KR200416178Y1 - Parking lot lift pager and parking lift call system - Google Patents

Abstract

The present invention relates to a parking lot lift pager and a call system. The parking lot lift pager of the present invention receives floor information from an RFID tag installed at each entrance of a parking lot when the vehicle enters a parking lot, obtains the elevator driving information by communicating with the elevator driving server using a built-in connection ID, and the RFID tag. RF transmitter and receiver for transmitting the elevator control signal including the floor information received by; Signal input means for inputting a signal for calling a lift by designating a boarding mode or a driving direction determined according to a time required for using a lift of a vehicle occupant; Display means for displaying elevator operation information of a corresponding floor received from an elevator operation server through an operation state of the signal input means or the RF transceiver; And, according to the signal input through the signal input means characterized in that it comprises a controller for controlling the operation of the transceiver and the display means to enable the lift call.

Parking, Lift, RFID, Calling, Freight, Wait

Description

A Calling Device For Elevator Wherein Parking Lot And A Calling System For Elevator Wherein Parking Lot}

1 is a state diagram illustrating a conventional lift calling system.

Figure 2 is a schematic diagram illustrating a parking state of the parking lift call system according to the present invention.

3 is a control configuration diagram illustrating a parking lift pager according to the present invention.

Figure 4 is a perspective view illustrating the appearance of the parking lift pager according to the present invention.

Figure 5 is an exemplary control configuration of the parking lot lift call system according to the present invention.

6 is a flowchart illustrating an operation state of the parking lot lift calling system according to the present invention.

Figure 7 is an exemplary control configuration of the parking lot lift call system of another embodiment of the present invention.

8 is an exemplary control configuration of the parking lot lift call system of another embodiment of the present invention.

* Description of the symbols for the main parts of the drawings *

50 .......... Parking Lift Pager 51 ......... RF Transceiver

53 .......... Signal input means 55 ......... Display means

57 ............... 58 Controller ............... Mode Selection Means

59 .......... arrow keys 60 ......... parking lot

61,62,63 .... RFID tag 65 ......... Vehicle

69 .......... lift car 200 ........ Local network

201 ......... Platform Buttons 201 ..... Door

210 ....... Elevator Operation Server ...

250 ......... Local Network Server

The present invention relates to a parking lot lift pager and a call system, and more particularly, to a parking lot lift pager and a call system that improves the accuracy of a call by checking the vehicle entry floor using an RFID tag and an access ID and calling the lift to a parking lot. It is about.

The inventions described in Korean Patent Laid-Open Nos. 10-2004-0095552 and 10-2005-0119020 are devised for an apparatus for calling a lift via wireless communication means.

The prior art described in Korean Patent Laid-Open Publication No. 10-2004-0095552 relates to an automatic control method of an elevator using Bluetooth. That is, when a large number of people use the elevator 1, each person who uses the elevator 1 needs to directly operate the platform button 10 and the operation panel inside the elevator car, and the button clogging due to the overuse of the button 10. In order to prevent the occurrence of the present invention relates to a method for calling the elevator (1) or registering the reservation floor using a Bluetooth communication device.

However, this is merely a wireless conversion of the lifter 1 call and floor registration by direct contact with a person, and only in a case where the lifter 1 is very close to the lifter 1 or the landing 15. Applicable to the Bluetooth communication system for passengers outside of this range, there is a risk of great confusion.

Typically, the height of the floor is about 2 to 3 meters, so if there is a passenger outside of this range, there is a risk that the platform buttons on the other floor will work.

For example, the up and down position of the occupant is important when calling the elevator due to the characteristics of the elevator 1 performing vertical transportation, but it is not possible to determine which floor the passenger is currently on by the signal reception of the terminal using the conventional communication method. There is a high possibility of error in the operation for call registration.

Even in the case of a positioning system such as GPS, the passenger's horizontal position can be known but the vertical position is not known.

Therefore, this design is difficult to apply when the passenger 20 is far away from the landing as in the case of a vehicle entering the underground parking lot.

