JP2002056483A - Physical condition abnormality detection/emergency communication device and telephone device - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a physical condition abnormality detection/emergency communication device and a telephone device capable of automatic detection of the a physical condition abnormality and emergency communication, and usable as a telephone usually. SOLUTION: A wrist watch 10 can detect and transmit a pulse signal generated following a body movement of a person. An emergency button 1 is disposed on the wrist watch 10. A sound detected by a microphone 2 of the wrist watch 10 is transmitted to a mouthpiece 3B of a telephone 3 through a speaker 9. A judgment circuit 105 for judging the physical condition abnormality of a person based on the pulse signal transmitted from the wrist watch 10 is provided in a converter 20. A radio 30 has usually the function as a radio, and when the circuit is switched by an emergency signal or the like, a sound received from an earpiece 3A through a microphone 7 of the converter 20 is heard by the person from a speaker built-in the radio 30.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a physical condition abnormality detection / emergency communication device and a telephone device. The present invention relates to a communication device and a telephone device.

[0002]

2. Description of the Related Art In recent years, the aging of the population has been promoted, and the ratio of the elderly to the total population has increased each year. Many of the elderly live their daily lives with considerable concerns about their health. Elderly people living alone tend to increase year by year.

[0003]

By the way, it is almost impossible for elderly people or persons with various illnesses to make telephone calls by themselves in an emergency. Also, in a closed space such as a bath or toilet, voices calling for help are difficult to reach outside. In the case of an emergency, it is often considered that the vehicle is hardly able to move from the place.

On the other hand, even at bedtime, it is difficult to reach emergency facilities (for example, telephones) for notifying emergency, and at night, etc., it may be difficult to find an emergency situation. There is a risk.

[0005] These points also apply to the case where a rubble is laid underneath due to a disaster such as an earthquake. In addition, it is heavy for an elderly person or the like to hold the telephone for a long time, and it is tired to talk while holding the telephone while lying down.

SUMMARY OF THE INVENTION The present invention has been made in view of the above-mentioned conventional problems, and is provided with a physical condition abnormality detection / emergency communication device and a telephone which can automatically detect abnormalities in physical condition and perform emergency contact and can always be used as a telephone. It is intended to provide a device.

[0007]

SUMMARY OF THE INVENTION Therefore, the present invention (claim 1) comprises a body movement detecting means which is mounted on a person and detects the movement of the person's body as a body movement detection signal, and the body movement detecting means. Transmitting means for transmitting the body motion detection signal detected by the receiving means, receiving means for receiving the body motion detection signal transmitted by the transmitting means, and stored data in which the body motion detection signal received by the receiving means is stored in advance or A comparison means for comparing with a set value, and a telephone connection means for automatically making a telephone connection to a destination specified in advance when the result of the comparison by the comparison means is determined to be abnormal.

The body movement detecting means is attached to a person and detects the movement of the person's body as a body movement detection signal. The body movement detecting means is
Since it is worn on a person, the body movement of the person can be directly extracted. For this reason, it is possible to make a quick decision on an emergency in which the physical condition involves one minute and one second. The body motion detection signal may be the presence or absence of a body motion, or may be a detection of the strength of the body motion.

The transmitting means transmits the body motion detection signal detected by the body motion detecting means. The receiving means receives the body motion detection signal transmitted by the transmitting means. In the comparison means,
The body motion detection signal received by the receiving means is compared with stored data or a set value stored in advance. The stored data is, for example, a previously acquired pattern of a body motion unique to the person at the time of bathing or the like. A plurality of body motion patterns may be prepared and all of them may be compared.

The set value corresponds to, for example, an integrated value of a body motion detection signal within a predetermined time range. In the telephone connection means, when the result of the comparison by the comparison means is determined to be abnormal, an automatic telephone connection is made to the destination specified in advance. The result of the comparison is abnormal when, for example, a remarkable difference is detected as compared with the body motion pattern, or when a value equal to or less than the set value is detected for a certain time or more.

As described above, an abnormality in physical condition is automatically detected based on the body movement of a person, and a predetermined emergency contact can be automatically notified of an emergency. Therefore, it is possible to take quick action in an emergency situation affecting human life.

[0012] In addition, a person can live a safe life by having a real feeling of being protected even in an emergency. In particular, elderly and sick people living alone can live with peace of mind.
Since there is no code between the transmitting means and the receiving means, there is no danger that a person may be caught on the code and lead to an unexpected accident.

Further, the present invention (claim 2) is characterized in that the body movement detecting means is mounted around the arm by a detachable arm mounting means and detects the movement of the arm.

Body movements are routinely extracted from the arm that moves rapidly. It is the arm that moves the most especially when taking a bath. As described above, an accurate judgment can be made based on the body movement.

Further, the present invention (claim 3) is characterized in that, based on the result of the comparison by the comparing means, a warning lighter than the abnormality is issued by voice.

If the judgment result of the body motion detection is suspicious, a light warning is issued so that an immediate action can be taken. In addition, a person can have a sense of being protected and can have a sense of security.

Further, according to the present invention (claim 4), an arm mounting means which is detachable around the arm, an emergency button attached to a predetermined position of the arm mounting means, and an emergency signal generated by the emergency button are transmitted. Transmitting means for transmitting, receiving means for receiving the emergency signal transmitted by the transmitting means, and telephone connection means for automatic telephone connection to a destination specified in advance by the emergency signal received by the receiving means Configured.

The arm mounting means is detachable around the arm. The emergency button is attached to a predetermined portion of the arm mounting means. The transmitting means transmits an emergency signal generated by the emergency button. The receiving means receives the emergency signal transmitted by the transmitting means. The telephone connection means makes an automatic telephone connection to a destination designated in advance by the emergency signal received by the receiving means.

As described above, in the event of an emergency involving human life, it is possible to notify the other party of the emergency by a simple operation of pressing the emergency button. Since the emergency button is located on the arm, which is a part of the body that can be moved by one's own consciousness, reliable operation can be quickly performed. It can be operated intuitively even at night.

Further, according to the present invention (claim 5), there is provided a body movement detecting means for detecting the movement of a human arm as a body movement detection signal, and an arm mounting means capable of attaching and detaching the body movement detecting means around the arm. An emergency button attached to a predetermined portion of the arm mounting means,
Transmitting means for transmitting the emergency signal generated by the emergency button and the body motion detection signal detected by the body motion detecting means; and receiving means for receiving the emergency signal and the body motion detection signal transmitted by the transmitting means. A comparing means for comparing the body motion detection signal received by the receiving means with pre-stored stored data or a set value; and an emergency when the result of the comparison by the comparing means is determined to be abnormal, or Telephone connection means for automatically making a telephone connection to a destination specified in advance by a signal.

Further, the present invention (Claim 6) comprises a response means for enabling transmission and / or reception of a response between the person and the other party through the telephone connected by the telephone connection means. Configured.

The response means enables the transmission and / or reception of a response between the person and the other party through the telephone connected by the telephone connection means. At this time, when there is no response to the inquiry from the other party, it can be estimated that there is no awareness. Therefore, it is possible to quickly respond to an emergency involving human life.

