WO2023286178A1 - 工程管理装置 - Google Patents
工程管理装置 Download PDFInfo
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- WO2023286178A1 WO2023286178A1 PCT/JP2021/026371 JP2021026371W WO2023286178A1 WO 2023286178 A1 WO2023286178 A1 WO 2023286178A1 JP 2021026371 W JP2021026371 W JP 2021026371W WO 2023286178 A1 WO2023286178 A1 WO 2023286178A1
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- 238000000034 method Methods 0.000 title claims abstract description 266
- 230000003111 delayed effect Effects 0.000 claims abstract description 56
- 238000004886 process control Methods 0.000 claims description 6
- 238000007726 management method Methods 0.000 description 92
- 238000004519 manufacturing process Methods 0.000 description 22
- 238000004891 communication Methods 0.000 description 7
- 239000000758 substrate Substances 0.000 description 6
- 230000000052 comparative effect Effects 0.000 description 4
- 230000006870 function Effects 0.000 description 4
- 230000004048 modification Effects 0.000 description 4
- 238000012986 modification Methods 0.000 description 4
- 230000032258 transport Effects 0.000 description 3
- 230000002250 progressing effect Effects 0.000 description 2
- 229910000831 Steel Inorganic materials 0.000 description 1
- 238000010586 diagram Methods 0.000 description 1
- 230000000694 effects Effects 0.000 description 1
- 238000005516 engineering process Methods 0.000 description 1
- 102200126521 rs4498440 Human genes 0.000 description 1
- 102220041923 rs567706422 Human genes 0.000 description 1
- 239000010959 steel Substances 0.000 description 1
- 238000009628 steelmaking Methods 0.000 description 1
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- H—ELECTRICITY
- H05—ELECTRIC TECHNIQUES NOT OTHERWISE PROVIDED FOR
- H05K—PRINTED CIRCUITS; CASINGS OR CONSTRUCTIONAL DETAILS OF ELECTRIC APPARATUS; MANUFACTURE OF ASSEMBLAGES OF ELECTRICAL COMPONENTS
- H05K13/00—Apparatus or processes specially adapted for manufacturing or adjusting assemblages of electric components
- H05K13/08—Monitoring manufacture of assemblages
- H05K13/0882—Control systems for mounting machines or assembly lines, e.g. centralized control, remote links, programming of apparatus and processes as such
Definitions
- the technology disclosed in this specification relates to a process control device for managing mounting-related processes for mounting components on a board by a mounting device.
- a process control device for managing the progress of whether mounting-related processes comprising a plurality of partial processes are being carried out as planned.
- Patent Document 1 in the steelmaking process of the steel industry, an operation fluctuation prediction process that compares the operation plan and the operation result in the current operation and predicts the process that will cause a delay from the operation plan in the subsequent operation
- An apparatus for performing
- This specification provides a technique for notifying a partial process in which a delay occurs when mounting-related processes are being implemented based on the plan.
- the process management apparatus disclosed in the present specification displays a display and a plan image showing a plan of the mounting-related process including a plurality of sub-processes for the mounting apparatus to mount a component on a board.
- a first display control unit for displaying on the display for each of the partial steps;
- a second display control unit for displaying on the display together with the plan image for each of the partial steps;
- a third display control unit that causes the display to display together with the plan image in association with the partial process.
- the delay indicating the delay in the progress of the mounting-related processes with respect to the plan of the mounting-related processes.
- An image is displayed corresponding to the sub-process in which the delay occurs.
- a delayed image can indicate the sub-process in which the delay occurs.
- FIG. 4 shows a sequence diagram of processing for managing mounting-related processes; 4 shows a management screen of the first embodiment.
- FIG. 11 shows a management screen of the second embodiment; FIG.
- the third display control unit displays the delayed image on the display in association with the first partial plan image showing the plan of the first partial process in which the delay occurs.
- the user viewing the first partial plan image can know that the progress of the first partial process is delayed.
- the first display control unit displays the first partial plan image and the second partial plan image showing the plan of the second partial process that is the next process of the first partial process. are arranged along the time axis and displayed on the display, and the third display control unit arranges the delayed image between the first partial planning image and the second partial planning image.
