KR200419154Y1 - A Mobile Phone For Calling Elevator Wherein Parking Lot And A Calling System For Elevator Wherein Parking Lot - Google Patents

Abstract

The present invention relates to a mobile communication terminal capable of calling a parking lift and a parking lift calling system. According to the present invention, a mobile communication terminal capable of calling a parking elevator includes: a CDMA communication module for connecting to a mobile communication network; Signal input means for inputting a signal for calling a lift by designating a boarding mode determined according to the time required for the boarding of the lift by the vehicle occupant; Receives the floor information recorded in the RFID tag installed at each entrance of the parking lot, transmits the floor information and the connection ID by connecting to the local network using a connection ID according to a control signal input through the elevator call signal input means, and operates the elevator. RF communication wireless communication module for receiving information; And, it characterized in that it comprises a controller for controlling the operation of the CDMA communication module, the lift call signal input means and the RF communication wireless communication module.

Parking Lot, Elevator, RFID Tag, Terminal, Near Field

Description

A Mobile Phone For Calling Elevator Wherein Parking Lot And A Calling System For Elevator Wherein Parking Lot}

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

Figure 2 is a schematic diagram illustrating a parking lot ramp of the parking lot lift call system of the present invention.

Figure 3 is an exemplary control configuration of a mobile communication terminal capable of calling the parking lift of the present invention.

Figure 4 is an exemplary control configuration of the parking lot lift call system of a preferred embodiment according to the present invention.

Figure 5 is a flow chart illustrating a process for the parking lot lift call of the preferred embodiment according to the present invention.

6 is a flowchart illustrating the operation of the mobile communication terminal in the lift call process of the present invention.

7 and 8 are exemplary control diagrams of another preferred embodiment of the parking lot lift calling system of the present invention, respectively.

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

50 ......... Mobile communication terminal 51 ......... CDMA communication module

53 ............ Signal input means 54 ......... Elevation mode selection means

55 ......... Wireless communication module for RF call 57 ......... Controller

59 ............ Display Means 60 ......... Parking Lot

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

69 ....... Elevator Car 100 ........ Mobile Network

200 ........ Local network 210 ........ Local network management server

230 ........ Elevator Operation Server 231 ........ Control Panel

233 ........ platform button 235 ........ door

The present invention relates to a mobile communication terminal and a parking elevator call system capable of calling a parking elevator, and more particularly, to check the access floor of a vehicle using RFID to increase the accuracy of the parking elevator lift, and to carry cargo when boarding a passenger. The present invention relates to a mobile communication terminal and a parking elevator calling system capable of calling a parking elevator to control the operation of the elevator door according to the presence or absence of the passenger.

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.

Conventional design disclosed in the Patent Publication No. 10-2004-0095552 relates to an automatic control method of an elevator using Bluetooth, and when a plurality of persons use the elevator 1, each person who uses the elevator directly touches the elevator button 10 and the operation panel inside the elevator car. The present invention relates to a method of calling the elevator 1 or registering a reserved floor using a Bluetooth communication device in order to prevent occurrence of button clogging due to the inconvenience of having to operate the button and overuse of the button.

However, since the portable electronic device using the Bluetooth of the present invention controls the elevator by direct communication with a communication module embedded in the elevator button of the elevator, the elevator 1 is only in the case of being very close to the elevator 1 or the platform. In the case where the passenger 20 is far from the landing 15 as in the case of a vehicle entering the underground parking lot because the device can be recognized, there is a problem that it is difficult to use.

In addition, the invention described in the Patent Publication No. 10-2005-0119020 relates to a lift operation control method using a mobile communication terminal, a passenger 20 having a terminal 11 having input information on the target floor to the landing (15) If there is, the elevator operating system and the terminal 11 exchanges signals by a near field communication method, and when the passenger 20 does not input the elevator operation signal, the elevator 1 is switched to the automatic driving mode so that the terminal 11 The elevator control method for operating the elevator (1) to the target floor stored in the).

