JP4625121B2 - Control device - Google Patents

Description

  The present invention relates to a control device, and in particular, control that can prevent forgetting to turn off lighting, abnormal human condition, fire, illegal intrusion, picking prevention, remote control of electrical equipment, etc., and easy installation of the device. Relates to the device.

  In recent years, elderly people living alone have been on the rise, and many elderly people are living with some concern for their body. In particular, elderly people who are worried about their health can live a fairly peaceful daily life if there is a way to reliably and quickly convey their physical condition to their counterparts.

In addition, in many cases, useless lighting or the like is left in the home. In addition, fires and gas leaks that occur during sleep often cause children and elderly people to escape and be sacrificed. The illegal invasion of thieves and others aiming to live alone is also increasing. The technique of picking has also become more sophisticated.
In addition, information devices such as mobile phones and personal computers and remote controls have become widespread in recent years and have become a necessity in daily life.

  By the way, there is no system that can provide such an inexpensive physical construction, prevention of forgetting to turn off the lighting, notification of fire or illegal intrusion, prevention of picking, etc., as simple as possible even for an amateur, and at a low cost. In addition, it is convenient if the above-mentioned information equipment can be used at a low cost and with simple construction by hand control of electrical equipment in the home, remote control via the network, and acquisition of abnormality information.

  The present invention has been made in view of such a conventional problem, such as prevention of forgetting to turn off lighting, abnormal state of a person, fire, report of illegal intrusion, prevention of picking, remote control of electrical equipment, etc., and It is an object of the present invention to provide a control device that can be easily installed.

For this reason, the present invention provides an electrode terminal for attaching a lighting fixture connected to a power supply line, an adapter that can be attached to and detached from the electrode terminal, and that is fed with power from the electrode terminal when attached. A lighting fixture that is attachable to the adapter and that is supplied with power from the adapter when installed, a human detection sensor that detects the presence of a person and is installed in the adapter, and starts a mode in which a person is out and warns of trespassing. A warning mode designating means for designating a stop, and an illegal law for judging that a trespass has been made when the presence of a person is detected by the human sensor after the warning mode designating means designates the start of a trespassing warning mode. An intrusion determining means and an illegal intrusion control means for controlling the lighting device and an alarm when the illegal intrusion is determined by the illegal intrusion determining means.
Further, the present invention is characterized in that the illegal intrusion determining means and the illegal intrusion control means are provided in the adapter.
Furthermore, the present invention provides an adapter embedded in or attached to a wall, a human sensor for detecting the presence of a person disposed on the adapter, and starting and stopping a mode in which a person is on the go and warns of trespassing. A warning mode designating means for designating that an illegal intrusion warning mode is designated by the warning mode designating means, and a trespassing for judging that a trespassing has occurred when the presence of a person is detected by the human sensor And a judging means.
Furthermore, the present invention is characterized in that the adapter is connected to a predetermined outlet directly or via a power plug, and an operation switch for operating the lighting fixture is disposed on the adapter.
Furthermore, according to the present invention, the adapter is provided with an outlet, and is provided with operation means for operating the electrical equipment connected to the outlet.
Furthermore, the present invention provides an adapter that is supplied with power from a plug of a fluorescent tube holder connected to a power supply line or an electrode terminal connection portion of the fluorescent tube, a human detection sensor that is disposed on the adapter and senses the presence of a person, A warning mode designating unit for designating that a person is out and is in a mode to warn of trespassing, and that the mode is a warning mode designating unit. A trespassing means for judging that trespassing has been performed when the presence is sensed is provided.
The adapter can supply power from an electrode terminal such as a fluorescent tube of a fluorescent lamp lighting fixture. For this reason, even when it is difficult to supply power directly from a socket, a plug, or the like, power can be supplied from the electrode terminal of a fluorescent lamp luminaire in an existing home or office.
The adapter can be fed from an electrode unit already installed in a home or office. Transmission is performed from a predetermined information terminal to the adapter via the Internet or electronic mail. For example, if the adapter is provided with illumination, this illumination can be directly controlled. Moreover, it is good also as controllable to-be-controlled apparatus which exists in the place distant from this adapter by signal transmission, such as infrared rays, an ultrasonic wave, and radio | wireless. The control at this time is desirably a signal having the same specification as the signal adopted in the remote controller for controlling the controlled device. As a result, remote control can be performed in a form that makes use of existing facilities and that is not necessary or can be performed by an amateur.
The start and stop of the determination of illegal intrusion may be remotely controlled. In this case, it is convenient when the user goes out in a state where he / she forgot to set the start / stop of the determination of illegal intrusion.
Furthermore, the present invention is characterized by comprising a lighting fixture and a lighting fixture control means for controlling the lighting fixture, and controlling the lighting fixture when illegal entry is determined by the illegal entry determination means.
Further, according to the present invention, the adapter is provided with door detection means capable of detecting opening / closing of a door which is an entrance / exit of a room, a passage, or a front door, and the illegal intrusion determination means is based on a change in a signal of the door detection sensor. It is characterized in that illegal intrusion is determined.
For example, it is possible to command the start and stop of the illegal intrusion mode determination outside the door that is the entrance / exit of the entrance. When the determination of the illegal intrusion mode is started, even if the key is unlocked by picking, it is safe because the illegal intrusion determination means monitors the illegal intrusion.
Further, the present invention provides illuminance detection means for detecting brightness, illuminance determination means for determining whether or not the brightness detected by the illuminance detection means is equal to or less than a preset setting value, and the warning mode designation means And a lighting means for turning on a predetermined illumination when the brightness falls below a set value after specifying the start of the illegal intrusion warning mode.
If a dark room lasts for a long time when no one is present, there is a high risk of unauthorized entry. Therefore, when the determination of illegal intrusion is started, a predetermined illumination is turned on when the indoor brightness becomes a set value or less.
Further, the present invention provides a time measurement means for measuring time and a predetermined illumination when the time measured by the time measurement means after the start of the illegal intrusion warning mode by the warning mode specifying means becomes a set value. And lighting control means for controlling the lighting of the lamp.
Furthermore, the present invention comprises a lock disposed on the door, and a lock control means for locking or unlocking the lock based on a mode start / stop signal by the warning mode designating means.
The lock is locked at the same time when the judgment of the illegal intrusion mode is started. On the other hand, when the determination of the illegal intrusion mode is stopped, the lock is simultaneously unlocked. As a result, it is easy to operate the command by the command transmission means only once when going out or going home.
This is useful when you forget to lock the lock. In addition, it is possible to stop the unlocking of the lock and the determination of the trespassing mode from a distance for acquaintances, relatives, and family members who have visited. Furthermore, the lock can be unlocked for emergency personnel who have rushed in the event of a human abnormality or the like by a predetermined center or the like.
Furthermore, the present invention comprises an image pickup means for picking up an image when the illegal intrusion determination means determines that the intrusion is illegal.
Since the switch of the imaging means is activated only in an emergency, there is no waste.
By taking an image at a wide viewing angle, the blind spot in the room can be eliminated. Further, by taking an image by blurring, it is possible to consider the privacy of the person to be imaged. Blur is possible by a filter or by software processing.
The image picked up by the image pickup means is attached to an e-mail or transmitted as image information. Since it can be confirmed by the image, misinformation is reduced, and it is stored by the storage means, so that it can be evidence later.
By comparing the captured image with an image of a person registered in advance, the determination of illegal intrusion can be made accurate.
Furthermore, the present invention comprises a contact means for notifying that the illegal intrusion has been made by the illegal intrusion determining means.
Furthermore, the present invention determines that a person is abnormal when the presence of the person is detected by the person detection sensor and the detection signal from the person detection sensor does not fluctuate even after a predetermined time has elapsed after the start of the presence detection of the person. When it is determined that a person abnormality is detected by the person abnormality determination means and the person abnormality determination means, or when there is no response to the predetermined guidance accompanying the determination, the person abnormality notification, the person abnormality A person abnormal contact means that can perform at least one of contact with a predetermined destination and conversation with the destination.
However, the lighting apparatus may be turned on immediately when a human abnormality is determined. Alternatively, it may be turned on when the brightness of the room is equal to or lower than a set value. Safety is ensured by lighting the lighting fixture. The emergency room is lit, and the room is bright, making it easy to understand the condition and to act.
Further, according to the present invention, the adapter includes door detection means capable of detecting opening / closing of a door which is an entrance / exit of a room, a passage, and an entrance, and the door detection means even after a predetermined time has elapsed after the opening / closing detection of the door. When there is no change in the detection signal due to the person, the person abnormality judging means for judging that the person is abnormal, and when the person abnormality judging means judges that there is a person abnormality, there is no response to the predetermined guidance accompanying the judgment. When there is a person's abnormality, the person's abnormality is notified, a contact with a predetermined partner of the person's abnormality, and a conversation with the partner are provided.
Further, the present invention provides a refrigerator door opening / closing detection sensor for detecting opening / closing of a refrigerator door, and the adapter includes refrigerator door detection means for receiving a signal from the refrigerator door opening / closing detection sensor. Thereafter, when there is no change in the detection signal by the door sensing means even after a predetermined time has passed, a human abnormality determination means for determining a human abnormality, and when the human abnormality determination means determines a human abnormality, or the determination When there is no response to the prescribed guidance accompanying the person, an abnormality of the person who can perform at least one of the notification of the abnormality of the person, the contact of the abnormality of the person to the predetermined destination and the conversation with the destination A communication means was provided.
When the refrigerator door is opened and closed, it can be determined that the person is normal.
Further, according to the present invention, the adapter includes remote control operation sensing means capable of sensing a remote control operation, and even if a predetermined time elapses after sensing the remote control operation, a change in a detection signal by the remote control operation sensing means is detected. A person abnormality judging means for judging that the person is abnormal when there is no person, and when the person abnormality judging means judges that the person is abnormal, or when there is no response to the predetermined guidance accompanying the judgment, The apparatus is provided with a person abnormality contact means that can perform at least one of notification of abnormality, contact with a predetermined partner of the person's abnormality, and conversation with the partner.
Furthermore, the present invention is configured to include control means for controlling ON or OFF of the switch of the lighting apparatus or the electrical equipment when the presence / absence of a person is detected by the person detection sensor.
Furthermore, the present invention is configured to include control means for controlling ON or OFF of the switch of the lighting fixture or the electrical equipment when the door sensing means senses opening / closing of the door.
Furthermore, the present invention is characterized in that the human sensor is removable from the adapter.
Furthermore, the present invention is characterized in that the adapter is integrated with an umbrella and / or a lighting circuit portion of a lighting fixture.
In the present invention, the command transmission means may be a mobile terminal device integrated with a mobile phone.
If the Internet is connected by a mobile phone, the command signal can be sent via the Internet or electronic mail. Accordingly, the illegal intrusion mode and the lock control can be directly or remotely operated according to the situation by one portable terminal device. The portable terminal device may function as a remote control so that the electrical equipment in the room can be operated as a remote control. Mobile phones are essential items even when going out, and the trespassing mode and lock operation are always performed when going out, so you will never forget to bring your mobile phone.
In the present invention, the device to be controlled is a trial listening device such as a video, a television, or a radio, a program guide is downloaded from a predetermined site to the information terminal, and the control command is attached to the program guide. It can also be a G code or a program.
The information terminal is a portable cellular phone, a portable information terminal, or a personal computer. You can download the program guide and select your favorite program. By selecting this program, the contents of the program are downloaded at the information terminal and the program can be viewed. On the other hand, when recording or recording reservation is made, a G code or a program attached to the program is transmitted as a control command by selecting the program from the program guide. 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 and make a recording reservation with a video or the like installed at home.
Furthermore, the present invention relates to a determination means for determining an abnormality of a person, a portable terminal device, and the person stored by pressing a sleep button provided in the portable terminal device or learning based on the pressing key operation. It is also possible to provide a sleep processing means for stopping the determination of the abnormality of the person based on a specific sleep time zone.
By pressing the sleep button, the sleep mode can be set for the electric equipment such as a radio by infrared rays from the portable terminal device. When the sleep mode is set, the power of the electrical 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. Since it is understood that a person enters sleep by operating the sleep button, it is possible to stop the determination of a person's abnormality. Further, even when the sleep button is not pressed, the sleep function peculiar to the person is determined by the learning function. For this reason, the accuracy of determination of a human abnormality is improved.
Furthermore, the present invention provides a relay means for relaying either a wired signal from the person abnormality communication means or a wired signal from a telephone set installed indoors independently from the person abnormality communication means to an external telephone line. It is also possible to comprise.
By relaying the wired signal from the telephone installed in the room and the wired signal from the person abnormality communication means by the relay means, the telephone line contract is only one line.
Furthermore, the present invention provides a detecting means for detecting a fire and gas leak, a transmitting means for transmitting a fire signal detected by the detecting means, and a receiving means for receiving a fire signal transmitted by the transmitting means. It is also possible to provide warning means for issuing a warning based on a fire signal or the like received by the receiving means, and the receiving means and the warning means may be disposed in the mobile terminal device.

  Furthermore, the present invention provides a mobile phone means capable of communicating with the other party by radio waves, a remote control means capable of remote-controlling the target device, a case incorporating the remote control means and the mobile phone means, and the case. It is also possible to provide an arm mounting means that can be freely mounted on the arm.

