KR101961210B1 - System and Method for Calling Elevator Using Button-type Beacon - Google Patents

Abstract

The present invention relates to an elevator car calling system using a button type beacon and a method thereof and, more specifically, to a system which enables a user to define a press pattern and a beacon signal for calling an elevator car with a button type beacon, and receive an elevator call service thereby. According to one embodiment of the present invention, the elevator car calling system using a button type beacon comprises: an elevator car installed in a building to be elevated; the button type beacon, which is a button type beacon to be pressed, including a memory storing a press pattern, a beacon signal corresponding to the press pattern, and message (elevator control) content, and a control unit detecting press of the button to recognize the press pattern, finding out whether the beacon signal corresponding to the press pattern is stored in the memory, and broadcasting the corresponding beacon signal when the beacon signal corresponding to the press pattern is found; a plurality of repeaters installed in the building at predetermined intervals to relay the received button signal to an elevator control server; and the elevator control server receiving the beacon signal to control operation of the elevator car in accordance with the message (elevator control) content corresponding to the beacon signal.

Description

TECHNICAL FIELD [0001] The present invention relates to a system and method for calling an elevator using a button-type beacon,

The present invention relates to a system and method for calling an elevator using a button-type beacon, and more particularly, to a system and method for enabling a user to define a push pattern for an elevator call and a beacon signal using a button- And methods.

Bluetooth Beacon is a protocol based short range wireless communication device with Bluetooth 4.0 (BLE) or higher, and can communicate with devices within 100m maximum.

In addition, Bluetooth beacons are highly accurate enough to be able to distinguish between 5 and 10 cm units, and are suitable for the Internet implementation of things that all devices are always connected with low power consumption.

As various location based services using Bluetooth beacon such as iBeacon are discovered and activated, Bluetooth beacon is attracting attention as a core solution of IoT based service.

For example, when a visitor arrives at a specific location where a historical object is displayed in a museum, the visitor's smartphone recognizes the Bluetooth beacon installed at the specific location and the Bluetooth communication between the visitor's smartphone, When the server informs the server computer of the museum, the server transmits the description of the historical artifacts to the visitor's smartphone, and the viewer reads or hears descriptions of the historical artifacts through his smartphone.

As another example, a Bluetooth beacon is installed in a shop, and an advertisement, a discount sale event, or a coupon is transmitted to a smartphone of a shop that senses the Bluetooth beacon.

As such, advertising, coupons, and payment services using Bluetooth beacons are becoming more active in offline stores, and beacon services linked to mobile phones are increasing.

Elevators, on the other hand, are installed for rapid movement between layers and layers of multi-storey buildings, and the installation is continuously increasing due to the increase of high-rise buildings and convenience of use.

The elevator includes an elevator car that moves and receives a passenger, a drive device that drives the elevator car through a rope, a control unit that controls the operation of the elevator, a power supply unit that supplies power, a braking device that brakes the elevator car, And the elevator car is moved upward and downward by a layer selected by the passenger.

1, a passenger enters a call input button 12 for calling the elevator car to the floor where the passenger is located, in a platform of the elevator 10 provided for each floor inside the building for boarding the elevator car, And an indicator 14 for displaying the operating layer and the traveling direction of the current elevator car.

However, such a general elevator is that a resident who resides in a high-rise building of an apartment or a building walks in a hallway or a lobby platform to call an elevator by pressing a direct call input button 12 to ride the elevator, ) Wasted no time until the elevator arrived, and on cold days the cold had to fall into the cold until the elevator arrived.

No. 10-2011-0126297 (published on November 23, 2011)

SUMMARY OF THE INVENTION The present invention has been made in order to solve the above-mentioned problems, and it is an object of the present invention to provide a Bluetooth beacon that can be easily selected by a user while retaining original characteristics of a Bluetooth beacon, It is an object of the present invention to provide an elevator calling system and method using a button-shaped beacon which can call an elevator in advance in a house or in a car of a parking lot or before it reaches the floor.

Another object of the present invention is to provide a caller who can reduce the waiting time of an elevator in a hallway or a lobby platform and does not need to stay cold until the elevator arrives at a hallway or a lobby platform in a cold winter, The present invention also provides a system and method for an elevator call using a button-type beacon which can save the life of an emergency person by giving priority to the emergency call signal when a resident living in a building occurs.

