JP2019001628A - Remote operation program for elevator, portable radio terminal having remote operation program for elevator, and elevator operated by portable radio terminal - Google Patents

Abstract

To provide a remote operation program for an elevator capable of automatically performing the operation according to a behavior pattern of a user, a portable radio terminal having the remote operation program for an elevator, and an elevator operated by the portable radio terminal.SOLUTION: The remote operation program makes a portable terminal 1 perform: a start step including a communication determination step for determining whether it communicates with a landing short-range radio communication device 300; a call determination step for determining whether it outputs a call signal in accordance with a condition of the necessity of a previously-registered landing call when it is determined that the portable terminal communicates with the landing short-range radio communication device 300; a call signal output step for outputting a call signal to a control microcomputer 20 when it is determined that the call signal is output; and a destination signal output step for outputting a destination floor signal designating the previously-registered destination floor when it is determined that a call signal is output.SELECTED DRAWING: Figure 1

Description

  The present invention relates to a remote operation program for remotely performing operations such as calling an elevator hall and specifying a destination floor, a portable wireless terminal having an elevator remote operation program, and an elevator operated by the portable wireless terminal.

  Conventionally, a remote operation program for remotely calling an elevator hall or specifying a destination floor has been provided. In such a remote operation program, for example, a user can perform an operation such as a hall call to an elevator by operating a mobile phone as a remote controller (see Patent Document 1).

  However, in such a remote operation program, even if elevators are installed in apartment buildings or office buildings and the user's behavior pattern is determined, the platform (floor) for getting on and off is determined. Whenever a user uses an elevator, it is necessary to operate a mobile phone to designate a landing and specify a destination floor, which is troublesome.

JP 2005-96982 A

  Therefore, the present invention is operated by an elevator remote operation program capable of automatically performing an operation according to a user's behavior pattern, a portable wireless terminal having an elevator remote operation program, and a portable wireless terminal. Provide elevators.

  An elevator remote control program according to the present invention is an elevator remote operation program that is installed in a portable wireless terminal and causes the portable wireless terminal to communicate with an elevator control microcomputer. A start step including a communication determination step for determining whether or not communication with the landing short-range wireless communication device provided in the vehicle, and when determining in the communication determination step that communication with the landing short-range wireless communication device is performed in advance A call determination step for determining whether or not to output a call signal for the hall call according to a condition regarding whether or not a registered hall call is necessary, and determining that the call signal is output in the call determination step. A call signal output step for outputting the call signal to the control microcomputer, and at least When it is determined that the to output the call signal in serial call determination step, the destination signal output step of outputting the destination floor signal designating a destination floor registered in advance, to perform, characterized in that.

  The elevator remote control program causes the portable wireless terminal to make a hall call according to pre-registered conditions, and to specify a destination floor registered in advance when the hall call is made. In other words, this program allows the mobile wireless terminal to remotely operate the elevator according to the user's behavior pattern (pre-registered conditions) (designate the landing call and destination floor) without requiring the user to perform input, etc. ) Can be performed automatically.

  In the elevator remote control program, the start step acquires the current time from the clock function unit of the portable wireless terminal, and the current time is a pre-registered time or a pre-registered time zone. A time determination step for determining whether or not there is a call determination step when the time determination step determines that the current time is a pre-registered time or a pre-registered time zone. May be.

  According to this configuration, when the current time is the registered time or time zone, the portable wireless terminal is caused to perform various steps, thereby causing the elevator to be operated remotely according to the user's behavior pattern. be able to.

  In the elevator remote control program, for example, the necessity of the pre-registered hall call and the pre-registered destination floor are determined at each pre-registered time or the pre-registered time zone. They may be registered in association with each other.

  In the elevator remote control program, a signal output from the control microcomputer via the landing short-range wireless communication device, and the information specific to the elevator is registered in advance in the portable wireless terminal. When a signal indicating that the information is different from the unique information is output, the call signal output step and the destination signal output step may be stopped.

  According to such a configuration, it is possible to prevent operations on elevators other than elevators registered in advance.

  In the elevator remote control program, location and time information is acquired from schedule information registered in advance in the portable wireless terminal, and the landing at the pre-registered landing is determined according to the location and time information. You may change the condition about the necessity of a call, and the said destination floor registered previously.

  According to such a configuration, by using schedule information registered in advance in the portable wireless terminal, it is possible to omit inputting information regarding necessity / unnecessity of a hall call and a destination floor.

  In the elevator remote control program, the destination floor output step may output the destination floor signal when a car short-range wireless communication device arranged in a car and the portable wireless terminal can communicate with each other. Good.

  According to such a configuration, when the user who owns the portable wireless terminal approaches the car (for example, when the user gets on the car), the portable wireless terminal outputs a destination floor signal, It is possible to prevent the destination floor signal from being output from the portable wireless terminal even though the car is not approaching (for example, the user is not in the car).

  A portable wireless terminal according to the present invention includes the above-described elevator remote control program.

  Since the portable wireless terminal has the program, the above-described effects can be achieved.

  The elevator according to the present invention is a plurality of landing short-range wireless communication devices arranged at a plurality of landings, and a plurality of landing short-range wireless communication devices capable of communicating with the portable wireless terminal having the program for remote control of the elevator. And the control microcomputer capable of communicating with each of the plurality of landing short-range wireless communication devices and controlling the operation of the car.

