JP2003173483A - Control device and portable terminal device - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a control device and a portable terminal device allowing easy installation of devices and capable of remote control for preventing failure of turning off a light, informing an abnormal condition of a person, a fire, and illegal intrusion, preventing picking of a lock, and controlling electric appliances. <P>SOLUTION: When an automation mode is selected, it is determined whether a person is inside a room or not by means of a human detecting sensor 13. Light outputted from a light transmitting element in a door detecting sensor 15 is reflected by a reflector 43 to be inputted to a light receiving element. When a door 41 is opened, a light quantity inputted to the light receiving element in the door detecting sensor 15 is reduced, and an output voltage is lowered. The voltage is compared with a set voltage value, and when it lowers below the set voltage value, it is determined that the door 41 is opened. Then, a relay 51 is turned on for lighting a bulb 3. <P>COPYRIGHT: (C)2003,JPO

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a control device and a portable terminal device, and more particularly to prevention of forgetting to turn off the lighting, notification of abnormal condition of a person, fire, illegal intrusion, picking prevention, remote control of electric equipment and the like. The present invention relates to a control device and a mobile terminal device that can be easily installed.

[0002]

2. Description of the Related Art In recent years, the number of elderly people living alone has been increasing, and most of them are living with anxiety about their bodies. Especially for elderly people who are worried about their health, it is possible to lead a fairly secure daily life if there is a method for surely and quickly telling the other party of their physical condition abnormalities.

In addition, it is often the case that useless lighting and the like are kept on in the home. In addition, fires and gas leaks that occur during sleep often result in late escape and casualties, especially for children and the elderly. The number of illegal intrusions of thieves aiming to live alone is also increasing. The tricks of picking have also become more sophisticated. Further, information devices such as mobile phones and personal computers and remote controllers have become widespread in recent years, and have become essential items in daily life.

[0004]

By the way, it is possible to provide such notification of abnormal physical condition, prevention of forgetting to turn off the lighting, notification of fire or illegal intrusion, picking prevention, etc. with simple construction that even an amateur can do, and at low cost. The system does not exist conventionally. In addition, it would be convenient if the above-mentioned information equipment can be used for hand control of electrical equipment at home, remote control via the Internet, and acquisition of abnormality information at low cost and with simple construction.

The present invention has been made in view of such conventional problems, and it is possible to prevent the user from forgetting to turn off the illumination, to detect abnormal conditions in humans,
An object of the present invention is to provide a control device and a mobile terminal device that can report a fire or illegal intrusion, prevent picking, remotely control electric equipment, etc., and can easily install the device.

[0006]

For this reason, the present invention (Claim 1) provides an on / off operation means for performing an on / off operation of a lighting device, a person detection sensor capable of detecting the presence of a person, and the person detection. Control means for performing an on / off operation of the on / off operation means when the presence of a person is detected by a sensor; and the presence of a person is detected by the person detection sensor, and even if a predetermined time elapses after the start of the presence detection of the person, Human abnormality determining means for determining an abnormality of a person when there is no fluctuation in the detection signal by the human detection sensor, notification of the abnormality of the person when the abnormality of the person is determined by the abnormality determining means, and determination of the abnormality of the person A person abnormality contact means capable of at least one of contacting and communicating with the other party, and the on / off operation means, the control means and the person abnormality judging means and / or the person abnormality contacting means. And / or the human sensor is integrated And characterized in that it is configured.

The on / off operation means operates the on / off of a lighting device or the like. The human detection sensor can detect the presence of a person. The human detection sensor may be provided in, for example, an adapter or the like, but may be separated from the adapter or the like.

In the control means, when the presence of a person is detected by the person detection sensor, the on / off operation means is turned on and off. It should be noted that when the presence of a person is no longer sensed by the human detection sensor, the turning operation of the on / off operation means is performed, but the turning operation may be performed after the timer setting time has elapsed. As a result, the lighting and the extinguishing operation of the lighting can be automatically performed. Therefore,
It is possible to prevent forgetting to turn it off and save electricity.

The human abnormality judging means judges that there is a human abnormality when the presence of a person is detected by the human detection sensor and there is no change in the detection signal by the human detection sensor even after a lapse of a predetermined time after the detection of the presence of the person is started. To do. If there are people, they will always move between rooms. This state is detected by the fluctuation of the detection signal by the human detection sensor. If a change in the detection signal cannot be confirmed even after a lapse of a predetermined time after the detection of the presence of a person is detected, it is determined that the person is abnormal.

[0010] When the person abnormality judging means judges that the person is abnormal, the person abnormality contact means informs the person of abnormality, informs the person of the abnormality of this person to a predetermined partner, and talks with the partner. At least one of them is possible. From the above,
It is possible to understand the situation such as when a person has fallen, and to notify the other party. Therefore, people can live their daily lives with peace of mind.

Since the on / off operation means, the control means, the human abnormality judging means and / or the human abnormality communication means and / or the human detection sensor are integrally formed, the mounting is easy, the space is saved, and the cost is low. .

Further, according to the present invention (claim 2), an on / off operation means for performing an on / off operation of a lighting device, a person detecting sensor capable of detecting the presence of a person, and the presence of the person by the person detecting sensor are used. When detecting, the control means for performing the on / off operation of the on / off operation means, the operation means for operating whether the person is out or at home, and the out of operation is selected by the operation by the operation means, and the person detection sensor And a communication means for notifying a predetermined partner when the illegal intrusion determining means determines that the illegal intrusion has occurred. The means, the control means, the illegal intrusion determination means, and / or the communication means, and / or the human detection sensor are integrally configured.

The operation means can operate whether a person is out or at home. This operation may be performed by a button operation in the field, or may be performed remotely by telephone. The illegal intrusion determination means determines that the vehicle is out of the house by the operation of the operation means and that the detection signal of the human detection sensor fluctuates. In the communication means, when the illegal intrusion determining means determines that the illegal intrusion has occurred, a predetermined partner is notified.

As described above, it is safe because the illegal intrusion can be quickly detected and notified. Since the on / off operation means, the control means, the illegal intrusion judgment means and / or the communication means and / or the human detection sensor are integrally configured, the installation is easy,
It does not take up space and is inexpensive.

Further, according to the present invention (claim 3), a person movement detecting means for detecting movement of a person, and a predetermined time elapse and / or the predetermined time since the movement of the person is no longer detected by the person movement detecting means. A person abnormality judging means for judging an abnormality of the person after a predetermined guidance accompanied with progress, and a person abnormality signal generating means for generating a person abnormality signal when the person abnormality judging means judges the person's abnormality. A person abnormality signal transmitting means for transmitting the person abnormality signal generated by the person abnormality signal generating means; a person abnormality signal receiving means for receiving the person abnormality signal transmitted by the person abnormality signal transmitting means; A person who, when the person abnormality signal receiving means receives the person abnormality signal, can perform at least one of notification of abnormality of the person, contact of a predetermined partner of the person abnormality, and conversation with the partner. Equipped with an abnormal contact means
The human abnormality signal receiving means and the human abnormality communication means are constituted by a portable unit.

The human abnormality signal transmitting means and the human abnormality signal receiving means can communicate with each other by, for example, infrared rays, ultrasonic waves, radio waves or the like. By configuring the human abnormality signal receiving means and the human abnormality communication means by a portable unit, it can be used as a mobile phone, for example. This mobile phone can be provided with an emergency button that can be contacted with a preset destination by pressing in case of emergency.

Further, the present invention (Claim 4) is provided with a portable telephone means capable of communicating with the other party by radio waves and / or a remote control means capable of performing a remote control on the target device, and the remote control means and / or the remote control means. The human abnormality signal is generated after a predetermined time elapses and / or a predetermined guidance accompanying the elapse of the predetermined time after the operation of the mobile telephone means is not performed, or each processing in the human abnormality communication means is performed. It is characterized by

Furthermore, the present invention (Claim 5) includes a mobile telephone means capable of communicating with the other party by radio waves, a remote control means capable of remote-controlling the target device, the remote control means and the mobile telephone means. It is configured to include a built-in case and arm mounting means that allows the case to be mounted on the arm.

Since the remote controller and the mobile phone can be configured with a common button or control circuit, the size can be reduced. Further, both the remote controller and the mobile phone are frequently used. Then, in this used situation, it can be estimated that the person is in a normal state. When such a usage situation is applied to human abnormality detection, the accuracy of detection is improved due to the high usage frequency.
Also, by being able to wear it, you can feel secure that you are always protected. There is also very little fear that the means of communication will be far from the place where the person fell.

The operation method can be familiarized on a daily basis, and an emergency can be dealt with smoothly. By being always worn,
The elderly and the deaf and the blind can be contacted without fail. Wearing it while sleeping does not interfere. Therefore, it is possible to reliably contact the person in case of emergency. Since it is attached to the arm, it is easy to listen to the received voice and has good sensitivity when transmitting.

[0021]

BEST MODE FOR CARRYING OUT THE INVENTION Embodiments of the present invention will be described below. 1 is a side sectional view of the first embodiment of the present invention.
2 and the bottom view is shown in FIG. In FIG. 1, the adapter 5 has a two-layer structure and includes an adapter upper layer portion 5A and an adapter lower layer portion 5B. Adapter upper layer 5A
An electrode portion 7 having the same shape and electrode structure as the electrode portion 3a of the light bulb 3 is provided at the upper center of the above.

The electrode portion 7 can be mounted by being screwed into the socket 1. An opening 9 is provided in the lower center of the adapter upper layer portion 5A. A cylindrical portion 11a protruding from the central upper portion of the adapter lower layer portion 5B is passed through the opening 9. At the upper end of the cylindrical portion 11a, a folded piece 11b that is folded horizontally and in a disk shape is provided.

The adapter lower layer portion 5B is provided with a folding piece 11
b, the opening 9 allows rotation about 360 degrees with respect to the adapter upper layer portion 5A. A cable is passed through the inside of the cylindrical portion 11a. A human detection sensor 13 for detecting the presence of a person is arranged on the side of the adapter lower layer portion 5B via a projecting member 14. Human sensor 13
Is, for example, a pyroelectric infrared sensor.

Further, the light-transmitting element and the light-receiving element of the door detection sensor 15 are arranged in the rectangular cylindrical portion 17 around the horizontal support shaft 16 whose angle of depression and elevation can be adjusted. The bottom surface of the rectangular tube portion 17 facing the light bulb 3 is extended from the upper surface so that light from the light bulb 3 is difficult to enter. The door sensor 15 is, for example, an infrared sensor.

A hook 21a is provided at the center of the lower portion of the rectangular tube portion 17.
Is provided, and hooks 21b and 21c are provided at positions equidistant from the hook 21a around the outer periphery of the rectangular tubular portion 17. The hook 21c is arranged at a position corresponding to the back side of the hook 21b in the figure. Hooks 21a, 21
Strings 23a, 23b and 23c are hung on b and 21c. When the cords 23a, 23b, 23c are stretched, the cord 23a is arranged to be parallel to the longitudinal direction of the rectangular tube portion 17. A ring 25 is arranged at the ends of the cords 23a, 23b, 23c.

On the ring 25, a metal hook 27 having a hook portion 27a at its tip is detachable.
A string hook 27b is formed at the base end of the metal hook 27, and a string 29 is tied to the string hook 27b. An internal socket 33 having an electrode portion 31 formed therein is provided in the center of the lower portion of the adapter lower layer portion 5B. And
The light bulb 3 can be attached to the internal socket 33 by screwing the electrode portion 3a of the light bulb 3 removed from the socket 1.

The adapter lower layer portion 5B is provided with a wind tunnel 34B for smoothing convection of heat by the light bulb 3. The internal socket 33 is fixed to the inside of the adapter lower layer portion 5B by a cross-shaped frame 36B that horizontally extends above the wind tunnel 34B and a tubular body 38B that is fixed to the inside of the frame 36B. Similarly, a wind tunnel 34A is provided on the adapter upper layer 5A side, and is fixed inside the adapter upper layer 5A by a cross-shaped frame 36A and a tubular body 38A fixed inside the frame 36A.

An umbrella 42 is arranged around the lower part of the wind tunnel 34B so that the light from the electric bulb 3 is not directly input to each sensor. A pull switch 37 for switching between manual and automatic is provided on a side portion of the adapter lower layer portion 5B, and the pull switch 37 can be operated by pulling a string 39. Then, the result of the operation is color-coded and displayed in the window portion 32 arranged on the side portion of the adapter lower layer portion 5B as white in the case of manual operation and red in the case of automatic operation.

A circuit diagram of the first embodiment of the present invention is shown in FIG. In FIG. 3, alternating current is transmitted through the socket 1 to the electrode portion 7
Is powered. The alternating current is supplied to the light bulb 3 via the pull switch 37 which is an automatic / manual switch.

When the manual operation is selected, the on / off operation can be performed by the wall-embedded switch 47 which is embedded in the wall of the room, and when the automatic operation is selected, the on / off operation is performed by the relay 51 and the relay 52. It can be turned off by. In addition, the relay 52 allows the user to turn off the light bulb 3 after a predetermined time even if the light bulb 3 is forgotten to be turned off even in the case of manual operation.

A semi-automatic mode may be provided when a changeover switch 38 capable of switching between semi-automatic operation and complete manual operation is provided and an automatic cutting operation is performed when the user forgets to turn it off.
On the other hand, when the complete manual is selected, the automatic cutting operation when forgetting to turn off is not performed, and the wall-mounted switch 4
Only the on / off operation by 7 is possible.

Regardless of whether the pull switch 37 or the changeover switch 38 is selected, the relays 51 and 52 can be turned on and off by operating the relays 51 and 52 described later. Also,
A relay capable of switching the pull switch 37 and the changeover switch 38 may be provided, and the mode may be changed over by a remote controller. Further, it may be provided with an inverter function so that the supply voltage to the light bulb 3 can be adjusted and this adjustment can be operated by a remote controller.

The pull switch 37 can be set on the side of the adapter 5 together with the changeover switch 38 instead of the operation by the string 39. Then, a pull switch and a string connected to the pull switch may be provided again, and the pulling operation of the string may be performed by the relay 51 to enter and the relay 52 to cut. The operation of the pull switch is forcibly turned on and off even when the automatic mode or the semi-automatic mode is selected.

On the other hand, alternating current is converted into direct current by the converter 55 via the transformer 53. This DC component is supplied to the arithmetic circuit 54, the human detection sensor 13, and the door detection sensor 15. The signals detected by the human detection sensor 13 and the door detection sensor 15 are input to the arithmetic circuit 54, respectively. The relay 51 and the relay 52 are driven according to the result calculated by the calculation circuit 54.

Next, the operation of the first embodiment of the present invention will be described. The adapter 5 is mounted by temporarily removing the existing light bulb 3 from the socket 1 and screwing the electrode portion 7 of the adapter 5 into the socket 1 instead of the light bulb 3. Then, the removed light bulb 3 is screwed into the internal socket 33 of the adapter 5. The hook 27a of the metal hook 27 is hooked on the ring 25 in advance.

On the other hand, as shown in FIG. 4, a reflector 43 capable of reflecting infrared rays is attached to a proper position on the door 41. As shown in FIGS. 5 and 6, the reflector 43 is attached to the angle members 49A and 49B that can be tilted at an arbitrary angle from the adhesive surface 45 so that the surface of the reflector 43 faces the door detection sensor 15. May be. However, instead of the reflector 43, an opposed human body detector using an infrared sensor or a Doppler sonar may be used.

By pulling the cord 29 up to the reflector 43, the angular cylindrical portion 17 can be raised around the support shaft 16 and the door detection sensor 15 can be set to directly face the reflector 43. After setting the depression / elevation angle, remove the metal hook 27 from the ring 25. At this time, the ring 25 hangs down as shown by the dotted line in FIG. Therefore, when it is necessary to adjust the depression angle of the rectangular tubular portion 17 again, hold the metal hook 27,
It is possible to easily reset the depression / elevation angle by hooking the key 27a of the tip portion to the ring 25.

The metal hook 27, the ring 25 and the hook 2
1 and the like are not necessary if the operation is sufficient even if the set depression angle is rough due to the directivity of the door detection sensor 15. Further, the projecting member 14 is not necessary depending on the relationship with the illuminance of the light bulb 3 and the like. Further, the adapter 5 may be configured as a separate body (not shown) by separating the power supply system portion centering on the electrode portion 7 and the internal socket 33 from the main body of the adapter 5 incorporating the control portion. As described above, the mounting of the adapter 5 and the setting of the door detection sensor 15 and the like can be easily performed. Also, no special wiring work is required. Further, remote control operation is also possible, and the elderly person can easily operate the light bulb 3 even in a sleeping state.

Next, the automatic illumination blinking operation will be described with reference to the flowchart of FIG. Step 1 (abbreviated as S1 in the figure)
In the same meaning), the string 39
Is selected by operating the pull switch 37. When the manual mode is selected in step 1, the wall-embedded switch 47 allows the bulb 3 to be turned on and off.

When the automatic mode is selected in step 1, it is determined in step 3 whether the brightness of the room is less than or equal to the set value. The brightness of the room is detected by a photoelectric element (not shown), and the voltage is output. This voltage value is compared with the set value and it is determined whether or not it is less than or equal to the set value. When the value is less than the set value, it is determined that the room is dark, and the process proceeds to step 5.

In step 5, the human sensor 13 determines whether or not a person is present in the room. Since heat is generated when a person is present, this heat is detected by the person detecting sensor 13. Then, the output voltage from the human detection sensor 13 is compared with the set voltage value, it is determined that a person exists when the voltage is equal to or higher than the set voltage value, and it is determined that there is no person when the voltage is less than the set voltage value.

However, steps 3 and 5 can be processed without separately disposing a photoelectric element. For example, if a pyroelectric sensor is used as the human detection sensor 13 and the amount of infrared rays from a person is compared with the background, the person can be prevented from operating in a bright background. In this case, it is determined that the person does not exist when the pyroelectric sensor functions due to the dark background and the amount of heat sensed by the person becomes less than the set voltage value.

The light output from the light transmitting element of the door detection sensor 15 is reflected by the reflector 43 and input to the light receiving element. When the door 41 is opened in step 7, the door detection sensor 15
The amount of light input to the light receiving element is reduced and the output voltage is reduced. This voltage is compared with the set voltage value, and when it becomes less than the set voltage value, it is determined that the door 41 is opened. Then, in step 9, the relay 51 is turned on to turn on the light bulb 3.

On the other hand, if the door 41 is not originally closed, and the presence of a person is detected by the person detecting sensor 13 in step 11, the light bulb 3 is turned on in step 9. After that, as long as the presence of a person is continuously detected in step 13, the lighting state of the light bulb 3 is continued. When the presence of a person is no longer detected, the relay 52 is turned on and the light bulb 3 is turned off in step 15 after the elapse of the time set by the timer. The timer setting can be freely adjusted by the user according to the purpose of the room or the user's preference.