Further, the present invention (claim 7) is characterized in that part or all of the response means is built in a voice device capable of receiving or reproducing voice.

For example, it can be used as an audio device such as a radio receiver on a daily basis. In an emergency, it is possible to make a response with the other party using an antenna or a speaker of the radio receiver. Note that, instead of the radio receiver, a television or a portable cassette player with a built-in speaker may be used. A part of the response means is one of transmission and reception.

Further, according to the present invention (claim 8), a reception level detection means for detecting a reception level of the reception means, and a reception level comparison means for comparing the reception level detected by the reception level detection means with a set value And a warning means for issuing a warning when the reception level is lower than the set value by comparison of the reception level comparison means.

The receiving level detecting means detects the receiving level of the receiving means. The reception level comparison means compares the reception level detected by the reception level detection means with a set value. The warning means issues a warning when the reception level is lower than the set value by the comparison of the reception level comparison means.

As described above, it is possible to notify a person that each means of the present invention may not work properly. In addition, a person can recognize that the warning is routinely protected by this warning, and can feel relieved. This warning enables the necessary battery replacement and the like.

Further, according to the present invention (claim 9), the receiving means, the comparing means, the telephone connection means, the response means,
At least one of the reception level detection means, the reception level comparison means, and the warning means is built in and / or external to a telephone.

By being built in the telephone, it can be made compact and easy to use. Further, the function as a telephone can be used as usual. If the phone is a mobile phone, it can be carried around when going out, and the location of a person in an emergency can be confirmed by receiving a global positioning system (GPS) or a navigation service using the strength of received radio waves.

Further, the present invention (claim 10) is characterized in that the body movement detecting means and / or the transmitting means are turned on and off by detaching and attaching the arm mounting means.

As a result, power saving can be achieved, and the starting point of the detection of the body movement and the judgment of the abnormality of the body movement become clear. For this reason, for example, using a bath-specific arm mounting means, and according to a bath-specific comparison means, a simple judgment function for accurately determining an abnormal body movement for each specific behavior pattern such as a bath mode regardless of a complicated life pattern. It is possible to do under.

The switching of the behavior pattern may be performed by changing the arm mounting means for each behavior pattern, or may be performed by a changeover switch. Alternatively, the measurement may be performed by measuring the temperature and humidity and comparing the measured values with the set values.

As described above, the abnormality of the body movement can be determined more quickly. In addition, guess the most dangerous time during bathing, such as messages such as "Please avoid long baths" or when you are in the bathtub, pay close attention to this time, and perform detailed processing such as sending messages Can be done. The power may be forcibly turned on also by pressing the emergency button.

Further, the present invention (claim 11) is characterized in that a temperature sensor is provided in the arm mounting means.

By judging a change in temperature, it is possible to judge whether to enter or exit the bathroom, and to judge the start and end of the bath mode. Therefore, it is possible to perform the determination of the abnormality of the body movement more finely and accurately.

Further, the present invention (claim 12) comprises an integrating means for integrating the number of occurrences of the body motion detection signal, and a display means for displaying the number of occurrences of the body movement detection signal integrated by the integrating means. Was configured.

The integration by the integrating means is started by pressing a button such as a reset button or turning on the power. If the number of occurrences of the body motion detection signal is integrated, it can be used as, for example, a pedometer (registered trademark).

Further, according to the present invention (claim 13), a storage means for storing the body motion detection signal together with time information, and the person based on the body motion detection signal and the time information stored by the storage means. And a display means for displaying the exercise information calculated by the arithmetic means.

The storage means stores the body motion detection signal together with the time information. That is, a history of changes in body motion is taken with time. The calculating means calculates the motion information of the person based on the body motion detection signal and the time information stored by the storing means.

The display means displays the exercise information calculated by the calculation means. By storing exercise information and displaying it on a personal computer or the like as a daily or monthly body movement pattern, it is possible to grasp the amount of exercise of the person and at what time of day the intense exercise is performed, etc. Can manage and advise.

Further, according to the present invention (claim 14), a mounting means to be mounted on a person, a temperature detecting means disposed on the mounting means for detecting a temperature, and a temperature detected by the temperature detecting means are provided. A comparing means for comparing with a predetermined value and / or a temperature change rate between before and after the temperature change with the predetermined value; and as a result of the comparison by the comparing means, it becomes equal to or more than the predetermined value and becomes less than the predetermined value. A time measuring means for measuring a time until the time becomes, and a warning means for issuing a warning when the time measured by the time measuring means is equal to or longer than a predetermined time.

The mounting means may be any as long as it can be mounted on a person. It may be a pendant, a ring, a belt, a bracelet, or the like. It is bathed in a state worn by a person when bathing. The temperature rises rapidly during bathing. The degree of bathing is determined based on this degree.

Then, a warning is issued if the user does not go out of the bathtub for a predetermined time after bathing. If a response is not received due to the warning, a telephone connection is made to a predetermined destination based on the emergency signal. As described above, it is possible to reliably protect a person who is taking a bath.

Further, according to the present invention (claim 15), the mounting means is an arm mounting means detachable around the arm, and a mounting time measuring means for measuring time from the start of mounting of the arm mounting means, A warning means for issuing a warning when the time measured by the mounting time measuring means is equal to or longer than a predetermined time.

By managing the bathing time, a warning is issued when the user does not leave the bathroom forever. As described above, it is possible to surely protect a person outside the bathtub.

Further, the present invention (claim 16) is characterized in that a clock is provided on the wrist mounting means.

A wristwatch is something that is often seen on a daily basis. Therefore, by combining with this wristwatch, the presence of an emergency button or the like can be recognized on a daily basis. As a result, it is possible to operate the emergency button and the like in an emergency without being lost even if the user is almost unconscious.

The transmitting function of the body movement detecting means, the transmitting means, the emergency button, and the response means may be integrated with the watch, or may be arranged along the arm mounting means. In addition, each part may be made into a part so that any part can be combined.

Further, the present invention (claim 17) provides an arm mounting means which is detachable around the arm, a telephone number setting means which is disposed on the arm mounting means and which can set a telephone number of the other party, Transmitting means for transmitting the telephone number set by the telephone number setting means, receiving means for receiving the telephone number transmitted by the transmitting means, and line connection for connecting a line based on the telephone number received by the receiving means Means, a reception signal transmitted through a line connected by the line connection means, a reception signal conversion means for converting the reception signal into a voice, a voice input means for inputting a human voice, and the voice input And a transmission signal converting means for converting the voice inputted by the means into a transmission signal.

Since the telephone number of the other party can be set via the arm mounting means, it is possible to make a call while sleeping. The voice input means may be provided on the wrist mounting means or may be separately provided on the side to which the line connection means belongs. The voice of the other party converted by the reception signal conversion means can be heard through a speaker, an earphone, or the like. Therefore, conversation can be performed via the line. However, if the line connection means is constituted by a telephone, the telephone number of the other party can be set from this telephone.

Further, the present invention (claim 18) is characterized in that the voice input means is arranged on the arm mounting means.

You can talk to your arms. While the other party is talking, you can lower your hand, etc., so you do not have to hold the phone in your hand and keep it in your ear while talking.

