WO2010126230A2

WO2010126230A2 - Remote home devices control system

Info

Publication number: WO2010126230A2
Application number: PCT/KR2010/002020
Authority: WO
Inventors: 박미순
Original assignee: 이화준
Priority date: 2009-04-30
Filing date: 2010-04-01
Publication date: 2010-11-04
Also published as: KR20100119133A; KR101065343B1; WO2010126230A3

Abstract

The present invention relates to a remote home devices control system, and more specifically it relates to a remote home devices control system arranged in such a way as to not only be able to control but also to check for disconnection and breakdown of remotely located home devices, and arranged in such a way as to allow efficient management of remote locations. The remote home devices control system of the present invention is intended to control remotely provided home devices, and comprises: a home gateway which is connected to and controls the home devices, and which generates an abnormal-operation signal relating to the devices; an area management server for receiving the abnormal-operation signal from the home gateway; and a network for connecting the home gateway and the area management server.

Description

Remote Household Tool Control System

The present invention relates to a remote living tool control system, and more particularly, to control the living tools located in the remote location, as well as to check the disconnection and failure, remote living tool control to efficiently manage the remote site It is about the system.

Conventionally, there have been various control systems for household appliances installed in remote places, i.e., offices or residences where users are away. However, these systems have to install a dedicated line for installation, and there is a problem in that the cost of maintaining it is quite significant. In particular, there is a problem that periodic failure checks on the living tools themselves are not made at low cost, and checks for disconnection or failure of the dedicated line itself are not made at low cost.

Therefore, the user can be notified in real time of a malfunction of a living tool located at a remote location, for example, a water supply, a home appliance, or a boiler itself in real time, and in particular, a failure and damage of a remote connection network at low cost. There is also a need for a surveillance system that can make decisions on its own and notify the user in real time.

An object of the present invention is derived to solve the above problems, it is possible to detect the control and operation abnormalities of the remote living tools at low installation costs and low maintenance costs, the user when the operation of the remote living tools occurs It is to provide a remote living tool control system that enables the rapid delivery of direct malfunctions in real time.

In addition, another object of the present invention is to provide a remote living tool control system that enables the remote living tool control system to detect the failure of the system and the damage of the network by itself and to quickly notify the user.

In the remote living tool control system according to the present invention, in the remote living tool control system for controlling a living tool installed in a remote place, connected to the living tool to control the living tool, the operation abnormal signal for the living tool A home gateway generating a; A premises management server receiving the operation abnormality signal from the home gateway; And it characterized in that it comprises a network connecting the home gateway and the premises management server.

When the premises management server performs a system abnormality check function, when the premises management server sends the home gateway, the network sends a call signal to the home gateway, and the home gateway receives the call signal. The on-hook state is maintained until the reference call signal number is reached, and the premises management server is switched to the on-hook state when the first ring tone is received from the network. The home gateway stops transmitting a call signal to the gateway, and when the home gateway receives a call signal of less than the reference call signal number, the network sends a response call signal to the premises management server by transmitting to the premises management server. If the premises management server receives the response call signal is not a system error It is preferable to judge as.

When the network sends the response call signal and the home gateway receives the first ring tone from the network, the home gateway is switched to an on-hook state so that the network calls the response server to the premises management server. It is desirable to stop sending signals.

Preferably, the call signal includes CID data, the home gateway receives only the call signal by the origination of the premises management server, the premises management server receives only the response call signal by the origination of the home gateway. .

Preferably, the reference call signal number is 1 to 2 times.

When the premises management server does not receive the response call signal, it is preferable that the system abnormality signal is transmitted to the user's terminal.

The premises management server includes a data management unit, and if the premises management server does not receive the response call signal, it is determined that the system abnormality, the system abnormality record is preferably recorded in the data management unit.

When the home gateway is in a busy state, the premises management server may redial the home gateway for a predetermined time after a set waiting time to induce the network to resend a call signal to the home gateway.

When the premises management server transmits data to the home gateway, the network sends a call signal to the home gateway by sending the premises management server to the home gateway, and the premises management server is the first from the network. Receives an off-hook even when a ringing tone is received, and maintains the network transmitting a call signal to the home gateway, and when the home gateway receives the call signal, when the call signal exceeds the reference call signal number, It is preferable to switch to a hook state and receive the data from the premises management server.