In addition, the invention described in the Patent Publication No. 10-2005-0119020 relates to a lift operation control method using the mobile communication terminal 11, in the case of the terminal holder having the information on the target floor in the landing 15, the lift When the operating system and the terminal 11 exchange signals by a short-range wireless communication method, and the passenger 20 does not input the elevator operation signal, the elevator switches to the automatic driving mode to the destination floor stored in the terminal 11. An elevator control method of operating the elevator (1).

Even with this design, there is a problem that the design can be applied only to the case where the passenger is inside the platform or the elevator as in the case of the design.

In addition, when the passenger wants to operate the elevator manually, since the elevator call floor and the target floor must be directly input, the operation time is excessive, and the signal may be input after the elevator leaves the floor. In this case, due to the difference in the position of the elevator when the passengers complete the operation of the terminal, there may be a case of returning to a later inputted floor again after the service for the other floor, so that the elevator operation efficiency drops sharply.

In addition, when the passenger wants to control the elevator in the automatic driving mode in which the elevator driving mode is automatically registered, the automatic registration will unconditionally register regardless of the current driving state of the elevator and the position or state of the passenger. There is a danger of serious inconvenience to the passengers by disrupting the operation.

Therefore, when a person possessing a terminal according to the prior arts intends to use the parking lot elevator 1, the elevator call is possible only when it reaches the platform 15, although the time required to park the vehicle and move to the platform 15 is long. In addition, since the wait for the arrival of the elevator 1 again at the landing 15 causes a great inconvenience to the passenger.

In addition, when a passenger carries cargo, the travel time to the platform may be increased, and the elevator arriving at the platform may move to another floor during the movement.

An object of the present invention is to implement a parking lot lift pager and calling system that can increase the accuracy in the wireless call of the parking elevator by identifying the entrance floor when entering the vehicle into the parking lot.

Another object of the present invention is to implement a parking lot lift pager and a call system, which enables a vehicle occupant to adjust the door opening and closing time when the vehicle occupant carries the cargo and boards the lift when the parking lot is called. .

Another object of the present invention is to implement a parking lot lift pager and its calling system, which enable the use of a lifter for a user registered in a local network system and automatically register the destination floor based on the registered user information.

Parking lot lift pager according to the present invention for achieving the above object, receives the floor information from the RFID tag mounted on each floor entrance of the parking lot when entering the parking lot of the vehicle, and communicates with the elevator operating server using the built-in connection ID to operate the elevator An RF transmitter / receiver for obtaining information and sending elevator control signals including floor information received from the RFID tag; Signal input means for inputting a signal for calling a lift by designating a boarding mode determined according to a time required for using a lift of a vehicle occupant; Display means for displaying operation state of the signal input means or corresponding floor elevator driving information received from the elevator driving server through the RF transceiver; And, it characterized in that it comprises a controller for enabling the elevator call by controlling the operation of the transceiver and the display means in accordance with the signal input through the signal input means.

The boarding mode is a cargo mode that is applied when the occupant gets out of the vehicle and carries a cargo, a general mode that is applied when there is no cargo, and waits for the elevator car to wait on the platform until the passenger arrives at the platform. It characterized in that it comprises a mode.

Parking lot lift call system according to the present invention for achieving the above object, the parking lot lift pager as described above; An RFID tag installed in at least one of the exit and the entrance of each of the parking lots and having floor information embedded therein so that vehicle entrance floor information can be transmitted and input to the elevator pager when the elevator pager is in an on state; An elevator call signal including an ID of a vehicle occupant entering the parking lot and floor information entered through the parking lot lift pager, and operating a lift button of the floor on which the vehicle enters to lift and call the elevator It characterized in that it comprises a server.

The elevator operating server is a control panel of the corresponding elevator in the independent and parallel elevator operating systems, and in the case of the military management operating system, the military management server.

The RFID tag including the floor information into which the vehicle has entered is further installed in at least one place inside each parking lot in addition to the exit or entrance of each floor parking lot.

The elevator operating server comprises: detecting means for communicating with a local network server to detect user information by using the received connection ID when receiving the elevator call signal by the elevator pager; And destination floor reservation means for automatically reserving the destination floor of the elevator using the destination floor information included in the user information detected by the detection means.

