JP7004295B2 - Information transmission system by Orin - Google Patents

Description

The present invention relates to an information transmission system using a standing bell as an IoT device.

The conventional so-called watching system, as disclosed in Patent Document 1, for example, detects the movement of an elderly person to be watched and transmits information to a supporter such as a close relative.
This has the problem of causing discomfort for the elderly, such as being constantly monitored.
Patent Document 2 proposes a technique for installing an information terminal near a Buddhist altar or altar and connecting it to a priest of a temple or a priest of a shrine via an internet line for the elderly who are said to have a strong faith. There is.
However, it is often unfamiliar for the elderly to operate information terminals, which is not practical.

Japanese Unexamined Patent Publication No. 2016-99683 Japanese Unexamined Patent Publication No. 2007-18024

There is no discomfort due to communication asymmetry due to being monitored by a conventional monitoring system, etc., and one-way information transmission, reducing the complexity and difficulty of operating information terminals and improving and setting the environment in which they are used. An object of the present invention is to use phosphorus in an IoT device to transmit information that enables mutual information communication based on the positive behavior of operating the ori and the information that the ori sounds due to the operation of another person. Provide the system.

The information transmission system according to the present invention is characterized in that phosphorus is used for the IoT device.
Therefore, the bell is provided with a means for detecting the operation of the bell and a communication means, and the communication means is used to transmit information on detecting the operation of the bell.
In this case, it is preferable that the bell is composed of a plurality of bells, and it is possible to distinguish each of the bells and detect that the bell has been operated.
In this case, a means for analyzing the frequency of the sound of the bell may be provided to prevent malfunction.
Further, the bell is provided with a bell, a means for operating the bell, and a communication means, and the bell is operated by the communication means.
Also in this case, it is preferable that the bells are composed of a plurality of bells, and the bells can be interlocked and controlled with each other.
Specifically, it is composed of a plurality of cages, that is, a first cage, a means for detecting the operation of the first cage, a means for operating the first cage, and another second cage. It is provided with a means for detecting the operation of the second bell and a means for operating the second bell, and the first bell and the other second bell are communicated with each other by means of communication. It is characterized by being interconnected.
As a result, when the first ori is operated, it is transmitted to the second ori, and by operating the second ori, information can be transmitted to the first ori.

Here, the first ori means, for example, the ori of one operator such as the elderly side, and the other second ori refers to the ori of the other operator on the side of supporting the elderly, for example. Say.
Further, the relationship between the first or second ori is not necessarily for watching, but may be a relationship between persons who transmit information to each other, and the target is not limited.
The second ori means that the operator is different from that of the first ori, and a plurality of ori may be connected to each other by a network.

In the present invention, the operation of the ori may be a ring rod for ringing the ori or an electronic beating device for electrically striking the ring in the sender of the information.
On the other hand, the operation of the origami on the receiving side is an electronic striking device or the like that receives an electric signal and striking.
In the present invention, the means for detecting the operation of the ori means, for example, a sound of ringing the ori, a sensor that converts the operation itself into an electric signal, or the like.
These electric signals may be those that directly communicate with the server on the cloud via the Internet or the like, or may be communicated and connected to the server via a base station such as a mobile phone.
It is preferable to use an IoT gateway such as Wi-Fi, Bluetooth (registered trademark), 920 MHz band radio, ZigBee, etc. in terms of cost reduction and easy connection with more ori.
Further, a network may be further constructed by using a router.
In a relatively small area, mutual communication between IoT gateways is also possible.
Moreover, it is not limited to the network by wireless communication.

In the present invention, it may have a remote control means capable of remotely controlling the first or / and the other second bell.
Here, the remote control means is preferably a mobile communication terminal or a wearable communication terminal, and examples thereof include so-called smartphones, tablet terminals, and smart watches.
Various application software (applications) can be incorporated into the communication terminal.
For example, the operation status of the first ori can be browsed through the application.
In addition, by operating the application, information can be sent from the second or first to the first.