When the home gateway performs a system abnormality check function, the network sends a call signal to the premises management server by sending the home gateway to the premises management server every set period, and the premises management server calls the call. Upon receiving a signal, it remains on-hook until a reference call signal is reached, and when the home gateway receives the first ring tone from the network, the home gateway switches to an on-hook state, thereby Stops transmitting the call signal to the premises management server, and when the premises management server receives a call signal less than or equal to the reference call signal number, the premises management server preferably determines that the system is not abnormal.

The call signal includes CID data, and the premises management server preferably receives only a call signal by the origination of the home gateway.

The reference call signal number is preferably 1 to 2 times.

Preferably, the premises management server determines that the system is abnormal when the call signal is not received even after the setting period has elapsed, and transmits the system abnormal signal to the user's terminal.

The premises management server includes a data management unit, and if the premises management server does not receive the call signal even after the set period elapses, it is determined that the system abnormality, the system abnormality record is recorded in the data management unit. desirable.

When the premises management server is in a busy state, the home gateway may re-send the premises management server for a predetermined time after a set waiting time to induce the network to resend a call signal to the premises management server.

When the home gateway transmits data to the premises management server, the network sends a call signal to the premises management server by sending the home gateway to the premises management server, and the home gateway is first transmitted from the network. Even if a call tone is received, the off-hook state is maintained so that the network transmits a call signal to the premises management server. When the premises management server receives the call signal, when the call signal exceeds the number of reference call signals, It is preferable to switch to the off-hook state and to receive the data from the home gateway.

The premises management server preferably transmits the operation malfunction signal to the user's terminal.

The home gateway measures the current flowing into the household appliance, and preferably generates the malfunction signal when the current does not correspond to a set current value.

The home gateway may block the current flowing into the household appliance when the current increases above the set current value or when the current flows into the household appliance during the set non-use period.

The home gateway measures the current flowing into the household appliance, and when the current does not flow into the household appliance during the set use period or when the current flows into the household appliance during the set nonuse period, the operation abnormal signal is output. It is desirable to produce.

The home gateway measures the flow rate used by the household appliance, and generates the abnormal operation signal when the flow rate does not correspond to the set flow rate value during the set use period or flows into the household implement during the set nonuse period. When the flow rate increases above the set flow rate value during the set use period or flows into the living implement during the set nonuse period, it is preferable to block the flow rate used by the living implement.

The home gateway includes a temperature sensor for measuring the temperature of the remote site, and preferably generates the abnormal operation signal when the temperature is not a set temperature value.

The home gateway includes an illuminance sensor for measuring illuminance of the remote site, and preferably generates the abnormal operation signal when the illuminance is not a set illuminance value.

The home gateway includes a humidity sensor that measures the humidity of the remote location, and preferably generates the abnormal operation signal when the humidity is not a set humidity value.

The home gateway or the premises management server includes a data management unit for storing the production data set during the production of the living tool, wherein the home gateway measures whether the living tool is used within the production data range and the production data range. It is preferable to generate the abnormal operation signal outside of.

Preferably, the network is a PSTN, a BcN, or a wireless communication network.

The network includes a switch; And a transmission path connecting the switch, the home gateway and the premises management server.

The home gateway preferably transmits the operation malfunction signal to a user terminal.

The effect of the remote living tool control system according to the present invention achieved by the above configuration is as follows.

(1) It is possible to monitor the malfunction of the household appliances located in the remote place where the user is away, and when the malfunction occurs, the situation of the remote place is directly transmitted to the user's mobile phone by text, voice, video or video. It is transmitted in real time, so that the user can respond quickly without coming to a remote place.

(2) Monitoring of household tools in remote areas is carried out in a simple configuration through a network such as PSTN, BcN, wireless communication network, etc., thereby minimizing monitoring and management costs.

(3) Minimize the monitoring gap and maintenance cost of the monitoring system by periodically monitoring the failure or disconnection of the monitoring system on its own, and promptly notifying the user of the monitoring system without charging due to the use of the network.

