JP2022028739A - Opening-closing device, security server, and security system - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a security server, a security system, and an opening-closing device used therefor that can increase a security.

SOLUTION: The security system includes: a sensor such as a camera set in a window or in a door; and a home server (a security server) for acquiring and processing information from the sensor. The home server detects a fraud on the basis of the information acquired from the sensor, and specifies an image acquired by the camera when the fraud is detected. An information sending unit of the home server sends the fact that the fraud is detected and the specified image to the user terminal and/or a security company server.

SELECTED DRAWING: Figure 2A

COPYRIGHT: (C)2022,JPO&INPIT

Description

The present invention relates to a switchgear that can be used in a security system, a security server using such a switchgear, and a security system.

Patent Document 1 discloses a regional monitoring system, and Patent Document 2 discloses an emergency security communication system. However, in the techniques disclosed in Patent Documents 1 and 2, the installation position of the sensor is not always appropriate, and it cannot be said that the security is high.

Japanese Unexamined Patent Publication No. 2017-116980 Japanese Unexamined Patent Publication No. 2004-112073

The present invention has been made in view of such problems, and an object of the present invention is to provide a security server and a security system capable of further enhancing security, and a switchgear that can be used for that purpose. Is.

According to one aspect of the present invention, it is a switchgear that is a window surrounded by a sash or a window frame, or a door surrounded by a sash or a door frame, and a lead wire is incorporated in the switchgear to form the switchgear. A switchgear capable of supplying power to the installed electronic device is provided.

It is desirable to have a heating wire that is built into the window or door and is powered via the conductor.

It is desirable to have one or more sensors powered through the conductors and installed in at least one of the sash, the window frame, the door frame and the door.

According to another aspect of the present invention, a sensor information acquisition unit that is supplied with power via a lead wire in the opening / closing device and acquires information from one or more sensors installed in the window or door, and based on the acquired information. A security server is provided, comprising a processing unit that performs security-related processing, and an information transmission unit that transmits information indicating the processing result of the processing unit to a user terminal and / or a security company server.

It is desirable that the one or more sensors include a camera.

The processing unit detects fraud based on the acquired information, identifies an image acquired from the camera when the fraud is detected, and the information transmission unit determines that the fraud has been detected. It is desirable to send the image to the user terminal and / or the security company server.

It is desirable that the processing unit detect a pet from an image acquired from the camera.

It is desirable that the processing unit detect changes in the weather from the image acquired from the camera.

It is desirable for the processing unit to detect a fire based on a change in color temperature of an image acquired from the camera.

It is desirable that the processing unit detect a person from an image acquired from the camera.

It is desirable for the processing unit to determine whether or not the detected person is a person registered in advance.

It is desirable that the processing unit detects fraud based on the acquired information.

When fraud is detected, it is desirable that the information transmitting unit transmits a signal for issuing an alarm to the alarm device.

It is desirable that the alarm device is a speaker and / or an alarm sound generator that is supplied with power via a lead wire in the switchgear and is installed in the window or door. The warning voice is also emitted from the individual service contractor or the person in charge of the security company through the mobile phone.

It is desirable that the information transmission unit transmits the detection of fraud to the security company server and / or other security servers installed within a predetermined range and the mobile phone / smartphone of the service contractor.

The one or more sensors include a camera, the processing unit identifies a suspicious person from an image acquired from the camera, and the information transmitting unit determines that fraud has been detected and information on the suspicious person. It is desirable to send.

The one or more sensors include a human sensor, an acceleration sensor, a position sensor and / or a vibration sensor, and the processing unit detects a disaster based on information acquired from the acceleration sensor, the position sensor and / or the vibration sensor. It is desirable to do.

It is desirable that the processing unit acquires the energization status of the home electric appliance connected to the security server and detects whether or not an abnormality has occurred in the user.

According to another aspect of the present invention, a security system including the switchgear, one or more sensors fed via a lead wire in the switchgear and installed in the window or door, and the security server. Provided.

It is desirable to further include an intercom system, a fire alarm and an indoor camera capable of communicating with the security server.

According to another aspect of the present invention, there is provided a security system including the switchgear and an electronic lock that is powered via a lead wire in the switchgear and locks the window or door under control from a user terminal. The door.