  In the on / off operation means, on / off of a lighting fixture or the like is operated. The human sensor can detect the presence of a person. For example, the human sensor may be disposed on an adapter or the like, but may be separated from the adapter or the like.

The control means performs an operation based on a human presence detection signal from the human sensor. Note that when the presence of a person is no longer detected by the human sensor, the cutting operation is performed. However, the cutting operation may be performed after the timer set time has elapsed.
As a result, lighting can be turned on and off automatically. Therefore, it is possible to prevent forgetting to turn off and to save power.

  The human abnormality determination means determines that there is a human abnormality when the presence of a person is detected by the human detection sensor and the detection signal from the human detection sensor does not fluctuate even if a predetermined time elapses after the start of the human presence detection. If there is a person, be sure to move between rooms. This state is detected by the fluctuation of the detection signal by the human sensor. If the fluctuation of the detection signal cannot be confirmed even after a predetermined time has elapsed after the start of sensing the presence of a person, it is determined that the person is abnormal.

When it is determined that a human abnormality is detected by the human abnormality determination means, or when there is no response to the predetermined guidance accompanying this determination, notification of the abnormality of the person, notification of the abnormality of the person to a predetermined destination Enable at least one of contact and conversation with the other party. Notification of a person's abnormality can also be made by e-mail or the like.
As described above, it is possible to grasp the situation such as a person falling down and inform the other party. For this reason, people can live their daily lives with peace of mind.

  Since the on / off operation means, the control means and the person abnormality determination means and / or the person abnormality communication means and / or the human sensor are integrated, they are easy to install, take up little space and are inexpensive.

It is possible to control whether a person is out or at home. This operation may be performed by a button operation at the site, or may be performed by a remote operation by telephone, the Internet, electronic mail or the like. The illegal intrusion determining means determines that an illegal intrusion has occurred when “going out” is selected by the operation of the operating means and the detection signal from the human sensor changes.
When the illegal intrusion determining means determines that an illegal intrusion has occurred, a predetermined partner is notified.

  By the above, since illegal intrusion can be detected quickly and notified, it is safe. Since 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, they are easy to install, take up little space and are inexpensive.

  The person abnormality contact means and the person movement detection 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 contact means, the portable terminal device, and the person movement detection means may be configured independently of each other. When the person abnormality contact means and the person movement detection means are configured with a single adapter, and signal communication with the mobile terminal device is required, communication is performed using infrared rays, ultrasonic waves, radio waves, etc. Is possible.

  The same applies to signal communication with the person movement detecting means when the person abnormality contacting means and the portable terminal device are constituted by one unit. The detection that the operation by the mobile terminal device is performed by the operation detection means may detect that the key of the mobile terminal device is directly operated, but when the mobile terminal device has a remote control function, You may make it detect with the infrared rays etc. which are output from a remote control function.

  The mobile terminal device may be usable as a mobile phone. The portable terminal device may be provided with an emergency button capable of contacting a preset destination by pressing when a person is urgent.

  The remote control and the mobile phone can be configured with a common button and control circuit, and can be miniaturized. In addition, the frequency of use of the remote control and the mobile phone is high. And in this used situation, it can be estimated that a person is in a normal state. When this usage situation is applied to human abnormality detection, the detection accuracy is improved by the higher usage frequency. In addition, by being able to wear it, a sense of security that you are always protected is born. There is very little fear that the contact means will be located far away from where the person fell.

  The operation method can be mastered on a daily basis, and the emergency response can be carried out smoothly. Being worn at all times ensures contact with the elderly and the visually impaired. It doesn't get in the way even when worn while sleeping. For this reason, it is possible to reliably contact in the event of an emergency. Since it is worn on the arm, it is easy to listen to incoming calls and has good sensitivity when sending.

  As described above, according to the present invention, lighting can be turned on and off automatically. Therefore, it is possible to prevent forgetting to turn off and to save power. High-functionality operation by remote control becomes possible. In addition, it is possible to report human abnormalities, fires, and illegal intrusions. Images of illegal intruders and abnormal states of people can be captured. This imaging is possible in a privacy-friendly manner. It is also effective as a picking measure. It is possible to check the status of devices and people existing in the home, and to perform remote control. The portable terminal device can also be used outdoors. The use frequency of the portable terminal device is also improved. By improving the frequency of use, the accuracy of human abnormal state determination is also improved. The installation of the device is simple, inexpensive and highly functional. Existing facilities can be used as they are.

  Hereinafter, embodiments of the present invention will be described. A side sectional view of the first embodiment of the present invention is shown in FIG. 1, and a 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. An electrode portion 7 having the same shape and electrode structure as the electrode portion 3a of the light bulb 3 is projected from the center upper portion of the adapter upper layer portion 5A.

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

  The adapter lower layer portion 5B can be rotated about 360 degrees with respect to the adapter upper layer portion 5A by the folded piece 11b and the opening 9. A cable is passed through the inside of the cylindrical portion 11a. A human sensor 13 for detecting the presence of a person is disposed on the side of the adapter lower layer 5B via an overhang member 14. The human sensor 13 is, for example, a pyroelectric infrared sensor.

  The light transmitting element and the light receiving element of the door detection sensor 15 are disposed in a rectangular tube portion 17 that can adjust the elevation angle around the horizontal support shaft 16. The bottom surface of the rectangular tube portion 17 facing the light bulb 3 is extended from the top surface so that light from the light bulb 3 is difficult to input. The door detection sensor 15 is an infrared sensor, for example.

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

  The ring 25 is configured such that a metal hook 27 having a hook portion 27a at the tip can be detached. A string hanging portion 27b is formed at the base end portion of the gold hanging tool 27, and a string 29 is tied to the string hanging portion 27b. In the lower center of the adapter lower layer 5B, an internal socket 33 having an electrode portion 31 formed therein is disposed. Then, the bulb 3 can be attached to the internal socket 33 by screwing the electrode portion 3 a of the bulb 3 removed from the socket 1.

The adapter lower layer 5B is provided with a wind tunnel 34B for smooth heat convection 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 extending horizontally in the upper portion of the wind tunnel 34B and a cylinder 38B fixed to the inside of the frame 36B.
A wind tunnel 34A is similarly provided on the adapter upper layer portion 5A side, and is fixed inside the adapter upper layer portion 5A by a cross-shaped frame 36A and a cylinder 38A fixed inside the frame 36A.

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

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

  When manual is selected, the on / off operation can be performed from the wall-embedded switch 47 embedded in the indoor wall. When automatic is selected, the on / off operation is performed by the relay 51 and the relay 52 is performed. It is possible. Further, the relay 52 can be turned off after a predetermined time when the light bulb 3 is forgotten to be turned off even in a manual operation.

  A changeover switch 38 capable of switching between semi-automatic and complete manual may be provided, and the semi-automatic mode may be used when the automatic switching operation is performed when forgetting to turn off. On the other hand, when the complete manual is selected, the automatic turning operation when forgetting to turn off is not performed, and only the turning-on / off operation by the wall-embedded switch 47 is possible.

  Regardless of whether the pull switch 37 or the changeover switch 38 is selected (except when the pull switch 37 is manually operated and the changeover switch 38 is completely manual), the relays 51 and 52 are operated by a remote controller, which will be described later. Is possible. 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 by a remote controller. Further, an inverter function may be provided so that the supply voltage to the light bulb 3 can be adjusted, and this adjustment can be operated from a remote controller.

  The pull switch 37 can be set at 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 tied to the pull switch may be disposed again, and by pulling the string, an entering operation by the relay 51 and a cutting operation by the relay 52 may be performed. This pull switch operation 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 a converter 55 via a transformer 53. This DC component is fed to the arithmetic circuit 54, the human sensor 13 and the door sensor 15. 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 by the result calculated by the arithmetic circuit 54.

Next, the operation of the first embodiment of the present invention will be described.
The adapter 5 is attached 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. Thereafter, the light bulb 3 removed from the internal socket 33 of the adapter 5 is screwed. A hook 27a of a gold hook 27 is hung 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 the door 41 at an appropriate position. 5 and 6, the reflector 43 is attached to angle members 49A and 49B that can be inclined 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 opposing human body detector or Doppler sonar using an infrared sensor may be used.

By pulling the string 29 to the reflector 43, the rectangular tube portion 17 can be lifted around the support shaft 16, and the door detection sensor 15 can be set so as to go directly to the reflector 43. After setting the elevation angle, the metal hook 27 is removed from the ring 25.
At this time, the ring 25 is suspended as shown by the dotted line in FIG. For this reason, when it is necessary to adjust the elevation angle of the rectangular tube portion 17 again, the elevation angle can be easily reset by holding the metal hook 27 and hooking the key 27a of the tip portion on the ring 25. Is possible.

Note that the metal hook 27, the ring 25, the hook 21 and the like are not required when they can operate sufficiently even if the set elevation angle is rough due to the directivity of the door sensor 15. Further, the overhanging member 14 is unnecessary depending on the relationship with the illuminance and the like of the light bulb 3. Further, the adapter 5 may be configured separately from the power supply system portion centering on the electrode portion 7 and the internal socket 33 from the adapter 5 main body incorporating the control portion (not shown).
As described above, it is possible to easily attach the adapter 5 and set the door detection sensor 15 and the like. Also, no special wiring work is required. Furthermore, a remote control operation is also possible, and the light bulb 3 can be easily operated for the elderly even when lying down.

Next, the automatic illumination blinking operation will be described based on the flowchart of FIG.
In step 1 (abbreviated as S1 in the figure, the same applies hereinafter), the automatic mode or the manual mode is selected by pulling the string 39 and operating the pull switch 37. When the manual mode is selected in step 1, the bulb 3 can be turned on and off by the wall-embedded switch 47.

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

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

  However, Step 3 and Step 5 can be processed without separately providing photoelectric elements. For example, if a pyroelectric sensor is used as the human detection sensor 13 and the amount of infrared rays from the background is compared with that of the person, it can be prevented from operating in the bright background. In this case, when the background becomes dark, the pyroelectric sensor functions, and when the amount of heat sensed by the person becomes less than the set voltage value, it is determined that there is no person.

  The light output from the light transmitting element of the door 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 amount of light input to the light receiving element of the door detection sensor 15 decreases, and the output voltage decreases. 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. In step 9, the relay 51 is turned on to light the bulb 3.

On the other hand, if the door 41 is not originally closed, the light bulb 3 is turned on in step 9 when the presence of a person is detected by the human sensor 13 in step 11. Thereafter, 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 in step 15 after the time set by the timer has elapsed, and the light bulb 3 is turned off. The timer setting can be freely adjusted by the user according to the usage of the room, the user's preference, and the like.

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 a person is no longer detected, the relay 52 is turned on in step 15 after the timer set time has elapsed. The light bulb 3 is turned off.
Further, as a method for turning off the light bulb 3, in addition to simply turning off the light bulb 3, for example, as will be described later, an inverter control is adopted in the adapter 5 to control the light bulb 3 so that the illuminance can be adjusted. It is also possible to lower the illuminance and make it darker after the timer time has elapsed.

Then, after the further timer time elapses, the light is completely turned off. Alternatively, as will be described later, when a plurality of light bulbs 3 are arranged, the number may be limited after the timer time has elapsed. Then, after the further timer time elapses, the light is completely turned off.
When the human sensor 13 is affected by light, the human sensor 13 portion may be removable, and the extension cable may be installed at a location where the light is less affected by light.

  In this case, for example, if a unit in which the human sensor 13 is built in a wall or the like and the directivity is set to a predetermined height or more, the human sensor 13 can detect other animals such as dogs and cats. Can be prevented. A glove that can store the light bulb 3 may be attached around the lower portion of the adapter 5.

Further, the human sensor 13 may be capable of adjusting the elevation angle and the horizontal angle with respect to the overhanging member 14.
Furthermore, instead of the door detection sensor 15, a limit switch, a vibration switch, a magnetic field change detection switch using a magnet, and the like may be provided on the door 41 via an extension cord from the adapter 5.
As described above, when a person enters a dark room, the light bulb 3 is turned on and the room is brightened by opening the door 41 a little. This allows you to 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 human sensor 13 has a wide directivity and is set to reach the door 41, it can be turned on immediately before the person is in a dark room. When there are no more people in the room, the room is turned off after a predetermined time. This is especially effective for forgetting to turn off lights in toilets. For this reason, it is power saving.

  Further, when it is a passage such as a hallway or a staircase and it is desired to turn on / off the illumination only by human detection irrespective of the door, the adapter 5 does not require the rectangular tube portion 17 and only the human detection sensor 13 is used. Is disposed.

  In consideration of the influence of light from the light bulb 3, the rectangular tube portion 17 is disposed. However, if an optical filter that allows infrared light having the same frequency as light emission to pass through is installed on the light receiving element of the door detection sensor 15, the rectangular tube portion 17 can be disposed 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-sequence signal may be transmitted. The M-sequence signal is a binary pseudorandom number sequence having a period of 2 ^P -1 (P is an appropriate positive integer) that takes two values (0, 1, 1, -1, etc.). The received signal is stored in a memory, and the received signal is correlated with the transmission signal.