  Since the elevator is operated based on the program, the above-described effects can be achieved.

The elevator of the present invention is a plurality of landing short-range wireless communication devices arranged at a plurality of landings, and a plurality of landing short-range wireless communication devices capable of communicating with a portable wireless terminal having a program for remote control of the elevator. A car short-range wireless communication device arranged in the car, the car short-range wireless communication device capable of communicating with the portable wireless terminal, each of the plurality of landing short-range wireless communication devices, and the car short-range wireless communication The control microcomputer capable of communicating with the machine and controlling the operation of the car;
It is characterized by comprising.

  Since the elevator is operated based on the program, the above-described effects can be achieved.

  As described above, according to the present invention, an elevator remote operation program capable of automatically performing an operation according to a user's behavior pattern, a portable wireless terminal having an elevator remote operation program, and a portable wireless terminal An operated elevator can be provided.

FIG. 1 is a block diagram showing a portable wireless terminal, an elevator, and a building according to an embodiment of the present invention. FIG. 2 is a block diagram showing each hall of the building according to one embodiment of the present invention. FIG. 3 is a block diagram showing a portable wireless terminal according to an embodiment of the present invention. FIG. 4 is a determination table stored in the storage unit of the portable wireless terminal according to the embodiment of the present invention. FIG. 5 is a flowchart showing processing of the remote operation program according to the embodiment of the present invention. FIG. 6 is a flowchart showing processing of the remote operation program according to the embodiment of the present invention. FIG. 7 is a schedule table stored in the storage unit of the portable wireless terminal according to the modification of the present invention. FIG. 8 is an auxiliary database stored in the storage unit of the portable wireless terminal according to the modification of the present invention.

  Hereinafter, an elevator remote control program according to the present invention, a portable wireless terminal having the program, and an elevator operated by the portable wireless terminal will be described. The elevator remote control program is installed and executed in the portable wireless terminal. The portable wireless terminal in which this remote operation program is installed automatically executes the hall call and the designation of the destination floor of the car according to the behavior pattern of the user.

  A portable terminal (portable wireless terminal) 1 shown in FIG. 1 has an elevator remote operation program (hereinafter simply referred to as “remote operation program”). The portable terminal 1 can communicate with the control microcomputer 20 of the elevator 2 by a remote operation program.

  In FIG. 1, three elevators 2A, 2B, and 2C are shown. In this embodiment, the elevator 2 is installed in the building 3 one by one. Specifically, the elevator 2A is installed in a 6-story building 3A that is a user's home apartment. The elevator 2B is installed in a four-story building 3B that is one building (for example, the main building) of the user's workplace. The elevator 2C is installed in a 6-story building 3C, which is the other building (for example, a new building) of the user's workplace.

  Each of the buildings 3 (buildings 3A, 3B, 3C) has a plurality of landings (tiers) 30. As shown in FIG. 2, each landing 30 includes a landing short-range wireless communication device 300. The landing short-range wireless communication device 300 is capable of short-range wireless communication such as wireless LAN and USB wireless, for example.

  In this embodiment, each hall 30 includes a hall call button (land hall call device) 301 in addition to the hall short-range wireless communication device 300. The hall call is a call in which a user or the like uses a hall call button 301 to move a car 21 described later (the car 21 of the elevator 2) to the hall 30 where the user or the like stays.

  FIG. 1 shows a case where the user who has the mobile terminal 1 stays at the landing 30 of each building 3 and approaches the car 21. In this case, the mobile terminal 1 and the landing short-range wireless communication device 300 can communicate with each other. FIG. 1 shows a case where a user who has the mobile terminal 1 stays on the first floor of each building 3, but this user can stay at each landing 30 in each building 3. . Furthermore, when the user who owns the portable terminal 1 gets on the car 21, the portable terminal 1 exists in the car 21. In this case, the portable terminal 1 can communicate with a car short-range wireless communication device 210 described later.

  The portable terminal 1 is, for example, a portable terminal such as a PDA (Personal Digital Assistant) or a notebook personal computer, a wearable terminal, or the like. Specifically, the portable terminal 1 is possessed by a user or the like (a user of the elevator 2 or an administrator of the building 3 where the elevator 2 is installed). The portable terminal 1 can communicate with the landing short-range wireless communication device 300 and a car short-range wireless communication device 210 described later when the distance is within a predetermined distance (for example, within 5 m).

  In the present embodiment, as shown in FIG. 3, the mobile terminal 1 includes a processing unit 10 that executes a remote operation program, a storage unit 11 that stores the remote operation program, and a clock function that indicates the current time. Part 12. Note that the mobile terminal 1 is a versatile terminal, and can perform processing other than the remote operation program.

  The storage unit 11 includes, as a remote operation program, a communication determination step and a communication determination step for determining whether or not communication has been performed with the landing short-range wireless communication device 300 provided at the landing 30, and the clock function unit 12 of the portable terminal 1. A start step including a time determination step of acquiring a current time and determining whether the current time is a pre-registered time or a pre-registered time zone, and a landing short-range wireless communication in the communication determination step When it is determined that communication with the machine 300 has been performed and the current time is determined to be a pre-registered time or a pre-registered time zone in the time determination step, Accordingly, a call determination step for determining whether or not to output a call signal for a hall call, and a call signal output in the call determination step A call signal output step for outputting a call signal to the control microcomputer 20 when the call is interrupted, and a destination floor signal for designating a pre-registered destination floor when it is determined that the call signal is output in the call determination step. The destination signal output step to be output is stored.