Further, according to the present invention (claim 19), there is provided an arm mounting means which is detachable around the arm, a voice input means arranged on the arm mounting means for inputting a human voice, and the voice input means. Voice transmitting means for transmitting the input voice, voice receiving means for receiving the voice transmitted by the voice transmitting means, and transmitting signal converting means for converting the voice received by the voice receiving means into a transmitting signal Line connection means for connecting a line based on a predetermined telephone number, a reception signal transmitted via the line connected by the line connection means, and a reception signal conversion means for converting the reception signal into voice. It was configured.

The setting of the telephone number may be performed on the wrist mounting means side or on the line connection means side.

Further, the present invention (Claim 20) comprises a receiving signal transmitting means for transmitting the receiving signal, and a receiving signal receiving means for receiving the receiving signal transmitted by the receiving signal transmitting means. The signal conversion means converts the reception signal received by the reception signal reception means into voice.

The other party can hear the other party's story. As a result, it is possible to listen to the other party even in a place other than the place where the telephone is present (for example, a bath or a toilet).

Further, the present invention (Claim 21) provides an audio device capable of receiving or reproducing music or broadcast, and an audio device for receiving music or broadcast by the audio device when the received signal is received by the received signal receiving means. A switching means for switching reception or reproduction to a call is provided.

As described above, the audio device for music and broadcasting can be used also as the communication device. Therefore, by listening to music on a daily basis, a failure or the like of the audio device can be quickly grasped, and the failure to be noticed forever is eliminated. If the audio device has a waterproof structure or a drip-proof structure, it can be carried into the bathroom.

[0059]

Embodiments of the present invention will be described below. FIG. 1 shows an overall schematic configuration diagram of the first embodiment of the present invention. In FIG. 1, a wristwatch 10 is wound around a person's arm, and is capable of detecting and transmitting a pulse signal generated by a person's body movement in addition to a clock function.

The wristwatch 10 is provided with an emergency button 1 for an emergency in the event of an emergency due to a physical condition of a person. And by pressing this emergency button 1,
It can communicate with an external person through the built-in microphone 2 and the telephone 3 of the converter 20.

The telephone 3 is a cordless telephone slave or a portable telephone. However, a base unit of a cordless telephone may be used. The telephone 3 may be capable of the Internet or e-mail. A terminal unit (not shown) is provided at the bottom of the telephone 3, and is detachable from the terminal receiving unit 5 in the converter 20. The terminal receiving part 5 also serves as a charger.

The converter 20 is provided with a cover 11 which can be opened and closed freely. The microphone 3 is provided in the earpiece 3A, and the microphone 3 is provided in the transmitter 3A.
B is attached to the lid 11 so that the speakers 9 face each other. A soundproof material 13 is fixed to a proper position of the lid 11 to shield sound between the earpiece 3A and the mouthpiece 3B.

The sound detected by the microphone 2 of the wristwatch 10 is received by the antenna 14 of the converter 20 and transmitted to the mouthpiece 3 B of the telephone 3 via the speaker 9. Also, converter 2
0 is provided with a judgment circuit 105 for judging a physical condition of a person based on a pulse signal transmitted from the wristwatch 10, and when it is judged that the physical condition is unsatisfactory, a warning signal for inquiring about safety or an emergency situation is provided. It emits an emergency signal.

The radio 30 has a function as a radio at normal times. In an emergency due to a physical condition of a person, the circuit is switched by an emergency signal from the emergency button 1 or the like. The received sound is wirelessly transmitted to the radio 30 so that the person can hear the sound from the built-in speaker of the radio 30.

Since the radio 30 is easy to carry, the place where it is placed can be changed each time. However, for example, a plurality of units may be permanently installed at appropriate places in a room. In addition, it is desirable to adopt a waterproof structure in consideration of a case where the camera is installed in a bathroom. Furthermore, if the radio 30 is built in an interior such as a doll or a vase, it is not noticeable. Radio 30
Is desirably small and can be stored in a pocket.
Note that a television, a CD, an MD player, a portable cassette player, or the like may be used instead of the radio 30.

Next, the body movement detecting section of the wristwatch 10 will be described. In FIG. 2A, the inertial body 21 has a notch of a predetermined angle, and is rotatable about a support shaft 23. The rotation of the inertial body 21 is controlled by the photoelectric switch 25.
Pulses are detected by passing and blocking light at a and 25b.

In place of the photoelectric switch 25, a mechanical switch as shown in FIG. 2B can be used. For example, in FIG. 2B, the elastic metal piece 26 is swingable around the support shaft 27 and between the terminals 28a and 28b. A spring 29 is provided at an end of the metal piece 26. Then, the contact between the metal piece 26 and the terminal 28 may be detected by the pulse detection circuit 24 as a pulse signal.

FIG. 3 shows another example of the body movement detecting section. Sphere 31
Are held by springs 33 on all sides. The spring 33 and the sphere 31 have conductivity. When the sphere 31 comes into contact with the metal wall 35 or the metal lids 37a and 37b, current flows. The pulse detection circuit 39 converts the change in the current into a voltage and shapes the waveform to detect a pulse signal.

As shown in FIG. 4, the metal lids 37a and 37b are formed so as to protrude in a mountain shape from the outer periphery toward the center, and a plurality of annular conductors 32 are commonly disposed at the center. Is also possible. This makes it possible to detect the strength of the body movement based on which ring conductor 32 the sphere 31 has contacted.

FIG. 5 shows another example of the body movement detecting section. In FIG. 5, hollow electromagnetic coils 41a and 41c are arranged on the x-axis, and hollow electromagnetic coils 41b and 41d are arranged on the y-axis and intersect at the origin (center). The electromagnetic coil 41 is fixed to the center of the metal cover 47.

The electromagnetic coils 41a, 41b, 41c, 41
The magnet rods 43a, 43b, 43c, and 43d are movably inserted into the inside of the magnet rod 43.
The other end of the spring 45 is fixed to the peripheral wall 47.

The terminals of the electromagnetic coils 41a and 41c and the terminals of the electromagnetic coils 41b and 41d are connected in series, and the extracted inter-terminal voltage is input to the pulse detection circuits 49A and 49B.

In such a configuration, body movement is detected by comparing the magnetomotive force of the electromagnetic coil 41 generated by the movement of the magnet bar 43 with a preset voltage value. However, the strength of the body movement may be detected by setting the magnitude of the magnetomotive force in a plurality of stages. Further, a metal rod may be used instead of the magnet rod 43, a constant current may be applied to the electromagnetic coil 41, and the movement of the metal rod may be detected and detected as a change in the induced electromotive force.

Next, the circuit configuration of the wristwatch 10 is shown in FIG.
This will be described based on FIG. The same elements as those in FIG. 1 are denoted by the same reference numerals, and description thereof is omitted. In FIG. 6, a body motion detection signal 61 is wirelessly transmitted by a transmitter 67 via an amplification shaping circuit 63 and a switching circuit 65.

The emergency signal generated by pressing the emergency button 1 and the reset signal generated by pressing the reset button 79 are also wirelessly transmitted from the transmitter 67 via the switching circuit 65. The sound detected by the microphone 2 is amplified by the sound amplifier 69 and is wirelessly transmitted from the transmitter 67 via the switching circuit 65.