Even in this case, communication can be performed by short-range wireless communication only when the passenger 20 is at the platform 15, and when the passenger 20 is far from the platform 15, information exchange with the elevator operating system is performed. There is this difficult problem. Even if the problem of information exchange is increased by increasing the output, the elevator is a device that operates in Shanghai, but there is a problem that the elevator operation system cannot recognize the information on the passenger's floor even though the position of the elevator is important. .

Therefore, when using the underground car park elevator, get off the parking vehicle to reach the platform 15 so that the reservation reservation call is possible, so even when it takes time to park the vehicle and get off the vehicle, it takes time to move to the elevator. There is a problem of waiting, which causes great inconvenience to the passengers.

In addition, when the elevator 1 is called using the conventional CDMA wireless communication means, it is difficult for the elevator operating system to distinguish the floor of the underground parking lot where the vehicle enters, and the occupant also needs to get off the vehicle before approaching the platform. Since there may be a case where it is difficult to enter the parked floor separately, there is a problem that the accuracy of the lift call is poor.

Furthermore, even when the elevator is called using the wireless call means, when the passenger has to take the elevator with the cargo, the door 19 is closed in excess of the waiting time of the called elevator because it takes a relatively long time. Discarding can occur.

An object of the present invention is to implement a mobile communication terminal and a parking lift calling system capable of calling a parking lift that can increase the accuracy in wireless call of the parking lift by identifying an entrance floor when the vehicle enters the parking lot.

Another object of the present invention, a mobile communication terminal capable of calling the parking lot elevator to enable the control of the door opening and closing time by distinguishing the occupant with the cargo in the vehicle at the time of calling the parking lot elevator and the other case, It is to implement the parking lift calling system.

According to an aspect of the present invention, there is provided a mobile communication terminal capable of calling a parking lift, comprising: a CDMA communication module for connecting to a mobile communication network; Signal input means for inputting a signal for calling a lift by designating a boarding mode determined according to the time required for the boarding of the lift by the vehicle occupant; Receives the floor information recorded in the RFID tag installed at each entrance of the parking lot, transmits the floor information and the connection ID by connecting to the local network using a connection ID according to a control signal input through the elevator call signal input means, and operates the elevator. RF communication wireless communication module for receiving information; And, it characterized in that it comprises a controller for controlling the operation of the CDMA communication module, the lift call signal input means and the RF communication wireless communication module.

The boarding mode is characterized in that the boarding mode includes a cargo mode that is applied when the occupant gets off the vehicle to transport the cargo, and a normal mode that is applied when there is no cargo.

The mobile communication terminal is provided with function setting means for setting a function for inputting a lifter call signal for a specific key among a plurality of numeric / character keys and a function key for signal input provided in an existing mobile communication terminal. do.

The function setting means further includes a boarding mode function setting means for designating a function of inputting each boarding mode with respect to any specific key among a plurality of basic keys and function keys for signal input provided in the existing mobile communication terminal. It features.

The mobile communication terminal undergoes a pre-registration procedure in a local network, and the registration process is performed by exchanging information through a CDMA communication module of a local network server and the mobile communication terminal.

The mobile communication terminal registered in the local network by the terminal registration means may automatically download a program for operating the elevator from the local network server through the CDMA communication module.

Parking lot elevator call system according to the present invention for achieving the above object is a mobile communication terminal capable of calling the lift; An RFID tag installed at each doorway of the parking lot and transmitting vehicle floor information when the vehicle occupant carrying the mobile communication terminal enters the parking lot; An elevator operating server for performing elevator operation control in a local network; Receives the connection ID and floor information received from the mobile communication terminal, communicates with the elevator operation server to detect the elevator operation information for the floor and transmits it to the mobile communication terminal, and transmits the elevator call signal of the mobile communication terminal. Transmitting to the elevator operating server, characterized in that it comprises a local network server to enable the elevator operating server to operate the platform button of the floor.

The local network server detects corresponding user information by using the connection ID, and transmits elevator destination floor information included in the user information to the elevator operating server, and the elevator operating server operates the elevator operating the floor. Characterized in that the floor is automatically registered.

