KR100406321B1 - Mobile phone for personal security - Google Patents

Abstract

The present invention provides a means for functionally integrating a gas injector and a mobile phone terminal to counter an offender for a period of time in a situation where the user of the mobile phone terminal is subject to a crime, and at the same time automatically provides a security service provider to a security service provider through a communication network. The present invention relates to a personal security mobile phone terminal capable of making an emergency rescue request, and according to the present invention, a user in a situation where a crime damage is expected to be easily secured for a certain time while automatically requesting a rescue service from a security service provider. And, a security service provider can also provide a personal security mobile phone terminal that can easily determine the location of the rescue requester.

Description

Mobile phone handset for personal security {MOBILE PHONE FOR PERSONAL SECURITY}

The present invention relates to a personal security mobile phone terminal, and more particularly, a means for functionally integrating a gas injector and a mobile phone terminal so that the user of the mobile phone terminal can face an offender for a certain time in a situation where a mobile phone user is subjected to a crime. The present invention relates to a personal security mobile terminal capable of providing an emergency rescue request to a security service provider automatically through a communication network.

In the following, "security service provider" means a public agency, facility or human security service that is obliged to protect the lives and bodies of the people by law, such as the police, etc. Collectively, those who are expected to save the lives and bodies of others in danger.

Hereinafter, the term "mobile phone terminal" includes a cellular phone, a PCS phone and an image mobile communication (IMT2000) terminal.

Situation of threat of personal reasons based on litigation, business competition, grudge, or other conflict of interest, walking alone at night, moving to underground parking, perception of migrant, visit of stranger, night intruder Even in situations where criminals are aware of possible infringement activities, there are very limited means for prompt defense and emergency rescue. In particular, given the growing competition in social life and the increasing number of single-person households due to the increasing conflicts of interest and the increase in the divorce rate, there is a great need for prompt defense and rescue measures. The current security services industry is not fully responding to this. Even security guards sent by security service firms for facility security do not have the proper means of self-defense and emergency rescue. Most preferably, an object carried by the individual at all times will also be used as a means of self-defense and emergency rescue at the same time.

In any case, the emergency means that can be used for the protection of the human body or life by the individual who is in the above-mentioned dangerous situation include various gas injectors ("gas guns", "gas injectors", "gas ejection devices") widely distributed to the general public. Hereinafter referred to as "gas injector").

Gas injectors are powders that can cause harm to the human body ("Tear powder" is often used, but anesthetic powder is sometimes used. For convenience, these are collectively called "Tear powder"). It is a kind of security equipment that blows around opponent's face by using partial output of compressed carbon dioxide, compressed nitrogen gas, etc.). When a compressor cylinder (also referred to as a "compressed gas cylinder") is separately provided inside a container such as a tear powder, and when necessary, the air pressure of the compressor cylinder is provided inside a container such as a tear powder and ejected. The powder and the compressed gas may be mixed from the beginning, stored in one compressed tear powder, and then ejected.

To date, various types of gas injectors are provided, which can be divided into 1) portable gas injectors and fixed installation gas injectors according to whether they can be carried individually, and submerged gas injectors and automatic restoration according to gas ejection methods. It can be divided into a valve open and close gas injector.

The portable gas injector is a type of gas injector that can be carried by an individual, and can be classified into a pistol type gas injector, a pressure rod type gas injector, a cylindrical gas injector, and the fixed gas injector according to the installation location. It can be divided into a gas injector for installation, a gas injector for vehicle installation.

The portable immersion gas injector ejects a large amount of tear powder by pulling a lever or a trigger and rupturing a thin film of a compression cylinder or compressed tear powder by a ball needle (also referred to as immersion) that interlocks with the lever or trigger. Depending on the product, the ball may be ruptured by using the explosive force of the gunpowder in order to obtain an auditory effect. On the other hand, the portable self-retaining valve open / close gas injector is a gas injector using a valve that opens when a lever or trigger is pulled and then automatically releases when the lever or trigger is released. It is a gas injector capable of spraying tear gas. Most portable gas injectors in recent years employ an automatic return valve opening and closing type.

Fixed installation gas injectors, such as building gas injectors and gas injectors for vehicle installations, may obtain the thrust force of the above-mentioned needle by using a driving force of a motor, or may employ a solenoid valve as the automatic restoration valve. In buildings and vehicles, it is easy to get power to drive motors or solenoid valves.

The conventional portable gas injector described above has been limited in use due to the following problems.

