JP2005210476A - Sluice/sluiceway operation support system - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a sluice/sluiceway operation support system that easily grasps operator's actions. <P>SOLUTION: An instruction signal S1 is sent from a transmission device 36 of a control center 20 to a mobile terminal 14a and a regular operator operates an operation means 62, based on the instruction content of the instruction signal S1, so that a receive signal transmitting means 64 sends a receive signal S4 to a receiving device 38. When the regular operator goes to a sluice/sluiceway controller 18a according to the instruction contents, an arrival monitor means 72 detects the regular operator arriving and sends an arrival signal S5 to the receiving device 38. When the regular operator performs input operation of an input means 78, based on the instruction content, a sluice/sluiceway operating means 80 is driven to perform opening/closure control of a gate 100a constituting a sluice/sluiceway; and when the operation is completed, an operation monitor means 82 sends an operation-end signal S7 to the receiving device 38. <P>COPYRIGHT: (C)2005,JPO&NCIPI

Description

  The present invention relates to a lock gate / pipe operation support system that supports monitoring of the state of lock gates / pipe pipes provided in a river and management of behavior contents of operators of lock gates / pipe pipes.

  In the lock gate / pipe operation support system according to the prior art, the lock gate / pipe pipe installed in the river is monitored by a management center located away from the lock gate / pipe pipe, and in accordance with instructions from the management center. An operator goes to Xiamen and Xiamen and controls it.

  In this case, the person in charge at the management center can communicate the contents of the instruction to the operator's telephone by operating the dial of the telephone device provided in the management center, or the person in charge and the operator can make a direct call. By doing so, the instruction content is transmitted.

  In addition, a telephone response reporting device is arranged in the management center to automate message notification to the operator's telephone so that the instruction content is transmitted to the operator. As a result of examination by the present applicant, there was no document describing the prior art related to the present invention as a known invention.

  In the lock gate / pipe operation support system according to the prior art, two operators (a normal operator and a sub operator) are assigned to one lock / pipe operation. Normally, when an instruction content is transmitted from the management center to the main operator, the main operator goes to Xiamen and Xiamen.

  However, in the above-described Xiamen / Shuyu operation support system, even if the content of the instruction is transmitted from the management center to the telephone of the main operator, it is determined whether the main operator responds according to the instruction content. I can't confirm. For this reason, the management center is not sure when to prompt the execution of the instruction content to the primary operator who does not respond as instructed, and informs the sub-operator of the same instruction content as the primary operator. The time to do is delayed.

  The present invention has been made in consideration of the above-described problems, and enables the management center to grasp whether or not an operator is acting according to the content of an instruction from the management center. An object is to provide an operation support system.

  The Xiamen / Xiamen operation support system according to the present invention includes a portable terminal carried by an operator, an Xiamen / Xiamen control device that controls the Xiamen / Xiamen, the mobile terminal, and the Xiamen / Xiamen A transmission device that transmits a signal to the control device; a reception device that receives a signal from the portable terminal and a signal from the lock gate / pipe control device; and the operator based on the signal received by the reception device And a management center having a control device for controlling the transmission device, the reception device, and the output device (invention of claim 1).

  In the above-described Xiamen / Menchu operation support system, the action content of the operator is output to the output device based on the signal received by the receiving device. Therefore, in the management center, the output device By confirming the output content, it is possible to grasp how the operator is acting.

  Further, the transmission device transmits an instruction signal indicating an instruction content for the operator to the mobile terminal, and the mobile terminal performs an input operation to confirm that the operator has confirmed the instruction content; A reception signal transmission means for transmitting a reception signal to the reception device based on an input operation of the operation means, and the Xiamen and Xiaochuan control device includes arrival monitoring means for monitoring arrival of the operator, Operation monitoring means for monitoring the completion of the work of the operator, and the arrival monitoring means, when the operator arrives at the lock / pipe control device based on the contents of the instruction, An arrival signal indicating arrival has been transmitted to the receiving device, and the work monitoring means operates the lock / pipe control device by the operator operating the lock / pipe control device based on the contents of the instruction. When is controlled A work completion signal indicating that an operator has completed work is transmitted to the receiving device, and the output device is configured to perform the instruction based on the received signal, the arrival signal, and the work completion signal from the receiving device. You may make it output the action content of the said operator who received the content (invention of Claim 2).

  Here, the instruction content indicated by the instruction signal includes, for example, movement to the Xiamen / Xiamen, opening / closing of the gate constituting the Xiamen / Xiamen, contact to the management center, home of the operator Includes waiting. In addition, the operation of the operator in the lock and pipe control device includes, for example, operation of the lock and lock control device, grasping the opening / closing state of the gate, grasping the river state, Includes contact.

  In this case, the instruction signal is transmitted to the portable terminal, and the reception signal is transmitted from the reception signal transmission unit to the reception device when the operator operates the operation unit. As a result, the management center can grasp that the operator has confirmed the instruction content. On the other hand, if the reception signal is not received by the receiving device even if the instruction signal is transmitted to the portable terminal, the management center grasps that the instruction content has not been confirmed yet. be able to.

  Further, when the operator goes to the lock gate / pipe control device based on the instruction contents, the arrival monitoring means detects the arrival of the operator and transmits the arrival signal to the management center. Accordingly, the management center can grasp that the operator has arrived at the lock / pipe control device according to the instruction content.

  Further, when the operator operates the lock / pipe control device based on the instruction content to control the lock / pipe control, the work completion signal is transmitted to the management center. Therefore, in the management center, it is possible to grasp that the operator has performed the work of the lock and the pipe according to the contents of the instruction.

  Thus, the management center can accurately grasp the behavior of the operator from the transmission of the instruction signal to the reception of the work completion signal.

  Furthermore, in the management center, the output device outputs the action content of the operator based on the received signal, the arrival signal, and the work completion signal. I can grasp it.

  In this case, the mobile terminal is preferably a mobile phone or a pager, for example, and the operation means is preferably an operation button of the mobile terminal, for example.

  In addition, the portable terminal compares the received instruction by comparing the instruction signal registration unit in which a plurality of instruction signals are registered in advance with the instruction signal received from the transmitter. Instruction signal determination means for determining the content of the signal, wherein the instruction signal determination means is configured such that a part of the received instruction signal is a part of one instruction signal among the plurality of instruction signals. If it is determined that there is an instruction content, the instruction content indicated by the one instruction signal may be indicated to the operator as the instruction content indicated by the received instruction signal (invention of claim 3).

  Thereby, even when communication between the management center and the portable terminal is interrupted by the surrounding environment of the portable terminal, for example, while the instruction signal is transmitted from the management center to the portable terminal, From the contents of a part of the instruction signal from the management center, the portable terminal can grasp what instruction contents the management center is trying to transmit. Accordingly, the operator can quickly go to the lock / pipe control device to perform the work.