Even when the manual mode is selected in step 1, the presence of a person is detected in step 13, and when the presence of the person is no longer detected, the relay 52 is turned on in step 15 after the time set by the timer has elapsed. Turn on and light bulb 3
Turn off. Further, as a method of turning off the light, in addition to simply turning off the light bulb 3, for example, as described later, when inverter control is adopted in the adapter 5 to control the light bulb 3 and the illuminance can be adjusted. It is also possible to lower the illuminance and darken it after the timer time has elapsed.

Then, after a further timer time has elapsed, the light is completely turned off. Alternatively, as will be described later, when a plurality of light bulbs 3 are provided, the number may be limited after the timer time has elapsed. Then, after a further timer time has elapsed, the light is completely turned off. When the human sensor 13 is affected by light, the human sensor 1
The three parts may be detachable, and may be installed by an extension cable at a place where the influence of light having a small amount of light is small.

In this case, for example, the human detection sensor 13 is placed on the wall.
By arranging the built-in unit and setting the directivity to a predetermined height or higher, it is possible to prevent the human detection sensor 13 from detecting non-human animals such as dogs and cats. A glove capable of accommodating the light bulb 3 may be attached around the lower portion of the adapter 5.

Further, the human detection sensor 13 is provided with an overhang member 14
On the other hand, the elevation / horizontal angle may be adjustable.
Further, instead of the door detection sensor 15, a limit switch, a vibration switch, a magnetic field change detection switch using a magnet, or the like may be provided on the door 41 from the adapter 5 via an extension cord. As described above, when a person enters a dark room, the light bulb 3 is turned on and the room becomes bright by simply opening the door 41. Therefore, you can enter a bright room. Further, when the door 41 remains open, it is turned on when a person is in a dark room.

However, if the directivity of the human detection sensor 13 is wide and it is set so as to reach the door 41, it is possible to turn on the light immediately before a person is in a dark room. When no one is in the room, the room is turned off after a predetermined time. It is especially effective for forgetting to turn off the lights of the toilets. For this reason,
Power saving.

Further, in a corridor, a stairway, or the like, if it is desired to turn on / off the illumination only by detecting a person regardless of the door, the rectangular tube portion 17 is not necessary for the adapter 5.
Only the human sensor 13 is provided.

The rectangular tube portion 17 is arranged in consideration of the influence of light from the light bulb 3. However, the door detection sensor 1
If an optical filter that allows infrared rays of the same frequency as the light emission to pass therethrough is installed in the light receiving element of No. 5, the rectangular tube portion 17 can be arranged inside the umbrella 42, for example.

Further, a pulse may be transmitted from the light transmitting element of the door detection sensor 15, or a code such as an M series signal may be transmitted. The M-sequence signal is a binary pseudo-random number sequence having a period of 2 ^P -1 (P is an appropriate positive integer) that takes binary values (0 and 1, 1 and -1, etc.). The received signal is stored in memory and the received signal is correlated with the transmitted signal.

Then, according to the result of the correlation, the output waveform is compared with the set value, and when the value is below the set value, the door 41
Determine that was opened. As described above, the sensing accuracy of the door 41 can be ensured even if it is affected by the light from the light bulb 3.

Next, a second embodiment of the present invention will be described. A side sectional view of the second embodiment of the present invention is shown in FIG. The same elements as those in FIG. 1 are designated by the same reference numerals and the description thereof will be omitted. The body 91 of the lock-type ceiling plug originally had the rectangular hook ceiling plug 93 of the ceiling-mounted lighting fixture 90 hooked on it.

On the upper portion of the adapter upper layer portion 105A, a latching electrode portion 95 is provided so as to be latchable on the body 91. Below the adapter upper layer portion 105A, an adapter lower layer portion 105B is rotatable about 360 degrees with respect to the adapter upper layer portion 105A by a folding piece 11b and an opening 9.

At the bottom of the adapter lower layer portion 105B, a latching electrode receiving portion 97 is provided so that the square hooking sealing plug 93 can be latched. A decorative member 99 is enclosed between the upper end of the peripheral edge of the adapter upper layer portion 105A and the ceiling.

With such a structure, the ceiling-hung type lighting fixture 90 can easily mount the adapter 105 and set each sensor. The adapter 105 may be integrated with the umbrella and the lighting circuit section of the ceiling-mounted lighting fixture 90.

Next, a third embodiment of the present invention will be described. The third embodiment of the present invention relates to a wall embedded type switch. In FIG. 9, a wall-embedded decorative panel 61 includes a switch 63 for switching between an automatic mode and a manual mode and a switch 6 for turning on / off indoor lighting.
5 are provided.

A transformer accommodating portion 61A is arranged below the wall-embedded decorative panel 61. Further, the wall-embedded decorative panel 61 is provided with openings 66 and 67, and the human detection sensor 69 is configured to be rotatable left and right inside the opening 66. The cylindrical portion 73 having the door detection sensor 71 built therein is configured to be rotatable within the opening 67 by a predetermined angle.

A string 77 is attached to the hooks 75a, 75b and 75c.
a, 77b, 77c are hung. String 77a, 77
A ring 79 is arranged at the ends of b and 77c. When the strings 77a, 77b, 77c are stretched, the ring 79 is positioned vertically above the sensor surface. On the ring 79, a metal hook 81 having a hook 81a on the tip can be hooked and unhooked.

A string hook portion 81b is formed at the base end of the metal hook 81, and a string 83 is tied to the string hook portion 81b. By pulling the string 83 up to the reflector 43, the tubular portion 73 can be swung, and the door detection sensor 71 can be set to directly face the reflector 43. After setting the turning angle, the metal hook 81 is removed from the ring 79.

At this time, the ring 79 is hung as shown by the dotted line in FIG. The human detection sensor 69 and the tube portion 7
A transparent lid may be covered to protect the projecting portion of 3 after setting.

In this structure, when the switch 63 selects the automatic mode, the blinking operation of the luminaire is performed according to the flowchart of FIG. On the other hand, when the manual mode is selected, the indoor lighting can be turned on and off by the switch 65. The human detection sensor 69 has a wide horizontal directivity.

Therefore, in the case where one sensor has a narrow directivity, for example, three sensors are arranged side by side so that the directivity central angles are different in the horizontal direction. In particular, it is desirable to dispose a shield under the sensor light source input so that the downward directivity is suppressed. As a result, non-human animals such as dogs and cats can be made insensitive. Gold hook 8
1, the ring 79, the hook 75, and the like are not necessary when the set rotation angle is rough depending on the directivity of the door detection sensor 71 and sufficient operation is possible.

When the wall-embedded decorative panel 61 itself is protruded from the wall surface, the door detection sensor 71 and the human detection sensor 69 are provided on the side surface, not on the surface of the wall-embedded decorative panel 61 as shown in FIG. It is also possible to provide at least one of the above. Furthermore, the door detection sensor 7
The 1 and human detection sensors 69 are rotatable in order to improve the sensitivity, but may be fixed in a predetermined direction in advance as long as they can operate even if the sensitivity is sacrificed.

The positions of the door detection sensor 71 and the human detection sensor 69 are set at the openings 66, 67 and the human detection sensor 6.
9. The size and shape of the tube portion 73 may be unified, and the human detection sensor 69 and the tube portion 73 may be detachably attached to the rotatable substrate so as to be able to deal with either left or right direction.

The board, the human detection sensor 69, and the cylindrical portion 73 are
Electrode terminals and control terminals are provided respectively, and the respective electrode terminals and control terminals are human detection sensors 69 as parts.
When the cylindrical portion 73 is attached, it is brought into contact with the cylindrical portion 73. However, in this case, it is necessary to separately provide a switch for switching the control lines of the door detection sensor 71 and the human detection sensor 69.

However, the control terminal on the board side is provided with two terminals for the door detection sensor 71 and the person detection sensor 69 in advance, and only one of the terminals is contacted with the person detection sensor 69 or the cylinder portion 73 side. If they are in contact with each other, the changeover switch becomes unnecessary. Also, the left and right positions may be set by mounting the wall-embedded decorative panel 61 itself upside down.

Further, in a corridor, a stairway, or the like, if it is desired to turn on and off the illumination only by human detection, regardless of the door, the wall-embedded decorative panel 61 does not need the tubular portion 73. Only the human sensor 69 is provided. In addition,
When a person sleeps in the bedroom, etc., the switch 63 is manually operated and the changeover switch 65 is turned on and off.

Next, a fourth embodiment of the present invention will be described. The fourth embodiment of the present invention relates to a wall-mounted switch. The wall-mounted switch as shown in FIG. 10 can also be used as a power strip. The same elements as those in FIG. 9 are designated by the same reference numerals and the description thereof will be omitted.

The panel 111 can be attached to a wall or the like, and power is supplied from another outlet by the power plug 113. In addition to the stand 117, a radio or the like can be connected to the outlet 115. Then, when the person is absent, it is possible to turn off these unnecessary power sources, and when the person is detected, the power source can be turned on again. Therefore, power is saved.

In FIG. 10, the power plug 113
Alternatively, the cable following the power plug 113 may be omitted, and an electrode terminal may be provided on the back surface of the panel 111 so that the electrode terminal can be directly inserted into an outlet. The electrode terminal may be housed in the panel 111 as a movable terminal.

Next, a fifth embodiment of the present invention will be described. The fifth embodiment of the present invention is to detect the movement of a person based on the first to fourth embodiments and detect and report an abnormality of the human body when the stationary state continues. Fifth of the present invention
FIG. 11 shows a circuit configuration diagram of the embodiment. In FIG. 11, the signals detected by the human detection sensor 13 and the door detection sensor 15 are converted into pulse signals by the arithmetic circuit 54, modulated by the carrier wave by the modulator 121, and put on the power supply line (spectrum). Spread communication).

The pulse width of the pulse signal can be made different for each device by switching a dial switch (not shown). Also, the pulse signal may be encoded. The pulse signal placed on the power supply line is transmitted to the converter 120 via the outlet 122. The converter 120 is portable and can be used anywhere in the room with an outlet connection.

Then, the filter 123 of the converter 120 separates the AC from the AC. After that, the demodulator 125 removes the carrier wave and the pulse shaper 127 shapes the pulse. This pulse signal is input to the calculation unit 129. Although the circuit configuration of the adapter 5 has been described as an example, the same applies to other devices such as the adapter 105, the wall-embedded decorative panel 61, and the panel 111.

In such a configuration, when the person detecting sensor 13 detects a person, the arithmetic circuit 54 outputs a person detecting ON signal. Thereafter, when a person is no longer detected, a person detection OFF signal is issued. Further, when the door 41 is opened by the door detection sensor 15, the door detection ON signal is issued from the arithmetic circuit 54.

When the door 41 is closed, a door detection OFF signal is issued. Such a pulse signal needs to be emitted day or night. Therefore, if a person is detected regardless of the brightness and background of the room, a pulse is output when the door is opened and closed. For this reason, it is desirable to arrange the sensor at a position where the brightness is as low as possible in the room.

The sensor output is not compared with the background. The detected pulse signals are carried on the power supply lines respectively. After that, the demodulated pulse signal is input to the arithmetic unit 129. The pulse signal is also issued regardless of the manual or automatic mode.

When the person detection sensor 13 detects a person and the person detection ON signal is emitted, when the person detection OFF signal is not issued or a person detection ON signal is issued even after a predetermined time has elapsed. After that, when no pulse signal is input to the arithmetic unit 129 from any of the devices even after a lapse of a predetermined time, the arithmetic unit 129 presumes an abnormal state such as a person lying down.

In this case, first, a voice guidance such as "Is it okay. Can I move the room?" Is given from the speaker 128, and when the arithmetic unit 129 does not receive any pulse signal after that, it is in an emergency state. To judge.

When the arithmetic unit 129 determines that the situation is an emergency, the telephone 137 is connected to a preset telephone number by the dial automatic connection circuit 135. After that, voice IC
This informs the other party of the person's abnormality.

The telephone 137 is preferably a mobile telephone considering the mobility in each room. The telephone 137 is integrated with the converter 120. Also, the telephone 137
May be allowed to share a communication line with another telephone via a modem. The human detection sensor 13 or the door detection sensor 15 may be used to receive infrared rays transmitted from a separately arranged remote controller.

However, an independent sensor may be provided for receiving a signal from the remote controller. In this case, the received signal may be radio waves, ultrasonic waves, infrared rays, or the like. A signal received by the human detection sensor 13 or a sensor provided separately is input to the arithmetic circuit 54. The relay 51 and the relay 52 are driven according to the result calculated by the arithmetic circuit 54.

The remote controller can control not only the light bulb 3 but also the television, the radio, the video, the cassette deck, the air conditioner and the health equipment. ON, OF
Not only F but also a volume capable of adjusting the volume and the light intensity may be provided. When the remote control is also used by a plurality of control target devices, an ID code is assigned to each control target device and transmitted together with the control signal. When receiving, this ID
Each control target device can be distinguished by judging the code. Therefore, for example, if a unique ID code is assigned to the control of the light bulb 3, only the light bulb 3 can be controlled.

When the switches of the remote controller are operated, it can be determined that the person is not in an abnormal state. By making it possible to receive signals for all target devices that can be controlled by the remote control, it is possible to confirm the safety of people when any of the devices is controlled. When confirming the safety of the person, it is not necessary to distinguish which control target device the signal is, and it is judged that the person is safe only by confirming that the control signal is received from the remote controller.

Therefore, the remote controller can be applied to a remote controller provided separately from the remote controller for controlling the light bulb 3, as long as the signals used are common to infrared rays and the like. It is also possible to respond to the voice guidance such as "Is it okay?" By operating the remote control.

When the directivity of the remote controller is wide, the signal can be sufficiently received even in a direction other than the direction toward the controlled device. Moreover, when the directivity of the remote controller is narrow, it is desirable to widen it. As described above, by adding the case where the switches of the remote controller are operated to the detection of the person by the person detecting sensor, the accuracy of protecting the person can be further improved.

The emergency state may be estimated for each device. FIG. 12 shows a circuit configuration diagram. In FIG. 12, the audio signal output from the arithmetic circuit 54 is output from the speaker 56. In this case, the procedure is as follows.

When a predetermined time has elapsed after the human detection sensor 13 detected a person in the arithmetic circuit 54, the detection of the person is not canceled thereafter, and the opening / closing of the door is not detected within the predetermined time. Presumed to be an emergency such as a person falling down,
An emergency signal may be issued from the arithmetic circuit 54.
In this case, the dial switch is unnecessary because only the emergency signal of the same specifications is emitted from each device.

For example, a case where a person is taking a bath will be described. The timer can be set in advance for the predetermined time. When this timer setting is set to 30 minutes, even if 30 minutes have passed after the person was detected by the person detection sensor 13, the detection of the person is not canceled and the opening / closing of the door is not sensed,
The speaker 56 prompts, "Is it okay? Hold your hand over the reflector." When a person is in good physical condition, holding the hand over the reflector 43 reduces the amount of infrared rays received by the door detection sensor 15.

The arithmetic circuit 54 catches this change in the amount of received light as the opening of the door and judges that the person is normal. When a person has an abnormal physical condition and cannot hold his / her hand over the reflector 43, the change in the amount of received light cannot be detected. At this time, it is presumed that the person is in an emergency state such as falling down, and the arithmetic circuit 54 issues an emergency signal. At the same time, an electronic warning sound is emitted from the speaker 56.

As a result, it is possible to notify the person other than the bathroom of the emergency condition. Door sensor 15
The process is repeated every 30 minutes even after the change in the amount of received infrared light is detected. However, the next inquiry may be made in a shorter time. To release the emergency signal, place your hand over the reflector 43,
It can be released by opening the door or leaving a person. When the adapter 5 or the like is installed in the bathroom, it is desirable that the adapter 5 or the like has a waterproof structure.

As described above, the adapter 5 and the like can be arranged by a simple operation of replacing the light bulb. Then, it is possible to deal with forgetting to turn off the lighting by the automatic lighting blinking operation, and it is possible to call attention to an abnormal state of a person and inform other persons of the state. It should be noted that, in addition to the bathroom, the same can be applied to each room, toilet, etc., only by changing the timer setting.

Further, a plurality of human detection sensors 13 having sharp directivity may be arranged so that the detection areas overlap or differ from each other so that human movement can be detected. In this case, voice guidance is given to hold the hand over the reflector 43 when a predetermined time has passed since the movement of the person stopped, and still the stationary state continues. If the door is not opened or closed, the person falls down. It is judged that there is an emergency such as being present.

In the vicinity of the power line inlet,
Filter 13 is provided to prevent carrier waves from leaking to the outside.
1 is preferably provided. Further, the pulse signal may not be placed on the power supply line, but the pulse signal may be modulated from each device side and then transmitted as an electric wave, and the converter 120 side may be received and demodulated.

FIG. 13 is a block diagram showing a case where an emergency state detected by a plurality of devices (other than the adapter 5 is omitted in the figure) is transmitted to the converter 120 and transmitted by the telephone 137. In this case, the emergency signal detected by each device is converted into a pulse signal by the arithmetic circuit 54, modulated by the carrier wave by the modulator 121, and placed on the power supply line. Then, after being separated from the alternating current by the filter 123 of the converter 120, this pulse signal is input to the calculation unit 129. After that, the abnormality of the person is transmitted to the other party by the voice IC via the telephone 137.

It is also possible to install only the adapter 5 at the beginning of equipment introduction, and then add other equipment or arrange the converter 120 as needed. In this case, the installation can be easily done for only the expansion. There is no need to modify existing equipment.

Next explained is the sixth embodiment of the invention. The sixth embodiment of the present invention, as shown in FIG.
Put the human sensor 13 and the emergency button 133 in the box 13
It is arranged at 0. The box 130 is extended from the adapter 5 with a cable and can be attached to a wall or the like.

In such a structure, when the emergency button 133 is pressed, the emergency signal is input to the arithmetic circuit 54. After that, it is put on the power supply line as a pulse signal, demodulated, and then input to the arithmetic unit 129.

Then, the abnormality of the person is notified to the other party by the telephone 137. However, the electronic warning sound may be emitted from the speaker 56 of the adapter 5 regardless of the modulator 121 and the converter 120. In this case, it is effective to install it in a bathroom or toilet when there are other cohabitants. Also,
Since the converter 120 and the like are unnecessary, the cost can be reduced. As described above, when a physical condition of a person is abnormal, it is possible to promptly deal with it.