It is desirable that the electronic lock transmits information on whether or not the window or door is locked to the user terminal.

When the window or the door of the electronic lock is unexpectedly unlocked, it is desirable to notify the user terminal to that effect.

It is possible to improve security.

The figure which shows an example of the switchgear schematically. The figure which shows another example of the switchgear schematically. The block diagram which shows the schematic structure of the security system which concerns on one Embodiment. FIG. 2 is a block diagram showing a schematic configuration of a security system which is a modification of FIG. 2A.

Hereinafter, embodiments according to the present invention will be specifically described with reference to the drawings.

First, prepare a special switchgear as a premise. A switchgear is typically a window or door surrounded by an aluminum or resin sash that opens and closes an opening in a building. The opening / closing device may be a window surrounded by a window frame or a door surrounded by a door frame (including the door frame and the window frame). A conductor wire such as copper or stainless steel is incorporated in this switchgear, and it is possible to supply power to one or more electronic devices installed in the switchgear. It can be said that the switchgear is equipped with electronic devices. The electronic device is, for example, a camera, various sensors, and a speaker, which will be described later. As the power source to be supplied to the electronic device, a battery, a photovoltaic power generation, a non-contact storage battery, or the like can be applied individually or in combination.

FIG. 1A is a diagram schematically showing an example of a switchgear. This switchgear has a door frame 81, a door 82 surrounded by the door frame 81, and a key mechanism 83. The key mechanism 83 has a casing 84 attached to the door frame 81 and a lock 85.

The lock 85 can be closed or open. In the closed state, a portion of the lock 85 projects from the casing 84 toward the door 82, whereby the door 82 is substantially prevented from opening. As a result, a double lock is configured together with the existing lock (not shown) on the door 82. On the other hand, in the open state, the lock 85 fits inside the casing 84 and does not prevent the door 82 from opening. A wiring 86 that partially passes through the casing 84 is provided along the door frame 81. The wiring 86 is a wiring that is electrically connected to the conducting wire to supply power to the electronic device 87, or a wiring for communication.

In FIG. 1A, one key mechanism 83 is provided on the upper part of the door frame 81, but a further key mechanism 83 may be provided on the door frame at the lower part of the door frame 81 or the like. The key mechanism 83 may be provided on the door 82, but it is more preferable to provide the key mechanism 83 on the fixed door frame 81. This is because it is easy to install.

FIG. 1B is a diagram schematically showing another example of the switchgear. This switchgear has a window frame 91, a window 92 surrounded by the window frame 91, and a key mechanism 93. The key mechanism 93 has a casing 94 attached to the window frame 91 and a lock 95.

The lock 95 can be closed or open. In the closed state, a portion of the lock 95 projects from the casing 94 toward the window 92, whereby the window 92 is substantially prevented from opening. As a result, a double lock is configured together with the existing lock (not shown) on the window 92. If necessary, the window 92 may be provided with a receiving port 92a. On the other hand, in the open state, the lock 95 fits in the casing 94 and does not prevent the window 92 from opening. A wiring 96 is provided along the window frame 91, which partially passes through the casing 94. The wiring 96 is a wiring that is electrically connected to the conducting wire to supply power to the electronic device 97, or a wiring for communication.

In FIG. 1B, one key mechanism 93 is provided on the upper part of the window frame 91, but a further key mechanism 93 may be provided on the door frame at the lower part of the window frame 91 or the like. The key mechanism 93 may be provided on the window 92, but it is more preferable to provide the key mechanism 93 on the fixed window frame 91. This is because it is easy to install.

As one of the electronic devices, a thin heating wire may be installed in the switchgear to heat the switchgear or its surroundings. The heating wire may be passed through a sash or door, or through the lower half of the window glass. As a preferred embodiment, in the case of a double-glazed window glass (double sash) structure, dew condensation can be prevented by passing a heating wire through the inner portion of the sash or the lower inner half of the window glass and energizing the heating wire. In addition, dew condensation may cause mold on the door of the self-propelled door adjacent to the kitchen, but by using such a door with a heating wire, the generation of mold can be suppressed and it is hygienic. Moreover, the vicinity of the switchgear can be warmed up, making it easier to live.