  Further, the management center includes a transmission / reception monitoring device that monitors transmission / reception of the signals between the management center and the portable terminal and between the management center and the lock / pipe control device. And the transmission / reception monitoring device does not act based on the instruction content when the instruction signal is not transmitted, or when the reception signal, the arrival signal, or the work completion signal is not received. A non-action signal indicating this may be transmitted to the output device (invention of claim 4).

  As a result, the management center can determine that the operator has not confirmed the instruction content, or has not caused a predetermined action even when the instruction content is received. Can be promptly addressed.

  In this case, it is preferable that the transmission device retransmits the instruction signal to the mobile terminal based on the non-action signal from the transmission / reception monitoring device (invention of claim 5). Thereby, it is possible to promptly prompt the operator to execute the instruction content.

  Furthermore, the management center transmits the instruction signal to another portable terminal when the received signal is not received even if the instruction signal is transmitted to the portable terminal, and the other signal is transmitted based on the instruction signal. Another operator who carries the portable terminal may instruct to go to the Xiamen / pipe control device (invention of claim 6).

  As a result, even if the operator who has received the instruction signal cannot go to the Xiamen / Xiamen for some reason, the other operator can use the Xiamen / Xiaxi based on the instruction content. By going to the pipe, the Xiamen and Xiamen can be controlled reliably and quickly.

  Furthermore, the Xiamen / Xiamen control device has Xiamen / Xiamen monitoring means for monitoring the Xiamen / Xiaxi status, and the portable terminal retransmits the instruction signal to the management center. Re-transmission request means for obtaining, Xiamen / Xiamen monitoring means transmits Xiamen / Xiamen status signal indicating the status of Xiamen / Xiamen to the receiving device, the retransmission request means, When the operator operates the operation unit to request retransmission of an instruction signal, a retransmission signal indicating to request retransmission of the instruction signal based on a signal from the operation unit is transmitted to the receiving device, The transmitting device may transmit the Xiamen / Xiamen status signal and the instruction signal to the mobile terminal based on the retransmission signal and the Xiamen / Xiaxi status signal from the receiving device. (Invention of Claim 7).

  Thereby, even if the operator has forgotten the instruction content on the way to the lock gate and pipe after receiving the instruction content, by inquiring the management center via the portable terminal, Since the portable terminal receives the instruction signal again, the operator can reliably perform the work after arriving at the lock gate / pipe control device. In addition, when the portable terminal receives the Xiamen / Xiamen status signal, the operator can grasp the Xiamen / Xiamen status before reaching the Xiamen / Xiamen control device. As a result, it is possible to perform the action at the Xiamen / Xantou control device more quickly. In this case, the Xiamen / Yodo pipe status signal includes, for example, the opening / closing status of the gate and the river level in the Xiamen / Yodo pipe.

  Furthermore, the transmission device may transmit an additional signal indicating additional instruction content to the portable terminal of the operator heading for the lock gate / pipe control device based on the instruction signal ( (Invention of Claim 8)

  Thereby, when the situation of the lock and lock pipe changes while the operator heads to the lock gate and lock pipe control device based on the instruction signal, or when the water level of the river changes, These situations can be transmitted to the portable terminal as the additional signal, and the lock and lock can be controlled accurately.

  Still further, the Xiamen / Xiamen control device has an output device, and the output device arrives at the Xiamen / Xiamen control device based on the instruction signal and the additional signal from the transmission device. You may make it output the action content which the said operator should take (invention of Claim 9).

  As a result, the operator who arrives at the Xiamen / Pipe control device can act accurately according to the contents output from the output device. In this case, the additional signal may include the action content of the operator after the control of the lock and the sluice.

  According to the Xiamen / Koji tube operation support system according to the present invention, the action content of the operator is output to the output device based on the signal received by the receiving device. By confirming the output content, it is possible to grasp how the operator is acting.

  A preferred embodiment of the Xiamen / pipe tube operation support system according to the present invention will be described in detail below with reference to the accompanying drawings.

  FIG. 1 is an explanatory diagram of a lock gate / pipe operation support system 10 according to the present embodiment, and this lock / pipe operation support system 10 is carried by a plurality of operators 12a, 12b, and 22, respectively. Mobile terminals 14a, 14b, 24, lock gates / pipe pipes 16a-16c provided between the river bank outside area 30 and the river bank area 32, and the locks controlling the lock gates / pipe pipes 16a-16c, respectively. The gate / pipe control devices 18a to 18c and the management center 20 that manages the lock / pipe control devices 18a to 18c are configured.

  The lock gates and pipes 16a to 16c are provided in a state of being embedded in the dikes 30a and 30b disposed on both sides of the dike land 30 in the river region, and the river 30c flowing in the dike land 30 and the dike land 32 As shown in FIGS. 1 to 3, the rivers (or water channels) 32 a to 32 c flowing into the river 30 c are partitioned by gates 100 a to 100 c.

  As shown in FIG. 1, two operators (a normal operator and a sub-operator) are arranged in each of the lock gate / pipe pipes 16a to 16c and the lock gate / pipe control devices 18a to 18c. . The primary operator is entrusted by the management center 20 to manage the respective locks and locks 16a to 16c, and the sub-operator manages the management of at least one lock and locks 16a to 16c as an assistance to each positive key. Consigned from the center 20. In FIG. 1, typically, the correct operator of the lock gate / pipe pipe 16a is the operator 12a, and the correct operator of the lock gate / pipe pipe 16b is the operator 12b, and the lock gate / pipe pipe 16a. , 16b indicates that the operator 22 is the sub-operator.

  The management center 20 is based on data transmitted from the lock gate / pipe control devices 18a to 18c (for example, the water level of the river, the state of the lock gate / pipe pipes 16a to 16c), and the lock gate / pipe pipes 16a to 16c. The surrounding situation is monitored. When it is necessary to control the lock gates / pipe pipes 16a to 16c, the contents of the instruction are transmitted from the management center 20 to the mobile terminal of the primary operator or the sub operator via wireless. Based on the contents of the instruction, the primary operator or the sub-operator goes to the appropriate lock / pipe 16a to 16c and operates the lock / pipe control devices 18a to 18c. As a result, the Xiamen and lance pipes 16a to 16c are controlled.

  In this case, the management center 20 first transmits the instruction content (for example, control of the lock gate / pipe pipe 16a) to the portable terminal 14a of the operator (normal operator) 12a of the lock gate / pipe pipe 16a. Based on the contents of this instruction, the correct operator 12a goes to the lock / pipe control device 18a and operates the lock / pipe control device 18a to control the lock / pipe 16a.

  On the other hand, even if the instruction content is transmitted from the management center 20 to the portable terminal 14a, if there is no response from the portable terminal 14a, the management center 20 determines that the main operator 12a is for some reason caused by the Xiamen / Plumbing controller 18a. After determining that it is in a state where it is not possible to go to the mobile terminal 24, the same instruction content is transmitted to the portable terminal 24 of the operator (sub operator) 22, and an instruction is given to perform the above-described work.