Next, a seventh embodiment of the present invention will be described. The seventh embodiment of the present invention detects an illegal intruder,
It is a notification. Hereinafter, the adapter 5 will be described as an example, but the same applies to other devices. As shown in FIG. 15, the adapter 5 includes an external terminal 14 connected to the arithmetic circuit 54.
1 is provided. To the external terminal 141, an out-of-going switch 145 of an external terminal box 143 attached to an outdoor wall or the like is connected via an external cable 142.

In such a structure, when a person turns on the out-going switch 145 when he goes out, a predetermined out-going pulse is emitted from the arithmetic circuit 54. Outing switch 145
May be configured such that the personal identification number can be entered by using a combination of ten keys or the like. Then, when the personal identification number matches the number registered in advance in the arithmetic circuit 54, the arithmetic circuit 54 issues a predetermined out-of-going pulse. The computing unit 129 presumes that the illegal intrusion occurs when the illegal entry warning mode is started when the out-of-going pulse is detected and the pulse signals from the door detection sensor and the human detection sensor are subsequently received.

Then, the telephone 137 is connected to the preset telephone number by the dial automatic connection circuit 135.
After that, the voice IC notifies the other party that the trespass has occurred. Switch 14 when a person returns home
Release 5. At this time, the arithmetic circuit 54 issues a predetermined home-use pulse. This home pulse is calculated by the calculation unit 129.
The illegal trespass warning mode is released.

In consideration of the case where the external cable 142 is cut, a resistor is arranged in parallel with the out-of-going switch 145, and a small amount of current is constantly applied. When this current is no longer detected, it may be determined to be abnormal and a notification may be given. It is desirable to mount the external terminal box 143 in an inconspicuous place, but for this reason, the external terminal 1 of the device closest to the external terminal box 143 in terms of distance.
An external cable 142 can be connected to 41.

In addition, the converter 120 has a switch 14 for going out.
5 may be connected and a predetermined out-of-going pulse may be directly input to the arithmetic unit 129. It should be noted that this trespassing alert mode can be set from a push phone or a mobile phone on the go. In this case, after connecting to the telephone 137, a preset personal identification number is input while voice guidance is being given. This personal identification number is subjected to frequency analysis to recognize the number and the like.
When the passwords match, the current mode is announced.

At this time, for example, the illegal intrusion warning mode is selected by inputting a number (for example, 1) for changing to the illegal intrusion warning mode. Then, voice guidance is given that the trespass alert mode has been selected. On the other hand, when canceling the illegal access warning mode, for example, 0 is input.

From the above, it can be confirmed that illegal intrusion has occurred. When an illegal intruder tries to enter, the lights etc. suddenly turn on. For this reason, there is a great possibility that they will leave without damage. Further, even when the housekeeper is sleeping in the bedroom, even if the illegal intruder enters a room other than the bedroom, the lights and the like are turned on, so that the illegal intruder is very likely to leave.

Further, a camera may be arranged so that an image of the room in which the trespass has been made can be taken at the same time when the lighting or the like is turned on. At this time, it is preferable to output a signal indicating illegal entry from the adapters 5, 105, the wall-embedded decorative panel 61, the panel 111, the box 130, or the converter 120, and operate the camera based on this signal. The camera is the adapter 5, 105, the wall-embedded decorative panel 61,
It is desirable to dispose the panel 111, the box 130 or the like, or the converter 120 or the like.

The picked-up image may be stored in a memory, but the dial automatic connection circuit 135 is provided with an electronic mail function, and is attached to an electronic mail via the automatic dial connection circuit 135 and sent to a predetermined destination. It may be sent automatically.
Moreover, you may make it transmit video information. In order to output a signal indicating illegal entry from the adapter 5 or the like, it is possible to operate using an emergency signal 165 of FIG. 17 described later.

Next explained is the eighth embodiment of the invention. The eighth embodiment of the present invention detects and notifies a fire or a gas leak. In FIG. 16, the smoke detection sensor 151 is arranged on the adapters 5 and 105 which are the devices mounted on the ceiling.

The signal detected by the smoke sensor 151 is input to the arithmetic circuit 54. Speaker 1
53 is provided on the adapters 5 and 105, and the speaker 153 is connected to the arithmetic circuit 54. However,
If Box 130 is distributed, this Box 1
It is desirable to dispose the speaker 153 in 30.

In such a structure, the smoke detection sensor 151
When smoke is detected by, the arithmetic circuit 54 outputs a pulse signal. Then, the speaker 153 issues a guidance or an alarm indicating that there is a fire from the voice IC. The pulse width of the pulse signal can be made different for each device by switching a dial switch (not shown).

Further, the pulse signal may be encoded. The pulse signal is transmitted to the calculation unit 129. At this time, it is possible to recognize from which device the pulse signal is transmitted. The voice IC of the computing unit 129 corresponds to each device, for example, "the kitchen is on fire", "the bedroom is on fire".
Allocate a prepared word such as "living room is a fire".

Then, the speaker 128 gives this guidance, and the telephone 137 is connected to a preset telephone number by the dial automatic connection circuit 135. After that, voice I
Information such as "The bedroom is on fire" is transmitted to the other party by C. In case of false alarm, converter 120 and box 130
Press the reset button (not shown). The reset signal is transmitted to the arithmetic circuit 54 and the arithmetic unit 129 to cancel the fire signal.

As described above, it is possible to concretely determine where a fire has occurred, and it is possible to quickly select an escape port and carry out fire extinguishing activities. Further, it is not necessary to prepare an independent power source or the like to be supplied to the circuit or the smoke detection sensor 151, and the structure can be simplified and the cost is low. The gas detector can be similarly configured.

Next, a ninth embodiment of the present invention will be described. The ninth embodiment of the present invention enables the telephone 137 to have a conversation with the other party after being connected to a preset telephone number by the dial automatic connection circuit 135.

FIG. 17 shows a circuit configuration diagram of the ninth embodiment of the present invention. The same elements as those in FIGS. 11 to 16 are designated by the same reference numerals and the description thereof will be omitted. In FIG. 17, the pulse signal output from the arithmetic circuit 54 is modulated by the modulator 121 via the switching circuit 155 and placed on the power supply line. The signal that has been demodulated by the demodulator 125 of the converter 120 and then determined by the signal discriminator 171 to be a pulse signal is transmitted to the arithmetic unit 129.

When the computing unit 129 estimates that the person is abnormal, a voice guidance such as "Is it okay. Can I move to the room?" Is issued from the speaker 128 via the switching circuit 169 from the voice IC to prompt the movement. To be At the same time, this audio signal is put on the power supply line via the modulator 157. Then, the same voice guidance is given from the speaker 153 via the filter 159 and the demodulator 161 of the adapter 5.

After this voice guidance, when there is no change in the pulse signal, the arithmetic unit 129 determines that the person is abnormal, and the telephone 137 is connected to the preset telephone number by the dial automatic connection circuit 135. At this time, the human abnormality signal is put on the power supply line via the modulator 157.

Then, the signal discriminator 163 determines the emergency signal 165 indicating a human abnormality via the filter 159 and the demodulator 161 of the adapter 5. By this emergency signal 165, the switching circuit 155 is switched to pass the audio signal from the microphone 167. The microphone 167 is preferably arranged in the box 130 like the human detection sensor 13, the speaker 153, and the emergency button 133.

After that, the guidance "There is something wrong with the person" is transmitted to the other party through the telephone 137. The same guidance is given from the speaker 128 and the speaker 153. After a predetermined number of times of guidance, the switching circuit 169 connects the telephone 137 and the modulator 157.

As a result, the talk received from the other party on the telephone 137 can be heard from the speaker 153 through the modulator 157 and the demodulator 161. On the other hand, the sound extracted by the microphone 167 is the switching circuit 155, the modulator 121, the demodulator 125,
It is transmitted to the other party via the voice amplifier 173 and the telephone 137.

When a person pushes the emergency button 133, this signal is judged by the arithmetic unit 129 and the telephone 13
At 7, the person's abnormality is reported to the other party. After that, the switching circuits 155 and 169 are switched as in the above.

As described above, the inquiry from the other party can be answered. When the signal discriminator 163 determines the emergency signal 165 indicating a human abnormality, it is desirable that the arithmetic circuit 54 of each adapter 5 turns on and operates the relay 51 to turn on all the light bulbs 3. By turning on all the light bulbs 3, safety can be ensured, and it can be recognized from the outside that the emergency personnel who have rushed are in an emergency state. When there is a person living together, the speaker 128 and the speaker 153 may emit an emergency sound based on the emergency signal 165 depending on the setting.

When the determination of the emergency state and the voice guidance are made for each device, no voice guidance or the like is given from the converter 120 side to each device. In this case, the signal discriminator 1
63 is unnecessary.

Next explained is the tenth embodiment of the invention. In the tenth embodiment of the present invention, by simply attaching the adapter 5 and connecting the telephone line to the modular jack, it is possible to easily control not only the light bulb 3 but also a notification of an abnormal state of a person, a fire, illegal intrusion, or the like. It is a thing.

A circuit configuration diagram of the tenth embodiment of the present invention is shown in FIG. In FIG. 18, for simplicity, the circuit configuration of the adapter 5 will be described as an example, but the adapter 105, which is another device, the wall-embedded decorative panel 61, and the panel 111.
And so on. Also, as described above, the box 13
0, the external terminal box 143, the smoke detection sensor 151, and the like are similarly provided.

In FIG. 18, the adapter 5 has a built-in dial automatic connection circuit 135. The modular plug of the telephone line 181 connected to the dial automatic connection circuit 135 is connected to the modular jack branching device 183, and is connected to the public line via the modular jack branching device 183. Dial automatic connection circuit 13
A pulse signal is sent from the arithmetic circuit 54 to 5.

The modular jack switch 183 has a modular plug of a telephone line of another telephone 185, and a dial automatic connection circuit 135 similar to the tenth embodiment of the present invention.
A plurality of telephone line modular plugs such as another adapter 105 having a built-in telephone, a wall-embedded decorative panel 61, and a panel 111 can be connected. However,
Telephone line 18 without using modular jack switch 183
The modular plug of No. 1 can be directly connected to a modular jack installed indoors.

In such a configuration, a predetermined contact telephone number can be set in advance in the dial automatic connection circuit 135. After the human detection sensor 13 detects a person in the arithmetic circuit 54, even if a predetermined time has passed, the detection of the person is not released thereafter, and if the opening / closing of the door is not detected within the predetermined time, "OK. If it is okay, try operating the remote control etc. ”and send the speaker 56 a predetermined guide.
Shed more. The guidance is stopped by operating the remote control, moving the room, or holding the hand over the reflector 43.

On the other hand, when such an action is not taken, it is estimated that the person is in an emergency such as a person lying down, and the arithmetic circuit 5
Issue an emergency signal from 4. By this emergency signal, the dial automatic connection circuit 135 connects to a preset telephone number. After that, a guide saying "There is something wrong with the person." Is sent to the other party.

At this time, the telephone number of the sender may be data-transmitted or voice guidance may be provided. After this guidance is repeated several times, the line is disconnected. The person who receives the call can check the condition of the person by calling this telephone number and calling the telephone 185. It is desirable that the telephone 185 can confirm the other party like a videophone. From the above,
If the number of installed adapters 5 and the like is small, the cost can be reduced.

It should be noted that regardless of the telephone line 181, the adapter 5
Etc., a wireless telephone device may be built in. In this case, telephone line 181, modular jack switch 183
Is unnecessary. No need for troublesome wiring work. However, a box for facilitating the setting change of the contact telephone number may be provided separately. A numeric keypad or the like is arranged in the box. This box is extended from the adapter 5 or the like by a cable and attached to a wall or the like.

Further, it is possible to set a trespassing warning mode or the like from a push phone or a mobile phone at the destination. In this case, a predetermined telephone number is dialed from outside. When the telephone is called by the telephone 185 a predetermined number of times and no one answers the telephone during that time, the dial automatic connection circuit 13
Automatically connect to 5.

After that, by pressing a predetermined key or the like following the telephone number, it is possible to set the illegal intrusion warning mode or the like. The signal from the pressed key is subjected to frequency analysis in the arithmetic circuit 54 to determine the key. When a predetermined key or the like is detected, the arithmetic circuit 54 is set to the illegal trespass warning mode or the like. However, when a wireless telephone device is built in the adapter 5 or the like, it is possible to directly set the illegal access warning mode or the like via the telephone device.

Next explained is the eleventh embodiment of the invention. In the eleventh embodiment of the present invention, in the tenth embodiment of the present invention, the dial automatic connection circuit 135 is built in each of the adapters 5 and the like, but one automatic dial connection circuit 135 arranged in the repeater is used. It is to process all at once.

A circuit configuration diagram of the eleventh embodiment of the present invention is shown in FIG. In FIG. 19, a repeater 187 has a dial automatic connection circuit 135 and a branching device 193 built-in.
A plurality of modular jacks 189 are connected to the dial automatic connection circuit 135. Modular jack 18
One of the nine is connected to the arithmetic circuit 54 by a telephone line 191.

The modular jack 189 is provided with another adapter 10 having the same structure as that of the eleventh embodiment of the present invention.
5, a plurality of telephone line modular plugs such as the wall-embedded decorative panel 61 and the panel 111 can be connected. The output of the dial automatic connection circuit 135 is connected to the public line via the branching device 193. The telephone line modular plug of the other telephone 185 is connected to the branching device 193 via the modular jack 195.

In such a configuration, a plurality of adapters 5 and the like are provided, and any one of the arithmetic circuits 54 causes an abnormal human condition,
Even when a fire or illegal intrusion is detected, it is possible to notify a preset telephone number by the dial automatic connection circuit 135 by an emergency signal or the like. Dial automatic connection circuit 135
It can be constructed at low cost by sharing the above. A predetermined contact telephone number can be set in advance in the dial automatic connection circuit 135.

The repeater 187 may have a built-in wireless telephone device and be connected to the dial automatic connection circuit 135. In this case, the branching device 193 or the like is unnecessary. Further, similarly to the above, it is possible to set the illegal intrusion warning mode and the like from the outside. In this case, each arithmetic circuit 5
4 is set to the illegal intrusion warning mode or the like.

Next, a twelfth embodiment of the present invention will be described. The twelfth embodiment of the present invention is made easier to use by using a mobile terminal device in which a mobile phone and a remote controller are integrated. A block diagram of the twelfth embodiment of the present invention is shown in FIG. 20, and an external view thereof is shown in FIG. 20 and 21, in the mobile terminal device 200, a mobile phone circuit 201 and a remote control circuit 203 are combined into one unit 20.
It is stored in 5. The mobile phone circuit 201 is provided with an antenna 207 so that it can communicate wirelessly with a mobile phone base station (not shown). Mobile phone circuit 201
Is equipped with a speaker 209 and a microphone 211,
It is possible to wirelessly call the other party.

The remote control circuit 203 includes a unit 205.
A transmission / reception unit 213 is provided at the tip of the device, and infrared communication can be performed with, for example, a television, a video, a radio-cassette, or the like. On the operation display unit 220, the numeric keypad 21
5, various keys such as the operation key 217 and the liquid crystal screen 221 are provided.

The keys are shared by the mobile phone circuit 201 and the remote control circuit 203. The control unit 223 is adapted to perform adjustment and control between each circuit. Unit 2
A clock function unit 225 is provided in the unit 05 to manage the date and time of the entire system. Switch button 214
It is possible to switch between modes such as a television and an air conditioner, and setting items and the like are displayed on the liquid crystal screen 221.

The human abnormality judging section 227 is adapted to judge that an elderly person or the like is unable to move due to abnormal physical condition or is in a dangerous state due to illness or the like. The arithmetic unit 228 can perform various arithmetic operations. Power supply 22
Reference numeral 9 denotes a common power source for the mobile phone circuit 201, the remote control circuit 203, and the like, which can be electromagnetically charged by mounting the unit 205 on the charging device 261.

On the other hand, a circuit configuration diagram of the adapter 5 is shown in FIG. In FIG. 22, the light transmitting unit 241 is capable of emitting infrared rays and is connected to the arithmetic circuit 54. However, the light transmitting unit 241 may be capable of transmitting and receiving infrared rays. Further, it may be possible to transmit and receive by radio or ultrasonic waves instead of infrared rays. Further, in addition to infrared rays, wireless or ultrasonic waves can be transmitted and received, and as will be described later, they may coexist in a form making the best use of their respective characteristics.

Next, the operation of the twelfth embodiment of the present invention will be described. According to the mobile phone circuit 201, it is possible to make a call as a mobile phone to the other party who is dial-selected with the ten keys 215. Also, you can receive a call from the other party. Furthermore, it is possible to connect to the Internet. On the other hand, according to the remote control circuit 203, it is possible to communicate with a television, a video or the like by infrared rays, and it is possible to change the channel, switch on / off the switch, and adjust the volume.

It is also possible to turn on / off the illumination by the switch 231. When these mobile phones or remote controllers are operated, the human abnormality judging section 227 judges that the person is normal. On the other hand, when the predetermined time elapses without any operation being performed, a predetermined guidance is given to the speaker 2
Flow from 09. However, a signal may be transmitted to the adapter 5 via the transmission / reception unit 213 and a predetermined guide may be output from the speaker 56. You may make it play with both the speaker 209 and the speaker 56. If there is no response, it is judged as a human abnormality.

The response may be performed by pressing any one or a predetermined switch, but when a person utters a specific voice such as "OK", the voice is extracted by the microphone 211. Then, it may be determined that the response is made by detecting the voice of the person. Further, when the mobile terminal device 200 is provided with a vibration detection unit and the mobile terminal device 200 is being checked for vibration, for example, the human abnormality determination unit 227 determines that the person is normal. Good.

The structure of the vibration detector is shown in FIG. 23 (A), for example.
In the above, the inertial body 421 has a notch of a predetermined angle, and is rotatable about the support shaft 423. The rotation of the inertial body 421 is performed by the photoelectric switches 425a, 4
At 25b, a pulse is detected by passing or blocking light.

Further, instead of the photoelectric switch 425,
A mechanical switch as shown in FIG. 23B can also be used. In FIG. 23B, the metal piece 4 having elasticity
26 around the support shaft 427 and the terminals 428a and 428b.
It is possible to swing between. A spring 42 is provided at the end of the metal piece 426.
9 are provided. Then, the metal piece 426 and the terminal 42
The contact between the eight may be detected as a pulse signal by the pulse detection circuit 424.

Another example of the vibration detector is shown in FIG. Sphere 4
31 is held by springs 433 on all sides. Spring 4
33 and the sphere 431 are electrically conductive, and when the sphere 431 contacts the metal wall 435 or the metal lids 437a and 437b, a current flows. Then, the pulse detection circuit 439 converts this change in current into voltage,
The pulse signal can be detected by shaping the waveform.

