JP2022083658A - Information processing device - Google Patents

Abstract

To provide an information processing device in which a manager can easily grasp the progress of a material shipping process.SOLUTION: In a system that includes a server device, a terminal device, a plurality of mobile terminal devices, a plurality of code readers, a plurality of terminal devices, a communication network, and a plurality of base stations, the server device generates progress screen data indicating the progress of a shipping process and transmits the data to the terminal device, and the terminal device displays a progress screen 1100 indicated by the progress screen data. On the progress screen 1100, a shipping instruction number R21 (an example of instruction information) and the like are arranged in a vertical direction D1, and a material name 904 (an example of material information) is arranged in a horizontal direction D2. An object 1101 indicating a progress status is then synthesized at vertical and horizontal positions specified by the shipping instruction number R21 and the material name 904.SELECTED DRAWING: Figure 12

Description

The present invention relates to an information processing apparatus.

In the shipping management method according to the background technique, the information processing device generates unit information corresponding to each of a plurality of types of shipping units according to the unit of transportation of the members used for the construction of the house to the construction site. Based on these unit information, the progress from the production of building components to the shipment to the construction site is managed (see, for example, Patent Document 1).

Japanese Unexamined Patent Publication No. 2002-128243

In order to further improve the efficiency of the material shipping process, it is necessary to grasp the progress of the shipping process.

The present invention has been made in view of the above-mentioned circumstances, and an object of the present invention is to provide an information processing apparatus that generates information capable of grasping the progress of a member shipping process.

(1) The information processing apparatus of the present invention includes a first communication interface, a first memory, and a first processor. The first memory can store progress information for each combination of instruction information and member information, the instruction information identifies any of a plurality of shipping instructions, and the member information is carried out from the factory. It is information for identifying any of a plurality of members, and the progress information is information indicating the progress of a plurality of predetermined processes before being carried out from the factory. The first processor receives the responsible process information, the responsible instruction information, and the responsible member information transmitted from the first terminal device in response to an operation by the operator through the first communication interface, and receives the responsible process. The information is information for identifying the process in charge of the worker among the plurality of steps, and the instruction information in charge identifies the shipping instruction in charge of the worker among the plurality of shipping instructions. The information is information, and the member information in charge is information for identifying the member specified in the shipping instruction in charge of the worker among the plurality of members. The first processor receives the received process information in charge, the instruction information corresponding to the received instruction information in charge, and the progress information corresponding to the received member information in charge in the first memory. The update process for updating based on the process information, the instruction information stored in the first memory are arranged in the first direction, and the member information stored in the first memory is arranged in the second direction. A synthesis process for generating progress screen data showing a progress screen in which an object showing progress indicating the progress information is synthesized at a position specified by the instruction information and the member information is executed.

(2) In the progress screen, the plurality of member information that identifies the plurality of members manufactured in the same building in the factory are adjacent to each other in the second direction.

According to the above processing, it is easy to grasp whether or not there is a delay in the manufacturing of the members for each building.

(3) The instruction information includes the shipping date information indicating the shipping date of the member specified in the shipping order. The first processor displays the progress screen in which the member information including the shipping date information indicating the same shipping date is arranged so as to be adjacent to each other in the second direction among the member information stored in the first memory. Generate.

It is easy to grasp whether there is a delay in the progress of the process for each date.

(4) The first processor transmits the progress screen data to the second terminal device through the first communication interface. The second terminal device includes a second communication interface, a display, and a second processor. The second processor receives the progress screen data transmitted from the information processing apparatus through the second communication interface. The second processor causes the display to display the progress screen indicated by the received progress screen data.

Since the information processing device distributes the progress screen data, the progress can be grasped at the place where the second terminal device is located.

According to the present invention, it is possible to provide an information processing apparatus that generates information capable of grasping the progress of a member shipping process.

The figure which shows typically the arrangement of the building etc. in the site S1 of a factory. The schematic diagram which shows the structure of the system 100. The figure which shows various data stored in a memory 220. (A) and (B) are schematic views showing the contents of the shipping instruction 810 and the picking instruction 820, and (C) is a schematic diagram showing the mountain label 830. Flow chart of the shipping process. (A). (B) is a flowchart of a new registration process and a picking process end process. Flow chart of the end processing of the payout process. (A) and (B) are schematic diagrams showing the contents of the home delivery instruction 840 and the loading instruction 850. Flow chart of the end process of the home delivery process. Flowchart of the end processing of loading work. A flowchart showing the process of generating progress screen data. Schematic diagram showing the progress screen.

Hereinafter, the system 100 according to the embodiment of the present invention will be described. It goes without saying that the embodiments described below are merely examples of the present invention, and the embodiments of the present invention can be appropriately changed without changing the gist of the present invention.