FIG. 2A is a block diagram showing a schematic configuration of a security system according to an embodiment. Further, FIG. 2B is a block diagram showing a schematic configuration of a security system which is a modification of FIG. 2A. The security system may include a home server 5 (security server) and a user terminal 6. The details of the home server 5 will be described later. The user terminal 6 is typically a smartphone or tablet, and an application for using this security system can be installed. The user terminal 6 in which such an application is installed cooperates with the home server 5 and can be controlled as described later.

The security system may include various sensors installed in the switchgear of the building. The sensors include, for example, a camera 11, an acceleration sensor 12, a position sensor 13, a vibration sensor 14, a microphone 15, a motion sensor 16, a thermal camera 17, etc., which image the outside of a building, but the type and number of sensors are particularly limited. There is no. Further, the microphone 15 may include a normal microphone and a sound collecting microphone. Each sensor is powered via a wire in the switchgear. The information acquired by each sensor (either the detected value itself or the processed information of the detected value) is transmitted to the home server 5 (security server) by wireless communication or wired communication and stored.

One or more of these sensors may be collectively attached to the switchgear. For example, the camera 11, the microphone 15, the motion sensor 16, and the thermal camera 17, which are desirable to be attached to the door frame 81 or the window frame 91, can be collectively housed in the casing and attached to the door frame 81 or the window frame 82. Further, the acceleration sensor 12, the position sensor 13, and the vibration sensor 14, which are desirable to be attached to the door 82 or the window 92, can be collectively housed in the casing and attached to the door 82 or the window 92. By doing so, wiring (power supply and communication with the home server 5) and management become easy.

Further, it is desirable that the camera 11 is provided with a lens angle adjusting mechanism (not shown) such as a motor, and the shooting range can be optimized by adjusting the lens angle. Further, for the switchgear in a building having two or more floors, it is desirable not only to photograph the lower part but also to photograph the upper part in preparation for intrusion from above, and it is preferable to use a wide-angle lens.

Further, the security system may include an electronic lock 21 installed in the switchgear of the building. The electronic lock 21 is supplied with power via a lead wire in the switchgear. The electronic lock 21 is connected to the home server 5 via a network, and electrically locks and unlocks windows and doors. Specifically, the electronic lock 21 can lock and unlock windows and doors via the home server 5 based on the control from the user terminal 6.

Further, the electronic lock 21 transmits information on whether or not the window or door is locked to the user terminal 6 via the home server 5. Desirably, if the window or door of the electronic lock 21 is unexpectedly unlocked (for example, even though there is no control from the user terminal 6), the user terminal 6 or the security company via the home server 5 to that effect. Send to server 7.

It is desirable that the electronic lock 21 is provided in all the switchgear of the building so that all the electronic locks 21 can be controlled and monitored from the user terminal 6, but the electronic lock 21 is provided only in some of the switchgear. You may. Further, the electronic lock 21 may be able to directly communicate with the electronic lock 21 without going through the home server 5. Further, a normal key (lock) is also attached to the switchgear, and it is desirable to configure a double lock with the normal key and the electronic lock 21.

Further, the security system may include a speaker 22 installed in the switchgear of the building. Power is supplied to the speaker 22 via a lead wire in the switchgear. Further, the speaker 22 is connected to the home server 5 via a network. Then, the user terminal 6 can be used to emit voice from the speaker 22, and if necessary, a warning can be issued to a suspicious person. It is effective in repelling suspicious persons because it sounds like a warning is issued from the switchgear to the suspicious person.

Further, the security system may include an intercom system 31. The intercom system 31 has a camera, a microphone and a speaker on the door side (visitor side), and a display, a microphone and a speaker on the indoor side so as to enable dialogue with the visitor. The intercom system 31 is network-connected to the home server 5. Then, the image obtained by the camera of the intercom system 31 is displayed on the display inside the room and transmitted to the home server 5. Similarly, the sound collected by the microphone on the door side of the intercom system 31 is emitted from the speaker on the indoor side and transmitted to the home server 5.

