JP2013151361A - System for operation management of elevator and escalator - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide an elevator and escalator operation management system capable of calling an elevating means in accordance with user's circumstances and necessity.SOLUTION: An elevator and escalator operation management system includes: a position determination part obtaining terminal identification information assigned to a portable terminal from a position information transmitter communicating with the portable terminal and position information identification information assigned to the position information transmitter to determine the position of the portable terminal; a movement management part reading needs information corresponding to the terminal identification information of the portable terminal from a needs information storage part when receiving a call request of an elevator and escalator and the terminal identification information of the portable terminal from the portable terminal and determining whether or not to move the elevator and escalator to a place in accordance with the position where the call is performed on the basis of the read needs information and the position of the portable terminal making the call; and an output part outputting a signal controlling the elevation/lowering of the elevator and escalator to an elevator and escalator control part in accordance with a determination result of the movement management part.

Description

  The present invention relates to a lifting equipment operation management system that manages movement using lifting means.

  Elevating means such as elevators, escalators and stairs in the building are individually managed. In an elevator, there is a technique for optimal control based on the number of people staying on each floor (for example, see Patent Document 1). Further, a method for guiding a method that minimizes the waiting time by paying attention to the waiting time of the elevator and the escalator has been proposed (for example, see Patent Document 2).

JP 2010-208708 A JP 2010-208773 A

  However, the techniques shown in Patent Documents 1 and 2 described above can reduce the waiting time of the elevator. However, in order to call a car, the user needs to move to the elevator hall and press a car call switch provided in the elevator hall. Here, other users may move to the elevator hall in advance and press the call switch for the purpose of shortening the waiting time after pressing the call switch of the car for elderly people or the like. However, other users are not always present. For users who are in a hurry somewhat, the waiting time after pressing the call switch does not have to be significantly reduced, but there are cases in which it is desired to reduce the waiting time within a range that does not significantly affect other users.

  This invention is made | formed in view of such a situation, The objective is to provide the raising / lowering apparatus operation management system which can call an raising / lowering means according to a user's condition and necessity.

  In order to solve the above-described problems, the present invention is an elevator equipment operation management system that can be connected to an elevator system that operates an elevator equipment provided in a building based on an instruction from an elevator equipment control unit. A position determination unit that obtains terminal identification information assigned to the portable terminal and position information identification information assigned to the position information transmitter from a position information transmitter that has communicated with the terminal, and determines the position of the portable terminal And a need information storage unit for storing terminal identification information and needs information representing needs for using the lifting device, and receiving a call request for the lifting device and terminal identification information of the portable terminal from the portable terminal, Needs information corresponding to the terminal identification information of the terminal is read from the needs information storage unit, and based on the read needs information and the position of the mobile terminal that made the call. A movement management unit that determines whether or not to move the lifting device to a location corresponding to the position where the call is made, and a signal that controls the lifting and lowering of the lifting device according to the determination result of the movement management unit. And an output unit for outputting to the elevator device control unit.

  In the present invention, a lifting device terminal to which lifting device identification information for identifying the lifting device is assigned is provided in the lifting device, and the lifting device is located near a place where the lifting device can move in the building. A receiving terminal for receiving identification information is provided, and the position determination unit further receives the lifting apparatus identification information assigned to the lifting apparatus terminal from the position information transmitter to determine the position of the lifting apparatus. The movement management unit includes the lifting device identification information obtained from the position determination unit, the position of the lifting device corresponding to the lifting device identification information, the read needs information, and the position of the mobile terminal that made the call. Based on this, it is determined whether or not to move the elevating equipment to the floor where the call is made.

  As described above, according to the present invention, based on the needs information corresponding to the terminal identification information of the mobile terminal and the position of the mobile terminal that made the call, the place corresponding to the position where the lifting device was called Since it is determined whether or not to move, the lifting / lowering means can be called according to the user's situation and necessity.