Then, according to the result of the correlation, the output waveform is compared with a set value, and it is determined that the door 41 has been opened when the set value or less is reached.
As described above, the detection accuracy of the door 41 can be ensured even under the influence of 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. Note that the same elements as those in FIG. 1 are denoted by the same reference numerals and description thereof is omitted. The lock-type ceiling plug body 91 originally has a rectangular hook ceiling plug 93 of the ceiling-suspended lighting fixture 90.

  A latching electrode portion 95 is provided on the upper portion of the adapter upper layer portion 105 </ b> A so as to be latched to the body 91. Under the adapter upper layer portion 105A, the adapter lower layer portion 105B can be rotated about 360 degrees with respect to the adapter upper layer portion 105A by the folded piece 11b and the opening 9.

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

  In such a configuration, the ceiling-suspended lighting fixture 90 can be easily attached to the adapter 105 and set for each sensor. The adapter 105 can be integrated with the umbrella of the ceiling-suspended lighting fixture 90 and the lighting circuit unit.

Next, a third embodiment of the present invention will be described.
The third embodiment of the present invention relates to a wall-embedded switch. In FIG. 9, the wall-embedded decorative panel 61 is provided with a switch 63 for switching between automatic mode and manual mode, and a switch 65 for turning on / off indoor lighting.

  A transformer accommodating portion 61A is disposed below the wall-embedded decorative panel 61. The wall-embedded decorative panel 61 is provided with openings 66 and 67 so that the human sensor 69 can turn right and left within the opening 66. The cylindrical portion 73 in which the door detection sensor 71 is built is configured to be able to turn within the opening 67 by a predetermined angle.

  Strings 77a, 77b, and 77c are hung on the hooks 75a, 75b, and 75c. A ring 79 is disposed at the ends of the strings 77a, 77b, 77c. When the strings 77a, 77b, and 77c are stretched, the ring 79 is positioned vertically above the sensor surface. The ring 79 is configured such that a metal hook 81 having a hook 81a at the tip can be detached.

  A string hook 81b is formed at the base end of the gold hook 81, and a string 83 is tied to the string hook 81b. By pulling the string 83 to the reflector 43, the cylindrical portion 73 can be turned so that the door detection sensor 71 is directed directly to 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 suspended as shown by the dotted line in FIG. In addition, you may make it cover a transparent lid | cover in order to protect the protruding part of the person detection sensor 69 and the cylinder part 73 after setting.

  In such a configuration, when the automatic mode is selected by the switch 63, the lighting device is blinked 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.

For this reason, when the directivity of one sensor is narrow, for example, three sensors are arranged side by side so that the directivity center angles are different in the horizontal direction. In particular, it is desirable to dispose a shielding object below the sensor light source input so as to suppress downward directivity.
As a result, animals other than humans such as dogs and cats can be made insensitive. The metal hook 81, the ring 79, the hook 75, and the like are not required when they can operate sufficiently even if the set turning angle is rough due to the directivity of the door detection sensor 71.

Further, when the wall-embedded decorative panel 61 itself is protruded from the wall surface, not the surface of the wall-embedded decorative panel 61 as shown in FIG. It is also possible to arrange at least one of them.
Furthermore, the door detection sensor 71 and the human detection sensor 69 can be turned to improve sensitivity. However, the door detection sensor 71 and the person detection sensor 69 may be fixed in a predetermined direction in advance if they can operate at the expense of sensitivity.

  The door sensor 71 and the human sensor 69 are arranged in the same size and shape as the openings 66 and 67 and the human sensor 69 and the cylinder 73, so that the door sensor 71 and the human sensor 69 can be handled in either direction. The human detection sensor 69 and the cylindrical portion 73 may be detachable as parts from the rotatable substrate.

  An electrode terminal and a control terminal are provided on the substrate, the human detection sensor 69 and the cylinder portion 73, respectively, and the electrode terminal and the control terminal are brought into contact with each other when the human detection sensor 69 and the cylinder portion 73 as components are mounted. So that In this case, however, it is necessary to separately provide control line changeover switches for the door sensor 71 and the human sensor 69.

  However, two terminals are provided in advance for the door detection sensor 71 and the human detection sensor 69 on the control terminal on the board side so that only one of the terminals is brought into contact with the human detection sensor 69 or the cylinder portion 73 side. Then, the changeover switch becomes unnecessary. Alternatively, the left and right positions may be set by attaching the wall-embedded decorative panel 61 itself upside down.

Further, when it is a passage such as a corridor or a staircase and it is desired to turn on / off the illumination only by human detection irrespective of the door, the wall-embedded decorative panel 61 does not need the cylinder portion 73, and the human detection sensor Only 69 is disposed.
When a person goes to bed in the bedroom, the switch 63 is manually switched and the 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. As shown in FIG. 10, the wall-mounted switch can also be used as a power strip. Note that the same elements as those in FIG. 9 are denoted by the same reference numerals and description thereof is omitted.

  The panel 111 can be attached to a wall or the like, and is supplied with power from another outlet by a power plug 113. In addition to the stand 117, a radio or the like can be connected to the outlet 115. It is possible to turn off those powers that are no longer necessary when a person is absent, and to turn on the power again when a person is detected. Therefore, it is power saving.

  In FIG. 10, the power plug 113 and the cable following the power plug 113 may be omitted, and an electrode terminal may be provided on the rear surface of the panel 111 so that the electrode terminal can be directly inserted into the 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 detects a person's movement based on the first to fourth embodiments, and detects and reports an abnormality of the human body when the stationary state continues.
FIG. 11 shows a circuit configuration diagram of the fifth embodiment of the present invention. In FIG. 11, signals detected by the human sensor 13 and the door sensor 15 are converted into pulse signals by the arithmetic circuit 54, modulated by a carrier wave by the modulator 121, and placed on the power line (spectrum). Spread communication).

The pulse signal can have a different pulse width for each device by switching a dial switch (not shown). Further, 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 by connecting to an outlet.

And it isolate | separates from alternating current with the filter 123 of the converter 120. FIG. Thereafter, the carrier wave is removed by the demodulator 125 and the pulse shaper 127 performs pulse shaping. 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 the adapter 105, the wall-embedded decorative panel 61, the panel 111, and the like, which are other devices.

  In such a configuration, when a person is detected by the human detection sensor 13, a human detection ON signal is issued from the arithmetic circuit 54. Then, when no more people are detected, a human sensing OFF signal is issued. Further, when the door 41 is opened by the door detection sensor 15, a 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 and night. For this reason, when a person is detected regardless of the brightness and background in 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 power supply lines, respectively. Thereafter, the demodulated pulse signal is input to the arithmetic unit 129. Note that the pulse signal is also emitted regardless of the manual or automatic mode.

  After a person is detected by the human detection sensor 13 and a human detection ON signal is issued, when a predetermined time has elapsed, no human detection OFF signal is issued, or after a human detection ON signal is issued, If no pulse signal is input to the calculation unit 129 from any device after that time has elapsed, the calculation unit 129 estimates an abnormal state such as a person falling.

  In this case, first, the speaker 128 provides voice guidance for prompting movement such as “Are you okay? Can you move in the room?” And after that, if no pulse signal is received by the calculation unit 129, it is determined that the state is an emergency state. .

  When the computing unit 129 determines that an emergency state has occurred, the telephone 137 is connected to a preset telephone number by the automatic dial connection circuit 135. Thereafter, the abnormality of the person is transmitted to the other party by the voice IC.

The telephone 137 is preferably a mobile phone in consideration of mobility in each room. The telephone 137 is integrated with the converter 120. The telephone 137 may share a communication line with other telephones via a modem.
It should be noted that infrared rays transmitted from a remote controller provided separately may be received using the human sensor 13 or the door sensor 15.

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

  The remote controller can control the light bulb 3 and can also be used to control a television, radio, video, cassette deck, air conditioner, health equipment, and the like. You may provide the volume which can adjust not only ON and OFF but a volume, luminous intensity, etc. When the remote controller is shared by a plurality of control target devices, an ID code is assigned to each control target device and transmitted together with the control signal. At the time of reception, each control target device can be distinguished by judging this ID 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.

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

  Therefore, the remote controller is applicable even if it is a remote controller provided separately from the remote controller for controlling the light bulb 3 as long as the signal being used is shared by infrared rays or the like. It is also possible to respond to voice guidance such as “Are you okay?” By operating the remote control.

The signal can be sufficiently received even when the direction of the remote control is wide, etc., even if the direction is other than the direction toward the control target device. Moreover, when the directivity of a remote control is narrow, it is desirable to make it wide.
Thus, the accuracy of human protection can be further improved by adding the case where the switches of the remote control are being operated to human detection by the human detection sensor.

  Further, 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, it is performed as follows.

  Even if a predetermined time elapses after the human detection sensor 13 detects the human being in the arithmetic circuit 54, if the human detection is not canceled and the door opening / closing is not detected within this predetermined time, the person falls down. An emergency signal may be issued from the arithmetic circuit 54 by estimating an emergency condition such as In this case, since only an emergency signal having the same specification is issued from each device, a dial switch is unnecessary.

  For example, a case where a person is taking a bath will be described. A timer can be set in advance for the predetermined time. When this timer setting is set to 30 minutes, if a person is detected by the human detection sensor 13 and then 30 minutes have passed, the detection of the person is not canceled and the door opening / closing is not detected. Please hold your hand over the reflector. " When a person has no abnormality in physical condition, holding the hand over the reflector 43 reduces the amount of infrared light received by the door detection sensor 15.

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

This makes it possible to notify the emergency state to other people outside the bathroom. This process is repeated every 30 minutes after the change in the amount of infrared light received by the door sensor 15 is detected. However, the next inquiry may be made with a reduced time. Moreover, in order to cancel | release an emergency signal, it can cancel | release by putting a hand over the reflector 43, opening a door, or a person leaving.
When the adapter 5 or the like is provided 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 with a simple operation of exchanging the bulb. Then, it is possible to cope with forgetting to turn off the lighting by the automatic lighting blinking operation, to call attention to the abnormal state of the person, and to notify the other person of the state. In addition to the bathroom, each room, toilet, etc. can be applied in the same manner as described above only by changing the timer setting.

  Further, a plurality of human detection sensors 13 having acute directivity may be arranged so that the detection areas are overlapped or different from each other so that the movement of the person can be detected. In this case, voice guidance is performed so that a hand is held over the reflector 43 when a predetermined time elapses after the movement of the person stops, and the person still falls down when the stationary state continues and the door is not opened and closed. Judged as an emergency condition.

In addition, it is desirable that a filter 131 is disposed in the vicinity of the inlet of the power supply line in order to prevent carrier waves and the like from leaking to the outside.
Further, the pulse signal may not be placed on the power supply line, but may be transmitted by radio waves after the pulse signal is modulated from each device side and demodulated after reception by the converter 120 side.

FIG. 13 shows a configuration diagram in a case where an emergency state detected by a plurality of devices (except for the adapter 5 is omitted in the drawing) 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 alternating current by the filter 123 of the converter 120, this pulse signal is input to the arithmetic unit 129. Thereafter, the person's abnormality is transmitted to the other party by voice IC via the telephone 137.

  In addition, it is possible to install only the adapter 5 at the beginning of equipment installation, and then add another device or arrange the converter 120 as necessary. In this case, the installation can be easily performed only for the added amount. There is no need to modify existing equipment.

Next, a sixth embodiment of the present invention will be described.
In the sixth embodiment of the present invention, as shown in FIG. 14, the human sensor 13 and the emergency button 133 are arranged in a box 130. 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 configuration, when the emergency button 133 is pressed, the emergency signal is input to the arithmetic circuit 54. Thereafter, the signal is put on the power supply line as a pulse signal, demodulated, and input to the arithmetic unit 129.

Then, the telephone 137 notifies the other party of the abnormality of the person. However, an 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 in a bathroom, toilet, etc. when there are other people living together. In addition, the converter 120 and the like can be configured inexpensively.
As described above, it is possible to promptly respond to a person's physical condition abnormality.

Next, a seventh embodiment of the present invention will be described.
The seventh embodiment of the present invention detects and alerts an illegal intruder. 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 is provided with an external terminal 141 connected to the arithmetic circuit 54. The external terminal 141 is connected to a going-out switch 145 of an external terminal box 143 attached to an outdoor outer wall or the like via an external cable 142.

  In this configuration, when a person goes out and operates the going-out switch 145 when going out, a predetermined going-out pulse is emitted from the arithmetic circuit 54. The going-out switch 145 may be configured to be able to input a personal identification number by a combination of a numeric keypad. When the personal identification number matches the number registered in the arithmetic circuit 54 in advance, a predetermined going-out pulse is issued from the arithmetic circuit 54. The computing unit 129 starts an illegal intrusion warning mode when this out-of-going pulse is detected, and then estimates that it is an illegal intrusion when receiving a pulse signal from the door sensor and the human sensor.

Then, the telephone 137 is connected to the telephone number set in advance by the automatic dial connection circuit 135. Thereafter, the voice IC informs the other party that it is illegal intrusion.
When the person returns home, the switch 145 is released. At this time, a predetermined home pulse is emitted from the arithmetic circuit 54. The home pulse is transmitted to the calculation unit 129, and the illegal intrusion warning mode is canceled.