Then, these images and sounds are transmitted from the home server 5 to the user terminal 6. As a result, it is possible to view the image acquired by the camera from the user terminal 6, listen to the sound collected by the microphone on the door side, and emit the sound from the speaker on the door side. In this way, even when the user is absent, it is possible to communicate with the visitor via the user terminal 6 and the intercom system 31.

Also, the security system may include an outdoor display 32. The outdoor display 32 is built in the door or installed near the door so that the visitor can see it. The outdoor display 32 is also connected to the home server 5 via a network. Then, the screen to be displayed to the visitor can be controlled from the user terminal 6.

Further, the security system may include a fire alarm 41 installed indoors and an indoor camera 42. The fire alarm 41 and the indoor camera 42 are also connected to the home server 5 via a network, and the security is collectively managed by the home server 5.

Hereinafter, the home server 5 will be described in detail. The home server 5 has a sensor information acquisition unit 51, a processing unit 52, and an information transmission unit 53. At least a part of each of these parts may be realized, for example, by executing a predetermined program by a processor, or may be implemented by hardware.

The sensor information acquisition unit 51 acquires information from various sensors. The processing unit 52 accumulates information from the sensor unit and performs various security-related processes. The information transmission unit 53 also transmits information indicating the processing result of the processing unit 52 to the user terminal 6 and / or the security company server 7.

Subsequently, the processing by the processing unit 52 will be illustrated.

The processing unit 52 detects a person from a still image or a moving image (hereinafter, simply referred to as a camera image) obtained from the camera 11, the camera of the intercom system 31, and / or the indoor camera 42 (only determination of existence or identification of the person). May be done. The processing unit 52 may record the camera image as a still image when it is determined that a person exists. This makes it possible to easily reproduce the visitor as an image.

Then, the user classifies each person. The classification may be roughly two types, for example, "acquaintance" or "stranger". Alternatively, the "acquaintance" may be subdivided into a plurality of stages such as (1) friends, (2) neighbors and courier companies. In addition, "strangers" may be subdivided into (3) simply strangers, (4) unpleasant visitors who may be sold or fraudulent.

Specifically, the user specifies which classification each person falls into, and manually designates it to the processing unit 52. According to this, the processing unit 52 specifies the classification of each person.

Further, the processing unit 52 may perform image (face) recognition and automatically classify each person. When the processing unit 52 identifies a person, the person to be specified (for example, an acquaintance) is registered in advance. As a specific example, the characteristics of the image of the person to be specified (for example, the face of the person) are stored in the home server 5 or in a storage device (not shown) on the cloud. Then, the processing unit 52 determines whether or not the person included in the camera image is a registered person based on the degree of matching between the feature extracted from the camera image and the stored feature.

The processing unit 52 may identify a visitor, divide it into a list of acquaintances and other strangers, and generate information indicating a visitor list. Acquaintances may be subdivided into friends, neighbors, courier companies, and so on. Further, the processing unit 52 may generate a list of only acquaintances or a list of only strangers.

Then, the processing unit 52 transmits the visitor list for a certain period (for example, one day) to the security company server 7.

The processing unit 52 may mirror the camera image using the security company server 7 installed at a location different from the home server 5 as a mirror server (or another mirror server). It is assumed that the home server 5 will be destroyed when a suspicious person invades, but even in such a case, the camera image will remain. In this case, the security company server 7 may be provided with a part or all of the functions of the home server 5 to classify each person by image (face) recognition.

Then, the security company server 7 matches the person included in the camera image with the visitor list received in the past, and automatically analyzes the number of visits of each person. For example, if the person classified in (4) above frequently appears in the camera image, but no crime or the like occurs, it is conceivable to change the classification. By transmitting the visitor list and the camera image from the home server 5, the visitor list and the camera image are accumulated, and the analysis for the safety of the user is analyzed using artificial intelligence. With the learning function of artificial intelligence, the analysis accuracy improves every day every time a visitor list or camera image is sent.

Further, the processing unit 52 may identify a person by using the voice obtained from the microphone 15 or the microphone of the intercom system 31. The specific method can be the same as specifying from the image.