  In the present embodiment, the storage unit 11 also stores conditions regarding whether or not a hall call is necessary, and a destination floor. For example, the storage unit 11 stores the necessity / unnecessity of the hall call and the destination floor in association with each time and each time zone.

  For example, the storage unit 11 stores a determination table in which one procedure is associated with each row. Specifically, as shown in FIG. 4, the storage unit 11 associates “departure floor”, “target floor”, “execution time zone”, and “elevator identification number” for each “procedure number”. The judgment table is stored. The “procedure number” indicates the order of each procedure, and is a number assigned to each procedure in order from the procedure to be executed earlier. The “departure floor” indicates a boarding place where the user boardes. Note that a wild card (*) can be entered in the “departure floor”, and if a wild card is entered in the “departure floor”, the user will execute the corresponding procedure regardless of the boarding place. . “Destination floor” indicates the destination floor of the car. The “execution time zone” indicates the time and time zone when the hall call is executed. It should be noted that if no designation is entered in the “execution time zone”, this procedure is executed at any time. The “elevator identification number” indicates the identification number of the elevator that is the target of executing the hall call. Specifically, “elevator identification number 0000001” corresponds to the elevator 2A installed in the building 3A (home condominium), and “elevator identification number 0000002” corresponds to the elevator 2B installed in the building 3B (main building of the workplace). "Elevator identification number 000003" corresponds to the elevator 2C installed in the building 3C (new building of the workplace).

  The determination table is configured by a user who has the mobile terminal 1 directly writes a command in a “determination table template” according to his / her daily behavior pattern. As shown in this determination table, in this embodiment, the user moves from the first floor of the home apartment to the sixth floor when going home (procedure number 1), and moves from the sixth floor to the first floor of the home apartment when going to work ( Procedure number 2), move from the first floor to the second floor of one building (for example, the main building) when going to work (procedure number 3), and once from the second floor of one building (for example, the main building) at lunch After moving to the floor (procedure number 4), the behavior pattern of moving from the first floor to the fifth floor (procedure number 5) of the other building (for example, the new building) is taken. Further, as shown in this determination table, after the user moves from the fifth floor to the first floor of the other building (for example, the new building) after lunch (procedure number 6), Move from the first floor of the main building to the second floor (procedure number 7), move to the first floor from the second floor of one of the workplaces (for example, the main building) when going to work (procedure number 8), The action pattern of moving from the floor to the sixth floor (procedure number 9) is taken.

  The processing unit 10 executes a remote operation program that includes a start step including a communication determination step and a time determination step, a call determination step, a call signal output step, and a destination signal output step, respectively stored in the storage unit 11 To do.

  For example, in the time determination step, the processing unit 10 has a “procedure number” in which the current time is “execution time zone” (including the case where “execution time zone” is not specified) and has not yet been executed. And in the communication determination step, if it is determined that communication has been made with the hall short-range wireless communication device 300, in the call determination step, a condition regarding whether or not the hall call is necessary (for example, the place where the user is staying) Whether or not it coincides with the “departure floor” related to this “procedure number”, and the elevator identification number of the elevator 2 provided in the building 3 where the user is staying is related to the “procedure number”. Whether or not a call signal for a hall call is to be output is determined according to whether or not it matches the “elevator identification number”.

  Specifically, in the time determination step, the processing unit 10 matches the “execution time zone” (including the case where the “execution time zone” is not specified) and the “procedure number” that has not been executed yet. ”In the communication determination step, the communication between the mobile terminal 1 and the landing short-range wireless communication device 300 is recognized, and the user stays based on the communication with the landing short-range wireless communication device 300. Get the current landing 30 (current floor). Furthermore, in the call determination step, the processing unit 10 compares the hall 30 where the user is staying with the “departure floor” related to this “procedure number”, and if these match, It is determined that a call signal (for example, a signal indicating “departure floor”) is output, and if they do not match, it is determined that a call signal for a hall call is not output. Further, in the time determination step, the processing unit 10 includes a “procedure number” that matches the “execution time zone” (including the case where the “execution time zone” is not specified) and has not yet been executed. If it is determined that there are a plurality, the communication determination step recognizes communication between the mobile terminal 1 and the landing short-range wireless communication device 300, and the call determination step determines the earliest “procedure number” among the plurality of “procedure numbers”. In order, the “departure floor” related to this and the hall 30 where the user stays are compared. Further, in the call determination step, the processing unit 10 determines that the call signal for the hall call (for example, the “departure floor”) if the “departure floor” matches the hall 30 where the user stays as a result of the comparison. If the “departure floor” related to the multiple “procedure numbers” does not coincide with the landing 30 where the user is staying, it is for the landing call. It is determined that no call signal is output.