First, the conventional portable gas injector is very inconvenient in that it must be carried separately. In other words, it is cumbersome in that it must be carried separately without being attached to other essential portable items.

Second, the conventional portable automatic recovery valve opening and closing gas injector is not provided with a separate power source for supplying power, and has a structurally complicated disadvantage because the opening and closing of the valve is solved by a mechanical configuration using a lever, a trigger, and a spring. If electric power is available, simple gas discharge control is possible by the solenoid valve.

Third, the conventional portable gas injector provides the user with a means of self-defense in a dangerous situation, but fails to provide a security service provider with a means for prompt rescue. If a gas injector is stolen from the assailant, the victim has no hope of defending the infringement.

In particular, a proposal for improving the above-described problems with the conventional portable gas injector is disclosed in Korean Utility Model Publication No. 1998-63244 and 1999-17553. The chamber 1998-632448 publication design only describes that a conventional portable mobile phone terminal adopts a combination of a portable mobile terminal function and a gas injector function. Although it is described that the tear gas cylinder is separately made and built using the space, the details thereof are unclear, but the intention to employ a gas injector in the mobile phone terminal has been shown.

The published designs of Threads 1998-63244 and 1999-17553 have the following problems and are not practical.

First, there is a rare situation in which a gas injector can only completely escape the attacker's attack, and in most cases, the gas injector merely functions to prevent the intruder's intrusion for a certain time. Disclosures in US Pat. No. 6,632,441 and US Pat. No. 1999-17553 have problems with incomplete security measures. In other words, in situations where an individual's body and life are at risk, it is essential for the victim to prevent immediate access to the abuser and to request immediate rescue.

Secondly, the gas injector can be used for the defense of the body but also for the attack of the body. According to the open designs of the above-mentioned chambers 1998-63244 and 1999-17553, when the user of the gas injector, There is a problem that the use of the gas injector can be abused because there is no method to confirm whether it is used afterwards.

Third, in order to effectively prevent crime, the geographical location of the at-risk person must be able to be quickly transmitted to the emergency relief person, such as a security service provider in a third place, and at the same time, the video information about the offender's face is sent to the perpetrator. Although it is necessary to give up the crime by recognizing that it is being transmitted to place 3, the above-mentioned publications 1998-63244 and 1999-17553 have a problem that they lack these means.

The present invention has been designed and developed by applying the following prior art as well as the prior art related to the gas injector described above.

First, the present invention utilizes the current position determination function of the terminal by the terminal positioning signal between the base station and the terminal of the mobile communication company. The mobile phone terminals currently used communicate with the base stations of the mobile communication companies at regular intervals so that when the mobile phone terminals are connected to the wireless network for a call, an optimal communication path is formed through the base station. You can determine if the call is made via. In this way, a mobile carrier can roughly identify the current location of a particular mobile phone terminal. However, such a location method has an error range of up to 2Km to 3Km, and the security service provider is required to determine the current location of the terminal user when the contents of speech are unclear. It can be used to obtain a general location information (for example, if the terminal user is urgently speaking "Jongong 700-104"), the location function of the mobile communication company can determine which location the apartment is located in. Complementary).

Second, the present invention can use a location providing service using a GPS (Global Positioning System) received signal of the mobile communication company. GPS receivers are not only widely used in automobile navigation systems and geographic information systems (GIS) but also recently used for mobile phone terminals, PDAs (Psersonal Data Access), palm-top systems, etc. Has been developed and used to identify location information.

From October 1, 2001, US mobile carriers such as Verizon, the largest mobile carrier in the United States, for the purpose of using the GPS receiver's location information service for checking traffic information and finding lost children, etc. Has been initiated (aka "E-911 service"). The Federal Communications Commission has delayed the introduction of location tracking services for many years and decided to implement it after the terrorist attacks on the World Trade Center. Samsung Electronics Co., Ltd. of the Republic of Korea provides a mobile phone terminal for the "E-911 service" through the US Sprint Corporation on October 1, 2001. Korean mobile telecommunications companies KTF Co., Ltd. and LG Telecom Co., Ltd. will soon launch location information service for mobile phone users using mobile phone terminals.

At present, GPS position data is known that the error can be within a minimum of 5 centimeters (CM) and a maximum radius of 50 meters (M). The present invention provides a system capable of providing a personal security service using a GPS receiver and a location information providing service of a mobile communication company using the same, and a mobile phone terminal for personal security.