The parking lot lift pager according to the present invention for achieving the above object, receives the floor information from the RFID tag attached to the entrance of each floor of the parking lot when entering the parking lot of the vehicle, and communicates with the local network management server using its own local network connection ID An RF transmitter / receiver for receiving elevator operation information of the corresponding floor and transmitting elevator control signals including the floor information received from the RFID tag; Signal input means for inputting a signal for calling the elevator by designating a boarding mode determined according to the time required for the elevator occupant of the vehicle; Display means for displaying the operation state of the signal input means or the elevator driving information received from the elevator operating server through the RF transceiver; And, according to the signal input through the signal input means characterized in that it comprises a controller for controlling the operation of the transceiver and the display means to enable the lift call.

The boarding mode is a cargo mode that is applied when the occupant gets out of the vehicle and carries a cargo, a general mode that is applied when there is no cargo, and waits for the elevator car to wait on the platform until the passenger arrives at the platform. It characterized in that it comprises a mode.

Parking lot lift call system according to the present invention for achieving the above object, the parking lot lift pager as described above; An RFID tag installed at each entrance of the parking lot and having floor information embedded therein so that vehicle entrance floor information can be transmitted to the elevator pager when the elevator pager is in an on state; An elevator operating server for controlling the operation of a plurality of elevators in a local network; The elevator call signal including the access ID of the vehicle occupant entering the parking lot and the entered floor information is received through the parking lot lift pager and transmitted to the elevator operating server to enable the lift call and received from the elevator operating server. It is characterized in that it comprises a local network server for transmitting the elevator operation information to the elevator pager.

The local network server, when receiving the elevator call signal by the elevator pager, detects user information by using the received local network connection ID, and target floor information among vehicle entry floor information and user information corresponding to the connection ID. Is transmitted to the elevator operating server together with the elevator call signal, and the elevator operating server includes an object floor reservation means for automatically reserving the elevator object floor using the object floor information detected by the detection means.

Parking lot lift call system according to the present invention for achieving the above object, the parking lot lift pager as described above; An RFID tag installed in at least one of the exit and the entrance of each of the parking lots and having floor information embedded therein so that vehicle entrance floor information can be transmitted and input to the elevator pager when the elevator pager is in an on state; A control panel for controlling the operation of each of the plurality of elevators in the local network; The elevator call signal including the connection ID of the vehicle occupant entering the parking lot and the entered floor information is received through the parking lot lift pager, and the elevator driving information received from each control panel is combined to correspond to the parking lot in which the vehicle has entered. It is characterized in that it comprises a local network server for deriving the elevator driving information to transmit to the elevator pager, the signal for operating the platform button of the vehicle entrance floor to the corresponding platform.

When the elevator pager receives the elevator call signal, the local network server detects user information by using the received connection ID, and the target floor information of the user information corresponding to the connection ID together with the elevator call signal. It is characterized in that the automatic transmission of the target floor of the elevator by transmitting to the elevator control panel running to the access floor.

Hereinafter, a configuration of a preferred embodiment of a parking lift reservation pager and a reservation call system according to the present invention having the above configuration will be described in detail with reference to the accompanying drawings.

2 is a schematic diagram illustrating a parking lot of the main-park elevator lift system of the present embodiment, FIG. 3 is a control configuration diagram illustrating a parking lift pager of the present embodiment, and FIG. 4 is a perspective view illustrating an appearance of the parking lift pager. . 5 is an exemplary control configuration diagram of the parking lot lift calling system of the present embodiment, and FIG. 6 is a flowchart illustrating a process for the parking lot lift calling of the present embodiment.

The parking lot elevator call system according to the present embodiment includes a parking lot lift pager 50 that connects to the local network 200 to communicate elevator operation control signals, and an RFID tag 61 that is installed on each floor of the parking lot 60 and includes floor information. And 62, 63, and an elevator operating server 210 which communicates with the parking lot lift pager 50 to operate the vehicle 65 access floor landing button 201.

The parking lot 60 of the present embodiment is provided with RFID tags 61, 62, and 63 so that the parking lot lift pager 50 can identify the entrance floor when the vehicle 65 enters. The RFID tags 61, 62, and 63 are installed at the entrance and exit of the parking lot so that the parking lift pager 50 can identify when the vehicle 65 enters a specific floor and when the vehicle enters the parking lot 60 on that floor. It is desirable to be.