In addition, as shown in FIG. 25, the metal lids 437a and 437b should be provided with a plurality of annular conductors 432 in common so as to project in a mountain shape from the outer periphery toward the center. Is also possible. This makes it possible to detect the intensity of vibration depending on which annular conductor 432 the sphere 431 contacts.

Further, another example of the vibration detecting portion is shown in FIG.
In FIG. 26, hollow electromagnetic coils 441a and 441c
Are arranged on the x-axis and are hollow electromagnetic coils 441b, 44.
1d is arranged on the y-axis and intersects at the origin (center). The electromagnetic coil 441 is connected to the metal lid 44.
It is fixed at the center of 7.

Electromagnetic coils 441a, 441b, 441
c, 441d, magnet bars 443a, 443b, 4
43c and 443d are movably inserted, and the magnet bar 443 is inserted.
One end of a spring 445 is attached to the outer end of the spring 445, and the other end of the spring 445 is fixed to the peripheral wall 447.

The terminals of the electromagnetic coils 441a and 441c and the electromagnetic coils 441b and 441d are respectively connected in series, and the extracted inter-terminal voltage is the pulse detection circuit 449A.
It is designed to be input to 449B.

In such a structure, vibration is detected by comparing the magnetomotive force of the electromagnetic coil 441 generated by the movement of the magnet rod 443 with a preset voltage value. However, the magnitude of vibration may be detected by setting the magnitude of this magnetomotive force in a plurality of steps.

A metal rod is used instead of the magnet rod 443,
A constant current may be passed through the electromagnetic coil 441 to detect the movement of the metal rod as a change in the induced electromotive force.
In addition, when responding to a predetermined guidance, the mobile terminal device 2
Shake with 00. In this way, the vibration detection unit may detect vibration to confirm that the person is safe.

On the other hand, when the presence of a person is detected by the person detecting sensor 13 and the detection signal of the person detecting sensor 13 does not fluctuate even if a predetermined time has elapsed after the start of the detection of the presence of the person, the arithmetic circuit 54 gives a predetermined guidance. Play from the speaker 56. However,
You may make it flow from the speaker 209. When there is no response, it is determined that the person is abnormal, and the person abnormal signal is transmitted by the light transmitting unit 24.
It is sent from 1.

This human abnormality signal is input to the human abnormality judging section 227 via the transmitting / receiving section 213. When the person abnormality determining unit 227 determines that the person is abnormal, the cellular phone circuit 201 automatically makes a call to the preset destination. In this case, a voice IC notifies the person of abnormality. You can then call this person. The voice from the other party can be heard by a person in the room through the built-in speaker 209.

Therefore, when it is determined that the person is abnormal, the volume of the speaker 209 is switched to be high. Alternatively, the speaker can be switched to another speaker having a different volume. The voice is picked up by the microphone 211 even when a person speaks from a distant position. Further, when the person is urgent, by pressing the emergency button 243 by his / her own judgment, it is possible to easily make a call to the preset destination.

It should be noted that, when the human detection sensor 13 detects the presence of a person or when the presence of a person is no longer detected, a specific signal may be transmitted from the light transmitting section 241. Then, the human abnormality determination unit 227 may determine that there is no fluctuation in the detection signal from the human detection sensor 13 even if a predetermined time has elapsed after the start of the presence detection of the human. In this case, the arithmetic circuit 5
Although it is possible not to make the human abnormality determination in step 4, if the arithmetic circuit 54 and the human abnormality determination part 227 perform the processing in parallel, the other can handle the failure of either one. .

Further, by receiving the presence / non-presence signal of the person transmitted from the light transmitting section 241, the human abnormality judging section 227 does not operate the remote controller and the mobile phone at all. Even when the predetermined time is being counted, the human abnormality determination process can be reset by the confirmation signal that the presence of the person is no longer sensed by the human detection sensor 13.

On the contrary, even when the presence of the person is detected by the person detecting sensor 13 and the time when the detection signal of the person detecting sensor 13 does not change after the presence of the person is detected, The human abnormality determination process can be reset by a confirmation signal indicating that some operation has been performed on the remote controller and the mobile phone. As described above, it is possible to perform more highly accurate human abnormality determination processing.

By pressing the sleep button 232, it is possible to set the power of the selected device, such as the radio, to be turned off after 15 minutes, 30 minutes, 45 minutes, 1 hour, or the like. When the sleep button 232 is operated, it can be determined that the person is going to sleep. For this reason, in the arithmetic circuit 54 and the human abnormality determination unit 227, the sleep mode is automatically entered after the time selected by the sleep button 232, and the movement of the person or the button is detected again after a preset time as the sleep time. The human abnormality determination process is not performed until an operation is performed. It is desirable that the sleeping time can be set differently depending on the daytime period and the nighttime period. The sleeping time may be learned and stored in the arithmetic circuit 54 or the like as the life pattern of the person, and the sleeping time may be automatically determined. In this case, the sleep mode is automatically entered even if the sleep button 232 is not operated. on the other hand,
If you feel unwell on the day, it is desirable to prevent the automatic transition to the sleep mode by pressing a "not sick" button (not shown). As described above, the person can sleep while listening to the radio and the like, and the sleeping state and the nap state can be distinguished from the abnormal human state.

When the light transmitting section 241 is wireless, it is not necessary to carry the portable terminal device 200 when moving between rooms as long as it is within a wireless range. When setting the illegal intrusion warning mode or the like, a call is made to the mobile terminal device 200 from a telephone outside the home.

After that, by pressing a predetermined key or the like following the telephone number (including the personal identification number when the personal identification number is set), the illegal intrusion warning mode or the like can be set. In this case, a signal is sent to the adapter 5 or the like via the remote control circuit 203 and the transmission / reception unit 213, and the arithmetic circuit 54 is set to the illegal trespass warning mode or the like. However, the presence of people
When the non-sensing signal is transmitted from the light transmitting unit 241, the human abnormality judging unit 227 can set the illegal intrusion warning mode or the like.

At this time, as shown in FIG. 27, a camera 331 is built in the portable terminal device 200, and a storage box 33 attached to a wall or the like overlooking the entire room, entrance, etc.
Detachable to 3. The storage box 333 is provided with an electrode terminal 335B capable of contacting the electrode terminal 335A of the mobile terminal device 200. Portable terminal device 200
Can be charged through the electrode terminals 335A and 335B. Therefore, the cable 337 is connected.

In the case of illegal entry, the presence of a person is detected by the person detecting sensor 13, and the adapter 5 turns on the light bulb 3. At this time, even if the adapter 5 is set to the manual mode, it is forcibly turned on. And
The switch of the camera 331 is turned on by receiving the person presence detection signal (illegal intrusion signal) transmitted from the light transmitting unit 241 such as the adapter 5 via the transmitting / receiving unit 213. The captured video is automatically attached to an e-mail. It is desirable that the switch of the camera 331 is turned on a plurality of times at predetermined time intervals while the person is being sensed, and the image is transmitted. However, the captured image may be transmitted as a moving image information signal. The video is recorded in the memory, but it is also stored in the other party. At this time, an alarm may be sounded. As a result, the figure of the intruder can be recorded, and it can be easily confirmed whether or not it is a false alarm.

The illegal intrusion warning mode, the fire alarm, etc. are described as being photographed by the camera 331 and the photographed image information is transmitted. However, when the arithmetic circuit 54 or the human abnormality judging section 227 makes a human abnormality judgment. And emergency button 24
The same process can be performed when 3 is pressed. As a result, it is possible to more easily confirm whether or not the notification of the human abnormality is a false alarm.

As shown in FIGS. 27, 28 and FIG. 29 which is a partially enlarged view of FIG. 28, this storage box 333 is shown.
A holding portion 334 for holding the mobile terminal device 200 from the side portion is provided in a protruding manner. Then, this holding portion 33
4, electromagnetic coils 339A, 339B are built in, and electromagnetic rods 341A, 341B which are inserted into and retractable from the inside of the electromagnetic coils 339A, 339B are arranged.
A "U" shaped projecting / retracting plate 343 is fixed to the ends of the electromagnetic rods 341A and 341B. Electromagnetic rod 341A, 3
41B appears and disappears by attracting or repulsing by changing the polarity of the current passed through the electromagnetic coils 339A and 339B. A fish-eye lens 345 is attached to the retractable plate 343 so as to cover the lens of the camera 331 just when the electromagnetic rods 341A and 341B are projected.
On the other hand, when the electromagnetic rods 341A and 341B are attracted, the retractable plate 343 is housed inside the holding portion 334.

Similarly, the holding section 334 has electromagnetic coils 340A and 340B built therein.
Electromagnetic rods 342A, 3
42B is provided. This electromagnetic rod 342A, 342
A "U" -shaped projecting / retracting plate 344 is fixed to the end of B. A frosted glass optical filter 346 is attached to the retractable plate 344.
Is attached to cover the lens of the camera 331 and / or the fisheye lens 345 when the electromagnetic rods 342A and 342B are projected.

The image pickup by the camera 331 is performed by the camera 331.
In addition to the normal shooting with the lens, the wide-angle shooting with the fish-eye lens 345 is possible because the room is widely imaged. In addition, the frosted glass optical filter 346 is attached to the camera 33.
When the lens is overlaid on the first lens or the fisheye lens 345, a person is photographed through the frosted glass. Therefore, the privacy of the person is protected. Privacy can be protected and released by pressing the button 349.

Photographing by the camera 331 is performed when a human abnormality signal is issued, when the emergency button 243 is pressed, when a signal of illegal intrusion or a fire signal is output, and when a remote operation described later is performed. To be done. However, it is desirable to forcibly cancel the protection of privacy when a human abnormality signal is issued, when the emergency button 243 is pressed, when a signal of illegal entry or a fire signal is output.

The wide-angle photographing signal, the normal photographing signal, and the privacy canceling signal are transmitted from the portable terminal device 200 via the electrode terminals 335A and 335B to the storage box 33.
3 is transmitted to the retractable plate control unit 347. Then, the retractable plate control unit 347 changes the direction of the current flowing through the electromagnets 339A and 339B depending on whether the input signal is the wide-angle shooting signal or the normal shooting signal.

When the privacy cancellation signal is input, the privacy protection is forcibly canceled even when the button 349 is pressed. However, the electromagnet 339, the protruding / retracting plate 343, and the protruding / retracting plate control unit 347 may be built in the mobile terminal device 200 instead of being disposed in the holding unit 334. Further, it may be arranged in the box 130 or the like.

Also, the camera 331 is the mobile terminal device 200.
It may be arranged in the holding portion 334 independently of. At this time, the camera 33 is based on the signal input through the camera control circuit between the camera 331 and the mobile terminal device 200.
1 is controlled. The holding unit 334 is stored in the storage box 333.
Alternatively, the camera 331 may be configured to be rotatable so that the installation angle of the camera 331 can be changed.

Further, in the case of illegal intrusion, the image taken by the camera 331 is once received by the host computer and stored, and then image analysis is performed to determine the characteristics such as the face and figure of the person registered in advance. Make a comparison. However, this comparison may be made by a person. The image may be transferred to a predetermined destination when the characteristics of the person are different. The wide-angle captured image may be modified into a planar image by software processing. If a plurality of cameras 331 can be installed, a stereoscopic image of an illegal intruder can be created based on a plurality of images such as an image captured from the ceiling side by the adapter 5 and an image captured horizontally.

Further, it is desirable that the portable terminal device 200 fixed to the storage box 333 is attached to a portion such as a refrigerator door which is used on a daily basis and which vibrates, by a magnet or the like. At this time, the vibration is detected by the vibration detection unit of the mobile terminal device 200 each time the door of the refrigerator is opened and closed. A person is considered safe if the refrigerator door is opened and closed. However, in this case, the vibration detector may be arranged on the side of the storage box 333.

For the opening / closing part of the door of this refrigerator,
A switch 351 that functions according to the opening / closing operation is provided. An example of the switch 351 is shown in FIG. In FIG. 30,
Electrodes 383A and 383B are provided so as to project from both ends of the bottom plate 381. A contact plate 385 faces the upper ends of the electrode portions 383A and 383B, and the contact plate 385 has a spring 387.
Are held in a state of being floated from the electrode portions 383A and 383B. Bottom plate 381, contact plate 385, electrode part 3
A cover 389 made of an elastic material is covered so as to cover the entire periphery of 83A and 383B.

In this structure, the switch 351 is
It is inserted between the refrigerator body and the rubber packing attached to the door. Alternatively, the switch 351 may be fixed to one side of the refrigerator main body side or the door side portion, and the contact member 390 shown in FIG. 31 that contacts the contact plate 385 may be fixed to the other side. In the contact member 390, the prismatic projecting and retracting body 391 is the spring 3.
It is supported by 93, and this retractable body 391 is a case 395.
It is configured so that it can appear and disappear inside.

Then, the other end of the cable 353, one end of which is connected to the switch 351, is connected to the storage box 333. The switch 351 can be a limit switch, a pressure switch, or the like in addition to the contact switch. Then, when the switch 351 functions, a signal is transmitted to the storage box 333 via the electrode terminal 335A and the electrode terminal 335B and input to the calculation unit 228 of the mobile terminal device 200. The calculation unit 228 determines that the person is safe from this signal. Alternatively, infrared rays may be emitted from the mobile terminal device 200, and the emitted infrared rays may be detected by the adapter 5.

The switch 351 and a device that emits infrared rays when the switch 351 functions may be separately provided and the adapter 5 may detect the emitted infrared rays. Furthermore, the mobile terminal device 200 is
Instead of being fixed to the storage box 333, it may be arranged in a pet robot or the like. In this case, the microphone 211 is installed in the ear of the robot and the speaker 209 is installed in the mouth. Then, the camera 331 is installed in the eye.

The human abnormality judging section 227 may be arranged on the side of the adapter 5 or the like. At this time, each time the mobile terminal device 200 is operated as a mobile phone or as a remote controller, infrared rays are transmitted from the transmission / reception unit 213. Then, the transmitted infrared rays are received by the adapter 5 side.

If the remote control is a remote control provided separately from the mobile terminal device 200, the infrared light to be transmitted is also the same as long as the used signal is common to the infrared rays. Since it is received on the 5 side, it can be used as a judgment of human abnormality.

Then, when a predetermined time elapses without performing any operation on the portable terminal device 200 or the like, or when the presence of a person is detected by the human detection sensor 13 and a predetermined time elapses after the presence detection of the person is started. When there is no fluctuation in the detection signal from the human detection sensor 13, the arithmetic circuit 54 provides voice guidance. At this time, it is possible to respond to the voice guidance such as "Is it all right?" By operating the mobile terminal device 200 or the like. If there is no such response, it is determined that the person is abnormal, and a person abnormal signal is transmitted from the light transmitting unit 241.

This person abnormality signal is input to the portable terminal device 200 via the transmitting / receiving unit 213, and the portable telephone circuit 2
At 01, a call is made to the preset destination. Then, the abnormality of the person is reported by the voice IC, and thereafter, the person can be called. In addition, voice guidance such as "Is it okay?"
The speaker 209 built in the mobile terminal device 200 may be used for the sound.

When the telephone 137 and the dial automatic connection circuit 135 are provided as in the fifth to eleventh embodiments, the portable terminal device 200 is taken out of the house and the illegal intrusion warning mode or the like is taken from the outside. It is also possible to set to.

At this time, the camera 331 may be provided on the adapter 5, the wall-embedded decorative panel 61, the panel 111, or the like, but the box 130 in FIG. 14 is attached to the wall or the like overlooking the entire room or the entrance. The camera 331 may be arranged in the box 130. Then, when the trespass has been made, the adapter 5 turns on the bulb 3 in the same manner as described above. After that, the camera 331 receives the presence detection signal (illegal intrusion signal) from the adapter 5 or the like.
Is turned on. The captured image is attached to an electronic mail and transmitted, or transmitted as a video signal. The image is recorded in the memory.

Further, in the twelfth embodiment of the present invention, the portable telephone circuit 201 and the remote controller circuit 203 are described as being integrated by a common control section and operation display section, but they are independently formed as one unit. May be stored inside.

Next, a thirteenth embodiment of the present invention will be described. In the thirteenth embodiment of the present invention, as shown in the mobile terminal device 300 of FIG. 32, the mobile phone circuit 201, the remote control circuit 203, the human abnormality determination unit 227, etc. are built in the wristwatch case 312 and can be worn on the wrist. It is a thing. However, the human abnormality determination unit 227 can also be arranged on the side of the adapter 5 or the like. In FIG. 32, the watch case 3
A display unit 309 capable of displaying a clock, outgoing data, etc., and a key unit 311 capable of inputting numbers, alphabets, symbols and the like are provided on the surface of 12.

A transmission hole 313 is provided below the key portion 311, and a microphone is installed behind the transmission hole 313. The sound extracted by the microphone is amplified and wirelessly transmitted to the wireless base station. On the other hand, the received voice is emitted by the built-in speaker. An antenna 319 is embedded in the watch band 317. Further, terminals 321A and 321B are formed on both ends of the watch band 317, respectively.
The main power supply is switched on and off by mounting 7. By pressing the call key 322, the telephone number data is transmitted to the wireless base station following the calling signal to connect with the other party.

As described above, since the wristwatch case 312 can be attached to the wrist, it is not necessary to move the mobile phone when moving a person. It can be used as a mobile phone or remote control on a daily basis, so you can get used to it. It is used frequently on a daily basis, and it is worn on the arm so there is little risk of losing it. There is also very little fear that the means of communication will be far from the place where the person fell.

[0193] Further, it is possible to always make a telephone call in an emergency and to make a comfortable posture. You can easily make emergency calls even at bedtime. Further, if a voice guidance such as "Is it okay?" Is issued not by the adapter 5 side but by the speaker built in the wristwatch case 312, it is possible to surely hear it even for the elderly who are deaf. By providing a vibration function, etc., it is possible to reliably contact even the elderly who are hard of hearing and those who are blind.

The body movement detecting unit described above is used as the portable terminal device 3.
00, and the safety of a person may be confirmed by detecting body movement. Further, the body movement detecting section may be configured by disposing piezoelectric sensors on a back surface portion and a front surface portion of the wristwatch case 312 that contact the arm (not shown). The body movement is sensed as pressure applied to the piezoelectric sensor, converted into an electric signal, and transmitted to the human abnormality determination unit 227.