- the first display control unit may arrange the second partial planning image at a position delayed by the time indicated by the delayed image and cause the display to display the second partial planning image.
- the image showing the progress of the second partial process (hereinafter referred to as the "second partial progress image") is displayed as the progress of the first partial process. It is placed at a position delayed by the amount of the delay.
- the second partial plan image is placed at the position as originally planned.
- the start time of the second partial progress image appears to be behind the start time of the second partial plan image by the delay in the progress of the first partial process.
- the second partial planning image is arranged at a position delayed by the delay in the progress of the first partial process. Therefore, the start time of the second partial progress image appears to align with the start time of the second partial planning image.
- the user would like the second sub-process progress relative to the plan because the start time of the second sub-process image and the start time of the second sub-plan image are aligned. It is possible to suppress erroneous recognition of delay.
- the component mounting system 2 includes a management terminal 10 , a picking terminal 100 , a setup terminal 200 and a mounting device 300 .
- Each device 10, 100, 200, 300 is connected to a local area network 4 (hereinafter referred to as "LAN 4").
- LAN 4" local area network 4
- Each device 10, 100, 200, 300 can communicate with each other via LAN4.
- the management terminal 10, the picking terminal 100, and the setup terminal 200 are terminal devices such as desktop PCs, notebook PCs, tablet terminals, smart phones, and handy terminals.
- the mounting apparatus 300 is an apparatus that mounts electronic components on substrates.
- the mounting apparatus 300 includes a cassette to which a component feeder that stores a plurality of electronic components can be attached, a transport device that transports the board into the mounting apparatus 300, and transports the electronic components supplied from the component feeder. a mounting unit for mounting on the substrate transported by the apparatus.
- the picking terminal 100 is a terminal device operated by a picking operator.
- a picking operator picks (collects) components (that is, substrates and component feeders) to be used in the mounting apparatus 300 from a warehouse that manages inventory of substrates and component feeders.
- the process implemented by a picking operator is described as a "picking process.”
- the picking process includes reading a code (for example, a barcode) identifying each part in the warehouse with the picking terminal 100 .
- the picking process may be performed by a robot instead of the picking operator.
- a control device that controls the robot may function as a picking terminal.
- the setup terminal 200 is a terminal device operated by an external setup worker.
- An external setup worker carries the components picked by the picking process to the periphery of the mounting apparatus 300 and arranges them at predetermined positions around the mounting apparatus 300 .
- the process performed by an external setup worker is described as an "external setup process.”
- the external setup process may be performed by a robot instead of the external setup operator.
- a control device that controls the robot may function as a setup terminal.
- the management terminal 10 is a terminal device for creating plan data indicating a plan for mounting-related processes for the mounting apparatus 300 to mount electronic components on a board, and for managing the progress of the mounting-related processes.
- the mounting-related process includes an internal setup process and a production process in addition to the above picking process and external setup process.
- the internal setup process is a process in which an internal setup operator attaches components arranged at predetermined positions in the external setup process to the conveying device and cassette of the mounting apparatus 300 .
- the components in the cassette attached to the mounting device 300 by the internal setup process are mounted on the substrate by the mounting device 300 in the production process.
- the internal setup process may be performed not only by the internal setup operator but also by a robot.
- the management terminal 10 may function as a control device that controls the robot.
- the management terminal 10 includes a communication interface 12 , a display 14 , an operation section 16 and a control section 30 .
- interface is abbreviated as "I/F”.
- the communication I/F 12 is an I/F for executing communication via the LAN 4 and is connected to the LAN 4.
- the display 14 displays various information.
- the operating unit 16 includes a plurality of keys (for example, a keyboard) that accept user's instructions. Note that the display 14 may function as a touch screen (that is, the operation unit 16) for accepting user instructions.
- the control unit 30 includes a CPU 32 and a memory 34.
- the CPU 32 executes various processes according to programs 40 stored in the memory 34 .
- the memory 34 is composed of a volatile memory, a nonvolatile memory, or the like.