The elevator operating server is characterized in that the control panel of the single-operation elevator.

Parking lot elevator call system according to the present invention for achieving the above object is a mobile communication terminal capable of calling the lift; An RFID tag installed at each doorway of the parking lot and transmitting vehicle floor information when the vehicle occupant carrying the mobile communication terminal enters the parking lot; The mobile communication terminal receives a connection ID and floor information, detects elevator operation information for the floor, transmits the information to the mobile communication terminal, and operates a platform button of a corresponding floor when the elevator call signal of the mobile communication terminal is received. Characterized in that it comprises a lift operating server to enable.

The elevator operating server is characterized in that the elevator control panel for controlling the individual elevator operation.

The elevator operation server detects user information by using the access ID, and registers an object floor to an elevator that runs the floor that enters the vehicle using the occupant floor information included in the user information.

According to the present invention, it is possible to call the elevator before getting off the vehicle entering the parking lot by the configuration as described above, and it is possible to minimize the waiting time for the platform, and according to the time required for boarding the elevator, Since it is possible to control, it is possible for the convenience of the passenger.

Hereinafter, with reference to the accompanying drawings, the configuration of a preferred embodiment of the mobile communication terminal and the parking lot lift calling system capable of calling the parking lot lifter according to the present invention having the above configuration will be described in detail.

Figure 2 is a schematic diagram illustrating a parking structure of the parking lot lift call system of the present embodiment, Figure 3 is an exemplary control block diagram of a mobile communication terminal capable of calling the parking lot lift of the present embodiment, Figure 4 is an example control of the parking lift call system It is a block diagram. 5 is a flowchart illustrating a process for calling a parking elevator, and FIG. 6 is a flowchart illustrating an operation process of a mobile communication terminal in an elevator calling process.

The mobile communication terminal 50 capable of calling the parking lot lifter according to the present embodiment includes a CDMA communication module 51 for connecting to the mobile communication network 100, signal input means 53 for inputting a lift call signal, and a parking lot. (60) Receives a signal of the RFID tag (61, 62, 63) installed in each entrance and exit, the wireless communication module 55 for RF calling for signal exchange in the local network 200, and the controller for controlling the operation of each part (57).

The CDMA communication module 51 of the present embodiment is for enabling the mobile communication terminal 50 to connect to the mobile communication network 100 to make a voice call, exchange SMS messages, and access the Internet 150. The mobile communication terminal 50 according to the present embodiment can access the Internet 150 using the CDMA communication module 51 and transmit and receive information for accessing the local network 200 or update a home network operation program. Do.

Further, according to the embodiment, it is possible to download local network operation information and operation program from the PC 110 or other network device through the USB port 58 of the mobile communication terminal 50.

The mobile communication terminal 50 according to the present embodiment exchanges advance information with other devices through the CDMA communication module 51 or the USB port 58 to connect the terminal 50 to the local network 200 for the operation of the parking lot elevator. You can register or download programs for compatibility on the network.

As described above, the mobile communication terminal 50 according to the present embodiment is required to go through the registration procedure in advance in the local network 200 for elevator call control. However, various modifications may be made to whether the registration procedure is performed or the method of performing the registration procedure according to the embodiment. This is possible and is not limited to this embodiment.

In addition, in the present embodiment, when registering the local network 200 of the terminal 50, information including a local network connection ID and a phone number or a terminal unique number stored in a memory is exchanged.

The signal input means 53 of the present embodiment can be replaced by an alphanumeric key 53d or various function keys (e.g., menu keys, confirmation keys, direction keys, etc.) of the mobile communication terminal 50, and the local network ( It is also possible for the terminal 50 to be provided with an operation key for a separate elevator operation for interworking in the 200, various modifications may be given according to the embodiment.

For example, when a key button such as # or * of the numeric / character key 53d of the mobile communication terminal 50 is set as a local network interlocking key and the key button is pressed, the elevator operation screen is displayed on the display means 59. The elevator state can be controlled by operating the confirmation key 53a or the menu key 53c through the displayed screen menu.