For example, when the vehicle 65 enters the floor, the parking lot pager 50 reads the RFID tags 61, 62, and 63 and temporarily stores the RFID tags 61, 62, and 63 to use the floor information for calling the elevator. On the other hand, when the vehicle 65 advances to the outside, the stored floor information of the parking lift pager 50 may be deleted.

In addition, the RFID tags 61, 62, and 63 may be mounted inside the parking lot 60 to facilitate floor identification regardless of the position of the vehicle 65.

The parking lot lift pager 50 of the present embodiment includes an RF transmitter / receiver 51 for receiving RFID tag 61, 62, and 63 information or communicating with the elevator operating server 210, and a signal input means for receiving a lift call signal. 53, display means 55 for displaying the elevator driving information, and a controller 57 for controlling the operation of each part according to the input signal.

The RF transmitter / receiver 51 of the present embodiment performs information exchange with the local network 200 or the elevator operating system 209 by RF wireless communication. However, the RF transmission / reception unit 51 of the present embodiment may be based on a short range wireless communication method or a remote communication means including a CDMA communication module, and the communication method may be changed according to an embodiment.

The signal input means 53 according to the present embodiment, in addition to the direction key 59 for calling the elevator by designating the up and down direction, the cargo mode so that the boarding mode determined according to the time required for the use of the elevator of the vehicle 65 can be specified. Boarding mode selecting means 58 such as a designation key 58a, a general mode designation key 58b, a standby mode designation key 583c, and the like.

The elevator boarding mode of the present embodiment is a cargo mode that is applied when the occupant gets off the vehicle 65 and carries a cargo, a general mode that is applied when no cargo is present, and the elevator until the passenger arrives at the platform. And a standby mode for waiting the car 69 in the platform.

Cargo mode is a mode set because the passenger takes more time to take out the cargo from the vehicle when carrying the cargo and also takes time to move, the car door 203 is open for a long time compared to the waiting time of the platform of a normal elevator In this mode, you can wait in the platform.

Since the general mode is a mode applied when the passengers get off the vehicle and move immediately, the waiting time of the elevator car 69 may be applied in the same way as the other floors because the travel time is relatively short. It may vary.

In the standby mode, when the elevator is repeatedly pressed according to the elevator state waiting for the elevator, the elevator car door may be kept open until the passenger arrives at the elevator. This is to prepare for the case in which the elevator arrives early in the parking lot, or when the passenger takes more time to move.

The parking lot lift pager 50 of the present embodiment sets the operation mode of the elevator by the operation of the cargo mode designation key 53a, the general mode designation key 53b, and the standby mode designation key 53c, respectively. Allows you to select a mode.

The controller 57 of the present embodiment performs system control such as controlling the operations of the RF transceiver 51 and the display means 55 based on the input signal or the RF reception signal of the signal input means 53.

For example, when the parking lift pager 50 is in a power-on state, the controller 57 initializes the system, receives floor information from the RFID tags 61, 62, and 63, and temporarily stores the floor information, and stores the floor information and the local network. The connection ID is read and transmitted through the RF transmitter / receiver 51 to enable connection to the local network 100.

In addition, the elevator driving information received through the RF transceiver 51 under the control of the controller 57 is displayed on the display means 55, the signal input when the elevator call signal is input to the signal input means 53 Decode the state and input it to the display means 55 and send the elevator call signal to the RF transceiver 51 for output.

The parking lot lift pager 50 of this embodiment is configured to connect to the local network 200 or the elevator operating system 209 via a local network connection ID to exchange elevator driving information and control signals. Therefore, the parking lot lift pager 50 of the present embodiment is based on the premise that a pre-authentication procedure is performed in the local network 200.

For example, a passenger having a parking lift pager 50 is a user registered in the local network server 250 and needs to store user information in a database of the local network server 250. In the case of a home network system, a connection ID is assigned to the building as a resident, and it is required to store the information in a database so that information such as name, floor and room where the connection is detected can be detected.

The elevator operating server 210 of the present embodiment is connected to the local network 200 by wireless or wired to receive a lift call signal from the parking lift pager 50, and to the parking lift pager 50 through the local network 200. Transmit elevator operation information.

