receiving circuit 34 is supplied to the buzzer 20, and the buzzer 20 rings. The caregiver 100 can know that the care recipient 102 is in the direction of the road 114 by listening to the buzzer sound.

  Next, another embodiment of the present invention will be described. In the above-described embodiment, the present invention is applied to shoes, but the buzzer 20 and the ringing control device 30 can be attached to various things such as a bag, a school bag, and a handbag. For example, if the buzzer 20 and the ringing control device 30 are attached to the items carried by the child, and the parents have the remote control device 50, the location of the child can be known. Further, for example, if the buzzer 20 and the ringing control device 30 are attached to a carry-on item such as a handbag and the remote control device 50 is held by itself, the buzzer 20 is held by the remote control device 50 when the carry-on item is picked up. This can be used to intimidate the culprit and inform others.

In addition, this invention is not limited to the said Example at all, For example, the following are also contained.
(1) The circuit configuration shown in the above-described embodiment is an example, and the design can be changed so as to achieve the same effect. Various circuit configurations are known as remote control systems using radio waves, and any of them may be applied.
(2) As a target to which the buzzer and the sound control device are attached, in addition to the above-described shoes and bags, the buzzer and the ringing control device may be attached to various things such as a cane and a handcart.

FIG. 1 is a perspective view showing an overall configuration of an embodiment in which the present invention is applied to footwear. FIG. 2 is a circuit block diagram showing a configuration of the sounding control device 30 of FIG. FIG. 3 is a circuit block diagram showing a configuration of remote control device 50 of FIG. FIG. 4 is an explanatory diagram showing an example of a usage pattern of the embodiment of FIG.

Explanation of symbols

10: shoes 20: buzzer 22: dial switch 22A: mark 24: wiring 30: ringing control device 32: reception antenna 34: reception circuit 36: high frequency amplification circuit 38: demodulation circuit 40: high frequency transmission circuit 42: low frequency amplification circuit 44 : Power supply 46: ringing circuit 50: remote control device 52: transmission circuit 54: high frequency oscillation circuit 56: modulation circuit 58: ringing signal generation circuit 60: amplification circuit 62: transmission antenna 64: power supply 66: switch 100: caregiver 102: required Caregiver 110: Intersection 112: Road 114: Road PF: Scale PN: Scale PW: Scale

Claims (3)

A buzzer and a sound control device are provided, and this sound control device
The buzzer does not sound “OFF”, the buzzer sounds “ON”, and the buzzer is sounded by receiving radio waves from the outside, “waiting”.
Switch means for switching between the three operating states;
A ringing means for supplying a ringing signal to the buzzer when the switch means is "ON";
Receiving means for supplying a buzzer signal to the buzzer based on reception of radio waves from the outside when the switch means becomes “waiting”;
An animal product characterized by comprising   A remote control device, comprising: a transmission means for transmitting a sound signal for sounding a buzzer as a radio wave to the sound animal product according to claim 1 in response to a switch operation. A sound animal product according to claim 1, and a remote control device according to claim 2,
When radio waves are transmitted from the transmission means of the remote control device when the sound animal product is in the “waiting” state, the sound signal is supplied to the buzzer by receiving the radio waves from the sound animal product reception means. A ringing system characterized by that.

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