Alternatively, it is also possible to register a specific key button as a function key and dedicate it to the call of the elevator. If a # or * key button is registered as a lift call-only key, the elevator call may be performed by simply pressing the key button.

As shown in Figure 6, when the mobile communication terminal passes through the parking lot floor entrance, the elevator operation information for the elevator to operate the floor from the local network server is displayed. That is, information such as the position and status of the current elevator, and the moving direction thereof (step 1a).

In the present embodiment, when the passenger presses the # key button 53e, an event screen indicating that the elevator call signal is input is displayed on the display means 59, and a selection screen requesting mode selection is displayed (step 1b). .

When the passenger sets the menu key for the cargo mode, when the user inputs the menu key, the cargo mode is selected and the elevator operation control is performed in the cargo mode. In addition, when the menu key or the confirmation key is pressed, a signal for selecting the standby mode is input (steps 1c and 1d).

The display unit 59 displays an event screen for notifying the elevator car when it arrives at the platform. In this case, the boarding mode and the remaining time are also displayed to enable additional operations for the elevator according to the passenger's selection (step 1e). .

The mobile communication terminal 50 according to the present embodiment has any one key button (for example, numeral 1) of an alphanumeric key 53d and various function keys provided in the existing mobile communication terminal 50 for signal input for elevator call control. , #, Etc.) is provided as a key button for inputting a lift call signal.

The program can be downloaded by signal transmission with the local network server 210, and a program for allowing a user to set a specific key button to call a lift at the time of manufacture of the terminal 50 is built therein. It is also possible to use specific keys to call elevators.

In addition, the mobile communication terminal 50 of the present embodiment includes a radio communication module 55 for RF calling in order to access the local network 200, and is connected to the local network server by the radio communication module 55 for RF calling. 210 and the elevator operating server 230 to exchange information.

The mobile communication terminal 50 according to the present embodiment includes several boarding modes in consideration of the case where the vehicle occupant carries the cargo after boarding and boards the elevator car 69 and takes other time for boarding. And mode selection means 54 for selecting any one of the three riding modes.

In this embodiment, the boarding mode is set to change the waiting time of the elevator door 235 according to the passenger's condition, and the general mode applied to the cargo mode applied when carrying the cargo and the passenger without the cargo. And a standby mode for further extending the platform waiting time of the elevator.

In addition, the mobile communication terminal 50 according to the present embodiment may set not only the elevator call signal input but also specific key buttons as boarding mode selecting means for selecting the cargo mode, the normal mode, and the standby mode, respectively.

Even in this case, a program for setting an arbitrary key button as a specific boarding mode selection means is downloaded through the local network server 210 or the elevator operating server 230 and the like through the CDMA communication or the USB port 58, or the mobile communication terminal. It is possible to embed the program at the time of manufacture of 50.

The controller 57 of the present exemplary embodiment may be a main processor of the mobile communication terminal 50, and may be a one-chip processor integrally provided with a flash memory for storing connection ID and floor information.

In addition to the CDMA communication module 51, the mobile communication terminal 50 according to the present embodiment includes a wireless communication module 55 for RF call and accesses the local network 200 to the local network server 210 or the elevator operating server 230. Exchange information with The local network server 210 of the present embodiment forms a link with the elevator operating server 230 by wire or wireless communication means to exchange information.

As shown in FIG. 3, RFID tags 61, 62, and 63 are installed at entrances to each floor of the parking lot, and the RFID tags 61, 62, and 63 are floor information for identifying a parking lot floor to which the vehicle 65 enters. Is built in.

In the present embodiment, the stored information of the RFID tags 61, 62, and 63 is received by the wireless communication module 55 for RF call of the mobile communication terminal 50 and transmitted along with the connection ID embedded in the terminal to call the elevator. It is used as information.