- the program 40 is an application program for creating mounting-related processes and managing their progress.
- the program 40 is provided, for example, by the vendor of the mounting apparatus 300 and installed in the management terminal 10 by the user of the management terminal 10 .
- FIG. 2 The processing in FIG. 2 is realized by the component mounting system 2.
- FIG. In the following, from the viewpoint of ease of understanding, processing executed by each CPU of each device (for example, the CPU 32 of the management terminal 10) will not be described mainly for each device (for example, the management terminal 10). etc.).
- communication is performed via LAN4 and communication I/F12 between the management terminal 10 and other apparatuses (for example, picking terminal 100).
- the descriptions of "via LAN 4" and “via communication I/F 12" will be omitted unless otherwise specified.
- the user operates the operation unit 16 of the management terminal 10 to start the program 40 .
- the user uses the graphical user interface displayed according to the program 40 and the operation unit 16 to generate plan data.
- the plan data is data indicating a plan for mounting-related processes related to one type of production object (a board on which components are mounted (that is, a circuit board)).
- the planning data includes a start time and an end time for each step (eg, picking step, etc.) within the mounting-related steps. Note that in a modification, plan data may be generated that indicates a plan for mounting-related processes related to multiple types of production targets.
- the management terminal 10 transmits the plan data generated at T10 (hereinafter referred to as "target plan data") to each of the picking terminal 100, the setup terminal 200, and the mounting apparatus 300.
- target plan data the plan data generated at T10
- each device 100, 200, 300 displays a screen showing the plan of the mounting-related process indicated by the target plan data.
- the user initiates implementation-related processes based on the plan indicated by the target plan data.
- the user operates the operation unit 16 of the management terminal 10 to display on the display 14 a management screen (for example, S1 in FIG. 3) for managing mounting-related processes.
- a management screen for example, S1 in FIG. 3
- the management terminal 10 receives progress data from each of the devices 100, 200, and 300, and displays a progress image indicated by the progress data in the management screen.
- the progress data is data indicating the progress of the mounting-related process.
- the management screen S1 in FIG. 3 shows the management screen immediately after the mounting-related process is started.
- the management screen S1 includes a plan image L1 showing the plan of the mounting-related process indicated by the target plan data, a progress image R1 showing the progress of the mounting-related process, and an update button BT.
- the planning image L1 includes four partial planning images.
- the four partial plan images include a partial plan image of the picking process, a partial plan image of the external setup process, a partial plan image of the internal setup process, and a partial plan image of the production process.
- the four partial plan images are arranged along the time axis in the order of picking process, external setup process, internal setup process, and production process.
- the partial plan image indicating the picking process is a rectangle
- the left edge of the rectangle indicates the start time of the picking process
- the right edge of the rectangle indicates the end time of the picking process.
- the progress image R1 in the management screen S1 is a blank image.
- the update button BT is a button for updating images (that is, plan images and progress images) in the management screen.
- the management terminal 10 updates the images in the management screen based on the progress data received from each device 100 , 200 , 300 .
- the management screen S1 may not include the update button BT. In this case, the management terminal 10 may periodically and automatically update the images in the management screen based on the received progress data.
- the user of the management terminal 10 gives the picking operator an instruction to start the mounting-related process.
- the picking operator operates the picking terminal 100 to input information to the picking terminal 100 indicating the start of the picking process.
- the picking terminal 100 periodically transmits picking progress data indicating the progress of the picking process to the management terminal 10 at T24.
- Picking progress data includes elapsed time from the start of T22.
- the picking terminal 100 may transmit picking progress data to the management terminal 10 each time a picking worker picks an individual component.
- the picking operator operates the picking terminal to input information indicating the end of the picking process to the picking terminal 100 at T26.
- the picking terminal 100 transmits end data indicating the end of the picking process to the management terminal 10 .
- the management terminal 10 notifies the external setup worker of the start of the external setup process. For example, the management terminal 10 transmits a notification indicating the start of the external setup process to the setup terminal 200 .
- the external setup worker operates the setup terminal 200 to input information to the setup terminal 200 indicating the start of the external setup process.