Next, a fourteenth embodiment of the present invention will be described. The fourteenth embodiment of the present invention is a radio or television,
The function of listening to a game or the like is provided in the mobile terminal devices 200, 300 and the like. However, this audition function may be unitized and detachable with respect to the mobile terminal devices 200, 300 and the like. Further, the human abnormality judging section 227 may be detachably unitized. If the mobile terminal devices 200, 300 and the like have a waterproof structure, they can be used as a bath radio and the like.
Then, by operating a switch or volume of a radio or the like, the human abnormality determination unit 227, the arithmetic circuit 54, etc. confirm the safety of the person. When the adapter 5 and the like are arranged in a bathroom, a toilet, and the like, when a person enters these rooms, the light transmitting unit 241 transmits a person presence detection signal. Portable terminal device 200,
In 300 etc., by receiving this person presence detection signal,
You can turn on the power of the bath radio, etc. However, the power may be turned on by manually turning on the switch. Further, when a person leaves the bathroom or the like, the light-transmitting unit 241 does not transmit the person presence detection signal. In the mobile terminal devices 200, 300 and the like, the power of the bath radio or the like is turned off when the presence detection signal of the person is not received from the adapter 5 or the like. In addition, when performing such control with respect to a plurality of devices, an ID code may be attached to a person presence detection signal or the like.

The speaker of the radio or the like normally outputs the voice of the radio, but when the predetermined guidance is given, the line is automatically switched and the guidance is given from the speaker. For voice guidance such as "Is it okay?", If the body movement detection unit described above is installed, shake the radio etc. a little, operate switches, etc. The guidance is stopped by holding the hand over the reflector 43. When a person abnormality is judged without such a response, the voice of the other party of the call is played from this speaker. If the call is not answered, a loud voice or warning sound may be emitted from the speaker. As a result, it is possible to considerably prevent erroneous recognition when a human abnormality occurs.

Regarding the arrangement of the adapters 5 and the like, various adapters 5 and the like may be combined for each characteristic of each room. For example, in a bathroom or toilet, the dial automatic connection circuit 13 as shown in FIG.
It is possible to dispose a type not having No. 5 and to dispose a type having the dial automatic connection circuit 135 as shown in FIG. 18 only in the living room.

Further, it is possible to perform such automatic power supply control for an air conditioner, a television, a radio cassette, etc. FIG. 33 shows a flowchart. Step 5
In 1, the adapter 5 and the like are in a standby state. In step 53, the adapter 5 or the like receives a remote control operation signal from the mobile terminal device 200, 300 or the like. In step 55, based on the received signal, the adapter 5 or the like determines from the ID code that it is for the air conditioner, for example. The ID code is registered in the arithmetic circuit 54 in advance. When it is determined that the signal received in step 57 is the ON signal of the power source, the process proceeds to step 59, and it is determined whether or not the person detection sensor 13 is detecting the person. Then, when the person is no longer detected, after a predetermined timer time has elapsed, step 6
At 1, the light-transmitting unit 241 emits a power-off signal for the air conditioner. On the other hand, when the received signal is the power OFF signal, the process returns to the standby state of step 51 in step 63. This is because it is not necessary to turn off the power of the air conditioner in this case. In the case of signals other than the ON signal and the OFF signal, the power source is in a live state, so the routine proceeds to step 59. As described above, it is possible to prevent forgetting to turn off the air conditioner.

If it is possible to receive the fact that the power source is alive with a predetermined response signal, the control may be performed based on the signal, or step 61 may be performed for all the devices for power saving without checking the ON signal or the like. Alternatively, the power OFF signal may be uniformly generated. Further, depending on the setting, when a person returns to the room again, an ON signal may be issued to restore the original state.

Next explained is a fifteenth embodiment of the invention. The fifteenth embodiment of the present invention enables the adapter 5 and the like to be applied to a fluorescent lamp lighting fixture.

As shown in FIG. 34, a straight tube type fluorescent tube 500.
To the left and right of the thin electrode terminals 503a, 503b, 50
3c and 503d are projected. This electrode terminal 503
a, 503b, 503c, 503d and the end portions 504A, 504B of the cylindrical fluorescent tube 501 are covered with the coating 5
05 is coated. The bottom of the cover 505 is bent outward in the radial direction. Cover 505 on the left side in the figure
Correspond to the electrode terminal 503a and the electrode terminal 503b and are divided into a covering body 505a and a covering body 505b, respectively, and the covering body 505a and the covering body 505b are formed of the insulating portion 50.
It is joined via 6A.

The cover 505 on the right side of the drawing is divided into a cover 505c and a cover 505d corresponding to the electrode terminals 503c and 503d, respectively.
The covering body 505c and the covering body 505d are joined to each other through the insulating portion 506B.

Further, conductors are formed on the back surfaces of the covers 505a and 505b, and the cables 509 and 511 are electrically connected to the electrode terminals 503a and 503b, respectively. On the other hand, conductors that are insulated from the back surfaces of the covering bodies 505a and 505b are formed on the front surfaces of the covering bodies 505a and 505b. The surface conductor of the cover 505a is connected to one terminal of the power supply line 512 and the cable 513, and the surface conductor of the cover 505b is connected to one terminal of the glow lamp 507 and the cable 515.
A conductor connected to the electrode terminal 503c is formed on the cover 505c, and the other terminal of the power supply line 512 and the cable 517 are connected to the conductor. On the other hand, a conductor connected to the electrode terminal 503d is formed on the cover 505d, and another terminal of the glow lamp 507 is connected to this conductor.

The cables 513 and 517 are connected to the transformer 53. The cable 509 is connected to a pull switch 37A that switches between manual and automatic.
Similarly, a pull switch 37B is connected to the cable 511, and the pull switch 37A and the pull switch 37B are connected.
Are linked with. Manual switches of the pull switch 37A and the pull switch 37B are provided with changeover switches 38A and 38A, respectively.
38B is provided, and the changeover switch 38A and the changeover switch 38B are also interlocked. Also, the cable 50
The contacts of the relays 51 and 52 are provided between the cable 9 and the cable 513, and the contacts of the relays 51 and 52 are provided between the cable 511 and the cable 515. The adapter 5 and the like are attached to a suitable place such as the ceiling.

In such a configuration, the pull switch 37A
When the pull switch 37B and the pull switch 37B are selected in the automatic mode, the fluorescent tubes 501 can be turned on and off by the action of the relays 51 and 52. Further, power can be supplied to the arithmetic circuit 54.

In order to automatically turn on and off a plurality of fluorescent tubes 501 at the same time, a relay circuit corresponding to each fluorescent tube 501, which is similar to the above, is additionally prepared in the adapter 5 and arranged in each fluorescent tube 501. It is possible to pull out the cable 513, the cable 515, the cable 509, and the cable 511 from the covering bodies 505a and 505b and connect them to this relay circuit. However, since the power has already been supplied,
A coating 505c is attached to the second and subsequent straight fluorescent tubes 500,
505d can be omitted. Further, if the relays 51 and 52 are independently provided for each straight tube fluorescent tube 500 and can be turned on and off by the remote controller, each straight tube fluorescent tube 500 can be independently turned on and off. As a result, the adapter 5 and the like can be applied to the straight tube fluorescent tube 500.

Further, FIG. 35 shows another example in which the adapter 5 and the like can be applied to the straight tube type fluorescent tube 500. The plugs built into the fluorescent tube holders 531A and 531B were originally equipped with the electrode terminals 503a and 503b and the electrode terminals 503c and 503d of the fluorescent tube 501, respectively.
This fluorescent tube 501 is removed, and instead of the fluorescent tube 501, a column 535 having electrode terminals 533a, 533b, 533c, 533d at its ends is attached.

The pipe 53 is attached to the pipe 537 of the support column 535.
9 can be stored freely. And the pipe 53
A fastener 541 capable of fastening the pipe 539 by being rotated is provided at the end portion of 7. Pipe 539
It is possible to adjust the length of any of the fluorescent tubes 501 by adjusting the length of.

Hollow holding members 543A and 543B bent in an L shape are fixed to the pipes 537 and 539, and fluorescent tube holders 545A and 545B are fixed to the bottoms of the holding members 543A and 543B. There is. The plugs built in the fluorescent tube holders 545A and 545B include a fluorescent tube 501 removed from the fluorescent tube holders 531A and 531B.
Electrode terminals 503a, 503b and electrode terminals 503c, 5
Each of 03d is installed. Fluorescent tube holder 54
An adapter 5 is connected to the side of 5A. Cables (not shown) connected to the electrode terminals 533a and 533b respectively are connected to one end of a relay circuit similar to that shown in FIG. Further, cables (not shown) connected to the electrode terminals 503a and 503b are connected to the other ends of the relay circuits built in the adapter 5, respectively. Electrode terminal 53
The cable connected to 3a is branched and connected to one terminal of the transformer 53. From the electrode terminal 533c to the column 5
The cable that has passed through 35 and the holding member 543A is connected to the other terminal of the transformer 53. The electrode terminal 533c is connected to the electrode terminal 503c, and the electrode terminal 533d is connected to the electrode terminal 503d.

With such a structure, the same control as described above can be performed, and the adapter 5 and the like can be applied to the straight fluorescent tube 500. A plurality of human detection sensors 13 are connected to the adapter 5. The human sensor 13 can be added to the adapter 5 with a jack 547. The output signal of the human detection sensor 13 is configured by a logical sum. When the room is large, the accuracy of human detection can be improved by providing an appropriate number of human detection sensors 13 on the side of the window or the like.
The human detection sensor 13 may be combined with an angle adjustment mechanism capable of appropriately adjusting the elevation / horizontal angle. Human sensor 1
By arranging 3 in a tilted manner, the range of protection can be widened. As described above, even if an illegal intruder intrudes through a window, it can be detected with high accuracy.

36, 37 and 38 show another example in which the adapter 5 and the like can be applied to the circular fluorescent tube 600. The fluorescent lamp socket 605 was originally attached to the electrode terminal 603 of the fluorescent tube 601.
The fluorescent lamp socket 605 is removed, and the intermediate socket 607 is attached to the electrode terminal 603. As shown in FIG. 37,
An electrode receiving portion 609 into which the electrode terminal 603 of the fluorescent tube 601 is inserted is disposed on the left side of the intermediate socket 607,
An electrode terminal 611 inserted into the fluorescent lamp socket 605 is provided on the right side of the intermediate socket 607 so as to project. The intermediate socket 607 includes the electrode receiving portion 609 and the electrode terminal 61.
The cable 613 connected to 1 and 1 is drawn to the outside. However, both the electrode receiving portion 609 and the electrode terminal 611 are composed of four terminals, but the two opposing terminals of them are connected between the electrode receiving portion 609 and the electrode terminal 611. As shown in FIG. 38, the breakdown of the core wire of the cable 613 is composed of two power sources, four relay circuits, and five relay circuits, one of which is also used. A jack is provided at the end of the cable 613, and the jack 61 of the adapter 5 is
5 can be connected freely.

Further, when the fluorescent tubes 601 are plural,
Similarly, for the other fluorescent tubes 601, the intermediate socket 607 is also provided.
Then, the jack of the cable 613 is connected to the jack 617 of the adapter 5. Pull switch 37A, 3
7B, 37C, 37D, changeover switches 38A, 38
B, 38C, and 38D are interlocked with each other. By arranging the relays 51A and 52A and the relays 51B and 52B independently, it is possible to independently turn on and off each of the circular tube fluorescent tubes 600 by the remote controller.

Next, a sixteenth embodiment of the present invention will be described. The sixteenth embodiment of the present invention is for performing settings such as an illegal intrusion warning mode, control of an air conditioner, recording reservation of a television program, control of a camera, confirmation of human safety, etc. via the Internet.

In FIG. 39, the server 709 is ISDN.
It is connected to the line 711 and the Internet 713,
Processes requests from users, signals from adapters, etc.
It is supposed to be relayed.

The adapter 5 etc. is the terminal adapter 715.
It is connected to the ISDN line 711 via. Also,
The remote control device 717 can be controlled to start and stop by infrared rays or radio waves transmitted from the light transmitting unit 241 of the adapter 5 or the like. The remote control device 717 is, for example, an air conditioner, a television, a video, or the like that can be controlled by a remote controller. A mobile phone 719, a mobile information terminal 721, and a personal computer 723 that can be connected to the Internet can be connected to the Internet 713.

Next, the operation of the 16th embodiment of the present invention will be described. The sixteenth embodiment of the present invention is the Internet 7
13 web pages are accessed. The user may, for example, use a mobile phone 719 to access the We
Access page b. At the time of access, it is desirable to enter a user number, a personal identification number, or the like. FIG. 40 shows an example of the menu screen of the downloaded Web page. For example, the item of lighting is selected. The server 709 is
The request content is analyzed and converted into a request command. After that, it is sent to the adapter 5 requested by the user via the “user information notification service” by the D channel packet communication of ISDN 711.

Adapter 5 that received the data request command
ISDN711 the current status of the lighting, which is its response
To the server 709 via. Upon receiving the response from the adapter 5, the server 709 converts the data into a Web page format and displays it on the mobile phone 719, which is the user's terminal. As a result, the user can confirm the current status of the light bulb 3, for example, the illumination on the Web page.
Since the light bulb 3 can be distinguished by the ID code even when it extends over multiple locations, "kitchen fluorescent lamp OFF" and "living room fluorescent lamp"
It can be displayed as "ON". In addition, this Web page also allows the operation mode of the light bulb 3 to be changed and ON / OFF operations to be performed. When the user selects ON or OFF of the lighting on this Web page, the server 70
9 analyzes the operation content and converts it into an operation command.
After that, the operation command is sent to the adapter 5 via the D channel packet communication of the ISDN 711. After receiving the operation command, the adapter 5 turns on the light bulb 3 or the like and then responds to the ISDN 71 with the current status of the light bulb 3.
1 to the server 709.

It is possible to confirm the current state of the illegal trespass warning mode and set and cancel the mode in the same manner as the lighting. The air conditioner can be operated and stopped. The requested operation signal is transmitted from the light transmitting unit 241 such as the adapter 5 to the air conditioner. However, if the air conditioner is capable of transmitting and receiving signals, it is possible to check the current setting status of the air conditioner.

When a camera is selected, the fisheye lens 3
Wide-angle shooting with 45 or normal shooting with the camera 331 is possible. The image captured by the camera 331 is attached to an electronic mail or transmitted as image information.

When the person safety confirmation is selected, as shown in FIG. 41, the adapter 5 and the portable terminal devices 200, 30 are selected.
0, the relay 187, the converter 120, and the like, the latest action data stored together with the date and time by the built-in clock function is displayed. This makes it possible to confirm the safety of people at a distance. From Figure 41, we can see where people are now,
It is possible to efficiently confirm the safety by the camera 331 or the telephone.

When a plurality of adapters 5 and the like are provided, the action data can be stored in the arithmetic unit 129 of the converter 120. Further, as shown in FIG. 18, when only one adapter 5 is connected to the line and other adapters and the like are not connected to each other, the mobile terminal is used for data communication between each adapter and the mobile terminal devices 200 and 300. The behavior data can be stored in the calculation unit 228 on the device 200 or 300 side. Then, when the human safety confirmation is selected, the action data is acquired from the calculation unit 228 via the light transmitting unit 241 of the adapter 5 by wireless or the like. Then, the acquired behavior data is sent to the server 709 via the ISDN 711.

On the other hand, when the relay 187 is arranged as shown in FIG. 19, the relay 187 has a built-in arithmetic unit, and the behavior data obtained from each adapter 5 etc. is stored in this arithmetic unit. When an abnormal signal of a person, an illegal intrusion signal, a fire signal, an emergency signal, or the like is detected by the adapter 5 or the like, the signal may be sent to a contact or the like by e-mail. At this time, the signal is sent to the server 709 via the ISDN 711. The server 709 analyzes the received signal to create an e-mail containing the content. The electronic mail is sent to the mobile phone 719, the mobile information terminal 721, the personal computer 723, or the like.

Next, the case where the TV program guide is selected will be described. When the TV program guide is selected, the TV or radio program guide 371 is downloaded to the mobile terminal device 200. In FIG. 42, a liquid crystal screen 221 displays, for example, a Sunday program of a NHK television channel 1 and a G code. By operating the operation key 217 up and down, time feeding can be performed. If the operation is further continued in the vertical direction, it is possible to move to the program table 271 on a different day.

The date can be updated by repeatedly operating a shift key (not shown). The program guide 371 automatically changes to the one at the current time of today. On the other hand, by operating the operation key 217 in the left-right direction, the channel can be switched.

As described above, when the program table 371 is repeated and the program desired to be viewed is found, the program can be pre-registered in advance. In this case, the cursor is aligned with the program and "program reservation" (not shown) is selected. At this time, the server 709 sets the G code to ISDN7.
11 to the adapter 5 via the D channel packet communication. The G code is transmitted from the light transmitting unit 241 of the adapter 5 together with the ID data and the like to the television or video by infrared rays or the like. This makes it possible to reserve the program. However, the reservation status can be confirmed if transmission is possible from a TV or video.

If "view program" (not shown) is selected instead of "reserve program", the video and audio of the program are downloaded from the host side and can be viewed directly on the portable terminal device 200.

When watching TV or radio,
In the downloaded program guide 371, the programs after the current time are automatically displayed on the screen. Then, the program guide 371 is repeated, and when a program desired to be viewed is found, that program is selected. If a program currently being broadcast is selected,
A signal is emitted from the transmission / reception unit 213 of the mobile terminal device 200, and the program is switched to. Multiple programs can be selected. The programs are continuously selected one after another over time. The selected program is stored, and when the time to which the program belongs arrives, a signal is automatically issued from the transmitting / receiving unit 213, and the channel can be switched. However, depending on the setting, this channel will not be switched, but it will be announced by voice or screen display that the time of the selected program has come and how many minutes later the selected program will start. May be. At this time, a response is made or data transmission operation is performed. In some cases, elderly people often forget that there are programs or the like that they want to watch, but this makes it possible to prevent them from missing the TV programs or radio programs that they want to watch. Also, by operating the keys, the safety of people can be confirmed.

In the sixteenth embodiment of the present invention, the Web page on the Internet 713 is accessed, but it is also possible to access it by e-mail. In this case, the data is requested by transmitting an electronic mail from the mobile phone 719 or the like to the server 709 via the Internet 713.

The server 709 analyzes the request contents and
A data request command is sent to the adapter 5 via the SDN 711. The adapter 5, which has received the data request command, displays the current status of lighting, etc., which is the response, to the ISDN 7
11 to the server 709. Upon receiving the response from the adapter 5, the server 709 converts the data into an e-mail format and converts the data into a mobile phone 719, which is the user's terminal.
And so on. This allows the user to confirm the current status of lighting etc. by e-mail.

Further, it is possible to change the operation mode of the light bulb 3 and the like and to turn it on and off by electronic mail. When the user writes "lighting ON" or "lighting OFF" in this e-mail, the server 709 analyzes the operation content and converts it into an operation command. After that, the operation command is sent to the adapter 5 via the D channel packet communication of the ISDN 711. After receiving the operation command, the adapter 5 turns on the light bulb 3, and then sends the current status of the light bulb 3 to the server 709 via the ISDN 711 as a response. The current status is converted into an electronic mail format and sent back to the mobile phone 719 or the like. This allows the user to operate lighting etc. by e-mail,
You can also check the results.