The battery serving as the power supply 71 always supplies power to the watch, but other circuits are provided by fitting the terminal 73 attached to the watch band 75 when the watch 10 is worn as shown in FIG. The power supply 71 is turned on. However, the power supply 71 may be forcibly turned on by pressing the emergency button 1.

The power supply 71 may be rechargeable, and may be rechargeable by electromagnetic induction by an AC adapter or by a charger when the wristwatch 10 is not mounted. The watch band 75 has an antenna 77
Is embedded. However, the antenna 77 may be provided only in the wristwatch 10 depending on the modulation method and the frequency to be handled.

Next, the circuit configuration of the converter 20 will be described with reference to FIG.
This will be described based on FIG. The same elements as those in FIG. 1 are denoted by the same reference numerals, and description thereof is omitted. In FIG. 8, a signal received by an antenna 14 is input to a receiving circuit 81 and demodulated. The demodulated signal is
The signal discriminator 83 discriminates an emergency signal, a reset signal, and a body motion detection signal.

When the signal discriminator 83 detects the emergency signal 85, the telephone 3 is automatically connected to the destination specified by the automatic dial connection circuit 87. In this case, a display using an emergency light 89 such as a patrol light and a warning process 91 can be performed. Therefore, even a person who is visually impaired can be recognized.

The sound demodulated by the receiving circuit 81 is connected to a speaker 97 and a speaker 9 via a switching circuit 93 and an audio amplifier 95. The switching circuit 93 outputs the emergency signal 8
5 can be switched.

The microphone 7 is connected to a speaker 96 via an audio amplifier 94 and to a transmitter 101 via a switching circuit 99. The body motion detection signal 61 detected by the signal discriminator 83 is input to the determination circuit 105,
According to the conditions determined in step 7, the body movement status of the person is determined, and an arithmetic process is performed to determine whether to issue an alarm or the like.

When the body movement situation of the person is abnormal in the judgment circuit 105, a warning signal 109 is issued.
After the switching circuit 99 is switched by the
1 is transmitted. And radio 30
Inquiry by voice is made in.
If the reset signal 103 from the wristwatch 10 in response to this inquiry is not detected, an emergency signal 85 is sent from the determination circuit 105.

When a person goes to a place where radio waves do not reach, or when the power supply 71 is exhausted, the reception level of a carrier wave or the like becomes low. Voice guidance and the like can be provided.

Next, the circuit configuration of the radio 30 will be described. In FIG. 9, the speaker 121 normally has AM,
Broadcasting such as FM and short wave is flowing. The signal received by the antenna 122 is input to the receiving circuit 123 and demodulated. The demodulated signal is
An emergency signal, a warning signal, and a reset signal are determined by the signal determiner 125.

When the signal discriminator 125 detects the emergency signal 85 or the warning signal 109, the connection switching circuit 1
27, a switch 1 for switching from a radio mode via a normal radio receiving circuit to an emergency mode for protecting a person.
24 can be switched. On the other hand, when the reset signal 103 is detected by the signal discriminator 125, the circuit is switched from the emergency mode to the radio mode.

When the emergency signal 85 or the warning signal 109 is detected, lamps 129 and 132 are displayed for persons with hearing impairments, respectively. The reception level is determined by a reception level determination circuit 82, and voice guidance or the like can be performed by an alarm 84.

Next, the operation of the first embodiment of the present invention will be described. In FIG. 6, the wristwatch 10 has a built-in body movement detecting unit, an emergency calling circuit, and a voice circuit in addition to a clock function.

However, the body movement detecting section, the emergency calling circuit, and the voice circuit do not necessarily have to be built in the same frame as the watch main body, and may be mounted along the watch band as a separate frame. In addition, each part may be made into a part so that any part can be combined. Further, the clock function may be omitted.

Normally, the body motion detection signal 61 passes through the switching circuit 65 and is modulated by the transmitter 67 and transmitted.
The body motion detection signal 61 is input to the receiving circuit 81 of the converter 20 and demodulated. The emergency signal, reset signal, and body motion detection signal have different pulse widths, signs, etc.,
The signal discriminator 83 makes it easy to discriminate. The body motion detection signal 61 is input to the determination circuit 105.

The determination circuit 105 repeatedly calculates the number of detected pulses of the body motion detection signal 61 at predetermined time intervals, and when the number of detected pulses is smaller than the set value for more than a predetermined number of times, the person has fallen. First, a warning signal 109 is issued assuming an abnormal situation.

However, in order to make a non-sense when a person is sleeping, the setting circuit 107 sets “No-sense from now to 8:00 am” or “No-sense every day from 22:00 pm to 8:00 am”. And the like.

For example, when it is desired to select “not detectable until 8:00 am from the present”, the elderly can be easily set by pressing the push button 8. In addition, in consideration of the case of taking a nap, a switch “disabled from the present to the set time” may be provided.

The "set time" at this time is a preset nap time such as one hour. However, the emergency button 1 can generate an emergency signal even in such a non-sensing state. The strength of the pulse may be determined in addition to the number of detected pulses. The setting value of the number of detected pulses and the setting of the predetermined number of times when the state in which the number of detected pulses is smaller than the set value continue can be changed.

When a warning signal 109 is issued, the warning signal 109 is first input to the switching circuit 99 and transmitted from the transmitter 101.
11 is switched to a passable state. Also, the transmitter 10
The warning signal 109 transmitted from 1 is demodulated by the receiving circuit 123 of the radio 30, and the circuit is switched from the normal radio mode to the emergency mode by the connection switching circuit 127.

Subsequently, the audio signal 111 is output to the switching circuit 99.
And transmitted to the transmitter 101 via the. This audio signal 111 is demodulated by the receiving circuit 123, and audio guidance flows from the speaker 121 of the radio 30.

The audio signal 111 is, for example, "Are you OK?
Try moving your body. "Press the reset button." Human motion detection is resumed,
The restart confirmation signal is output from the determination circuit 105,
Alternatively, if the reset signal 103 is detected by the signal discriminator 83 by pressing the reset button 79, the connection of the warning signal 109 and the audio signal 111 in the switching circuit 99 is released.

The reset signal 1 is also supplied to the judgment circuit 105.
03 is reported. Further, when the reset signal 103 is transmitted to the radio 30, the connection switching circuit 127 switches the circuit from the emergency mode to the normal radio mode again.

If the detection of the human body motion has not been resumed, or if the reset button 79 has not been pressed, and the number of detected pulses is smaller than the set value, and the state continues for a predetermined time or more, , An emergency signal 85 is issued from the decision circuit 105.

The emergency signal 85 switches between the switching circuit 99 and the switching circuit 93, and after being transmitted from the transmitter 101,
The microphone 7 is connected to the transmitter 101. The emergency signal 85 is demodulated by the receiving circuit 123 of the radio 30, and the circuit is switched from the normal radio mode to the emergency mode by the connection switching circuit 127.

Then, the telephone 3 is automatically connected to the destination specified by the automatic dial connection circuit 87 by the emergency signal 85. The automatic dial connection circuit 87 includes a memory, and can register a telephone number of a destination.
Then, the registered number is called. However, a plurality of telephone numbers can be registered, and a call can be made in accordance with a priority order.