[1. About the factory]
In FIG. 1, various facilities are provided in the factory site S1. The various facilities include at least one building F, a yard Y, an intermediate storage area P, and a management office A. In the example of FIG. 1, the reference codes "F1" to "F10" are attached to 10 buildings as the building F, and the reference codes "Y1" to "Y4" are attached to the four yards as the yard Y. There is. In the frames L1 and L2 of the alternate long and short dash line shown in FIG. 1, reference numerals "P1" to "P18" are attached to 18 intermediate storage sites as intermediate storage sites P. In the buildings and yards shown inside each of the frames L1 and L2, the same building and yard shown outside each of the frames L1 and L2 are designated by the same reference numerals.

At the factory, for example, various members constituting a standard type house (hereinafter, also simply referred to as "house") are manufactured. The various manufactured parts are shipped from the factory to the base of the housing manufacturer through the shipping process (see FIG. 5). The base is a facility that sorts various received parts and delivers them to the construction site of a house.

Specifically, each building F in the factory is a building for manufacturing a predetermined member among the members necessary for building a house. A building number for identifying the building F is assigned to each building F. Various members are roughly classified into exterior members and interior members. Exterior members include beams, pillars, roofing materials, exterior wall materials, entrance doors, and the like. Interior members include interior finishing materials, interior fittings, building materials, kitchens and the like.

After being manufactured, the members are placed in a predetermined lot storage area inside or around the building F. From the lot storage area, the picking staff picks the members according to the picking instruction 820 (see FIG. 4B). Then, the person in charge of picking puts the picked member on the pallet to create a "mountain" composed of at least one member.

The yard Y is a place where a person in charge of loading a freight vehicle (for example, a truck) performs loading work of a “mountain”. The yard Y is provided with at least one shipping platform so that the person in charge of loading can easily perform the loading work. Each shipping home is assigned a home number to identify the shipping home.

The yard Y may be a place where the work of unloading the cargo from the freight vehicle is performed. This baggage is, for example, a member (hereinafter, also referred to as a “commodity”) delivered from another vendor among various members constituting the house. Various products are also exterior and interior components of houses.

The intermediate storage area P is set in a place different from the lot storage area and the shipping platform, and is a place where the pallet on which the "mountain" is placed is temporarily placed. In addition, in FIG. 1, a plurality of intermediate storage areas P are collectively shown. Each intermediate yard P is assigned a yard number for identifying the intermediate yard P.

The management office A is a place for the manager to manage the progress of the shipping process (see FIG. 5) using the system 100 (see FIG. 2).

[2. About system 100]
In FIG. 2, the system 100 includes a server device 200, a terminal device 300, a plurality of mobile terminal devices 400, a plurality of code readers 500, a plurality of terminal devices 600, a communication network 700, and a plurality of base stations 800.

[Server device 200]
The server device 200 is installed inside or outside the site S1 and includes a processor 210, a memory 220, and a communication IF 230. IF is an abbreviation for interface. The processor 210 processes various information or various data (hereinafter referred to as "various information and the like") stored in the memory 220 according to a program stored in the memory 220. The communication IF 230 receives various information and the like from the communication network 700 and transfers them to the memory 220. The communication IF 230 sends various information and the like transferred from the memory 220 to the communication network 700 under the control of the processor 210.

[2-2. Map data 221]
As shown in FIG. 3, the memory 220 stores map data 221 as one of various data. The map data 221 is image data representing the map M in the site S1. Map M is a raster map. In this embodiment, the raster map is an aerial photograph. However, the map M may be a vector map without limitation. The raster map is an aerial photograph or a satellite photograph, and is a map representing facilities, roads, etc. in the site S1 as a set of pixels. The vector map is a map that expresses the facilities, roads, etc. in the site S1 by the coordinate values of the feature points and the connection relationship between the feature points.

The map M includes maps M1, M2, ... Mi at the scale of the i-layer. i is an integer of 2 or more. The maps M1 to Mi are common to each other in that they represent facilities, roads, and the like in the site S1. However, the scales SF1 to SFi of the maps M1 to Mi are different from each other. Scale SF1 is the largest scale and scale SFi is the smallest scale. That is, the map M1 is a map showing the facilities in the site S1 in the most detail among the maps M1 to Mi, and the map Mi is the coarsest map among the maps M1 to Mi.

[Intermediate storage DB222]
The memory 220 further stores the intermediate storage DB 222 as one of various data. DB is an abbreviation for database. The intermediate storage DB 222 has an intermediate storage record R1 for each intermediate storage P. The intermediate storage record R1 is an example of storage information. FIG. 3 shows j (where j is a natural number) intermediate storage records R1. Each intermediate storage record R1 contains a plurality of items. The plurality of items are the storage number R11, the position information R12, the first status information R13, the second status information R14, and the upper limit mountain number information R15. Further, the mountain information R16 can be registered in each intermediate storage record R1, and the mountain information R16 can be deleted from each intermediate storage record R.