Third, the present invention utilizes the above-described data transmission function of the GPS receiver and the mobile communication service. This is different from the terminal location information providing service of the mobile communication company described above, and in that the mobile phone terminal has a GPS receiver in the mobile phone terminal, it has a common point with the location information providing service of the mobile communication company's GPS receiving terminal. However, there is a difference in that the GPS service provider directly receives the GPS location data through the data channel of the mobile communication company and checks the location in a geographic information system such as its own electronic map. Such a system can be easily implemented by those skilled in the art using conventional GPS receivers, wireless data transmission and geographic information system techniques.

Third, the present invention uses a mobile phone terminal having a camera.

SK Telecom, a Korean mobile phone manufacturer, attaches a camera to a mobile phone device so that the phone can be used like a digital camera, and the picture taken can be sent to another location by e-mail. SKY IM3100). In addition, the video mobile phone terminal for the IMT2000 is basically a camera attached to the mobile phone terminal, a number of products have already been developed and open to the public. The present invention utilizes a mobile telephone terminal having such an image capturing function.

The technical problem to be achieved by the present invention is to provide a mobile terminal for security that can automatically request a security service provider while the user in a situation where a crime damage is expected to easily secure safety for a certain time. .

Another technical problem to be achieved by the present invention is to provide a personal security mobile phone terminal that the security service provider can easily identify the location of the rescue requester.

Another technical problem to be achieved by the present invention is to transmit a crime scene photo including a perpetrator's face to a third place in real time, thereby inducing the abandonment of the offender and making it easier to secure crime evidence. To provide a mobile phone terminal for.

Another technical problem to be achieved by the present invention is to provide a personal security mobile phone terminal that can prevent the abuse of the use of the gas injector by leaving records of the date and time of use of the gas injector in a form that can be confirmed by a third party. have.

1A and 1C show a first embodiment of a personal security mobile phone terminal according to the present invention.

2A and 2C show a second embodiment of a personal security mobile telephone terminal according to the present invention.

3A and 3C show a third embodiment of a personal security mobile telephone terminal according to the present invention.

4A and 4C show a fourth embodiment of a personal security mobile phone terminal according to the present invention.

5A and 5C show a fifth embodiment of a personal security mobile telephone terminal according to the present invention.

6A and 6C show a sixth embodiment of a personal security mobile phone terminal according to the present invention.

7A and 7C show a seventh embodiment of a personal security mobile phone terminal according to the present invention.

8A and 8C show an eighth embodiment of a personal security mobile telephone terminal according to the present invention.

9A and 9C show a ninth embodiment of a personal security mobile phone terminal according to the present invention.

10A and 10C show a tenth embodiment of a personal security mobile phone terminal according to the present invention.

11A and 11C show an eleventh embodiment of a personal security mobile telephone terminal according to the present invention.

12A and 12C show a twelfth embodiment of the personal security mobile telephone terminal according to the present invention.

* Explanation of the Great Lakes for Major Parts of Drawings *

10: gas injector 30: emergency switch 40A-40L: automatic structure control program

50: security service provider telephone number storage unit 60: GPS (Global Positioning System) receiver