  In addition, even if the instruction content is transmitted from the management center 20 to the portable terminal 14a, if there is no response from the portable terminal 14a, the management center 20 may cause the regular operator 12a to go to the lock gate / pipe control device 18a. Judge that it is not possible. In such a state, when the sub operator 22 cannot go to the lock gate / pipe control device 18a because of going to the lock gate / pipe control device 18b, the management of the other lock gate / pipe control 16b. Is transmitted to the mobile terminal 14b of the main operator 12b who is in charge of the operation, and after the operator 12b arrives at the Xiamen / Xiamen 16b, the sub operator 22 is It is made to go to the gate and tub tube 16a.

  Here, as shown in FIG. 2, the control of the locks and locks 16a means locks when the water level of the river 30c in the outer bank 30 is lower than the river of the river 32 or the water channel 32a. As shown in FIG. 3, while the gate 100a constituting the pipe 16a is moved upward to open the gate 100a, water flows out from the river or water channel 32a in the inland land 32 to the river 30c in the outside water bank 30 In addition, when the water level of the river 30c is higher than the water level of the river or water channel 32a, the gate 100a is moved downward to close the gate 100a so that the water of the river 30c does not flow into the river or water channel 32a. Say.

  FIG. 4 is a block diagram showing in detail the internal configuration of the Xiamen / Xiamen operation support system 10 shown in FIG. 1, and representatively, the portable terminal 14a, Xiamen / Xiamen control device 18a, the management center 20, Is shown. Note that these internal configurations are the same for other portable terminals and lock gate / pipe control devices.

  The management center 20 includes a transmission device 36 that transmits a signal to the mobile terminal 14a and the lock gate / pipe control device 18a via the communication control device 34, and a mobile terminal 14a and the lock gate / pipe control via the communication control device 34. A receiving device 38 that receives a signal from the control device 18a, a transmission / reception monitoring device 40 that monitors transmission / reception states between the management center 20, the portable terminal 14a, and the lock gate / pipe control device 18a, a transmitting device 36, and a receiving device 38. And a processing device 42 for processing a signal from the transmission / reception monitoring device 40, an output device 44 for outputting a result processed by the processing device 42, and an input device for a person in charge of the management center 20 to input various information as required. 46, a communication control device 34, a transmission device 36, a reception device 38, a transmission / reception monitoring device 40, a processing device 42, an output device 44, a control device 48 for controlling the input device 46, and a pipe And a power supply 50 for supplying power to the various devices of the center 20.

  The communication control device 34 performs wireless communication with the mobile terminal 14a, and performs, for example, optical fiber communication with the lock gate / pipe pipe control device 18a.

  The transmission device 36 sends an instruction signal S1 indicating the content of the instruction regarding the lock gate / pipe pipe 16a to the portable terminal 14a of the primary operator 12a (see FIG. 1), and the lock signal indicating the status of the lock gate / pipe pipe 16a. The tub tube status signal S2 and the additional signal S3 indicating the additional instruction content are transmitted, or the instruction signal S1 and the additional signal S3 are transmitted to the lock gate / tuber tube control device 18a. In this case, the transmission device 36 stores, for example, a plurality of voice signals in advance, and can be used to transmit a voice signal to the mobile terminal 14a and the lock gate / pipe control device 18a under the control of the control device 48. It is.

  Here, the instruction contents indicated by the instruction signal S1 include, for example, “movement to the lock gate / pipe pipe control device 18a”, “opening the gate 100a of the lock gate / pipe pipe 16a”, “ This refers to various instruction contents such as “closure of gate 100a”, “contact to management center 20”, and “standby of operator 12a at home”.

  The transmission / reception monitoring device 40 is received by the reception device 38 and a determination means 52 that checks whether a good transmission / reception state is maintained between the management center 20 and the portable terminal 14a and the lock gate / pipe control device 18a. And a timer 54 for measuring a predetermined time based on the received signal.

  The output device 44 is, for example, a display or a printer.

  The processing device 42 and the control device 48 are, for example, a personal computer or a workstation.

  The input device 46 is, for example, a computer or workstation keyboard or mouse.

  The power supply device 50 includes an uninterruptible power supply.

  The portable terminal 14a includes a processing unit 58 for processing the instruction signal S1, the lock gate / pipe state signal S2 and the additional signal S3 received from the management center 20 via the communication control unit 56, and a result processed by the processing unit 58. On the basis of the instruction content of the instruction signal S1 displayed on the display means 60, the operation means 62 operated by the normal operator 12a (see FIG. 1), and the input operation on the operation means 62 A reception signal transmission unit 64 that generates a reception signal S4 indicating that the primary operator 12a has confirmed the instruction signal S1 and transmits the reception signal S4 to the management center 20 via the communication control unit 56; a communication control unit 56; A control unit 66 that controls the processing unit 58, the display unit 60, the operation unit 62, and the reception signal transmission unit 64, and a power source 68 that supplies power to each unit in the portable terminal 14a are provided. That.

  The mobile terminal 14a is, for example, a mobile phone or a pager.

  The display means 60 is, for example, a display or a speaker.

  The operation means 62 is, for example, a mobile phone or a pager dial.

  The lock gate / pipe control device 18a generates an arrival signal S5 indicating that the main operator 12a has arrived at the lock gate / pipe control device 18a, and the arrival signal S5 is transmitted to the management center 20 via the communication control means 70. , The processing unit 74 for processing the instruction signal S1 and the additional signal S3 from the management center 20, the output unit 76 for outputting the result processed by the processing unit 74, and the output unit 76. According to the contents and the display contents of the display means 60 of the portable terminal 14a, the input means 78 that the normal operator 12a performs the input operation, and the lock gate and the lock pipe that directly controls the opening and closing of the gate 100a based on the input operation at the input means 78 And operating means 80.

  The arrival monitoring means 72 is, for example, means provided with an optical sensor that detects arrival of the primary operator 12a, or means that is driven by the primary operator 12a pressing a button.

  The output means 76 is a display, for example.

  The input means 78 is, for example, a push button switch, a keyboard, or a mouse.

  On the upper side of the levee land 30 across the gate 100a of the lock gate / pipe 16a, there is a camera 84 for photographing the quay land 30 and the gate 100a side of the quay land 30 and an illumination device 96 for assisting the photographing by the camera 84. Are arranged above the bank land 32 across the gate 100a, and a camera 86 for shooting the bank land 32 and the bank 100a side of the bank 100a, and a lighting device for assisting the camera 86 in shooting. 98 are arranged. Images taken by these cameras 84 and 86 are transmitted to the lock / pipe monitoring means 92 arranged in the lock / pipe control device 18a.

