KR101022850B1 - A mobile tracking device with remote battery status monitoring and detection capability through wireless Internet - Google Patents

Abstract

The present invention relates to a tracking device using wireless mobile communication, and the conventional tracking devices frequently do not know the remaining amount or charge state of the battery supplying the power of the calling device, and thus the battery is often discharged during tracking. In addition, it solves the problem that there was no method to deal with when such a case occurs, and according to the present invention, when the state of the battery is detected and displayed on the transmitting device, when the information on the battery state and the remaining battery is also insufficient at the receiving side It is configured to send a warning message, and even if the device itself has a battery level indication function, if the battery is left unattended without the user's absence, the power will be turned off, resulting in loss of work or failure of the battery or device. Resolve the problem that caused the problem and check the condition of the battery. And at the same time to inform it to the user when the battery is low, the tracking apparatus having a power source state detection function to avoid adversely affecting the battery or the device to switch to the backup power is provided even if the battery is discharged to the user's absence.

Description

A mobile tracking device with remote battery status monitoring and detection capability through wireless Internet}

The present invention relates to a tracking device, and more particularly, to solve the shortcomings of the conventional tracking devices that do not know the remaining amount or state of charge of the battery for supplying the power source of the transmitter, to detect the current state of the battery It is configured to display on the device and send a warning message to the receiving side when the battery level is insufficient and also prevent the battery from being discharged during tracking. The present invention relates to a tracking device having a power state detection function capable of coping with a problem.

In addition, the present invention, when the transmitter is always turned on, the battery is discharged, and when the external power is connected there is a fear that the presence of the transmitter is easily detected due to the presence of the power line, it was difficult to apply to the anti-theft of expensive installations, etc. The present invention relates to a tracking device having a power supply state detection function suitable for preventing theft of expensive installations and tracking when theft occurs.

In addition, in the case of various devices using a battery as a power source, even if the device itself has a battery remaining indication function, the power is turned off when the device is left without replacement of the battery due to the absence of the user or the like. In order to prevent the problem that causes the battery or the device to malfunction, it detects the condition of the battery and notifies users of various types of electronic devices, servers, call centers, etc. in real time when the battery is low. The present invention relates to a power supply state detection device that enables efficient battery replacement or charging, and does not adversely affect the battery or the device by switching to a reserve power supply even when the battery is discharged due to the absence of a user.

Conventionally, a tracking device such as a GPS transmitter using a GPS satellite has been widely used as a means for identifying and tracking the position of a person or an object.

That is, when the GPS signal indicating the current position of the transmitter is transmitted from the GPS transmitter, the receiving side of the remote location can receive the GPS signal to the receiver to check the position of the transmitter and track the movement path.

In such a tracking device, the receiving device is generally equipped with a user interface such as a display device indicating the location of the sender, whereas the sender usually has a function of transmitting a signal for indicating its location. In most cases, there was no user interface such as a display device for the user to check the operation state of the device.

Therefore, not only the remote receiver but also the user who has the sender cannot know the current state of the sender. For example, the remaining battery is discharged during tracking and the tracking fails because the remaining battery level cannot be checked. It also happens.

Therefore, in order to prevent such a case in advance, it is desirable to provide a tracking device having a power state detection function that detects the state of the battery and informs the user at a remote location in real time. The device is not provided.

Moreover, since the transmitter used in the conventional tracking device is always configured to transmit a signal informing its own position, it is necessary to operate the transmitter as late as possible at the start of tracking even in order to prevent the signal from being cut off during the tracking as described above. Therefore, there were many problems in installing transmitters in places such as valuables or expensive installations that were not human.

That is, even if a transmitter is attached to prevent theft and tracking of expensive installations, if the transmitter is always turned on, the battery will be discharged, and if an external power source is connected to the transmitter to prevent this, the presence of the transmitter may easily occur due to the presence of a power line. It may be detected and removed in advance.

Therefore, it is desirable to provide a tracking device that can solve the above problems in order to prevent theft of expensive installations and to track the occurrence of theft accident. However, a tracking device that satisfies all such requirements has not yet been provided. to be.

In addition, not only the tracking device, but also various other devices that use the battery as a power source, even if the device itself has a battery level indication function, the power is turned off if the device is left without replacement by the user's absence. In some cases, you may lose your work or cause a battery or device failure.