The yard number R11 is a yard number assigned to the corresponding intermediate yard P. The position information R12 is information indicating the position of the feature point of the planar shape (for example, a rectangle) of the intermediate place P.

The first status information R13 indicates a schematic current state (hereinafter, also referred to as “first situation”) of each intermediate storage place P. The first situation is set to either "full", "placeable" or "vacant". "Full" indicates that there is no room for a "mountain". "Can be placed" indicates that there is room for a "mountain". "Vacant" indicates that there is no "mountain".

The plurality of first situations are assigned different colors from each other. Specifically, red, orange, and yellow are assigned to "full," "placeable," and "vacant," respectively.

The second status information R14 indicates the detailed current state or attribute of the intermediate storage place P (hereinafter, also referred to as “second situation or the like”). The second situation and the like are set to one of "shipping today", "shipping tomorrow", "loading after tomorrow", "vacant", and "prohibited". "Shipping today" indicates that today is the "mountain" of the shipping date. "Tomorrow's shipment" indicates that tomorrow is the "mountain" of the shipping date. "The day after tomorrow" indicates that the "mountain" of the shipping date is placed after the day after tomorrow. "Vacant" indicates that no "mountain" is placed. "Prohibited" indicates that it is prohibited to place a "mountain".

The upper limit mountain number information R15 indicates the maximum number of mountains that can be placed in the corresponding intermediate storage area P. The mountain information R16 is information indicating the details of the "mountain" placed in the corresponding intermediate yard P. The details of the mountain information R16 will be described later. In FIG. 3, as the mountain information R16, an intermediate storage record R1 including k mountain information R161 to R16k and an intermediate storage record R1 not including the mountain information R16 are shown.

[Shipping instruction DB223]
The manager prepares one or more shipping instructions 810 as shown in FIG. 4A for the members required for the construction of a single house. Each shipping order 810 contains a plurality of items. The plurality of items are the shipping order number 901, the order 902, the shipping order 903, the set of member names 904 and the number 905, the shipping date 906, the arrival date 907, and the destination base 908.

The shipping order number 901 is a number that identifies the shipping order 810. A single house can also be identified by the shipping instruction number 901. Even when there are a plurality of shipping instructions 810, the same shipping order number 901 is assigned to the shipping instructions 810.

The order 902 is a number indicating the number of the shipping order 810 among all the shipping instructions 810. The shipping order 903 is an order in which the members specified by the shipping order number 901 are shipped from the factory.

The member name 904 is a name of a member (hereinafter, also referred to as a “designated member”) required for building a house designated by the shipping instruction 810. The number 905 is the number of members in the same set.

The shipping date 906 is the factory shipping date of the designated member. The arrival date 907 is the date when the designated member arrives at the base specified by the destination base 908. The destination base 908 is a base for transporting designated members.

The memory 220 further stores the shipping instruction DB 223 as one of various data, as shown in FIG. The shipping instruction DB 223 has a shipping instruction record R2 for each shipping order 810. FIG. 3 shows m shipment instruction records R2 (m is a natural number). In each shipping instruction record R2, the shipping instruction number 901, the order 902, the shipping order 903, the member name 904, the number of each member 905, the shipping date 906, the arrival date 907, and the destination base 908 are the shipping instruction number R21, the order R22. , Shipment order R23, member name R24, number of members R25, shipping date R26, arrival date R27, and destination base R28.

Further, each shipping instruction record R2 is configured so that the progress status R29 for each member can be registered. The progress status R29 is set to one of "unregistered", "picking completed", "payout completed", "home delivery completed", and "loading completed". That is, the progress status R29 is an example of process information indicating which of the picking process S21, the payout process S31, the home delivery process S41, and the loading operation S52 included in the shipping process has been completed. "Unregistered" indicates that none of the progress status R29 of "picking completed", "payout completed", "home delivery completed", and "loading completed" is registered. "Picking completed", "Payout completed", "Home delivery completed", and "Loading completed" mean that the picking process S21, the payout process S31, the home delivery process S41, and the loading operation S52, which will be described later, have been completed. Is shown.

[Terminal device 300]
In FIG. 2, the terminal device 300 is installed in the management office A and includes a processor 310, a memory 320, a communication IF 330, an operation unit 340, and a display 350. The processor 310 operates according to a program stored in the memory 320. The communication IF 330 receives various information and the like from the communication network 700 and transfers them to the memory 320. The communication IF 330 sends various information and the like transferred from the memory 320 to the communication network 700. The operation unit 340 includes a keyboard and a mouse, and is operated by an administrator. The display 350 displays various images under the control of the processor 310.