  Further, a water level gauge 88 is disposed in the vicinity of the gate 100a of the river 30c, and a water level gauge 90 is disposed in the vicinity of the gate 100a of the river or water channel 32a. The water levels of the river 30c and the river or the water channel 32a measured by the water level gauges 88 and 90 are converted into signals by the water level conversion unit 94 and transmitted to the lock gate / pipe monitoring means 92.

  Xiamen / Xiamen monitoring means 92 generates Xiamen / Xiamen status signal S6 based on the images of cameras 84 and 86 and signals indicating the water level of river 30c and river or waterway 32a. The tube status signal S6 is transmitted to the management center 20 via the communication control means 70.

  Furthermore, the Xiamen / Xenji controller 18a generates an operation completion signal S7 indicating that the Xiamen / Xenji tube 16a is controlled by the Xiamen / Xenji operation means 80 and the work of the correct operator 12a is completed. The work monitoring means 82 transmits the work completion signal S7 to the management center 20 via the communication control means 70.

  Furthermore, the Xiamen / Xiamen control device 18a includes communication control means 70, arrival monitoring means 72, processing means 74, output means 76, input means 78, Xiamen / Xiamen operation means 80, work monitoring means 82, Xiamen. It has a control means 26 for controlling the gate / pipe pipe monitoring means 92 and the water level converter 94, and a power supply 28 for supplying power to each means in the lock gate / pipe pipe control device 18a.

  Next, the basic flow of control of the Xiamen / Xiamen 16a by the Xiamen / Xiamen operation support system 10 will be described with reference to the flowchart of FIG.

  First, in the Xiamen / Xiamen control device 18a (see FIG. 4), the Xiamen / Xiamen status signal S6 is generated based on the water level measurement and camera photographing by the Xiamen / Xiamen monitoring means 92, and the communication control means 70 , The lock gate / pipe pipe status signal S6 is transmitted to the management center 20 (step S100).

  In the management center 20, the receiving device 38 receives the Xiamen / Yodo tube status signal S 6 via the communication control device 34. The received Xiamen / Xiamen status signal S6 is transmitted to the processing device 42, whereby the Xiamen / Xiaxis 16a status analysis is performed in the processing device 42 (step S101).

  Based on the analysis result in the processing device 42, the instruction content for the primary operator 12a carrying the portable terminal 14a is determined. The control device 48 transmits to the transmitting device 36 that the instruction signal S1 indicating the instruction content is transmitted to the portable terminal 14a, and the transmitting device 36 transmits the instruction signal S1 to the portable terminal 14a via the communication control device 34. (Step S102).

  The instruction signal S 1 from the management center 20 is received by the processing unit 58 via the communication control unit 56. The processing means 58 processes the instruction signal S1 and causes the display means 60 to display the processing result (instruction content). The primary operator 12a uses the operation means 62 to input that the instruction content displayed on the display means 60 has been confirmed (step S103). In this case, if the operation means 62 is a mobile phone operation button, the primary operator 12a presses a predetermined button indicating confirmation of the instruction content among the buttons indicating 0-9.

  Based on the input operation of the operation means 62, the reception signal transmission means 64 generates a reception signal S4 and transmits the reception signal S4 to the management center 20 via the communication control means 56 (step S104).

  The reception signal S4 from the portable terminal 14a is received by the reception device 38 via the communication control device 34 (step S105).

  The reception signal S4 is transmitted to the timer 54 in the transmission / reception monitoring device 40, and the timer 54 starts measuring a predetermined time by receiving the reception signal S4 (step S106).

  On the other hand, after step S104, the correct operator 12a starts moving toward the lock gate / pipe control device 18a according to the instruction content (step S107).

  After that, when the primary operator 12a arrives at the Xiamen / Staff control device 18a (step S108), the arrival monitoring means 72 detects the arrival of the primary operator 12a (step S109), and an arrival signal S5 based on the detection result. Is generated. The arrival signal S5 generated by the arrival monitoring means 72 is transmitted to the management center 20 via the communication control means 70 (step S110).

  The arrival signal S5 is received by the receiving device 38 via the communication control device 34 (step S111), and is transmitted from the receiving device 38 to the processing device 42. The processing device 42 processes the arrival signal S5 and causes the output device 44 to output a result indicating that the main operator 12a has arrived at the Xiamen / Xantou control device 18a.

  On the other hand, the normal operator 12a who has arrived at the Xiamen / Pipe control device 18a performs an input operation on the input means 78 in accordance with the instruction content after Step S108 (Step S112). As a result, the Xiamen and tub tube operating means 80 is driven to perform opening / closing control of the gate 100a (step S113).

  When the opening / closing control of the gate 100a is completed and the completion of the opening / closing control is confirmed from the images taken by the cameras 84 and 86, the work monitoring means 82 generates a work completion signal S7. The data is transmitted to the management center 20 via the control means 70 (step S114).

  The work completion signal S7 is received by the receiving device 38 via the communication control device 34 (step S115) and transmitted to the processing device 42. The processing device 42 processes the work completion signal S7 and causes the output device 44 to output a result indicating that the primary operator 12a has performed the work for the instruction content from the management center 20.

  The basic operation of the Xiamen and lance tube operation support system 10 according to the present embodiment is as described above. However, when the primary operator 12a confirms the instruction content in steps S103 and S104, the operation means 62 is operated. When an input operation different from the predetermined input operation is performed, the reception signal S4 is not generated.

  Further, when the mobile terminal 14a is a mobile phone, the reception signal S4 is based on the mobile terminal 14a being put on hook after the primary operator 12a has finished listening to the voice indicating the instruction contents in the off hook state. May be generated.

  If the arrival signal S5 is not received by the receiving device 38 even after a predetermined time has elapsed since the timer 54 was activated in step S106, the determination means 52 in the transmission / reception monitoring device 40 determines that the primary operator 12a A non-action signal S13 indicating that the user is not acting according to the instruction content is transmitted to the processing device 42. In this case, the processing device 42 outputs the processing result of the non-behavior signal S13 (content indicating that the normal operator 12a is not acting according to the instruction content) to the output device 44.

  Further, the non-behavior signal S13 is transmitted to the transmission / reception monitoring device 40 even when the instruction signal S1 cannot be transmitted in step S102, the reception signal S4 is not received in step S105, or the work completion signal S7 is not received in step S115. The determination means 52 transmits the processing result of the non-behavior signal S13 to the output device 44 from the processing device 42.

  Next, other characteristic functions (first to fifth functions) possessed by the Xiamen / Koji tube operation support system 10 will be described with reference to FIGS.

  The first function is to display the instruction content indicated by the instruction signal S1 on the display means 60 only when the portable terminal 14a receives a part of the instruction signal S1 when the instruction content for the primary operator 12a is predetermined. It is a function that can be displayed.