Moreover, although the usage time is fixed, the battery usage time is shorter than the original usage time in an environment such as cold weather, and the usage time is gradually shortened as the charge and discharge are repeated. As a result, the battery may be discharged sooner than expected by the user due to such external environment or aging.

In addition, when the battery is excessively discharged, the battery may become incapable of being recharged. Therefore, it is preferable to replace or charge the battery at an appropriate time to extend the life of the battery.

Therefore, in order to prevent the problem as described above, when the battery status is detected and the remaining battery power is notified in real time to the user using a variety of electronic devices, servers, call centers, etc. It is desirable to provide a power state detection device which enables charging and at the same time does not adversely affect the battery or the device by switching to a reserve power supply even if the battery is discharged due to the absence of a user. The device is not provided.

As described above, an object of the present invention is to solve the problem of the conventional tracking device that can not determine the remaining amount of the battery, such that the battery is discharged during the remote tracking, and the tracking fails, the state of the battery to detect the remote The present invention provides a tracking device having a power state detection function to notify a user at a location away from the battery so that the battery can be replaced efficiently at a suitable time.

In addition, another object of the present invention is to solve the problem of the conventional tracking device that the battery is discharged when the transmitter is always turned on and the presence of the transmitter may be easily detected due to the presence of the power line when the external power source is connected. It is to provide a tracking device having a power state detection function for preventing theft of installations and tracking when theft occurs.

In addition, another object of the present invention, even in the case of other devices that use the battery as a power source, even if the device itself has a battery level display function if the device is left unattended without replacement of the battery due to the user's absence, It solves the problem of turning off the battery and causing the battery or device to break down.It detects the status of the battery and notifies the user when the battery is low. At the same time, to provide a power supply state detection device that does not adversely affect the battery or the device by switching to a reserve power supply even if the battery is discharged due to the absence of the user.

According to the present invention to solve the above problems, a tracking device comprising a transmitting device for transmitting a signal indicating its position, and a receiving device for receiving a signal transmitted from the transmitting device, the tracking device comprising: The transmitter includes a GPS module and a GPS antenna for generating a GPS signal including its own location information, a mobile communication module and a mobile communication antenna for generating a mobile communication signal including its own location information, and an external sound such as a voice. A microphone capable of inputting a signal, a speaker for outputting the input external sound and an alarm sound or a signal sound indicating its location, and generating the GPS signal and the mobile communication signal during the emergency and generating the alarm sound. Or a panic button that transmits a message indicating an emergency situation to the receiving device, and to a facility or article in which the calling device is installed. Detach (detach) when the detection of the GPS signal and the mobile communication signal originating and the alarm sound and a sensor for transmitting this message indicating the status to the receiving device, the battery and charging port for power supply And power supply state detection means for detecting an external power source or a current state of the battery and transmitting it to the receiving device, and control means for controlling the overall operation of the transmitting device. Receiving means for receiving the GPS signal and the mobile communication signal transmitted from the transmitting device at a remote location from the remote device; and analyzing and displaying information on the current position of the transmitting device based on the received signal. Display means for displaying information indicating an external power source or a current state of the battery; Instructions for the device to generate a beeping sound, information indicating the current state of the battery and SMS, e-mail, etc. to notify the tracking target when the calling device departs from the designated path or to notify the administrator or the authorities in case of various accidents. Transmitting means for transmitting various messages, storage means for storing various information including position information and movement route information obtained based on the received signal, a preset movement route of a tracking target, and the like of the receiving apparatus. Provided is a tracking device having a power state detection function, comprising a control means for controlling the overall operation.

Here, the transmitting device is characterized in that it further comprises a display means for displaying information indicating the current state of the external power source or the battery detected by the power state detection means.

In addition, the power state detection means is characterized in that it further comprises a spare battery for preventing the power supply of the transmitting device is turned off due to sudden power supply interruption or discharge of the battery.

In addition, the receiving device is characterized in that it comprises at least one of a mobile phone, a PDA, a home PC or a server device, the mobile communication signal is all mobile including CDMA, GSM, WCDMA, HSPA, LTE, WiFi Characterized in that the signal according to at least one mobile communication standard of the communication scheme.

