JP4186192B2 - Remote control system by mobile phone - Google Patents

Description

Detailed Description of the Invention

  The present invention is an anti-theft system for industrial machines such as construction machines, vehicles, ships, airplanes, etc. by remote control using a mobile phone, disaster prevention of houses and buildings, prevention of loss of valuables, anti-theft, Furthermore, a control system for controlling all electrical appliances such as turning on / off electrical equipment in a house or office building, bathing water, etc. by remote control using a mobile phone, as well as a position detector and a GPS receiver. Is incorporated into the system to monitor a stolen vehicle or the like.

For example, taking an anti-theft device for a conventional industrial machine as an example, the anti-theft device for an electronic hydraulic device shown in FIGS. 4 to 6 (see Japanese Patent Application Laid-Open No. Hei 2-132233). As shown in FIG. 4, this device includes an engine switch 31 disposed between a battery 30 and a control circuit device 40 that operates a starter motor 32 of an engine for driving a hydraulic pump and an electromagnetic drive unit of a hydraulic valve device. A combination switch 34 that is turned on only by a predetermined combination code is connected to a hydraulic machine having a line between the battery 30 and the engine key switch 31, or a line between the operation amount input means 39 and the control circuit device 40. Alternatively, it is arranged in a line between the control circuit device and the electromagnetic drive unit 38 of the hydraulic control valve. As shown in FIGS. 5 and 6, the combination switch 34 houses a plurality of small unit slide switches 35 in one casing 36, and any one of the fixed contact terminals 35 a and 35 b of each unit slide switch 35. One of them is alternatively connected to the movable contact terminal 35c of the movable contact 35d of the unit slide switch 35 adjacent thereto. The input end 37 and the output end 38 of the combination switch are brought into conduction by the combination of the switching positions of the movable contact 35d of each unit slide switch 35. If the combination switch 34 is set in a non-conducting state, the system cannot be operated only by the engine key 31, so that the hydraulic machine does not operate, thereby preventing theft. If the combination switch 34 is turned on, the engine key 31 alone can be used to start and stop.
Also, even if ships and aircraft are stored in hangars under strict management, they have the possibility of being mischievous or stolen by a third party.
Furthermore, home disaster countermeasures and theft prevention are managed based on one's own responsibility, and the on / off switch operation of the electrical equipment in the home requires setting work by indoor operation even if it is automatic. Even with an automatic bath heater, the setting conditions must be determined through indoor operation.
Some office buildings are equipped with a management center. However, disaster management, theft prevention and loss prevention, and on / off of electrical equipment must be relied upon by a third party from the management center manager. Further, in the case of a vehicle or the like, if a theft is encountered, it is very difficult to search for a stolen vehicle or the like, which requires a lot of labor, time and cost. Also, in the unlikely event of theft, there are currently no insurance products that guarantee only the damage of theft, and insurance is also provided for accidents, breakdowns, damage, etc. that are not attributable to the operations that occurred during use. The fact is that there is no contract record.

Problems to be solved by the invention

As described above, the combination switch setting method for preventing theft of industrial machines, which is an example in detail, has a deterrent effect that requires time for interpretation and interpretation and does not easily operate the engine. However, in this structure, an anti-theft device is interposed between each operating part, the presence of which is easily noticeable, and it can be conducted if the input and output lines at both ends of the combination switch are disconnected and directly connected. There is a danger of realizing.
Conventional countermeasures against disasters, theft prevention, control of electrical equipment, etc. are all carried out on site, and thus there is an unavoidable problem of operating environments that are susceptible to human damage, harm and damage. In addition, there was no insurance system to support recovery even if damaged, harmed, or damaged, and there was no way to just look directly at it as an accident.