As another example of using the camera image, the processing unit 52 may analyze the camera image and detect a pet (domestic cat or the like). For example, the processing unit 52 detects a pet when the pet returning home from outside play comes just outside the switchgear, and the information transmission unit 53 immediately indicates that the pet is outside the switchgear. Information is transmitted to the user terminal 6. In addition, the processing unit 52 may analyze the camera image and detect sudden changes in the weather such as rainfall and snowfall. Further, the processing unit 52 may detect a fire (including arson) from a high temperature portion or a sudden change in color temperature from the camera image.

Further, the processing unit 52 may detect fraud or abnormality such as destruction or disabling of the switchgear (for example, an act of spraying paint on a camera) or intrusion of a suspicious person based on various acquired information. When the occurrence of an illegality (abnormality) is detected, the processing unit 52 generates the illegality (abnormality) occurrence information, and the information transmission unit 53 transmits the illegality (abnormality) occurrence information to the user terminal 6. Further, the information transmission unit 53 may transmit fraud (abnormality) occurrence information to the security company server 7 and urge the security company to take necessary measures. It is desirable that the processing unit 52 identifies the camera image at the time when an illegality (abnormality) is detected, and the information transmission unit 53 also transmits the camera image to the user terminal 6 or the security company server 7. Further, when an illegality (abnormality) is detected, the information transmission unit 53 may transmit a signal for issuing an alarm to an alarm device such as a speaker 22 or an alarm sound generator in order to issue an alarm.
Specific examples of fraud and anomaly detection are as follows.

The processing unit 52 anticipates the expected detection values of various sensors and the range of fluctuations thereof. Specifically, the magnitude and direction of the acceleration detected by the acceleration sensor 12 in the normal opening and closing of the window or door, the position detected by the position sensor 13 in the normal open and closed positions of the window or door, the window or door. The magnitude of vibration detected by the vibration sensor 14 during normal opening and closing of the window is held in advance.

Then, the processing unit 52 determines that the fraud has occurred when the detected values from the various sensors and their fluctuations are different from the expected range. For example, when the positions of the windows and doors are significantly different from the normal positions, the processing unit 52 determines that the windows have been destroyed and generates fraud occurrence information.

Further, the processing unit 52 can analyze the camera image and detect fraud. As a specific example, the processing unit 52 determines the presence or absence of a person from the image. Then, when a person is present in the room even though he / she is away, or when the person is detected in the middle of the night or early in the morning, the processing unit 52 determines that the fraud has occurred. The processing unit 52 recognizes the person detected in this way or the person detected from the camera image when fraud is detected by another method as a suspicious person, and stores it as necessary. It may be stored in the home server 5, or may be stored in a storage device on the cloud so that it can be shared with another home server 5.

Further, in the above-mentioned method for specifying a person, a suspicious person may be registered in advance as a person to be specified, and the processing unit 52 may determine that fraud has occurred when the suspicious person is specified.

The security system can also be extended to regional security systems. The regional security system is configured by connecting a plurality of home servers 5 in FIG. 1 to each other. Then, the fraud occurrence information is transmitted to the security company server 7 together with an image including a suspicious person, and then the security company server 7 is within a radius of 10 km from another home server 5 (for example, the home server 5 that generated the fraud occurrence information). It is transmitted to the home server 5), and further, it is transmitted to the user terminal 6 connected to the other home server 5. It should be noted that the fraud occurrence information may be directly transmitted to another home server 5 or the user terminal 6 within a predetermined range, not via the security company server 7 but via the operator of this security system. In addition, the security company server 7 transmits and shares an image including the suspicious person as information on the suspicious person generated in the area to the contractor.

The security company server 7 may detect the above-mentioned fraudulent occurrence. For example, when a person classified as a "stranger" in the visitor list from a certain home server 5 appears in a camera image from another home server 5, the security company server 7 determines that fraud has occurred. You may.

Further, the processing unit 52 may detect not only fraudulent events but also unexpected phenomena such as natural phenomena and disasters. As a specific example, when the detection value by the acceleration sensor 12 or the vibration sensor 14 changes suddenly, the processing unit 52 determines that an earthquake has occurred and generates earthquake information. The earthquake information is transmitted to the user terminal 6 by the information transmission unit 53.