In consideration of the case where the external cable 142 is disconnected, a resistor is provided in parallel with the switch 145 while going out, so that a slight current is constantly flown. When this current is no longer detected, it may be determined as abnormal and notified.
Although it is desirable to attach the external terminal box 143 to an inconspicuous place, the external cable 142 can be connected to the external terminal 141 of the device closest to the external terminal box 143 in terms of distance.

Alternatively, the going-out switch 145 may be connected to the converter 120 so that a predetermined going-out pulse is directly input to the calculation unit 129.
Note that this illegal intrusion warning 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 password is input while voice guidance is provided. This personal identification number is subjected to frequency analysis to recognize the number and the like. When the passwords match, the current mode is guided.

  At this time, for example, the illegal access warning mode is selected by inputting a number (for example, 1) for changing to the illegal access warning mode. Thereafter, a voice guidance is provided that the illegal trespassing warning mode has been selected. On the other hand, in order to cancel the illegal intrusion warning mode, for example, 0 is input.

  From the above, it can be confirmed that illegal intrusion has occurred. In addition, when an illegal intruder tries to invade, the lighting or the like is suddenly turned on. For this reason, there is a very high possibility of dissipating without damage. In addition, if a trespasser enters a room other than the bedroom while the housekeeper is sleeping in the bedroom, the lights etc. are turned on, so the trespasser is very likely to dissipate. A warning sound may be sounded by the speaker 56 disposed in the adapter 5 or the like together with lighting or the like, or a warning may be given by voice using a voice IC.

  Furthermore, a camera may be arranged so that an illegally intruded room is imaged simultaneously with lighting or the like. At this time, it is desirable to output a signal indicating illegal intrusion from the adapters 5, 105, the wall-embedded decorative panel 61, the panel 111, the box 130 or the like or the converter 120, and to operate the camera based on this signal. The camera is preferably arranged in the adapters 5 and 105, the wall-embedded decorative panel 61, the panel 111, the box 130, or the converter 120 or the like.

  The captured image may be stored in a memory, but the automatic dial connection circuit 135 has an e-mail function, and is attached to an e-mail via the automatic dial connection circuit 135 and automatically transmitted to a predetermined destination. May be. Moreover, you may make it transmit moving image information. In order to output a signal indicating illegal intrusion from the adapter 5 or the like, it is possible to operate using an emergency signal 165 shown in FIG.

Next, an eighth embodiment of the present invention will be described.
The eighth embodiment of the present invention detects and notifies a fire or gas leak. In FIG. 16, the smoke detection sensor 151 is disposed on the adapters 5 and 105 which are devices attached to the ceiling.

  A signal detected by the smoke detection sensor 151 is input to the arithmetic circuit 54. A speaker 153 is provided in the adapters 5 and 105, and the speaker 153 is connected to the arithmetic circuit 54. However, when the box 130 is provided, it is desirable to arrange the speaker 153 in the box 130.

  In such a configuration, when smoke is detected by the smoke detection sensor 151, a pulse signal is sent out by the arithmetic circuit 54. Then, the voice IC provides a warning, a warning, etc. indicating that there is a fire from the speaker 153. The pulse signal can have a different pulse width for each device by switching a dial switch (not shown).

  Further, the pulse signal may be encoded. The pulse signal is transmitted to the arithmetic unit 129. At this time, it is possible to recognize from which device the pulse signal is transmitted. Corresponding to each device, words prepared in advance such as “the kitchen is a fire”, “the bedroom is a fire”, “the living room is a fire” are assigned to the voice IC of the arithmetic unit 129.

Then, this guidance is given from the speaker 128 and the telephone 137 is connected to a preset telephone number by the automatic dial connection circuit 135. After that, guidance such as “The bedroom is on fire” is transmitted to the other party by voice IC.
In the case of a false alarm, a reset button (not shown) of the converter 120 and the box 130 is pushed. The reset signal is transmitted to the arithmetic circuit 54 and the arithmetic unit 129, and the fire signal is released.

As described above, it is possible to specifically determine where the fire has occurred, and it is possible to quickly select escape points and to perform fire fighting activities. Further, it is not necessary to prepare an independent power supply for the circuit and the smoke detection sensor 151, and the power supply and the like can be configured simply and inexpensively.
The gas detector can be similarly configured.

Next, a ninth embodiment of the present invention will be described.
In the ninth embodiment of the present invention, after the telephone 137 is connected to a telephone number set in advance by the automatic dial connection circuit 135, it is possible to have a conversation with the other party.

  FIG. 17 shows a circuit configuration diagram of the ninth embodiment of the present invention. In addition, about the same element as FIGS. 11-16, the same code | symbol is attached | subjected and description is abbreviate | 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 is placed on the power supply line. After being demodulated by the demodulator 125 of the converter 120, the signal determined by the signal discriminator 171 as a pulse signal is transmitted to the arithmetic unit 129.

  When the calculation unit 129 estimates that there is a human abnormality, voice guidance prompting movement such as “Is it all right? Can I move the room?” Is issued from the speaker 128 via the switching circuit 169 from the voice IC. 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 of the adapter 5 and the demodulator 161.

  After this voice guidance, when there is no change in the pulse signal, it is determined by the computing unit 129 that there is a human abnormality, and the telephone 137 is connected to the telephone number set in advance by the automatic dial connection circuit 135. At this time, a human abnormality signal is placed on the power supply line via the modulator 157.

  The signal discriminator 163 determines the emergency signal 165 of the abnormal person through the filter 159 and the demodulator 161 of the adapter 5. With this emergency signal 165, the switching circuit 155 is switched to pass the audio signal from the microphone 167. The microphone 167 is preferably disposed in the box 130 in the same manner as the human sensor 13, the speaker 153, and the emergency button 133.

  Thereafter, the guidance “There is something wrong with the person” is transmitted to the other party through the telephone 137. The same guidance is provided from the speakers 128 and 153. After a predetermined number of times of guidance, the switching circuit 169 connects the telephone 137 and the modulator 157.

  Thereby, the talk received from the other party by the telephone 137 is heard from the speaker 153 via the modulator 157 and the demodulator 161. On the other hand, the voice extracted by the microphone 167 is transmitted to the other party via the switching circuit 155, the modulator 121, the demodulator 125, the voice amplifier 173, and the telephone 137.

Further, when a person presses the emergency button 133, this signal is judged by the calculation unit 129, and the abnormality of the person is transmitted to the other party by the telephone 137. Thereafter, the switching circuits 155 and 169 are switched in the same manner as described above.
Furthermore, by supplying a fire signal and a gas leak signal to all adapters 5 through the modulator 157 and demodulator 161, an alarm can be sounded from all the speakers 56, 128, 153, etc.

  By the above, it is possible to answer inquiries from the other party. When the signal discriminator 163 determines that the emergency signal 165 is abnormal, it is desirable that the arithmetic circuit 54 of each adapter 5 turns on the relay 51 to operate all the light bulbs 3. However, the lighting of the light bulb 3 may be performed when the indoor brightness is equal to or lower than the set value. By turning on all the light bulbs 3, safety is ensured, and it can be recognized from the outside that the emergency personnel who rushed to are in an emergency state. When there is a person living together, an emergency sound may be emitted from the speaker 128 and the speaker 153 based on the emergency signal 165 by setting.

  Further, when emergency status determination or voice guidance is performed for each device, voice guidance or the like is not performed on each device from the converter 120 side. At this time, the signal discriminator 163 is unnecessary.

Next, a tenth embodiment of the present invention will be described.
The tenth embodiment of the present invention enables not only the control of the light bulb 3 but also the notification of an abnormal state of a person, a fire, an illegal intrusion, etc. by simply attaching the adapter 5 and connecting the telephone line to the modular jack. Is.

  FIG. 18 shows a circuit configuration diagram of the tenth embodiment of the present invention. In FIG. 18, the circuit configuration of the adapter 5 will be described as an example for simplicity, but the same applies to the adapter 105, the wall-embedded decorative panel 61, the panel 111, and the like that are other devices. Further, the present invention can be similarly applied to the case where the box 130, the external terminal box 143, the smoke detection sensor 151, and the like are provided as described above.

  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 automatic dial connection circuit 135 is connected to the modular jack branch 183 and is connected to the public line via this modular jack branch 183. A pulse signal is sent from the arithmetic circuit 54 to the automatic dial connection circuit 135.

  The modular jack branch 183 includes a telephone line modular plug of another telephone 185, another adapter 105 having a built-in automatic dial connection circuit 135 as in the tenth embodiment of the present invention, and a wall-embedded type. A plurality of telephone line modular plugs such as the decorative panel 61 and the panel 111 can be connected. However, the modular plug of the telephone line 181 can be directly connected to the modular jack installed indoors without using the modular jack branching unit 183.

  In such a configuration, a predetermined contact telephone number can be set in advance in the automatic dial connection circuit 135. If the human detection sensor 13 detects a person in the arithmetic circuit 54 and then the predetermined time has elapsed, the detection of the person is not canceled and the door opening / closing is not detected within the predetermined time. If it's okay, try operating the remote control, etc. " The guidance is stopped by operating the remote controller, moving the room, or holding the hand over the reflector 43.

  On the other hand, when such an action is not taken, an emergency state such as a person falling is estimated and an emergency signal is issued from the arithmetic circuit 54. By this emergency signal, the automatic dial connection circuit 135 is connected to a preset telephone number. After that, the message “There is something wrong with the person” is sent to the other party.

At this time, the telephone number of the caller may be transmitted as data or voice guidance may be provided. After this guidance is repeated several times, the line is disconnected. The other party who receives the call can check the state 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 video phone.
As described above, when the number of installed adapters 5 is small, the cost can be reduced.

  Note that a wireless telephone device may be built in the adapter 5 or the like without depending on the telephone line 181. In this case, the telephone line 181 and the modular jack branching unit 183 are unnecessary. No troublesome wiring work is required. However, a box for easily changing the setting of the contact telephone number may be provided. A numeric keypad is disposed on the box. This box is extended with a cable from the adapter 5 or the like and attached to a wall or the like.

  In addition, it is possible to set a trespassing warning mode or the like from a push phone or a mobile phone on the go. In this case, a predetermined telephone number is dialed from the outside. When the telephone is called by the telephone 185 a predetermined number of times and a person does not answer the call during that time, the automatic connection to the automatic dial connection circuit 135 is established.

Thereafter, an illegal intrusion warning mode or the like can be set by pressing a predetermined key following the telephone number. The signal generated by the pressed key is frequency-analyzed by the arithmetic circuit 54 to determine the key. When a predetermined key or the like is detected, the arithmetic circuit 54 is set to an illegal intrusion warning mode or the like.
However, when a wireless telephone device is built in the adapter 5 or the like, an illegal intrusion warning mode or the like can be set directly via this telephone device.

Next, an eleventh embodiment of the present invention will be described.
The eleventh embodiment of the present invention is different from the tenth embodiment of the present invention in that the automatic dial connection circuit 135 is built in the adapter 5 or the like, and a single automatic dial connection circuit 135 disposed in the repeater is used. They are processed together.

  FIG. 19 shows a circuit configuration diagram of the eleventh embodiment of the present invention. In FIG. 19, the repeater 187 incorporates an automatic dial connection circuit 135 and a branching device 193, and a plurality of modular jacks 189 are connected to the automatic dial connection circuit 135. One of the modular jacks 189 is connected to the arithmetic circuit 54 by a cable 191.

  The modular jack 189 can be connected to a plurality of telephone line modular plugs such as the other adapter 105, the wall-embedded decorative panel 61, the panel 111 and the like configured in the same manner as the eleventh embodiment of the present invention. Yes. The output of the automatic dial connection circuit 135 is connected to a public line via a 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 arranged, and even if any one of the arithmetic circuits 54 detects a human abnormal state, fire, illegal intrusion, etc., it is set in advance by the automatic dial connection circuit 135 by an emergency signal or the like. You can call the phone number By using the automatic dial connection circuit 135 in common, it can be configured at low cost. A predetermined contact telephone number can be preset in the automatic dial connection circuit 135. In addition, signals can be easily exchanged between the plurality of adapters 5 through the cable 191.

Note that the repeater 187 may incorporate one wireless telephone device and be connected to the automatic dial connection circuit 135. In this case, the branching device 193 and the like are not necessary.
Similarly to the above, it is possible to set a trespassing warning mode or the like from outside. In this case, each arithmetic circuit 54 is set to a trespassing warning mode or the like.

Next, a twelfth embodiment of the present invention will be described.
The twelfth embodiment of the present invention is more easily used by using a mobile terminal device in which a mobile phone and a remote control are integrated.
A block diagram of the twelfth embodiment of the present invention is shown in FIG. 20, and an external view is shown in FIG. 20 and 21, the mobile terminal device 200 stores a mobile phone circuit 201 and a remote control circuit 203 in one unit 205. The cellular phone circuit 201 is provided with an antenna 207 so that it can communicate with a cellular phone base station (not shown) by radio. The cellular phone circuit 201 is provided with a speaker 209 and a microphone 211 so that a wireless telephone can be made with the other party.