  The present invention has a configuration in which a two-stage check gate using primary and secondary authentication passwords is provided in order to solve such a conventional problem. Current mobile phone functions include not only the ability to make phone calls, but also the ability to store outgoing and incoming phone numbers, the ability to send e-mails with a mix of letters, numbers and symbols, and the digital camera Even functions are built in. Therefore, if a mobile phone is used, the security gate can be unlocked and locked, and electrical appliances and electrical devices can be controlled remotely. If an authentication password or a control operation signal is input from a mobile phone according to a procedure according to a predetermined control program to control appliances, electrical devices, etc., the desired management and control can be achieved. For example, the security location authentication password for anti-theft devices such as industrial machines, vehicles, ships, aircraft, etc. can be managed remotely, or a GPS location information communication system can be incorporated to track the stolen vehicle and map current location information. You can check the above, control the drive, control disasters in homes and office buildings, prevent theft and loss, turn on and off electrical appliances and electrical equipment, and control the remote control of bathing and boiling. It is possible to control all electrical devices by remote control from a mobile phone, so it can be operated without being at the site, so considerable convenience and labor saving by mutual communication between the vehicle manager and user Can be planned. As described above, according to the present invention, the control operation of all electric devices only needs to transmit the authentication password and the control operation signal from the mobile phone, and the management at the remote place is the target even without depending on the field operation by a specific person. It is convenient because it can achieve safety items to be performed and daily management of safety. Furthermore, in the unlikely event that a movable object equipped with an anti-theft device is stolen, it is safe because it is a system tied up with a damage compensation company.

Means for solving the problem

  In order to achieve the above object, a remote control system using a mobile phone according to the first aspect of the present invention is a remote control device that is input by a mobile phone. The mobile phone that sends the password, the mobile phone that sends the secondary authentication password operated by the user, and the reception waiting when the security gate is locked, and the authentication password from each mobile phone is received A transmission / reception unit for automatically replying, a memory unit for recording the received history, a memory unit for storing primary and secondary authentication passwords in advance, a primary authentication password and a primary storage password, When a match is made, the primary determination unit that outputs a match signal, and the secondary authentication password that operates in response to the match output signal of the primary determination unit and the second Consists of a secondary determination unit that outputs a match signal when the stored password is matched and matched, a security gate that is unlocked by the match output signal of the secondary determination unit, and an operation means for locking the security gate. The operators with the primary authentication password and the operators with the secondary authentication password may be different persons, and are not necessarily users, and various crimes are prevented by the primary and the second. Since the authentication password set in the next two-stage check is highly maintained, all the items of confirmation and management can be completed by remote control of authorized users. In other words, the whole system is taken for control and management. Therefore, labor saving and labor saving can be realized, so that it is possible to easily maintain security such as management cost reduction, usage management, and management at the time of storage.

The operation of remote control devices using mobile phones is based on the prevention of theft of industrial machines, vehicles, ships, airplanes, etc., and the registration of authentication passwords in advance for disaster countermeasures, theft countermeasures and loss countermeasures for houses and office buildings. In order to control electrical appliances and electrical devices with the control device, a control operation signal is set in advance in the mobile phone, and the setting is also stored in the memory unit inside the device control device.
First, the user inputs the primary and secondary authentication passwords to the transmission / reception unit. The primary and secondary authentication passwords are stored in the memory unit as primary and secondary storage passwords. When the primary and secondary authentication passwords are input and sequentially matched, The primary and secondary authentication passwords are used after the input history data is processed and the security gate is unlocked, and the electrical circuits and electrical devices linked to the security gate are also opened. Control operation signals by the user can be communicated with each other at the transmission / reception unit, and the information signals by mutual communication are used to manage, control, and control electrical appliances and electrical equipment, and the user performs desired purpose control remotely. Can do. Control of electrical appliances and electrical equipment includes office equipment such as houses and office buildings, personal computers, opening / closing of doorways and room doors, and operation of machinery. At home, video, bath, air conditioning, electric lights, etc. Control and management of remote control of safes and timer sets. In addition, the security gate is locked by manual operation means such as a lever.

  According to a second aspect of the present invention, there is provided a remote control device using a mobile phone, including a transmitter / receiver, a part of memory, a primary and secondary determination unit, a control unit, a GPS signal receiving unit, a notification device, and a position detector. Is a remote control system with an anti-theft function. In the past, only vehicle theft will be explained. Unconventional intrusion and vehicle movement are detected by door opening and closing, various sensors such as infrared, radio waves, ultrasonic waves, sound, tilt, vibration sensors, etc. When it is input to, the buzzer or horn sounds, and the lighting device such as a hazard lamp blinks to repel the criminal. The invention according to claim 2 adds a position detector as a theft prevention function to the remote control device, and combines the functions exhibited by each of the conventional detection sensors as a crime prevention measure into a single detector system. Is.

  The main detection sensors are classified into intrusion detection sensors, breakage detection sensors, and behavior detection sensors. The intrusion detection sensor is used for the purpose of detecting glass breaks and moving objects in the passenger compartment. The breakage detection sensor is used mainly for the purpose of detecting breakage sound and breakage of the glass itself when breaking through the glass. Furthermore, the behavior detection sensor is used for the purpose of detecting inclination (tilt sensor) when the car is lifted, abnormal vibration (vibration sensor) or shock (vibration sensor) to the car.