It is a schematic block diagram which shows the structure of the raising / lowering equipment operation management system by one Embodiment of this invention. 2 is a schematic block diagram showing functions of a monitoring server 10. FIG. It is a figure showing an example of the information memorize | stored in the individual need information storage part. It is a figure showing an example of the information memorize | stored in the raising / lowering means memory | storage part. It is a flowchart explaining operation | movement of a raising / lowering system. It is a flowchart explaining operation | movement of a raising / lowering system.

Hereinafter, an elevating system to which an elevating equipment operation management system according to an embodiment of the present invention is applied will be described with reference to the drawings. FIG. 1 is a schematic block diagram showing the configuration of a lifting equipment operation management system according to an embodiment of the present invention.
The elevating system 1 includes an elevator control unit 20, a car 30, and an elevating equipment operation management system. The lifting equipment operation management system includes a monitoring server 10, a position information transmitter 31, an acceleration measuring device 32, a person measuring device 33, a portable terminal 40, a fixed terminal 50, a position information transmitter 60, and an access point 70. Consists of including.

  The monitoring server 10 communicates with the mobile terminal 40, the fixed terminal 50, the location information transmitter 60, the access point 70, etc., and receives various information. As a result, the monitoring server 10 centrally manages the status of each measuring instrument and sensor, and when the car 30 needs to be moved in response to a call request for the car 30 from the user, the car 30 is sent to the elevator controller 20. Outputs an instruction to move. Details will be described later.

  When the call switch for calling the elevator car 30 provided in the elevator hall on each floor in the building is pressed and the call request is accepted, the elevator control unit 20 responds to the call request of the car 30. Controls such as moving and stopping between floors, opening and closing of doors. Further, when a destination button for designating a destination floor provided in the car is pressed, the elevator control unit 20 performs control to stop and open and close the door at the destination floor. The elevator control unit 20 is provided with an interface for inputting a control signal from the outside, and performs various controls on the car 30 in consideration of a control signal input through the interface.

The car 30 moves (lifts) and stops between floors and opens / closes a door in accordance with instructions from the elevator control unit 20.
In the car 30, a position information transmitter 31, an acceleration measuring device 32, and a people measuring device 33 are provided.
The identification information transmitter 31 communicates with the fixed terminal 50 that has entered the communicable area, and transmits the lifting device identification information assigned to itself to the monitoring server 10 via the fixed terminal 50. The lifting device identification information is information that can individually identify the lifting device. Here, although the elevator apparatus will be described by taking an elevator car as an example, it may be an escalator. For example, when a plurality of cars are present in one building, the car can be identified by this lifting equipment identification information.

The acceleration measuring instrument 32 detects the acceleration when the car 30 moves up and down. Based on this acceleration, the direction of whether the car 30 is rising or falling can be grasped.
The person measuring device 33 measures the number of people in the car 30. For example, the person measuring device 33 is configured by an image sensor and an image processing unit, and the image processing unit counts the number of people in the car 30 by performing image processing on an image captured in the car 30 by the image sensor. . In this image processing, for example, the number of passengers can be counted based on the difference between the image data when there is no person in the car 30 and the image data when the user gets on the car 30.

  When the identification information transmitter 31, the acceleration measuring device 32, and the people measuring device 33 are within an area where they can communicate with the fixed terminal 50 (for example, the car 30 stops on each floor and approaches within a predetermined distance of the fixed terminal 50). Each time, the result detected from the previous stoppage to the current stoppage and the lifting device identification information are transmitted to the fixed terminal 50 on that floor.

The portable terminal 40 receives information transmitted from the monitoring server 10 via the access point 70 and outputs the information through a liquid crystal display device, a speaker, or the like. Thereby, it is possible to notify the user of the operation status such as the elevator floor, the state of raising and lowering the car 30, and the number of people on the car 30.
The portable terminal 40 also has various input buttons such as a touch panel and a numeric keypad. For example, various information such as a car call request is sent to the monitoring server 10 via the access point 70 in response to an input from the user. Send. The portable terminal 40 is assigned with terminal identification information and is carried by a user existing in the building. In addition, since the mobile terminal 40 is carried by a specific user, the user can be individually identified by using the terminal identification information.