1 is a diagram showing a schematic diagram of a remote living tool control system according to the present invention.

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings. In the following description of the present invention, if it is determined that the detailed description of the related known function or configuration may unnecessarily obscure the subject matter of the present invention, the detailed description thereof will be omitted.

According to the first embodiment of the present invention, the remote living tool control system 100 includes a home gateway 200, an premises management server 300 and a network 400, and the living tool 600 is connected to the home gateway. do. Here, the "remote place" refers to a place far from the user's current location, and corresponds to an office, a factory, and a house where the user is away. "Living utensil" also refers to various home appliances (TV, radio, lighting fixtures, refrigerators, etc.) or water, boilers or electrical systems located in remote locations.

The home gateway 200 is located at a remote location, controls the living appliance 600 at the remote place, monitors an operation abnormality generated by the household appliance 600, and generates an operation abnormal signal when an operation abnormality occurs. Here, "operational abnormality" refers to events in which the living tool 600 of the remote place does not operate normally. In addition, the "operational abnormality signal" is a variety of types of data that can notify the user of the operation abnormality of the living tool 600 occurred in the remote place, for example, mobile phone short text data, video data, voice data, etc. .

The home gateway 200 may be located in close proximity to the living items 600 at a remote location, and may be located at a remote location as needed. The home gateway 200 may perform a function of transmitting the generated operation abnormal signal to the premises management server 300 through the network 400, and may also directly transmit an operation abnormal signal to the user's terminal 500. Do.

The home gateway 200 measures an amount of current used to measure the amount of current flowing into the household appliance 600 (eg, a refrigerator or a television), and measures a flow rate used by the household appliance 600 (eg, water, etc.). A flow meter, a temperature sensor for measuring the temperature at a remote location, an illuminance sensor for measuring the remote illumination at a remote location, and a humidity sensor for measuring humidity at a remote location are all possible, and various combinations thereof are possible.

The home gateway 200 generates an operation abnormal signal when an operation abnormality is detected. An example of how the home gateway 200 detects an abnormal operation of the household tool 600 will be described.

When the household appliance 600 is a home appliance, the home gateway 200 may include an ammeter for measuring a current flowing into the home appliance to detect a short circuit, a short circuit, a disconnection, or the like at a remote location. It can be detected whether the current value is flowing into the home appliance. Here, the "set current value" refers to an allowable current range or any allowable current range set by a user, which is production data determined for each product at the time of release of a home appliance.

The home gateway 200 may determine a short circuit when a current value flowing in when the home appliance is in an OFF state is detected, and disconnects the current value when there is no current flowing in when the home appliance is in an ON state. If the incoming current value exceeds the set current value, it is determined as a short circuit. The home gateway 200 may include a means for blocking a current flowing into a remote site in the case of a short circuit or a short circuit, and known current blocking devices may be used.

In addition, since the home gateway 200 itself may be affected by such a short circuit, a short circuit, and a disconnection, a rechargeable battery or a spare battery may be installed therein, thereby performing a normal function even when electricity is not supplied. You can do it.

The user can set the time when the operation abnormality for the home appliance is detected as a "setting period of use", and if necessary, whether the home appliance should be in the ON state or the OFF state in the setting period of use, and set the home gateway 200 as necessary. Can be detected through

In the case where the household appliance 600 is water, the home gateway 200 may include a flow meter for measuring a flow rate discharged through the water to detect a leak, and whether a flow rate value exceeding a set flow rate value is released. Can be detected. "Set flow rate value" herein refers to any allowable flow rate range set by the user. The home gateway 200 may be provided with means for blocking the flow rate discharged from the remote in the case of a leak, which can be known leak blocking devices. In addition, you can contact the administrative office, waterworks, waterworks headquarters to shut off the water supply.

The user can set the time when the operation abnormality for the water is detected as the "setting period", and if necessary, whether the water should be open or closed during the setting period of use, and detect it through the home gateway 200 can do.