70: camera 80: camera switch 100: mobile phone terminal

Personal security mobile phone terminal according to the present invention

A gas injector provided inside the housing of the mobile telephone terminal; An emergency switch that is electrically connected to the control unit of the gas injector and triggers the injection of the gas injector, and simultaneously outputs an electrical signal indicating that the injection of the gas injector has been triggered to the mobile terminal control unit; A security service provider telephone number storage unit allocated to a storage device provided in the mobile terminal control unit; Stored in the control program storage unit of the mobile phone terminal control unit, it is automatically executed when the emergency switch is turned on, inquires the telephone number stored in the security service provider telephone number storage unit to the telephone number A mobile telephone terminal having an automatic aid control program for automatically dialing and transmitting a user's positioning voice to a security service provider, the gas injector comprising: A solenoid valve is provided at a discharge port, and the solenoid valve is electrically connected to a battery of a mobile telephone terminal. A solenoid valve power switch is provided between the solenoid valve and the battery to open and close in conjunction with the emergency switch, so that a gas injection time and a gas are provided. It is characterized in that the injection amount control is possible. One, a mobile phone terminal for the personal security of the present invention, the gas injector provided in the housing interior of the mobile phone terminal; An emergency switch that is electrically connected to the control unit of the gas injector and triggers the injection of the gas injector, and simultaneously outputs an electrical signal indicating that the injection of the gas injector has been triggered to the mobile terminal control unit; A security service provider telephone number storage unit allocated to a storage device provided in the mobile terminal control unit; Stored in the control program storage unit of the mobile phone terminal control unit, it is automatically executed when the emergency switch is turned on, inquires the telephone number stored in the security service provider telephone number storage unit to the telephone number A mobile telephone terminal having an automatic aid control program for automatically dialing and transmitting a user's positioning voice to a security service provider, the mobile telephone terminal comprising: And a Global Positioning System Receiver (GPS) capable of providing current position data to the mobile phone terminal when the emergency switch is turned on. The automatic rescue control program includes the emergency switch being turned on. Reads the location data from the GPS receiver and provides the security service with GPS location data. A personal security mobile phone terminal according to the present invention comprises: a gas injector provided inside a housing of the mobile phone terminal; An emergency switch that is electrically connected to the control unit of the gas injector and triggers the injection of the gas injector, and simultaneously outputs an electrical signal indicating that the injection of the gas injector has been triggered to the mobile terminal control unit; A security service provider telephone number storage unit allocated to a storage device provided in the mobile terminal control unit; Stored in the control program storage unit of the mobile phone terminal control unit, it is automatically executed when the emergency switch is turned on, inquires the telephone number stored in the security service provider telephone number storage unit to the telephone number A mobile telephone terminal having an automatic aid control program for automatically dialing and transmitting a user's positioning voice to a security service provider, the mobile telephone terminal comprising: A camera controlled by the automatic rescue control program and a camera switch for transmitting a camera control command to the automatic rescue control program, wherein the automatic rescue control program drives the camera when the camera switch is turned on. Storing the image data in memory after taking the image Characterized by the steps of transmitting a foundation for security services provider.

Hereinafter, exemplary embodiments of a personal security mobile phone terminal according to the present invention will be described in detail with reference to the accompanying drawings.

1A and 1C show the most basic embodiment of a personal security mobile telephone terminal according to the present invention (hereinafter referred to as "first embodiment"). Fig. 1A shows a block diagram of Embodiment 1, and Fig. 1C shows a flowchart of the structure control program A shown in Fig. 1A.

Referring to Figure 1a, the personal security mobile phone terminal according to the present invention is provided in the housing of the mobile phone terminal 100, the solenoid valve (not shown) for opening and closing the battery (not shown) of the mobile phone terminal It includes a gas injector 10 used as a power source.

The gas injector in which the injection is controlled by the solenoid valve is not sprayed by the entire tear gas powder once, and can be injected little by little each time the solenoid valve is opened and closed, so that it can be repeated several times without replacing one compressed tear powder or compressor cylinder. Not only can it be used, but also the injection volume can be easily adjusted, so that it can be continuously sprayed for a certain time. In further detail, in order to achieve the object of the present invention, it is advantageous to secure a rescue time by spraying a plurality of times by a predetermined amount rather than by spraying all of the required gas at once. However, since the conventional portable gas injector is not provided with a separate power source (battery), since the injection control is manually triggered, it is possible to eject all of the ground powder filled in the capsule of the gas injector by one trigger. There is nothing else. Even in the case of using a manual open / close valve, it is practically difficult for a user to adjust the injection amount by a desired amount by manual operation. However, when injecting the gas by using the solenoid valve, a pulse current of a certain time can flow to the solenoid valve every time the user switches the emergency switch, so that the gas injection time and the injection amount are constant at a certain time and amount. By controlling, it is possible to inject the required gas inside the gas injector capsule a predetermined number of times. For example, in the case of controlling injection of the sewage powder filled in a capsule having a diameter of 7 mm and a length of 50 mm by 0.1 seconds, it becomes possible to spray a predetermined amount over 10 times. In order to use such a solenoid valve, a power source is required. Since the mobile phone terminal has a battery, it is used as a current power source of the solenoid.

Such a gas injector is not only a means of self-defense by the mobile phone user until the security service provider arrives at the site, but also a means of restraining access to the offender to keep the user away from the mobile phone user. Becomes In a crisis of 1 minute and 1 second, this means is crucial to protecting the life and body of mobile phone users for a certain period of time.

Referring to Figure 1a, the personal security mobile phone terminal provided by the present invention is electrically connected to the solenoid valve of the gas injector 10 and the control unit (not shown) of the mobile phone terminal is a power switch of the solenoid valve And an emergency switch 30 capable of simultaneously generating / transmitting an electric signal indicating that the gas injector 10 has been driven to the mobile phone terminal controller.