Here, the car call includes an automatic call and a manual call. In the automatic call, after the user inputs a car call request, when the mobile terminal 40 reaches within the distance from the elevator corresponding to the priority corresponding to the mobile terminal 40, the monitoring server 10 sends the call request. This is a calling method for determining whether or not to move the car according to.
Manual call is a call method in which a user calls a car by consuming call points. In the case of this manual call, regardless of whether or not the mobile terminal 40 has reached the distance from the elevator corresponding to the priority corresponding to the mobile terminal 40, the mobile terminal 40 is within a distance that allows manual call. If is reached, a call can be made. That is, the distance at which a user with a low priority can make a manual call is longer than the distance at which an automatic call can be made. The distance that a user with a high priority can make a manual call is equal to or longer than the distance that an automatic call can be made.

  Whether the call is an automatic call or a manual call, when the user inputs a car call request to the portable terminal 40, the car call request is input by specifying whether the call is an automatic call or a manual call. By doing so, you may make it identify. Further, when the car is called by designating that it is a manual call, it may be identified as a manual call, and when it is not designated as a manual call, it may be identified as an automatic call. When performing an automatic call, there are a method for inputting a call request and a method for inputting information for designating a destination floor while inputting the call request.

  The fixed terminal 50 is provided in the vicinity of the elevator hall on each floor in the building, and communicates with the position information transmitter 31, the acceleration measuring device 32, and the people measuring device 33 provided in the car 30, and monitors these various types of information. It has the function to transmit to the server 10, and the function to receive the information transmitted from the monitoring server 10. The fixed terminal 50 is assigned fixed terminal identification information for individually identifying the fixed terminal, and also transmits the fixed terminal identification information when various information is transmitted to the monitoring server 10. The fixed terminal 50 includes a liquid crystal display device that displays information received from the monitoring server 10.

The location information transmitter 60a, the location information transmitter 60b, and the location information transmitter 60c are installed in places where people on each floor in the building pass or stay, and can individually identify the location information transmitter 60. Possible location information identification information is assigned. Here, when the position information transmitters 60a, 60b, and 60c are described without particular distinction, they are described as the position information transmitter 60.
In addition, the location information transmitter 60 detects whether or not the mobile terminal 40 is within the communicable region of the location information transmitter 60 by performing wireless communication, and is within the communicable region of the location information transmitter 60. When the mobile terminal 40 is present, the terminal identification information assigned to the mobile terminal 40 is acquired from the mobile terminal 40, and the terminal identification information and the position information identification information assigned to itself are transmitted to the monitoring server 10. .
The position information transmitter 60a is installed at a position farthest from the elevator hall on the floor on which the position information transmitter 60a is provided, and the position information transmitter 60b and the position information transmitter 60c are installed in the order close to the elevator hall.

  The access point 70 transmits and receives various information with which the mobile terminal 40 and the monitoring server 10 communicate with the mobile terminal 40 and the monitoring server 10.

FIG. 2 is a schematic block diagram showing functions of the monitoring server 10.
The position determination unit 101 acquires the terminal identification information assigned to the portable terminal 40 and the position information identification information of the acquisition destination position information transmitter 60 from the position information transmitter 60 and determines the position of the portable terminal 40. . The position information determination unit 101 can determine the position where the mobile terminal 40 exists in the building based on the position information identification information.
In addition, the position information determination unit 101 acquires the lifting device identification information and the fixed terminal identification information of the acquisition-target fixed terminal 50 from the fixed terminal 50, and determines the position on which floor the car 30 exists. The location information determination unit 101 can determine on which floor the fixed terminal 50 is installed by specifying the fixed terminal 50 based on the fixed terminal identification information.

The individual needs information storage unit 102 stores terminal identification information and needs information representing needs for using the lifting device.
The lifting / lowering means storage unit 103 stores, for each lifting / lowering device, the energy consumption when moving up and down between floors and the time required for lifting / lowering in association with each other.

