JP2014098956A - Water supply work daily report preparation device, method for controlling water supply work daily report preparation device, water supply work daily report preparation device program and recording medium - Google Patents

Abstract

PROBLEM TO BE SOLVED: To simplify and facilitate a daily report preparation.SOLUTION: Means for inputting work content into an input device is prepared, and the content is sent to a drawing preparation contractor. By calculating a pipeline extended by the work and displaying it in the input device, a daily report input work regarding the work can be simplified and facilitated. In another embodiment, the configuration may further include means for providing application software as ASP (application service provider) from a service site via a network.

Description

  The present invention relates to the creation of daily reports for waterworks, and more particularly to input processing for creating daily reports, and more particularly to a waterworks daily report creation device, a method for controlling a waterworks daily report creation device, a waterworks daily report creation device program, and a recording medium.

  Waterworks works are carried out by local public bodies that are water utilities, and the actual works are done by construction contractors, but drawing drawings, pipeline control charts, topographic maps, etc. are created by drawing makers, etc. As usual.

  The construction company is required to submit a daily report from the water utility that implements the water works, but in principle, it is necessary to report the contents to the drawing makers after the construction of the day and prepare a daily report.

  Furthermore, when the construction is completed, a completed drawing is submitted to the water supply entity separately from the daily report. The difference between this completed drawing and the original design drawing is nothing but the accumulation of the contents of the daily report. Based on this completed drawing and daily report, clearing work will be performed in accordance with the actual construction contents.

JP 2003-330981 A JP 2003-331000 A

  In this way, the waterworks contractor is required to collect information for daily report creation after daily work and report to the drawing creator in the prior art, for example, Japanese Patent Application Laid-Open No. 2003-330981, In both Japanese Patent Application Laid-Open No. 2003-331000, no means has been taken about means for simplifying the daily report. An object of the present invention is to simplify and facilitate daily report preparation in order to solve the above-described problems.

  In order to solve the above-described problems, in the present invention, means for inputting construction contents is provided in the input device, and the contents are sent to a drawing maker. Further, by calculating and displaying the pipe line extended by the work in this input device, the daily report input work related to the work can be simplified and facilitated.

  An embodiment of the present invention relates to construction content information processing, and includes an output unit and an input unit, means for selecting part information by a graphic, and means for displaying detailed information of a part by text. To do. The part information can be input by selecting a figure, and the input operation is facilitated.

  Another embodiment of the present invention relates to construction content information processing, and is characterized in that in the above configuration, means for displaying the length of the laying extension associated with the construction is further provided. As a result, the length information is managed together, which is convenient for integration and estimation.

  Another embodiment of the present invention is characterized in that the above configuration further comprises means for providing application software as an ASP (Application Service Provider) from a service site via a network. Thereby, the user can receive the service of the daily waterworks report application according to the present application via the network whenever necessary without installing software on the client side (for example, a smartphone, a mobile phone, etc.).

  In still another embodiment of the present invention, the above-described configuration further includes means for transmitting construction content information via a network. As a result, for example, daily construction content information can be collected from each client (for example, a smartphone, a mobile phone, etc.) via the network on the server side, and the aggregation process can be performed.

It is a whole block diagram concerning one example of the present invention. It is a block diagram of the output system concerning one example of the present invention. It is a block diagram of an output system. It is a block diagram of an input system. It is an initial screen figure of an input system. It is a daily report input screen figure. It is a figure which shows an example of piping component information. It is the component display figure laid. It is a symbol data table. It is a laying information table. This is the data save / read screen. It is a data transmission screen. It is a flowchart of a daily report input process. It is a flowchart of a daily report input process. It is a flowchart of a data preservation | save / reading process. It is a flowchart of a data transmission process. It is a flowchart of a data transmission process. It is a figure showing the screen transition which concerns on one Embodiment of this invention.

  Hereinafter, an embodiment of the present invention will be described with reference to the drawings.

  FIG. 1 is a block diagram showing an overall configuration according to an embodiment of the present invention. The system includes a network 10, an output system 20, an input system 30, and a service site 40.

  The network 10 is information exchange means for the output system 20, the input system 30, and the service site 40. The specific means for exchanging information is not limited to wired, wireless or optical.

  The output system 20 is a system that stores information related to daily reports of waterworks input by the input system 30 and creates necessary drawings and the like. Even if it is a dedicated system for this system, for example, a CAD system In this way, a system that is generally widely used may be used.

  The input system 30 is a system for inputting information relating to daily reports, and basically transmits daily report information from the waterworks site to the output system 20 via the network 10. Therefore, a portable system is preferable, but a stationary system or the like may be used.