In addition, the elevator operating server 210 communicates with the local network server 250 using the caller's connection ID to receive user information including a living floor when the elevator call signal is received or when the caller boards the elevator. It detects and registers the target floor of the said elevator using the detected information.

According to an embodiment, the passenger's connection ID and corresponding user information (for example, information on the floor of the occupant) may be stored in the elevator operating server 210 so that the target floor may be immediately registered when the elevator call signal is received.

In addition, the elevator operating server 210 of the present embodiment is premised for the operation control of a plurality of elevators in the local network 200, but in a single and parallel elevator operating system, the corresponding elevator control panel 211 performs its function. It is also possible to perform, in the case of the military management operation system, the military management server may perform the corresponding function.

In addition, the parking lot lift pager of the present embodiment can be selectively mounted on a vehicle so that the elevator can be controlled by carrying it as necessary.

The following describes the operation of the parking lot lift pager and parking lot lift calling system according to the present invention having the above configuration.

When the vehicle 65 carrying the parking lot lift pager 50 of the present embodiment enters the underground parking lot 60, the occupant turns the power of the parking lot lift pager 50 on.

The controller 57 initializes the system, monitors a signal received through the RF transceiver 51, reads layer information from the RFID tags 61, 62, and 63, and temporarily stores it in a buffer (step 70). .

Next, the controller 57 attempts to communicate with the elevator operating server 210 by sending a local network connection ID and floor information to the RF transceiver 51 and transmitting it to the outside (step 71).

If a link is established with the elevator operation server 210 and the connection ID and floor information are transmitted, it is determined whether the connection ID is a connection ID registered in the local network (step 80).

In the case of the connection ID of a legitimate authorized user, the elevator operation server 210 detects the elevator operation information corresponding to the floor information at a predetermined time and transmits it to the parking lot elevator pager 50 while communicating with the local network server 250. By detecting the user information corresponding to the access ID and temporarily stored in the buffer (step 81, 83).

The parking lot lift pager 50 receives and displays the elevator operation information from the elevator operation server 210 and waits for input of the elevator call signal (steps 73 and 75).

The parking lot lift pager 50 transmits the signal to the elevator operation server 210 when a lift call signal and a boarding mode selection signal are input by the passenger (steps 75, 76, 77).

The elevator operation server 210 monitors whether the elevator call signal is input from the parking lot elevator. If the elevator call signal is not received so that a predetermined time elapses or if it is determined that the parking lot pager is out of the floor, it is monitored whether a signal is detected from another parking lot pager (steps 85 and 86).

When the elevator call signal is received within a certain time, the target floor of the user is detected by communicating with or obtaining the local network server or from the user information embedded therein. In addition, when the mode selection signal is input, the specific mode signal is not detected within a predetermined time or when the general mode designation key 53b is operated, the elevator operating server 210 operates the elevator by the normal mode. Control (step 85, step 88).

When the elevator arrives at the platform, the elevator door is opened, the destination floor included in the user information is registered, and the passenger is waiting for boarding (steps 89 and 90).

The elevator waits at the platform for the waiting time of the elevator determined by the boarding mode selected by the user. For example, when the cargo mode designation key is operated, the platform waiting time may be programmed to be set as long as the time taken by the occupant to take the cargo out of the vehicle and move it (step 91).

If another mode selection signal is input while the elevator control is performed in the normal mode or the cargo mode, the elevator control may be performed by the newly selected mode.

For example, when the standby mode designation key 58c is input while the elevator control is performed in the cargo mode, the waiting time for the platform is extended by the time set in the standby mode after the time set in the cargo mode has elapsed, thereby opening and closing the door 203. To control.

In addition, even when the standby mode designation key 58c operates again, the waiting time for the platform is extended by the time set in the standby mode again after the preset time elapses to control the opening and closing of the door 203. As a result, the occupant can check the state displayed on the display means 55 of the parking lot elevator pager 50, and further adjust the waiting time of the elevator (steps 93 and 92).

When the occupant is identified in the elevator car 69 or the predetermined time has elapsed, the elevator operating server 210 registers the target floor corresponding to the connection ID, closes the elevator door 203 and moves toward the target floor (first Step 95).