The movement management unit 104 receives a call request for calling the car 30. This call request is transmitted from the mobile terminal 40 via the access point 70.
When the movement management unit 104 receives the lifting / lowering device call request and the terminal identification information of the portable terminal from the portable terminal 40, the mobility management unit 104 reads out the needs information corresponding to the terminal identification information of the portable terminal from the individual needs information storage unit 102, Based on the read needs information and the position of the mobile terminal 40 that has called, it is determined whether or not to move to a location corresponding to the position where the lifting device is called. The place corresponding to the position where the lifting device is called is, for example, the floor in the building where the position where the lifting device is called exists, and the position where the lifting device is called is a 3F conference room. 3F.
Further, the movement management unit 104 is based on the lifting device identification information obtained from the position determination unit 101, the position of the lifting device corresponding to the lifting device identification information, the read needs information, and the position of the mobile terminal that has performed the call. Then, it is determined whether or not the lifting device is moved to the floor where the call is made.

The output unit 105 outputs a signal for controlling the lifting / lowering of the lifting device according to the determination result of the movement management unit 104 to the elevator control unit.
The communication unit 106 communicates with the mobile terminal 40 and the fixed terminal 50.

  FIG. 3 is a diagram illustrating an example of information stored in the individual need information storage unit 102. The individual needs information storage unit 102 stores terminal identification information, energy saving importance, priority, and calling point. The energy saving importance level represents the degree of considering the energy saving of the user carrying the mobile terminal 40. The energy saving importance is 1 to N (N is a natural number of 2 or more), where 1 represents the highest energy saving importance. The priority represents a priority level at which the car 30 can be called. This priority ranges from 1 to M (M is a natural number of 2 or more), where 1 represents the highest priority. As the user has a higher priority, the car 30 can be called to the floor where the car 30 is located using the mobile terminal 40 at a position farther from the elevator hall. For example, the mobile terminal 40 with priority 1 can make a car call request from the range from the elevator hall to the vicinity of the location information transmitter 60a, and the mobile terminal 40 with priority 2 sends location information from the elevator hall. The car call request can be made from the range up to the vicinity of the device 60b, and the portable terminal 40 having the priority 3 can make the car call request from the range from the elevator hall to the vicinity of the position information transmitter 60c. .

  The call point is a point assigned to each user. Here, the user with low priority can call the car 30 at a position farther than the position at which the user can call with his / her priority by designating that the point is consumed and calling the car. This call point is given every predetermined period.

  FIG. 4 is a diagram illustrating an example of information stored in the lifting unit storage unit 103. Here, the lifting / lowering means storage unit 103 stores the lifting / lowering means name, the energy amount, and the movement time between floors. The lifting means name is information indicating which lifting means is used. When the elevator means is an elevator, elevator equipment identification information for identifying a car to be used is used as the elevator means name. When the elevating means is an escalator, elevating equipment identification information for identifying the escalator to be used is used as the elevating means name. When the elevating means is a staircase, identification information for identifying the used staircase is used as the elevating means name.

  The amount of energy represents the amount of energy per hour when the lifting means is used. This energy amount may be, for example, power consumption. Here, when the lifting means is a staircase, the amount of energy is the lowest (for example, 0).

  The movement time between floors represents the movement time when moving between floors using the lifting means. When the lifting / lowering means name is an elevator, the movement time between floors includes the movement time for each of the moving floor numbers. For example, in the case of an elevator that can move from the first floor to the tenth floor, information associated with the number of floors for which the moving time for each of the first floor, the second floor,. Is included. When the elevating means is an escalator, the movement time between floors represents the time from getting on the escalator to getting off. When the elevating means is walking, the movement time between floors is the time required for movement between floors using stairs, and the average value of each user can be used.

Next, the operation of the above-described lifting system will be described with reference to FIGS. 5 and 6 are flowcharts for explaining the operation of the lifting system.
In FIG. 5, the position determination unit 101 of the monitoring server 10 acquires the terminal identification information of the portable terminal 40 from the position information transmitter 60 that has acquired the terminal identification information from the portable terminal 40 (Step S <b> 10). The position is determined (step S11). Here, when there are a plurality of portable terminals 40 in the building and a plurality of pieces of terminal identification information are obtained from the respective position information transmitters 60, the position of each portable terminal 40 is determined based on the respective terminal identification information. To do.
Next, the position determination unit 101 determines whether or not the devices in the car (position information transmitter 31, acceleration measuring device 32, people measuring device 33) and the fixed terminal 50 communicate with each other (step S12). If the communication is performed, the position of the lifting device is determined based on the lifting device detected by the position information transmitter 31 among the information obtained by the communication (step S13), and if the communication is not performed. The process proceeds to step S14.
Then, the position information determination unit 101 determines whether or not a certain period of time has elapsed using a timing function provided therein (step S14). If the certain time has elapsed, the process proceeds to step S10. If the predetermined time has not elapsed, the determination in S14 is repeated until the predetermined time has elapsed.