Next, a seventeenth embodiment of the present invention will be described. The seventeenth embodiment of the present invention relates to a method for setting a trespass alert mode. The trespassing alert mode can be set, canceled, etc. through the Internet 713 as described above. The seventeenth embodiment of the present invention is
It is possible to set the trespassing alert mode outside the entrance.

As shown in FIG. 43, a cylinder lock 753 is attached to the door 41 such as the entrance. A knob 757 is arranged on the cylinder lock 753. Knob 7
A key hole 759 is provided at the center of 57. Keyhole 75
By turning 9, the dead bolt 761 can be retracted from the side of the door 41. The cylinder lock 753 is
Cylinder holding lids 755, 7 from the front and back surfaces of the door 41
It is fixed to the door 41 by 55. A small hole 763 is provided in the cylinder holding lid 755, the surface of the small hole 763 is covered with resin, glass, or the like, and the infrared light receiving element 765 is arranged in the back. By rotating the knob 757, the latch bolt 762 can be retracted from the side of the door 41. A control box 767 is connected to the cylinder holding lid 755 which is the back surface of the door 41. The control box 767 is provided with an electromagnetic lock portion 771 that electromagnetically operates the dead bolt 761 as shown in the block diagram of FIG. On the other hand, the transmitting / receiving unit 213 of the mobile terminal devices 200, 300 is directed to the infrared light receiving element 765, and a signal is emitted from the transmitting / receiving unit 213. Infrared receiver 765
The signal received at is amplified by the receiving unit 773 and transmitted to the arithmetic circuit 54 of the adapter 5.
On the other hand, the command signal output from the arithmetic circuit 54 of the adapter 5 is transmitted to the control unit 775. Then, the electromagnetic lock portion 771 is operated by a signal given from the control portion 775. The control unit 775 determines whether the dead bolt 761 is closed or open.
Is transmitted to the arithmetic circuit 54. In addition, the converter 5 of the adapter 5 is included in the control box 767.
Power is being supplied from 5. Further, a reflector 43 is arranged on the back surface of the door 41.

In such a configuration, the mobile terminal device 20
An ID code and a specific personal identification number are registered in advance in the memories 0 and 300. Then, when a key button (not shown) is operated, the registered ID code and personal identification number are transmitted from the transmitting / receiving unit 213. However, the personal identification number may be key-operated one digit at a time. It is also possible to specify whether to close or open the dead bolt 761 following this number.

Check the password set after key operation,
If OK, send. The transmitted signal is the adapter 5
Is input to the arithmetic circuit 54. And this arithmetic circuit 5
In step 4, it is determined whether the ID code and the secret code are registered in advance. When the number matches the registered number, it is transmitted to the control unit 775. The control unit 775 transmits an open signal to the electromagnetic lock unit 771 when the current state of the dead bolt 761 is closed, and sends a close signal to the electromagnetic lock unit 771 when the current state of the dead bolt 761 is closed. In the electromagnetic lock unit 771, the dead bolt 7 is generated based on the given signal.
61 is operated. The state of the dead bolt 761 after the operation is transmitted to the control unit 775.

On the other hand, if the numbers match and the signal indicating the current status of the deadbolt 761 transmitted from the control unit 775 is a closed signal, the arithmetic circuit 54 sets the illegal intrusion warning mode. . Deadbolt 761
By closing or opening, the operator can confirm that the trespass alert mode has been set or released.
However, when there are a plurality of families, it is desirable that the mode setting of the trespassing warning mode is set when no person is detected by the arithmetic circuit 54 of the adapter 5, the relay 187, the converter 120, or the like. . Alternatively, the mobile terminal device 20
0 and 300 are provided with a dual-purpose button for setting the illegal intrusion warning mode and for locking the deadbolt 761 and a lock-only button for only locking the deadbolt 761, respectively. If there is still, the lock-only button may be pressed.

When the ID code and the personal identification number are transmitted again from the mobile terminal devices 200 and 300, the same processing is performed. Then, if the illegal intrusion warning mode is set, the mode is canceled.

The key can be locked or unlocked mechanically by inserting and turning the key into the keyhole 759. Therefore, in the unlikely event that an electrical failure occurs in the adapter 5 or the mobile terminal devices 200, 300,
It is safe to use even when the battery of the is exhausted.

In order to prevent picking, the mode setting of the illegal intrusion warning mode is canceled based on the signal transmitted from the portable terminal device 200 or 300 via the infrared light receiving element 765. Therefore, even if the deadbolt 761 is unlocked by picking, the illegal intrusion warning mode continues to be set, and the contact is informed that the illegal intrusion has occurred. Even when the cable 777 is cut off, it is possible to make a notification by performing the same protection as the external cable 142 described above. Further, in consideration of the case where the power supply line is disconnected, it is desirable to provide the power supply line of the adapter 5 or the like with a charging / discharging circuit including a capacitor or the like.

When the door 41 is opened, it is possible to detect the illegal entry due to the action of the reflector 43. Further, when an intruder reaches the reflector 43 and breaks it, the amount of reflected light is reduced and an abnormality is detected. Therefore, an intruder cannot enter even if the key can be unlocked by picking. As mentioned above, you cannot intrude through windows.

In the case of an abnormal state of a person or an emergency, the state of the dead bolt 761 of the cylinder lock 753 can be confirmed via the Internet 713 from a specific center or the like so that the emergency personnel can immediately enter the room, and it is closed. In some cases it may be desirable to send an open signal. Therefore, I
It is desirable to register the D code, personal identification number, etc. in advance in a specific center or the like. In the arithmetic circuit 54, such control from the center or the like may be possible only when an abnormal state of a person, an emergency signal, or the like is transmitted.

Further, the mode setting and the cancellation of the setting of the illegal intrusion warning mode are performed from the portable terminal devices 200 and 300 via the infrared light receiving element 765. On the other hand, cylinder lock 75
Locking or unlocking of the dead bolt 761 of No. 3 may be performed mechanically by a key operation through the key hole 759, and each function may be made independent. In this case, the control unit 775, the electromagnetic lock unit 771 and the like are unnecessary. However,
The small hole 763 may be enlarged and a confirmation lamp may be provided in order to confirm that the illegal intrusion warning mode has been set and the setting has been released. This confirmation lamp is
The light is turned on for a predetermined time based on a mode setting signal and a confirmation signal indicating that the setting has been released, which is transmitted from the arithmetic circuit 54 such as the adapter 5.

The shape and structure of the key are not limited, and for example, as shown in FIG. 45, the lever 779 and the keyhole 75.
9 may be separated, a lever 779 and a keyhole 759 may be integrated, or the like. The location of the infrared light receiving element 765 is also not limited.

Since the replacement work of the cylinder lock 753 is mainly required, even an amateur can easily carry out the work by following the procedure. Door 41
There is no waste of existing equipment such as. It is inexpensive in terms of equipment. Note that, in this way, the mobile terminal devices 200, 30
When the 0 is carried outdoors, it is desirable that the camera 331 is also arranged on the box 130, the adapter 5, and the like.

Further, when the cylinder lock 753 is mechanically locked, the mode setting of the illegal entry warning mode may be linked. Then, when the lock is released, the mode setting of the trespassing alert mode is released. However, in this case, the mode setting of the illegal trespass warning mode is canceled together with the unlocking, which is insufficient for picking. Therefore, at the time of unlocking, the mode setting of the illegal intrusion warning mode is not interlocked, and the mobile terminal device 2
Internet transmission from 00, 300
It is desirable to cancel the setting via 13.

Further, the signal received by the receiving unit 773 is transmitted to the control unit 775, and the control unit 775 determines whether or not the numbers match, and when the numbers match, the electromagnetic lock unit 77.
1 may be operated. The power source may be a battery. At this time, if the trespassing warning mode is unnecessary, the cable 777 is not necessary. However, the control box 767 is provided with a transmitting means for transmitting the signal received by the receiving portion 773 to the adapter 5 or the like by radio, infrared rays, ultrasonic waves, etc., while the receiving means for receiving this signal is provided to the adapter 5 or the like. The illegal access warning mode may be set and released by setting the communication and enabling communication.

Furthermore, the transmitting / receiving unit 213 of the portable terminal devices 200, 300 can wirelessly transmit / receive signals. However, a wireless circuit may be provided in addition to the infrared circuit.
On the other hand, the adapter 5 is a transmitting / receiving means for transmitting / receiving this wireless signal.
The illegal access warning mode may be set and released by disposing the device in such a manner as to enable communication. At this time, the cylinder lock 753 and the like need not be replaced as they are. Even if the cylinder lock 753 is picked, it is possible to detect that the door 41 is opened by using the reflector 43 or the like, or by using the opposed infrared sensor.
I can't trespass. Moreover, since the whole room or the window is detected by the human detection sensors 13 and 69, illegal entry through the window or the like cannot be performed. Lighting of lights, alarms, and taking photographs in case of an intrusion also contribute to dealing with illegal intrusion.

The mobile terminal devices 200 and 300 may perform wireless transmission only and the adapter 5 or the like may perform reception only. In this case, the speaker 56, 1 indicates that the mode setting and cancellation of the trespassing warning mode have been performed.
At 28 and 153, guidance is given with a specific sound or voice. If it is difficult to hear the sound from the speakers 56, 128, 153,
A speaker may be extended from the adapter 5 or the like on the back surface of the door 41. Further, a vibrating vibration device may be extendedly provided instead of the speaker. Alternatively, the illumination may be turned on for a fixed time.

Further, the mobile terminal devices 200 and 300 may be constructed by omitting the telephone function. Mobile terminal device 20
The transmission / reception unit 213 of 0 and 300 may be configured by ultrasonic waves, laser light, or the like.

Further, an infrared light receiving element 765 may be provided in the external terminal box 143 instead of the out-of-going switch 145, and the same processing may be performed by the transmission signals from the mobile terminal devices 200 and 300. At this time, the external terminal box 143 can be arranged above the human reach and the like.

Further, in the illegal trespass warning mode, the relay 51 may be turned on to automatically turn on the required number of light bulbs 3 and fluorescent tubes 501 when the brightness in the room falls below the set value. Illumination continues, for example, until 11:00 pm. Then, it is possible to preset the time until which the lighting is continued, whether or not the automatic lighting is enabled, which bulb 3 or fluorescent tube 501 is automatically turned on, or which of a plurality of lights is automatically turned on, or the like. Is desirable. The setting of automatic lighting in the illegal intrusion warning mode can be made also in the adapter 5 or the like, but the remote controller, the mobile terminal device 200,
It is also possible to access the Web page of 300 or the Internet 713. By making the room bright,
The risk of trespassing is reduced.

Furthermore, when an abnormal signal of a person, a trespassing signal, a fire signal, an emergency signal or the like is detected by the adapter 5 or the like,
It is desirable to be able to notify people outdoors as soon as possible. For this reason, the laser pointer is arranged at an appropriate place such as a roof outside. This laser pointer is cable-connected from the adapter 5 or the like. When a human abnormal signal or the like is emitted, a laser beam is emitted based on this signal. The laser beam is projected toward the road, for example. The light may be projected in a horizontal direction to some extent. It is also recognizable by people and cars passing by. Since the beam is displayed as a line over a long distance, it is easy for anyone to notice, and it is easy to recognize an abnormal house.

The adapter 5 is of a type having the socket 1 and the internal socket 33 as shown in FIG. 1, a body 91 of the lock type sealing plug as shown in FIG. 8, and a type having the latching electrode receiving portion 97. There are types for fluorescent tubes as shown in FIGS. 34 to 38, and each may be configured independently. However, the socket 1, the body 91, etc. may be provided in advance as components, and these components may be appropriately exchanged or may be connector-connectable in advance so that they may be put together as one adapter structure applicable to the various aspects described above. Good. In this case, even if the room is remodeled or moved, it can be applied to arbitrary equipment and the adapter 5 and the like are not wasted. Further, the adapter 5 and the like that can be combined with the mobile terminal devices 200 and 300 have flexibility. For example, the adapter 5 configures the human detection sensor 13 by a set of a plurality of pyroelectric infrared sensors,
The present invention can be applied to detection of human movement with high resolution, mosaic detection, and the like.

[0253]

As described above, according to the present invention, lighting operation and lighting-off operation can be automatically performed. Therefore, it is possible to prevent forgetting to turn it off and save electricity. High-performance operation with a remote control is possible. It can also notify people of abnormal conditions, fires, and illegal intrusions. Images of trespassers and abnormal conditions of people can be captured. This imaging can be done in a privacy-friendly manner. It is also effective as a picking countermeasure. It is possible to check the status of devices and people present in the home, and also to perform remote control. The mobile terminal device can also be used outdoors.
The usage frequency of the mobile terminal device is also improved. By increasing the frequency of use, the accuracy of determining a person's abnormal state also improves. Installation of the device is simple, inexpensive and highly functional. Existing equipment can be used as it is.

[Brief description of drawings]

FIG. 1 is a side sectional view of a first embodiment of the present invention.

[Fig. 2] Bottom view of the above

FIG. 3 is a circuit diagram of a first embodiment of the present invention.

[Fig. 4] Example of attaching a reflector to a door

FIG. 5: Example of reflector mounting method

FIG. 6 is another example of a reflector mounting method.

[Fig. 7] Flow chart of automatic lighting blinking operation

FIG. 8 is a side sectional view of a second embodiment of the present invention.

FIG. 9 is a configuration diagram of a third embodiment of the present invention.

FIG. 10 is a configuration diagram of a fourth embodiment of the present invention.

FIG. 11 is a circuit configuration diagram of a fifth embodiment of the present invention.

[Fig. 12] Another circuit configuration diagram of the same as above.

[Fig. 13] Another circuit configuration diagram of the same as above.

FIG. 14 is a circuit configuration diagram of a sixth embodiment of the present invention.

FIG. 15 is a circuit configuration diagram of a seventh embodiment of the present invention.

FIG. 16 is a circuit configuration diagram of an eighth embodiment of the present invention.

FIG. 17 is a circuit configuration diagram of a ninth embodiment of the present invention.

FIG. 18 is a circuit configuration diagram of a tenth embodiment of the invention.

FIG. 19 is a circuit configuration diagram of an eleventh embodiment of the invention.

FIG. 20 is a block diagram of a twelfth embodiment of the present invention.

FIG. 21 is an external view of a twelfth embodiment of the present invention.

FIG. 22 is a circuit configuration diagram of the adapter.

FIG. 23: Configuration of vibration detection unit

FIG. 24 is another example of the vibration detection unit.

FIG. 25 is another example of the vibration detection unit.

FIG. 26 is another example of the vibration detection unit.

FIG. 27 is a side view when the mobile terminal device is stored in the storage box.

FIG. 28 is a front view when the mobile terminal device is stored in a storage box.

FIG. 29 is an enlarged view of the same as above.

FIG. 30 shows an example of a switch inserted in the opening / closing part of the refrigerator door.

FIG. 31 Abutment member

FIG. 32 is an external view of a thirteenth embodiment of the present invention.

FIG. 33: Flow chart

FIG. 34 is a block diagram of a fifteenth embodiment of the present invention.

FIG. 35 is another example of a block diagram

FIG. 36: Application example of circular tube type fluorescent tube

FIG. 37 Intermediate Socket

FIG. 38: When there are multiple fluorescent tubes

FIG. 39 is a system configuration diagram of a sixteenth embodiment of the present invention.

[Figure 40] Menu screen example

FIG. 41 is a display example of human behavior data.

42. Downloaded program guide

FIG. 43 is a diagram showing a state of a cylinder lock.

FIG. 44 is a block diagram of a seventeenth embodiment of the invention.

FIG. 45 shows an example in which the lever and the keyhole are separated.

[Explanation of symbols]

1 Socket 3 Light Bulb 5, 105 Adapter 7, 31 Electrode 9 Opening 13, 69 Human Sensing Sensor 15, 71 Door Sensing Sensor 17 Square Tubular 21 Hook 33 Internal Socket 37 Pull Switch 41 Door 43 Reflector 54 Arithmetic Circuit 56, 128 , 153 Speaker 61 Wall-embedded decorative panel 73 Cylindrical part 90 Ceiling-hanging luminaire 91 Body 111 Panel 120 Converter 121, 157 Modulator 125, 161 Demodulator 129 Operation part 130 Box 133 Emergency button 135 Dial automatic connection circuit 137 Telephone 145 Outgoing switch 151, 169 Smoke sensor 155 Switching circuit 165 Emergency signal 167 Microphone 181, 191 Telephone line 183 Modular jack branch device 187 Repeater 193 Branch device 200 Mobile terminal device 201 Mobile phone circuit 203 Remote control circuit 205 Unit 213 Transmitter / receiver 215 Numerical keypad 217 Operation key 227 Human abnormality determination part 241 Light transmitter 243 Emergency button 311 Key part 312 Watch case 313 Transmission hole 317 Watch band 321A, 321B Terminal 331 Camera 333 Storage box 334 Holding part 343, 344 Cover plate 345 Fisheye lens 346 Glass optical filter 347 Cover plate control unit 371 Program table 500 Straight tube fluorescent tubes 501, 601 Fluorescent tubes 503, 533 Electrode terminals 505 Covers 509, 511, 513, 515, 517 Cable 600 Circular tube fluorescent Tube 603 Electrode terminal 607 Intermediate socket 613 Cables 615, 617 Jack 709 Server 711 ISDN line 713 Internet 717 Remote control device 719 Mobile phone 721 Mobile information terminal 723 Personal computer 753 Nda lock 761 deadbolt 765 infrared receiving elements 767 control box 771 electromagnetic lock unit 773 receiving unit 775 control unit

─────────────────────────────────────────────────── ───

[Procedure amendment]

[Submission date] November 16, 2001 (2001.11.
16)

[Procedure Amendment 1]

[Document name to be amended] Statement

[Name of item to be amended] Claims

[Correction method] Change

[Correction content]

[Claims]

[Procedure Amendment 2]

[Document name to be amended] Statement

[Correction target item name] 0006

[Correction method] Change

[Correction content]

[0006]

For this reason, the present invention (Claim 1) provides an on / off operation means for performing an on / off operation of a lighting device, a person detection sensor capable of detecting the presence of a person, and the person detection. Control means for performing an on / off operation of the on / off operation means based on a person presence detection signal by a sensor, and the presence sensor detects the presence of a person, and a predetermined time has elapsed after the presence detection of the person starts. Human abnormality determining means for determining a human abnormality when there is no change in the detection signal by the human detection sensor, and when the human abnormality determining means determines a human abnormality, or for predetermined guidance accompanying the determination. When there is no response to the person, the person is provided with a person abnormality contact means capable of at least one of notifying of the person's abnormality, contacting a predetermined partner of the person's abnormality, and talking with the partner, Operation means, the control means, and the human abnormality judgment Stage and / or the human abnormal contact means and / or the person detecting sensor is characterized in that it is constructed integrally.