  In the present invention, the function of the inclination sensor, the function of the vibration sensor, and the function of the abnormal movement sensor in the behavior detection sensor are integrated to achieve a composite detection function. The position detector according to the invention applies to all movable objects. Since it is possible to freely control the output level setting so that the movable object can be detected even with a slight movement, it is possible to detect abnormal movement of a small object that is useful for finding a lost object. When unfortunately stolen or lost, the status of abnormal movement of a movable object equipped with an anti-theft device is automatically reported to the external management side by the communication device. Can be tracked and pursued.

  Here, the system of the anti-theft device will be described. Normal locking is performed by a mobile phone. Further, the unlocking is the same as that described in claim 1 and is omitted. First, the physical state of the stationary stationary object in the surrounding environment when the position detector installed in advance on the movable object is kept in a normal state is converted into data by an electrical signal and stored in the memory unit. The position detector installed on the movable object senses if there is any unsatisfactory movement, movement or vibration, and compares the obtained signal with the position information data of the memory unit to detect theft when detecting anomalies. After determining whether the signal is equal to or higher than a preset reference level signal, an abnormal signal is transmitted. At the same time, the security gate is locked, and the control circuit is cut off and becomes inoperable. A position detector is installed on a movable object, irradiates intermittent stationary pulsed electromagnetic waves on a stationary target object, and properties such as diffraction, refraction, absorption, and reflection of electromagnetic waves, which are physical phenomena that occur on the surface of a stationary object. Is used to monitor the modulation of electromagnetic waves on the time axis, and the control unit performs judgment, control and management according to the output. The monitoring signal from this position detector is always active when a movable object equipped with a remote control system is in motion or stationary, and the security gate in this system is locked. In the event of a warning, prevention and discovery, and in the unlikely event of theft or loss, the abnormal information reporting system is activated, receives GPS signals, and continues to transmit the abnormal location information to the management side, resulting in theft or loss It tracks and tracks movable objects that are equipped with anti-theft devices and finds places where valuables have been lost.

A remote control device using a mobile phone according to the invention described in claim 3 is composed of a transmission / reception unit, a memory unit, primary and secondary determination units, a control unit, and a controllable means. This is a system that can be controlled from a remote location. Examples of controlled devices and their control operation functions are as follows: For household appliances, managing the boiling water of the bath, managing the air conditioning of the room in preparation for returning home, checking for forgetting to turn off the lights and lighting for returning home This includes items such as cooking control, video recording management, safe lock management, etc. In residences, warehouses, office buildings, etc., it can be used to open and close entrance doors and keys, and control machine operations. Next, an implementation operation will be described.
When the confirmation of the first and second security checks of the authentication password transmitted by the user is completed, the lock of the security gate is unlocked, and the user is permitted to operate the electric appliance and the electric device. Control items for various electrical appliances and electrical devices are set in a program in which information for operating and controlling the function items in the electrical appliances and electrical devices is symbolized in the control unit of the system.
When the user remotely inputs the coded information by operating the keyboard of the mobile phone, the transmission / reception unit controls the communication between the reception and transmission, and performs desired operations in various electrical equipment items intended by the user. Function control can be performed remotely.

The remote control device input by the mobile phone according to the invention described in claim 4 is a detector for detecting that a movable object has moved abnormally and tracking the theft when the security gate of the anti-theft device is locked. The object of the anti-theft device cannot be achieved regardless of any malfunction, modulation, mess, etc. of the entire system caused by a malfunction of the anti-theft device on a movable object equipped with a GPS position information reporting system. In the event of theft or single damage to the user, compensation insurance that compensates for the economic loss for the services of the user, owner, and administrator is added to the system, so the user etc. Just fulfilling the duty of responsibility in the maintenance and management of the equipment can ensure peace of mind and compensation. In addition, in a remote control device that is input with a mobile phone, when the security gate of the system is unlocked, it does not depend on human responsibility due to a user's operation error, etc. Economic damage to the services of the user, the owner, and the administrator in the event of a single damage such as an accident, damage, theft, loss, or malfunction caused by a malfunction that occurs in the control device itself. Since compensation insurance for compensation is added to the system, the user and the like can secure reassurance and compensation simply by fulfilling the duty of responsibility in the maintenance and management of the system.
So to speak, at the expense of the insurance cost of the system, not only the operation of the anti-theft device and the control device itself but also the guarantee of the operation of the system is promised compensation for the occurrence of economic loss. It is.