Next, the operation of the monitoring server 10 will be further described with reference to FIG. Here, the monitoring server 10 executes the process of FIG. 5 and the process of FIG. 6 in parallel.
The movement management unit 104 determines whether or not a call request for the car 30 has been received from the portable terminal 40 (step S20). If no call request has been received, the movement management unit 104 performs the process of step S20 again after a predetermined time and calls If the request has been received, information representing the position of the portable terminal 40 and the position of the car 30 determined by the position information determination unit 101 is obtained (step S21).
Then, the movement management unit 104 determines whether or not the car call request is an automatic call (step S22). When the determination result is an automatic call, the movement management unit 104 acquires the terminal identification information of the mobile terminal 40 transmitted together with the call request, and sets the energy saving importance and priority corresponding to the terminal identification information as individual needs information. Reading from the storage unit 102 (step S23).

  Then, the movement management unit 104 determines whether or not it is a position where the user who carries the mobile terminal 40 can call (step S24). The movement management unit 104 obtains the terminal identification information of the mobile terminal 40 that has made the call request, acquires the determination result of the position information determination unit 101, and obtains the position of the mobile terminal 40 that has made the call request. Then, the personalized needs information storage unit 102 is acquired for the priority corresponding to the terminal identification information of the portable terminal 40 that has made this call request, and whether or not the position of the portable terminal 40 is within a range that can be called with this priority. Determine. For example, when the position of the portable terminal 40 that has made a call request is a position in the vicinity of the position information transmitter 60b and the priority is 1 or 2, the range in which a car call request can be made. If the priority is 3, it is determined that it is in a range where a car call request cannot be made. Here, even in a range where a car call request cannot be made, the movement management unit 104 determines whether or not the portable terminal 40 has moved to a range where a call request can be made at regular intervals. When the portable terminal 40 moves to a range where a call request can be made, it is determined that the range is within a range where a car call request can be made. If the portable terminal 40 does not move within a range where a car call request can be made even after a predetermined time has elapsed, the process for the car call request is terminated.

The movement management unit 104 acquires information representing the floor that is the destination included in the call request received from the mobile terminal 40, and the floor on which the mobile terminal 40 obtained based on the position of the floor and the mobile terminal 40 exists. Then, the movement time between floors is read for each lifting means (step S25).
For example, if the floor on which the mobile terminal 40 exists is 1F and the destination floor is 3F, it will move 2 floors. Read about each of the stairs. More specifically, when all of the elevators 1A to 1C have the movement time between floors of x seconds and the movement time between the floors of the stairs 2A is y seconds, information indicating x seconds and 2y seconds Information representing (calculating y (second) × 2 (floor)). Then, the movement management unit 104 reads the energy saving importance of the portable terminal 40, and determines whether to call the car based on the comparison result of x seconds and 2y seconds and the read energy saving importance (step S26). ). Here, for each energy saving importance level, a reference value is set for the difference between the movement time between floors when using the lifting means and the movement time between floors when using the stairs. If the comparison result is within the reference value, it is determined that the car is not called and the user is notified to use the stairs. If the comparison result between x seconds and 2y seconds exceeds the reference value, the car Is determined to be called.