  The remote control circuit 203 has a transmission / reception unit 213 at the front end of the unit 205 so that, for example, infrared communication can be performed with a television, video, radio cassette, or the like. Various keys such as a numeric keypad 215 and operation keys 217 and a liquid crystal screen 221 are disposed on the operation display unit 220.

  Keys are shared by the mobile phone circuit 201 and the remote control circuit 203. The control unit 223 performs adjustment and control between the circuits. A clock function unit 225 is disposed in the unit 205 to perform date and time management for the entire system. A mode such as a television or an air conditioner can be switched by a switching button 214, and setting items and the like are displayed on the liquid crystal screen 221.

  The human abnormality determination unit 227 determines that an elderly person or the like cannot move due to an abnormality in physical condition or is in a dangerous state due to illness or the like. The calculation unit 228 can perform various calculations. The power supply unit 229 is a common power supply for the cellular phone circuit 201, the remote control circuit 203, and the like, and can be charged electromagnetically by placing 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 transmitter 241 can emit infrared rays and is connected to the arithmetic circuit 54. However, the light transmitter 241 may be capable of transmitting and receiving infrared rays. Further, transmission and reception may be possible by radio or ultrasonic waves instead of infrared rays. Furthermore, it may be possible to transmit and receive by radio and ultrasonic waves in addition to infrared rays, and coexist in a form that makes use of each feature as described later.

Next, the operation of the twelfth embodiment of the present invention will be described.
According to the cellular phone circuit 201, it is possible to make a call with the other party dial-selected with the numeric keypad 215 as a cellular phone. You can also receive calls from the other party. Further, it can be connected to the Internet. On the other hand, according to the remote control circuit 203, it is possible to communicate with a television, video, or the like by infrared rays, and it is possible to change channels, switch on / off, adjust volume, and the like.

  The switch 231 can be used to turn on and off the illumination. When an operation as a mobile phone or a remote controller is performed, the person abnormality determination unit 227 determines that the person is normal. On the other hand, when a predetermined time has passed without any operation being performed, a predetermined guidance is sent from the speaker 209. However, a signal may be transmitted to the adapter 5 via the transmission / reception unit 213 and a predetermined guidance may be sent from the speaker 56. You may make it flow through both the speaker 209 and the speaker 56. If there is no response, it is determined that the person is abnormal.

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 has been made by detecting the voice of the person.
In addition, when the mobile terminal device 200 is provided with a vibration detection unit and the mobile terminal device 200 is confirmed to be vibrated by being carried or the like, the person abnormality determination unit 227 determines that the person is normal. Also good.

  In the configuration of the vibration detection unit, for example, in FIG. 23A, 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 detected by the photoelectric switches 425a and 425b by the passage and blocking of light.

  Further, instead of the photoelectric switch 425, a mechanical switch as shown in FIG. 23B can be used. In FIG. 23B, an elastic metal piece 426 is swingable around the support shaft 427 and between the terminals 428a and 428b. A spring 429 is disposed at the end of the metal piece 426. Then, the contact between the metal piece 426 and the terminal 428 may be detected by the pulse detection circuit 424 as a pulse signal.

  Another example of the vibration detection unit is shown in FIG. The sphere 431 is held by springs 433 on all sides. The spring 433 and the sphere 431 have electrical conductivity, and an electric current flows when the sphere 431 comes into contact with the metal wall 435 or the metal lids 437a and 437b. The pulse detection circuit 439 can detect a pulse signal by converting the current change into a voltage and shaping the waveform.

  Further, as shown in FIG. 25, the metal lids 437a and 437b can be protruded in a mountain shape from the outer periphery toward the center, and a plurality of annular conductors 432 can be provided in common at the center. is there. Thus, the strength of vibration can be detected depending on which annular conductor 432 the sphere 431 contacts.

  Furthermore, another example of the vibration detection unit is shown in FIG. In FIG. 26, hollow electromagnetic coils 441a and 441c are disposed on the x-axis, and hollow electromagnetic coils 441b and 441d are disposed on the y-axis and intersect at the origin (center). The electromagnetic coil 441 is fixed at the center of the metal lid 447.

  Magnet bars 443a, 443b, 443c, 443d are movably inserted inside the electromagnetic coils 441a, 441b, 441c, 441d, and one end of a spring 445 is attached to the outer end of the magnet bar 443. The end is fixed to the peripheral wall 447.

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

  In such a configuration, vibration is detected by comparing the magnetomotive force of the electromagnetic coil 441 generated by the movement of the magnet bar 443 with a preset voltage value. However, the magnitude of the magnetomotive force may be set in a plurality of stages to detect the strength of vibration.

Alternatively, a metal bar may be used in place of the magnet bar 443, and a constant current may be passed through the electromagnetic coil 441 to detect and detect the movement of the metal bar as a change in induced electromotive force.
Note that the mobile terminal device 200 is shaken when responding to a predetermined guidance. Thus, vibration may be detected by the vibration detection unit to confirm that the person is safe.

  On the other hand, when the presence of the person is detected by the human detection sensor 13 and the detection signal from the human detection sensor 13 does not fluctuate even after a predetermined time has elapsed after the start of human presence detection, a predetermined guidance is given from the speaker 56 by the arithmetic circuit 54. Shed. However, you may make it flow from the speaker 209. If there is no response, it is determined that there is a human abnormality, and a human abnormality signal is transmitted from the light transmission unit 241.

  This human abnormality signal is input to the human abnormality determination unit 227 via the transmission / reception unit 213. When the person abnormality determination unit 227 determines such a person abnormality, the mobile phone circuit 201 automatically makes a call to the other party set in advance. At this time, a person's abnormality is reported by voice IC. You can then make a phone call with this partner. The voice from the other party can be heard by a person in the room through the built-in speaker 209.

  For this reason, when a human abnormality is determined, the volume of the speaker 209 is switched to increase. Or, it can be switched to another speaker having a different volume. Even when a person speaks from a remote location, the microphone 211 picks up the sound. In addition, when a person is urgent, by pressing the emergency button 243 by self-determination, it is possible to easily call the preset destination.

  Note that a specific signal may be transmitted from the light transmitting unit 241 when the presence of the person is detected by the human detection sensor 13 or when the presence of the person is no longer detected. The human abnormality determination unit 227 may determine that the detection signal from the human detection sensor 13 does not fluctuate even if a predetermined time has elapsed after the start of human presence detection. At this time, it is possible not to make a determination of a human abnormality in the arithmetic circuit 54. However, if processing is performed in parallel between the arithmetic circuit 54 and the human abnormality determination unit 227, at the time of one of the failures, Can also be handled by the other.

  In addition, by receiving the human presence detection / non-detection signal transmitted from the light transmission unit 241 as described above, for example, the human abnormality determination unit 227 performs a predetermined time without any operation on the remote controller and the mobile phone. Even during the counting, the human abnormality determination process can be reset by a confirmation signal that the human sensor 13 no longer senses the presence of a person.

On the contrary, even if the presence of the person is detected by the human detection sensor 13 and the time when the detection signal of the human detection sensor 13 does not fluctuate after the start of human presence detection is being counted, The person abnormality determination process can be reset by a confirmation signal that some operation has been performed on the telephone.
As described above, it is possible to perform a more accurate human abnormality determination process.

  By pressing the sleep button 232, for example, it is possible to set to turn off the power of the radio, which is the selected device, after 15 minutes, 30 minutes, 45 minutes, 1 hour, etc. When the sleep button 232 is operated, it can be determined that a person enters sleep. For this reason, the arithmetic circuit 54 and the person abnormality determination unit 227 automatically enter the sleep mode after the elapse of the time selected by the sleep button 232, and detect the movement of the person or the button after the time preset as the sleep time or again. The person abnormality determination process is not performed until an operation is performed. It is desirable that the sleep time can be set differently between the day time zone and the night time zone. Such sleep time may be learned and stored in the arithmetic circuit 54 or the like as the person's life pattern, and the sleep 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, when the user is not feeling well on the day, it is desirable not to shift to the automatic sleep mode by pressing a “bad physical condition” button (not shown). As described above, the person can sleep while listening to the radio or the like, and the sleeping state or the napping state can be distinguished from the abnormal human state.

When the light transmitter 241 is wireless, it is possible to determine a person's abnormality without carrying the portable terminal device 200 when moving between rooms, as long as the wireless transmission range is within reach.
When setting the illegal intrusion warning mode or the like, a call is made to the portable terminal device 200 from a telephone outside the office.

  Thereafter, an illegal intrusion warning mode or the like can be set by pressing a predetermined key or the like following the telephone number (including the password when the password is 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 an illegal intrusion warning mode or the like. However, when a human presence detection / non-detection signal is transmitted from the light transmission unit 241, the person abnormality determination unit 227 can set the illegal intrusion warning mode or the like.

  At this time, as shown in FIG. 27, the mobile terminal device 200 has a built-in camera 331 that is detachable from a storage box 333 attached to a wall or the like overlooking the entire room or an entrance. The storage box 333 is provided with an electrode terminal 335 </ b> B that can contact the electrode terminal 335 </ b> A of the mobile terminal device 200. The portable terminal device 200 can be charged via the electrode terminals 335A and 335B. For this reason, the cable 337 is connected.

  In the case of illegal intrusion, the light bulb 3 is turned on by the adapter 5 because the presence of the person is detected by the human detection sensor 13. At this time, the adapter 5 is forcibly turned on even when the adapter 5 is in the manual mode. Then, the switch of the camera 331 is turned on by receiving the presence detection signal (illegal intrusion signal) of the person transmitted from the light transmission unit 241 such as the adapter 5 via the transmission / reception unit 213. The captured video is automatically transmitted as an attachment to an e-mail. It is desirable that the switch of the camera 331 is turned on a plurality of times every predetermined time and a video is transmitted while a person is being sensed. However, the captured image may be transmitted as a moving image information signal. Although the video is recorded in the memory, it is also saved at the other party. In this case, an alarm may be sounded. This makes it possible to record the intruder's appearance and easily check whether it is a false alarm.

  Note that the trespassing warning mode and the fire notification are described as being performed by the camera 331 and the transmission of the captured image information. However, when a human abnormality is determined by the arithmetic circuit 54 or the human abnormality determination unit 227, an emergency button is displayed. The same processing can be performed when 243 is pressed. As a result, it is possible to more easily confirm whether or not a report regarding a human abnormality is a false report.

  As shown in FIGS. 27 and 28 and FIG. 29 which is a partially enlarged view of FIG. 28, the storage box 333 is provided with a holding portion 334 for holding the mobile terminal device 200 from the side. . The holding portion 334 incorporates electromagnetic coils 339A and 339B, and electromagnetic rods 341A and 341B that pass through the electromagnetic coils 339A and 339B and can be freely moved are provided. A “U” -shaped protruding and retracting plate 343 is fixed to the ends of the electromagnetic bars 341A and 341B. The electromagnetic bars 341A and 341B appear and disappear by being attracted or repelled by changing the polarity of the current flowing through the electromagnetic coils 339A and 339B. A fisheye lens 345 is attached to the in / out plate 343 so that the lens of the camera 331 is covered just when the electromagnetic bars 341A and 341B are projected. On the other hand, when the electromagnetic bars 341 </ b> A and 341 </ b> B are attracted, the retracting plate 343 is accommodated in the holding portion 334.

  Similarly, the holding portion 334 incorporates electromagnetic coils 340A and 340B, and retractable electromagnetic bars 342A and 342B are disposed inside the electromagnetic coils 340A and 340B. A “U” -shaped protruding and retracting plate 344 is fixed to the ends of the electromagnetic bars 342A and 342B. A frosted glass optical filter 346 is attached to the in / out plate 344 so as to cover the lens of the camera 331 and / or the fisheye lens 345 when the electromagnetic rods 342A and 342B are projected.

  In addition to normal imaging with the camera 331 lens, the camera 331 can perform wide-angle imaging with the fisheye lens 345 in order to capture a wide indoor area. When the frosted glass optical filter 346 is superimposed on the lens of the camera 331 or the fisheye lens 345, a person is photographed through the frosted glass. For this reason, human privacy is protected. Privacy can be protected and released by pressing a button 349.

  Shooting by the camera 331 is performed when a human abnormality signal is issued, when an emergency button 243 is pressed, when an illegal intrusion or fire signal is output, when a remote operation described later is performed, or the like. . However, it is desirable to forcibly release privacy protection when a person abnormality signal is issued, when the emergency button 243 is pressed, or when an illegal intrusion or fire signal is output.

  The wide-angle shooting signal, the normal shooting signal, or the privacy release signal is transmitted from the portable terminal device 200 to the retracting plate control unit 347 of the storage box 333 via the electrode terminal 335A and the electrode terminal 335B. Then, the retracting plate control unit 347 changes the direction of the current flowing through the electromagnets 339A and 339B depending on whether the input signal is a wide-angle shooting signal or a normal shooting signal.

When a privacy release signal is input, privacy protection is forcibly released even when the button 349 is pressed.
However, the electromagnet 339, the retracting plate 343, and the retracting plate control unit 347 may be built in the mobile terminal device 200 without being provided in the holding unit 334. Moreover, you may arrange | position in the box 130 grade | etc.,.