  Specifically, as shown in FIG. 6, the instruction signal registration unit 102 in which a plurality of instruction signals S8 are registered in the portable terminal 14a, and each instruction signal S8 is loaded from the instruction signal registration unit 102, and communication is performed. Instruction signal S1 received from the management center 20 via the control means 56 or a part of the instruction signal S1 is compared, and an instruction signal S9 corresponding to the instruction content from the management center 20 is output to the processing means 58 from the determination result. Means 104 are provided.

  Here, the instruction content of the instruction signal S8 is substantially the same as the instruction content indicated by the instruction signal S1 described above, for example, “movement to Xiamen / Xiamen control device 18a”, “Xiamen / Xiamen This refers to various instruction contents such as “opening the gate 100a of 16a”, “closing the gate 100a of the lock gate / pipe pipe 16a”, “contacting the management center 20”, and “waiting at home of the operator 12a”.

  Next, the processing by the first function will be described with reference to FIGS. 5 and 7. First, the instruction signal S1 is transmitted from the transmission device 36 to the portable terminal 14a via the communication control device 34 (step S200). .

  Next, due to, for example, a communication failure between the management center 20 and the portable terminal 14a, only a part of the instruction signal S1 is received by the instruction signal determination unit 104 via the communication control unit 56 (step S201). ).

  The instruction signal determination unit 104 loads a plurality of instruction signals S8 from the instruction signal registration unit 102, and compares each loaded instruction signal S8 with a part of the instruction signal S1. As a result, among the loaded instruction signals S8, an instruction signal having a portion that coincides with a part of the instruction signal S1 is set as an instruction signal S9 corresponding to the instruction signal S1 from the management center 20 (step S202).

  Next, the instruction signal S9 is transmitted from the instruction signal determination unit 104 to the processing unit 58. The processing means 58 processes the instruction signal S9 and displays the instruction content on the display means 60 (step S203).

  Next, the second function is that when the primary operator 12a receives the instruction signal S1 from the management center 20 but does not arrive at the lock gate / pipe controller 18a within a predetermined time, the instruction signal S1 This is a function that prompts the execution of the indicated content.

  Specifically, as shown in FIGS. 5 and 8, the arrival signal S5 is sent from the lock / pipe control device 18a to the receiving device 38 even after a predetermined time has elapsed since the timer 54 started counting in step S106. Is not received (step S300), the control device 48 determines that the primary operator 12a has not arrived at the Xiamen / Puerperal tube control device 18a.

  Next, the control device 48 instructs the transmission device 36 to retransmit the instruction signal S1, and the transmission device 36 retransmits the instruction signal S1 to the portable terminal 14a according to this instruction (step S301).

  The retransmitted instruction signal S1 is received by the processing means 58 (see FIG. 4) via the communication control means 56, and the processed result (instruction content) is displayed on the display means 60. The correct operator 12a confirming the instruction content displayed on the display means 60 operates the operation means 62 (step S302). Thereby, the reception signal transmission means 64 generates the reception signal S4 based on the input operation of the operation means 62, and transmits this reception signal S4 to the management center 20 via the communication control means 56 (step S303).

  The transmitted reception signal S4 is received by the reception device 38 via the communication control device 34 (step S304).

  The third function is that even if the instruction signal S1 is transmitted to the portable terminal 14a to be carried, the instruction content is not transmitted to the primary operator 12a, and the sub-operator 22 also acts based on other instruction contents (for example, other If there is no substantial operator for controlling the opening and closing of the gate 100a in the Xiamen / Xiamen 16a as a result of the action) The primary operator 12b in charge of the management of the 16b is sent to the lock / pipe control device 18b as a substitute operator of the sub-operator 22 to perform the management of the lock / pipe 16b, and the normal operator ( After confirming at the management center 20 that the agent 12b has arrived at the lock gate / pipe control device 18b, the sub-operator 22 is informed of new instructions to be sent to the lock / pipe control device 18a. It is a function.

  Specifically, as shown in FIG. 9, first, in the Xiamen / Xiamen control device 18a (see FIG. 4), the Xiamen / Xiamen monitoring means 92 uses the water level measurement and the camera photography based on the water level measurement. The pipe status signal S6 is generated, and the lock gate / funnel status signal S6 is transmitted to the management center 20 via the communication control means 70 (step S400).

  In the management center 20, the receiving device 38 receives the Xiamen / Yodo tube status signal S 6 via the communication control device 34. The received Xiamen / Xiamen status signal S6 is transmitted to the processing device 42, whereby the Xiamen / Xiaxis 16a status analysis is performed in the processing device 42 (Step S401).

  Based on the analysis result in the processing device 42, the instruction content for the primary operator 12a carrying the portable terminal 14a is determined. The control device 48 transmits to the transmission device 36 that the instruction signal S1 corresponding to the instruction content is transmitted to the portable terminal 14a, and the transmission device 36 transmits the instruction signal S1 corresponding to the instruction content via the communication control device 34. To the portable terminal 14a (step S402).

  However, even if the instruction signal S1 is transmitted to the mobile terminal 14a, for example, the correct operator 12a has not performed the input operation of the operation means 62 on the instruction content displayed on the display means 60, or the mobile terminal 14a is There is a case where the contents of the instruction are not grasped because it is not in hand (step S403). In such a case, the management center 20 does not receive the reception signal S4 from the portable terminal 14a, so it is determined that the operator 12a has not confirmed the instruction content.

  On the other hand, the sub-operator 22 has moved to another lock / pipe 16b based on other instruction contents (step S404). Therefore, in the management center 20, the instruction signal S1 is transmitted from the transmission device 36 via the communication control device 34 to the portable terminal 14b carried by the normal operator 12b of the Xiamen / Xiaochuan 16b (step S405). In this case, the instruction signal S1 for the portable terminal 14b is a signal indicating the instruction contents for the main operator 12b to go to the other lock gate / pipe 16b.

  In the portable terminal 14 b, the instruction signal S 1 is received by the processing unit 58 via the communication control unit 56. The processing means 58 processes the instruction signal S1 and causes the display means 60 to display the processing result (instruction content). The main operator 12b of the Xiamen / Xiaochu 16b inputs using the operating means 62 that the displayed instruction content has been confirmed (step S406).

  Based on the input operation of the operation means 62, the reception signal transmission means 64 generates a reception signal S4 and transmits the reception signal S4 to the management center 20 via the communication control means 56 (step S407).

  The reception signal S4 from the portable terminal 14b is received by the reception device 38 via the communication control device 34 (step S408).

  The reception signal S4 is transmitted from the reception device 38 to the timer 54 in the transmission / reception monitoring device 40, and the timer 54 starts measuring a predetermined time by receiving the reception signal S4 (step S409).

  On the other hand, after step S407, the primary operator 12b starts to move toward the lock / pipe control device 18b as a substitute operator of the sub operator 22 in accordance with the instruction content (step S410).