If no destination is found, the next destination is called. The sound flowing from the earpiece 3A is extracted by the microphone 7 and transmitted through the switching circuit 99 to the transmitter 10A.
1 and transmitted. This sound is received by the receiving circuit 123
And the sound is played from the speaker 121 of the radio 30.

A person can talk through the microphone 2 by switching the switching circuit 65 to the microphone 2 side by pressing the emergency button 1. This story is modulated by the transmitter 67, demodulated by the receiving circuit 81 of the converter 20, and sent to the speakers 97 and 9 via the audio amplifier 95. The sound played by the speaker 9 is transmitted to the other party via the mouthpiece 3B.

At the end of the call, the emergency button 1 is pressed again on the wristwatch 10. Alternatively, a telephone end button may be separately provided. Based on the signal at this time and the signal to be transmitted, the switching circuit 65, the switching circuit 99, the switching circuit 93,
The switching circuit 124 and the like are returned to the original state. The reset signal 103 is given to the judgment circuit 105, and the emergency signal 85 is released. As described above, when the body motion detection is abnormal, a warning and subsequent emergency treatment are performed, and a person can be rescued in a short time from a life-threatening emergency.

When the person is conscious in an emergency, the person can press the emergency button 1. At this time, an emergency signal is transmitted via the switching circuit 65 and the transmitter 67. This emergency signal is received by the receiving circuit 8
The telephone 3 is automatically connected to the destination specified by the automatic dial connection circuit 87.

The emergency signal is supplied to the switching circuit 99 and the switching circuit 93.
And the microphone 7 is connected to the transmitter 101. On the other hand, when an emergency signal is detected by the signal discriminator 125 of the radio 30, the connection switching circuit 127 switches the circuit from the normal radio mode to the emergency mode.

The switching circuit 65 of the wristwatch 10 is switched to the microphone 2 by the emergency signal. The sound flowing from the earpiece 3A is extracted by the microphone 7, and the sound amplifier 94,
The signal is transmitted to the transmitter 101 via the switching circuit 99, and can be heard from the speaker 121 of the radio 30 and the converter 20
Can also be heard on the speaker 96 of FIG. The reason why the sound can be heard also from the speaker 96 is that the case where the converter 20 is placed in a room different from the radio 30 and another person is present on the side of the converter 20 is considered.

When a person speaks through the microphone 2, the sound is played by the speaker 9 through the receiving circuit 81 of the converter 20. The sound played by the speaker 9 is transmitted to the other party via the mouthpiece 3B. By the above, emergency button 1
By simply pressing, the other party can be notified of the urgency, and the state can be explained.

If the emergency button is located at a device separated from the body at bedtime, it is difficult to reach the emergency button or to find out where the emergency button is located while sleeping. Sometimes.

However, in the present invention, the emergency button 1 can be immediately pressed as a sensation in any posture by always wearing the watch as a watch. The warning is sometimes given when the body movement is not detected.
The person can be relieved, and the presence of the emergency button 1 is always conscious when the reset button 79 is pressed, and can be easily operated in an emergency without being lost even if the user is almost unconscious. In addition, the operation can be performed even when a person is crouched or falls down.

When a person goes to a place where radio waves do not reach or when the power supply 71 is exhausted, voice guidance or the like is performed by the alarm 84, so that attention is given to the person and an emergency situation is caused. You can have a daily awareness that you are protected, and you can feel safe. However, when the reception level suddenly reaches the zero state, it is determined that the wristwatch 10 has been released and the power supply 71 has been turned off, and no voice guidance or the like is performed. At the end of the call, the emergency button 1 is pressed again on the watch 10. Alternatively, a telephone end button may be separately provided. Based on the signal at this time and the signal to be transmitted, the switching circuit 65, the switching circuit 99, the switching circuit 93,
The switching circuit 124 and the like are returned to the original state.

Next, a second embodiment of the present invention will be described. The wristwatch 110 according to the second embodiment of the present invention is shown in FIG.
As shown in FIG. 6, the microphone 2 and the audio amplifier 69, which are audio circuits, are omitted from the wristwatch 10 of FIG. The audio circuit is built in the radio 130 as shown in FIG.
The converter 20 has the same configuration.

The sound input by the microphone 131 is transmitted from the transmitter 135 to the converter 20 via the sound amplifier 133. The switching circuit 137 is connected when an emergency signal is detected by the signal discriminator 125. However, as shown in FIG. 12, the audio circuit may be provided in an independent form.

In this configuration, when a person speaks by pressing the emergency button 1, the voice is input to the microphone 131 and transmitted from the transmitter 135. And the converter 2
The sound demodulated by the 0 receiving circuit 81 and transmitted by the speaker 9 is transmitted to the other party via the mouthpiece 3B.

Since the audio circuit is built in the radio 130, the wristwatch 110 can be easily provided with a waterproof structure. When an abnormality of the body motion detection signal is detected by the determination circuit 105 and an emergency signal is issued, a person can respond to an inquiry from the other party without performing any operation.

Next, a description will be given of when a person takes a bath. The wristwatch 210 used when taking a bath has a configuration in which a clock function is omitted (not shown). And it is desirable to have a waterproof structure. However, a temperature sensor may be provided instead of the clock function to detect the temperature. The power supply 71 is turned on by fitting the terminal 73 attached to the watch band 75.

At this time, it is desirable to notify the converter 20 that the bath mode has been entered, and to change the determination function of the determination circuit 105 to that for the bath. For this, watch 2
When the power supply 71 is turned on, the fact that the mode is the bath mode is transmitted as a separate signal. However, the converter may be notified of the bath mode by making the signal width and the like of the pulse body motion detection signal of wristwatch 210 different from the normal mode.

A humidity sensor may be provided in addition to the temperature sensor to automatically determine the start of the bath mode when the measured temperature and humidity are equal to or higher than predetermined values. The bath mode may be started when the temperature or humidity measured by the temperature sensor is equal to or higher than a predetermined value. Further, the bath mode may be started by operating a predetermined button.

At the time of bathing, only the presence or absence of body movement may be determined. However, the history of the number of pulse body movement detection signals detected at predetermined time intervals of the pulse body movement detection signal is obtained in accordance with the particular way of bathing. The data may be compared with data stored in the determination circuit 105 in advance.

As the history, for example, two or three types of body movement patterns, for example, when the person does or does not wash their hair, are acquired and stored in advance. How to take a bath is usually a habit of the person, and there are no patterns of body movement.

As described above, it is possible to more quickly determine whether the state without body movement is due to a normal behavior pattern or a physical condition abnormality. At this time, the determination of the bath mode is started by the power supply 7 fitted with the terminal 73.
Since it can be set to the time of insertion of 1, it is possible to make an accurate determination in accordance with the body movement pattern unique to the bath mode.

A warning is also issued if no body movement is detected during bathing, and an emergency signal is issued if the warning is not canceled. At that time, an inquiry is made from the other party, and it is possible to contact the other party.