Further, as shown in FIG. 2B, the home server 5 may be connected to a home electric appliance 8 such as a television. When the power of the home electric appliance 8 is not switched on / off for a predetermined time (for example, 48 hours) or more, the processing unit 52 notifies the security company server 7. At this time, it is desirable that the processing unit 52 reports together with the camera image (which may include the mirrored camera image). This is because home appliances have not been used for a long time, and there is a possibility that some abnormality such as poor physical condition has occurred in the user. It is desirable to be able to turn off this function because the user may be away for a long time due to travel or the like.

Further, the home electric appliance 8 utilizes the fact that almost no current flows when it is turned off and a larger current flows when it is turned on than during normal use, and the processing unit 52 acquires the energization status of the home electric appliance 8 and obtains the energization status of the home electric appliance 8. It is possible to detect whether or not an abnormality has occurred in the user, and if it is determined that an abnormality has occurred, it can be determined whether or not to notify the security company server 7.

As a specific method for acquiring the energization status, for example, when the home electric appliance 8 is a television, the image terminal and the home server 5 may be connected via a predetermined detection circuit (not shown). Then, the current flowing through the detection circuit is detected, and the detection result is notified to the processing unit 52 of the home server 5 by wireless communication or wired communication. More specifically, the detection circuit detects a large current that flows when the home electric appliance 8 is turned on, and notifies the processing unit 52 separately from the current that flows during normal use. Further, when almost no current is flowing, the detection circuit notifies the processing unit 52 that the home electric appliance 8 is off.

Further, when the home electric appliance 8 is a television, the television and the security server 5 are often installed close to each other. This is to reproduce the camera image transmitted to the security server 5 on the television. In this case, the energization status of the television may be acquired by receiving an on / off instruction (specifically, an infrared signal) from the television remote controller. With this method, channel switching can be detected by receiving a signal from the TV remote controller, and it can be confirmed that the user is watching TV energetically.

The home electric appliance 8 may be a light with a motion sensor installed in a microwave oven, a water heater, an entrance, a washroom, or the like, in addition to a television. The processing unit 52 detects these on / off, and analyzes (learns) the behavior pattern of each user by analyzing these operating states using artificial intelligence. When the processing unit 52 detects an abnormality, it is preferable to notify the security company server 7 or contact (for example, send an e-mail) a contact (for example, an e-mail address) registered in advance.

As an example, if the user is an elderly person, the contact may be a relative, such as a child's household. With this method, it is possible to monitor while protecting the privacy of elderly households, as compared to monitoring with a camera.

Further, it is desirable that the processing unit 52 performs security-related processing using not only information from one sensor but also information from two or more sensors.

As an example, the processing unit 52 detects that a window or a door has been opened by using information from the acceleration sensor 12 and the vibration sensor 14. If only the information from the vibration sensor 14 is used, if the window or door is shaken by a strong wind, it may be erroneously detected as opened. Therefore, by using the acceleration sensor 12 together, it becomes possible to detect the opening with higher accuracy.

As another example, the processing unit 52 detects a person by using the information from the camera 11 and the motion sensor 16. If only the motion sensor 16 is used, the motion sensor 16 frequently reacts in a house in a place with a lot of traffic. Therefore, by using the information from the camera 11 together, it is possible to detect a person with higher accuracy. This is because if there is an image, the behavior of a person who intends to cheat (intrusion, peeping, etc.) can be detected by accumulating image analysis in advance.

Further, it is desirable to introduce AI (artificial intelligence) into the processing by the processing unit 52. Malfunction may be a problem in monitoring by sensors, but by learning many cases using cases of correct operation and cases of malfunction, it is possible to improve the detection accuracy based on sensor information.

As described above, in this embodiment, a special switchgear incorporating a conducting wire is used. Therefore, a sensor such as a camera 11 can be installed in the switchgear, and security is improved.

The user terminal 6 may perform a part of the functions of the home server 5 described above, or the home server 5 may perform a part of the functions of the user terminal 6.

The above-described embodiments have been described for the purpose of allowing a person having ordinary knowledge in the technical field to which the present invention belongs to carry out the present invention. Various modifications of the above embodiment can be naturally made by those skilled in the art, and the technical idea of the present invention can be applied to other embodiments. Accordingly, the invention is not limited to the described embodiments and should be the broadest scope according to the technical ideas defined by the claims.