In addition, according to the present invention, a power supply state detection device for monitoring the power supply and operation state of a battery-operated device, GPS module and GPS antenna for transmitting a GPS signal including its location information to the receiving device, A mobile communication module and a mobile communication antenna for transmitting a mobile communication signal including its own location information to the receiving device, a microphone for inputting external sounds such as voice, and the input external and alarm sounds or its own. A speaker for outputting a signal for notifying a location, a panic button for transmitting the GPS signal and the mobile communication signal and generating a warning sound or an emergency signal to the receiver in case of an emergency; When the device equipped with the state detection device is detached and detects it, the GPS signal and the mobile communication signal are transmitted and A detection sensor for generating a warning sound and transmitting a message indicating the status to the receiving device, detecting a current state of an external power source or the battery, and transmitting the detected power to the receiving device; Power supply state detecting means including a spare battery and a charging port for supplying power to the device at the time; display means for displaying information indicating the external power or the current state of the battery detected by the power supply state detecting means; And a control means for controlling the operation of the apparatus as a whole.

Here, the receiving apparatus may include receiving means for receiving the GPS signal and the mobile communication signal transmitted from the power state detecting apparatus at a position remote from the power state detecting apparatus, and the power source based on the received signal. Display means for analyzing and displaying information on the current position of the state detection device and displaying information indicating the current state of the external power source or the battery; a command for causing the power state detection device to generate a beep and the power state Transmission means for notifying the detection device of the current state of the external power source or the battery, or for transmitting various messages such as SMS and e-mail to inform an administrator or a related authority in case of various accidents; and based on the received signals. Storing various information including location information and movement route information Including control means for controlling the stage and long life, the overall operation of the device is characterized in that configured.

In addition, the receiving device is characterized in that it comprises at least one of a mobile phone, PDA, home PC or server device, the mobile communication signal is CDMA, GSM, WCDMA, HSPA, LTE, WiFi, all mobile Characterized in that the signal according to at least one mobile communication standard of the communication scheme.

As described above, according to the present invention, in the conventional tracking device because the user can not check the current state of the source device such as the remaining battery, the battery is discharged during tracking, the tracking fails to solve the problem. The present invention can provide a tracking device having a power state detection function that detects and displays a state of a battery and notifies a user when the battery level is insufficient so that the battery can be efficiently replaced at an appropriate time.

In addition, according to the present invention, by connecting the tracking device having a power state detection function as described above, for example, the power supply line of the installation of the vending machine, cash dispenser, etc., if the power is cut off due to theft accident By enabling the tracking device to operate, it is possible to provide a tracking device having a power state detection function that prevents theft of an installation such as a vending machine or an ATM and immediately responds to it.

In addition, according to the present invention, even if the device itself has a battery remaining display function in the various conventional electronic devices, the power is turned off as it is left without replacing the battery due to the absence of the user, such as lost work or battery or It solves the problems that cause the device to malfunction, detects and displays the battery status, and notifies the user when the battery is low, enabling efficient battery replacement or charging at the right time and suddenly. When the battery is discharged or all of the battery is discharged due to the absence of the user, it is possible to provide a power supply state detection device that does not adversely affect the battery or the device even if the battery is discharged by switching to the standby power.

Hereinafter, with reference to the accompanying drawings will be described in detail the tracking device and the power state detection device having a power state detection function according to the present invention.

Here, the contents described below are only examples for carrying out the present invention, and the present invention is not limited only to the contents of the embodiments described below.

First, a detailed configuration of a tracking device having a power state detection function according to the present invention will be described with reference to FIG. 1.

As shown in FIG. 1, the tracking device 10 according to the present invention includes a transmitter 11 for transmitting a signal indicating its position, and a receiver 12 for receiving a signal transmitted from the transmitter 11. It is configured to include.