  In the time determination step, the processing unit 10 includes a “procedure number” that matches the “execution time zone” (including the case where the “execution time zone” is not specified) and has not yet been executed. If it is determined that there is no call signal, it is determined in the call determination step that a call signal for the hall call is not output. Further, in the time determination step, when the processing unit 10 determines that there is no time designation based on the “execution time zone”, the current time is “execution time zone” in the subsequent procedure (the procedure with the later “procedure number”). If there is such a procedure, in the communication determination step, the communication between the mobile terminal 1 and the landing short-range wireless communication device 300 is recognized, and in the call determination step, the user's Comparing the staying hall 30 with the “departure floor” related to the matching procedure, if the hall matches, it is determined that a call signal for the hall call is output, and this hall matches. Otherwise, it is determined not to output a call signal for the hall call.

  More specifically, for example, when the current time is 4:00 and the hall call “procedure number 1” is not performed, if the hall where the user is staying is the first floor In the call determination step, it is determined that a call signal for the hall call of “procedure number 1” (call signal for calling the car 21 on the “departure floor” 1st floor) is output, and the hall where the user is staying is the 1st floor If not, it is determined that the call signal for the hall call is not output in the call determination step. Further, for example, when the current time is 11:30 and the hall call of “procedure number 1” has already been performed, the processing unit 10 determines that the call signal for the hall call is not output in the call determination step. To do.

  Furthermore, for example, when the current time is 12:10 and “procedure number 1” to “procedure number 4” have already been performed, the processing unit 10 may be on the first floor. For example, in the call determination step, it is determined that a call signal for the hall call of “procedure number 5” (call signal for calling the car 21 on the “departure floor” 1st floor) is output, and there are 5 halls where the user stays. If it is a floor, the call determination step determines that a call signal for the hall call of “procedure number 6” (call signal for calling the car 21 on the “departure floor” 5th floor) is output, and the user stays. If the hall is on the third floor, it is determined that a call signal for the hall call is not output in the call determination step. For example, when the current time is 19:00 and “procedure number 1” to “procedure number 6” have already been performed, the processing unit 10 calls if the platform where the user is staying is the second floor. In the determination step, it is determined that a call signal for the hall call of “procedure number 8” (call signal for calling the car 21 on the “departure floor” 2nd floor) is output, and the hall where the user is staying is on the 1st floor. If there is a call determination step, it is determined that a call signal for the hall call of “procedure number 9” (call signal for calling the car 21 on the “departure floor” 1st floor) is output. If it is the third floor, it is determined that the call signal for the hall call is not output in the call determination step.

  In the time determination step, the processing unit 10 determines that the current time matches the “execution time zone” of the specific “procedure number”, but the communication between the mobile terminal 1 and the landing short-range wireless communication device 300 is performed. If it is not possible to recognize the landing 30 (current floor) where the user is staying based on communication with the landing short-range wireless communication device 300 in the communication determination step, the start step (time determination step and communication determination step) ), In other words, until the current time is out of the “execution time zone” of this “procedure number”, acquisition of the current floor is attempted. If the current floor can be acquired before the current time deviates from the “execution time zone” of this “procedure number”, the processing unit 10 compares the current floor with the “departure floor” in the call determination step, and the landing is If so, it is determined that a call signal for the hall call is output. If the halls do not match, it is determined that no call signal for the hall call is output. On the other hand, when the current time has passed the “execution time zone” of the “procedure number” without acquiring the current floor, the processing unit 10 determines the next “procedure number” procedure in the call determination step. It is determined whether or not to output a call signal for.

  When the processing unit 10 determines in the call signal output step that the call signal is output in the call determination step, the processing unit 10 outputs a call signal to the control microcomputer 20 (call signal for calling the car 21 to the “departure floor” in the determination table). Is output. Further, when it is determined in the destination signal output step that the call signal is output in the call determination step, the processing unit 10 outputs a destination floor signal that designates the “target floor” in the determination table as the destination floor.

  Specifically, when the processing unit 10 determines that the call signal for the hall call of “procedure number 1” is output in the call determination step, for example, the processing unit 10 transmits “procedure number 1” to the control microcomputer 20. A call signal for a hall call (for example, a call signal for calling the car 21 on the first floor which is the “departure floor”) is output. Further, when the processing unit 10 determines that the call signal for the hall call of “procedure number 1” is output in the call determination step, for example, the car short-range wireless communication device 210B and the portable terminal 1 can communicate with each other. At this time, a destination floor signal that designates the sixth floor, which is the “target floor” related to “procedure number 1”, as the destination floor is output.

  In this embodiment, when the processing unit 10 outputs a call signal indicating “departure floor” in the call signal output step, the elevator 10 that is the target of the hall call based on the determination table in addition to the call signal. The “elevator identification number” is output to the control microcomputer 20. Thereafter, the processing unit 10 outputs a call signal when a signal indicating that the unique information of the elevator is different from the unique information of the elevator registered in advance in the mobile terminal 1 is output from the control microcomputer 20 described later. The output step and the destination signal output step are stopped. Further, when outputting the call signal indicating “departure floor” in the call signal output step, the processing unit 10 also outputs to the control microcomputer 20 that the “destination floor” related to “procedure number 1” is the sixth floor. To do.