According to an aspect of the present invention, there is provided an elevator calling system using a button-type beacon, the elevator calling system comprising: an elevator installed in a building and operated to be elevated;

A push-button type beacon having a beacon module, which is a short distance communication module using BLE (Bluetooth Low Energy) for communication with the outside, and a power source for supplying power to the beacon module, A memory for storing a beacon signal and an elevator control content corresponding to the pattern and the depressing pattern; and a memory for recognizing the depressed pattern by detecting the depression of the depressed button and finding whether the beacon signal corresponding to the depressed pattern is stored in the memory A button type beacon having a control unit for broadcasting a corresponding beacon signal;

A plurality of relays installed in the building at predetermined intervals and relaying the received button signals to the elevator control server; And

An elevator control server for receiving the beacon signal and controlling the elevator operation according to an elevator control content corresponding to the beacon signal;

.

Further, the beacon signal is characterized by comprising a calling signal relating to an elevator call and an emergency signal relating to the emergency situation propagation.

In addition, the call signal is individually set via a button-shaped beacon, and the emergency signal is collectively set by an elevator control server.

In addition, the call signal is composed of a general call and an emergency call. In the case of a general call, the elevator control server controls the operation of the elevator according to the calling order so as to move to the calling floor. It is possible to give priority to the operation of the elevator and control the elevator to quickly move to the called floor.

In addition, the emergency signal is composed of a fire signal and an emergency signal. When the emergency signal is a fire signal and a passenger is aboard the elevator, the elevator control server controls the elevator installed in the building where the fire occurs, Control the passenger to lower the passenger after the elevator is driven to the floor and to stop the passenger. When the passenger is not boarded, the elevator installed in the building where the fire occurs is controlled in a lump, Therefore,

If the emergency signal is an earthquake signal and a passenger is boarding the elevator, the elevator is controlled to all the elevators installed in all the buildings. After the elevator is operated to the floor nearest to the current elevator position, When the passenger is not boarding the passenger, all the elevators installed in all the buildings are controlled in a lump, and the passenger is immediately controlled to stop the operation.

Also, the beacon signal broadcast time, the broadcast frequency, and the broadcast interval are stored in the memory, and the controller broadcasts the beacon signal according to the broadcast time, the broadcast frequency,

The pressing pattern is a combination of a long signal and a short signal.

A universal unique identifier (UUID), a major ID, and a minor ID are included in the beacon signal. The beacon service type is distinguished by a major ID, the uniqueness of a beacon signal is confirmed by a minor ID, and a broadcast count is inserted into a beacon signal .

A method of calling an elevator using a button-type beacon according to an embodiment of the present invention includes: (a) setting an operation of a beacon between an elevator control server and a button-type beacon to which a unique ID is assigned;

(b) receiving a beacon signal broadcast by the elevator control server through a plurality of repeaters and setting a message relating to an elevator call;

(c) broadcasting a beacon signal corresponding to a push pattern by operating a button-type beacon when the user presses the button-type beacon; And

(d) receiving a broadcasting beacon signal from the elevator control server and performing an elevator running service corresponding to the beacon signal;

.

Further, the beacon signal is composed of a call signal relating to an elevator call and an emergency signal relating to an emergency situation propagation,

The call signal is individually set through steps (a) and (b), and the emergency signal is set collectively by the elevator control server.

In the step (d), when the call signal is a general call, the elevator control server controls the operation of the elevator according to the calling order so as to move to the called floor,

When the call signal is an emergency call, priority is given to the operation of the elevator irrespective of the calling order, and control is made so that the elevator can be quickly moved to the called floor.

In the step (d), when the emergency signal is a fire signal and a passenger is aboard the elevator, the elevator control server controls the elevator installed in the building where the fire occurs, The control unit controls the operation of the elevator installed in the building in which the fire has occurred in a collective manner and stops the operation immediately,

If the emergency signal is an earthquake signal and a passenger is boarding the elevator, the elevator is controlled to all the elevators installed in all the buildings. After the elevator is operated to the floor nearest to the current elevator position, When the passenger is not boarding the passenger, all the elevators installed in all the buildings are controlled in a lump, and the passenger is immediately controlled to stop the operation.