  Thereafter, when the primary operator (substitute operator) 12b arrives at the Xiamen / Pipe control device 18b (step S411), the arrival monitoring means 72 detects the arrival of the proxy operator 12b (step S412), and the detection result is displayed. Based on this, an arrival signal S5 is generated. The arrival signal S5 generated by the arrival monitoring means 72 is transmitted to the management center 20 via the communication control means 70 (step S413).

  The arrival signal S5 is received by the receiving device 38 via the communication control device 34 (step S414), and further transmitted from the receiving device 38 to the processing device 42. The processing device 42 processes the arrival signal S5, and causes the output device 44 to output a result indicating that the proxy operator 12b has arrived at the Xiamen / Xiaochuan control device 18b.

  As a result, since the substitute operator 12b performs work in the lock gate / pipe control device 18b instead of the sub operator 22, the sub operator 22 does not need to go to the lock / pipe control device 18b. Therefore, the control device 48 instructs the transmission device 36 to issue a new instruction to the portable terminal 24 carried by the sub operator 22. Based on this instruction, the transmission device 36 transmits a new instruction signal S10 to the portable terminal 24 via the communication control device 34 (step S415).

  In this case, the instruction signal S10 is a signal indicating an instruction content that does not overlap with the action of the proxy operator 12b, for example, “movement to another lock / pipe 16a”.

  Next, the instruction signal S10 is received by the processing unit 58 via the communication control unit 56 of the portable terminal 24, and the processing result (instruction content) in the processing unit 58 is displayed on the display unit 60. After confirming the instruction content, the sub operator 22 performs a confirmation input operation on the operation means 62 (step S416). In accordance with this input operation, the reception signal transmission unit 64 generates a reception signal S11, and the reception signal S11 is transmitted to the management center 20 via the communication control unit 56 (step S417).

  The reception signal S11 is received by the reception device 38 via the communication control device 34 (step S418), and is transmitted from the reception device 38 to the processing device 42. A result processed by the processing device 42 (a result indicating confirmation of the instruction content) is output to the output device 44. When the reception signal S11 is transmitted from the reception device 38 to the timer 54, the timer 54 starts measuring a predetermined time based on the reception of the reception signal S11 (step S419).

  On the other hand, after the reception signal S11 is transmitted from the portable terminal 24 to the management center 20 in step S417, the sub operator 22 moves to the lock gate 16a according to the instruction content (step S420).

  In step S411, the proxy operator 12b that has arrived at the Xiamen / 樋 管 control device 18b performs an input operation on the input means 78 in accordance with the instruction content based on the instruction signal S1 (step S421). As a result, the lock gate / pipe tube operating means 80 is driven to perform opening / closing control of the gate 100b (step S422).

  When the opening / closing control of the gate 100b is completed and the completion of the opening / closing control is confirmed from the images taken by the cameras 84 and 86, the work monitoring means 82 generates a work completion signal S7. The data is transmitted to the management center 20 via the control means 70 (step S423).

  Next, the work completion signal S7 is received by the receiving device 38 via the communication control device 34 (step S424), and further transmitted from the receiving device 38 to the processing device 42. The processing device 42 processes the work completion signal S7 and causes the output device 44 to output a result indicating that the proxy operator 12b has performed the work corresponding to the instruction content from the management center 20.

  The fourth function is the management center 20 when the correct operator 12a who receives the instruction content misses the instruction content or forgets it while heading for the lock gate / pipe control device 18a. It is a function that can inquire about the contents of instructions.

  As shown in FIG. 10, in the portable terminal 14a, a retransmission request signal S12 is generated based on an input operation on the operation means 62, and this retransmission request signal S12 is transmitted to the management center 20 via the communication control means 56. Request means 108 is provided.

  Specifically, as shown in FIG. 5 and FIG. 11, after step S107, the correct operator 12a operates the operation means 62 on the way to the lock gate / pipe control device 18a to retransmit the instruction content. Is obtained (step S500).

  The retransmission request unit 108 generates a retransmission request signal S12 based on the input operation of the operation unit 62, and transmits the retransmission request signal S12 to the management center 20 via the communication control unit 56 (step S501).

  The retransmission request signal S12 is received by the receiving device 38 via the communication control device 34 (step S502), and is transmitted from the receiving device 38 to the processing device 42.

  Next, the control device 48 instructs the processing device 42 to transmit the Xiamen / Xiamen status signal S6 to the transmission device 36, and also transmits the instruction signal S1 and Xiamen / Xiaxi status status signal S6 to the transmission device 36. Instruct to send. In accordance with this instruction, the transmission device 36 transmits the instruction signal S1 and the lock gate / funnel status signal S6 transmitted from the processing device 42 to the portable terminal 14a via the communication control device 34 (step S503).

  The transmitted instruction signal S1 and Xiamen / Pallet status signal S6 are received by the processing means 58 (see FIG. 10) via the communication control means 56 (step S504), and processed results (instruction contents, water level and The opening / closing state of the gate 100a of the lock gate / pipe 16a) is displayed on the display means 60. The correct operator 12a confirming the contents displayed on the display means 60 heads for the lock / pipe control device 18a while grasping the instruction contents and the situation around the lock / pipe 16a.

  Next, the fifth function is that the original operator 12a who received an instruction from the management center 20 is in the middle of going to the lock gate / pipe control device 18a, and the original situation is changed by the change of the situation of the lock gate / pipe pipe 16a. In addition to being able to give additional instruction contents to the instruction contents, the function is such that the main operator 12a can carry out the work without any errors in the lock / pipe control device 18a.

  Specifically, as shown in FIGS. 5 and 12, first, after the reception device 38 (see FIG. 4) receives the reception signal S4 in steps S105 and S106 and starts the time measurement by the timer 54, the control device 48 Based on the analysis result of the Xiamen and lance tube status signal S6 processed by the processing device 42, the transmission device 36 is instructed to transmit the additional signal S3 to the portable terminal 14a. Based on this instruction, the transmission device 36 transmits the additional signal S3 to the mobile terminal 14a via the communication control device 34 (step 600).

  In the portable terminal 14a, the additional signal S3 is received by the processing means 58 via the communication control means 56 (step S601), and the processing means 58 processes the additional signal S3 and displays the processing result (additional content) on the display means 60. Let Thereby, the primary operator 12a can confirm the displayed additional content.

  On the other hand, the transmission device 36 transmits the instruction signal S1 and the additional signal S3 to the lock gate / pipe control device 18a via the communication control device 34 (step S602). In this case, the additional signal S3 includes additional instruction contents, action contents to be taken by the primary operator 12a after performing the work, and the like.

  In the Xiamen / Xiaochuan controller 18a, the instruction signal S1 and the additional signal S3 are received by the processing means 74 via the communication control means 70 (step S603).