DESCRIPTION OF THE PREFERRED EMBODIMENTS Embodiments of the present invention will be described with reference to the drawings based on examples.
FIG. 1 is a block diagram of an anti-theft device in a remote control device that is input with a mobile phone of the present invention. FIG. 2 is a block diagram of a device control apparatus in a remote control device that is input with the mobile phone of the present invention. FIG. 3 is a diagram showing an operation state diagram and an operation principle of the position detector when the position detector attached to the anti-theft device is attached to the vehicle in the remote control device input by the mobile phone of the present invention. It is a figure explaining the example. Furthermore, FIG. 4 shows a damage compensation insurance when a movable object added to the anti-theft device and the device control device is stolen (or accidents, etc.) in the remote control device input by the mobile phone of the present invention. FIG.

A first embodiment will be described with reference to FIG. 1 for an anti-theft device 2 in a remote control device that is input with a mobile phone of the present invention.
Using the mobile phone 1, the operator (user) transmits a primary authentication password. First, the primary authentication password is input as a recognition signal to the primary determination unit 5 through the antenna of the transmission / reception unit 3. In the memory unit 4, whether or not the operator (user) of the transmitted primary authentication password is a legitimate user using the primary authentication password input from the operator (user) as a primary storage password in advance. Is stored as data to be verified for identification. Similarly, the secondary authentication password is also stored in the memory unit 4 by using the secondary authentication password input from the operator (user) as a secondary storage password in advance. (User) is confirmed as a legitimate operator (user) and stored as data to be verified for identification. Further, the memory unit 4 stores primary and secondary authentication passwords input from an operator (user), operation signals input to the device control device 2a, and the like as input history records, thereby managing the use progress status. It is used as a data analysis for failure, theft, loss, accidents, etc. Next, the primary determination unit 5 collates the primary authentication password from the operator (user) with the primary storage password stored in the memory unit 4. If they match as a result of the collation, a message signal requesting input of the secondary authentication password is transmitted from the transmission / reception unit 3 to the operator (user). If the operator (user) sends the secondary authentication password according to the instruction of the message signal, the secondary determination password and the secondary storage are used in order to recognize the operator (user) in the secondary determination unit. The password is verified, and a final check is made as to whether the security gate of the anti-theft device 2 can be unlocked. If they match as a result of the collation, an OK permission signal that can use a movable object such as a vehicle is transmitted to the anti-theft device 2 from the transmission / reception unit 3 to the operator (user), and an electric device can be used. The signal is being transmitted. In this description, one operator (user) has transmitted the primary and secondary passwords using one mobile phone, but an administrator other than the operator (user) is far away from the administrator. The primary and secondary authentication passwords may be transmitted, and the respective authentication passwords may be transmitted using separate (two) mobile phones. The possible combinations of operation methods are free.

Next, a device control apparatus 2a in a remote control device input by a mobile phone according to a second embodiment of the present invention will be described with reference to FIG. The device control device 2a is a person who has entered the primary and secondary authentication passwords similar to those described in the first embodiment of the present invention and obtained confirmation of the use path of the operator (user) recognition verification. Otherwise, it cannot be an operator (user). The security gate is not unlocked. Only those who are authorized to use it can remotely control electrical appliances and electrical equipment. The device control device 2a transmits an OK signal that can use electrical appliances and electric devices, and a remote communication circuit is formed between the operator (user) and the device control device 2a. By communicating the control signal, the operator (user) can achieve the desired control of the desired electrical appliance or electrical device. For example, in the home, control of boiling water and air conditioning, dimming and turning on / off of lights, safe management, etc., in homes and office buildings, etc. It is.
FIG. 3 shows an operation state diagram and an operation principle diagram of the position detector attached to the anti-theft device in the remote control device input by the mobile phone. The position detector 8 is parked or stored when the security gate of the anti-theft device in the remote control device is locked, that is, when the movable object is a vehicle. In this state, the position detector 8 irradiates the road surface with electromagnetic waves at a predetermined time interval, and receives diffraction, refraction, absorption, reflection, etc., which are modulations of physical phenomena due to disturbance of the surface layer of the road surface. It becomes a return electromagnetic wave and enters a plurality of receiving elements. In one embodiment, the receiving element is divided into four parts, and the modulated electromagnetic wave is incident on each of the four-dividing receiving elements a, b, c, and d. After the electromagnetic wave is converted into an electric output signal, the calculated value of (a + b) − (c + d) is stored in the memory unit 4, and the calculated value and the electromagnetic wave irradiated after a predetermined time are set. The electric output signal of the return electromagnetic wave similar to the above is compared with the calculated value obtained in the same manner as described above, and the output of the magnitude of movement in which the vehicle clearly indicates an abnormality beyond the allowable reference moving distance value is set. When the value is determined to be a value, the abnormal signal output 12 is notified to the management side 14 via the abnormality notification communication device 11, and at the same time, a warning sound and a flash beam are emitted by the warning function of the abnormal signal output 12. Further, when the position detector 8 outputs a signal that clearly indicates the abnormal movement of the vehicle, the GPS receiver 9 is operated to continuously receive the position information signal and send a tracking signal of the vehicle movement to the management side 14 as an abnormality notification communication device 11. It is transmitted by and tracking management is performed.