- the setup terminal 200 periodically transmits external setup progress data indicating the progress of the external setup process to the management terminal 10 at T34.
- the off-line setup progress data includes the elapsed time from the start of T32.
- the setup terminal 200 may transmit the external setup progress data to the management terminal 10 each time the external setup worker finishes each process in the external setup process.
- the user of the management terminal 10 selects the update button BT in the management screen S1 during the execution of the external setup process.
- the management terminal 10 causes the display 14 to display the management screen S2 shown in FIG.
- the management screen S2 is the same as the management screen S1 except that it includes a progress image R2 updated from the progress image R1 in the management screen S1.
- the progress image R2 includes a partial progress image showing the progress of the picking process and a partial progress image showing the progress of the external setup process.
- the partial progress image like the partial plan image, is a rectangle, the left edge of the rectangle indicates the start time of the process indicated by the partial progress image, and the right edge of the rectangle indicates the progress of the process (that is, the elapsed time from the start time).
- the start time of the partial plan image of the picking process and the start time of the partial progress image of the picking process are aligned on the time axis. Furthermore, on the management screen S2, the end time of the partial plan image of the picking process and the end time of the partial progress image of the picking process are aligned on the time axis. Also, in this case, the external setup process is started as planned. Therefore, on the management screen S2, the start time of the partial plan image of the external setup process and the start time of the partial progress image of the external setup process are aligned on the time axis. At this time, the external setup process is in progress, so the right edge of the partial progress image of the external setup process in the management screen S2 indicates the time before the right edge of the partial plan image of the external setup process.
- the progress of the external setup process is delayed with respect to the plan indicated by the target plan data.
- the operator operates the setup terminal 200 to input information indicating the completion of the external setup process to the setup terminal 200 at T36.
- the setup terminal 200 transmits end data indicating the end of the external setup process to the management terminal 10 .
- the management terminal 10 informs the internal setup worker of the start of the internal setup process when the scheduled start time of the internal setup process arrives. For example, the management terminal 10 transmits a notification indicating the start of the internal setup process to the setup terminal 200 .
- the internal setup worker operates the mounting apparatus 300 to input information indicating the start of the internal setup process into the mounting apparatus 300.
- the mounting apparatus 300 periodically transmits internal setup progress data indicating the progress of the internal setup process to the management terminal 10.
- the internal setup progress data includes the elapsed time from the start of T42.
- the mounting apparatus 300 may transmit the internal setup progress data to the management terminal 10 each time the internal setup worker finishes each process within the internal setup process.
- the internal setup worker operates the mounting apparatus 300 at T46 to input information indicating the end of the internal setup process to the mounting apparatus 300.
- the internal setup worker operates the mounting device 300 to input information indicating the start of the production process to the mounting device 300.
- the mounting apparatus 300 periodically transmits production progress data indicating the progress of the production process to the management terminal 10 at T54.
- the production progress data includes elapsed time from the start of T52.
- the user of the management terminal 10 selects the update button BT in the management screen S2 during the execution of the internal setup process.
- the management terminal 10 causes the display 14 to display the management screen S3 shown in FIG.
- the management screen S3 differs from the management screen S2 in that it includes a progress image R3 updated from the progress image R2 in the management screen S2 and a plan image L3 updated from the plan image L1 in the management screen S2. It is the same.
- the progress image R3 is except that the right edge of the partial progress image of the outer setup process extends to the position indicating the end time of the setup process, and that the partial progress image of the inner setup process is added. , and the progress image R3 in the management screen S2.
- the planned image L3 is arranged at a position where the delayed image is added and both the partial planned image of the internal setup process and the partial planned image of the production process are delayed by the time indicated by the delayed image. It is the same as the plan image L1 except that the Here, the delay image indicates the time when the progress of the external setup process is delayed with respect to the plan of the external setup process. As shown in FIG. 3, the delayed image is placed between the sub-planned image of the external setup process and the sub-planned image of the internal setup process. A delayed image is a rectangle, and the width of the rectangle along the time axis indicates the time when the progress is delayed with respect to the plan. In this case, the left edge of the delayed image is the right edge of the partial plan image of the off-line setup process, and the right edge of the delayed image indicates the end time of the delayed off-line setup process.