  Further, when the hall call and the destination floor designation are performed for a specific procedure, the processing unit 10 stores that the specific procedure has been executed. Next, the processing unit 10 executes the following procedure (procedure whose procedure number is later than the executed procedure). Specifically, the processing unit 10 waits until communication with the car short-range wireless communication device 210 is not recognized (until communication is interrupted), and executes this procedure if there is a subsequent procedure, and if there is no subsequent procedure. End the process.

  The elevator 2 is connected to the control microcomputer 20 and the elevator 2 is installed in addition to the control microcomputer 20 (see FIG. 1) capable of communicating with the hall short-range wireless communication device 300 disposed at each of the plurality of halls 30. And a car 21 that moves up and down in a hoistway provided in the building 3. In this embodiment, a car short-range wireless communication device 210 is arranged in the car 21. The car short-range wireless communication device 210 can perform short-range wireless communication such as wireless LAN and USB wireless, for example, similarly to the landing short-range wireless communication device 300.

  The control microcomputer 20 controls the operation of the car 21. Specifically, when the hall call button 301 is pressed, the control microcomputer 20 controls the car 21 to move to the hall 30 where the pressed hall call button 301 is provided, and is installed in the car 21. When a destination button (not shown) is pressed, the car 21 is controlled to move to the corresponding landing 30.

  In addition, when a call signal indicating a hall call is output from the processing unit 10, the control microcomputer 20 controls the car 21 to move to the hall 30 (“departure floor” in the determination table) according to this signal. Further, when the destination floor signal is output from the processing unit 10, the control microcomputer 20 controls the car 21 to move to the landing 30 (“Destination Floor” in the determination table) corresponding to this signal.

  In the present embodiment, the control microcomputer 20 stores information unique to the elevator 2 in which the control microcomputer 20 is provided (for example, the elevator identification number of the elevator 2). In the destination signal output step, when the “elevator identification number” is output from the processing unit 10 together with the destination floor signal designating the “destination floor” as the destination floor, the control microcomputer 20 outputs the “elevator identification number” and the elevator specific number. Information (for example, the elevator identification number of the elevator 2) is compared. In addition, as a result of the comparison, if the “elevator identification number” and the elevator specific information (for example, the elevator identification number of the elevator 2) are different, the control microcomputer 20 causes the processing unit 10 to display “elevator specific information A signal indicating that the information is different from the unique information of the elevator registered in advance in the mobile terminal 1 is output.

  The flow of processing in the remote operation program will be described below with reference to the flowcharts of FIGS.

  Based on the “procedure number” in the determination table (see FIG. 4), the processing unit 10 recognizes the earliest procedure that has not yet been executed (S01 in FIG. 5). The processing unit 10 is designated in the “execution time zone” corresponding to the recognized procedure (Yes in S02), and the current time acquired from the clock function unit 12 is “execution time zone” in the time determination step. (S04: Yes in S03), and in the communication determination step, if communication between the mobile terminal 1 and the landing short-range wireless communication device 300 is recognized (S04) In step S05), the platform 30 (current floor) where the user is staying is acquired based on the communication with the platform short-range wireless communication device 300 (S05). If the current floor coincides with the “departure floor” in the call determination step (Yes in S06), the processing unit 10 sends a call signal (“departure floor”) and “to the control microcomputer 20 in the call signal output step. The “target floor” and the “elevator identification number” are output (S07).

  If the “elevator identification number” output from the processing unit 10 in S07 of the call determination step matches the elevator identification number of the elevator 2 (Yes in S08), the control microcomputer 20 generates a call signal (“departure floor”). In response, the car 21 arrives at the current floor (S09).

  Next, when the processing unit 10 recognizes communication between the car short-range wireless communication device 210 and the portable terminal 1 (Yes in S10 of FIG. 6), in the destination signal output step, the destination signal (“purpose” Floor ") is output again (S11).

  The control microcomputer 20 raises and lowers the car 21 toward the destination floor according to the destination signal (“target floor”) output from the processing unit 10 in S11 of the destination signal output step, and the door of the car 21 on the destination floor. Is opened and closed (S12), and the fact that this procedure has been executed is stored.

  Further, the processing unit 10 waits until the communication between the mobile terminal 1 and the car short-range wireless communication device 210 is not recognized (Yes in S13 until communication is cut off), and the car short-range wireless communication device 210 and the mobile terminal 1 Is not recognized (communication is lost, No in S13), and if there is no subsequent procedure (No in S14), the process is terminated. If there is a subsequent procedure (Yes in S14), the process proceeds to the subsequent procedure (S18 in FIG. 5), and this procedure is recognized (S01).

  If there is no time designation in the “execution time zone” corresponding to the procedure recognized in S01 (No in S02 in FIG. 5), the processing unit 10 acquires the current time from the clock function unit 12, and obtains the current time. Moves to this procedure (procedure in which the current time matches the “execution time zone”) if the “execution time zone” matches the “execution time zone” of the later procedure (following procedure) (Yes in S15). (S16), this procedure is recognized (S01), and the processing after S02 is continued. Further, if the current time does not match the “execution time zone” of the later procedure (following procedure) with the “procedure number” (No in S15), the processing unit 10 determines this procedure (the procedure recognized in S01). While recognizing, the process proceeds to S04 and subsequent steps.