  Specifically, for example, when the elevator is used from 1F to 3F, the movement time between floors is 10 seconds, the movement time between floors when using stairs is 30 seconds, and the reference value when the energy saving importance is 3 is 10 seconds, when the energy saving importance is 2, the reference value is 18 seconds, when the energy saving importance is 1, the reference value is 25 seconds, and when the energy saving importance corresponding to the user is 1, the mobility management unit 104 determines that the elevator is not called. That is, the movement management unit 104 determines that the car is not called because the difference in the movement time between floors is 20 seconds and the reference value corresponding to the energy saving importance corresponding to the user is 25 seconds. Also, for example, when a user who has an energy saving importance level 2 makes a call request at this time, the reference value is 18 seconds, and the difference in movement time between floors is 20 seconds, which exceeds the reference value. Is determined as calling.

  When it is determined that the car is to be called, the movement management unit 104 outputs a car call request to the elevator control unit 20 by the output unit 105 and calls the portable terminal 40 that has made the car call request. The communication unit 106 (step S27), and when it is determined that the car is not called, the communication unit indicates that it is better to use the stairs for the portable terminal 40 that has made the car call request. Notification is made via 106. The elevator control unit 20 controls the car in response to the car call request transmitted from the monitoring server 10.

  On the other hand, if it is determined that the call is a manual call in step S22, the mobility management unit 104 determines the call point of the portable terminal 40 based on the terminal identification information of the portable terminal 40 that has made the call request, and the individual needs information storage unit 102 (Step S30), the call point is compared with the consumption point consumed per time (for example, 10 points), and it is determined whether the call point is equal to or more than the consumption point (step S31). When the call point is equal to or higher than the consumption point, the movement management unit 104 updates the call point by subtracting the consumption point from the call point of the mobile terminal 40 that has made the call request (step S32), and outputs the call request for the car. The information is output to the elevator controller 20 by 105, and the mobile terminal 40 that has requested to call the car is notified via the communication unit 106 that the call has been made (step S33). The elevator control unit 20 controls the car in response to the car call request transmitted from the monitoring server 10.

  On the other hand, if the calling point is not equal to or higher than the consumption point, the movement management unit 104 does not call the car and cannot call the car. (Step S34).

  In the embodiment described above, since it is determined whether or not to call a car according to the number of floors moving from the floor where the call request is made and the energy saving importance level, the stairs are given to users who are highly conscious of energy saving. Depending on the amount of movement between floors, it can be recommended whether or not it is better to use.

  Further, according to this embodiment, it is determined whether or not to call the car according to the position and priority at which the car call request is made by the portable terminal 40. As a result, a higher priority user can call (reserve and use) a car with higher priority according to the current position. For example, a user with higher priority, such as an elderly person or a life weak person, Can be used preferentially. A user with a low priority can call a car by using an elevator call button located near the elevator hall or installed in the elevator hall.

  In addition, some existing lifting systems include an interface capable of inputting a control signal from the outside to the elevator control unit. In the present embodiment, since the signal is output from the monitoring server 10 to the elevator control unit having this interface, the elevator system operation management system is provided in the existing elevator system, so that the existing elevator system is greatly increased. The present embodiment can be realized without any change.

  Further, in the above-described embodiment, when determining whether to call the car with reference to the energy saving importance, the movement time between floors when using the lifting means and the movement time between floors when using the stairs You may make it compare the result of adding the waiting time of an elevator with the result of calculating a difference, and the reference value according to the energy saving importance. Thereby, use of a staircase can be recommended according to the height of an elevator operation rate. The waiting time of the elevator is calculated based on, for example, the current position of the car that can be obtained based on the lifting device identification information of the position information transmitter 31 and the direction in which the car is raised or lowered by the acceleration measuring device 32. You may do it.

  In the above-described embodiment, when determining whether to call a car with reference to the importance of energy saving, the determination is made based on the movement time between floors, but the amount of energy may be used. In this case, the monitoring server 10 stores a reference energy amount that is a reference energy amount for each of the energy saving importance levels, and corresponds to the reference energy amount and the lifting means name when using the elevator. The energy amount is compared, and if it is within the reference energy amount, it is determined that the car is not called and the user is notified to use the stairs, and if it exceeds the reference energy amount, it is determined that the car is called.