When the household appliance 600 is a boiler, a heating device, an air conditioner, or the like, the home gateway 200 may include a temperature sensor capable of measuring a temperature of a remote location in order to detect a temperature of a remote location, and setting a set temperature value. It may be detected whether or not it is crossed. Here, the "set temperature value" refers to any allowable temperature range set by the user. The home gateway 200 may operate the cooling mechanism or operate the heating mechanism so that the remote temperature is maintained at the set temperature when the remote temperature is out of the set temperature value, which is controlled by a known means. Can be.

When the household appliance 600 is a luminaire, the home gateway 200 may include an illuminance sensor capable of measuring the illuminance of the remote place to detect the illuminance of the remote place, and it may be detected whether the setting illuminance value is exceeded. Can be. Here, the "setting illuminance value" refers to any allowable illuminance range set by the user. The home gateway 200 may turn on or turn off the luminaire so that the remote illuminance remains at the set illuminance value when the illuminance of the remote place is outside the set illuminance value, and may open or close the curtain. Can be controlled by means.

When the household appliance 600 is a humidifier, the home gateway 200 may include a humidity sensor capable of measuring the humidity of the remote place to detect the humidity of the remote place, and whether or not the humidity exceeds the set humidity value is detected. Can be. Here, the "setting humidity value" refers to any allowable humidity range set by the user. The home gateway 200 may turn the humidifier ON or OFF so that the humidity of the remote location is kept at the set humidity value when the humidity of the remote location is out of the set humidity value, which may be controlled by known means.

The premises management server 300 receives the operation abnormal signal generated from the home gateway 200 through the network 400, and performs the function of transmitting it to the user's terminal 500. Here, the "terminal 500" represents a communication device (for example, a mobile phone, a PDA, a notebook computer, a desktop PC, etc.) capable of communicating with the premises management server 300 by wired or wireless, and will be described below by taking a mobile phone as an example. . On the other hand, the user may be connected to the premises management server 300 by his terminal 500 to control the living tool 600 of the remote place through the home gateway to the desired state.

The premises management server 300 includes a message transmitting unit 310, the message transmitting unit 310 can receive the operation abnormal signal received from the home gateway 200, the user's mobile phone 500, the short text data Message (SMS) or video data attached to the user's mobile phone 500 in the form of a text data message (MMS) can be transmitted.

In addition, the home gateway 200 converts the abnormal operation signal into the form of a text data message (MMS) or a short text data message (SMS) to which image data is attached, which can be received by the user's mobile phone 500. 300 may be transmitted to the mobile phone 500 of the user.

The message transmission unit 310 includes a text message confirmation tag in the text data message, so that the acknowledgment message and / or read confirmation message indicating that the user has confirmed receipt and / or read confirmation of the text data message, the premises management server 300 To be transmitted to, and received by the message reception check unit 330 of the premises management server 300. Here, the "acknowledgement message" is a message that is retransmitted to the calling party to inform the user of the mobile phone 500 that the text data message has arrived, and the "read confirmation message" is the user read the message sent to the mobile phone 500 This message is re-sent to the calling party to inform it. "Confirmation message" includes both "acknowledgement message" and "read confirmation message".

In addition, the premises management server 300 is a data management unit 320 for storing the operation failure signal received from the home gateway 200, various setting cycle data, user authentication data (user ID and password, etc.) and home gateway authentication data, etc. It is possible to include. Various setting cycle data, user authentication data and home gateway authentication data may be directly input to the premises management server 300 itself.

The operation abnormality signal stored in the data management unit 320 can be retransmitted to the user. In particular, when the message reception confirmation unit 330 does not receive an acknowledgment message and / or a read confirmation message, the message transmission unit 310 The operation abnormality signal stored in the data manager 320 may be retransmitted to the user's mobile phone 500. Stored or directly entered user authentication data and home gateway authentication data are used in the authentication function so that only registered users and equipment can be used.

The data management unit 320 stores the production data uniquely set for each product at the time of production of the living tool 600, and can be used as comparison data when determining whether the living tool 600 operates within the production data range. Such production data may be stored in the home gateway.

The network 400 represents a network connecting the home gateway 200 and the premises management server 300 to transmit data, for example, a public switched telephone network (PSTN), a broadband convergence network (BcN), or a wireless communication network. This corresponds to this. The network 400 may be composed of at least one exchange and a transmission path, and the home gateway 200 and the premises management server 300 are interconnected through an exchange through a transmission path. Since the network 400 is a known network configuration, detailed description thereof will be omitted.