  The processing unit 10 has time designation in the “execution time zone” corresponding to the procedure recognized in S01 (Yes in S02), and the current time acquired from the clock function unit 12 is the “execution time zone” in the time determination step. ”(No in S03), and if the current time has passed this“ execution time zone ”(Yes in S17), the process proceeds to a procedure (following procedure) later than the procedure recognized in S01. (S18), this procedure is recognized (S01), and the processing after S02 is continued.

  When the processing unit 10 determines that there is no communication between the portable terminal 1 and the landing short-range wireless communication device 300 in the communication determination step (No in S04), the acquired current floor is “departure” in the call determination step. If it is determined that it does not match the “floor” (No in S06), and if the “elevator identification number” output from the processing unit 10 does not match the elevator identification number of the elevator 2 in the call determination step (No in S08). ), It is determined again whether the time is designated in the “execution time zone” of the recognized procedure (S02), and the subsequent processing is continued.

  The above remote operation program causes the processing unit 10 to make a landing call according to pre-registered conditions (for example, the determination table in FIG. 4), and when the landing call is made, the destination registered in advance Specify the floor. In other words, this program automatically causes the processing unit 10 to remotely operate the elevator 2 (departure call or destination floor designation) according to the behavior pattern (pre-registered conditions) without causing the user to perform input or the like. Can be done automatically.

  In addition, since the portable terminal 1 has the above-described program for remotely operating the elevator, the remote operation of the elevator 2 (designating a landing call or destination floor) is automatically performed according to the above-described effects (behavior patterns (pre-registered conditions)). Effects can be achieved.

  Further, since the elevator 2 is operated based on the above-mentioned remote operation program, the remote operation of the elevator 2 (designating a landing call or destination floor) is performed according to the above-described effects (behavior patterns (pre-registered conditions)). Effect of being able to be performed automatically).

  In the remote operation program of the present embodiment, the portable terminal 1 is caused to perform various steps when the current time is the registered time or time zone, so that the elevator 2 can be operated according to the user's behavior pattern. Remote operation can be performed.

  Further, in the remote operation program of the present embodiment, the processing unit 10 sends the “elevator-specific information (elevator identification number) from the control microcomputer 20 to the elevator-specific information previously registered in the storage unit 11 (“ elevator When a signal indicating that the identification number is different from “)” is output, the call signal output step and the destination signal output step are stopped. Therefore, operation with respect to elevators other than elevators registered in advance can be prevented.

  Further, the remote operation program according to the present embodiment causes the processing unit 10 to be in the destination floor output step when the user carrying the mobile terminal 1 approaches the car 21 (for example, the user boarded the car 21). A destination floor signal is output from the portable terminal 1 even if the user is not approaching the car (for example, the user is not in the car 21). This can be prevented.

  In the remote operation program according to the present embodiment, when the processing unit 10 cannot acquire the landing 30 (current floor) where the user is staying in the communication determination step, the landing call is unnecessary in the call determination step. In order to make a determination, for example, when the user does not intend to use the elevator 2 and has once passed near the elevator 2, or when the user has left after approaching the elevator 2, the hall call is not executed.

  In the remote operation program of the present embodiment, the control microcomputer 20 executes a hall call when the “elevator identification number” in the determination table output from the processing unit 10 matches the elevator identification number of the elevator 2. To do. Therefore, for example, after the user leaves the building 3B of one ridge in the workplace and leaves the office (after executing the procedure of “Procedure Number” 8), the user notices that he / she left something, Even if it approaches again to the landing 30B on the first floor of the building 3B, the “elevator identification number” corresponding to the “procedure number” 9 is “0000001”, and the elevator identification number of the elevator 2B is “0000002”. The call is not executed. In other words, even if the user takes an action different from the registered action pattern and approaches the hall 30 of the elevator 2B different from the assumed elevator 2A, the hall call is not executed.

  Furthermore, in the remote operation program of this embodiment, the processing unit 10 does not recognize communication with the car short-range wireless communication device 210 (until communication is interrupted). In order to wait for “determination of whether or not” (S13 in FIG. 6), for example, the next hall call is not executed until the user gets off the car 21 that has arrived at the destination floor (destination floor). Can be secured.

  The remote operation program of the present invention is not limited to the above-described embodiment, and various changes can be made without departing from the scope of the present invention. For example, the configuration of another embodiment can be added to the configuration of a certain embodiment, and a part of the configuration of a certain embodiment can be replaced with the configuration of another embodiment. Furthermore, a part of the configuration of an embodiment can be deleted.

  For example, the determination table stored in the storage unit 11 may be automatically created from the schedule table of the mobile terminal 1 to which the user can write a schedule. In other words, the processing unit 10 acquires location and time information from schedule information registered in advance in the mobile terminal 1, and whether or not a car call is required in a pre-registered hall according to the location and time information. And the destination floor registered in advance may be changed.

  Specifically, the storage unit 11 includes a schedule table (see FIG. 7) including time and location in association with each other, and an auxiliary database (see FIG. 8) in association with location, departure floor, destination floor, and elevator identification number. ) May be stored. In this case, the processing unit 10 may automatically create a determination table (see FIG. 4) from the schedule table and the auxiliary database. In such a case, by using the schedule information registered in advance in the mobile terminal 1, it is possible to omit the user from separately inputting information regarding whether or not the hall call is necessary and the destination floor.