[Mobile terminal device 400, code reader 500]
Each mobile terminal device 400 is typically a tablet terminal or a notebook PC, and is assigned to an operator one by one. Each mobile terminal device 400 includes a processor 410, a memory 420, a wireless communication IF 430, a short-range wireless communication IF 440, an operation unit 450, and a display 460. The processor 410 operates according to the program stored in the memory 420. The wireless communication IF 430 performs wireless communication with the base station 800 installed in the cell in which the mobile terminal device 400 is located according to a wireless communication protocol such as IEEE 802.11. The cell is a small area for partitioning the site S1 and is a communication area for the base station 800. The short-range wireless communication IF440 performs wireless communication with the code reader 500 carried by the operator carried by the mobile terminal device 400 according to a short-range wireless communication protocol such as IEEE802.15.

The code reader 500 is assigned to each worker as a set with the mobile terminal device 400. The code reader 500 includes a camera, a processor, and a short-range wireless communication IF, decodes the code captured by the camera according to the operation of the operator, and transmits various information and the like obtained thereby to the mobile terminal through the short-range wireless communication IF. It is transmitted to the device 400. In this embodiment, the code is a two-dimensional code.

In FIG. 2, the worker A carries the mobile terminal device 400A and the code reader 500A. Workers B and C carry a set of mobile terminal devices 400B and a code reader 500B, and a set of mobile terminal devices 400C and a code reader 500C.

[Terminal device 600]
The plurality of terminal devices 600 are installed one by one around different lot storage areas. In addition, a plurality of terminal devices 600 may be installed in the vicinity of the same lot product storage area. Each terminal device 600 is a terminal device with a label printer function and is connected to the communication network 700. After the home setting process S41 (see FIG. 5) is completed, the operator operates the operation unit (not shown) of the terminal device 600 to input the mountain information R16 described later into the terminal device 600. The terminal device 600 encodes the input mountain information R16, prints an image showing each of the code and the mountain information R16 on the label, and discharges the code as the mountain label 830 (see FIG. 4C). The terminal device 600 sends the mountain information R16 from the communication IF (not shown) of the terminal device 600 to the communication network 700.

[Communication network 700, base station 800]
The communication network 700 is a LAN or WAN (Local / Wide Area Network).

The plurality of base stations 800 are installed one by one in the cell, and perform data communication with the mobile terminal device 400 in the cell via a wireless link. Each base station 800 performs data communication with the server device 200 through the communication network 700.

[3. Shipping process, operation of system 100]
Hereinafter, the shipping process will be described with reference to FIG. 5, and the operation of the system 100 will be described with reference to FIGS. 6 to 12.

[Outline of shipping process]
As shown in FIG. 5, the shipping process typically includes a manufacturing process S11, a picking process S21, a payout process S31, a home delivery process S41, an introductory procedure S51, a loading operation S52, and an introductory procedure S53. The manager creates various instructions required for the above process and hands them to the worker in charge of each process (hereinafter, also referred to as "person in charge").

[sign up]
After the administrator creates the shipping instruction 810 (see FIG. 4A), the terminal device 300 starts a process of newly registering the shipping instruction record R2 according to the operation unit 340 by the administrator.

In the terminal device 300, the processor 310 makes a transmission request (hereinafter, also referred to as "first transmission request") of the first registration screen to the server device 200 to the server device 200 in S101 of FIG. 6A as one of various information and the like. Is sent from the communication IF 330 to the communication network 700. The first registration screen is a screen for the administrator to input necessary items in the new shipping instruction record R2 (see FIG. 3).

In the server device 200, in S102 of FIG. 6A, the processor 210 responds to the reception of the first transmission request and displays the image data for displaying the first registration screen (hereinafter, “first registration screen data””. Also referred to as) is sent to the communication network 700 as one of various information and the like.

In response to the reception of the first registration screen data, the processor 310 of the terminal device 300 causes the display 350 to display the first registration screen in S103 of FIG. 6A. The administrator operates the operation unit 340 while referring to the first registration screen, and inputs each item of the shipping instruction 810 (see FIG. 4A) to the terminal device 300.

In S104 of FIG. 6A, the processor 310 sends information indicating each item of the shipping instruction 810 acquired in the memory 320 through the operation of the operation unit 340 to the communication network 700 as one of various information and the like.

In the server device 200, the processor 210 receives information indicating each item of the shipping order 810 through the communication network 700 and the communication IF 230. In response to this, in S105 of FIG. 6A, the processor 210 provides information indicating each item of the shipping instruction 810 with the shipping instruction number R21, the order R22, the shipping order R23, the member name R24, and each member. A new shipping instruction record R2 including the quantity R25, the shipping date R26, the arrival date R27, and the destination base R28 is created and registered in the shipping instruction DB 223 stored in the memory 220. The processor 210 further registers "unregistered" as the progress status R29 for each member name R24 in the shipping instruction record R2.