That is, in more detail, as shown in FIG. 2, the transmitter 11 includes a GPS module 21 and a GPS antenna 22 that generate a GPS signal including its own location information, and its own location information. The mobile communication module 23 and the mobile communication antenna 24 for generating a mobile communication signal, including a microphone 25 capable of inputting external sounds such as voice, and the input external sound and alarm sound or self A speaker 26 for outputting a beep signal for notifying a location of the GPS signal, and a panic button for transmitting the GPS signal and the mobile communication signal in an emergency and generating a warning sound or a message indicating an emergency situation to a receiving device ( 27) and a detection sensor for detecting when the facility or article is detached, generating the GPS signal and the mobile communication signal, generating the alarm sound, and transmitting a message indicating the status to the receiving device. ( 28, a battery 29 and a charging port 30 for power supply, and a power state detection means 31 for detecting a current state of an external power source or a battery.

In addition, the receiving device 12 is a GPS signal transmitted from the transmitting device 11 at a position remote from the transmitting device 11, receiving means for receiving the mobile communication signal, and the transmitting device based on the received signal ( 11) display means for analyzing and displaying information on the current position of the display at the same time, and displaying information indicating the current state of the external power source or battery, a command for the caller 11 to generate a beep, and the caller departs from the designated path. Sending means for sending a message to the target to be tracked or notifying the administrator or the relevant authorities of an emergency in case of various accidents, such as SMS or e-mail, and information on the location information and the movement route obtained based on the received signal. It comprises a storage means for storing a variety of information to include and a predetermined movement path of the tracking target.

Herein, the mobile communication signal is a signal according to at least one mobile communication standard among all mobile communication methods including CDMA, GSM, WCDMA, HSPA, LTE, and WiFi, so that the mobile communication module 23 is a mobile communication signal. Perform the corresponding communication.

In addition, the overall operation of the transmitter 11 as described above is performed through a control unit for controlling the entire operation, although not shown, and similarly, a series of processing of the receiver 12 is also performed. It is made through a control unit (not shown).

In addition, as shown in Fig. 1, the receiving device 12 receives each of the aforementioned means so as to receive a GPS signal or a mobile communication signal transmitted from the transmitting device 11 at a position remote from the transmitting device 11. At least one of the PDA 13, the mobile phone 14, the home PC 15, or the server device 16, including a.

Accordingly, as will be described later, when the signal is sent from the transmitter 11 through the tracking device 10 configured as described above, it is received by the receiver 12 and based on the received signal, the transmitter ( 11) can analyze and store the location and provide it to the user.

Next, the detailed operation of each part of the tracking device 10 according to the present invention described above will be described.

First, a GPS signal and a mobile communication signal including information about its current location are transmitted through the antennas 22 and 24 through the GPS module 21 and the mobile communication module 23 of the transmitter 11. This signal is received by each receiving terminal of the receiving device 12 which the user at a remote location has via a GPS satellite or a mobile communication network.

Therefore, the user of the receiving device 12 side of the remote location can check the current position of the tracking target and track the movement path through a terminal device such as a PDA 13 or a mobile phone 14 capable of receiving GPS signals. In addition, by connecting the PC 15 or the server device 16 with the GPS network or the mobile communication network to receive a signal transmitted from the source device 11, based on the signal to confirm and store the current position of the tracking target or In addition, such information may be transmitted to a general terminal which is not provided with a tracking device through text, voice, or e-mail.

In addition, the microphone 25 installed in the transmitting device 11 transmits external sounds such as an input voice signal, and when an emergency occurs, when the telephone is called to the transmitting device 11 through the terminal on the receiving device 12 side, The transmitter 11 may automatically receive a call without generating a ring tone and listen to the surrounding situation through the microphone 25 at the receiver 12.

Subsequently, the speaker 26 installed in the transmitting device 11 outputs an external sound input through the microphone 25 and an alarm sound when the panic button 27 is operated, and further approaches the vicinity of the transmitting device 11. Then, when the transmitting device 11 is not visible, when a signal is transmitted through the terminal of the receiving device 12 side, the speaker 26 emits a beep, so that the position of the transmitting device 11 can be easily found through the beeping sound. do.

In addition, the panic button 27, when pressing the button in case of an emergency, a signal or an alarm sound immediately without any sound, and at the same time, a voice call to inform the various terminals on the receiving device 12 side of the emergency, It is configured to send an email, a text message, and the like.