  In addition, information may be written in the determination table stored in the storage unit 11 when the user uses an interactive application. The interactive application is an application stored in the storage unit 11 and, for example, questions each item in the determination table (see FIG. 4) in order (for example, “What is the departure floor?”, “What is the destination floor?”). ”,“ What is the execution time zone? ”,“ What is the elevator identification number? ”, Etc.), and an application that allows the user to input an answer to this question.

  A terminal other than the storage unit 11 and capable of communicating with the processing unit 10 (for example, a server or a personal computer) may store a determination table, a schedule table, an auxiliary database, an interactive application, and the like. . In this case, since it is not necessary for the storage unit 11 to store these, the memory capacity of the mobile terminal 1 can be suppressed.

  For example, the determination table may store “jump destination” in association with “procedure number” so as to execute another specific procedure different from the executed procedure destination after executing the specific procedure. .

  Further, by storing “repetition destination” in association with the “procedure number” in the determination table, the processing unit 10 may repeat a specific procedure. Specifically, the processing table 10 stores the procedure “procedure number 1” to “procedure number 9” by storing “repetition destination 1” and “infinite number of repetitions” in association with “procedure number 10” in the determination table. Can be repeated every day.

  Furthermore, the determination table may group and store a plurality of procedures, so that the processing unit 10 may repeat the procedures of a specific group. Specifically, the determination table stores “group” in association with “procedure number” and stores the group name in “departure floor”, so that the processing unit 10 executes a grouped sequence of procedures. Can be reproduced.

  Note that the determination table does not have to store “repetition destination” even when the processing unit 10 repeats the daily behavior pattern. In this case, for example, the processing unit 10 can repeat the daily behavior pattern by inputting the command after the behavior of the day is completed and creating the determination table again.

  The determination table may store the repetition of a specific procedure only on a specific day of the week or a specific date. Specifically, the determination table may store “execution day” and “execution date” in association with “procedure number”. In addition, instead of storing the daily user behavior pattern, the determination table may store a weekly or monthly behavior pattern.

  Further, the determination table may store a “special operation password” in association with the “procedure number”. In this case, if the password input by the user and output from the mobile terminal 1 matches the “special operation password” in the determination table, the processing unit 10 is a landing for the target elevator car other than this user. It is possible to perform an operation (so-called VIP operation) for raising and lowering the car 21 with priority given to the hall call by the user by excluding the call.

  The judgment table is a hall 30 that only a specific user can enter (for example, a floor having a research and development room in the workplace, a floor having an executive room, or a floor that can be used only by residents of the floor in an apartment building) The “authentication password” may be stored in association with the “procedure number” for the procedure with the “floor” as the “target floor”. In this case, if the password input by the user and output from the portable terminal 1 matches the “authentication password” in the determination table, the processing unit 10 executes this procedure, and only a specific user enters. The car 21 can be raised and lowered to a possible landing 30.

  The determination table may store information such as “10 minutes later” in the “execution time zone” in association with the “procedure number”. In this case, the processing unit 10 can execute this specific procedure 10 minutes after the hall call executed last time. In this case, only a specific mobile terminal 1 (privileged mobile terminal 1) may store information such as “after 10 minutes” in the “execution time zone” for the determination table.

  The mobile terminal 1 may be able to communicate with the car short-range wireless communication device 210 and the landing short-range wireless communication device 300 by Bluetooth (registered trademark) that requires pairing one-on-one. In this case, when the portable terminal 1 communicates with the car short-range wireless communication device 210 and the landing short-range wireless communication device 300, for example, communication related to a secure hall call or destination floor designation such as the above-described VIP operation. Communication related to other hall calls and destination floor designation using Bluetooth may be performed by a wireless LAN or the like.

  The processing unit 10 waits for a determination as to whether or not there is a subsequent procedure (S14 in FIG. 6) until communication with the car short-range wireless communication device 210 is not recognized (until communication is interrupted) (S13) instead. You may wait for a predetermined time.

  The car 21 may not have the car short-range wireless communication device 210 installed therein. In this case, the processing unit 10 determines whether or not there is a subsequent procedure until the communication with the landing short-range wireless communication device 300 is once recognized and then no longer recognized (until the user leaves the landing 30) ( You may wait for S14).

  Even in these cases, for example, it is possible to prevent the next hall call from being executed until the user gets off the car 21 that has arrived at the destination floor (destination floor), so that the safety of the user can be ensured.

  The control microcomputer 20 may store information related to a landing (floor) at which the elevator 2 can stop as information unique to the elevator 2 in which the control microcomputer 20 is provided. Specifically, the control microcomputer 20 may store information on the lowermost floor and the uppermost floor where the elevator 2 can stop. In this case, when the control microcomputer 20 outputs a destination floor signal that designates “destination floor” (for example, the sixth floor) as the destination floor in the destination signal output step from the processing unit 10, the “control floor” (for example, 6th floor) and information specific to the elevator (for example, the hall (floor) provided in the elevator 2 is from the 1st floor to the 4th floor). Even if a signal indicating that the unique information is different from the unique information of the elevator registered in advance in the portable terminal 1 (a signal indicating that the elevator 2 has no landing (floor) on the “target floor”) ”is output. Good. Even in this case, the processing unit 10 can prevent operations other than elevators registered in advance by stopping the call signal output step and the destination signal output step when a signal indicating that the signals are different is output. it can.