  Further, the camera 331 may be disposed in the holding unit 334 independently of the mobile terminal device 200. At this time, the camera 331 is controlled based on a signal input through a camera control circuit interposed between the camera 331 and the mobile terminal device 200. The holding portion 334 may be configured to be rotatable with respect to the storage box 333 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 and stored by the host computer, and then image analysis is performed to compare with a pre-registered feature such as the face and figure of the person. . However, this comparison may be determined by a person. Then, if they are different from the characteristics of these people, the image may be transferred to a predetermined transmission destination. An image taken at a wide angle may be corrected to a planar image by software processing. If a plurality of cameras 331 can be installed, for example, a three-dimensional image of an illegal intruder can be created based on a plurality of images such as an image captured from the ceiling by the adapter 5 and an image captured from the horizontal.

  Furthermore, it is desirable that the portable terminal device 200 fixed to the storage box 333 is used on a daily basis, such as a refrigerator door, and attached to a vibrating portion with 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 when the refrigerator door is opened and closed. However, in this case, the vibration detection unit may be disposed on the storage box 333 side.

  Further, a switch 351 that functions in accordance with the opening / closing operation is interposed in the opening / closing portion of the refrigerator door. An example of the switch 351 is shown in FIG. In FIG. 30, electrode portions 383 </ b> A and 383 </ b> B project from both ends of the bottom plate 381. A contact plate 385 is opposed to the upper ends of the electrode portions 383A and 383B, and the contact plate 385 is held in a state of being floated from the electrode portions 383A and 383B by a spring 387. A cover 389 made of an elastic material is covered so as to cover the entire periphery of the bottom plate 381, the contact plate 385, and the electrode portions 383A and 383B.

  In such a configuration, the switch 351 is interposed between the refrigerator main 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 door side, and the contact member 390 shown in FIG. 31 that contacts the contact plate 385 may be fixed to the other side. The abutting member 390 is configured such that a prismatic projecting body 391 is supported by a spring 393, and the projecting body 391 is configured to be capable of projecting and retracting inside the case 395.

  Then, the other end of the cable 353 having one end 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. When the switch 351 functions, a signal is transmitted to the storage box 333 via the electrode terminal 335 </ b> A and the electrode terminal 335 </ b> B and is input to the arithmetic unit 228 of the mobile terminal device 200. The arithmetic unit 228 determines that the person is safe based on this signal. Alternatively, infrared light may be emitted from the mobile terminal device 200 and the emitted infrared light may be detected by the adapter 5.

Note that the switch 351 and a device that emits infrared rays when the switch 351 functions may be provided independently, and the adapter 5 may detect the emitted infrared rays.
Furthermore, the mobile terminal device 200 may be disposed in a pet-type robot or the like instead of being fixed to the storage box 333. In this case, the microphone 211 is installed in the ear of the robot, and the speaker 209 is installed in the mouth. The camera 331 is installed in the eyes.

  It is also possible to arrange the person abnormality determination unit 227 on the adapter 5 side or the like. At this time, each time the portable terminal device 200 is operated as a mobile phone or as a remote controller, infrared rays are transmitted from the transmission / reception unit 213. The transmitted infrared light is received on the adapter 5 side.

  Further, as long as the remote control is a remote control provided separately from the portable terminal device 200 as long as the signal being used is shared by infrared rays or the like, the infrared rays to be transmitted are similarly transmitted from the adapter 5 side. Since it is received, it can be used as a determination of a human abnormality.

  When a predetermined time elapses without any operation being performed on the mobile 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 has elapsed after the start of human presence detection, the human detection sensor When there is no change in the detection signal due to 13, the voice guidance is performed by the arithmetic circuit 54. At this time, it is possible to respond to the voice guidance such as “Are you okay?” By operating the portable terminal device 200 or the like. If there is no such response, it is determined that there is a human abnormality, and a human abnormality signal is transmitted from the light transmission unit 241.

  This person abnormality signal is input to the mobile terminal device 200 via the transmission / reception unit 213, and makes a call to the other party preset by the mobile phone circuit 201. Then, a person's abnormality report is made by voice IC, and thereafter, it is possible to make a telephone call with this partner. Note that voice guidance such as “Are you okay?” May be issued not by the adapter 5 or the like but by the speaker 209 built in the mobile terminal device 200.

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

  At this time, the camera 331 may be disposed 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 a wall or the like overlooking the entire room or the entrance. A camera 331 may be disposed at 130. If illegal intrusion occurs, the light bulb 3 is turned on in the adapter 5 as described above. Thereafter, the switch of the camera 331 is turned on by receiving a human presence detection signal (illegal intrusion signal) from the adapter 5 or the like. The captured video is transmitted as an attachment to an e-mail or transmitted as a video signal. The video is recorded in the memory.

  In the twelfth embodiment of the present invention, the mobile phone circuit 201 and the remote control circuit 203 are described as being integrated by a common control unit and operation display unit. However, each is housed in a single unit in an independent manner. May be.

Next, a thirteenth embodiment of the present invention is 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 person abnormality determination unit 227, etc. are built in the wristwatch case 312 and can be worn on the wrist. Is. However, the person abnormality determination unit 227 can be disposed on the adapter 5 side or the like. In FIG. 32, a display unit 309 capable of displaying a clock, outgoing data, and the like, and a key unit 311 capable of inputting numerals, alphabets, symbols, and the like are disposed on the surface of the wristwatch case 312.

A transmission hole 313 is disposed below the key portion 311, and a microphone is installed behind the transmission hole 313. The voice extracted by the microphone is amplified and transmitted to the radio base station by radio. On the other hand, the received voice is emitted from a built-in speaker. An antenna 319 is embedded in the watch band 317. Further, terminals 321A and 321B are formed at both ends of the watch band 317, respectively, and the main power supply is turned on and off by the attachment of the watch band 317.
When the call key 322 is pressed, telephone number data is transmitted to the radio base station following the call signal, and the other party is connected.

  As described above, since the wristwatch case 312 can be attached to the arm, it is not necessary to move the mobile phone when the person moves. It can be used as a mobile phone or remote control on a daily basis, so you can get used to it. It is frequently used on a daily basis, and is less likely to be lost because it is worn on the arm. There is very little fear that the contact means will be located far away from where the person fell.

  In addition, it is possible to always make a call in an emergency and in an easy posture. Emergency calls can be made easily even at bedtime. Furthermore, if the voice guidance such as “Is it okay?” Is emitted from the speaker built in the watch case 312 instead of the adapter 5 or the like side, even an elderly person who is far from the ear can be surely heard. If a vibration function or the like is provided, it is possible to reliably contact elderly people who are far away and those who are blind.

  In addition, the above-described body movement detection unit may be provided in the mobile terminal device 300, and human safety may be confirmed by detecting body movement. The body movement detection unit may be configured by arranging piezoelectric sensors on the back surface portion and the front surface portion where the wristwatch case 312 contacts the arm (not shown). The body movement is detected as a 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 is described.
In the fourteenth embodiment of the present invention, trial listening functions such as a radio, a television, and a game are arranged in the mobile terminal devices 200 and 300. However, this audition function may be unitized and detachable from the portable terminal devices 200, 300, etc. Further, the person abnormality determination unit 227 may be detachably unitized. If the portable terminal devices 200, 300, etc. have a waterproof structure, they can be used as a bath radio. The human abnormality determination unit 227, the arithmetic circuit 54, and the like confirm the safety of the person also by operating a switch such as a radio or a volume. When the adapter 5 or the like is disposed in a bathroom, a toilet or the like, a person presence detection signal is transmitted from the light transmission unit 241 when a person enters these rooms. In the portable terminal devices 200, 300, etc., the power of a bath radio or the like can be turned on by receiving this person presence detection signal. However, the power may be turned on manually by turning on the switch. In addition, when a person leaves the bathroom or the like, a human presence detection signal is not transmitted from the light transmitting unit 241. In the portable terminal devices 200, 300, etc., the power of the bath radio or the like is turned off when the human presence detection signal is not received from the adapter 5. When such control is performed for a plurality of devices, an ID code may be attached to a human presence detection signal or the like.

  A speaker such as a radio usually carries radio sound, but when a predetermined guidance is given, the line is automatically switched and guidance is sent from this speaker. For voice guidance such as “Is it okay?” If the body motion detection unit described above is installed, the radio or the like will be shaken a little, the switches will be operated, etc. Or by holding the hand over the reflector 43, the guidance stops. When such a response is not made and it is determined that the person is abnormal, the voice of the other party is played through this speaker. If the call is not answered, a louder sound or warning sound may be emitted from the speaker. This can significantly prevent misidentification in the event of a human abnormality.

  In addition, regarding arrangement | positioning of the adapter 5 grade | etc., You may make it comprise combining various adapters 5 grade | etc., For every characteristic which each room has. For example, a type that does not have an automatic dial connection circuit 135 as shown in FIG. 22 is provided in a bathroom or a toilet, and a type that has an automatic dial connection circuit 135 as shown in FIG. 18 is provided only in the living room. It is possible.

Further, such automatic power control can be performed for an air conditioner, a television, a radio cassette, and the like. FIG. 33 shows a flowchart. In step 51, the adapter 5 is in a standby state. In step 53, the adapter 5 or the like receives a remote control operation signal from the portable terminal device 200 or 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 an 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 a power ON signal, the process proceeds to step 59 where it is determined whether or not a person is detected by the human sensor 13. If the person is no longer detected, a light-off signal of the air conditioner is issued from the light transmitter 241 in step 61 after a predetermined timer time has elapsed. On the other hand, if the received signal is a 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 air conditioner in this case. In the case of a signal other than the ON signal or the OFF signal, the power supply is alive, so the process proceeds to step 59.
Thus, forgetting to turn off the air conditioner or the like can be prevented.

In addition, if it can receive that the power supply is alive with a predetermined response signal, it may be controlled based on the signal, or it may be uniform in step 61 for all devices targeted for power saving without confirming the ON signal or the like. A power OFF signal may be issued.
In addition, when a person returns to the room again by setting, an ON signal may be issued to return to the original state.

Next, a fifteenth embodiment of the present invention is described.
The fifteenth embodiment of the present invention makes it possible to apply the adapter 5 or the like also to a fluorescent lamp luminaire.

  As shown in FIG. 34, thin rod-like electrode terminals 503a, 503b, 503c, and 503d are provided on the left and right sides of the straight tube fluorescent tube 500, respectively. A covering body 505 is covered around the electrode terminals 503a, 503b, 503c, and 503d and the ends 504A and 504B of the cylindrical fluorescent tube 501. The bottom of the cover 505 is bent outward in the radial direction. The left covering body 505 in the drawing corresponds to the electrode terminal 503a and the electrode terminal 503b and is divided into a covering body 505a and a covering body 505b, respectively. The covering body 505a and the covering body 505b are interposed via an insulating portion 506A. It is joined.

  Further, the cover body 505 on the right side in the drawing corresponds to the electrode terminal 503c and the electrode terminal 503d and is divided into a cover body 505c and a cover body 505d, respectively, and the cover body 505c and the cover body 505d are insulated portions 506B. It is joined via.

  Furthermore, conductors are formed on the back surfaces of the covering bodies 505a and 505b, and the cables 509 and 511 are electrically connected to the electrode terminal 503a and the electrode terminal 503b, respectively. On the other hand, conductors 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 505 a is connected to one terminal of the power line 512 and the cable 513, and the surface conductor of the cover 505 b is connected to one terminal of the glow lamp 507 and the cable 515. Further, a conductor connected to the electrode terminal 503c is formed on the covering 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 covering 505d, and the other terminal of the glow lamp 507 is connected to this conductor.

  The cables 513 and 517 are connected to the transformer 53. A pull switch 37A for switching between manual and automatic is connected to the cable 509. Similarly, a pull switch 37B is connected to the cable 511, and the pull switch 37A and the pull switch 37B are interlocked. Changeover switches 38A and 38B are provided on the manual side of the pull switch 37A and the pull switch 37B, respectively, and the changeover switch 38A and the changeover switch 38B are also linked. Further, the relays 51 and 52 are disposed between the cable 509 and the cable 513, and the relays 51 and 52 are disposed between the cable 511 and the cable 515, respectively. The adapter 5 and the like are attached to an appropriate place such as a ceiling.

  In this configuration, when the pull switch 37A and the pull switch 37B are selected in the automatic mode, the fluorescent tube 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 simultaneously, a relay circuit similar to that described above corresponding to each fluorescent tube 501 is additionally prepared in the adapter 5, and a covering disposed on each fluorescent tube 501. This is possible by drawing the cable 513, the cable 515, the cable 509, and the cable 511 from the lines 505a and 505b and connecting them to this relay circuit. However, since the power has already been supplied, the coverings 505c and 505d can be omitted from the second and subsequent straight fluorescent tubes 500. Further, if the relays 51 and 52 are provided independently for each straight tube fluorescent tube 500 and can be turned on and off by a remote controller, they can be turned on and off independently for each straight tube fluorescent tube 500.
Accordingly, the adapter 5 or the like can be applied to the straight fluorescent tube 500.