In addition, the sensor 28 is, for example, using a magnetic sensor that operates electronically, the transmitter 11 is attached to an article, such as a facility or valuables, and for some reason, the transmitter 11 When separated or separated from the facility or the facility itself is moved, it is configured to send a message informing it to each terminal on the receiving device 12 side, in some cases, the sensor 28 instead of the electronic magnetic sensor When installed, a mechanical button sensor can be used to detect that the button has been depressed and then released when it is released.

Subsequently, the battery 29 and the charging terminal 30 are for supplying power to the transmitter 11, respectively, and the power state detection means 31 is connected to the battery 29 and the charging terminal 30, respectively. .

Here, the power state detection means 31 is connected to the battery 29 or an external power source (not shown) to monitor the state of the power supply, and when the power supply is interrupted or the voltage of the battery drops below a predetermined level, the speaker 26 is turned off. It is configured to send a warning message to the receiving device 12 to replace the battery or to generate a warning sound or the power supply is interrupted.

In addition, although not shown, the power state detecting means 31 is further configured to prevent the power of the apparatus from being turned off due to a sudden power supply interruption or discharge of the battery by further including a spare power source, that is, an emergency battery.

In addition, although not shown, if necessary, a display unit indicating the state of the battery may be provided in the transmitting device 11, and in this case, the battery remaining amount detected from the power state detecting means 31, the external power connection state, or the like. Information on the power status is displayed via the display.

The display unit may be configured to display a simple graphic or text through a display window such as a liquid crystal display, or may be displayed using an LED, and optionally configured appropriately as needed. May be transmitted to the receiving apparatus 12 side to be displayed on the display of each terminal of the receiving apparatus 12 side.

Therefore, as described above, the user carrying the transmitting device 11 can check the contents displayed on the display unit to know the appropriate replacement time of the battery, and the user of the receiving device 12 can also know the current state of the transmitting device. At the same time, even when the user of the sending apparatus 11 side fails to check the battery status, it can be notified.

Therefore, by using the tracking device 10 as described above, the movement path of the tracking target is stored in advance in each terminal of the receiving device 12, and if the tracking target is out of the designated path, the tracking target is notified, or the microphone and If the current situation of the tracking target is determined through the speaker and it is determined that an emergency such as various accidents has occurred, an SMS text message, voice information, or an e-mail message indicating the occurrence of the accident along with the location of the tracking target to the relevant authorities such as the guardian or the police. It is possible to immediately and appropriately deal with a variety of accidents by transmitting the, immediately notify the current location of the current location and the occurrence of accidents in the event of various crimes or accidents through the panic button (27) terminal user of the receiving device 12 side By taking immediate action, it can contribute to crime prevention and to the protection of the employer.

In addition, through the power state detection means 31, when the power supply is interrupted due to an unexpected accident or theft accident, the receiving device 12 can immediately recognize this fact and cope with it, and the remaining amount of the battery 29 Since the present state can be known, it is possible to efficiently charge or replace the battery 29 at an appropriate time, thereby preventing the battery from being discharged and being unable to track during tracking.

Next, an example in which the tracking device 10 configured as described above is actually applied will be described.

Here, the following embodiment shows a case where the tracking device 10 having a power state detection function according to the present invention is applied to an installation such as an ATM or a vending machine, and the present invention is limited only to the following embodiments. It is not.

First, the power supply line of the cash dispenser or the vending machine and the transmission device 11, that is, the power supply state detection means 31 of the transmission device 11 are connected to install the transmission device 11 inside the device.

In this way, since the transmitting device 11 is installed inside the device, it is not possible to know from the outside whether the transmitting device 11 is installed in the device, and at this time, the transmitting device 11 is provided from an external power source for supplying power to the device. Since the power is supplied, the internal battery 29 is not consumed even if the signal is continuously transmitted.

In this case, therefore, the transmitting device 11 may continuously transmit a signal from the beginning, or may transmit the signal from that point in time when the power supply is interrupted.

Subsequently, after the transmitter 11 is installed, if, for example, a theft accident occurs and someone tries to disconnect the power line of the cash dispenser or the vending machine and then move it to another place, the power state detection means 31 It detects that the power supply is interrupted and switches the transmitter 11 to operate with the battery 29, and transmits a signal indicating the position to the receiver 12 with a message indicating that the power supply is interrupted. do.