Referring to FIG. 1A, the personal security mobile phone terminal according to the first embodiment has an electrical connection between the emergency switch 30 and the solenoid valve of the gas injector 10, and the second embodiment shown in FIG. 2A. Alternatively, it is configured to open and close the solenoid valve power switch of the gas injector by directly connecting to the power switch of the solenoid valve without passing through the automatic structure control program A 40A. This configuration has the advantage of simplifying the automatic structure control program A 40A and its peripheral circuits. However, even in this case, the emergency switch 30 generates / transmits an electric signal indicating that the gas injector 10 has been driven to instruct the mobile phone terminal controller to execute the automatic rescue control program 40A.

The emergency switch 30 may be selected and used at least one of the keys of the keypad of the mobile phone terminal, it is preferable that the side of the mobile phone terminal is provided separately from the conventional terminal keys. Since the emergency switch 30 may be operated accidentally by a mistake of a user or a child, the emergency switch 30 may further include a known delay circuit, and it is preferable to configure the emergency switch to operate by pressing it continuously for a predetermined time. .

Referring to FIG. 1A, a security service provider telephone number storage unit 50 is allocated to a part of a storage device of a mobile terminal control unit in a personal security mobile terminal according to the present invention, which is purchased by a seller or a lender of a terminal. It is preferable that the security service provider phone number selected by the user (eg, the local crime report phone number 112, the security service company phone number, etc.) be stored in advance.

1A and 1C, the mobile phone terminal user according to the present invention prepares to press the emergency switch 30 at a time or place where an emergency situation is expected, and applies a gas injector nozzle when an actual emergency situation occurs. The emergency switch 30 is pressed, and the automatic rescue control program A 40A is automatically executed, and the automatic rescue control program A 40A is executed according to the flowchart shown in FIG. 1C. 408A). That is, after inquiring the telephone number stored in the security service provider telephone number storage unit 50 (405A), controlling the dialer of the terminal to dial the telephone number (406A), and the user uses the same method as the usual voice call method. In step 407A, the user's location voice is transmitted to the security service provider 300. Security service provider 300 is rescued to the location identified by the user's location confirmation voice.

2A and 2C show the solenoid valve power switch of the gas injector 10 after the user presses the emergency switch in the first embodiment shown in FIGS. 1A and 1C. While the first embodiment is a structure in which the emergency switch directly controls the opening and closing of the power switch of the solenoid valve, the second embodiment controls opening and closing of the solenoid valve power switch of the gas injector 10. It is a structure that can be controlled by the automatic structure control program B executed in the mobile phone terminal controller.

Referring to FIG. 2A, in the second embodiment, the emergency switch 30 does not directly open and close the solenoid valve power switch of the gas injector 10, and the automatic rescue control program B 40B does not allow the solenoid valve of the gas injector 10 to be opened. It is characterized by opening and closing the power switch. According to the second embodiment, the emergency switch must be composed of two or more input keys and a certain combination of key inputs must be made to start the automatic rescue control program B 40B, or the emergency switch is composed of one key and within a predetermined time range. It is possible to easily implement in software a control that causes the automatic rescue control program B 40B to be activated only after a certain number of key inputs, so that the startup of the automatic rescue control program B 40B by a person other than the user of the terminal and the like The driving of the gas injector 10 can be prevented and an accidental operation mistake of the terminal user can be prevented.

According to the second embodiment, of course, the automatic structure control program B (see the flow chart of FIG. 2C) is different from the automatic structure control program A (see flow chart of FIG. 1C). That is, referring to FIG. 2C, the automatic rescue control program B 40B of the second embodiment shown in FIG. 2A is different from the automatic rescue control program A described above, and the solenoid valve power switch closing control 405B of the gas injector. And the opening of the solenoid valve power switch of the gas injector is to perform further control (410B).

The third embodiment of the personal security mobile phone terminal according to the present invention shown in Figs. 3A and 3C is related to the first embodiment shown in Figs. 1A and 1C described above. It is a personal security mobile phone terminal that is supplemented by the above-described location information providing service of a mobile communication company without relying only on the location confirmation by the voice of the terminal user.