  For example, the service site 40 provides various processing programs to the input system 30, and the processing program related to the present invention may be installed from the service system 40.

  FIG. 2 shows the configuration of the output system 20. The processor 21 controls the output system, and the memory 22 is used to control the processor 21. Information such as daily reports of waterworks input by the input system 30 is processed by the processor and stored in the memory 22, but is output from the output device 23 to a sheet or the like as necessary. The input device 24 is a means for inputting information for the output system 20.

  FIG. 3 shows a configuration of an input system 30 that is a main part of the present invention. The processor 31 controls the input system 30, and the memory 32 is used for controlling the processor 31. The input device 34 is a means for inputting information related to daily reports, and the output device 33 is a means for displaying information as necessary.

  FIG. 4 shows the configuration of the service site 40. The processor 41 controls the service site 40, and the memory 42 is used for controlling the processor 41. The input device 44 is a means for inputting information relating to the service site 40, and the output device 43 is a means for displaying information as necessary. The database (hereinafter abbreviated as DB) 45 stores various processing programs and provides the processing programs via the network 10 in response to a request from the input system 30 or the like.

  The outline and configuration of an embodiment of the present invention have been described above. The details and operation of the present invention will be described below.

  FIG. 5 shows an initial screen of the input system 30 which is a main part of one embodiment of the present invention. When a processing program related to daily report input is activated in the input system, an initial screen 50 is displayed. On the initial screen, a daily report input field 51, a data storage / reading field 52, and a data transmission field 53 are displayed.

  When the daily report input field 51 is pressed on the initial screen 50, the daily report input screen 60 is displayed on the system side (processor side; the same applies hereinafter). FIG. 6 shows a daily report input screen 60.

  Waterworks work is carried out in accordance with the instructions on the drawings and the like, but when piping parts laid in the work on that day are input, the result is displayed in the input display field 62 of the daily report input screen 60. “Previous day pipe” is displayed below the previous day pipe column 6211 at the leftmost end of the input display field 62, but here, information on the piping parts laid at the end of the construction performed most recently on the current day is input. Shall.

  Next, the user inputs information related to piping parts connected to the pipe the previous day. First, the pipe diameter of the piping component is input from the pipe diameter column 631. When the triangle mark in the pipe diameter column 631 is pressed, a plurality of pipe diameters are shown in the pull-down menu on the system side (not shown), and the user selects a pipe diameter by pressing down the corresponding one from these. To do. FIG. 6 shows that a tube diameter of 50 mm has been selected. Next, the user selects the type of the relevant piping component from the component type column 64. For example, when NS type piping parts are selected, when the NS column 641 is pressed, each part is displayed in the piping parts column 644 on the system side. In the display column, the piping parts are displayed as symbols that can be easily distinguished, and the user selects the piping parts from among them. It is possible to scroll by pressing the left arrow 651 and the right arrow 652 in the scroll field 65 below the piping parts field 644. However, the scroll field may be scrolled, for example, by rubbing the screen with the finger on the left side or the right side. This processing is performed by detecting the movement of the finger with the input device 34 of the input system.

  An example of the piping component symbol displayed in the piping component column 644 is shown in FIG. In this symbol, it is assumed that the information related to the piping parts, such as the type of the pipe concerned, the type of the connection source pipe, the type of the connection destination pipe, is covered. Note that the symbols shown in FIG. 7 are merely examples, and generally standardized symbols may be used.

  In the piping display column 621 in FIG. 6, it is assumed that parts are laid out sequentially from the leftmost previous day pipe on the system side, and in this case, water flows out from the left to the right, and the next pipe It shall flow into the parts. When the connection direction of the previous day pipe is opposite to the direction displayed in the part type column 64, when the user presses the reverse column 632, a check mark is displayed in the reverse column on the system side, and the pipe component column 644 is displayed. It is assumed that the orientation of the component displayed on the screen is reversed. When the user sequentially selects piping parts according to the piping parts laid in this way, the symbols of the piping parts are displayed in the respective fields of the input display field 62.

  When cutting and using a piping component, when a K-shaped column 642 indicating a cutting component is pressed, a column (not shown) for inputting a length after cutting is displayed. The length shall be entered via As described above, the parts type selection field 641 to 643 is pressed to select the part type to display the symbol of the piping part field 644, and each arrow key in the scroll field 65 is pressed to select the part field. Scroll to select the relevant part.