According to the solution of the above-mentioned problem, the user can directly select the push pattern for the elevator call and the beacon signal while maintaining the inherent characteristics of the Bluetooth beacon, so that the convenience of the Bluetooth beacon and the resident May call the elevator before arriving at the house or in the parking lot or on the floor.

In addition, the caller (the resident) can reduce the waiting time of the elevator in the hallway or the lobby platform, does not need to be cold until the elevator arrives at the hallway or lobby platform in the cold winter, In the event of an emergency, priority can be given to the emergency call signal so that the emergency can be quickly dealt with, thereby saving the life of the emergency person.

1 is a front view of a typical elevator.
2 is a schematic block diagram of a button-type beacon applied to an embodiment of the present invention.
3 is a configuration diagram of the beacon module shown in FIG.
4 is a diagram for explaining an elevator calling method according to the beacon signal setting of the present invention.
5 is a block diagram of an elevator calling system according to an embodiment of the present invention.
6 is a schematic flowchart showing an elevator calling method according to an embodiment of the present invention.
7 is a flowchart showing the beacon operation and the elevator call step shown in Fig.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, embodiments of the present invention will be described with reference to the accompanying drawings.

It is to be noted that the same components of the drawings are denoted by the same reference numerals and symbols as possible even if they are shown in different drawings.

In the following description of the present invention, a detailed description of known functions and configurations incorporated herein will be omitted when it may make the subject matter of the present invention rather unclear.

Also, when a part is referred to as " including " an element, it does not exclude other elements unless specifically stated otherwise.

2 is a schematic block diagram of a button-type beacon applied to an embodiment of the present invention.

2, a button-type beacon 100 according to an embodiment of the present invention includes a power source 110, a beacon module 120, and a button 130.

The power supply unit 110 is configured to supply power to the beacon module 120 and to drive the beacon module 120. The power supply unit 110 may be constructed by inserting a small size battery (including a battery) .

The beacon module 120 is a short-range communication module using BLE (Bluetooth Low Energy) for communication with the outside.

That is, the beacon module 120 operates through the power of the power source unit 110 and transmits a basic Bluetooth-based beacon signal, and selectively transmits a Bluetooth-based beacon signal defined by the user.

The main body of the button-type beacon 100 is formed in a button shape. For example, the upper case is press-formed so that the user can press the button once and then be returned to the original position by the restoring force.

Alternatively, a depressible restoration button 130 may be separately provided on the main body itself.

At this time, if the user presses the button 130 for a long time or a short time, the signal of the push pattern is divided into a long signal (-) and a short signal ((for example, a long signal is three times And the number of push patterns is determined according to the number of digits (round).

For example, if there are four digits (rounds), there are 2 ^4, that is, 16 pressing patterns.

3 is a configuration diagram of the beacon module shown in FIG.

As shown in FIG. 2, the beacon module 120 includes a controller 122, a memory 124, and an antenna 126.

Here, it is assumed that the button 130 is separately provided in the main body of the Bluetooth beacon 100. FIG.

The button 130 is depressed and depressed by the user once to be depressed, then restored to its original position, and then pressed again.

In the memory 124, a push pattern of the button, a beacon signal corresponding to the push pattern, and a message (service) content corresponding to the beacon signal are stored.

In this case, the broadcasting time of the beacon signal (for example, 5 seconds, 10 seconds), the number of broadcast times (for example, 5 times, 10 times, 20 times) Interval) are stored together and set by the user.

At this time, the beacon signal includes a universally unique identifier (UUID), a major ID, and a minor ID, distinguishes the beacon service type by a major ID, and confirms the uniqueness of the beacon signal by the Minor ID.

In addition to the UUID, Major ID and Minor ID, the beacon signal has a packet area for transmitting user defined data, and the method of distinguishing service type and uniqueness is not limited to the above.

Also, if a beacon signal such as a predetermined time is broadcasted, the elevator control server 300 may cause a problem of receiving a duplicate signal. Therefore, the beacon signal may be broadcasted in a part of a part of the beacon signal, .

The controller 122 recognizes the depression pattern by detecting the depression of the button and finds whether or not the beacon signal corresponding to the depression pattern is stored in the memory 124. If the beacon signal corresponds to the set time, And then broadcasts to an elevator control server to be described later through an antenna 126 and a plurality of repeaters.