  After step S602, when the primary operator 12a arrives at the Xiamen / Xiaochuan controller 18a (step S604), the arrival monitoring means 72 detects the arrival of the primary operator 12a (step S605) and arrives based on the detection result. A signal S5 is generated. The arrival signal S5 generated by the arrival monitoring means 72 is transmitted to the management center 20 via the communication control means 70 (step S606).

  The arrival signal S5 is received by the receiving device 38 via the communication control device 34 (step S607), and transmitted from the receiving device 38 to the processing device 42. The processing device 42 processes the arrival signal S5 and causes the output device 44 to output a result indicating that the main operator 12a has arrived at the Xiamen / Xantou control device 18a.

  On the other hand, in the Xiamen / Panchu control device 18a, the processing unit 74 processes the instruction signal S1 and the additional signal S3, and causes the output unit 76 to output the processing result (instruction content and additional content) (step S608). The arrived normal operator 12a performs an input operation of the input unit 78 in accordance with the instruction content and the additional content output by the output unit 76 (step S609). As a result, the lock gate / pipe tube operating means 80 is driven in accordance with the input operation, and the opening / closing control of the gate 100a is performed (step S610).

  When the opening / closing control of the gate 100a is completed and the completion of the opening / closing control is confirmed from the images taken by the cameras 84 and 86, the work monitoring means 82 generates a work completion signal S7. The data is transmitted to the management center 20 via the control means 70 (step S611).

  Next, the work completion signal S7 is received by the reception device 38 via the communication control device 34 (step S612) and transmitted to the processing device 42. The processing device 42 processes the work completion signal S7 and causes the output device 44 to output a result indicating that the primary operator 12a has performed the work for the instruction content from the management center 20.

  Next, a new instruction content for the primary operator 12a is output from the processing means 74 to the output means 76 (step S613), and the primary operator 12a executes a new action according to the instruction content (step S614).

  Step S613 will be described in more detail with reference to FIG. 13. First, when the processing means 74 determines that the new instruction content from the management center 20 is a notification to the management center S700 (step S700). ), The contents for urging the management center S700 to contact the output means 76 is output from the processing means 74 (step S701).

  If the processing unit 74 determines that the new instruction content is content that prompts the primary operator 12a to go home (standby at home) (step S702), the processing unit 74 sends the output unit 76 to the primary operator 12a. An instruction to return home is output (step S703).

  Further, when the processing means 74 determines that the state of the lock / pipe 16a intended by the instruction contents is different from the state of the lock / pipe 16a after the work (step S704), the processing means The content which prompts execution of the opening / closing operation | work of the gate 100a again from the output means 76 is output from 74 (step S705).

  On the other hand, if the instruction content matches the result of the work, the processing means 74 to the output means 76 indicate that the next instruction is from the management center 20 until the lock gate / pipe control device 18a waits. (Step S706).

  As described above, in the lock gate / fistula operation support system 10 according to the present embodiment, the instruction signal S1 is transmitted from the management center 20 to the portable terminal 14a, and the normal operator is based on the instruction content indicated by the instruction signal S1. When 12 a operates the operation means 62, the reception signal S 4 is transmitted from the reception signal transmission means 64 to the management center 20. Thereby, in the management center 20, it can grasp | ascertain that the normal operator 12a confirmed instruction | indication signal S1. On the other hand, even if the instruction signal S1 is transmitted to the portable terminal 14a, if the reception signal S4 is not received by the reception device 38 of the management center 20, the primary operator 12a has not yet confirmed the instruction content of the instruction signal S1. This can be easily grasped by the management center 20.

  When the main operator 12a goes to the lock gate / pipe controller 18a based on the instruction signal S1, the arrival monitoring means 72 detects the arrival of the main operator 12a and transmits the arrival signal S5 to the management center 20. . Thereby, the management center 20 can easily grasp that the correct operator 12a has arrived at the lock gate / pipe control device 18a according to the instruction content.

  Further, when the primary operator 12a performs an input operation of the input means 78 based on the content of the instruction, the lock gate / pipe pipe operation means 80 is driven to control the lock / pipe pipe 16a. In this case, the work monitoring means 82 generates a work completion signal S7 and transmits this work completion signal S7 to the management center 20. Therefore, in the management center 20, the main operator 12a follows the instruction contents in the lock gate / pipe 16a. It can be easily grasped that the opening / closing operation of the gate 100a has been performed.

  As described above, the management center 20 can accurately grasp the behavior of the normal operator 12a from the transmission of the instruction signal S1 to the reception of the work completion signal S7.

  Furthermore, in the management center 20, since the output device 44 outputs the action content of the correct operator 12a based on the received signal S1, the arrival signal S5, and the work completion signal S7, the action of the correct operator 12a is changed. It is possible to grasp at once.

  Further, while the instruction signal S1 is being transmitted from the management center 20 to the portable terminal 14a, for example, even when the transmission is interrupted due to the surrounding environment of the portable terminal 14a, the instruction signal registration means 102 and the instruction signal determination means 104, the portable terminal 14a can grasp what instruction content the management center 20 was trying to transmit from some contents of the instruction signal S1. As a result, the correct operator 12a can quickly go to the lock / pipe control device 18a and perform work on the lock / pipe 16a.

  Further, the management center 20 has the transmission / reception monitoring device 40, so that whether or not the primary operator 12a is confirming the instruction content from the management center 20 or the predetermined content even if the instruction content is received. Therefore, it is possible to promptly take an appropriate response to the primary operator 12a.

  Furthermore, the primary operator 12a who receives the instruction signal S1 cannot go to the lock gate / pipe control device 18a for some reason, and the sub-operator 22 moves to the lock gate / pipe control device 18b. Even if it is in the state, the instruction signal S1 is transmitted to the portable terminal 14b of the substitute operator 12b, and the substitute operator 22 is sent to the lock gate / pipe control device 18b as a substitute and a new instruction is given to the portable terminal 24. By transmitting the signal S10 and sending the sub operator 22 to the lock / pipe control device 18a, the lock / pipe 16a can be controlled reliably and quickly.

  Furthermore, even if the instruction content indicated by the instruction signal S1 is forgotten or an oversight occurs when the main operator 12a receives the instruction signal S1 and goes to the lock gate / pipe control device 18a. When the retransmission request signal S12 is transmitted from the portable terminal 14a to the management center 20, the instruction signal S1 can be received again from the management center 20 to the portable terminal 14a together with the lock gate / pipe state signal S6. Accordingly, the primary operator 12a can reliably perform the work after arriving at the lock gate / pipe control device 18a.

  In addition, by receiving the Xiamen / Xiamen status signal S6, the primary operator 12a can grasp the status of Xiamen / Xiamen 16a before reaching the Xiamen / Xiamen control device 18a. It is possible to carry out the action at the Xiamen / Pistula control device 18a more quickly.