Hereinafter, the system abnormality checking function of the remote living tool control system according to the first embodiment of the present invention will be described. Here, "system abnormality" is a concept including "network damage (disruption, etc.)" and "fault", and "network damage" means disconnection of a transmission path connecting the home gateway 200 and the exchange of the network 400. Such as, if the network 400 is a failure of the communication between the home gateway 200 and the premises management server 300, and "failure" refers to the case where the home gateway 200 is broken.

The system abnormality check function of the remote living tool control system according to the first embodiment is performed by the premises management server 300 in a non-billing manner in which the home gateway 200 periodically does not form a call path. Hereinafter, a case where the home gateway 200 and the premises management server 300 are connected through the network 400 including one exchange is described as an example, and the scope of the present invention is not limited thereto.

When the premises management server 300 transmits to the home gateway 200 every set period, the network 400, that is, the exchange of the network 400 sends a call signal to the home gateway 200, the premises management server 300 Transmits a ring tone.

Here, the "call signal" refers to a signal transmitted from the exchange to the called terminal device so that the called terminal device emits a ring tone. Calling Identity Delivery (CID) data is inserted between the call signals, so that the home gateway 200 can confirm that the received call signal is a call signal generated by the premises management server 300. In addition, the "call tone" refers to a signal sent by the exchange of the network 400 to the calling terminal, and in the case of disconnection of the called party, the call is mechanically transmitted to the calling party, and includes a user-specified tone.

"Setting cycle" is a system abnormality check cycle, and refers to a transmission cycle, that is, a call signal cycle, which is set for transmitting a call signal, and can be freely set in the premises management server 300, and the setting cycle is performed through the network 400. It may be transmitted to the home gateway 200.

The home gateway 200 determines whether the call signal is sent by the origin management server 300 through the CID data located between the first call signal and the second call signal, and the call signal is the premises management server 300. If it is not sent by the call of), it continues to be on-hook and does not construct a channel. Here, the "on-hook state" refers to a state in which the handset is put down, and since no call path is configured, charging is not performed.

If it is determined that the call signal is transmitted by the origin management server 300 through the CID data, the home gateway 200 is in an on-hook state until the number of received call signals reaches the reference call signal number. In this case, the call signal after the reference call signal number is switched to the off-hook state to form a call path. Here, the "off-hook state" refers to a state in which a handset is lifted, and a call path is configured to transmit and receive data and to charge.

"Reference call signal number" refers to the reference number set by the user, which allows the home gateway 200 to distinguish whether the call signal generated by the origination management server 300 is a system abnormality check signal or a valid data transmission signal. That is, it is set to the number of times that the calling party to secure the time to receive the first ring tone, it is preferably set to one to two times.

If the reference call signal count is set to two times, the home gateway 200 remains on-hook until the second call signal is received, and the home gateway 200 is in an off-hook state for subsequent call signals. Is switched.

While the home gateway 200 receives the call signal up to the first or second call signal, the premises management server 300 receives the first call tone from the exchange, and immediately on-hook upon receiving the first call tone, the home gateway The transmission of the call signal is no longer made by stopping the transmission to the 200. Accordingly, since the home gateway 200 receives only the second call signal, the home gateway 200 is kept in the on-hook state, and since the call signals exceeding the reference call signal number are not received, the home management server 300 Determine that the call is for system fault check and perform the following procedure.

The home gateway 200 induces a response call signal for notifying the premises management server 300 that it is not a failure or that the transmission path between the home gateway 200 and the exchange is not disconnected. That is, the home gateway 200 transmits the response call signal to the premises management server 300 by transmitting to the premises management server 300, and the exchange transmits the response call signal to the premises management server 300. The home gateway 200 transmits a ring tone.

When the premises management server 300 waiting for the response call signal after stopping the call to the home gateway 200 receives the response call signal, the transmission path between the home gateway 200 and the exchange is not disconnected or the home gateway It is determined that 200 is not broken. On the other hand, the home gateway 200 is switched to the on-hook state when the first ring tone is received from the exchange.