In this case, even when the waiting time for the boarding mode of each boarding mode has elapsed, if the occupant operates the operation panel 205, the door 203 is closed and the destination floor corresponding to the connection ID is automatically registered to allow the elevator to operate.

According to an exemplary embodiment, as shown in FIG. 7, the parking lot pager may form a direct link with the local network server 250 instead of the elevator operating server 210 to exchange information.

For example, the elevator operation server 210 forms a link by the local network server 250 and the wired / wireless communication terminal to exchange information, and the local network server 250 receives a signal received from the parking lot lift pager 50. It transmits to the elevator operating server 210 together with the user information corresponding to the access ID.

The elevator operation server 210 detects the elevator operation information associated with the floor on which the vehicle enters with a signal received from the parking lot lift pager 50 and transmits it to the local network server 250, and the local network server 250 again transmits the same. The elevator operation information is transmitted to the parking lot pager 50.

The parking lot lift pager 50 receives the elevator driving information through the RF transceiver 51 and displays the corresponding information on the display means 55 under the control of the controller 57.

In addition, when a signal for calling the elevator is transmitted to the local network server 250 through the RF transceiver 51, the local network server 250 transmits the signal to the elevator operating server 210, the elevator operating server ( 210 transmits a signal to the entered floor of the vehicle to operate the platform button 201, and sends a signal to the control panel 211 according to the boarding mode to control the lift operation.

In another embodiment of FIG. 8, the elevator control panel 211 is directly controlled by the local network server 250 without providing the elevator operating server 210 separately. In this case, the local network server 250 serves as a group management server when controlling a group of elevators.

That is, the local network server 250 receives the connection ID of the occupant of the vehicle entering the parking lot, the entered floor information, and the elevator call signal through the local network 200 to be linked to the parking lift pager 50, and receives each control panel ( 211) to receive elevator operation information.

The local network server 250 derives the elevator operation information corresponding to the vehicle entrance floor by the military management program based on the received elevator operation information and transmits the information to the parking lot pager 50 and transmits the vehicle entrance floor landing button 201. Each signal is transmitted to the corresponding platform for operation.

On the other hand, the local network server 250 detects the user information by using the connection ID when the elevator call signal is received from the parking lot lift pager 50.

In addition, the local network server 250 transmits the destination floor information among the user information on the connection ID to the elevator control panel 211 scheduled to travel to the vehicle entrance floor so that the destination floor can be automatically reserved.

The scope of the present invention is not limited to the above embodiments, but is determined by the matters described in the utility model registration claims, and it is obvious that it includes various modifications and adaptations made by those skilled in the art in the matters equivalent to those described in the claims.

According to the present invention, it is possible to minimize the waiting time for the boarding point of the passenger using the parking lot, so that it is possible to facilitate the passenger's convenience.

The elevator call system of the present invention allows the elevator call function to be used only for those who are authorized to use the elevator, such as building residents, and the system for maintaining security by enabling the use of the elevator only for a specific floor corresponding to the user's authority. It can be used as.

Furthermore, in order to reduce passenger inconvenience caused by the passenger's situation such as cargo possession or parking position, or the time taken to arrive at the corresponding floor of the elevator, various boarding modes are provided and means for adjusting doors. Providing the convenience of passengers.

Claims (12)