  Furthermore, when the surrounding situation of the lock gate / pipe pipe 16a changes while the main operator 12a goes to the lock gate / pipe pipe control device 18a based on the contents of the instruction, these changes are carried from the management center 20. By transmitting the signal to the terminal 14a as the additional signal S3, it is possible to accurately control the lock / pipe 16a.

  Furthermore, by displaying the instruction contents and the additional contents on the output means 76 of the lock gate / pipe pipe control device 18a, the normal operator 12a arriving at the lock gate / pipe pipe control device 18a is output from the output means 76. The work can be performed accurately according to the contents.

  It should be noted that the Xiamen / pipe pipe operation support system according to the present invention is not limited to the above-described embodiment, and can of course have various configurations without departing from the gist of the present invention.

It is explanatory drawing of the lock gate and a tub pipe operation assistance system which concerns on this Embodiment. It is sectional drawing along the II-II line of FIG. It is sectional drawing along the III-III line of FIG. FIG. 2 is a block diagram illustrating an internal configuration of the Xiamen / Pipe operation support system of FIG. 1. It is a flowchart explaining the operation | movement of the Xiamen and tub tube operation support system of FIG. It is a block diagram which shows a portable terminal. It is a flowchart explaining a 1st function. It is a flowchart explaining a 2nd function. It is a flowchart explaining a 3rd function. It is a block diagram which shows a portable terminal. It is a flowchart explaining a 4th function. It is a flowchart explaining a 5th function. It is a flowchart explaining the instruction | indication content with respect to the normal operator after completion | finish of work.

Explanation of symbols

DESCRIPTION OF SYMBOLS 10 ... Xiamen / Xenji operation support system 12a, 12b, 22 ... Operators 14a, 14b, 24 ... Portable terminal 16a-16c ... Xiamen / Xenji 18a-18c ... Xiamen / Xenji control device 20 ... Management center 26, 66 ... control means 28, 68 ... power source 30 ... outside levee 32 ... inside levee 34 ... communication control device 36 ... transmission device 38 ... receiving device 40 ... transmission / reception monitoring device 42 ... processing device 44 ... output device 46 ... input device 48 ... Control device 50 ... Power supply device 52 ... Determining means 54 ... Timers 56, 70 ... Communication control means 58, 74 ... Processing means 60 ... Display means 62 ... Operating means 64 ... Received signal transmitting means 72 ... Arrival monitoring means 76 ... Output means 78 ... Input means 80 ... Xiamen / Pipe pipe operating means 82 ... Work monitoring means 92 ... Xiamen / Pipe pipe monitoring means 94 ... Water level conversion units 100a to 100c ... Gate

Claims (9)

A mobile terminal carried by the operator,
Xiamen and Xiamen control device that controls Xiamen and Xiamen,
A transmitting device for transmitting signals to the mobile terminal and the Xiamen / Xiamen control device; a receiving device for receiving signals from the mobile terminal and a signal from the Xiamen / Xiamen control device; and the receiving device. A management center having an output device that outputs the action content of the operator based on the received signal, and a control device that controls the transmission device, the reception device, and the output device;
The Xiamen / Tongyu operation support system. In the Xiamen and Xiaochuan operation support system according to claim 1,
The transmission device transmits an instruction signal indicating an instruction content for the operator to the portable terminal,
The portable terminal includes an operation unit that performs an input operation to confirm that the operator has confirmed the instruction content, and a reception signal transmission unit that transmits a reception signal to the reception device based on an input operation of the operation unit. ,
The lock gate / pipe control device has arrival monitoring means for monitoring arrival of the operator, and work monitoring means for monitoring completion of work of the operator,
The arrival monitoring means transmits an arrival signal indicating that the operator has arrived to the receiving device when the operator has arrived at the Xiamen / Korean control device based on the instruction content,
The work monitoring means is configured such that when the operator controls the lock / pipe control device by operating the lock / pipe control device based on the instruction content, the operator completes the work. A work completion signal indicating that is sent to the receiving device,
The output device outputs the action content of the operator who has received the instruction content based on the reception signal, the arrival signal, and the work completion signal from the reception device. Tubular operation support system. In the Xiamen and lance operation support system according to claim 2,
The portable terminal is
An instruction signal registration means in which a plurality of instruction signals are registered in advance;
An instruction signal determination unit that compares the plurality of instruction signals with the instruction signal received from the transmission device and determines the content of the received instruction signal;
Have
When the instruction signal determination unit determines that a part of the received instruction signal is a part of one instruction signal among the plurality of instruction signals, the instruction content indicated by the one instruction signal To the operator as the instruction content indicated by the received instruction signal. In the Xiamen and lance operation support system according to claim 2,
The management center includes a transmission / reception monitoring device that monitors transmission / reception of the signals between the management center and the portable terminal and between the management center and the lock / pipe control device. ,
The transmission / reception monitoring device indicates that the operator is not acting based on the instruction content when the instruction signal is not transmitted or when the reception signal, the arrival signal, or the work completion signal is not received. A non-action signal is transmitted to the output device. In the Xiamen and Xiaochuan operation support system according to claim 4,
The transmission device retransmits the instruction signal to the mobile terminal based on the non-action signal from the transmission / reception monitoring device. In the Xiamen and lance operation support system according to claim 2,
The management center transmits the instruction signal to another portable terminal when the received signal is not received even if the instruction signal is transmitted to the portable terminal, and the other portable terminal is transmitted based on the instruction signal. Xiamen / Xiamen operation support system, characterized in that another operator to carry carries an instruction to go to the Xiamen / Xiamen control device. In the Xiamen and lance operation support system according to claim 2,
The Xiamen and Xiamen control device has Xiamen and Xiamen monitoring means for monitoring the status of the Xiamen and Xiamen,
The portable terminal has a retransmission request means for requesting the management center to retransmit the instruction signal;
The Xiamen / Xiamen monitoring means transmits an Xiamen / Xiamen status signal indicating the Xiamen / Xiaxi status to the receiving device,
The retransmission request means is configured to send a retransmission signal indicating that the instruction signal is to be retransmitted based on a signal from the operation means when the operator operates the operation means in response to the retransmission of the instruction signal. To the receiving device,
The transmitting device transmits the Xiamen / Xiamen status signal and the instruction signal to the mobile terminal based on the retransmission signal and the Xiamen / Xiaxi status signal from the receiving device. Xiamen / Tube operation support system. In the Xiamen and lance operation support system according to claim 2,
The transmission device transmits an additional signal indicating additional instruction content to the portable terminal of the operator heading to the lock / pipe control device based on the instruction signal. Pipe operation support system. In the Xiamen and lance tube operation support system according to claim 8,
The Xiamen and Xiamen control device has an output device,
The output device outputs an action content to be taken by the operator arriving at the lock gate / pipe control device based on the instruction signal and the additional signal from the transmission device.・ Tube operation support system.

Images