As described above, the mobile communication company can determine the approximate location of the mobile telephone terminal by the communication between the base station and the terminal of the mobile communication company. That is, the mobile terminal currently used communicates with the base station of the mobile communication company at regular intervals so that when the mobile terminal is connected to the wireless network, a communication path is established through the optimal base station, and any base station is connected during the call. You can determine if a call is made via a call. In this way, a mobile carrier can roughly identify the current location of a particular mobile phone terminal. However, such a location method has an error range of up to 2Km to 3Km, and the security service provider is required to determine the current location of the terminal user when the contents of speech are unclear. It can be used to the degree of obtaining location information. For example, if the terminal user utters only "jugong 700 dong 104" urgently, the location of the mobile communication company can be supplemented by the location of the mobile communication company.

In addition, the third embodiment may use a location information providing service using a GPS (Global Positioning System) received signal of the mobile communication company. From October 1, 2001, US mobile carriers such as Verizon, the largest mobile carrier in the United States, for the purpose of using the GPS receiver's location information service for checking traffic information and finding lost children, etc. Initiated (aka "E-911 service") is as described above. At present, GPS position data is known that the error can be within a minimum of 5 centimeters (CM) and a maximum radius of 50 meters (M). A third embodiment of the present invention is to provide a personal security mobile phone terminal that can provide a personal security service using the GPS receiver and the location information providing service of the mobile communication company using the same.

As shown in FIG. 3A, when a mobile communication company provides a mobile terminal location information providing service, the security service provider provides a rescue dispatch service after receiving terminal location information from the mobile communication company 200. It is preferable.

Components of the third embodiment, the gas injector 10, the emergency switch 30, the automatic rescue control program C 40C, the security service provider telephone number storage unit 50, and a combination thereof, are combined with those in the first embodiment. same. However, when the mobile communication company provides the terminal location information providing service using the location data of the GPS receiver, the components of the third embodiment are coupled to the mobile phone terminal equipped with the GPS receiver (not shown in FIG. 3A). Will be. The hardware coupling structure between the GPS receiver and the mobile phone terminal and the terminal positioning algorithm by the GPS reception signal of the mobile communication company are outside the scope of the present invention. Therefore, in the third embodiment, unlike in the fifth embodiment shown in Figs. 5A and 5C, the automatic rescue control program according to the present invention does not need to directly read GPS position data and transmit it to the security service provider. . That is, the security service provider may be provided with the location information providing service using the GPS receiver of the mobile communication company 200.

The fourth embodiment of the personal security mobile phone terminal according to the present invention shown in FIGS. 4A and 4C is related to the second embodiment shown in FIGS. 2A and 2C described above, and the solenoid valve of the gas injector 10 is provided. It differs from Embodiment 3 only in that the automatic structure control program D40D executed by the mobile telephone terminal control unit controls the opening and closing of the power switch. Thus, the gas injector 10, the emergency switch 30, the automatic rescue control program C 40C, the security service provider telephone number storage unit 50, and a combination thereof, which are the components of the fourth embodiment, are combined in the second embodiment. Same as those.

In the fifth embodiment shown in Figs. 5A and 5C, the GPS receiver 60 is further provided in the mobile telephone terminal in the first embodiment shown in Figs. 1A and 1C, and the automatic rescue control program provided by the present invention is provided. E reads the GPS location data provided from the GPS receiver and sends it directly to the security service provider in the data format, and the security service provider checks the location of the terminal on the map in his geographic information system (GIS). Provides a personal security mobile phone terminal of rescue structure. In the above-described third and fourth embodiments, the mobile communication company does not perform the terminal location information providing service using the GPS receiver, or the security service provider cannot receive the terminal location information providing service from the mobile communication company. It is the Example which has a meaning.

Referring to FIG. 5C, the automatic rescue control program E 40E reads the position data from the GPS receiver 406E, dialing control step 407E for transmitting the read GPS position data, and secures the GPS position data. Further steps 408E are sent to the service provider.

The sixth embodiment of the personal security mobile phone terminal according to the present invention shown in Figs. 6A and 6C further includes a GPS receiver in the second embodiment shown in Figs. 2A and 2C. The solenoid valve power switch opening and closing of (10) is different from the fifth embodiment only in that the automatic rescue control program F 40F executed in the mobile telephone terminal control unit controls.

Referring to FIG. 6C, the automatic rescue control program F 40F controls the closing of the solenoid valve power switch of the gas injector 405F and the solenoid valve power supply of the gas injector in the automatic rescue control program E 40E. The method further includes a step 413F of controlling the opening of the switch.