[Manufacturing process S11, picking process S21]
In the factory building F, various parts are manufactured and placed in the lot storage area (manufacturing process S11 in FIG. 5).

The manager creates one or more picking instructions 820 for the person in charge of the picking process S21 (hereinafter, also referred to as “picking person in charge”). As shown in FIG. 4B, the picking instruction 820 includes the same items as the shipping order 810.

The person in charge of picking picks the member specified in the picking instruction 820 from the lot storage area (picking step S21 in FIG. 5), puts it on a pallet, and creates a "mountain" on each pallet.

After the picking step S21 is completed, the person in charge of picking inputs the mountain information R16 for each “mountain” created by operating the terminal device 600 (see FIG. 2). As shown in FIG. 4C, the mountain information R16 has the shipping instruction number 901, the order 902, the shipping order 903, the member name 904, the shipping date 906, and the arrival specified in the picking instruction 820 as a plurality of items. In addition to day 907 and destination base 908, information indicating the total number of mountains 909 and mountain number 910 is included. The total number of mountains 909 is the total number of "mountains" created by the picking staff. The mountain number 910 is a number indicating each "mountain" created.

[End processing of picking process]
The terminal device 600 starts the end processing of the picking process shown in FIG. 6B in response to the input of the mountain information.

The terminal device 600 has the input shipping instruction number 901, order 902, shipping order 903, member name 904, shipping date 906, after the input mountain information is two-dimensionally coded in S201 of FIG. 6 (B). The destination base 908, the total number of mountains 909, the mountain number 910, and the created two-dimensional code 911 are printed on the label and discharged as the mountain label 830 (see FIG. 3C). The picker attaches each discharged mountain label 830 to the corresponding "mountain".

In S202 of FIG. 6B, the terminal device 600 transmits a picking completion notification (an example of the responsible process information) including the shipping instruction number 901 (an example of the responsible instruction information) to the server device 200 through the communication network 700.

In S203 of FIG. 6B, the processor 210 of the server device 200 searches the shipping instruction DB 223 for the shipping instruction record R2 including the shipping instruction number 901 of the picking completion notification in response to receiving the picking completion notification. .. The processor 210 further sets each progress status R29 included in the searched shipping instruction record R2 as "picking completed".

[Payout process S31, end processing of payout process]
The person in charge of picking transports each pallet on which the "mountain" created in the picking step S21 (see FIG. 5) is placed to the intermediate storage place P by a lifter (for example, a forklift) and places it (payout step S31 in FIG. 5).

The picking person operates the mobile terminal device 400 when the payout process S31 is completed. In the mobile terminal device 400, the processor 410 starts the end processing of the payout process shown in FIG. 7 according to the operation of the picking person.

In S301 of FIG. 7, the processor 410 of the mobile terminal device 400 sends a message urging the code reader 500 to read the two-dimensional code 911 of the mountain label 830 attached to the "mountain" placed in the intermediate storage area P with the display 460. To display.

The code reader 500 captures and decodes an image showing the two-dimensional code 911 according to the operation of the picking person, thereby acquiring the mountain information R19. The code reader 500 transmits the acquired mountain information R19 to the mobile terminal device 400 according to the short-range wireless communication protocol.

In S302 of FIG. 7, the processor 410 of the mobile terminal device 400 acquires the mountain information R19 transmitted from the code reader 500 to the memory 420 through the short-range wireless communication IF440.

Next, in S303 of FIG. 7, the processor 410 displays a message prompting the input of the storage number of the intermediate storage P on the display 460. The person in charge of picking operates the operation unit 450 to input the place number of the intermediate place P where the "mountain" is placed into the mobile terminal device 400. In S304 of FIG. 7, the processor 410 acquires information indicating the storage number in the memory 420 through the operation of the operation unit 450, and then generates a set of the mountain information R19 and the storage number.

S301 to S304 are repeated by the number of ridges created in the picking step S21. Following the final S304, the processor 410 sends a payout completion notification (an example of the process information in charge) including a set of mountain information R19 and a place number for the number of mountains in S305 to a server device through the base station 800 and the communication network 700. Send to 200. The shipping instruction number 901 included in the mountain information R19 is an example of the instruction information in charge.

In response to the receipt of the payout completion notification, the processor 210 of the server device 200 displays the shipping instruction record R2 including the shipping instruction number 901 included in the mountain information R19 of the payout completion notification in the shipping instruction DB 223 in S306 of FIG. Search for. The processor 210 further sets each progress status R29 included in the searched shipping instruction record R2 as "payout completed".