The temperature of the bath is detected and the temperature signal is
When transmitting to 0, the determination circuit 105 can also guide whether or not the bath temperature is an ideal temperature suitable for the body. Also, by judging a change in temperature by the judgment circuit 105, it is possible to judge whether the person has entered or left the bathroom,
The start and end of the bath mode can be determined.

During bathing, the temperature of hot water is being measured, which is higher than the temperature outside the bathtub. Therefore, when the state during bathing (that is, the state where the temperature of hot water is measured) continues for a predetermined time or more, a warning is issued because there is a possibility that a person is drowning in the bathtub. At this time, it is determined that the user has taken a bath when the measured temperature is equal to or higher than a predetermined set temperature, and it is determined that the user has gone out of the bathtub when the measured temperature is lower than the set temperature.

Alternatively, the rate of rise and fall of the temperature may be determined to determine whether the person has taken a bath or went out of the bathtub. It should be noted that a warning may be issued when the measured high temperature continues for a predetermined time or longer and no pulse body motion detection signal is detected.

Further, the temperature outside the bathroom is stored before entering the bathroom (for example, the temperature when the wristwatch 210 is mounted), and a warning is issued when the temperature does not return to below this temperature for a predetermined time. It may be.

Further, the time from the start of the bath mode may be measured, and a warning may be issued if the wristwatch 210 is not removed even after the scheduled time of leaving the bath (for example, 20 minutes) has elapsed. After a warning, an emergency signal is issued if there is no response.

Further, a message such as "Please avoid the long bath" or the most dangerous time during bathing, such as when entering a bathtub, is guessed, and this time is watched and processing such as sending a message is performed. It can be performed finely.

Although the description has been given of the case of taking a bath, the same applies to other life patterns such as a walking mode, a housework mode, a toilet mode, a sleeping mode, and a nap mode. This is because the body motion differs depending on the mode, but it is assumed that the specific body motion of the person is substantially common to each mode.

In the same manner as described above, the wristwatch to be used is changed according to each mode, or a switch for selecting each mode is provided on the wristwatch side or the converter 20 side, and the history of body movement in each mode is stored in advance. If a comparison is made with the acquired body motion data, more detailed warnings and accurate emergency signals can be generated.

Next, a third embodiment of the present invention will be described. In the third embodiment of the present invention, the wristwatch is the same as the wristwatch 10 of the first embodiment, but the radio is omitted. FIG.
The circuit configuration of the converter 120 is shown in FIG. The same elements as those in FIG. 8 are denoted by the same reference numerals, and description thereof will be omitted.

In FIG. 13, an emergency button 141 is also provided on the converter 120. The audio signal 111 and the audio extracted by the microphone 7 are made to flow from the speaker 145 via the amplifier 143.

In this configuration, when the judgment circuit 105 issues a warning, the audio signal 111 is output from the speaker 145. The warning can be canceled by pressing the reset button 79 of the wristwatch 10 by a key operation or the like. In an emergency, the sound flowing from the earpiece 3A is extracted by the microphone 7 and
I can hear from 5. When the emergency button 1 is pressed, the user can talk with the other party through the microphone 2 of the wristwatch 10.

Next, a fourth embodiment of the present invention will be described. A fourth embodiment of the present invention is a converter 1 according to the third embodiment.
An audio circuit is added to 20. The wristwatch is the same as the wristwatch 110 or the wristwatch 210 used for bathing, but the radio is omitted. FIG.
1 shows a circuit configuration. The same elements as those in FIG. 13 are denoted by the same reference numerals, and description thereof will be omitted.

In FIG. 14, when an emergency signal 85 is detected, a switching circuit 157 is connected, and
After being extracted at 1, the signal is amplified by the audio amplifier 153 and transmitted to the mouthpiece 3B of the telephone 3 via the speaker 155.
This allows you to talk to the other party.

As described above, when an abnormality in body movement is detected, a warning is issued to the person, and in the case of an emergency, it is possible to keep in touch with the other party.

Next, a fifth embodiment of the present invention will be described. The fifth embodiment of the present invention makes it possible to use the present invention not only when the physical condition of a person is abnormal, but also for a normal telephone. The wristwatch 10 is provided with a memory,
At 0, a telephone number can be set and recorded. By pressing a mode button (not shown) of the wristwatch 10, a telephone function is selected. Adjust the phone number digit by digit with the adjust button. If OK, press the SET button.

If a mistake is made, the reset button 79 is pressed. This telephone number is displayed on a liquid crystal display and can be stored in a memory. When the transmission button is pressed, the telephone number is transmitted one digit after the transmission start signal. A stop signal for digit recognition is inserted before and after each digit. Each digit is encoded. Alternatively, a pulse corresponding to a digit number may be used. Finally, a transmission end signal is attached.

The automatic dial connection circuit 87 analyzes the transmitted telephone number. Thereafter, a telephone connection is made based on the analyzed telephone number. However, a common number (for example, a number such as 1, 2,...) Is allocated and set in advance between the telephone number registered in the converter 20 and the telephone number registered in the wristwatch 10. This common number may be set and transmitted.

At the time of transmission, a telephone number assigned to a common number is displayed on a liquid crystal display. However, the telephone number is not set on the wristwatch 10 and the telephone 3
It is also possible to set with.

When the transmission button is pressed on the wristwatch 10, the switching circuit 65 of the wristwatch 10 is connected to the microphone 2.
When the telephone number is confirmed by the signal discriminator 83, the telephone number confirmation signal is transmitted to the transmitter 10 via the switching circuit 99.
After transmitting from the microphone 1, the switching circuit 99 is switched to switch the microphone 7
To the transmitter 101 and the switching circuit 93 is connected.

In radio 30, switching circuit 124 is switched by the telephone number confirmation signal. However, the switching circuit 124 may be switched by a transmission start signal or a transmission end signal of a telephone number.

At the end of the call, the transmission button is pressed again on the wristwatch 10. Alternatively, a telephone end button may be separately provided. Based on the signal at this time and the signal to be transmitted, the switching circuit 65, the switching circuit 99, the switching circuit 93, the switching circuit 124, etc. are returned to the original state.

Thus, a person can use the telephone 3 via the wristwatch 10 even in an emergency. 1st, 3rd
With the configuration as in the embodiment, it is only necessary to speak through the microphone 2 of the wristwatch 10. In addition, if it is configured as in the second and fourth embodiments, it is sufficient to speak to the radio 130. However, at this time, the switching circuits 137 and 157 can be switched by receiving a telephone number.

On the other hand, in the first embodiment, when a telephone call is received from the other party, a call key button (not shown) of the wristwatch 10 is pressed. At this time, the call key signal is transmitted wirelessly, and the switching circuit 65 of the wristwatch 10 is connected to the microphone 2. The converter 20 receives the call key signal and switches the telephone 3 to a call.

Then, the switching circuit 99 is switched to make the microphone 7 communicate with the transmitter 101, and the switching circuit 93 is connected. In the radio 30, the switching circuit 124 is switched based on the call key signal.

At the end of the call, the call key button on the wristwatch 10 is pressed again. Alternatively, a telephone end button may be separately provided. On the basis of the signal at this time and the signal to be transmitted, the switching circuit 65, the switching circuit 99, the switching circuit 9
3. The switching circuit 124 and the like are returned to the original state.