In the seventh embodiment shown in Figs. 7A and 7C, in the first embodiment shown in Figs. 1A and 1C, the camera 60 and the camera switch 80 are further provided in the mobile telephone terminal, and the present invention is provided. When the terminal user presses the camera switch 80 and photographs the scene of the offender's face, the automatic rescue control program G 40G automatically reads the image data and transmits the image data directly to the security service provider 300 in a data format. , The security service provider 300 provides not only the rescue dispatch service by the user's location confirmation by the voice of the terminal user, but also the personal security of the structure that can store the image data of the field photo such as the face of the perpetrator on his computer. Provides a mobile phone terminal for.

Referring to FIG. 7C, the automatic rescue control program G 40G determines whether the camera switch is on in the automatic rescue control program A (408G), after driving the camera to automatically capture the image. Storing the image data in the memory (409G), performing dialing control to the telephone number of the security service provider for transmitting the image data (410G), and automatically transmitting the image data about the scene picture such as the face of the offender to the security service provider. The method further includes the step 411G of transmission.

By transmitting and storing on-the-spot photos of the offender's face in real time to a third place other than the crime place, it is possible to prevent the extinction of evidence of the offender's criminal activity and to secure evidence of the offense. It can discourage the progress of the act. In particular, if the camera adopts a digital camera of appropriate resolution that can be used for personal security purposes, it may be an effective means of securing evidence and preventing crimes.

The eighth embodiment of the personal security mobile phone terminal according to the present invention shown in Figs. 8A and 8C uses the camera 70 and the Carrera switch 80 in the second embodiment shown in Figs. 2A and 2C. In a further case, it differs from the seventh embodiment only in that the automatic rescue control program H 40H executed in the mobile telephone terminal controller controls the opening and closing of the solenoid valve power switch of the gas injector 10.

Referring to FIG. 8C, the automatic rescue control program H 40H controls the closing of the solenoid valve power switch of the gas injector 405H and the solenoid valve power supply of the gas injector in the automatic rescue control program G 40G. Further controlling the switch to open (416H).

The ninth embodiment of the personal security mobile phone terminal according to the present invention shown in Figs. 9A and 9C is the third embodiment shown in Figs. 3A and 3C and the seventh embodiment shown in Figs. 7A and 7C. Related to the example, the mobile phone terminal location confirmation is a personal security mobile phone terminal in the case of complementing the location information providing service of the mobile communication company, not relying only on the location confirmation by the voice of the mobile phone terminal user.

The gas injector 10, the emergency switch 30, the automatic rescue control program I 40I, the security service provider telephone number storage unit 50, the camera 70, and the camera switch 80 which are components of the ninth embodiment And their combination is the same as those in Example 7. However, when the mobile communication company provides the terminal location information providing service using the location data of the GPS receiver, the components of the ninth embodiment are coupled to the mobile phone terminal equipped with the GPS receiver (not shown in FIG. 3A). Will be. In this case, the hardware coupling structure between the GPS receiver and the mobile phone terminal and the terminal positioning algorithm by the GPS reception signal of the mobile communication company are outside the scope of the present invention as described in the third embodiment.

The tenth embodiment of the personal security mobile phone terminal according to the present invention shown in Figs. 10a and 10c uses the camera 70 and the camera switch 80 in the fourth embodiment shown in Figs. 4a and 4c. In a further case, it differs from the ninth embodiment only in that the automatic rescue control program J 40J executed in the mobile telephone terminal controller controls the opening and closing of the solenoid valve power switch of the gas injector 10.

Referring to FIG. 10C, the automatic rescue control program J 40J controls the closing of the solenoid valve power switch of the gas injector 405J and the solenoid valve power supply of the gas injector in the automatic rescue control program I 40I. It further includes the step (416J) of controlling the opening of the switch.

In the eleventh embodiment shown in Figs. 11A and 11C, the GPS receiver 60 is further provided in the mobile telephone terminal in the seventh embodiment shown in Figs. 7A and 7C, and the automatic rescue control program provided by the present invention is provided. K reads the GPS location data provided from the GPS receiver and sends it directly to the security service provider in data format, and the security service provider confirms the location of the terminal on the map in his geographic information system (GIS). Provides a personal security mobile phone terminal of rescue structure.

Referring to Fig. 11C, the automatic rescue control program K 40K reads the position data from the GPS receiver in the automatic rescue control program G 40G (406K), and dialing control for transmitting the read GPS position data. Step 407K and step 408K of transmitting the GPS location data to the security service provider are further performed.