If the transmission path between the home gateway 200 and the exchange is disconnected or the home gateway 200 is broken, the home gateway 200 does not receive the call signal sent by the origin management server 300. The response call signal may not be transmitted to the premises management server (300). That is, if the premises management server 300 guides the system error check call signal to be sent, if it does not receive the response call signal, it is determined that the state is abnormal, and accordingly, the message transmitting unit 310 of the user's mobile phone 500 Send a system fault message to the server to induce recovery by the user. This state is also stored in the data management unit 320 as a record.

If the premises management server 300 is sent to the home gateway 200 for the system abnormality check or data transmission, but in a busy state (that is, a state of receiving a busy sound, a busy sound, etc. from the exchange), after setting wait time Resend the call signal to the home gateway 200 for a predetermined time and resend the call signal, and if the busy state is repeated more than a certain number of times, the message transmitting unit 310 transmits a busy message to the user's mobile phone 500, Induce confirmation by the user.

When the premises management server 300 wants to transmit data to the home gateway 200, the home gateway 200 transmits a call signal by sending to the home gateway 200, and the call signal is transmitted to the home gateway 200. Even if a ringing tone is received, the off-hook state is maintained and the call signal is not stopped. Accordingly, the home gateway 200 receives the call signal more than two times the reference call signal number, and is switched to the off-hook state to form a call path and receive data from the premises management server 300. Examples of received data include A / S-related information such as equipment failure inquiries, control data (various setting cycles, user authentication data such as user ID / password and home gateway authentication data), and information related to downloading control data. Can be.

Hereinafter will be described a remote living tool control system according to a second embodiment of the present invention.

In the first embodiment, the premises management server 300 sends to the home gateway 200, the network 400 sends a call signal, the home gateway 200 is sent to the premises management server 300 to the network 400 Although the system sends a response call signal to check the system abnormality, in the second embodiment, the home gateway 200 transmits to the premises management server 300 to induce the call signal to be sent to the premises management server 300, thereby providing a network ( It has a configuration for checking the disconnection of the 400 or the failure of the home gateway 200.

In the remote living tool control system according to the second embodiment, the home gateway 200 periodically checks the system abnormality with respect to the premises management server 300 in an unpaid manner that does not constitute a call path.

The home gateway 200 transmits the call signal to the premises management server 300 by transmitting to the premises management server 300 every set period. The setting period may be freely set in the home gateway 200, and the setting period may be transmitted to the premises management server 300 through the network 400. In addition, the setting period may be downloaded from the premises management server 300 to the home gateway 200 through the network 400.

The premises management server 300 determines whether the call signal is sent by the home gateway 200 through the CID data located between the first call signal and the second call signal, and the call signal is the home gateway 200. If it is not sent by the origination of, it continues to be on-hook and no further processing is done.

If it is determined that the call signal is transmitted by the origination of the home gateway 200 through the CID data, the premises management server 300 is in the on-hook state until the number of received call signals reaches the number of reference call signals. In this case, the call signal after the reference call signal number is switched to the off-hook state to form a call path.

If the reference call signal number is set to 2 times, the premises management server 300 maintains the on-hook state until the second call signal is received, and the off-hook state for subsequent call signals. Is switched to.

While the premises management server 300 receives the call signal up to the first or second call signal, the home gateway 200 receives the first call tone from the exchange, and immediately on-hook upon receiving the first call tone, the premises management Stop transmission to the server 300 so that the transmission of the call signal is no longer made. Accordingly, since the premises management server 300 only receives up to the second call signal, the on-hook state is maintained continuously, and since the call signals exceeding the reference call signal number are not received, the home gateway 200 is connected to the home gateway 200. It is determined that outgoing call is for system abnormality check.

In addition, since the premises management server 300 has received the call signal from the home gateway 200, it is determined that the network 400 is not disconnected, and that the home gateway 200 is not broken, this state is the data management unit 320 Are stored as records.