The RFID tags 61, 62, and 63 of the present embodiment are installed at the entrance and the exit of the parking lot, and the mobile communication terminal 50 identifies the floor through the RFID tags 61, 62, and 63 when the vehicle enters and exits, respectively. Doubles the accuracy of elevator calls by.

The RFID tags 61, 62, and 63 allow the terminal to identify that a particular floor has been entered when being read at the entrance of the parking lot, and the terminal 50 detects that the vehicle is leaving the specific floor when being read at the exit of the parking lot. You can do it. In addition, the local network server 210 and the elevator operating server 230 may recognize whether the terminal 50 is entering the floor or outside from the floor by communicating with the terminal 50.

According to an embodiment, the RFID tags 61, 62, and 63 are not limited to the entrance and exit of each floor of the parking lot, but may be installed at several places inside the parking lot so that the mobile communication terminal 50 can easily recognize the parking floor. have.

The following describes the operation method of the mobile communication terminal and the parking lot lift calling system capable of calling the parking lot lifter according to the present invention having the configuration as described above.

In order to use the parking lot lift calling function of the mobile communication terminal of the present embodiment, first, the CDMA module 51 is connected to the mobile communication network 100, and the access ID, telephone number, unique number, and the like are stored in the local network server 210. FIG. B. The authentication procedure for registering the mobile communication terminal 50 by transmitting to the elevator operating server 230 is preceded.

When the registration process of the mobile communication terminal 50 is completed, the local network server 210 transmits an operation program for accessing the local network through the USB port of the mobile communication network 100 or the PC 110 connected to the Internet. Authorize to receive at 50.

When the user boarding vehicle 65 having the mobile communication terminal 50 registered in the local network 200 enters the underground parking lot 60, the mobile communication terminal 50 is an RFID tag 61 installed at the entrance of the parking lot floor. Floor information is received, and the floor information is transmitted to the local network server 210 together with the connection ID of the mobile communication terminal 50 (step 70).

The local network server 210 receives the connection ID of each mobile communication terminal 50 received from the parking lot 65 and information on the entry floor to determine whether the terminal 50 is registered in the local network 200. (Step 80).

When the mobile communication terminal 50 is a terminal 50 registered in the local network 200, the local network server 210 temporarily stores an entrance layer and an access ID, and communicates with the elevator operating server 230 to perform the communication. The elevator driving information corresponding to the floor is detected and transmitted to the mobile communication terminal 50 (steps 81 and 83).

The mobile communication terminal 50 displays the elevator driving information received from the local network server 210 on the display means 59 and waits for the elevator call signal input by the user (step 73).

When a specific boarding mode is designated by the user and a lifter call signal is input, the board is transmitted to the local network server 210, and the elevator driving state received from the local network server 210 is displayed on the display means 59 in real time. And wait for further signal input (step 75, step 76).

The local network server 210 determines whether the elevator call signal is received from the mobile communication terminal 50 of the same connection ID within a predetermined time (step 85).

When the elevator call signal is received from the mobile communication terminal 50 using the same connection ID, the local network server 210 transmits the signal for calling the elevator to the user information corresponding to the connection ID (for example, the passenger's living floor or workplace). Lake, etc.) and transmits the elevator call signal to the elevator operating server 230 together with this information.

When the elevator call signal is input from the local network server 210, the elevator operating server 230 calls the elevator by operating the elevator button 233 of the corresponding floor (step 87).

According to the embodiment, the elevator operating server 230 may be a single elevator control panel 231, and if the elevator operating system is a military management operating system, the elevator operating server 230 may be replaced by a military management server, and each system The elevator car 69, which is determined according to the method corresponding to the above, is moved to the corresponding parking lot floor, and the state of the door 235 is detected (step 88).

When the elevator door 235 is opened, the elevator operating server 230 detects information on the target floor from the user information and sends the information to the control panel 231 of the elevator to automatically register the elevator target floor. step).

The boarding mode received by the mobile communication terminal 50 is detected, and the elevator operation is controlled by applying the waiting time of the platform corresponding to the mode (step 90).