In S307 of FIG. 7, the processor 210 searches the intermediate storage DB 222 for the intermediate storage record R1 including the same storage number R11 as the storage number included in the payout completion notification. Further, the processor 210 additionally registers the mountain information R19 of the same set as the storage number in the searched intermediate storage record R1.

S306 to S307 are repeated for the number of mountain information R19 included in the payout completion notification.

[Home out process S41]
The manager creates a home delivery instruction 840 for the person in charge of the home delivery process S41 (see FIG. 5) (hereinafter, also referred to as a home delivery person). The administrator operates the terminal device 300 for creating the home delivery instruction 840. By this operation, the condition of the specific intermediate place record R1 (hereinafter, also referred to as "designated condition") is specified. The designated conditions are at least the shipping date R26 and the destination base R28. In the terminal device 300, the processor 310 sends a transmission request (hereinafter, also referred to as “second transmission request”) including the designated condition of the intermediate storage record R1 to the communication network 700.

In the server device 200, the processor 210 searches for the specific intermediate storage record R1 from the intermediate storage DB 222 and sends it to the communication network 700 in response to the reception of the second transmission request. In the terminal device 300, the processor 310 causes the display 350 to display the specific intermediate storage record R1. The administrator creates a home issuing instruction 840 while referring to the specific intermediate storage record R1. In FIG. 8A, the home issuing instruction 840 includes a set of mountain information R16, storage number R11, and home number R30. In the home delivery instruction 840, the storage number R11 indicates the intermediate storage P where the "mountain" specified by the mountain information R16 of the same group is placed. The home number R30 indicates a shipping home indicating a destination of the “mountain” specified by the mountain information R16 of the same group.

The administrator operates the terminal device 300 and inputs the home number R30 shown in the home issuing instruction 840 to the terminal device 300 for each mountain information R16. The processor 310 sends the set of the input mountain information R16 and the home number R30 to the communication network 700.

In the server device 200, the processor 210 receives the set of the mountain information R16 and the home number R30 through the communication network 700, and the shipping instruction record including the shipping instruction number R21 of the received mountain information R16 in the shipping instruction DB 223. Search for R2. The processor 210 registers the home number R30 of the same set as the received mountain information R16 in the searched shipping instruction record R2 (see FIG. 3).

The person in charge of the home delivery process S41 (hereinafter, also referred to as “home delivery person”) is identified by the mountain information R16 from the intermediate storage area P specified by the storage area number R11 specified in the home delivery instruction 840. The "mountain" is transported to the shipping home specified by the home number R30 by a lifter or the like. When the person in charge of taking out the platform finds a "mountain" in the intermediate storage area P, the code reader 500 follows the operation of the person in charge of taking out the platform and attaches the mountain label 830 (see FIG. 4C) to the "mountain". An image showing the two-dimensional code 911 is captured and decoded, thereby acquiring mountain information R19. The code reader 500 transmits the acquired mountain information R19 to the mobile terminal device 400 according to the short-range wireless communication protocol.

The processor 410 of the mobile terminal device 400 displays the mountain information R19 transmitted from the code reader 500 on the display 460 in response to the acquisition in the memory 420 through the short-range wireless communication IF440. The person in charge of home delivery confirms whether or not he / she is trying to transport the correct “mountain” specified in the home delivery instruction 840 by the mountain information R19 displayed on the display 460.

[End processing of home delivery process S41]
When the home delivery process S41 is completed, the home delivery person operates the mobile terminal device 400. In response to this, the processor 410 of the mobile terminal device 400 starts the end processing of the home-taking process shown in FIG. Compared with the end processing of the payout process shown in FIG. 7, the end process of the home payout process shown in FIG. 9 is a point where "payout" is replaced with "home payout" and a point where "place number" is replaced with "home number". And S401 are executed instead of S307.

In S401 of FIG. 9, the processor 210 registers the home number R30 in the shipping instruction record R2 searched in S306 in the shipping instruction DB 223.

[Loading work S52, etc.]
In FIG. 5, when the freight vehicle arrives at the factory on the date and time designated by the manager or the like, it first goes to the management office A and performs the introductory procedure (S51). In the introductory procedure, the driver of the freight vehicle conveys the vehicle information to the manager and receives the loading instruction 850 (see FIG. 8B) from the manager. The vehicle information includes at least vehicle number 913 (see FIG. 8B) indicating the driver's freight vehicle. The vehicle information may include information indicating the driver's name 914 and the company name 915 to which the driver belongs, in addition to the information indicating the vehicle number 913. The loading instruction 850 includes the home number R30 and the shipping instruction number R21 in addition to the information indicating the vehicle number 913, the name 914, and the company name 915. In the loading instruction 850, the home number R30 indicates the shipping home to which the cargo vehicle is heading, and the shipping instruction number R21 indicates the "mountain" to be loaded into the cargo vehicle.