The antenna 126 broadcasts (transmits) a beacon signal to the elevator control server through a plurality of repeaters under the control of the controller 122, receives the signal transmitted from the elevator control server 300, .

4 is a diagram for explaining an elevator calling method according to the beacon signal setting of the present invention.

The memory 124 stores a push pattern of a button, a beacon signal corresponding to the push pattern, and a message (service) content corresponding to the beacon signal.

Here, the push pattern A is a service for calling up the elevator as a combination of four short signals () of all four digits, and the push pattern S is an emergency signal transmitted as a combination of a long signal, a short signal, Service is set as a service.

When the user presses the button with the push pattern A, the controller 122 of the button-type beacon 100 recognizes the push pattern A and finds a beacon signal A corresponding thereto and broadcasts the push pattern A.

The elevator control server receiving the beacon signal A through the plurality of repeaters confirms whether there is a registered service corresponding to the beacon signal A, confirms the registered service, that is, the elevator call, .

Similarly, when it is necessary to stop the elevator due to an emergency such as a fire or an earthquake, if the user depresses the button with the pressing pattern S, the controller 122 of the button-type beacon 100 recognizes it, And broadcasts the signal S.

The elevator control server which has received the beacon signal S through the plurality of repeaters confirms whether there is a registered service corresponding to the beacon signal S and confirms the registered service, that is, the emergency signal, After that, stop the operation.

5 is a block diagram of an elevator calling system according to an embodiment of the present invention.

5, the calling system according to the embodiment of the present invention includes button type beacons 100a, ..., 100m, 100n, repeaters 200a ... 200n, ..., 200nn, an elevator control server 300, (400a, ..., 400n).

The main body of the button-shaped beacons 100a, ..., 100m, 100n is formed in a button shape. For example, the upper case is formed so as to be depressed.

Alternatively, a depressible restoration button 130 may be separately provided in the main body itself, and an ID uniquely assigned to each button-shaped beacon may be included.

In the button-type beacons 100a, ..., 100m, and 100n, a push pattern of the button, a beacon signal corresponding to the push pattern, and message contents corresponding to the beacon signal are stored.

The button-type beacons 100a, ..., 100m, and 100n detect a push pattern by sensing a push of a button, and if a beacon signal corresponding to the push pattern is stored in the memory, 200n,..., 200nn to the elevator control server 300 according to the frequency, number, and interval of the antennas.

The beacon signal may include an ID uniquely assigned to each button-type beacon 100a, ..., 100m, and 100n.

Here, the beacon signal includes a call signal and an emergency signal, and the call signal can be divided into a general call and an emergency call, and the emergency signal can be divided into, for example, a fire signal and an earthquake signal.

As described above, the beacon signal depends on the push pattern. The setting of the push pattern, the beacon signal, and the message contents (memory storage) can be set by the user as needed. Is set to be the same throughout.

The repeaters 200a, ..., 200n, ..., 200nn include a short distance communication module using BLE (Bluetooth Low Energy) for wireless communication.

A plurality of repeaters 200a, ..., 200n, ..., 200nn are installed at predetermined intervals in a building or a parking lot where an elevator is installed, and relay beacon signals of button-type beacons wirelessly between adjoining repeaters to be transmitted to the elevator control server 300 .

In addition, the repeater 200a, ..., 200n, ..., 200nn is assigned an ID uniquely and receives the beacon signal of the button-shaped beacon for the first time, and transmits its beacon signal to the elevator control server 300 And the elevator control server 300 can identify the layer called by this repeater ID.

The elevator control server 300 can control the operation of the plurality of elevators 400a, ..., 400n, collectively or individually, and controls elevator operation differently according to the beacon signal.

For example, if the beacon signal is a general call, the elevator control server 300 controls the operation of the corresponding elevators 400a, ..., 400n according to the calling sequence and moves to the called floor.

When the beacon signal is an emergency call, the elevator control server 300 gives priority to the operation of the elevators 400a, ..., 400n corresponding to the emergency call irrespective of the calling order, and moves the elevator to the calling floor.

For example, if the elevator 400a is in the 15th floor and the general call is made in the 10th floor and the emergency call is made later in the 5th floor, the elevator 400a is lowered to the 5th floor Can be moved.

This emergency call restricts calls except in special cases where the patient is in an emergency.