For example, when a key input for selecting a cargo mode is detected, the elevator is operated by a platform waiting time set longer than a normal mode, and when a key input for selecting a general mode is detected, the elevator is shorter than a cargo mode. The elevator operation is controlled by applying the established platform waiting time (steps 91 and 92).

When the specific mode is selected, the display means 59 of the mobile communication terminal 50 displays the remaining time together with the display of the corresponding boarding mode of the mode, so that the user enters the standby mode and the elevator car 69 is added to the platform for an additional time. You can decide whether to wait longer.

Therefore, if a key input for additional signal input for selecting the standby mode is detected after the cargo mode or the normal mode is selected by the passenger, the platform waits for the set time for the standby mode after the waiting time for the platform in the preset mode has elapsed. The operation is extended by the time (step 93).

On the other hand, even when the vehicle 65 having the mobile communication terminal 50 of the present embodiment enters the parking lot floor, the elevator call signal is not received from the mobile communication terminal 50 within a predetermined time or the terminal 50 is not received. When detecting a signal indicating that the user has left the floor, the local network server 210 terminates the procedure and initializes the system (step 86).

The elevator door 235 is automatically closed when a passenger rides on the called elevator car 69 and there is a manipulation of the operation panel 237 button, or when a predetermined waiting time for the platform is exceeded. Move towards another calling layer (step 95, step 99).

According to another embodiment of the present invention of FIG. 7, the parking lot calling system is configured to perform elevator operation control by exchanging signals with the elevator operating server directly without passing through a local network server.

Also in this embodiment, the configuration of the mobile communication terminal 50 capable of calling a lifter is the same as that of the above embodiment, and the matters concerning the installation of the RFID tags 61, 62, and 63 and the application method of the boarding mode are applied in the same manner. do.

In addition, when the elevator call is to be made using the mobile communication terminal 50, the pre-registration procedure of the elevator operation server 230 or the local network server 210 is also the same as the above embodiment. Except for some or all of the functions performed at the local network server 210 are performed at the elevator operating server 230, the entire procedure of elevator call proceeds in the same manner.

For example, in the present embodiment, the mobile communication terminal 50 and the elevator operating server 230 form a direct link through RF communication wireless communication or are linked through the local network 200 to exchange information. When the vehicle 65 enters a certain floor of the parking lot of the present embodiment, the mobile communication terminal 50 receives floor information from the RFID tags 61, 62, and 63 of the entrance and exit, and accesses the elevator ID and the floor information. And the elevator operating server 230 receives the access ID and floor information, and when the terminal 50 is a terminal registered in the elevator operating server 230 or the local network 200, the access ID and floor. Temporarily store information in a buffer.

In addition, the elevator operation server 230 detects the elevator operation information that operates the floor using the floor information, and transmits it to the mobile communication terminal 50, and waits for the lift call signal from the mobile communication terminal 50. do.

When receiving a lift call signal including a signal for selecting a specific boarding mode, the elevator button 233 of the floor is operated to call the lift to the corresponding floor of the parking lot 60.

The elevator operating server 230 detects destination floor information from the user information on the access ID, and automatically registers the detected destination floor when the elevator car 69 arrives at the floor and the car door 235 is opened. do.

In another embodiment of the present invention of Figure 8 shows a configuration in which the local network server 210 is directly connected to each elevator control panel 231 in the local network to control the elevator operation.

In the case of a single elevator operating system or parallel operation system, the control panel 231 serves to correspond to the elevator operating server 230 of the first embodiment. When there are a plurality of single-operation elevators in the local network 200, collection of driving information for all the elevators is performed by information exchange between the control panel 231 and the local network server 210.

 On the other hand, in the present embodiment, when one or more military management elevator operating system is in the local network 200, the local network server simultaneously performs the role of a military management server for performing a military management program of each military management elevator operating system. Done.

The scope of the present invention is not limited to each of the above embodiments, but is determined by the matters described in the utility model registration claims, and includes various modifications and modifications made on the equivalents of the items described in the utility model registration claims. Do.

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.