After completing the introductory procedure, the freight vehicle heads for the shipping home (hereinafter, also referred to as “designated home”) specified by the home number R30 of the loading instruction 850. The freight vehicle waits at the designated platform for the loading work (S52) by the person in charge of loading to be completed. The loading instruction 850 is also given to the person in charge of loading by the manager. The person in charge of loading loads all the "mountains" specified in the loading instruction 850 into the cargo vehicle (loading operation S52 in FIG. 5).

[End processing of loading work S52]
When the loading operation S52 is completed, the person in charge of loading operates the mobile terminal device 400. In response to this operation, in the mobile terminal device 400, the processor 410 starts the ending process of the loading operation shown in FIG.

In S501 of FIG. 10, the processor 410 causes the display 460 to display a message prompting the code reader 500 to read the two-dimensional code 911 of the mountain label 830 attached to the "mountain" to be loaded on the freight vehicle.

The code reader 500 captures and decodes an image showing the two-dimensional code 911 according to the operation of the person in charge of loading, thereby acquiring the mountain information R19. The code reader 500 transmits the acquired mountain information R19 to the mobile terminal device 400 according to the short-range wireless communication protocol.

The processor 410 of the mobile terminal device 400 acquires the mountain information R19 transmitted from the code reader 500 in the memory 420 through the short-range wireless communication IF440 in S502 of FIG.

S501 to S502 are repeated for the number of "mountains" specified in the loading instruction 850. Following the final S502, the processor 410 transmits a loading completion notification to the server device 200 through the base station 800 and the communication network 700 in S503. The loading completion notification (an example of the responsible process information) includes the shipping instruction number 901 (an example of the responsible instruction information) included in each mountain information R19 acquired in S502.

The processor 210 of the server device 200 includes the shipping instruction number 901 included in the loading completion notification in the shipping instruction DB 223 in S504 of FIG. 10 in response to receiving the loading completion notification as one of various information. Search the shipping instruction record R2. The processor 210 further sets each progress status R29 included in the searched shipping instruction record R2 as "loading completed".

S504 is repeated for the number of mountain information R19 included in the loading completion notification.

[Progress screen data generation process]
When the administrator wants to manage the progress of the shipping process, he / she performs a predetermined operation (hereinafter, also referred to as “first operation”) on the operation unit 340 of the terminal device 300. In the terminal device 300, in response to the first operation, in S601 of FIG. 11, the processor 310 sends a request for transmission of progress screen data to the server device 200 (hereinafter, also referred to as a “third transmission request”) to the communication IF 330. To the communication network 700. The progress screen data is image data for displaying the progress screen 1100 (see FIG. 12).

In the server device 200, the processor 210 generates progress screen data representing the progress screen 1100 in response to receiving the third transmission request through the communication network 700 and the communication IF 230 in S602, and from the communication IF 230 to the communication network 700. Send out. The process of generating progress screen data in S602 is an example of a synthesis process.

As shown in FIG. 12, the progress screen 1100 has predetermined sizes in the vertical direction D1 and the horizontal direction D2. The vertical direction D1 and the horizontal direction D2 are examples of the first direction and the second direction.

As shown in FIG. 12, the processor 210 lays out information indicating the member name 904 manufactured in each building F in the portion near one end of the vertical direction D1 on the progress screen 1100 so as to be arranged in the horizontal direction D2. Specifically, the member names 904 manufactured in the same building F are laid out so as to be adjacent to each other in the lateral direction D2. In other words, on the progress screen 1100, the member names 904 are laid out so as to be adjacent to each other for each building number 916.

The processor 210 reads all the sets of the shipping order number R21, the order R22, and the shipping order R23 from the shipping instruction DB 223 of the memory 220. As shown in FIG. 12, the processor 210 arranges information indicating the set of the read shipping instruction number R21, the order R22, and the shipping order R23 in the vertical direction D1 in the portion near one end of the horizontal direction D2 on the progress screen 1100. Layout like this. Specifically, the sets scheduled to be shipped on the same shipping date R26 are laid out so as to be adjacent to each other in the vertical direction D1.

The processor 210 reads each set of the member name R24 and the progress status R29 from each shipping instruction record R2. The processor 210 is at a position (hereinafter, also referred to as “vertical / horizontal position”) specified by the member name 904 (that is, the horizontal direction D2) and the shipping instruction number R21 (that is, the vertical direction D1) on the progress screen 110. In order to indicate R29, the progress object 1101 predetermined in the progress status R29 is synthesized. As described above, the progress status R29 is one of "unregistered", "picking completed", "payout completed", and "loading completed". In FIG. 12, the progress object 1101 is shown by dense hatching at the lower left when it is “unregistered”. The progress object 1101 is indicated by dense hatching at the lower right in the case of "picking completed". The progress object 1101 is indicated by a coarse hatching that descends to the right in the case of "payout completed". The progress object 1101 is indicated by a rough hatching that descends to the left in the case of "home delivery completed". The progress object 1101 is indicated by hatching in a grid pattern in the case of "loading completed".