Therefore, when the receiving device 12 receives the fact that the power supply is interrupted, it is possible to immediately determine whether the occurrence of a simple power failure or theft accident by grasping the site situation through the microphone 25 and the speaker 26 as described above. It can respond immediately to an accident and keep track of its location and route.

As described above, when the tracking device 10 having the power state detection function according to the present invention is used, theft prevention of facilities that are difficult to apply with the conventional tracking device and theft prevention of facilities to be tracked in the location tracking are also prevented. And in the event of a crime, it is possible to respond promptly and accurately.

Next, as another embodiment of the present invention, a case in which the power state detection device according to the present invention is applied to various other devices using a battery as a power source will be described.

Here, the power supply state detection apparatus according to the present invention, in the tracking device 10 having the power state detection function according to the present invention, the part corresponding to the originating device 11 is not theft and tracking and general electronic equipment It corresponds to the case used for the purpose of monitoring the power state of the, so the overall system configuration is the same as the tracking device 10 having the power state detection function according to the present invention described above, the detailed description of the configuration Only the method of application is omitted.

First, as in the above embodiment, the transmitter 11 is connected to the power supply of the device.

When the connection is normally completed, the display means of the transmitting device 11 displays information on the power supply state such as the external power connection state obtained by the power supply state detection means 31 or the remaining amount of battery.

Subsequently, if it is determined that the power is cut off or the battery is consumed while the corresponding device is in use, and the battery needs to be replaced or recharged, the transmitter 11 generates a warning sound for notifying the user, and at the same time, the receiver ( 12), a message informing about this is sent.

In this case, when the device is operated by a battery instead of an external power source, in order to prevent unnecessary battery consumption, the transmitter 11 continues to transmit a signal indicating its position and current state from the beginning. It is desirable to send a signal when the user needs to be notified, such as when the supply is stopped or the battery is determined to be low.

Therefore, the user of the transmitting apparatus 11 side may replace or charge the battery at an appropriate time, and the receiving apparatus 12 may also receive the fact and inform the user of the transmitting apparatus 11 side.

In addition, when the user of the sending apparatus 11 side does not respond, the current position of the corresponding device may be checked based on the location information transmitted from the transmitting apparatus 11, and the relevant apparatus may be collected and processed. As described above, the microphone 25 and the speaker 26 can identify the surrounding situation and immediately deal with an accident, thus contributing to the prevention of theft and loss of the device.

In addition, even when the battery is exhausted while searching for the corresponding device, power can be switched to a spare battery installed in the power state detection means 31 to prevent damage to the battery and the device, and at the same time, a corresponding time can be obtained.

As described above, according to the present invention, the electronic device can be used as a power state detection device that can check the power supply and operation state of the device in use even at a remote location as well as to prevent theft and loss of various electronic devices.

As mentioned above, although this invention was demonstrated to the embodiment of this invention as an example, this invention is not limited only to the content of the above-mentioned embodiment, For example, a series of processes as mentioned above are a transmission apparatus. Although it has been described as being made through the control unit installed in each terminal of the 11 and the receiving device 12, the control unit may be configured in the form of software, such as a program, as long as it can perform a series of processes as described above, In addition, a buzzer may be installed instead of a speaker, or a light emitting unit such as an LED may be installed together to emit light with an alarm sound.

Therefore, the present invention is not limited only to the contents described in the detailed description of the present invention, but by those skilled in the art to which the present invention pertains, according to design needs and various other factors, It is natural that various modifications, changes, and substitutions can be made without departing from the spirit and essence.

1 is a view schematically showing the overall configuration of a tracking device having a power state detection function according to the present invention.

2 is a view schematically showing the internal configuration of the calling device used in the tracking device having a power state detection function according to the present invention.