In addition, a mobile communication terminal that can be connected to a home network system or the like is used, and since an elevator network is controlled by accessing a local network, a device for calling an elevator is not required, thereby reducing system operating costs.

The parking lot lift call system of the present invention allows the elevator call function to be used only for those who have the authority to use the lift, such as the occupants of the building, and the use of the lift only for a specific floor corresponding to the user's authority. It can be used as a system.

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)

A CDMA communication module for connecting to a mobile communication network; Signal input means for inputting a signal for calling a lift by designating a boarding mode determined according to the time required for the boarding of the lift by the vehicle occupant; Receives the floor information recorded in the RFID tag installed at each entrance of the parking lot, transmits the floor information and the connection ID by connecting to the local network using a connection ID according to a control signal input through the elevator call signal input means, and operates the elevator. RF communication wireless communication module for receiving information; And, And a controller for controlling the operation of the CDMA communication module, the elevator call signal input means, and the RF call wireless communication module. The parking mode according to claim 1, wherein the boarding mode includes a cargo mode applied when the passenger gets off the vehicle and carries a cargo, and a normal mode applied when the passenger has no cargo. Mobile terminal capable of calling lifts. The mobile communication terminal which can call parking lot elevator of Claim 2, Parking lot elevator call possible, characterized in that the function setting means for setting a function for the elevator call signal input for any particular key among a plurality of numeric / character keys and function keys for the signal input provided in the existing mobile communication terminal Mobile terminal. The method according to claim 3, wherein the function setting means, Parking lot elevator call characterized in that it further comprises a boarding mode function setting means for designating a function for inputting the respective boarding mode for any particular key among a plurality of basic keys and function keys for signal input provided in the existing mobile communication terminal This is possible mobile terminal. The method according to any one of claims 1 to 4, wherein the mobile communication terminal undergoes a pre-registration procedure in a local network, and the registration procedure is performed by exchanging information through a local network server and a CDMA communication module of the mobile communication terminal. A mobile communication terminal capable of calling a lift. The mobile communication terminal of claim 5, wherein the mobile communication terminal registered in the local network by the terminal registration means automatically downloads a program for operating the elevator from the local network server through the CDMA communication module. terminal. A mobile communication terminal capable of calling a parking lot elevator according to any one of claims 1 to 4; An RFID tag installed at each doorway of the parking lot and transmitting vehicle floor information when the vehicle occupant carrying the mobile communication terminal enters the parking lot; An elevator operating server for performing elevator operation control in a local network; Receives the connection ID and floor information received from the mobile communication terminal, communicates with the elevator operation server to detect the elevator operation information for the floor and transmits it to the mobile communication terminal, and transmits the elevator call signal of the mobile communication terminal. And a local network server which transmits to the elevator operating server and enables the elevator operating server to operate the platform button of the floor. The method according to claim 7, wherein the local network server detects the corresponding user information using the connection ID, and transmits the elevator destination floor information included in the user information to the elevator operation server, The elevator operating server parking lot elevator call system, characterized in that for automatically registering the target floor of the elevator to run the floor. The parking lot lift calling system according to claim 7, wherein the elevator operating server is an elevator control panel. A mobile communication terminal capable of calling a parking lot elevator according to any one of claims 1 to 4; An RFID tag installed at each doorway of the parking lot and transmitting vehicle floor information when the vehicle occupant carrying the mobile communication terminal enters the parking lot; The mobile communication terminal receives a connection ID and floor information, detects elevator operation information for the floor, transmits the information to the mobile communication terminal, and operates a platform button of a corresponding floor when the elevator call signal of the mobile communication terminal is received. Parking elevator lift system, characterized in that it comprises a lift operating server to enable. The parking lot elevator calling system according to claim 10, wherein the elevator operating server is an elevator control panel that controls an individual elevator operation. The method according to claim 10, wherein the elevator operation server detects the user information using the connection ID, and using the occupancy floor information contained in the user information to perform the destination floor registration to the elevator running the floor entered the vehicle Parking lift call system, characterized in that.

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