11 Camera 12 Acceleration sensor 13 Position sensor 14 Vibration sensor 15 Microphone 16 Human sensor 21 Electronic lock 22 Speaker 31 Interphone system 32 Outdoor display 41 Fire alarm 42 Indoor camera 5 Home server 51 Sensor information acquisition unit 52 Processing unit 53 Information transmission Part 6 User terminal 7 Security company Server 8 Home appliances 81 Door frame 91 Window frame 82 Door 92 Window 83,93 Key mechanism 84,94 Casing 85,95 Lock 86,96 Wiring 87,97 Electronic equipment

Claims (23)

A switchgear that is a window surrounded by a sash or window frame, or a door surrounded by a sash or door frame.
A switchgear that has a lead wire built into the switchgear so that power can be supplied to the electronic devices installed in the switchgear. The switchgear according to claim 1, further comprising a heating wire incorporated in the window or door and supplied with power via the conducting wire. The switchgear according to claim 1 or 2, comprising one or more sensors powered through the conductors and installed in at least one of the sash, the window frame, the door frame and the door. A sensor information acquisition unit that acquires information from a sensor in the switchgear according to claim 3.
A processing unit that performs security-related processing based on the acquired information,
A security server including an information transmission unit that transmits information indicating a processing result of the processing unit to a user terminal and / or a security company server. The security server according to claim 4, wherein the one or more sensors include a camera. The processing unit detects fraud based on the acquired information, and when the fraud is detected, identifies an image acquired from the camera.
The security server according to claim 5, wherein the information transmission unit transmits the detection of fraud and the identified image to the user terminal and / or the security company server. The security server according to claim 5 or 6, wherein the processing unit detects a pet from an image acquired from the camera. The security server according to any one of claims 5 to 7, wherein the processing unit detects a change in weather from an image acquired from the camera. The security server according to any one of claims 5 to 8, wherein the processing unit detects a fire based on a change in color temperature of an image acquired from the camera. The security server according to any one of claims 5 to 9, wherein the processing unit detects a person from an image acquired from the camera. The security server according to claim 10, wherein the processing unit determines whether or not the detected person is a person registered in advance. The security server according to any one of claims 4 to 11, wherein the processing unit detects fraud based on the acquired information. The security server according to claim 12, wherein when fraud is detected, the information transmission unit transmits a signal for issuing an alarm to the alarm device. The security server according to claim 13, wherein the alarm device is a speaker and / or an alarm sound generator, which is supplied with power via a lead wire in the switchgear according to claim 1 or 2 and is installed in the window or door. .. The security server according to any one of claims 12 to 14, wherein the information transmission unit transmits to the security company server and / or another security server installed within a predetermined range that fraud has been detected. The one or more sensors include a camera.
The processing unit identifies a suspicious person from the image acquired from the camera, and the processing unit identifies the suspicious person.
The security server according to any one of claims 12 to 15, wherein the information transmission unit transmits information on the fact that fraud has been detected and information on the suspicious person. The one or more sensors include a motion sensor, an acceleration sensor, a position sensor and / or a vibration sensor.
The security server according to any one of claims 4 to 16, wherein the processing unit detects a disaster based on information acquired from the acceleration sensor, the position sensor, and / or the vibration sensor. The security server according to any one of claims 4 to 17, wherein the processing unit acquires the energization status of the home electric appliance connected to the security server and detects whether or not an abnormality has occurred in the user. The switchgear according to claim 3 and
A security system comprising the security server according to any one of claims 4 to 18. 19. The security system of claim 19, further comprising an intercom system capable of communicating with the security server, a fire alarm and an indoor camera. The switchgear according to any one of claims 1 to 3 and
A security system including an electronic lock that is supplied with power via a lead wire in the switchgear according to any one of claims 1 to 3 and locks the window or door under control from a user terminal. The security system according to claim 21, wherein the electronic lock transmits information on whether or not the window or door is locked to the user terminal. The security system according to claim 21 or 22, wherein the electronic lock transmits to the user terminal when the window or the door is unexpectedly unlocked.

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