Finally, in the remote control device input by the mobile phone according to claim 4, the accident damage added by the device control device in the remote control device input by the mobile phone and theft damage compensation insurance added to the antitheft device The compensation insurance will be described with reference to FIG.
Users, owners, managers, etc. purchase the devices from the sales company and the management company of the system for the anti-theft device 2 and the device control device 2a, and regularly manage the information on the usage status of the devices. Report to the side. In the practice of management work by exchanging daily information for the purpose of crime prevention, in the event of unexpected damages such as theft or loss, or self or a third party due to accidents, the system functions of each device The insurance company that has contracted in response receives the damage information from the management company, and returns (failure) search request information. The location information, etc. sent from the system in the case of theft or loss is sent to the management company in real time, and the information analysis is sequentially reported from the management company to the user, owner, administrator, etc. Made. There is no condition that the user, owner, or administrator is exempted from using the anti-theft device or the device control device, and when the situation described above is encountered, the insurance company will cause damage caused by the system. Compensation for the amount of damages incurred from the occurrence or advance notice caused by the substantial damages and the contents of the damages imposed on the users, owners, and managers, or economic Compensation for the loss is executed.

Next, the input person of the primary authentication password by the mobile phone 1 explaining the common execution procedure in the embodiment of FIG. 1 and FIG. 2 is operated even if the remote control device is remotely located from the anti-theft device 2 and the device control device. Is possible. In addition, it is possible to input a secondary authentication password by the mobile phone 1, and the user (input person) in the primary and the secondary has an authentication password and a control operation signal corresponding to the operation although there is a time difference in operation. The user and the input person may be different if they are known and can be operated by different persons or the same person. Furthermore, a combination of the mobile phone 1 or 2 and the primary and secondary authentication passwords and primary and secondary authentication passwords and the user (input person) A or B of the device control signal. Is free and can be anything. Maintaining the system of the anti-theft device and the device control device in the remote operation device by the password for the primary authentication, if the set time until the secondary authentication password is determined in advance, the regular input signal with the purpose within that time Otherwise, the security gate of this system will be locked, the system will be in the initial state, and it will be necessary to go back to the start stage for entering the primary authentication password and start again from the beginning.

In the case of an anti-theft device mounted on a vehicle or the like, the electrical appliance or electrical device connected to the device control unit 15 performs a cut-off control of the starter motor power cut, the engine air supply cut, the fuel supply cut, the hydraulic system, etc. Preventing theft movement and ensuring safety. In addition, when a driver of a construction machine, a vehicle, or the like is left in a state where the key is inserted with operation temporarily stopped, the security gate of the anti-theft device in the remote control device is not restarted within a predetermined set time. Is locked in the same manner as in the embodiment of FIGS. The same applies to the system for unlocking and locking the keys of houses and buildings.
The present invention is characterized in that the security gate is maintained in a two-stage configuration of a primary authentication check and a secondary authentication check.

The anti-theft device in the remote control device of the present invention is not related to the industrial machine, cash transport vehicle, general vehicle, ship, aircraft, etc., vending machine, store shutter, garage shutter, warehouse shutter, house It can be used for any movable objects, places and specific locations that you want to manage, such as keys, lockers, safes, company doors, financial institution doors, public institution doors, precious metal shop showroom doors and expensive valuables.
The device control unit can be used for all mechatronics such as existing electric devices.