When entering the parking lot of the vehicle, the floor information is received from the RFID tag installed at the entrance of each floor of the parking lot, and the elevator operation server is communicated with the elevator operation server using its own built-in connection ID, and the elevator information including the floor information received from the RFID tag is obtained. An RF transmitter and receiver for transmitting a control signal; Signal input means for inputting a signal for calling a lift by designating a boarding mode determined according to a time required for using a lift of a vehicle occupant; Display means for displaying operation state of the signal input means or corresponding floor elevator driving information received from the elevator driving server through the RF transceiver; And, And a controller for controlling an operation of the transmitter / receiver and the display means according to the signal input through the signal input means to enable the elevator call. The method of claim 1, wherein the boarding mode is a cargo mode that is applied when the occupant gets off the vehicle to transport the cargo, the general mode applied when the cargo does not have, and the elevator car until the passenger arrives at the platform Parking lot lift pager comprising a standby mode for waiting in the platform. A parking lot lift pager according to claim 1 or 2; An RFID tag installed in at least one of the exit and the entrance of each of the parking lots and having floor information embedded therein so that vehicle entrance floor information can be transmitted and input to the elevator pager when the elevator pager is in an on state; An elevator call signal including an ID of a vehicle occupant entering the parking lot and floor information entered through the parking lot lift pager, and operating a lift button of the floor on which the vehicle enters to lift and call the elevator Parking elevator lift system, comprising a server. The method according to claim 3, wherein the elevator operating server, Parking lot elevator call system, characterized in that the control panel of the elevator in the independent and parallel elevator operating system, the military management server in the case of military management server. The parking lot lift calling system according to claim 3, wherein the RFID tag including the floor information into which the vehicle has entered is further installed at at least one inside of each parking lot besides the exit or the entrance of each parking lot. The method of claim 3, wherein the elevator operating server, Detecting means for communicating with a local network server to detect user information by using the received connection ID when receiving the elevator call signal by the elevator pager; And a destination floor reservation means for automatically reserving the destination floor of the elevator using the destination floor information included in the user information detected by the detection means. When entering the parking lot of the vehicle receives floor information from the RFID tag attached to each floor entrance of the parking lot, and communicates with the local network management server using the built-in local network connection ID to receive the elevator operation information of the floor, and in the RFID tag An RF transmitter / receiver for transmitting an elevator control signal including the received floor information; Signal input means for inputting a signal for calling the elevator by designating a boarding mode determined according to the time required for the elevator occupant of the vehicle; Display means for displaying the operation state of the signal input means or the elevator driving information received from the elevator operating server through the RF transceiver; And, And a controller for controlling an operation of the transmitter / receiver and the display means according to the signal input through the signal input means to enable the elevator call. The method of claim 6, wherein the boarding mode is a cargo mode that is applied when the occupant gets out of the vehicle to transport the cargo, a general mode applied when the cargo does not have, and the elevator car until the passenger arrives at the platform Parking lot elevator call system, characterized in that it comprises a standby mode for waiting in the platform. A parking lot lift pager according to claim 7 or 8; An RFID tag installed at each entrance of the parking lot and having floor information embedded therein so that vehicle entrance floor information can be transmitted and input to the elevator pager when the elevator pager is in an on state; An elevator operating server for controlling the operation of a plurality of elevators in a local network; Receives a signal including the connection ID of the vehicle occupant entering the parking lot, the floor information entered by the vehicle and the elevator call signal through the parking lot lift pager and transmits the signal to the elevator operating server to enable the lift call. And a local network server for transmitting the elevator driving information received from the operation server to the elevator pager. The system of claim 6, wherein the local network server detects user information by using the received local network connection ID when receiving the elevator call signal by the elevator pager, and corresponds to the vehicle entrance floor information and the connection ID. Transmits the information of the target floor among the information to the elevator operating server together with the elevator call signal, And the elevator operating server comprises a destination floor reservation means for automatically reserving the elevator destination floor by using the destination floor information detected by the detection means. A parking lot lift pager according to claim 7 or 8; An RFID tag installed in at least one of the exit and the entrance of each of the parking lots and having floor information embedded therein so that vehicle entrance floor information can be transmitted and input to the elevator pager when the elevator pager is in an on state; A control panel for controlling the operation of each of the plurality of elevators in the local network; The elevator call signal including the connection ID of the vehicle occupant entering the parking lot and the entered floor information is received through the parking lot lift pager, and the elevator driving information received from each control panel is integrated into the parking lot into which the vehicle has entered. And a local network server which derives corresponding elevator driving information and transmits the same to the elevator pager and transmits a signal for operating the elevator button of the vehicle entrance floor to the corresponding elevator. The method of claim 11, wherein the local network server, When the elevator pager receives the elevator call signal, the user information is detected by using the received connection ID, and the elevator which drives the target floor information among the user information corresponding to the connection ID together with the elevator call signal to the vehicle entrance floor. Parking lot elevator call system, characterized in that the transmission to the control panel to enable automatic reservation of the target floor of the elevator.

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