- the end time of the delay image and the end time of the partial progress image of the external setup process are aligned on the time axis. Also, the start time of the inner setup process and the start time of the partial progress image of the inner setup process are aligned on the time axis.
- the delay image showing the progress delay of the mounting-related process with respect to the plan of the mounting-related process is Among the mounting-related processes, it is displayed on the display 14 adjacent to the partial plan image of the external setup process in which the delay occurs (management screen S3 in FIG. 3).
- a delay image adjacent to the off-setup process can inform the user that a delay is occurring in the off-setup process.
- the process in which a delay occurs is not limited to the external setup process, and may be another process (for example, a picking process, etc.).
- a comparative example is assumed in which the partial plan image of the internal setup process is placed in the position as initially planned.
- the start time of the partial progress image of the internal setup process appears to be behind the start time of the partial plan image of the internal setup process by the progress delay of the external setup process (management screen in FIG. 3). See dashed line in S3).
- the start time of the internal setup process is delayed due to the delayed end time of the external setup process, but the internal setup process is progressing as planned. In this case, the user may mistakenly perceive that the progress of the internal setup process is behind the plan by looking at the partial progress image of the internal setup process that appears to be delayed.
- the partial plan image of the internal setup process is arranged at a position delayed by the delay in the progress of the external setup process. Therefore, the start time of the partial progress image of the internal setup process appears to coincide with the start time of the partial plan image of the internal setup process. For example, in the above specific case, since the start time of the partial progress image of the internal setup process and the start time of the partial plan image of the internal setup process are aligned, the user can see that the progress of the internal setup process is behind schedule. It is possible to suppress erroneous recognition that
- the management terminal 10, the display 14, and the mounting apparatus 300 are examples of the "process control apparatus,”"display,” and “mounting apparatus,” respectively.
- a picking process, an external setup process, an internal setup process, and a production process are examples of "a plurality of partial processes”.
- the planned image L3, the progress image R3, and the delayed image in the management screen S3 are examples of the "planned image,” the "progress image,” and the “delayed image,” respectively.
- the external setup process and the internal setup process are examples of the "first partial process” and the "second partial process", respectively.
- the partial plan image of the outer setup process in the management screen S3 and the partial plan image of the inner setup process in the management screen S3 are examples of the "first partial plan image" and the "second partial plan image", respectively. is.
- the units 30 are examples of the “first display control unit”, the “second display control unit”, and the “third display control unit”, respectively.
- mounting-related processes related to multiple types of production objects are performed.
- the mounting-related process includes a first partial process for producing a first production object, a second partial process for producing a second production object, and a third production object. and a third sub-process for producing.
- Each of the first to third partial processes includes a picking process, an external setup process, an internal setup process, and a production process. Note that, in a modification, each of the first to third partial processes may include at least the production process, and may not include any one of the picking process, the external setup process, and the internal setup process.
- the management screen S5 in FIG. 4 shows the management screen immediately after the mounting-related process is started in this embodiment.
- the management screen S5 includes a plan image L5 showing the plan of the mounting-related process including the first to third partial processes, a progress image R5 showing the progress of the mounting-related process, and an update button BT.
- the first partial process has not yet started, so the progress image R5 in the management screen S5 is a blank image.
- the management terminal 10 causes the display 14 to display the management screen S6 shown in FIG.
- the management screen S6 differs from the management screen S5 in that it includes a progress image R6 updated from the progress image R5 in the management screen S5 and a plan image L6 updated from the plan image L5 in the management screen S6. It is the same.
- the progress image R6 is similar to the progress image R5 except that it includes a partial progress image of the first partial process and a partial progress image of the second partial process.
- the planning image L6 is arranged at the point where the delayed image is added, and at the position where both the partial planning image of the second partial process and the third partial planning image are delayed by the time indicated by the delayed image. is the same as the planning image L5 except that Here, the delayed image indicates the time when the progress of the first partial process is delayed with respect to the plan of the first partial process.