In addition, if the beacon signal is a fire signal and there are a plurality of coins, the entire elevator installed in the same place where the fire occurs is controlled collectively, and after the elevator is operated in a layer away from the fire position, Stop the next service.

When the beacon signal is an earthquake signal and a plurality of coins are formed, the elevator is moved to the closest floor at the current elevator position, and the passengers are lowered Stop operation.

The elevator 400a includes an elevator car 402a driven by a driving device through a rope to receive and move a passenger, a driving control part 404a controlling the driving of the elevator car 402a, an elevator car 402a, A camera unit 406a for capturing an image in the display unit 408a, and a sensor unit 408a.

The sensor unit 406a may be, for example, a passenger inside the elevator car 402a or a load cell for measuring the weight of the object.

When the elevator control server 300 having received the emergency signal with the beacon signal determines that there is no passenger in the elevator car 402a by the signal transmitted from the sensor unit 408a and the camera unit 406a at all times, The elevator car can be stopped immediately.

The operation control unit 404a controls the driving unit to vertically move the elevator car 402a up and down to a layer selected by the passenger.

To this end, the operation control unit 404a includes a call input button for calling the elevator car 402a as a corresponding floor where the passenger is located, and a call input button for calling the elevator car 402a, And an indicator for displaying the operating layer and the running direction of the vehicle (see Fig. 1).

In addition, the operation control unit 404a receives the control signal from the elevator control server 300 and enables the elevator car to travel to the desired calling floor by the call of the button-shaped beacon.

That is, the operation control unit 404a operates the elevator car to the floor selected by the passenger by depressing the call input button provided on the platform or pushing the button-shaped beacon provided at the position away from the platform.

In addition to the above configuration, the management server 500 and the firefighter terminal 600 of the building may be included.

The management server 500 calculates the risk level for each evacuation route based on the evacuation route of the building where the elevators 400a to 400n are installed when the emergency management server 500 receives the emergency occurrence from the elevator control server 300, The safe evacuation route can be calculated on the basis of the current location information and the emergency exit location information and output to the display device provided in the building.

In addition, the management server 500 can transmit the safe evacuation route to the firefighter terminal 600 dispatched to the site.

It is preferable that the safe evacuation route to be transmitted to the firefighter terminal 600 at this time is a route (reverse route) opposite to the safe evacuation route displayed on the display device.

In this way, the tenant can be evacuated along the safe evacuation route, and the firefighter can move along the opposite path of the safe evacuation route to quickly rescue the tenant.

Here, the firefighter terminal 600 is a smart helmet integrated with a helmet and smart glasses and a mask. The firefighter terminal 600 may include a communication device and a head-up display in the interior thereof to receive a safe evacuation route from the management server and display it on the head-up display.

6 is a schematic flowchart showing an elevator calling method according to an embodiment of the present invention.

6, the beacon operation is set up between the elevator control server 300 and the button-type beacon 100 to which the unique ID is assigned (S60).

First, the push pattern of the button-type beacon 100 is set.

That is, the push-button pattern of the button and the content of the corresponding message are stored in the memory 124 in the button-shaped beacon 100.

Here, one button beacon can be operated as a plurality of button beacons, and a pressing time limit of a pattern for recognizing only the button pressed within 3 seconds or 5 seconds is set.

(Beacon signal) to be sent by the button-type beacon 100 when the push pattern of the next button is matched.

In order to prevent redundancy of the beacon signal, a signal generated in the button-type beacon 100 may be adjusted in time to broadcast a beacon signal, and a sequence number may be input for each beacon signal to be broadcasted to the elevator control server 300, Thereby avoiding duplicate reception of the data.

At this time, the beacon signal includes a universally unique identifier (UUID), a major ID, and a minor ID, and distinguishes the beacon service type by a major ID, and confirms the uniqueness of the beacon signal with the minor ID.

The broadcast time of the next beacon signal (for example, broadcasting for 5 seconds, 10 seconds) and the number of broadcast times (for example, 5 times, 10 times, 20 times broadcasts) are set.

A broadcasting interval (e.g., 100 ms, 1 second, 5 seconds, etc.) of the beacon signal, and a part of the broadcast message.

The next elevator control server 300 receives the beacon signal regarding the elevator call and sets a message (S62).