  The control microcomputer 20 is provided in the elevator 2 where the “elevator identification number” output from the processing unit 10 is different from the elevator identification number of the elevator 2 or the “destination floor” output from the processing unit 10. When the destination floor (floor) is different, the car 10 may output a destination floor signal that designates the “target floor” as the destination floor instead of outputting a signal indicating that these are different. 21 need not be raised or lowered. In this case, an erroneous operation related to the movement of the car 21 (elevation of the car 21 in a building other than the building assumed in the behavior pattern) can be suppressed.

  A plurality of elevators 2 may be installed in one building 3. Specifically, when the elevators 2D and 2E are installed in the building 3D, the elevator identification number of the elevator 2D is included in the “elevator identification number” in the determination table. In S07 of FIG. Even if the elevator identification number is output, a signal indicating that the output elevator identification number matches the identification number of the elevator 2 is output to the control microcomputer 20 in S08, and the elevator car 2E arrives at the current floor. May be.

  Further, the elevator identification number may indicate a group composed of a plurality of elevators instead of indicating a specific (one) elevator. Specifically, when referring to a plurality of elevators 2D and 2E installed in a building 3D having an “elevator identification number 000010”, the procedure corresponding to the elevator identification number 000010 is executed by which of the elevators 2D and 2E. Also good. In this case, the control microcomputer 20 considers the driving efficiency among a plurality of elevators belonging to the target group (the group having the same identification number in S08) based on the “target floor” output in S07 (FIG. 5). Then, an appropriate elevator may be selected, and the elevator car may arrive at the current floor (departure floor) in S09.

  In addition, although the elevator 2 was installed in the building 3 having a plurality of landings (floors), it may be installed in a pedestrian bridge having a plurality of landings.

  DESCRIPTION OF SYMBOLS 1 ... Portable terminal (portable wireless terminal), 2, 2A, 2B, 2C, 2D, 2E ... Elevator, 20, 20A, 20B, 20C ... Control microcomputer, 21, 21A, 21B, 21C ... Car, 210, 210A, 210B , 210C ... Cable near field communication device, 3, 3A, 3B, 3C, 3D ... Building, 30 ... Place, 300 ... Place near field communication device, 301 ... Place call button

Claims (9)

A program for remotely operating an elevator that is installed in a portable wireless terminal and causes the portable wireless terminal to communicate with an elevator control microcomputer,
In the portable wireless terminal,
A start step including a communication determination step of determining whether or not communication has been made with a landing short-range wireless communication device provided at the elevator landing;
Whether or not to output a call signal for the hall call according to a pre-registered condition for necessity of the hall call when it is determined in the communication determining step that communication has been made with the hall short-range wireless communication device A call determination step for determining whether or not
A call signal output step for outputting the call signal to the control microcomputer when it is determined that the call signal is output in the call determination step;
A destination signal output step for outputting a destination floor signal designating a destination floor registered in advance when it is determined that at least the call signal is output in the call determination step;
A program for remote control of an elevator characterized in that The start step acquires a current time from the clock function unit of the portable wireless terminal, and determines whether the current time is a pre-registered time or a pre-registered time zone Including steps,
The program for remote operation of an elevator according to claim 1, wherein the call determination step is performed when it is determined in the time determination step that the current time is a pre-registered time or a pre-registered time zone. .   The necessity of the pre-registered hall call and the pre-registered destination floor are registered in association with each pre-registered time or each pre-registered time zone. The program for remote control of the elevator of 2.   A signal output from the control microcomputer via the landing short-range wireless communication device, and a signal indicating that the unique information of the elevator is different from the unique information of the elevator registered in advance in the portable wireless terminal The program for remote operation of an elevator according to any one of claims 1 to 3, wherein when the signal is output, the call signal output step and the destination signal output step are stopped.   Obtaining location and time information from schedule information registered in advance in the portable wireless terminal, and depending on the location and time information, conditions regarding the necessity of the hall call at the pre-registered hall, and The program for remote control of the elevator according to any one of claims 1 to 4, wherein the destination floor registered in advance is changed.   The destination floor output step outputs the destination floor signal when a car short-range wireless communication device arranged in a car and the portable wireless terminal can communicate with each other. The program for remote control of the elevator described in 1.   A portable wireless terminal comprising the elevator remote control program according to claim 1. A plurality of landing short-range wireless communication devices arranged at a plurality of landings, wherein the plurality of landing short-range wireless communication devices are capable of communicating with the portable wireless terminal having the elevator remote control program according to any one of claims 1 to 5. A landing short-range wireless communication device,
The control microcomputer capable of communicating with each of the plurality of landing short-range wireless communication devices and controlling the operation of the car;
An elevator characterized by comprising: A plurality of landing short-range wireless communication devices arranged at a plurality of landings, the plurality of landing short-range wireless communication devices capable of communicating with the portable wireless terminal having the elevator remote control program according to claim 6. ,
A car short-range wireless communication device disposed in the car, and a car short-range wireless communication device capable of communicating with the portable wireless terminal;
The control microcomputer capable of communicating with each of the plurality of landing short-range wireless communication devices and the short-range wireless communication device of the car and controlling the operation of the car;
An elevator characterized by comprising:

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