When a telephone call is received from the other party in the third embodiment, the switching circuit 99 shown in FIG.
There is no need to connect the switching circuit 93 only. Second,
In the fourth embodiment, the switching circuit 137 in FIG. 11 and the switching circuit 157 in FIG. 14 are switched by receiving the call key signal.

As described above, the telephone 3 can be used even when a person is sleeping.
There is no need to have a phone, and you can make calls easily. Note that the speakers 96, 121, 145, and the like can be connected to earphones. In order to prevent interference, it is desirable that the resonance frequency of the communication device can be changed by setting, buttons, or the like.

Note that the telephone 3 can be used as a normal telephone even when it is mounted on the terminal receiver 5 in the converter 20. The telephone 3 is attached to the terminal receiving portion 5 while the converter 20
Can be removed from At this time, the telephone line connected to the terminal receiver 5 is drawn out of the converter 20. Telephone line is converter 20
It is wound up inside a reel and is automatically wound up by the force of a spring. In addition, the telephone 3 can be used as a normal mobile phone or the like by removing it from the terminal receiving portion 5.

Further, the converters 20, 120,
All the circuits 220 can be built in the telephone 3. In this case, the microphone 7 and the speaker 9 are not provided, but are directly input to the telephone 3 as electric signals for transmission and reception. Further, the radios 30 and 130 may be built in the telephone 3. At this time, the transmitter 10
1. The receiving circuit 123 and the like are omitted, and signals are directly transmitted and received.

By carrying the integrated telephone 3, the present invention can be applied even when going out. When you are out, you can listen to the voice of the other party with the earphone. For example, even while listening to music through earphones, the circuit is switched during a call. At this time, when a telephone call is received from the other party, voice guidance such as a signal sound may be inserted based on the received signal. Voice guidance may be inserted after music etc. is stopped,
The signal sound may be superimposed on the music.

It is not necessary to talk while always putting the heavy telephone 3 in the ear. It is only necessary to lower the hand while the other party is talking and talk to the watch 10 or the like only when talking to oneself. is there.

Furthermore, the wristwatches 10, 110, 210 may be integrated with the telephone 3. At this time, the transmitter 6
7. The receiving circuit 81 is omitted, and signals are directly transmitted and received. The microphone 2, the switching circuit 65, the amplifiers 69, 94, 95, the speakers 9, 96, 97, the microphone 7, the transmitter 101, the reception circuit 123, the reception level judgment circuit 82, the alarm 84, and the like can be omitted. The power supply 71 can also be shared. The clock function can be shared with that of the telephone 3. In this case, it is more convenient to carry.

Further, as shown in FIG. 15, it is also possible to arrange the telephone 3 upright with respect to the converter 20.
Further, when the telephone 3 is a mobile phone, the location of a person can be confirmed by receiving a navigation service using GPS or position information based on the strength of received radio waves.

Also, when going out, the converters 20, 120, 22
0 or the liquid crystal display screen arranged on the telephone 3
If the detected pulse is displayed on the integrating counter, the number of arm swings during walking can be counted and displayed like a pedometer. Therefore, it becomes a measure of the effect of eliminating stiff shoulders due to walking. At this time, for example, the pulse accumulation is started by operating the reset button 79 with a key.

Further, a history of changes in body movements per day may be recorded with time. By saving these data and displaying it on a personal computer or the like as a daily or monthly body movement pattern (history of body movement, average value, total amount value),
It is possible to grasp the amount of exercise of the person and at what time of day the intense exercise is being performed, and to manage and advise on health.

At this time, on the personal computer side, software dedicated to pattern display is started, and data is read via an IC memory or the like. For example, the data is accumulated with a count value for each minute, and is recorded together with the display of the date and time.

Although the amount of exercise may be calculated only by the number of times of body movement detection and the time element, even more accurate data can be obtained by taking into account the strength of each body movement together with the number of times of body movement detection.

Although the embodiments have been described in connection with the case where the physical condition is abnormal, the wristwatch 10 or the like can be worn on its own arm even when a person falls under the rubble during a disaster such as an earthquake. You can easily contact the other party.

In preparation for such an emergency, it is desirable that the power supplies of the converter 20, the radio 30 and the like can be charged. In addition, it is desirable that only a minimum necessary circuit such as a circuit for reception be used as a standby mode, and that power consumption be reduced during standby.

Also, in the wristwatch 10 and the like, it has been described that only the transmission circuit is provided in order to limit the size, weight, and power consumption as much as possible. It is more desirable to provide the wristwatch 10 with circuitry. Further, if the judgment circuit is provided on the wristwatch 10 side, a warning can be issued on the wristwatch 10 side.

[0162]

As described above, according to the present invention, an automatic telephone connection is made by comparing a set value or the like based on a body motion detection signal and determining that the result of the comparison is abnormal. Therefore, it is possible to take quick action in an emergency that involves human life. In addition, people can live a safe life by feeling that they are protected even in emergency situations. In particular, elderly and sick people living alone can live with peace of mind.

[Brief description of the drawings]

FIG. 1 is an overall schematic configuration diagram of a first embodiment of the present invention.

FIG. 2 shows an example of a body motion detection unit

FIG. 3 shows another example of the body motion detection unit.

FIG. 4 shows another example of the body motion detection unit.

FIG. 5 shows another example of the body motion detection unit.

FIG. 6 is a circuit configuration example of a wristwatch.

FIG. 7 is an example of the appearance of a wristwatch

FIG. 8 is a circuit configuration example of a converter.

FIG. 9 is an example of a radio circuit configuration.

FIG. 10 is a circuit configuration example of a wristwatch according to a second embodiment of the present invention.

FIG. 11 is a circuit configuration example of a radio according to a second embodiment of the present invention.

FIG. 12 shows an example in which an audio circuit is independent.

FIG. 13 is a circuit configuration example of a converter according to a third embodiment of the present invention.

FIG. 14 is a circuit configuration example of a converter according to a fourth embodiment of the present invention.

FIG. 15 is an example of an appearance in which a telephone is set up on a converter.

[Explanation of symbols]

1, 141 emergency button 2, 7, 131, 151 microphone 3A earpiece 3B mouthpiece 3 telephone 5 terminal receiver 9, 96, 97, 121, 145, 155 speaker 10, 110, 210 watch 20, 120, 220 conversion Vessel 21 inertial body 24, 39, 49 pulse detection circuit 25 photoelectric switch 26 metal piece 28 terminal 29, 33, 45 spring 30, 130 radio 31 sphere 32 annular conductor 41 electromagnetic coil 43 magnet rod 61 body motion detection signal 63 amplification shaping circuit 65, 99, 127 switching circuit 67, 101, 135 transmitter 69, 94, 95, 133, 143, 153 audio amplifier 71 power supply 73 terminal 79 reset button 81, 123 reception circuit 82 reception level judgment circuit 83, 125 signal discriminator 85 Emergency signal 87 Automatic dial connection circuit 103 Reset Signal 105 Judgment circuit 107 Setting circuit 109 Warning signal 111 Audio signal