If the transmission path between the home gateway 200 and the exchange is disconnected or the home gateway 200 is broken, the premises management server 300 is transmitted by the home gateway 200 even if a set period has elapsed. Since the call signal is not received, it is determined that such a state is abnormal, and accordingly, the message transmitting unit 310 transmits a system abnormal message to the user's mobile phone 500 to induce recovery by the user. This state is also stored in the data management unit 320 as a record.

If the home gateway 200 transmits to the premises management server 300 for the system abnormality check or data transmission, but is in a busy state (that is, receiving a call sound, a congestion sound, etc. from the exchange), after setting wait time Resend the call signal to the premises management server 300 for a predetermined time, and if the call state is repeated more than a certain number of times, the home gateway 200 transmits a busy message to the user's mobile phone 500, Induce confirmation by the user.

When the home gateway 200 intends to transmit data to the premises management server 300, the home gateway 200 transmits a call signal to the premises management server 300 and transmits a call signal to the home management server 300. Even if a call tone is received, the off-hook state is maintained and the call signal transmission is not stopped. Accordingly, the premises management server 300 receives the call signal in excess of two times the reference call signal number, and is switched to the off-hook state to form a call path and receive data from the home gateway 200. Examples of received data include malfunctioning signals, A / S-related information (such as equipment failure reports and response to equipment failure inquiries), control data (various setting cycles, user authentication data such as user ID and password, and home gateway authentication data). Information related to uploading of inquiry and control data.

The premises management server 300 may query the home gateway 200 for the presence or absence of a system abnormality by a charging method at a predetermined time interval, and store the result as a record in the data management unit 320.

The system abnormality check function of the remote living tool control system according to the present invention enables the user to prevent intruders from cutting down the communication line or destroying the wireless base station or repeater to disable the control system with low cost and simple configuration.

Preferred embodiments of the invention described above have been disclosed for purposes of illustration. Therefore, those skilled in the art having ordinary knowledge of the present invention will be capable of various modifications, changes, and additions within the spirit and scope of the present invention, and such modifications, changes and additions should be regarded as belonging to the following claims.

Claims

In the remote living tool control system for controlling a living tool installed in a remote place,

A home gateway connected to the household appliances to control the household appliances and to generate an operation abnormal signal for the household appliances;

A premises management server receiving the operation abnormality signal from the home gateway; And

Remote home tool control system comprising a network connecting the home gateway and the premises management server.
The method of claim 1,

If the premises management server performs a system abnormality check function,

The network sends the call signal to the home gateway by the premises management server to the home gateway,

When the home gateway receives the call signal, the home gateway maintains an on-hook state until a reference call signal number is reached.

When the premises management server receives the first ring tone from the network, the premises management server is switched to an on-hook state, so that the network stops transmitting a call signal to the home gateway,

When the home gateway receives a call signal equal to or less than the reference call signal number, the home gateway sends a response call signal to the premises management server by transmitting to the premises management server.

And if the premises management server receives the response call signal, it is determined that the system is not abnormal.
The method of claim 2,

When the network sends the response call signal and the home gateway receives the first ring tone from the network, the home gateway is switched to an on-hook state so that the network calls the response server to the premises management server. Remote living implements control system, characterized in that it stops transmitting the signal.
The method of claim 2,

The call signal includes CID data,

The home gateway remote control system, characterized in that for receiving only the call signal by the origination of the management server.
The method of claim 2,

The call signal includes CID data,

The premises management server remote living appliances control system, characterized in that for receiving only the response call signal by the origination of the home gateway.
The remote living appliances control system according to claim 2, wherein the reference call signal number is one to two times.
The method of claim 2,

The premises management server is a remote living tool control system, characterized in that if the system does not receive the response call signal and transmits a system abnormal signal to the user terminal.
The method of claim 2,

The premises management server includes a data management unit,

And if the premises management server does not receive the response call signal, it is determined that the system is abnormal, and the system abnormality record is recorded in the data management unit.
The method of claim 2,

When the home gateway is in a busy state, the home management server re-sends the home gateway for a predetermined time after a set waiting time to induce the network to resend a call signal to the home gateway. Control system.
The method of claim 1,

When the premises management server transmits data to the home gateway,

The network sends the call signal to the home gateway by the premises management server to the home gateway,

The premises management server maintains the off-hook state even when the first ring tone is received from the network, so that the network transmits a call signal to the home gateway,

When the home gateway receives the call signal, the home gateway switches to the off-hook state when the reference call signal number is exceeded, and receives the data from the premises management server.
The method of claim 1,

When the home gateway performs a system abnormality check function,

The network sends the call signal to the premises management server by the home gateway to the premises management server every set period,

When receiving the call signal, the premises management server maintains an on-hook state until a reference call signal number is reached,

When the home gateway receives the first ring tone from the network, the home gateway is switched to an on-hook state, thereby stopping the network from sending a call signal to the premises management server.