In the present invention, it is preferable that the first or second orchid has an information transmission means capable of mutually transmitting information via the mutual communication means.
For example, it is possible to set the time for ringing the second ori as an application, or to set each level by combining the number of times and the strength of the ringing of the ori, so that it corresponds to the information content of each level.
For example, ringing the first bell once is healthy.
If you ring it twice, you will go out.
When it rings three times, it asks the supporter for support.
Further, if the operation button is held down for a certain period of time, it acts as an alarm clock, and the first origami automatically sounds after a predetermined time has elapsed.
In this way, it can be combined with various types of information, and this information can be mutually transmitted between the first and second origami.
In addition, when it becomes stronger or weaker than usual, the presence or absence of an abnormality can be detected by capturing the change as data and analyzing it.
In addition, the first and second ori can have pair or group information and can communicate with each other independently of the other pair or group of ori.
By doing so, information can be transmitted even to a person who cannot make a sound or a state where the sound cannot be made.

The information transmission system by the bell according to the present invention can transmit the information to other bells through the (human) positive action of operating the bell, so that it is a conventional one-sided monitoring. Also, compared to a system that requires computer operation, it is easy to operate and has a clear tone, making it a comfortable information transmission system.

An example of the configuration of the information transmission system according to the present invention is shown, where (a) shows the first tilt side and (b) shows the second tilt side. An example in which a control unit is provided inside the bell is shown. (A) shows an example of forming a network via a base station, and (b) shows an example of forming a network via an IoT gateway. An example of forming a network of a plurality of standing bells via an IoT gateway is shown.

An example of the configuration of the information transmission system by the ori according to the present invention will be described with reference to the following figures.
FIG. 1 shows an example in which the first or 2nd or 1B and the two ori are connected by a network, but there is no limit to the number of ori and many ori can be connected to the network. Can be connected via.
The shape of the bowl shown in FIG. 1 shows an example in which the bowl is turned upside down, but there are no restrictions on the bowl itself, such as a bowl-shaped bowl with an open top.
As shown in FIG. 1 (a), for example, the first ori 1A on the elderly side includes a bell 2 for hitting the ori.
The control unit 3 includes an electronic striking device 4 for striking the orchid, a sensor 6 for detecting the ringing of the orchid, and a transceiver 5 with the base station 11 and the gateway 12.
The control unit 3 may be provided outside the phosphorus as shown in FIG. 1 or inside the phosphorus as shown in FIG.
This orchid has a phosphorus main body portion 1a on the base portion 1b.
As a method of constructing a network, as shown in FIG. 3A, a network may be formed with a server via a base station 11 or a server on the cloud, and as shown in FIG. 4, various wireless gateways 12 may be formed. You may build a network through.
FIG. 3B shows an example of combining them.

As shown in FIG. 1 (a), when the first cage 1A is beaten with the ring rod 2, the second cage 1B is ringed via the network as shown in FIG. 1 (b). It has become.
On the contrary, when the second ori 1B is struck, the first ori 1A is sounded, and information can be mutually transmitted via the ori.
Further, the network is connected to a communication terminal 13 such as a smartphone or a tablet.
As a result, the operation status of the first origami 1A can be known via the application, and the operation of the second origami 1B can also be performed.

1A 1st Orchid 1B 2nd Orin 2 Ring Bar 3 Control Unit 4 Electronic Ring Device 5 Transceiver 6 Sensor 11 Base Station 12 Gateway 13 Communication Terminal

Claims (1)

A bell, a means for operating the bell, a means for detecting the operation of the bell, and a means for detecting the operation of the bell.
The means for analyzing the operation information of the bell obtained by the means for detecting and the means for analyzing the operation information of the bell bell.
The means for transmitting the analysis information obtained by the analysis means and the means for transmitting the analysis information.
An information transmission system by a standing bell, characterized in that it has a means for receiving analysis information transmitted by the means for transmitting.

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