The processor 210 reads out each set of the shipping instruction number R21, the member name 904, and the total number of mountains 909 from each mountain information R16 in each intermediate storage record R1. The processor 210 synthesizes the numbers indicated by the total number of ridges 909 in order to indicate the progress status R29 at the vertical and horizontal positions specified by the member name 904 and the shipping instruction number R21 on the progress screen 110.

The processor 210 sends the generated progress screen data from the communication IF 230 to the communication network 700. This completes S602 in FIG.

In the terminal device 300, the processor 310 causes the display 350 to display the progress screen 1100 indicated by the first progress screen data, as shown in FIG. 12, in response to receiving the progress screen data through the communication IF 330 in S603. ..

[Action and effect of system 100]
In this system 100, the server device 200 generates progress screen data indicating the progress status of the shipping process and transmits it to the terminal device 300. The terminal device 300 displays the progress screen 1100 indicated by the progress screen data. On the progress screen 1100, the shipping instruction number R21 (an example of instruction information) and the like are arranged in the vertical direction D1, and the member name 904 (an example of the member information) is arranged in the horizontal direction D2. Then, since the object 1101 indicating the progress status is synthesized at the vertical and horizontal positions specified by the shipping instruction number R21 and the member name 904, the manager can easily grasp the progress of the shipping process of the member. The communication IF 230, the memory 220, and the processor 210 are examples of the first communication interface, the first memory, and the first processor. The communication IF 330, the display 350, and the processor 310 are examples of a second communication interface, a display, and a second processor.

On the progress screen 1100, the names (member names) 904 of the plurality of members manufactured in the same building F are adjacent to each other in the lateral direction D2. As a result, the manager can easily grasp, for example, in which building F the manufacturing of the member is delayed.

On the progress screen 1100, the shipping instruction numbers R21 shipped on the same shipping date R26 are adjacent to each other in the vertical direction D1. As a result, the manager can easily grasp whether the shipping process is delayed for each shipping date R26, for example.

Since the terminal device 300 receives the progress screen data from the server device 200, the progress of the shipping process can be managed at the place where the terminal device 300 is located.

100 ... System 200 ... Server device 300 ... Terminal device 400 ... Mobile terminal device 210, 310, 410 ... Processor 220, 320, 420 ... Memory 230, 330 ... Communication IF
340, 450 ... Operation unit 350, 460 ... Display 430 ... Wireless communication IF
440 ... Short-range wireless communication IF

Claims (4)

An information processing device including a first communication interface, a first memory, and a first processor.
The first memory can store progress information for each combination of instruction information and member information, the instruction information identifies any of a plurality of shipping instructions, and the member information is carried out from the factory. It is information for identifying any of a plurality of members, and the above progress information is information indicating the progress of a plurality of predetermined processes before being carried out from the factory.
The first processor receives the responsible process information, the responsible instruction information, and the responsible member information transmitted from the first terminal device in response to an operation by the operator through the first communication interface, and receives the responsible process. The information is information for identifying the process in charge of the worker among the plurality of steps, and the instruction information in charge identifies the shipping instruction in charge of the worker among the plurality of shipping instructions. The information is information, and the member information in charge is information for identifying the member specified in the shipping instruction in charge of the worker among the plurality of members.
The first processor is
The received process information in charge, the instruction information corresponding to the received instruction information in charge, and the progress information corresponding to the received member information in charge in the first memory are updated based on the received process information in charge. Update process and
The position where the instruction information stored in the first memory is arranged in the first direction, the member information stored in the first memory is arranged in the second direction, and the position is specified by the instruction information and the member information. An information processing device that performs a synthesis process to generate progress screen data indicating a progress screen in which an object representing progress indicating the above progress information is synthesized. The information processing apparatus according to claim 1, wherein on the progress screen, the plurality of member information that identifies the plurality of members manufactured in the same building in the factory are adjacent to each other in the second direction. The instruction information includes shipping date information indicating the shipping date of the member specified in the shipping order.
The first processor displays the progress screen in which the member information including the shipping date information indicating the same shipping date is arranged so as to be adjacent to each other in the second direction among the member information stored in the first memory. The information processing apparatus according to claim 1 or 2, which is generated. The first processor transmits the progress screen data to the second terminal device through the first communication interface.
The second terminal device includes a second communication interface, a display, and a second processor.
The second processor is
The progress screen data transmitted from the information processing apparatus is received through the second communication interface, and the progress screen data is received.
The information processing apparatus according to any one of claims 1 to 3, wherein the progress screen indicated by the received progress screen data is displayed on the display.

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