──────────────────────────────────────────────────続 き Continued on the front page (51) Int.Cl. ⁷ Identification symbol FI Theme coat ゛ (Reference) G08B 25/10 G08B 25/10 D H04M 1/00 H04M 1/00 V 1/725 1/725 11/00 302 11/00 302 H04Q 7/38 H04B 7/26 109Q F-term (reference) 5C087 AA02 AA03 AA05 AA11 AA23 AA37 BB12 BB20 BB22 BB46 BB65 BB73 BB74 DD02 DD03 DD08 DD49 EE01 EE05 EE06 GG31 GG20 GG20 GG54 GG67 GG70 5K027 AA11 CC08 DD11 DD14 FF25 HH26 5K067 AA34 BB04 DD23 EE02 EE10 HH22 5K101 KK14 LL11 MM06 NN12 NN36 NN37 RR12

Claims (21)

[Claims] 1. A body movement detecting unit mounted on a person and detecting a body movement of the person as a body movement detection signal; a transmitting unit transmitting a body movement detection signal detected by the body movement detecting unit;
Receiving means for receiving the body motion detection signal transmitted by the transmitting means; comparing means for comparing the body motion detection signal received by the receiving means with pre-stored stored data or a set value; A physical condition abnormality detection / emergency communication device, comprising: telephone connection means for automatically making a telephone connection to a designated destination when the result is determined to be abnormal. 2. The physical condition abnormality detecting device according to claim 1, wherein the body movement detecting means is attached around the arm by a detachable arm attaching means, and detects the movement of the arm.
Emergency contact device. 3. The physical condition abnormality detection / emergency communication device according to claim 1, wherein a warning that is lighter than the abnormality is issued by voice based on a result of the comparison by the comparison unit. 4. An arm mounting means which is detachable around the arm, an emergency button attached to a predetermined portion of the arm mounting means, a transmission means for transmitting an emergency signal generated by the emergency button, and the transmission means Receiving means for receiving an emergency signal transmitted by the receiving means, and telephone connection means for automatically making a telephone connection to a destination specified in advance by the emergency signal received by the receiving means. Emergency contact device. 5. A body movement detecting means for detecting a movement of a human arm as a body movement detection signal, an arm mounting means detachable around said arm, and a predetermined position of said arm mounting means. An attached emergency button, transmitting means for transmitting an emergency signal generated by the emergency button and a body motion detection signal detected by the body motion detecting means, and an emergency signal and body motion detection transmitted by the transmitting means A receiving means for receiving a signal, a comparing means for comparing the body movement detection signal received by the receiving means with pre-stored stored data or a set value, and when the result of the comparison by the comparing means is determined to be abnormal, or A telephone connection means for automatically making a telephone connection to a destination designated in advance by the emergency signal received by the receiving means; 6. A communication system according to claim 1, further comprising a response unit for enabling transmission and / or reception of a response between the person and the other party through the telephone connected by the telephone connection unit. The physical condition abnormality detection / emergency communication device according to 4 or 5. 7. The physical condition abnormality detection / emergency communication device according to claim 6, wherein a part or all of the response means is built in a voice device capable of receiving or reproducing voice. 8. A comparison between the reception level detection means for detecting the reception level of the reception means, a reception level comparison means for comparing the reception level detected by the reception level detection means with a set value, and a comparison between the reception level comparison means The physical condition abnormality detection / emergency communication device according to any one of claims 1 to 7, further comprising a warning unit that issues a warning when the reception level is lower than the set value. 9. At least one of the receiving means, the comparing means, the telephone connection means, the response means, the receiving level detecting means, the receiving level comparing means and the warning means is built in a telephone and / or The physical condition abnormality detection / emergency communication device according to any one of claims 1 to 8, wherein the device is externally attached. 10. The physical condition according to claim 2, wherein the body movement detecting unit and / or the transmitting unit is turned on and off by attaching and detaching the arm mounting unit. Anomaly detection / emergency communication device. 11. The physical condition abnormality detection / emergency communication device according to claim 2, wherein a temperature sensor is provided in the arm mounting means. 12. The apparatus according to claim 1, further comprising: integrating means for integrating the number of occurrences of the body motion detection signal; and display means for displaying the number of occurrences of the body movement detection signal integrated by the integrating means. The physical condition abnormality detection according to any one of items 11 to 11,
Emergency contact device. 13. A storage unit for storing the body movement detection signal together with time information, and a calculation unit for calculating the motion information of the person based on the body movement detection signal and the time information stored by the storage unit. And display means for displaying the exercise information calculated by the calculation means.
3. The physical condition abnormality detection / emergency communication device according to any one of 2. 14. A mounting means mounted on a person, a temperature detecting means disposed on the mounting means for detecting a temperature, and comparing the temperature detected by the temperature detecting means with a predetermined value and / or changing the temperature. Comparing means for comparing the temperature change rate between before and after the temperature change with a predetermined value, and a time measurement for measuring the time from when the comparison result becomes equal to or more than a predetermined value to when the temperature change rate becomes less than the predetermined value. And a warning means for issuing a warning when the time measured by the time measuring means is equal to or longer than a predetermined time. 15. The mounting means is an arm mounting means which is detachable around the arm, the mounting time measuring means for measuring a time from the start of mounting of the arm mounting means, and the wearing time is measured by the mounting time measuring means. 15. A warning means for issuing a warning when the time is equal to or longer than a predetermined time.
Abnormal condition detection / emergency communication device as described. 16. The physical condition abnormality detection / emergency communication device according to claim 2, wherein a clock is provided on the arm mounting means. 17. An arm mounting means which is detachable around the arm, a telephone number setting means disposed on the arm mounting means and capable of setting a telephone number of a destination, and a telephone set by the telephone number setting means. Transmitting means for transmitting a number, receiving means for receiving the telephone number transmitted by the transmitting means, line connecting means for connecting a line based on the telephone number received by the receiving means,
A receiving signal transmitted via the line connected by the line connecting means, a receiving signal converting means for converting the receiving signal into voice, a voice input means for inputting a human voice, and an input using the voice input means. A transmission signal converting means for converting the converted voice into a transmission signal. 18. The telephone device according to claim 17, wherein said voice input means is provided on said wrist mounting means. 19. An arm mounting means which is detachable around the arm, a voice input means arranged on the arm mounting means for inputting a human voice, and a voice transmission for transmitting the voice input by the voice input means. Means, voice receiving means for receiving the voice transmitted by the voice transmitting means, transmitting signal converting means for converting the voice received by the voice receiving means into a transmitting signal, and a line based on a predetermined telephone number. Telephone device, comprising: line connection means for connecting the telephone line; a reception signal transmitted via the line connected by the line connection means; and a reception signal conversion means for converting the reception signal into voice. . 20. A receiving signal transmitting means for transmitting the receiving signal, and a receiving signal receiving means for receiving the receiving signal transmitted by the receiving signal transmitting means, wherein the receiving signal converting means includes receiving the receiving signal. 20. The reception signal received by the means is converted into voice.
The telephone device as described. 21. An audio device capable of receiving or reproducing music or broadcast, and switching means for switching reception or reproduction of music or broadcast by the audio device to a call when the reception signal is received by the reception signal receiving means. The telephone device according to claim 17, 18, 19, or 20, further comprising: