KR20150067439A - A Elevator Management System Using A Mobile Device - Google Patents

Abstract

The present invention relates to a technique capable of driving an emergency switch wirelessly in an emergency situation in an elevator and at the same time forming an accurate position information of an elevator, thereby realizing an emergency call. Particularly, An SMS or an emergency signal that can be grasped using the elevator unique identification number is formed and transmitted to an external management terminal so that the position of the accurate elevator can be grasped.

Description

[0001] The present invention relates to an elevator emergency call system,

The present invention relates to a technique capable of driving an emergency switch wirelessly in an emergency in an elevator, and at the same time, forming an accurate positional information of an elevator to realize an emergency call.

Recently, various crimes in the elevator have become social issues. A sex crime against a child occurred in an elevator in an apartment, and people were greatly shocked by the fact that the safest place to live was the place of crime.

Elevators are a necessity for high-rise buildings including apartments. However, when the elevator is running, it becomes a closed room without a refuge, so it is placed in a defenseless state against various crimes. In particular, sex offenders prefer a closed space as a crime place, and one of the spaces meeting these conditions was an elevator.

Most elevators are equipped with surveillance cameras to prevent and monitor crimes within these elevators. However, it is actually very difficult for a person to continuously monitor an image taken by a surveillance camera in real time. Furthermore, since the recent unemployment security system has become more systematic due to the labor cost problem, the prevention of crime is hardly expected. Indeed, surveillance cameras installed in elevators are often used to identify criminals after a crime has been committed, rather than for crime prevention purposes.

In addition, an emergency pager or the like is installed in the elevator so that the passenger can press the emergency pager in an emergency so as to inform him / her of the danger. However, since the emergency pager is installed at a certain location, it is difficult to move the victim to that position in most crime situations and press the emergency pager.

In addition, it is also necessary to consider the problem that it is difficult to accurately grasp the position information of the elevator in a collective building having a large number of elevators, making it difficult to quickly cope.

SUMMARY OF THE INVENTION The present invention has been made to solve the above-mentioned problems, and it is an object of the present invention to provide a wireless terminal capable of driving an emergency signal and to accurately locate an elevator in which a wireless input signal is generated using an elevator unique identification number And an emergency call system for sending an SMS or an emergency signal to an external management terminal so that an accurate position of the elevator can be ascertained, thereby ensuring efficiency in handling.

As a means for solving the above-mentioned problems, the present invention provides a wireless terminal (100) for generating a wireless input signal for operating an emergency signal switch for transmitting an emergency signal in an elevator; An elevator terminal 200 for receiving the transmission signal of the wireless terminal and sending an emergency signal to the outside; And a primary management terminal (300) for receiving the emergency signal transmitted from the elevator terminal, transmitting a paging signal including the position information of the elevator to which the emergency signal is transmitted, and monitoring the inside of the elevator, The call signal including the position information of the elevator emergency call number may provide an elevator emergency call system including the elevator unique identification number or information coded with the unique identification number.

In particular, in the present elevator call system, the first management terminal 300 transmits a SMS radio signal including elevator position information to an external personal manager terminal, which is registered in association with an emergency signal of the elevator terminal, (330), it is possible to check the elevator port number called in the primary management terminal and to transmit the elevator unique number inputted in advance to the external terminal by SMS or voice.

For this, the location information processing unit 330 according to the embodiment of the present invention includes a position information processor 330 for matching the position of the elevator on the basis of the unique identification number of the elevator, An information forming unit 331; A wireless character type unit (332) for forming wireless character information including position information of the elevator; And an SMS sending unit 333 for sending an SMS radio signal including the position information of the elevator.

Also, the elevator emergency calling system according to the present invention may include an emergency signal processing unit (210) for forming an emergency signal in conjunction with an input signal of the wireless terminal to the elevator terminal and sending out the emergency signal have. In this case, the emergency signal processing unit 210 includes an emergency signal forming unit 211 for receiving an input signal of the wireless terminal and forming a second emergency signal different from the first emergency signal corresponding to the emergency switch in the elevator. And an emergency signal transmission unit 212 for transmitting the second emergency signal to a primary management terminal through a conventional wired communication line or a wireless communication line.

In addition, the elevator emergency call system according to the present invention may further include an image recording unit 231 for recording the inside of the elevator in cooperation with the transmission of the emergency signal, and an alarm signal generating unit 231 for generating an alarm signal in accordance with the input signal, And an alarm signal processing unit 230 including the alarm signal processing unit 232.

In particular, in the elevator emergency call system according to the present invention, the primary management terminal includes an emergency signal receiver 310 for receiving a radio signal or an emergency signal transmitted from the emergency signal transmitter 212; And an emergency signal classifying unit 320 for analyzing the emergency level by analyzing the received emergency signal, and the location information processing unit 330 may include position information on a predetermined secondary management terminal according to the emergency level, So that the emergency call signal can be transmitted.

In the elevator emergency call system according to the present invention, the location information processing unit 330 may be connected to any one or more servers selected from among a predetermined maintenance company, a security company, a police station, and a medical institution according to a table in which emergency signals are classified and classified So that the position information of the elevator can transmit a matched character or voice signal.

In addition, when the emergency signal is transmitted, the primary management terminal 300 according to an embodiment of the present invention may include a monitoring unit 340 for displaying a recorded image by the recording device in the elevator in real time in association with the primary management terminal ). ≪ / RTI >

According to the present invention, even in an emergency situation in which an emergency switch provided in the elevator can not be pressed, the user can drive the emergency switch via radio, so that there is an effect that an emergency can be coped with in an urgent situation.

Especially, SMS or emergency signal that can grasp the exact position of the elevator in which the wireless input signal is generated can be ascertained by using the elevator unique identification number, and sent to the external management terminal, so that the accurate elevator position can be grasped, .

In addition, the above-mentioned SMS radio signal can be transmitted at the same time as the emergency signal is transmitted, and it is possible to acquire stronger protection measures by spreading the situation to the personal manager who is closer to the emergency situation in addition to the predetermined management system such as the management room .

According to the emergency calling system of the present invention, an emergency signal implemented through a wireless terminal can be classified to enable an emergency signal driving according to a crime situation, an emergency medical situation, a situation in which an elevator maintenance is required, There are also possible effects.

It is possible to implement the system using the system having the emergency call switch of the existing management room and the elevator as it is, and it is possible to guarantee the safety and management of the elevator efficiently while minimizing the installation cost.

1 is a block diagram of a system block for implementing an elevator emergency call system according to an embodiment of the present invention.
FIG. 2 illustrates an example of the elevator unique identification number according to the embodiment of the present invention and an embodiment related to the SMS transmission of the position information processing unit.
3 is a block diagram illustrating a detailed configuration of a wireless terminal according to an embodiment of the present invention.
4 is a configuration block diagram of primary and secondary management terminals of an elevator emergency call system according to an embodiment of the present invention.
5 is a conceptual diagram showing an example of an emergency signal.
6 is a flowchart showing an operational state of the elevator emergency call system according to the embodiment of the present invention.

Hereinafter, the configuration and operation according to the present invention will be described in detail with reference to the accompanying drawings. DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS In the following description with reference to the accompanying drawings, the same reference numerals denote the same elements regardless of the reference numerals, and redundant description thereof will be omitted. The terms first, second, etc. may be used to describe various components, but the components should not be limited by the terms. The terms are used only for the purpose of distinguishing one component from another.

BRIEF DESCRIPTION OF THE DRAWINGS The above and other features and advantages of the present invention will become more apparent from the following detailed description taken in conjunction with the accompanying drawings, in which: FIG. In the description of the embodiments, it is to be understood that each layer (film), region, pattern or structure is formed "on" or "under" a substrate, each layer The terms " on "and " under " encompass both being formed" directly "or" indirectly " The thickness and size of each layer in the drawings are exaggerated, omitted, or schematically shown for convenience and clarity of explanation. Also, the size of each component does not entirely reflect the actual size. Hereinafter, embodiments will be described with reference to the accompanying drawings.

1 is a system block diagram showing the overall configuration of an elevator emergency call system (hereinafter referred to as "the present system") according to an embodiment of the present invention.

Referring to FIG. 1, the system includes a wireless terminal 100 for generating a wireless input signal for operating an emergency signal switch for transmitting an emergency signal in an elevator in an elevator, and a wireless terminal 100 for receiving an emergency signal from the wireless terminal, A first management terminal 300 for receiving an emergency signal transmitted from the elevator terminal, transmitting a call signal including positional information of the elevator to which the emergency signal is transmitted, and monitoring the interior of the elevator, ). ≪ / RTI > Especially,

Particularly, in the present system, the paging signal including the position information of the elevator is configured to include the elevator unique identification number or to transmit the accurate position of the elevator to the external terminal including the information obtained by coding the unique identification number do. To this end, the primary management terminal 300 codes and transmits the unique identification number of the elevator so that the position information of the elevator can be accurately grasped. To this end, the primary management terminal 300 transmits the emergency signal of the elevator terminal And a location information processor 330 for transmitting the SMS radio signal or the voice signal including the elevator location information to the previously registered private manager terminal. That is, when the wireless terminal according to the present invention inputs a radio signal and operates the emergency switch to transmit the emergency signal to the outside, the primary management terminal receiving the called emergency signal transmits the emergency signal to the port It is possible to check the number and match the elevator unique number stored in advance, and to transmit the emergency call signal to the outside by SMS or voice.

The unique identification number of the elevator is a unique identifier inside the elevator installed in Korea, and is provided in every elevator, and each unique identification number is formed by a total of seven digits. At present, this elevator unique identification number is mandatory and displayed, and the history of various specifications, specifications, maintenance, and accident status of the elevator is systematically managed based on the mandatory identification number. In recent years, , The smartphone QR code is stipulated so that installation information, inspection history, and location information of the building elevator can be easily viewed. In the present invention, the unique identification number information of the elevator can be included in an emergency signal or included in a text message so as to be transmitted to the outside, so that an accurate position of the elevator can be transmitted to a terminal performing processing for an emergency So that it can be improved in its efficiency.

The position information processing unit 330 may be configured to match the position of the elevator based on the unique identification number of the elevator to perform the function of forming and transmitting the information including the position information of the elevator, A wireless character type unit 332 for forming wireless character information including positional information of the elevator, and a wireless character type unit 332 for forming an SMS radio signal including the position information of the elevator, And an SMS sending unit 333 for sending out the SMS.

As described above, the elevator position information forming unit 331 extracts the elevator unique identification number shown in FIGS. 2A and 2B and includes the elevator unique identification number in the text message automatically generated in the wireless character type unit 222 . In addition, the wireless character type unit 222 includes not only a text message but also a voice message requesting an emergency call.

As shown in FIG. 2C, the wireless character may be implemented by including the position and time of the elevator, emergency contact, and the like. The SMS may be transmitted to the external portable terminal And the like.

The external portable terminal can be directly transmitted to a personal terminal of a company or security company in charge of maintenance, maintenance and management of the elevator, and it is possible to transmit an emergency signal to be described later to an external company to request an emergency The system performs the function of instantly coping with the situation by propagating the situation to the nearest manager.

Accordingly, in the present system, a notice of a primary risk and an emergency situation is sent to the registered external personal portable terminal through the SMS sending unit 223 to perform a structure and a dispatch request, and at the same time, It is possible to increase the security of safety by carrying out notification of the emergency situation to the terminal connected thereto.

To this end, the system includes an emergency signal processing unit 210 that forms an emergency signal in conjunction with an input signal of the wireless terminal and sends out the emergency signal when the elevator terminal is constructed. As shown in the block diagram of FIG. 1, the emergency signal processing unit may be incorporated in the elevator terminal 200 inside the elevator. In particular, the emergency signal processing unit may include an alarm signal processing unit 230). ≪ / RTI > The warning signal processing unit 230 includes a video recording unit 231 for recording the inside of the elevator in cooperation with the transmission of the emergency signal and an alarm signal generating unit 232 for generating a warning signal in accordance with the input signal in the elevator Lt; / RTI >

The emergency signal processing unit 210 may include an input signal receiver for receiving a wireless input signal transmitted from the wireless terminal. The emergency signal processor 210 receives an input signal of the wireless terminal and generates a first emergency signal corresponding to an emergency switch in the elevator, Includes an emergency signal forming unit 211 for forming a second emergency signal and an emergency signal transmitting unit 212 for transmitting the second emergency signal to a primary management terminal through a conventional wired communication line or a wireless communication line .

The emergency signal forming unit 211 forms an emergency signal (second signal) different from an emergency signal (first signal) generated when an existing emergency switch is pressed based on an input signal input from the wireless terminal. That is, the emergency signal input through the wireless terminal and the signal input through the emergency switch can be distinguished from each other, and input from an external management terminal can be received, thereby forming more accurate information on the emergency situation, thereby realizing efficient coping.

This is because the input signal input from the wireless terminal to the present system can be classified into signals according to medical conditions and failure situations as well as dangerous situations such as crime situations, . For example, when a signal of a crime situation is formed, the warning signal processing unit 220 includes an image recording unit 221 for driving an emergency situation recording in the elevator in cooperation with the emergency signal. In this case, unlike normal recording, So that the time and image shooting can be performed in a position different from that of the general CCTV, so that it is possible to remove the photographed image and help to identify the criminal in the future.

In addition, a warning text display that can be used to guide the voice and typed warning text (30 seconds before the police is dispatched) to continuously alert the perpetrator, a warning light inside and outside the elevator, And an alarm signal generator 222 including a beacon lamp driving unit for driving a beacon, so that a criminal can be informed in real time so that a crime can be prevented in advance.

Particularly, the characteristic part of this system is to utilize wired and communication lines that are linked with the management room through the existing emergency switch as it is.

That is, the elevator terminal can utilize the existing communication line for transmitting the emergency signal by interlocking with the emergency signal processing unit 210 itself with the emergency switch, thereby greatly reducing the installation cost. However, in the case where the primary management terminal receives the emergency signal transmitted from the elevator terminal 200 and classifies the emergency signal and transmits a paging signal such as SMS together with the position information of the elevator, If it is determined that there is a contingency situation, the emergency call signal (which can be set to be sent in parallel with the SMS or independently) can be transmitted to the secondary control terminal 400 of the police station or the hospital immediately.

Hereinafter, individual embodiments of the components of the system will be described.

FIG. 3 illustrates an embodiment of the wireless terminal 100 described above with reference to FIG.

As shown in FIG. 3, the wireless terminal 100, in cooperation with a constituent unit for generating and processing an emergency signal including an emergency switch normally installed in the elevator terminal, And a terminal capable of transmitting a wireless input signal that can be driven.

That is, the configuration in which the function of pressing the emergency switch can be implemented by simply pressing the switch of the wireless terminal provided by the user in a state in which the emergency switch provided in the elevator can not be pressed in the emergency situation is included in the configuration of the present invention Will be. An embodiment of the wireless terminal 100 in this system having such a configuration includes an input signal switch 110 for wirelessly driving an emergency signal processing unit provided in the elevator terminal 200, An input signal forming unit 120 forming an input signal according to a switching signal, and a wireless input signal transmitting unit 130 wirelessly transmitting the input signal.

The input signal switch 110 may be a structure provided in a small terminal in the form of a remote control, a form of a transportation card that can be carried in a wallet, a bag or a pocket, or a key ring, It can be implemented in a structure that can not be performed. Regardless of the structure of the input signal, the input signal switch 110 can be implemented as a component capable of generating a pressure-type or touch-type input signal, thereby realizing a single input signal. For example, it is possible to transmit a radio frequency signal having a specific pulse, which can be implemented as a driving signal of an emergency signal switch, or a combination of various signals can be realized.

The wireless terminal 100 of the present system includes a first switch 111 for generating a frequency related to an emergency emergency signal in case of an emergency such as a crime by forming a plurality of switches so as to realize various input signals, A second switch 112 for generating a specific frequency related to a fault signal when an emergency situation occurs, and a second switch 112 for, when a sudden illness or emergency medical situation occurs, The third switch 113 for generating the first to third signals, and the like according to a specific situation. In addition, a fourth switch for generating a release signal according to a predetermined pattern (for example, recognizing the release signal when the switch is continuously pressed 5 times) when the switch of the wireless terminal of the system is accidentally pressed by mistake .

The switching signal according to the first to fourth switches may be configured to include an input signal forming unit 120 that processes the switching signal into a wireless signal that can be transmitted through the input signal forming unit 120 of the wireless terminal 100 It is possible. In the case of the input signal forming unit 120, the input signal forming unit 120 interlocks with the user specific code storage unit 140 that stores the unique code of the owner who owns the wireless terminal 100, It is also possible to do. The input signal forming unit 120 includes first to fourth signal forming units 121 to 124 that can receive switching signals from the first to fourth switches and emit radio frequencies with pulses of different emergency signals, ). ≪ / RTI >

The time comparator 151 recognizes a predetermined pattern of the release signal and determines the reference time after the emergency signal switching is performed when the release signal can be formed within a predetermined time in the case where the user accidentally depresses, And an input pulse comparator 152 for determining the requirement of whether a predetermined fixed pattern is input or not.

FIG. 4 is a block diagram illustrating a configuration of a primary management terminal 300 and a primary management terminal 300 for receiving an input signal input through a wireless terminal and transmitting an emergency signal from the emergency signal processor, FIG. 3 is a block diagram illustrating a configuration of a secondary management terminal 400 in which an emergency call is performed according to a classification standard of an emergency signal classified in FIG.

4, in the present system, the primary management terminal 300 includes, in addition to the configuration of the above-described paging signal processing unit 330, an emergency signal for receiving a radio signal or an emergency signal transmitted from the emergency signal transmission unit 212 And an emergency signal classifying unit 320 for analyzing the received emergency signal and analyzing the emergency class.

In addition, the position information processing unit 330 of the primary management terminal 300 may transmit the SMS or the voice message to the registered personal portable terminal, Lt; RTI ID = 0.0 > location information. ≪ / RTI > To this end, the location information processing unit 330 may be configured to match the location information of the elevator to any one or more servers selected from a predetermined maintenance company, a security company, a police station, and a medical institution according to a table classified by classifying the emergency signal So that a character signal or a voice signal can be transmitted.

Further, the emergency signal received by the primary management terminal is determined to be the first signal originating from the wireless terminal, and an emergency call unit (not shown) for sending an emergency call signal to the relevant agency immediately in case of an emergency And the like.

The emergency signal classifying unit 320 may include an emergency signal classifying unit 320 for classifying the emergency signal to determine whether it is an emergency situation, and extracting elevator position information such as a location identification code.

In addition, in the primary management terminal 300 of the present system, when the emergency signal is received, a monitoring unit 340 is provided to enable monitoring through an image input unit of the elevator in which the signal is transmitted simultaneously .

When the primary management terminal 300 includes an emergency call unit so that the primary management terminal can send a separate emergency call signal in addition to the SMS transmission function of the position information processing unit 330 described above, It is also possible to form an emergency call signal according to the situation classified in the emergency call part 320 and transmit the emergency call signal to the secondary management terminal 400. [

In this case, the secondary management terminal 400 may further include a paging signal receiving unit 410 for receiving a paging signal and a position information analyzing unit 420 for analyzing and matching the position information included in the paging signal. And an SMS sending unit 430 for transmitting the dispatch information based on the calling information to the personal terminal of the mobile terminal.

5 shows an example of the formation of an emergency call signal transmitted to the secondary management terminal.

That is, the example of FIG. 5 illustrates the format of data output by forming a wireless transmission signal when an emergency signal is classified in a primary management terminal and instant dispatch is required in an emergency.