- the delayed image is placed between the partial planning image of the first partial process and the partial planning image of the second partial process.
- the end time of the delayed image and the end time of the partial progress image of the first partial process are aligned on the time axis.
- the start time of the second partial process and the start time of the partial progress image of the second partial process are aligned on the time axis.
- the delay image adjacent to the first partial process can inform the user that the delay has occurred in the first partial process. Furthermore, since the start time of the partial progress image of the second partial process and the start time of the partial plan image of the second partial process are aligned, it is possible that the progress of the second partial process is behind the plan. It is possible to suppress erroneous recognition.
- the first to third partial steps are examples of "a plurality of partial steps”.
- the planned image L6, the progress image R6, and the delayed image in the management screen S6 are examples of the "planned image,” the "progress image,” and the “delayed image,” respectively.
- the first partial process for the first production object and the second partial process for the second production object are examples of the "first partial process” and the “second partial process", respectively.
- the partial plan image of the first partial process within the management screen S6 and the partial plan image of the second partial process within the management screen S6 are the "first partial plan image” and the "second partial plan image", respectively. This is an example of "image”.
- the delayed image is placed adjacent to the subplan image of the off-setup process.
- the delayed image may be placed adjacent to the partial progress image of the off-setup process.
- the "delayed image” may be displayed on the display in association with the delayed partial process (that is, at least one of the partial planning image and the partial progress image).
- the delayed image does not have to be arranged between the partial plan image of the external setup process and the partial plan image of the internal setup process.
- the delayed image may be placed above the partial plan image of the external setup process, or may be superimposed on the partial plan image of the external setup process.
- the partial plan image of the internal setup process may be placed at the position as initially planned.
- Component mounting system 4 Local area network 10: Management terminal 12: Communication I/F 14: Display 16: Operation Unit 30: Control Unit 32: CPU 34: Memory 40: Program 100: Picking terminal 200: Setup terminal 300: Mounting devices S1 to S6: Management screens L1 to L6: Planning images R1 to R6: Progress images BT: Update button