In the present invention, the position detector of the security system of the anti-theft device may be composed of a vibration detector, a smoke detector, a heat detector, an infrared detector, a night vision camera, and the like. It is also possible to monitor the image with an anti-theft camera in an alliance with a security company and threaten the theft by light or voice. If you take a video with an anti-theft camera, you can cooperate in a criminal investigation later.
Finally, in the present configuration of the security gate using the two-step authentication password, the input of the secondary authentication password has been explained by the signal input of the primary mobile phone and the secondary mobile phone, but other methods such as a magnetic card, IC Cards, ID tags, and keyboard input may be used.

The invention's effect

  The present invention has the configuration described above and has the following effects.

  Since it is an operation through a telephone base station on a mobile phone, it can be operated remotely over a long distance.

  The operation history of the entered primary and secondary authentication passwords is stored in the anti-theft device by the remote control device and the memory unit in the device control device, and the use history of the mobile phone remains in the telephone company as a record. It can also be used for unexpected accident analysis and theft tracking.

  Data of the GPS receiver can be transmitted to the management side, and the current position of the stolen vehicle or the like can be confirmed on a personal computer or a mobile mail map.

  In addition, since it is possible to remotely control crime prevention management of houses and buildings, control of electrical equipment, and disaster prevention management from the surroundings, it is safe, reliable and convenient.

  It is a block diagram figure of the antitheft device in the remote control equipment of this invention.   It is a block diagram figure of the equipment control device in the remote control equipment of the present invention.   It is explanatory drawing of one implementation in the operation state figure when the displacement detector installed in the antitheft device in the antitheft device of this invention is attached to a vehicle, and the principle of a movement detector. It is the flowchart which displayed the business function of the damage compensation system added to the antitheft device and this equipment control apparatus in the remote control equipment of this invention.   It is a block diagram of the conventional electronically controlled hydraulic machine with an antitheft device.   It is a perspective view of the conventional combination switch.   It is explanatory drawing which shows the switching position of each movable contact at the time of the conduction | electrical_connection state of the conventional combination switch.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Cellular phone 2 Remote control type anti-theft device 2a Remote control type device control device 3 Transmission / reception part 4 Memory part 5 Primary judgment part 6 Secondary judgment part 7 Security gate 8 Position detector 9 GPS signal receiver 10 Interface part 11 Abnormal Report Communication Device 12 Abnormal Signal Output 14 Management Side 15 Device Control Unit 16 Electrical Appliance, Electric Device

Claims (4)

In a remote control device input by a mobile phone, the anti-theft device has a mobile phone that transmits a primary authentication password operated by a company administrator, and a mobile phone that transmits a secondary authentication password operated by a user. When the security gate is locked, it waits for reception, and upon receipt of an authentication password from each mobile phone, a transmission / reception unit that automatically returns the reception, a memory unit that records the received history, and a primary And a memory unit for storing a secondary password, a primary determination unit for outputting a match signal when the primary authentication password and the primary storage password are matched and matched, and a primary determination unit A secondary judgment unit that operates in response to a match output signal and outputs a match signal when the secondary authentication password and the secondary storage password are matched and matched. Remote control system by the mobile phone to the security gate to unlock the output signal, characterized in that it has an operation means for locking the security gate. In a remote control device that is input using a mobile phone, a position detector installed on a movable object can reflect multiple reflections of pulsed electromagnetic waves periodically emitted toward a stationary object such as a road surface when the security gate is locked. If the difference between the data for each measurement cycle and the data stored at the stationary position is different, the movable object is abnormal. It is judged that it has been moved, outputs an abnormal signal, activates the GPS location information reporting system, reports the location data of movable objects to the management side via a mobile phone line, and enables theft tracking The system of claim 1. In a remote control device input by a mobile phone, the device control device has means that can control electrical appliances and electrical devices linked to the security gate with a desired control operation when the security gate is unlocked. A remote control system using a mobile phone. In a remote control device that is input with a mobile phone, the anti-theft device detects when the security gate is locked, a sensor that detects that a movable object has moved abnormally, and a GPS location information report for tracking theft. In a remote control device in which a theft damage compensation insurance has been added to a movable object equipped with the system, and in a remote control device that is input with a mobile phone, the device control device can control the appliance and the security gate when the security gate is unlocked. The system according to any one of claims 1, 2 and 3, characterized in that an accident damage compensation insurance corresponding to an accident caused by a malfunction is added by a control operation in an electric device or the like, each tie-up with a non-life insurance company.

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