And if the premises management server receives a call signal less than or equal to the reference call signal number, determines that it is not an abnormal system.
The method of claim 11,

The call signal includes CID data,

The premises management server remote living tool control system, characterized in that for receiving only the call signal by the origination of the home gateway.
12. The remote living implement control system according to claim 11, wherein the reference call signal number is one to two times.
The method of claim 11,

The premises management server is a remote living tool control system, characterized in that even if the set period elapses when the call signal is not received and determines that the system abnormality and transmits the system abnormal signal to the user's terminal.
The method of claim 11,

The premises management server includes a data management unit,

And if the premises management server does not receive the call signal even after the setting period has elapsed, it is determined that the system is abnormal, and the system abnormality record is recorded in the data management unit.
The method of claim 11,

The home gateway, if the premises management server is in a busy state, re-sends the premises management server for a predetermined time after a set waiting time, thereby inducing the network to resend a call signal to the premises management server. Life tool control system.
The method of claim 1,

When the home gateway transmits data to the premises management server,

The network sends the call signal to the premises management server by the home gateway to the premises management server,

The home gateway maintains the off-hook even when the first ring tone is received from the network, thereby keeping the network transmitting a call signal to the premises management server.

When the premises management server receives the call signal, if it exceeds the reference call signal number, the off-hook state is switched, the remote living appliances control system, characterized in that receiving the data from the home gateway.
According to claim 1, wherein the premises management server

Remote living tool control system, characterized in that for transmitting the operation failure signal to the user's terminal.
The method of claim 1, wherein the home gateway

And measuring the current flowing into the household appliance, and generating the operation abnormality signal when the current does not correspond to a set current value.
The method of claim 19, wherein the home gateway

And when the current increases above the set current value or when the current flows into the living utensils during the set non-use period, cut off the current flowing into the living utensil.
The method of claim 1, wherein the home gateway

Measuring the current flowing into the living utensil, and generates the operation abnormal signal when the current does not flow into the living utensils during the set period of use, or when the current flows into the living utensils during the set period of nonuse. Remote household tools control system.
The method of claim 1, wherein the home gateway

Measure the flow rate used by the household utensils,

The operation abnormality signal is generated when the flow rate does not correspond to the set flow rate value during the set use period or flows into the household appliance during the set use period.

When the flow rate increases above the set flow rate during the set use period or flows into the living tool during the set non-use period, remote living tool control, characterized in that the flow rate used by the living tool is blocked. system.
The method of claim 1, wherein the home gateway

Including a temperature sensor for measuring the temperature of the remote,

And generating the abnormal operation signal when the temperature is not the set temperature value.
The method of claim 1, wherein the home gateway

Including an illumination sensor for measuring the illumination of the remote,

And generating the abnormal operation signal when the illuminance is not a set illuminance value.
The method of claim 1, wherein the home gateway

Including a humidity sensor for measuring the humidity of the remote,

And generating the abnormal operation signal when the humidity is not the set humidity value.
The method of claim 1,

The home gateway or the premises management server includes a data management unit for storing the production data set during the production of the living tool,

And the home gateway measures whether the household appliance is used within the production data range and generates the operation abnormal signal when the household appliance is out of the production data range.
The method of claim 1,

And said network is a PSTN, a BcN, or a wireless communication network.
28. The system of claim 27, wherein said network is

Exchanger; And

And a transmission path connecting the switch, the home gateway and the premises management server.
The method of claim 1, wherein the home gateway

Remote living tool control system, characterized in that for transmitting the operation failure signal to the user's terminal.