  Further, in the above-described embodiment, the number of users in the car may be measured by the person measuring device 33, and the measurement result may be transmitted to the mobile terminal 40 or the fixed terminal 50 to be viewed by the user. Thereby, the user who carries a luggage | load can perform the judgment whether a luggage can be put in a cage | basket | car before calling a cage | basket | car beforehand. In addition, by transmitting the destination when called, the measurement result of the acceleration measuring device 32, and the measurement result of the people measuring device 33 from the monitoring server 10 to the portable terminal 40, the user can remotely stop the elevator floor. It is possible to grasp the lift state and the degree of congestion, and to determine in advance whether to use the elevator or the stairs.

  In the above-described mobile phone, the results of the position information transmitter 31, the acceleration measuring device 32, and the number of people measuring device 33 are processed in time series, and the driving plan for stopping the driving is made in a time zone with few users. Can do. In addition, during a time period when there are few users, the operation of the remaining cars can be temporarily stopped by concentrating the call requests to a specific car among a plurality of cars.

  Further, the program for realizing the function of the monitoring server 10 in FIG. 1 is recorded on a computer-readable recording medium, and the program recorded on the recording medium is read into the computer system and executed, thereby executing the lifting means. Management may be performed. Here, the “computer system” includes an OS and hardware such as peripheral devices.

Further, the “computer system” includes a homepage providing environment (or display environment) if a WWW system is used.
The “computer-readable recording medium” refers to a storage device such as a flexible medium, a magneto-optical disk, a portable medium such as a ROM and a CD-ROM, and a hard disk incorporated in a computer system. Further, the “computer-readable recording medium” refers to a volatile memory (RAM) in a computer system that becomes a server or a client when a program is transmitted via a network such as the Internet or a communication line such as a telephone line. In addition, those holding programs for a certain period of time are also included. The program may be a program for realizing a part of the functions described above, and may be a program capable of realizing the functions described above in combination with a program already recorded in a computer system.

  The embodiment of the present invention has been described in detail with reference to the drawings. However, the specific configuration is not limited to this embodiment, and includes designs and the like that do not depart from the gist of the present invention.

DESCRIPTION OF SYMBOLS 1 Lifting system 10 Monitoring server 20 Elevator control part 30 Car 31, 60, 60a, 60b, 60c Position information transmitter 32 Accelerometer 33 Person measuring device 40 Portable terminal 50 Fixed terminal 70 Access point 10 Position determination part 102 Individual needs Information storage unit 103 Lifting means storage unit 104 Movement management unit 105 Output unit 106 Communication unit

Claims (2)

A lifting / lowering equipment operation management system connectable to a lifting / lowering system that operates the lifting / lowering equipment provided in the building based on instructions from the lifting / lowering equipment control unit,
Position determination for determining the position of the portable terminal by acquiring terminal identification information assigned to the portable terminal and position information identification information assigned to the positional information transmitter from a position information transmitter that has communicated with the portable terminal And
A needs information storage unit for storing terminal identification information and needs information representing needs for using the lifting device;
When receiving the calling request of the lifting device and the terminal identification information of the portable terminal from the portable terminal, the needs information corresponding to the terminal identification information of the portable terminal is read from the needs information storage unit, and the read needs information and the call are read. A movement management unit that determines whether or not to move the lifting device to a location according to the position where the call is made based on the position of the mobile terminal that has been performed;
An output unit for outputting a signal for controlling the lifting of the lifting device to the lifting device control unit according to the determination result of the movement management unit;
A lifting equipment operation management system characterized by comprising: A lifting device terminal to which lifting device identification information for identifying the lifting device is assigned is provided in the lifting device, and the lifting device identification information is received in the vicinity of a place where the lifting device can move in the building. A terminal is provided,
The position determination unit further receives the lifting device identification information assigned to the lifting device terminal from the position information transmitter to determine the position of the lifting device,
The movement management unit is based on the lifting device identification information obtained from the position determination unit, the position of the lifting device corresponding to the lifting device identification information, the read needs information, and the position of the mobile terminal that has performed the call. The lifting / lowering equipment operation management system according to claim 1, wherein it is determined whether or not the lifting / lowering equipment is moved to the floor where the calling is performed.

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