  FIG. 35 shows another example in which the adapter 5 or the like can be applied to the straight tube type fluorescent tube 500. The plugs built in the fluorescent tube holders 531A and 531B were originally mounted with the electrode terminals 503a and 503b and the electrode terminals 503c and 503d of the fluorescent tube 501, respectively. Instead, a column 535 having electrode terminals 533a, 533b, 533c, and 533d is attached to the end portion.

  A pipe 539 can be stored in the pipe 537 of the column 535. A fastener 541 capable of fastening the pipe 539 by being rotated is disposed at the end of the pipe 537. The length of any fluorescent tube 501 can be adjusted by adjusting the length of the pipe 539.

  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. The plugs incorporated in the fluorescent tube holders 545A and 545B are mounted with the electrode terminals 503a and 503b and the electrode terminals 503c and 503d of the fluorescent tube 501 removed from the fluorescent tube holders 531A and 531B, respectively. An adapter 5 is connected to the side of the fluorescent tube holder 545A. Cables (not shown) connected to the electrode terminals 533a and 533b are respectively connected to one end of a relay circuit similar to that shown in FIG. In addition, cables (not shown) connected to the electrode terminals 503a and 503b are connected to the other ends of the relay circuit built in the adapter 5, respectively. The cable connected to the electrode terminal 533a is branched and connected to one terminal of the transformer 53. The cable passed through the column 535 and the holding member 543A from the electrode terminal 533c 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.

  In such a configuration, the same control as described above can be performed, and the adapter 5 or the like can be applied to the straight tube 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 sensor 13 is constituted by a logical sum. When a room is large or the like, the accuracy of human detection can be improved by arranging an appropriate number of human detection sensors 13 on the window side or the like. The human detection sensor 13 may be combined with an angle adjustment mechanism capable of appropriately adjusting the elevation / horizontal angle. If the human sensor 13 is disposed at an inclination, the protected range can be widened. As described above, even when an illegal intruder enters through a window, it can be detected with high accuracy.

  36, 37, and 38 show another example in which the adapter 5 or the like can be applied to the circular fluorescent tube 600. FIG. The fluorescent lamp socket 605 was originally attached to the electrode terminal 603 of the fluorescent tube 601. This fluorescent lamp socket 605 is removed, and an 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 portion of the intermediate socket 607, and the fluorescent socket 605 is inserted on the right portion of the intermediate socket 607. An electrode terminal 611 to be projected is provided. A cable 613 connected to the electrode receiving portion 609 and the electrode terminal 611 is drawn out to the intermediate socket 607. However, although both the electrode receiving part 609 and the electrode terminal 611 are comprised by 4 terminals, let the 2 terminal which opposes be the state connected between the electrode receiving part 609 and the electrode terminal 611 among them. As shown in FIG. 38, the breakdown of the core wire of the cable 613 is composed of two power supplies, four relay circuits, and five serving as one of them. A jack is provided at the end of the cable 613 so that it can be connected to the jack 615 of the adapter 5.

  Furthermore, when there are a plurality of fluorescent tubes 601, the intermediate socket 607 is similarly attached to the other fluorescent tubes 601, and the jack of the cable 613 is connected to the jack 617 of the adapter 5. The pull switches 37A, 37B, 37C, 37D and the changeover switches 38A, 38B, 38C, 38D are linked to each other. Since the relays 51A and 52A and the relays 51B and 52B are provided independently, each of the circular tube fluorescent tubes 600 can be turned on and off independently by a remote controller.

Next, a sixteenth embodiment of the present invention will be described.
In the sixteenth embodiment of the present invention, settings such as a trespassing warning mode, control of an air conditioner, etc., reservation for recording a TV program, control of a camera, etc., confirmation of human safety, etc. are performed via the Internet.

  In FIG. 39, a server 709 is connected to an ISDN line 711 and the Internet 713, and requests from users, signals from adapters 5, 105, wall-embedded decorative panel 61, panel 111, converter 120, repeater 187, etc. Are to be processed and relayed.

The adapter 5 and the like are connected to the ISDN line 711 via the terminal adapter 715. Further, the remote control device 717 can be controlled to be activated or stopped by infrared rays or radio waves transmitted from the light transmission unit 241 or the like of the adapter 5 or the like. The remote control device 717 is, for example, an air conditioner that can be controlled by a remote controller, a television, or a video.
A mobile phone 719, a portable 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 sixteenth embodiment of the present invention will be explained.
The sixteenth embodiment of the present invention accesses a web page on the Internet 713.
The user accesses a Web page on the server 709 from the mobile phone 719, for example. When accessing, it is desirable to input a user number, a password, or the like. An example menu screen of the downloaded web page is shown in FIG. For example, the item of lighting is selected. The server 709 analyzes the request content and converts it into a request command. Thereafter, the data is sent to the adapter 5 requested by the user via the “inter-user information notification service” by ISDN 711 D-channel packet communication.

  The adapter 5 that has received the data request command sends the current status of the lighting that is the response to the server 709 via the ISDN 711. The server 709 that has received the response from the adapter 5 converts the data into a Web page format and displays it on the mobile phone 719 that is the user's terminal. Thus, the user can check the current status of the light bulb 3 that is the illumination on the Web page. Since the light bulb 3 can be distinguished by an ID code even in a plurality of places, it can be displayed as “kitchen fluorescent lamp OFF”, “living room fluorescent lamp ON” or the like. Further, on this Web page, the operation mode of the light bulb 3 can be changed and ON / OFF operation can be performed. When the user selects lighting ON or OFF on this Web page, the server 709 analyzes the operation content and converts it into an operation command. Thereafter, the operation command is sent to the adapter 5 via the D channel packet communication of ISDN 711. The adapter 5 that has received the operation command turns on the light bulb 3 and sends the current status of the light bulb 3 to the server 709 via the ISDN 711 as a response.

The current state of the illegal intrusion warning mode can be confirmed, and the mode can be set and released in the same manner as the lighting.
In the control of the air conditioner, operation and stop operation are possible. The requested operation signal is transmitted from the light transmitting unit 241 such as the adapter 5 toward the air conditioner. However, if the air conditioner can transmit and receive signals, the current setting status of the air conditioner can be confirmed.

  When the camera is selected, wide-angle shooting with the fisheye lens 345 or normal shooting with the camera 331 is possible. An image taken by the camera 331 is attached to an e-mail or transmitted as image information.

  When the personal safety confirmation is selected, as shown in FIG. 41, the latest action stored together with the date and time by the clock function built in the adapter 5, the portable terminal devices 200 and 300, the repeater 187, the converter 120, etc. Data is displayed. As a result, it is possible to confirm human safety at a distance. Since it can be seen from FIG. 41 where the person is currently, confirmation of safety by the camera 331 or the telephone can be efficiently performed.

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

On the other hand, when the repeater 187 is provided as shown in FIG. 19, the repeater 187 incorporates an arithmetic unit, and action data acquired from each adapter 5 or the like is stored in the arithmetic unit.
If an abnormal signal, illegal intrusion signal, fire signal, emergency signal or the like is detected by the adapter 5 or the like, it may be transmitted 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 and creates an e-mail containing the contents. The e-mail is sent to the mobile phone 719, the portable information terminal 721, the personal computer 723, and the like.

Next, a case where a television program guide is selected will be described.
When the TV program guide is selected, a TV or radio program guide 371 is downloaded to the mobile terminal device 200. In FIG. 42, the liquid crystal screen 221 displays, for example, Sunday programs and G codes of channel 1 of NHK television. By operating the operation key 217 in the vertical direction, the time can be advanced. Furthermore, if the operation is continued in the vertical direction, the program table 271 can be moved to a different day.

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

  As described above, when the program table 371 is repeated and a program to be viewed is found, the program can be reserved and 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 sends the G code to the adapter 5 via the D channel packet communication of ISDN 711. The G code is transmitted from the light transmitting unit 241 of the adapter 5 together with the ID data or the like toward the television or video by infrared rays or the like. This makes it possible to reserve a program. However, the reservation status can be confirmed if transmission from a television or video is possible.

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

  Further, when viewing a television or radio, the downloaded program table 371 automatically displays the programs after the current time on the screen. Then, when the program table 371 is repeated and a program to be viewed is found, the program is selected. When a program being broadcast at the current time is selected, a signal is emitted from the transmission / reception unit 213 of the mobile terminal device 200, and the program is switched to the program. Multiple programs can be selected. Over time, programs are selected one after another. The selected program is stored, and when the time to which the program belongs is reached, a signal is automatically issued from the transmission / reception unit 213, and the channel can be switched. However, depending on the setting, this channel switching is not performed, and the time of the selected program is reached and the number of minutes after the start of the selected program is indicated by voice or screen display. May be. At this time, a response is made or a data transmission operation is performed. An elderly person may tend to forget that there is a program or the like that he / she wants to watch, but this makes it possible to avoid missing a TV program or a radio program or the like that he / she wants to watch. Moreover, the safety of a person can be confirmed by operating the keys.

  In the sixteenth embodiment of the present invention, it has been described that a Web page on the Internet 713 is accessed. However, it is also possible to access by an e-mail. In this case, data is requested by sending an e-mail from the mobile phone 719 or the like to the server 709 via the Internet 713.

  The server 709 analyzes the request content and sends a data request command to the adapter 5 via the ISDN 711. The adapter 5 that has received the data request command sends the current status such as lighting as a response to the server 709 via the ISDN 711. Upon receiving the response from the adapter 5, the server 709 converts the data into an e-mail format and transmits it to the mobile phone 719 or the like as the user terminal. This allows the user to check the current status of lighting etc. by e-mail.

  In addition, it is possible to change the operation mode of the light bulb 3 and the ON / OFF operation by e-mail. When the user enters “illumination ON” or “lighting OFF” or the like by this e-mail, the server 709 analyzes the operation content and converts it into an operation command. Thereafter, the operation command is sent to the adapter 5 via the D channel packet communication of ISDN 711. The adapter 5 that has received the operation command turns on the light bulb 3 and sends the current status of the light bulb 3 to the server 709 via the ISDN 711 as a response. The current situation is converted into an e-mail format and sent back to the mobile phone 719 or the like. As a result, the user can perform operations such as lighting and check the result by e-mail.

Next, a seventeenth embodiment of the present invention is described.
The seventeenth embodiment of the present invention relates to a method for setting a trespassing warning mode. The illegal intrusion warning mode can be set, canceled, etc. via the Internet 713 as described above. In the seventeenth embodiment of the present invention, the illegal intrusion warning mode can be set outside the entrance.

  As shown in FIG. 43, a cylinder lock 753 is attached to the door 41 such as an entrance. The cylinder lock 753 is provided with a knob 757. A keyhole 759 is provided at the center of the knob 757. By turning the key hole 759, the dead bolt 761 can be moved in and out from the side of the door 41. The cylinder lock 753 is fixed to the door 41 by cylinder holding lids 755 and 755 from the front surface and the back surface of the door 41. The cylinder holding lid 755 is provided with a small hole 763. The surface of the small hole 763 is covered with resin, glass, or the like, and an infrared light receiving element 765 is disposed at the back. By turning the knob 757, the latch bolt 762 can be moved in and out 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. As shown in the block diagram of FIG. 44, the control box 767 is provided with an electromagnetic lock portion 771 that electromagnetically operates the dead bolt 761. On the other hand, the transmission / reception unit 213 of the portable terminal devices 200 and 300 is directed to the infrared light receiving element 765, and a signal is emitted from the transmission / reception unit 213. The signal received by the infrared light receiving element 765 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. The electromagnetic lock unit 771 is operated by a signal given from the control unit 775. Whether the dead bolt 761 is in a closed state or an open state is transmitted from the control unit 775 to the arithmetic circuit 54. Further, power is supplied to the control box 767 from the converter 55 of the adapter 5. Further, a reflector 43 is disposed on the back surface of the door 41.

  In such a configuration, an ID code and a specific password are registered in advance in the memories of the mobile terminal devices 200 and 300. When a key button (not shown) is operated, the registered ID code and password are transmitted from the transmission / reception unit 213. However, the password may be keyed one by one. In addition, it is possible to specify whether the dead bolt 761 is closed or opened following this number.

  The password set after the key operation is confirmed, and if it is OK, it is transmitted. The transmitted signal is input to the arithmetic circuit 54 of the adapter 5. When the door 41, the window, or the like is made of glass that can transmit infrared rays, as described above, the infrared signal transmitted from the remote control of the mobile terminal device 200, 300 is directly transmitted to the human detection sensor 13 or the door detection sensor. Received at 15 mag. 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 a pre-registered ID code and password. If the number matches the registered one, 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 when the state is open, the control unit 775 transmits a close signal. The electromagnetic lock unit 771 operates the dead bolt 761 based on the given signal. The state of the dead bolt 761 after the operation is transmitted to the control unit 775.