The twelfth embodiment of the personal security mobile phone terminal according to the present invention shown in Figs. 12A and 12C further includes a GPS receiver in the eighth embodiment shown in Figs. 8A and 8C. The solenoid valve power switch opening and closing of (10) differs from the eleventh embodiment only in that the automatic rescue control program L (40L) executed in the mobile telephone terminal control unit controls.

Referring to Fig. 12C, the automatic rescue control program L 40L controls the closing of the solenoid valve power switch of the gas injector 405L and the solenoid valve power supply of the gas injector in the automatic rescue control program K 40K. The method further includes a step 417L of controlling the opening of the switch.

Personal security mobile phone terminal according to the present invention having the above configuration can be used in the industry in the following way.

First, the present invention can provide a breakthrough in the personal security service industry. Conventionally, the security service market has been developed based on facility security. As a result, private bodyguards were mainly used as security measures to prevent invasion of an individual's body or life, and in some cases, personal portable security equipment such as an electron gun or a gas gun was used. However, if the present invention is used, the security service company recruits members who need the personal protection service of the security service company for a fee, and orders or manufactures a personal security mobile phone terminal according to the present invention for sale or rental to the member ( Permanent lease or temporary lease), and every time the user operates the gas injector can provide emergency rescue services can provide a breakthrough electricity for the personal security service industry. Abuse of the gas injector may be curbed by charging a separate, high cost dispatch service fee for each emergency dispatch.

Second, security guards currently dispatched by security service companies have little means to defend themselves and make emergency rescue requests in response to life and physical infringement by facility intruders. It is not necessary to say that security of facilities can be secured only if the security and life of security guards are intact. Therefore, the personal security mobile phone terminal according to the present invention can be used as a complementary means of facility security.

Third, for the user who does not want to use the security service company, the rescue request is made to the telephone number of the public security organization such as the police department, thereby increasing the use value of the mobile phone terminal and creating a new terminal demand.

Fourthly, by providing an automatic rescue control program that can be used by patching a main control program of a conventional mobile phone terminal and a security kit that can be detachably connected to an existing mobile phone terminal, a low-cost personal security device It becomes possible to spread.

According to the present invention, a user in a situation where a crime damage is expected to be easily secured for a certain period of time, and can automatically request a rescue service from a security service provider, and the security service provider can easily locate a rescue requester. It is possible to provide a personal security mobile phone terminal that can be grasped. In addition, according to the present invention, by transmitting a crime scene photo including the perpetrator's face, etc. to a third place in real time, personal security movement that can induce the perpetrator to give up the crime and facilitate the acquisition of criminal evidence It is possible to provide a telephone terminal.

Claims (10)

delete delete delete delete A gas injector provided inside the housing of the mobile telephone terminal; An emergency switch that is electrically connected to the control unit of the gas injector and triggers the injection of the gas injector, and simultaneously outputs an electrical signal indicating that the injection of the gas injector has been triggered to the mobile terminal control unit; A security service provider telephone number storage unit allocated to a storage device provided in the mobile terminal control unit; Stored in the control program storage unit of the mobile phone terminal control unit, it is automatically executed when the emergency switch is turned on, inquires the telephone number stored in the security service provider telephone number storage unit to the telephone number A mobile phone terminal having an automatic aid control program for automatically dialing and transmitting a user's location voice to a security service provider, the mobile telephone terminal comprising: The gas injector is provided with a solenoid valve at its discharge port, the solenoid valve is electrically connected to the battery of the mobile telephone terminal, and provided with a solenoid valve power switch between the solenoid valve and the battery, the control unit of the mobile telephone terminal The automatic rescue control program stored in the personal security mobile phone terminal, characterized in that for directly controlling the opening and closing of the solenoid valve power switch in accordance with the input signal of the emergency switch. The method of claim 5, The mobile telephone terminal includes a Global Positioning System Receiver (GPS) capable of providing current position data to the mobile telephone terminal when the emergency switch is turned on. The automatic rescue control program includes the emergency switch. Is turned on, reads the location data from the GPS receiver and transmits the GPS location data to the security service provider. The method according to claim 5 or 6, The mobile telephone terminal includes a camera controlled by the automatic rescue control program, and a camera switch for transmitting a camera control command to the automatic rescue control program, wherein the automatic rescue control program includes a camera switch turned on. And storing image data in a memory after driving the camera and transmitting the image data to a security service provider. delete delete delete