At this time, the elevator control server 300 can add, modify, and delete a registration message, and can set a push-button pattern, a beacon signal broadcast time, a broadcast frequency, and a broadcast interval.

When the user operates the button-type beacon 100 (S64) after setting the beacon operation and the beacon signal, the elevator call service or the like can be provided through the elevator control server 300 (S66).

As described above, the beacon signal related to the call signal can be set by the user, and the beacon signal regarding the emergency signal can be collectively set for all button type beacons in the elevator control server 300.

Referring to FIG. 7, the call signal or the emergency signal is firstly depressed (S70). The button 130 of the button-type beacon 100 is pressed so that the user can receive the desired elevator call service or can transmit the emergency signal.

The control unit 122 of the button-type beacon 100 detects this, recognizes the input push pattern, and checks whether there is the same push pattern as the registered push pattern. If there is the same push pattern, (S71).

At this time, the beacon signal is broadcast according to the preset broadcasting time, broadcasting frequency, and broadcasting interval.

The beacon signal is wirelessly relayed through a plurality of repeaters 200a, ..., 200n, ..., 200nn, and the beacon signal is received from the elevator control server 300 (S72).

Next, the elevator control server 300 checks whether the received beacon signal is a registered beacon signal, and if it is a registered beacon signal, it searches for a message corresponding to the beacon signal (S73).

The elevator control server 300 controls the operation of the elevator according to the message, and provides the elevator service corresponding to the push pattern to the user.

To explain this in more detail, the elevator control server 300 determines whether the beacon signal is a paging signal (emergency signal) (S74).

In the case of the call signal, it is determined whether the call is a general call (emergency call) (S75).

In the case of a general call, the elevator control server 300 controls the operation of the elevator 400a according to the calling sequence and transmits a control signal so that the elevator 400a can be moved to the calling floor.

At this time, the operation control unit 404a of the elevator receives the control signal from the elevator control server 300 by wired / wireless, and operates the elevator 400a to the floor called by the passenger (S77).

When the beacon signal is an emergency call, the elevator control server 300 gives priority to the operation of the elevator 400a corresponding to the emergency call irrespective of the calling order, and transmits a control signal so that the elevator can be directly moved to the calling floor .

At this time, the operation control unit 404a of the elevator receives the control signal from the elevator control server 300 by wired / wireless, and operates the elevator 400a to the floor where the passenger urgently calls (S77).

This emergency call restricts its use except in special cases, such as when there is an urgent patient contesting a bump.

If it is not the paging signal but an emergency signal, it is determined whether the signal is a fire signal (an earthquake signal) (S76).

If the emergency signal is a fire signal and the building is made of a large number of copper and the passenger is boarded on the elevator car (whether the boarding is available through the camera or sensor part of the elevator) Control signals are sent so that the passenger can lower the passenger after the elevator is operated in a layer away from the fire position and then stop the operation. If the passenger is not boarding, the entire elevator A control signal is sent so that the operation can be stopped immediately in a lump.

At this time, the operation control unit of the elevator receives the control signal from the elevator control server and stops the elevator operation according to the control signal (S79).

Wherein the emergency signal is an earthquake signal and the building is made of a plurality of coins, and when a passenger is aboard the elevator car, the elevator is controlled to operate all the elevators installed in a plurality of elevations, A control signal is transmitted so that the passenger is lowered and then the operation is stopped. When the passenger is not boarded, the control signal is transmitted so that the entire elevator installed in a plurality of elevators can be stopped immediately in a lump do.

At this time, the operation control unit of the elevator receives the control signal from the elevator control server and stops the elevator operation according to the control signal (S80).

In the above, the emergency signal is divided into a fire signal and an earthquake signal to control the elevator operation. However, in case of an emergency such as terrorism, gas or flood, the emergency signal can be controlled as an earthquake signal. Signal can be controlled.

Although the preferred embodiments of the present invention have been disclosed for illustrative purposes, those skilled in the art will appreciate that various modifications, additions and substitutions are possible, without departing from the scope and spirit of the invention as disclosed in the accompanying claims.

In addition, it is a matter of course that various modifications and variations are possible without departing from the scope of the technical idea of the present invention by anyone having ordinary skill in the art.