  On the other hand, when the numbers match and the signal indicating the status of the current deadbolt 761 transmitted from the control unit 775 is a closed signal, the arithmetic circuit 54 sets the illegal intrusion warning mode. When the deadbolt 761 is closed or opened, the operating person can confirm that the illegal trespassing warning mode has been set or canceled. However, when there are a plurality of family members, the mode setting of the trespassing warning mode is preferably set when no person is detected by the arithmetic circuit 54 of the adapter 5, the repeater 187, the converter 120, or the like. . Alternatively, the portable terminal devices 200 and 300 are provided with a combination button that enables the mode setting of the trespassing warning mode and the locking of the deadbolt 761, and a lock dedicated button that enables only the locking of the deadbolt 761, respectively. However, when a person remains in the room, the lock-dedicated button may be pushed.

  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. When the illegal intrusion warning mode is set, the mode is canceled.

  In addition, it can be locked or unlocked mechanically by inserting a key into the keyhole 759 and turning it around. Therefore, it is safe even if an electrical failure occurs in the adapter 5 or the mobile terminal device 200 or 300 or the battery of the mobile terminal device 200 or 300 is exhausted.

  In order to prevent picking, the mode setting of the illegal intrusion warning mode is canceled based on a signal transmitted from the mobile 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, so that the contact is notified that there has been an illegal intrusion. The contact address may be the mobile terminal device 200 or 300. In this case, it is possible to immediately notice the situation in which the intruder warning mode is set while another person remains in the room by directly reporting to the mobile terminal devices 200 and 300. In addition, by setting the mode of the trespassing warning mode inside or outside the entrance, it can be used for daily inspections such as whether the trespassing warning mode is functioning normally. Even when the cable 777 is cut off, it is possible to report by performing the same protection as the external cable 142 described above. In consideration of the case where the power supply line is cut, it is desirable that the power supply line such as the adapter 5 is provided with a charge / discharge circuit composed of a capacitor or the like.

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

  In the event of an abnormal situation or emergency, the deadbolt 761 of the cylinder lock 753 can be confirmed from a specific center or the like via the Internet 713 so that emergency personnel can immediately enter the room. It is desirable to send a signal to open. For this reason, it is desirable to register an ID code, a personal identification number, etc. in advance in a specific center. In the arithmetic circuit 54, the control from the center or the like may be possible only when a human abnormal state or an emergency signal is transmitted. Further, when such an abnormal state of the person, an emergency signal, or the like is transmitted, an open signal of the dead bolt 761 may be forcibly transmitted from the arithmetic circuit 54.

  Further, the mode setting of the trespassing warning mode and the cancellation of the setting are performed from the portable terminal devices 200 and 300 via the infrared light receiving element 765. On the other hand, the dead bolt 761 of the cylinder lock 753 may be locked or unlocked mechanically by key operation via the key hole 759, and the respective functions may be made independent. In this case, the control unit 775 and the electromagnetic lock unit 771 are not necessary. When the door 41, the window, or the like is made of glass that can transmit infrared rays, as described above, the infrared signal transmitted from the remote control of the mobile terminal device 200, 300 is directly transmitted to the human sensor 13 or the door. It is received by the sensor 15 or the like. Therefore, in this case, the infrared light receiving element 765 and the receiving unit 773 are not necessary. It should be noted that a confirmation lamp may be provided by enlarging the small hole 763 in order to confirm the mode setting of the illegal intrusion warning mode and the cancellation of the setting. The confirmation lamp is lit for a predetermined time based on a confirmation signal transmitted from the arithmetic circuit 54 such as the adapter 5 that the mode has been set and the setting has been cancelled.

  The shape and structure of the key are not limited. For example, as shown in FIG. 45, the lever 779 and the keyhole 759 are separated, or the lever 779 and the keyhole 759 are integrated. Also good. The location of the infrared light receiving element 765 is not limited. Therefore, infrared rays may be received through a peephole or the like disposed on the door 41. In this case, the light is dispersed in two directions by contacting the prism with the peephole, and the light in one direction is detected by the infrared light receiving element 765. And the person can be confirmed through the peephole as usual by the light in the other direction.

Replacement work for the cylinder lock 753 is mainly required, so even if you follow the procedure, even an amateur can do it easily. Existing equipment such as the door 41 is not wasted. It is inexpensive in terms of equipment.
In addition, when carrying the portable terminal devices 200 and 300 outdoors in this way, it is desirable to arrange the camera 331 also in the box 130, the adapter 5, or the like.

  Further, when the cylinder lock 753 is mechanically locked, the mode setting of the illegal intrusion warning mode may be interlocked. Then, when the lock is released, the mode setting of the trespassing warning mode is released. However, in this case, since the mode setting of the trespassing warning mode is also released together with the unlocking, it is insufficient for picking. Therefore, it is desirable to cancel the setting by releasing from the mobile terminal devices 200 and 300 or via the Internet 713 without interlocking the cancellation of the mode setting of the illegal intrusion warning mode when unlocking.

  Further, the signal received by the receiving unit 773 is transmitted to the control unit 775, and it is determined whether or not the numbers match, and the electromagnetic lock unit 771 is operated when the numbers match. Good. The power source may be a battery. At this time, if the illegal intrusion warning mode is not required, the cable 777 is unnecessary. However, transmitting means for transmitting the signal received by the receiving unit 773 to the adapter 5 or the like by radio, infrared rays, ultrasonic waves, or the like is provided in the control box 767, while receiving means for receiving this signal is provided in the adapter 5 or the like. It may be possible to set and cancel the illegal intrusion warning mode by setting and enabling communication.

  Further, the transmission / reception unit 213 of the mobile terminal devices 200 and 300 can transmit and receive signals wirelessly. However, a radio circuit may be provided in addition to the infrared circuit. On the other hand, transmission / reception means for transmitting and receiving the wireless signal may be provided in the adapter 5 or the like so that communication can be performed so that the mode setting and cancellation of the illegal intrusion warning mode can be performed. In this case, the cylinder lock 753 and the like can be left unchanged. Even if the cylinder lock 753 is picked, the opening of the door 41 can be detected by using the reflector 43 or the like or using an opposing infrared sensor, so that illegal entry cannot be made. Further, since the entire room, the window side, and the like are targeted for detection by the human detection sensors 13 and 69, illegal intrusion from the window or the like cannot be performed. Lighting, alarms, photography, etc. in case of intrusion also contribute to the countermeasures against illegal intrusion.

  The mobile terminal devices 200 and 300 may perform only wireless transmission, and the adapter 5 and the like may perform only reception. In this case, the speaker 56, 128, 153 is notified by a specific sound or voice that the illegal intrusion warning mode has been set and released. If it is difficult to hear the sound from the speakers 56, 128, and 153, a speaker may be extended from the adapter 5 on the back surface of the door 41. In addition, a vibration device that can vibrate instead of the speaker may be extended. Alternatively, the illumination may be turned on for a certain time.

  Furthermore, the mobile terminal devices 200 and 300 may be configured by omitting the telephone function. The transmission / reception unit 213 of the mobile terminal devices 200 and 300 may be configured with 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 going-out switch 145, and the same processing may be performed according to transmission signals from the mobile terminal devices 200 and 300. In this case, the external terminal box 143 can be disposed above the reach of human hands.

  Furthermore, in the case of the trespassing warning mode, when the indoor brightness falls below the set value or when the preset time has elapsed, the relay 51 is turned on and the required number of bulbs 3 and fluorescent tubes 501 are automatically turned on. You may make it do. The lighting continues until, for example, 11 o'clock at night. Then, from when to start lighting, how long to continue lighting, whether or not automatic lighting is possible, which bulb 3 or fluorescent tube 501 is automatically turned on, or any of a plurality of them is automatically turned on It is desirable that these can be set in advance. The automatic lighting setting in the illegal trespassing warning mode can be performed by the adapter 5 or the like, but can also be performed by accessing a remote control, the mobile terminal device 200 or 300, or the Web page of the Internet 713. By brightening the room, the risk of unauthorized entry is reduced.

  Furthermore, when an abnormal signal, illegal intrusion signal, fire signal, emergency signal, or the like is detected by the adapter 5 or the like, it is desirable to notify an outdoor person as soon as possible. For this reason, a laser pointer is disposed at an appropriate place such as an outdoor roof. This laser pointer is connected by cable from the adapter 5 or the like. When a human abnormality signal or the like is emitted, a laser beam is emitted based on this signal. The laser beam is projected toward, for example, a road. The light may be projected in a horizontal direction to some extent. It can also be recognized from passing people and cars. Because the beam is shown as a line over a long distance, it is easy for anyone to notice and it is easy to recognize the house where there was an abnormality.

The adapter 5 is a type including the socket 1 and the internal socket 33 as shown in FIG. 1, a type including a lock sealing plug body 91 and a latching electrode receiving portion 97 as shown in FIG. There are types for fluorescent tubes as shown in FIG. 38, and each may be configured independently. However, the socket 1, the body 91, etc. are provided in advance as parts, and these parts can be exchanged as appropriate or the connectors can be connected in advance so that they can be combined into one adapter structure applicable to the various aspects described above. Good. In this case, even if the room is renovated or moved, it can be applied to any equipment, and the adapter 5 or the like is not wasted.
Moreover, the adapter 5 etc. which can be combined with the portable terminal devices 200 and 300 have a degree of freedom. For example, the adapter 5 can be applied to a human sensor 13 that is composed of a set of a plurality of pyroelectric infrared sensors and detects human movement with high resolution or in a mosaic shape. It is.

Side sectional view of the first embodiment of the present invention Bottom view 1 is a circuit diagram of a first embodiment of the present invention. Example of reflector installed on the door Example of reflector mounting method Another example of reflector mounting method Flow chart of automatic lighting flashing operation Side sectional view of the second embodiment of the present invention The block diagram of 3rd Embodiment of this invention The block diagram of 4th Embodiment of this invention The circuit block diagram of 5th Embodiment of this invention Same circuit diagram as above Same circuit diagram as above Circuit configuration diagram of sixth embodiment of the present invention Circuit configuration diagram of seventh embodiment of the present invention Circuit configuration diagram of eighth embodiment of the present invention Circuit configuration diagram of ninth embodiment of the present invention Circuit configuration diagram of tenth embodiment of the present invention Circuit configuration diagram of eleventh embodiment of the present invention The block diagram of 12th Embodiment of this invention. External view of a twelfth embodiment of the present invention Adapter circuit diagram Configuration of vibration detector Another example of vibration detector Another example of vibration detector Another example of vibration detector Side view when the mobile terminal device is stored in the storage box Front view when the mobile terminal device is stored in the storage box Partial enlarged view An example of a switch installed in the open / close part of the refrigerator door Contact member External view of 13th Embodiment of this invention flowchart The block diagram of 15th Embodiment of this invention. Another example of block diagram Application example of circular fluorescent tube Intermediate socket When there are multiple fluorescent tubes System configuration diagram of sixteenth embodiment of the present invention Menu screen example Display example of human behavior data Downloaded program guide Diagram showing the state of the cylinder lock The block diagram of 17th Embodiment of this invention. Example where the lever and keyhole are separated

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Socket 3 Light bulb 5,105 Adapter 7,31 Electrode part 9 Opening 13,69 Person detection sensor 15,71 Door detection sensor 17 Square cylinder part 21 Hook 33 Internal socket 37 Pull switch 41 Door 43 Reflector 54 Calculation circuit 56,128 , 153 Speaker 61 Wall-embedded decorative panel 73 Tube portion 90 Ceiling hanging lighting device 91 Body 111 Panel 120 Converter 121, 157 Modulator 125, 161 Demodulator 129 Operation unit 130 Box 133 Emergency button 135 Dial automatic connection circuit 137 Telephone 145 Outgoing switch 151, 169 Smoke detection sensor 155 Switching circuit 165 Emergency signal 167 Microphone 181, 191 Telephone line 183 Modular jack branch 187 Repeater 193 Branch 200 Mobile terminal device 201 Mobile phone circuit 203 Remote control circuit 205 Unit 213 Transmission / reception unit 215 Numeric keypad 217 Operation key 227 Human abnormality determination unit 241 Light transmission unit 243 Emergency button 311 Key unit 312 Watch case 313 Transmission hole 317 Watch band 321A, 321B Terminal 331 Camera 333 Storage box 334 Holding unit 343 344 Corresponding plate 345 Fisheye lens 346 Glass optical filter 347 Corrugated plate control section 371 Program guide 500 Straight tube type fluorescent tube 501, 601 Fluorescent tube 503, 533 Electrode terminal 505 Covered body 509, 511, 513, 515, 517 Cable 600 circular tube Type fluorescent tube 603 Electrode terminal 607 Intermediate socket 613 Cable 615, 617 Jack 709 Server 711 ISDN line 713 Internet 717 Remote control device 719 Mobile phone 721 Mobile information terminal 723 PC 753 Cylinder lock 761 Dead bolt 765 Infrared light receiving element 767 Control box 771 Electromagnetic lock part 773 Receiving part 775 Control part

Claims (1)

An adapter supplied with power from a plug of a fluorescent tube holder connected to the power line or an electrode terminal connection portion of the fluorescent tube;
A human detection sensor disposed on the adapter for detecting the presence of a person;
A warning mode designation means for designating that a person is out and is in the mode of starting and stopping a mode of warning against trespassing,
Control comprising: trespassing determination means for judging that trespassing has occurred when the presence of a person is detected by the human sensor after the start of trespassing warning mode by the alert mode designation means is designated. apparatus.

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