As shown in the figure, the configuration of the wireless data outputted in the emergency situation is as follows. A is a start bit area, B is a bit area including information of the elevator location identification code, C is a status code D is a CRC code bit field for error checking, and E is an end bit field indicating the end of a message. Of course, in the case of such wireless data, the personal information of the user transmitting the emergency signal may be included. In this case, in case of emergency patients, the patient database may be linked with the hospital database .

6 is a flowchart showing an example of driving the present system according to the embodiment of the present invention. Referring to FIG. 6, when the user having the wireless terminal in the elevator is in an emergency, the process of forming the input signal is performed by pressing the switch of the wireless terminal according to the situation .

In this case, the wireless terminal is provided with an input signal switch that forms at least one or more other wireless signals. The wireless terminal is exposed to an emergency situation (when the emergency switch can not be pressed due to a medical condition or an injury), an elevator malfunctioning situation, It is possible to further include a switch which has an input signal switch which can be pressed in a state in which it is difficult to carry out and a switch for forming a release signal capable of releasing a transmission signal in the case of a wrong press.

Thereafter, when receiving the input signal transmitted from the wireless terminal, the elevator terminal can implement the emergency signal transmission in the emergency signal processing unit according to the input signal. In this case, when the emergency signal is transmitted, the location information processing unit in the primary management terminal forms positional information based on the elevator unique identification number and transmits the SMS or voice signal to the portable terminals of the administrators.

 The formation of the emergency signal in the elevator terminal can be performed by matching frequencies that are input differently according to the situation transmitted from the wireless terminal and classifying the signals according to the emergency situation. Particularly, in this case, when the emergency signal (second signal) is formed, it is preferable that the signal can be formed by another signal which is different from the input signal (first signal) generated when the emergency switch is pressed.

In this method, when the situation of pressing the wireless switch is extremely critical or when it is difficult to press the switch, it is intended to promptly detect and respond to an external terminal.

In addition, the emergency signal may include a unique identification code of the elevator or may implement a function of driving an emergency signal (wireless switching function), extract the port number of the elevator from which the emergency signal is transmitted, When the unique identification number is matched, the position information of the elevator can be confirmed more clearly. This makes it possible to inform the exact position of the elevator when a plurality of elevators are installed in one building.

The external primary management terminal can synchronize with the formation and the transmission of the emergency signal so that the recording means such as CCTV which can check the inside situation of the elevator at the same time can be driven and can be confirmed in real time. In addition, when an emergency signal is transmitted (when a wireless terminal is pressed), the CCTV video and sound can be recorded and recorded in a substantially equivalent manner, so that the CCTV video and sound can be utilized as means for confirming a future crime.

Further, in conjunction with the transmission of the emergency signal, a warning message (image, warning voice, warning light) for preventing the crime in advance can be transmitted within the elevator.

When the emergency signal processing unit in the elevator sends out the emergency signal to the primary management terminal provided in the management room, the primary management terminal receives the emergency signal and classifies the received emergency signal.

Especially, it is possible to grasp the exact situation through the matching of emergency signals and to extract the elevator code so that the position information of the elevator can be accurately grasped. In this case, it is needless to say that the primary management terminal may include a display unit for monitoring the inside of the elevator in real time.

In order to classify the received emergency signal and determine the transmission signal according to the situation, it is classified into whether it is a simple elevator failure situation, a serious crime situation or an emergency medical situation. In case of emergency, The emergency call signal is transmitted to the differential management terminal.

In this case, the emergency signal includes information corresponding to the code of the elevator in which the wireless terminal transmitting the input signal exists, and the position information corresponding to the elevator code is displayed on the primary management terminal by wire or wirelessly, So that it can be transmitted in characters.

This process sends out matching information to maintenance companies, security companies, government offices (police stations, fire stations) and medical institutions that have jurisdiction over the same area, thereby enabling accurate incident and incident handling, thereby reducing social costs It is possible to realize a synergy effect by securing competitiveness through fusion between industries.

The term 'portion' used in various configurations according to the present invention means a hardware component such as software or FPGA or ASIC, and 'part' performs certain roles. However, 'part' is not meant to be limited to software or hardware. &Quot; to " may be configured to reside on an addressable storage medium and may be configured to play one or more processors. Thus, by way of example, 'parts' may refer to components such as software components, object-oriented software components, class components and task components, and processes, functions, , Subroutines, segments of program code, drivers, firmware, microcode, circuitry, data, databases, data structures, tables, arrays, and variables. The functions provided in the components and components may be further combined with a smaller number of components and components or further components and components. In addition, the components and components may be implemented to play back one or more CPUs in a device or a secure multimedia card.

In the foregoing detailed description of the present invention, specific examples have been described. However, various modifications are possible within the scope of the present invention. The technical idea of the present invention should not be limited to the embodiments of the present invention but should be determined by the equivalents of the claims and the claims.

110: input signal switch 120: input signal forming section
130: wireless input signal transmitting unit 140: user code storage unit
200: Lift terminal 210: Emergency signal processor
211: Emergency signal forming unit 212: Emergency signal transmitting unit
220: Warning signal processor
221: video recording processor 222: alarm signal generator
300: Primary care terminal 310: Emergency signal receiver
320: Emergency signal classifier 330: Position information processor
331: elevator position information forming unit 332: wireless character type part
333: SMS transmission unit 340: monitoring unit
400: second management terminal 410: paging signal receiver
420: Position information analyzer 430: SMS transmitter

Claims (9)

A wireless terminal (100) for generating a wireless input signal for operating an emergency signal switch for transmitting an emergency signal in the elevator;
An elevator terminal 200 for receiving the transmission signal of the wireless terminal and sending an emergency signal to the outside;
And a primary management terminal (300) for receiving an emergency signal transmitted from the elevator terminal, transmitting a paging signal including location information of the elevator to which the emergency signal is transmitted, and monitoring the inside of the elevator,
Wherein the call signal including the location information of the elevator includes information that includes the elevator unique identification number or the unique identification number.
The method according to claim 1,
The primary management terminal (300)
A location information processor (330) for transmitting an SMS radio signal including elevator location information to an external personal manager terminal registered in association with an emergency signal of the elevator terminal;
The elevator emergency call system.
The method of claim 2,
The location information processing unit 330,
An elevator position information forming unit (331) for matching the position of the elevator based on the unique identification number of the elevator and forming position information of the elevator according to the matched result;
A wireless character type unit (332) for forming wireless character information including position information of the elevator;
An SMS sending unit (333) for sending an SMS radio signal including the position information of the elevator;
The elevator emergency call system.
The method of claim 3,
The elevator terminal includes:
And an emergency signal processing unit (210) for forming an emergency signal in conjunction with an input signal of the wireless terminal and transmitting the emergency signal.
The method of claim 4,
The emergency signal processing unit 210,
An emergency signal forming unit 211 receiving an input signal of the wireless terminal and forming a second emergency signal different from the first emergency signal according to the emergency switch in the elevator;
An emergency signal transmission unit 212 for transmitting the second emergency signal to a primary management terminal through a conventional wired communication line or a wireless communication line;
The elevator emergency call system.
The method of claim 4,
The elevator emergency calling system comprises:
A video recording unit 231 for recording the inside of the elevator in cooperation with the transmission of the emergency signal;
And an alarm signal generator (232) for generating an alarm signal in accordance with the input signal in the elevator.
The method of claim 6,
The primary management terminal,
An emergency signal receiver 310 for receiving a radio signal or an emergency signal transmitted from the emergency signal transmitter 212; And an emergency signal classifier (320) for analyzing the received emergency signal and analyzing the emergency class,
And the location information processing unit (330) transmits the emergency call signal including the location information to the predetermined secondary management terminal according to the emergency level.
The method of claim 7,
The position information processing unit (A)
And transmits a character signal or a voice signal matching position information of the elevator to any one or more servers selected from a predetermined maintenance company, a security company, a police station, and a medical institution according to a table classified by classifying the emergency signal Elevator emergency call system.
The method of claim 8,
The primary management terminal (300)
Further comprising a monitoring unit (340) for displaying a video image recorded by the recording device in the elevator in cooperation with the primary management terminal in real time when the emergency signal is transmitted.

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