[Description of the code]

10. Tracking device 11. Sending device

12. Receiver 13. PDA

14. Cell Phone 15. PC

16. Server Unit 21. GPS Module

22. GPS antenna 23. Mobile communication module

24. Mobile antenna 25. Microphone

26. Speaker 27. Panic button

28. Sensor 29. Battery

30. Charging port 31. Power status detection means

Claims (9)

In the tracking device comprising a transmitting device for transmitting a signal indicating its position, and a receiving device for receiving a signal transmitted from the transmitting device, The transmitting device, A GPS module and a GPS antenna for generating a GPS signal including its own location information; A mobile communication module and a mobile communication antenna for generating a mobile communication signal including its own location information; Microphone which can input external sound, A speaker for outputting the input external sound and alarm sound or a signal sound indicating its location; A panic button for transmitting the GPS signal and the mobile communication signal and generating a warning sound or transmitting a message indicating an emergency situation in an emergency; A detection sensor which detects when a facility or an article in which the transmitter is installed is detached, generates the GPS signal and the mobile communication signal, generates the alarm sound, and transmits a message indicating the status to the receiver; , Battery and charging port for power supply, Power state detection means for detecting a current state of an external power source or the battery and transmitting the current state to the receiver; It comprises a control means for controlling the overall operation of the calling device, The receiving device, Receiving means for receiving the GPS signal and the mobile communication signal transmitted from the transmitting device at a location remote from the transmitting device; Display means for analyzing and displaying information on the current position of the originating apparatus based on the received GPS signal and the mobile communication signal, and displaying information indicating the current state of the external power source or the battery; A command for the calling device to generate a beep, information indicating the current state of the battery, and an SMS, an e-mail to notify the tracking target when the calling device departs from a designated path, or an emergency to a manager or an authority in case of various accidents. Transmission means for transmitting various messages of Storage means for storing various information including location information and information on a movement route obtained based on the received GPS signal and the mobile communication signal, and a preset movement route of a tracking target; And a control means for controlling the overall operation of the receiving device. The method of claim 1, The transmitting device, And display means for displaying information indicating the current state of said external power source or said battery detected by said power state detection means. The method of claim 1, And the power state detecting means further comprises a spare battery for preventing the power of the transmitter from being turned off due to sudden power supply interruption or discharge of the battery. The method of claim 1, The receiving device has a power supply state detection function, characterized in that it comprises at least one of a mobile phone, PDA, home PC or server device. The method of claim 1, The mobile communication signal is a tracking device having a power state detection function, characterized in that the signal according to at least one of the mobile communication standards of all mobile communication schemes including CDMA, GSM, WCDMA, HSPA, LTE, WiFi. Power status test to monitor the power and operation status of various battery operated devices In the export apparatus, A GPS module and a GPS antenna for transmitting a GPS signal including its own location information to a receiver; A mobile communication module and a mobile communication antenna for transmitting a mobile communication signal including its own location information to the receiving device; Microphone which can input external sound, A speaker for outputting the input external sound and alarm sound or a signal sound indicating its location; A panic button for transmitting the GPS signal and the mobile communication signal and generating a warning sound or transmitting a message indicating an emergency situation in an emergency; A detection sensor which detects when the device on which the power state detection device is installed is detached, generates the GPS signal and the mobile communication signal, generates the alarm sound, and transmits a message indicating the status to the receiving device; Wow, A power state detection means for detecting an external power source or a current state of the battery and transmitting it to the receiving device, and including a spare battery and a charging port for supplying power to the device in case of sudden power supply interruption or discharge of the battery; , Display means for displaying information indicating the current state of the external power source or the battery detected by the power state detection means; And a control means for controlling the operation of the entire apparatus. The method of claim 6, The receiving device, Receiving means for receiving the GPS signal and the mobile communication signal transmitted from the power state detection device at a position remote from the power state detection device; Display means for analyzing and displaying information on the current position of the power state detection device based on the received GPS signal and the mobile communication signal and displaying information indicating the current state of the external power source or the battery; Instructions for the power state detection device to generate a beep and various messages such as SMS and e-mail to inform the power state detection device of the current state of the external power source or the battery, or to inform the administrator or the relevant authorities of an emergency in case of various accidents. Transmitting means for transmitting the; Storage means for storing a variety of information including position information and information on a movement route obtained based on the received GPS signal and the mobile communication signal; And a control means for controlling the operation of the entire apparatus. The method of claim 7, wherein The receiving device is a power supply state detection device comprising at least one of a mobile phone, PDA, home PC or server device. The method of claim 6, The mobile communication signal is a power state detection device, characterized in that the signal according to at least one of the mobile communication standards of all mobile communication schemes including CDMA, GSM, WCDMA, HSPA, LTE, WiFi.

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