100: Button type beacon 110: Power source
120: Beacon module 122:
124: memory 126: antenna
130: Button 200: Repeater
300: elevator control server 400: elevator
500: management server 600: firefighter terminal

Claims (11)

An elevator installed in a building and operated to be elevated and lowered;
A beacon push-button beacon comprising a beacon module as a short-range communication module and a power supply for supplying power to the beacon module, wherein the beacon module includes a push pattern, a beacon signal corresponding to the push pattern and a message (elevator control) A button-type beacon that recognizes a push pattern by detecting a push of a button, detects whether a beacon signal corresponding to the push pattern is stored in the memory, and broadcasts the beacon signal if the push pattern is stored;
A plurality of relays installed in the building at predetermined intervals and relaying the received button signals to the elevator control server; And
An elevator control server for receiving the beacon signal and controlling an elevator operation according to a message (elevator control) corresponding to the beacon signal; Lt; / RTI >
Wherein the beacon signal comprises a paging signal relating to an elevator call and an emergency signal relating to an emergency situation propagation,
Wherein the call signal is individually set via a button-type beacon, and the emergency signal is collectively set by an elevator control server. delete delete The method according to claim 1,
The elevator control server controls the operation of the elevator according to the calling order so that the elevator control server can move to the calling floor. When the elevator call is an emergency call, the elevator control server controls the corresponding elevator So as to be able to quickly move to the called floor, and control the elevator call system using the button-type beacon. The method according to claim 1,
The emergency control signal is composed of a fire signal and an earthquake signal. When the emergency signal is a fire signal and the passenger is on the elevator, the elevator control server controls the operation of the elevator installed in the building where the fire occurs, The passenger is controlled to stop the operation after the elevator is operated, and if the passenger is not boarded, the elevator installed in the building where the fire occurs is controlled in a lump, In addition,
If the emergency signal is an earthquake signal and a passenger is boarding the elevator, the elevator is controlled to all the elevators installed in all the buildings. After the elevator is operated to the floor nearest to the current elevator position, And controls the operation of all the elevators installed in all the buildings in a case where the passengers are not boarding to control the operation so as to stop the operation immediately, and the elevator calling system using the button type beacon. The method according to claim 1,
The broadcast time of the beacon signal, the number of broadcast times, and the broadcast interval are stored in the memory, and the controller broadcasts the beacon signal according to the broadcast time, the broadcast frequency,
Wherein the push pattern is a combination of a long signal and a short signal. The method according to claim 1,
A universal unique identifier (UUID), a major ID, and a minor ID are included in the beacon signal, the beacon service type is distinguished by the major ID, the uniqueness of the beacon signal is confirmed by the minor ID, and the broadcast count is inserted into the beacon signal Features an elevator call system using a button-type beacon. (a) setting an operation of a beacon between an elevator control server and a button-type beacon to which a unique ID is assigned;
(b) receiving a beacon signal broadcast by the elevator control server through a plurality of repeaters and setting a message relating to an elevator call;
(c) broadcasting a beacon signal corresponding to a push pattern by operating a button-type beacon when the user presses the button-type beacon; And
(d) receiving a broadcasting beacon signal from the elevator control server and performing an elevator running service corresponding to the beacon signal; Lt; / RTI >
Wherein the beacon signal comprises a paging signal relating to an elevator call and an emergency signal relating to an emergency situation propagation,
Wherein the call signal is individually set through steps (a) and (b), and the emergency signal is set collectively by the elevator control server. delete 9. The method of claim 8,
In the step (d), when the call signal is a general call, the elevator control server controls the operation of the elevator according to the calling order so as to move to the called floor,
Wherein when the paging signal is an emergency call, priority is given to the operation of the elevator irrespective of the calling order, and control is performed so as to quickly move to the calling floor. 9. The method of claim 8,
In the step (d), when the emergency signal is a fire signal and a passenger is boarding the elevator, the elevator control server controls the elevator installed in the building where the fire occurs, The passenger is controlled to stop the operation after stopping the passenger and control the operation of the elevator installed in the building in which the fire has occurred when the passenger is not boarding,
If the emergency signal is an earthquake signal and a passenger is boarding the elevator, the elevator is controlled to all the elevators installed in all the buildings. After the elevator is operated to the floor nearest to the current elevator position, And controlling the entire operation of the elevator installed in all the buildings in a case where the passenger is not boarding to control the operation so as to stop the operation immediately.

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