[Procedure 3]

[Document name to be amended] Statement

[Correction target item name] 0008

[Correction method] Change

[Correction content]

The control means performs the on / off operation of the on / off operation means on the basis of the person presence detection signal from the person detection sensor. When the human detection sensor no longer detects the presence of a person,
Although the turning operation of the on / off operation means is performed, the turning operation may be performed after the timer setting time has elapsed. As a result, the lighting and the extinguishing operation of the lighting can be automatically performed. Therefore, it is possible to prevent forgetting to turn it off and save electricity.

[Procedure amendment 4]

[Document name to be amended] Statement

[Correction target item name] 0010

[Correction method] Change

[Correction content]

In the person abnormality contact means, when the person abnormality determining means determines that the person is abnormal, or when there is no response to the predetermined guidance accompanying the determination, the person abnormality notification means notifies the person abnormality. It is possible to contact at least one of a predetermined destination and a conversation with this destination. Notification of a human abnormality can be made by e-mail or the like. From the above, it is possible to grasp the situation such as a person falling and notify the other party. Therefore, people can live their daily lives with peace of mind.

[Procedure Amendment 5]

[Document name to be amended] Statement

[Correction target item name] 0012

[Correction method] Change

[Correction content]

Further, the present invention (claim 2) is to perform an on / off operation means for performing an on / off operation of a lighting device, a person detection sensor capable of detecting the presence of a person, and a person presence detection by the person detection sensor. Control means for performing an on / off operation of the on / off operation means based on a signal, operation means for operating whether the person is out or at home, and out of operation is selected by the operation of the operation means, and the person detection The above-mentioned on / off switching is provided with an illegal intrusion judging means for judging an illegal intrusion when there is a change in a detection signal by the sensor, and a communication means for notifying a predetermined partner when the illegal intrusion judging means judges an illegal intrusion. The operation unit, the control unit, the illegal intrusion determination unit, and / or the communication unit, and / or the human detection sensor are integrally configured.

[Procedure correction 6]

[Document name to be amended] Statement

[Correction target item name] 0013

[Correction method] Change

[Correction content]

The operation means can operate whether a person is out or at home. This operation may be performed by a button operation on site, or may be performed remotely by telephone, the Internet, electronic mail, or the like. With the trespass judging means,
When the user is out of the office by the operation of the operation means and the detection signal of the human detection sensor fluctuates, it is determined that the vehicle is illegally entered. In the communication means, when the illegal intrusion determining means determines that the illegal intrusion has occurred, a predetermined partner is notified.

[Procedure Amendment 7]

[Document name to be amended] Statement

[Name of item to be corrected] 0015

[Correction method] Change

[Correction content]

Further, the present invention (Claim 3) includes a person movement detecting means for detecting movement of a person, a portable terminal device, and an operation detecting means capable of detecting an operation performed by the portable terminal device. When there is no response to the operation by the operation detection means and / or the movement of the person by the person movement detection means, and there is no response to a predetermined time or a predetermined guidance that accompanies the predetermined time, the abnormality of the person Is provided, and at least one of the above-mentioned notification of the person's abnormality, contact with a predetermined destination of the person's abnormality, and conversation with the destination is provided.

[Procedure Amendment 8]

[Document name to be amended] Statement

[Correction target item name] 0016

[Correction method] Change

[Correction content]

The person abnormality contact means and the person movement detecting means may be configured by one adapter, or the person abnormality contact means and the portable terminal device may be integrated into one unit.
Further, the person abnormality contacting means, the mobile terminal device, and the person movement detecting means may be independently configured. When the person abnormality contact means and the person movement detection means are composed of one adapter, and when signal communication with the mobile terminal device is required, communication by infrared rays, ultrasonic waves, radio waves, etc. It is possible. The same applies to signal communication and the like between the person movement detecting means and the person abnormality detecting means when the person abnormality contacting means and the portable terminal device are constituted by one unit. The operation detecting means may detect that the key of the mobile terminal device has been directly operated, but when the mobile terminal device has a remote control function, You may make it detect by infrared rays etc. which are output from a remote control function. The mobile terminal device may be usable as a mobile phone. This mobile terminal device can be provided with an emergency button that can be contacted with a preset destination by pushing when a person is in an emergency.

[Procedure Amendment 9]

[Document name to be amended] Statement

[Correction target item name] 0017

[Correction method] Change

[Correction content]

Further, according to the present invention (claim 4), an electrode terminal of a fluorescent lamp lighting fixture connected to a power supply line, an adapter fed from the electrode terminal, and a human detection sensor arranged in the adapter. An electric appliance including lighting and / or a control unit for controlling disaster prevention including human abnormality based on a human presence detection signal generated when the human detection sensor detects the presence of a person. The adapter can be powered from electrode terminals such as a fluorescent tube of a fluorescent lamp lighting fixture. Therefore, even if it is difficult to directly feed power from a socket, a plug, or the like, it is possible to feed power from the electrode terminals of an existing fluorescent lamp illuminator such as a home or office. Furthermore, the present invention (Claim 5) includes a lighting fixture or the like that is supplied with power via the adapter or the electrode terminal,
ON / OFF operation means for operating ON / OFF of the lighting equipment,
The control means operates the on / off operation means based on the person presence detection signal. Further, according to the present invention (claim 6), a remote controller, an electric equipment device which is remotely controlled by the remote controller, a person detecting sensor for detecting the presence of a person, and the presence of a person cannot be detected by the person detecting sensor. And a signal transmitting means for transmitting a signal for turning off the switch of the electric equipment to the electric equipment when the judgment means judges that the predetermined time has passed. And configured. Furthermore, the present invention (Claim 7) includes a person detection sensor for detecting the presence of a person and / or a door detection sensor capable of detecting opening / closing of a door which is an entrance / exit of a room, passage, entrance, etc., and the person detection sensor and And / or illegal intrusion judging means for judging illegal intrusion based on a change in the signal of the door detection sensor, mode start / stop control means for controlling start / stop of illegal intrusion mode judgment by the illegal intrusion judging means, entrance, etc. Command transmission means capable of transmitting a command signal to the mode start / stop control means outside a door or the like which is the doorway of the door, and the command signal transmitted by the command transmission means to the door or the door And a command receiving means capable of receiving by a predetermined external terminal box arranged indoors or outdoors separated by. It is possible to instruct the start and stop of the determination of the illegal entry mode outside the door, which is a door such as a doorway. When the determination of the illegal intrusion mode is started, even if the key is temporarily opened by picking or the like, the illegal intrusion determination means monitors the illegal intrusion, which is a relief. Furthermore, the present invention (Claim 8) locks or unlocks the lock based on a lock arranged on a door or the like which is an entrance and exit of the entrance and the like and a command signal received by the command receiving means. The lock control means is provided. The lock is locked at the same time when the determination of the trespass mode is started. On the other hand, when the determination of the illegal entry mode is stopped, the lock is unlocked at the same time. With this, going out,
It is easy because you only have to operate the command by the command transmission means once when you get home. Furthermore, the present invention (claim 9) is characterized in that the command transmitting means is a mobile terminal device integrated with a mobile phone. If the mobile phone is connected to the Internet, the command signal of the command transmitting means can be sent via the Internet or electronic mail. Therefore, 1
With the portable terminal device of the book, the illegal entry mode and control of the lock can be operated directly or remotely depending on the situation. The mobile terminal device may allow the electric equipment in the room to be operated by the remote controller by causing the command transmitting unit to function as the remote controller. Mobile phones are a necessity even when you go out, and the trespass mode and lock lock operation are always performed when you go out, so you never forget to bring your mobile phone.
Furthermore, the present invention (Claim 10) transmits a command signal for locking or unlocking the lock outside a lock arranged on a door or the like that is an entrance / exit of the entrance or the like and outside the door separated from the door or the like. A command transmitting means capable of receiving the command signal transmitted by the command transmitting means, the command receiving means capable of receiving the command signal transmitted by the command transmitting means indoors inside the door or the like or the room separating the door or the like, and the command signal received by the command receiving means. A lock control unit for locking or unlocking the lock based on the lock control unit is provided, and the command transmission unit is a mobile terminal device integrated with a mobile phone. Furthermore, the present invention (Claim 11) provides a lock arranged on a door or the like which is an entrance / exit of a entrance, a lock control means for locking or unlocking the lock, and a person abnormality for judging a person's abnormality. Judgment means and lock unlock command means for instructing the lock control means to unlock the lock when the person is judged to be abnormal by the person abnormality judgment means or when the emergency button is pressed. And configured. Furthermore, the present invention (claim 1)
2) is characterized in that the command transmission means and / or the lock lock / unlock command is issued via the Internet, electronic mail, or button operation of a telephone. It is convenient when you forget to lock the lock. Also,
For the acquaintances, relatives, families, etc. who have visited, it is possible to stop unlocking the lock and judge the trespassing mode from a distance. Furthermore, the lock can be unlocked by a predetermined center or the like for emergency personnel who have rushed in the event of a human abnormality. Further, the present invention (Claim 13) includes a person detecting sensor for detecting the presence of a person, a transmitting means for transmitting a person presence signal when the person detecting sensor detects the presence of the person, and the transmitting means. It is characterized in that a person presence signal receiving means for receiving the transmitted person presence signal and a switch of a predetermined electric equipment device are turned off when the person presence signal receiving means stops receiving the person presence signal. Furthermore, the present invention (claim 14) is characterized in that the person presence signal receiving means and the electric equipment are integrated with a mobile phone. Further, the present invention (Claim 15) includes a judgment means for judging disaster prevention such as human abnormality, fire, or illegal intrusion, and an imaging means for activating a switch based on the judgment result by the judgment means or the operation of an emergency button. Prepared and configured. Since the switch of the image pickup means is activated only in an emergency, there is no waste. Furthermore, the present invention (Claim 16) includes a judging means for judging disaster prevention such as human abnormality, fire, or illegal intrusion, and an imaging means for activating a switch based on the judgment result by the judging means or an emergency button or remote operation. And an image-capturing changing unit for capturing an image by the image-capturing unit with a wide viewing angle and / or a predetermined blur. By taking an image at a wide viewing angle, it is possible to eliminate the blind spot in the room. Also,
By taking an image by blurring, it is possible to consider the privacy of the person being imaged. Blurring can be done by filters or by software processing. Furthermore, the present invention (Claim 17) is configured to include a storage unit that stores an image captured by the image capturing unit or the image capturing changing unit and / or a transmitting unit that transmits the image capturing. The image captured by the image capturing unit is attached to an electronic mail or transmitted as image information. Since it can be confirmed by the image, false alarms can be reduced, and the information can be stored in the storage means, which can be evidence at a later date. Further, the present invention (Claim 18) includes a judging means for judging illegal intrusion, an image pickup means for activating a switch based on the judgment result by the judging means or remote operation, and an image picked up by the image pickup means. The captured image transmitting means and the image comparing means for comparing the image transmitted by the captured image transmitting means with the image of the person registered in advance. By comparing the captured image with the image of the person who is registered in advance, it is possible to accurately determine the trespass. Further, according to the present invention (claim 19), an operation of supplying power from an electrode portion which is detachable from a lighting attachment member such as a socket or a plug having an electrode built therein, embedded in a wall, attached to a wall or plugged into an outlet. An adapter or the like, which is fed from the panel and fed from the electrode terminal of the fluorescent lamp lighting equipment connected to the power line, and a converter or repeater capable of centrally monitoring and / or controlling the adapter or the signal to the adapter. On the other hand, a control command transmitted from a predetermined information terminal via the Internet or electronic mail and a signal transmission means for transmitting the control command to the controlled device are configured. A converter or a repeater such as an adapter can be supplied with power from an electrode unit or the like already installed at home, office, or the like. The transmission by the signal transmitting means is performed from a predetermined information terminal to the converter or the relay such as an adapter via the Internet or electronic mail. If the adapter or the like is provided with, for example, a lighting or the like, the lighting or the like can be directly controlled. Further, it is also possible to control a device to be controlled existing at a distant place by transmitting signals such as infrared rays, ultrasonic waves, and radio waves from this adapter or the like. The control at this time is preferably a signal having the same specifications as the signal used in the remote controller for controlling the controlled device. As a result, the remote control can be performed by making the most of the existing equipment without the need for construction work or the work that can be done by an amateur. Furthermore,
In the present invention (claim 20), the controlled device is a trial listening device such as a video, a television or a radio, and a program guide is downloaded from a predetermined site to the information terminal, and the control command is the program guide. It is characterized by being a G code or a program attached to. The information terminal is a portable cell phone, a portable information terminal, a personal computer, or the like. You can select your favorite program by downloading the program guide. By selecting this program, the content of the program is downloaded by the information terminal and the program can be viewed. On the other hand, recording,
When making a recording reservation, a program is selected from the program table, and the G code or the program attached to this program is transmitted as a control command. Then, this control command is transmitted to the controlled device by a remote control signal or the like. As a result, it is possible to remotely record a program using a video installed in a home or the like and make a recording reservation by remote control. Further, according to the present invention (claim 21), an operation of supplying power from an electrode portion which is detachable from a lighting attachment member such as a socket or a plug having an electrode built therein, embedded in a wall, attached to a wall or plugged into an outlet. An adapter or the like, which is fed from the panel and fed from the electrode terminal of the fluorescent lamp lighting equipment connected to the power line, and a converter or repeater capable of centrally monitoring and / or controlling the adapter or the signal to the adapter. And electrical equipment whose operating state is monitored, a status signal of the electrical equipment sent from the converter or the relay such as the adapter via the Internet or e-mail, and a predetermined signal for displaying the status signal And an information terminal of. It is possible to confirm the status signal of the electric equipment device on the information terminal. Therefore, it is possible to confirm that the electric facility device is forgotten to be erased, etc., and when controlling the electric facility device, it is possible to perform reliable control by knowing the current state of the electric facility device. Further, according to the present invention (claim 22), an operation of supplying power from an electrode portion which is detachable from a lighting attachment member such as a socket or a plug having an electrode built therein, embedded in a wall, attached to a wall or plugged into an outlet. Power from the panel,
Predetermined information for an adapter or the like fed from the electrode terminal of the fluorescent lamp lighting equipment connected to the power supply line and a converter or repeater capable of centralized monitoring and / or control of the adapter or the signal for the adapter or the like Control command transmitting means for transmitting a control command from the terminal via the Internet or e-mail, action detecting means for detecting a person's action, and action history saving for saving a history of the action of the person detected by the action detecting means Means and an action history transmitting means for transmitting the action history of the person stored by the action history storing means based on the control command via the Internet or electronic mail, and the action history transmitting means to the information terminal. It is characterized in that the history of the behavior of the person transmitted in step 1 is displayed. The adapter or the like can be supplied with power from an electrode unit or the like already installed at home or office. A history of human actions is stored in the adapter or the like, the converter, or the relay. By grasping the latest person's behavior, it is easy to contact the person in case of abnormality, and it is possible to easily confirm the safety of the elderly. If the information terminal is a mobile phone, it is possible to contact immediately. The arrangement of the adapter and the like can be performed by making use of existing equipment without the need for construction or the like, even by an amateur. Further, according to the present invention (claim 23), an operation of supplying power from an electrode portion which is detachable from a lighting attachment member such as a socket or a plug in which an electrode is incorporated, embedded in a wall, attached to a wall or plugged into an outlet. An adapter or the like, which is fed from the panel and fed from the electrode terminal of the fluorescent lamp lighting equipment connected to the power line, and a converter or repeater capable of centrally monitoring and / or controlling the adapter or the signal to the adapter. On the other hand, control command transmitting means for transmitting a control command from a predetermined information terminal via the Internet or electronic mail, illegal intrusion judging means for judging illegal intrusion, and start and stop of illegal intrusion judgment by the illegal intrusion judging means It is characterized in that it is performed based on the control command. It is possible to remotely control the start and stop of illegal entry judgment. Therefore, it is convenient when the user goes out in a state where he / she forgets to set the start or stop of the illegal intrusion judgment. Furthermore, the present invention (Claim 24) provides an opening / closing detection means for detecting an opening and / or closing signal of a refrigerator door, and an abnormality of a person based on the opening and / or closing signal detected by the opening / closing detection means. It is configured by including a person abnormality judging means for judging. When the door of the refrigerator is opened and closed, it can be determined that the person is normal. Further, the present invention (Claim 25) is an illegal intrusion judging means for judging an illegal intrusion, a control means for sending a control command for starting and stopping an illegal intrusion detection to the illegal intrusion judging means, and a room brightness. Illuminance detecting means for detecting the illuminance, illuminance determining means for determining whether the brightness detected by the illuminance detecting means is less than or equal to a preset setting value, the determination of illegal intrusion by the control command is started, and And a lighting means for lighting a predetermined illumination when the brightness becomes equal to or lower than a set value.
If a person stays in a dark room for a long time, there is a high risk that he or she will be trespassed. Therefore, when the determination of illegal intrusion is started, a predetermined illumination is turned on when the brightness of the room becomes equal to or less than the set value. Further, the present invention (Claim 26) is an illegal intrusion judging means for judging illegal intrusion, and the illegal intrusion judgment means is started for the illegal intrusion judging means.
A control means for sending a control command for stopping, a time measuring means for measuring time, a judgment of illegal intrusion by the control command, and a predetermined time when the time measured by the time measuring means reaches a set value. And a lighting means for lighting the lighting. Further, the present invention (Claim 27) is based on a judgment means for judging an abnormality of a person, a mobile terminal device, and a key press operation of a sleep button arranged in the mobile terminal device or learning based on the key press operation. Based on the stored sleep time peculiar to the person, a sleep processing means for stopping the determination of the abnormality of the person is provided. By pressing the sleep button, the sleep mode can be set to the electric equipment such as the radio from the mobile terminal device by infrared rays or the like. When the sleep mode is set, the electric equipment such as a radio is automatically turned off after the set time has elapsed. However, such control may not be performed, and it may be used only for monitoring the sleep time peculiar to the person. By pressing the sleep button, it is possible to know that a person is going to sleep, so that it is possible to stop the judgment of a person's abnormality. Also,
Even if there is no push key operation of the sleep button,
The learning function determines the sleep time period peculiar to the person.
For this reason, the accuracy of determining a person's abnormality is improved. Further, according to the present invention (claim 28), an on / off operation means for performing an on / off operation of a lighting device, a person detection sensor capable of detecting the presence of a person, and the presence of the person is detected by the person detection sensor, and A person abnormality determining means for determining a person abnormality when there is no change in the detection signal by the person detecting sensor after a lapse of a predetermined time after starting the presence detection of the person, and a person abnormality determining means for determining the person abnormality. At this time, or when there is no response to the predetermined guidance that accompanies the person's abnormality judgment, the control means is provided for performing the turning-on / off operation of the turning-on / off operation means based on the judgment. The lighting fixture may be turned on immediately when a person's abnormality is determined or the like, but may be turned on when the room brightness is equal to or lower than the set value. Safety is ensured by turning on the lighting equipment. The room is bright even for rushed emergency personnel, so the condition is easy to understand and activities are easy. Further, the present invention (Claim 29) is characterized in that either a wired signal from the human abnormality communication means or a wired signal from an indoor telephone installed independently of the human abnormality communication means is used as an external telephone line. It is configured to include a relay means for relaying to. By relaying the wired signal from the telephone installed in the room and the wired signal from the means for contacting human abnormality with the relay means, only one telephone line contract is required. Furthermore, the present invention (Claim 30) is directed to detecting means for detecting a fire or gas leak, transmitting means for transmitting a fire signal or the like detected by the detecting means, and fire signal or the like transmitted by the transmitting means. A receiving means for receiving and a warning means for issuing a warning based on a fire signal or the like received by the receiving means,
The receiving means and the warning means are arranged in a mobile terminal device.