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Abstract
Description
(部品実装システム2;図1)
図1に示すように、部品実装システム2は、管理端末10と、ピッキング端末100と、段取り端末200と、実装装置300と、を備える。各装置10、100、200、300は、ローカルエリアネットワーク4(以下では「LAN4」と記載)に接続されている。各装置10、100、200、300は、LAN4を介して、互いに通信可能である。管理端末10、ピッキング端末100、及び、段取り端末200は、デスクトップPC、ノートPC、タブレット端末、スマートフォン、ハンディターミナル等の端末装置である。実装装置300は、電子部品を基板に実装する装置である。具体的には、実装装置300は、複数の電子部品を収容する部品フィーダを取り付け可能なカセットと、基板を実装装置300内へと搬送する搬送装置と、部品フィーダから供給された電子部品を搬送装置によって搬送された基板上に実装する実装ユニットと、を備える。
図2の処理は、部品実装システム2によって実現される。なお、以下では、各デバイスの各CPU(例えば管理端末10のCPU32等)が実行する処理について、理解の容易さの観点から、各CPUを主体として記載せずに、各デバイス(例えば管理端末10等)を主体として記載する。また、以下では、管理端末10と他の装置(例えばピッキング端末100)との間では、LAN4及び通信I/F12を介して、通信が実行される。ただし、以下では、特に言及しない限り、「LAN4を介して」及び「通信I/F12を介して」という説明を省略する。
本実施例の構成によれば、対象の計画データによって示される計画に基づいて実装関連工程が実施されている場合において、実装関連工程の計画に対する実装関連工程の進捗の遅れを示す遅延画像が、実装関連工程のうち、当該遅れが発生している外段取り工程の部分計画画像に隣接して、ディスプレイ14に表示される(図3の管理画面S3)。外段取り工程に隣接する遅延画像により、外段取り工程で遅れが発生していることをユーザに知らせることができる。なお、遅れが発生する工程は、外段取り工程に限らず、他の工程(例えばピッキング工程等)であってもよい。
管理端末10、ディスプレイ14、実装装置300が、それぞれ、「工程管理装置」、「ディスプレイ」、「実装装置」の一例である。ピッキング工程、外段取り工程、内段取り工程、生産工程が、「複数個の部分工程」の一例である。計画画像L3、進捗画像R3、管理画面S3内の遅延画像が、それぞれ、「計画画像」、「進捗画像」、「遅延画像」の一例である。外段取り工程と、内段取り工程とが、それぞれ、「第1の部分工程」、「第2の部分工程」の一例である。管理画面S3内の外段取り工程の部分計画画像と、管理画面S3内の内段取り工程の部分計画画像とが、それぞれ、「第1の部分計画画像」、「第2の部分計画画像」の一例である。
本実施例では、複数種類の生産対象に関連する実装関連工程が実施される。具体的には、実装関連工程は、第1の生産対象を生産するための第1の部分工程と、第2の生産対象を生産するための第2の部分工程と、第3の生産対象を生産するための第3の部分工程と、を含む。第1~第3の部分工程のそれぞれは、ピッキング工程、外段取り工程、内段取り工程、及び、生産工程を含む。なお、変形例では、第1~第3の部分工程のそれぞれは、少なくとも生産工程を含み、ピッキング工程、外段取り工程及び、内段取り工程のうちのいずれかを含まなくてもよい。
第1~第3の部分工程が、「複数個の部分工程」の一例である。計画画像L6、進捗画像R6、管理画面S6内の遅延画像が、それぞれ、「計画画像」、「進捗画像」、「遅延画像」の一例である。第1の生産対象の第1の部分工程と、第2の生産対象の第2の部分工程とが、それぞれ、「第1の部分工程」、「第2の部分工程」の一例である。管理画面S6内の第1の部分工程の部分計画画像と、管理画面S6内の第2の部分工程の部分計画画像とが、それぞれ、「第1の部分計画画像」、「第2の部分計画画像」の一例である。
4 :ローカルエリアネットワーク
10 :管理端末
12 :通信I/F
14 :ディスプレイ
16 :操作部
30 :制御部
32 :CPU
34 :メモリ
40 :プログラム
100 :ピッキング端末
200 :段取り端末
300 :実装装置
S1~S6 :管理画面
L1~L6 :計画画像
R1~R6 :進捗画像
BT :更新ボタン
Claims (3)
- ディスプレイと、
実装装置が部品を基板に実装するための実装関連工程であって、複数個の部分工程を含む前記実装関連工程の計画を示す計画画像を前記部分工程毎に前記ディスプレイに表示させる第1の表示制御部と、
前記実装関連工程の計画に基づいて前記実装関連工程が実施されている場合に、前記実装関連工程の進捗を示す進捗画像を前記部分工程毎に前記計画画像と共に前記ディスプレイに表示させる第2の表示制御部と、
前記実装関連工程の計画に基づいて前記実装関連工程が実施されている場合において、前記実装関連工程の計画に対して前記実装関連工程の進捗が遅れているときに、前記実装関連工程の計画に対する前記実装関連工程の進捗の遅れを示す遅延画像を、前記実装関連工程のうち、当該遅れが発生している前記部分工程に対応付けて、前記計画画像と共に前記ディスプレイに表示させる第3の表示制御部と、
を備える、工程管理装置。 - 前記第3の表示制御部は、前記遅延画像を、前記遅れが発生している第1の前記部分工程の計画を示す第1の部分計画画像に対応付けて前記ディスプレイに表示させる、請求項1に記載の工程管理装置。
- 前記第1の表示制御部は、前記第1の部分計画画像と、前記第1の部分工程の次工程である第2の前記部分工程の計画を示す第2の部分計画画像と、を時間軸に沿って並べて前記ディスプレイに表示させ、
前記第3の表示制御部は、前記遅延画像を、前記第1の部分計画画像と、前記第2の部分計画画像と、の間に配置して前記ディスプレイに表示させ、
前記第1の表示制御部は、前記第2の部分計画画像を、前記遅延画像によって示される時間だけ遅れた位置に配置して前記ディスプレイに表示させる、請求項2に記載の工程管理装置。
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