[Procedure Amendment 10]

[Document name to be amended] Statement

[Correction target item name] 0018

[Correction method] Change

[Correction content]

Further, the present invention (claim 31) includes a portable telephone means capable of communicating with the other party by radio waves, a remote control means capable of remote-controlling the target device, the remote control means and the portable telephone means. It is configured to include a built-in case and arm mounting means that allows the case to be mounted on the arm.

[Procedure Amendment 11]

[Document name to be amended] Statement

[Name of item to be corrected] 0032

[Correction method] Change

[Correction content]

It should be noted that regardless of the selection of the pull switch 37 and the changeover switch 38 (the pull switch 37 is manually operated,
Also, except when the changeover switch 38 is completely manual), the relays 51 and 52 are operated by a remote controller described later to light up.
It can be turned off. Further, a relay capable of switching the pull switch 37 and the changeover switch 38 may be provided so that the mode can be changed over by a remote controller. Furthermore, it is equipped with an inverter function that allows adjustment of the voltage supplied to the light bulb 3.
This adjustment may be operated by the remote controller.

[Procedure Amendment 12]

[Document name to be amended] Statement

[Correction target item name] 0107

[Correction method] Change

[Correction content]

From the above, it can be confirmed that illegal intrusion has occurred. When an illegal intruder tries to enter, the lights etc. suddenly turn on. For this reason, there is a great possibility that they will leave without damage. Further, even when the housekeeper is sleeping in the bedroom, even if the illegal intruder enters a room other than the bedroom, the lights and the like are turned on, so that the illegal intruder is very likely to leave. A warning sound may be emitted from a speaker 56 provided in the adapter 5 or the like, or a sound may be issued by a voice by a voice IC when the lighting or the like is turned on.

[Procedure Amendment 13]

[Document name to be amended] Statement

[Name of item to be corrected] 0123

[Correction method] Change

[Correction content]

When a person pushes the emergency button 133, this signal is judged by the arithmetic unit 129 and the telephone 13
At 7, the person's abnormality is reported to the other party. After that, the switching circuits 155 and 169 are switched as in the above. Further, by supplying a fire signal or a gas leak signal to all the adapters 5 etc. via the modulator 157 and the demodulator 161, it is possible to sound an alarm at all the speakers 56, 128, 153 etc.

[Procedure Amendment 14]

[Document name to be amended] Statement

[Correction target item name] 0124

[Correction method] Change

[Correction content]

As described above, the inquiry from the other party can be answered. When the signal discriminator 163 determines the emergency signal 165 indicating a human abnormality, it is desirable that the arithmetic circuit 54 of each adapter 5 turns on and operates the relay 51 to turn on all the light bulbs 3. However, the lighting of the light bulb 3 may be performed when the room brightness is equal to or lower than the set value. By turning on all the light bulbs 3, safety can be ensured, and it can be recognized from the outside that the emergency personnel who have rushed are in an emergency state. It is also easy for emergency personnel to work. When there is a person living together, the speaker 128 and the speaker 153 may emit an emergency sound based on the emergency signal 165 depending on the setting.

[Procedure Amendment 15]

[Document name to be amended] Statement

[Name of item to be corrected] 0137

[Correction method] Change

[Correction content]

A circuit configuration diagram of the eleventh embodiment of the present invention is shown in FIG. In FIG. 19, a repeater 187 has a dial automatic connection circuit 135 and a branching device 193 built-in.
A plurality of modular jacks 189 are connected to the dial automatic connection circuit 135. Modular jack 18
One of the nine is connected to the arithmetic circuit 54 by a cable 191.

[Procedure Amendment 16]

[Document name to be amended] Statement

[Correction target item name] 0139

[Correction method] Change

[Correction content]

In such a configuration, a plurality of adapters 5 and the like are provided, and any one of the arithmetic circuits 54 causes an abnormal human condition,
Even when a fire or illegal intrusion is detected, it is possible to notify a preset telephone number by the dial automatic connection circuit 135 by an emergency signal or the like. Dial automatic connection circuit 135
It can be constructed at low cost by sharing the above. A predetermined contact telephone number can be set in advance in the dial automatic connection circuit 135. Further, it is possible to easily exchange signals between the plurality of adapters 5 and the like via the cable 191. Therefore,
Even if a single adapter 5 or the like detects a fire or a gas leak, all the adapters 5 or the like can sound an alarm.

[Procedure Amendment 17]

[Document name to be amended] Statement

[Name of item to be corrected] 0165

[Correction method] Change

[Correction content]

When the light transmitting section 241 is wireless, it is possible to judge a person's abnormality without moving the portable terminal device 200 when moving between rooms as long as it is within a wireless range. Further, even if the mobile terminal device 200 detects, for example, a fire or a gas leak that has occurred on the first floor by the adapter 5 or the like installed on the first floor, the speaker 209 of the mobile terminal device 200 on the second floor. You can hear more guidance.
When setting the illegal intrusion warning mode or the like, a call is made to the mobile terminal device 200 from a telephone outside the home.

[Procedure 18]

[Document name to be amended] Statement

[Correction target item name] 0172

[Correction method] Change

[Correction content]

The image pickup by the camera 331 is performed by the camera 331.
In addition to the normal shooting with the lens, the wide-angle shooting with the fish-eye lens 345 is possible because the room is widely imaged. In addition, the frosted glass optical filter 346 is attached to the camera 33.
When the lens is overlaid on the first lens or the fisheye lens 345, a person is photographed through the frosted glass. Therefore, the privacy of the person is protected. Privacy can be protected and released by pressing the button 349. However, as for privacy protection, the threshold of image information may be reduced, noise may be added, or software processing such as mosaic processing may be performed for each pixel after performing normal shooting.

[Procedure Amendment 19]

[Document name to be amended] Statement

[Correction target item name] 0177

[Correction method] Change

[Correction content]

Further, in the case of illegal intrusion, the image taken by the camera 331 is once received by the host computer and stored, and then image analysis is performed to determine the characteristics such as the face and figure of the person registered in advance. Make a comparison. However, this comparison may be made by a person. The image may be transferred to a predetermined destination when the characteristics of the person are different. The wide-angle captured image may be modified into a planar image by software processing. If a plurality of cameras 331 can be installed, a stereoscopic image of an illegal intruder can be created based on a plurality of images such as an image captured from the ceiling side by the adapter 5 and an image captured horizontally. Further, it is possible to determine the approximate height of the person from the horizontal position of the illegal intruder based on the image captured from the ceiling side, the vertical position of the illegal intruder based on the image captured from the horizontal, and the height at which the camera 331 is installed. is there.

[Procedure amendment 20]

[Document name to be amended] Statement

[Name of item to be corrected] 0188

[Correction method] Change

[Correction content]

At this time, the camera 331 may be provided on the adapter 5, the wall-embedded decorative panel 61, the panel 111, or the like, but the box 130 in FIG. 14 is attached to the wall or the like overlooking the entire room or the entrance. The camera 331 may be arranged in the box 130. Then, when the trespass has been made, the adapter 5 turns on the bulb 3 in the same manner as described above. After that, the camera 331 receives the presence detection signal (illegal intrusion signal) from the adapter 5 or the like.
Is turned on. The captured image is attached to an electronic mail and transmitted, or transmitted as a video signal. The image is recorded in the memory. In addition, the telephone set 137 and the dial automatic connection circuit 135 are not provided and the adapter 5
And the like and only the mobile terminal device 200 is provided, and the mobile terminal device 200 is taken out of the door when going out,
The image captured by the camera 331 is recorded in the memory. It is desirable to arrange the memory in the adapter 5 or the like located on the ceiling. When the setting of the illegal intrusion warning mode is canceled by the mobile terminal device 200 or the like, the speaker 56,
153, 209 etc. repeatedly give voice guidance that the trespass has been made. When the memory is a removable recording medium such as a memory stick, the image captured on this recording medium can be displayed by a personal computer, a digital camera, or the like.

[Procedure correction 21]

[Document name to be amended] Statement

[Correction target item name] 0214

[Correction method] Change

[Correction content]

In FIG. 39, the server 709 is ISDN.
It is connected to the line 711 and the Internet 713,
A request from a user, signals from the adapters 5 and 105, the wall-embedded decorative panel 61, the panel 111, the converter 120, the relay 187, and the like are processed and relayed.

[Procedure correction 22]

[Document name to be amended] Statement

[Correction target item name] 0234

[Correction method] Change

[Correction content]

Check the password set after key operation,
If OK, send. The transmitted signal is the adapter 5
Is input to the arithmetic circuit 54. When the door 41, the window, and the like are made of glass or the like that allows infrared rays to pass therethrough, the infrared signal transmitted from the remote controller of the mobile terminal device 200 or 300 is directly detected by the human sensor 13 or the door sensor as described above. It is received at 15th grade. Therefore, in this case, the infrared light receiving element 765, the receiving unit 773 and the like are unnecessary. Then, the arithmetic circuit 54 determines whether or not the input signal is the ID code and the secret code registered in advance. When the number matches the registered number, it is transmitted to the control unit 775. The control unit 775 transmits an open signal to the electromagnetic lock unit 771 when the current state of the dead bolt 761 is closed, and sends a close signal to the electromagnetic lock unit 771 when the current state of the dead bolt 761 is closed. In the electromagnetic lock unit 771, the dead bolt 761 is operated based on the given signal.
The state of the dead bolt 761 after the operation is transmitted to the control unit 775.

[Procedure amendment 23]

[Document name to be amended] Statement

[Name of item to be corrected] 0238

[Correction method] Change

[Correction content]

In order to prevent picking, the mode setting of the illegal intrusion warning mode is canceled based on the signal transmitted from the portable terminal device 200 or 300 via the infrared light receiving element 765. Therefore, even if the deadbolt 761 is unlocked by picking, the illegal intrusion warning mode continues to be set, and the contact is informed that the illegal intrusion has occurred. The contact information can be the mobile terminal devices 200 and 300. In this case, it is possible to immediately notice the situation such as setting the illegal intrusion warning mode even when another person remains in the room by directly sending a notification to the mobile terminal devices 200 and 300. In addition, by setting the mode of the trespass alert mode inside or outside the entrance, it can be used for daily inspection such as whether the trespass alert mode is functioning normally. Even when the cable 777 is cut off, it is possible to make a notification by performing the same protection as the external cable 142 described above. Further, in consideration of the case where the power supply line is disconnected, it is desirable to provide the power supply line of the adapter 5 or the like with a charging / discharging circuit including a capacitor or the like.

[Procedure correction 24]

[Document name to be amended] Statement

[Correction target item name] 0240

[Correction method] Change

[Correction content]

In the case of an abnormal state of a person or an emergency, the state of the dead bolt 761 of the cylinder lock 753 can be confirmed via the Internet 713 from a specific center or the like so that the emergency personnel can immediately enter the room, and it is closed. In some cases it may be desirable to send an open signal. Therefore, I
It is desirable to register the D code, personal identification number, etc. in advance in a specific center or the like. In the arithmetic circuit 54, such control from the center or the like may be possible only when an abnormal state of a person, an emergency signal, or the like is transmitted. Further, when such an abnormal state of a person or an emergency signal is transmitted, the open signal of the dead bolt 761 may be forcibly transmitted from the arithmetic circuit 54.

[Procedure correction 25]

[Document name to be amended] Statement

[Correction target item name] 0241

[Correction method] Change

[Correction content]

Further, the mode setting and the cancellation of the setting of the illegal intrusion warning mode are performed from the portable terminal devices 200 and 300 via the infrared light receiving element 765. On the other hand, cylinder lock 75
Locking or unlocking of the dead bolt 761 of No. 3 may be performed mechanically by a key operation through the key hole 759, and each function may be made independent. In this case, the control unit 775, the electromagnetic lock unit 771 and the like are unnecessary. Also,
When the door 41, the window, etc. are made of glass or the like that allows infrared rays to pass therethrough, as described above, the mobile terminal devices 200, 3
The infrared signal transmitted from the remote control device 00 is directly received by the human detection sensor 13, the door detection sensor 15, and the like. Therefore, in this case, the infrared light receiving element 765 and the receiving unit 77
The third grade is also unnecessary. The small hole 763 may be enlarged and a confirmation lamp may be provided in order to confirm that the illegal intrusion warning mode has been set and the setting has been released. This confirmation lamp is provided by the arithmetic circuit 54 such as the adapter 5.
The light is turned on for a predetermined time based on the mode setting signal and the confirmation signal indicating that the setting has been released.

[Procedure Amendment 26]

[Document name to be amended] Statement

[Correction target item name] 0242

[Correction method] Change

[Correction content]

The shape and structure of the key are not limited, and for example, as shown in FIG. 45, the lever 779 and the keyhole 75.
9 may be separated, a lever 779 and a keyhole 759 may be integrated, or the like. The location of the infrared light receiving element 765 is also not limited. Therefore,
Infrared rays may be received through a peephole or the like provided in the door 41. In this case, the prism is brought into contact with the viewing hole to disperse the light in two directions, and the light in one direction is detected by the infrared light receiving element 765. Then, the light from the other direction can be used to confirm the person through the peephole as usual.

[Procedure Amendment 27]

[Document name to be amended] Statement

[Correction target item name] 0250

[Correction method] Change

[Correction content]

Further, in the illegal trespass warning mode, when the brightness of the room falls below a set value or a preset time is reached, the relay 51 is turned on to turn on the required number of light bulbs 3 or fluorescent tubes 501. May be turned on automatically. Illumination continues, for example, until 11:00 pm. Then, from what time the lighting is started or until what time it is continued, whether automatic lighting is possible, which bulb 3 or fluorescent tube 501 is automatically turned on, or which of a plurality of lights is automatically turned on. It is desirable that the or the like can be set in advance. The setting of the automatic lighting in the illegal trespass warning mode can be made in the adapter 5 or the like, but can also be made by accessing the remote controller, the mobile terminal devices 200 and 300, or the Web page of the Internet 713. By making the room brighter, the risk of trespassing is reduced.

Front page continuation (51) Int.Cl. ⁷ Identification code FI theme code (reference) G08B 25/10 G08B 25/10 DF term (reference) 5C086 AA22 BA01 CA25 DA02 DA04 DA40 EA13 EA15 EA45 FA06 5C087 AA02 AA03 AA05 AA09 AA10 AA25 BB12 BB46 BB65 BB74 DD03 DD05 DD08 DD24 EE06 EE10 FF23 GG03 GG04 GG08 GG12 GG32 GG36

Claims (5)

[Claims] 1. An on / off operation means for performing an on / off operation of a lighting device and the like, and a person detection sensor capable of detecting the presence of a person.
Control means for performing an on / off operation of the on / off operation means when the presence of a person is detected by the person detection sensor; and the presence of a person is detected by the person detection sensor, and a predetermined time has elapsed after the start of the presence detection of the person. Even if there is no fluctuation in the detection signal by the human detection sensor, a person abnormality judging means for judging that the person is abnormal, and when the person abnormality judging means judges that the person is abnormal, the abnormality of the person is notified, An abnormal contact means for contacting at least one of a predetermined abnormal party and a conversation with the abnormal party is provided, and the on / off operation means, the control means and the person abnormality judging means and / or the person A control device characterized in that the abnormal contact means and / or the human detection sensor are integrated. 2. An on / off operation means for performing an on / off operation of a lighting device and the like, and a person detection sensor capable of detecting the presence of a person,
When the presence of a person is detected by the person detection sensor, a control means for performing an on / off operation of the on / off operation means, an operation means for operating whether the person is out or at home, and an out of operation by the operation means Is selected and there is a change in the detection signal by the human detection sensor, an illegal intrusion determining means for determining an illegal intrusion, and a communication for notifying a predetermined partner when the illegal intrusion determining means determines an illegal intrusion A control device, characterized in that the on / off operation means, the control means, the illegal intrusion determination means and / or the communication means and / or the human detection sensor are integrated. 3. A person movement detecting means for detecting movement of a person,
A person abnormality determining means for determining abnormality of the person after a predetermined time elapses after the movement of the person is not detected by the person movement detecting means and / or a predetermined guidance accompanied with the passage of the predetermined time;
A person abnormality signal generation unit that generates a person abnormality signal when the person abnormality determination unit determines that the person abnormality, and a person abnormality signal transmission unit that transmits the person abnormality signal generated by the person abnormality signal generation unit A human abnormality signal receiving means for receiving the human abnormality signal transmitted by the human abnormality signal transmitting means; and a notification of the abnormality of the person when the human abnormality signal is received by the human abnormality signal receiving means, A unit for contacting a person with abnormalities, which is capable of at least one of contacting a predetermined destination of the person's abnormality and having a conversation with the destination, and the human abnormality signal receiving unit and the human abnormality contacting unit are portable units. A control device comprising: 4. A mobile telephone unit capable of communicating with a partner by radio waves and / or a remote control unit capable of performing a remote control operation on a target device, and the remote control unit and / or the mobile telephone unit are not operated. 2. The human abnormality signal is generated after a predetermined time elapses and / or a predetermined guidance accompanying the elapse of the predetermined time, or each processing in the human abnormality communication means is performed. The control device according to 2 or 3. 5. A mobile phone unit capable of communicating with the other party by radio waves, a remote control unit capable of remote-controlling the target device, a case incorporating the remote control unit and the mobile phone unit, and an arm for the case. A mobile terminal device, comprising arm mounting means that can be freely mounted on.