  In addition, as shown in FIG. 7, it is assumed that the detailed content of each part symbol is clearly indicated by text information including numbers, alphabets, symbols, and the like. These text information may be a standard display or an original display. Further, it may be matched with the output system 30 or the like. Note that these laid part symbols are sequentially displayed in the input display field 62. This is shown in FIG.

  Next, FIG. 9 shows a data table relating to video information and text information of each component symbol. The symbol data table 90 includes a serial number column 91, a video information column 92, and a text information column 93. A serial number is added to each component symbol, and a unique numerical value or the like is set and stored in the serial number column 91 concerned. Following this, a video information column 92 relating to the relevant part symbol is stored. For example, when the information content of the video information column 92 is transferred to the memory address of the input display column 62 of the daily report input screen 60 set on the memory 32 of the input system 30, the symbol graphic shown in the video information column 92 is displayed. Is displayed in the pipe display column 621. The stored data may be on the memory 32, or may be in the management system (server) 401 or the cloud 402 via a network. The contents of the text information column 93 are displayed below the symbol figure in the pipe display column 621.

  As described above, when the user selects a part symbol in accordance with the part laying order, the system side sequentially displays the corresponding part symbol as a part figure in the pipe display column 621 according to the order. As a result, as shown in FIG. 10, the previous day tube information 101, the current day # 1 information 102, the current day # 2 information 103,... At this time, the pipe column 1011, 102 1, 1031,... Have the previous day's pipe and the laying order on that day, and the information of the serial number column 91 of the laid pipe parts and the reverse column 632 are pressed. If the connection direction is reversed, “reverse” information is stored. If the connection direction is not reversed, “correct” information is stored. Further, length information of parts is stored in each of the length information columns 1022, 1032,. Further, the diameter information fields 1013, 1023, 1033,... Store the diameter information of the parts, and the parts text information fields 1014, 1024, 1034,. Assume that the text data stored in the column 93 is stored.

  On the system side, it is not necessary to set and store the symbol data table 90 and the laying information table 100 in the memory 32 on the input system. For example, the symbol data table 90 and the laying information table 100 are stored in the memory such as the output system 20 and the service site 40 via the network 10. It may be set and stored.

  When the user presses the extension calculation field 634 on the daily report input screen 60 after the above series of inputs is completed, the system calculates the length of the pipe extended by the laying on that day, and displays a separate screen (display) on the daily report input screen 60. )).

  When the user presses the save / read column 611 of the daily report input screen 60 after the input is completed, the data save / read screen 110 is displayed on the system side. This is shown in FIG. When the user presses the file name column 1101 on this screen, a keyboard screen is displayed (not shown), and a file name is input from this screen. When the user presses the save column 1103 after completing the input of the file name, the installation information displayed in the input display column 62 on the system side is, for example, the installation completion information table column (not shown) on the memory 32 according to the file name. And transition to the initial screen 50. The laying completion information table column in which the laying information is stored may be in the memory, or may be the management system (server) 401 or the cloud 402 via the network 10.

  After the data storage is completed, when the user presses the data transmission field 53 on the initial screen 50, the data transmission screen 120 is displayed on the system side. This is shown in FIG. When the user presses 1201 in the file name column on this screen, a keyboard screen is displayed on the system side in the same manner as the data save / read screen, and the file name to be transmitted is input. Alternatively, a list of file names related to information already stored on the system side may be displayed. When the input of the file name is completed, the user inputs an e-mail address in the e-mail address field 1202, and when the e-mail transmission field 1203 is pressed after completing the input of the e-mail address, the file name specified for the input e-mail address The daily report information shall be sent to the e-mail address.

  The transmitted daily report information follows the contents of the laying completion information table field (not shown), but the information regarding the parts is the serial number field 91, the video information field, even if the contents of the symbol data table 90 are unchanged. 92, text information column 93, or a combination of a plurality of text information fields 93 may be transmitted. In either case, the parts can be uniquely identified.

  The transmission address is normally set in any of the output systems 20, and the daily report contents are created in a list, a figure, or the like in the output system 20.

  When the data transmission is completed, the screen changes to the initial screen 50. Here, when the user presses the data storage / reading column 52, the system side transits to the data storage / reading screen 110. Therefore, when the user designates a file name and presses the reading column 11022, the system side A transition is made to the daily report input screen 60 and the relevant facility information is displayed in the input display field 62. Here, when the user confirms the contents and the user presses the data transmission column 612, the data transmission screen 120 is displayed on the system side, so that data transmission can be performed as described above. When the user presses the save / read column 611, a data save / read screen 110 is displayed. Here, when the user inputs a file name and presses the save column 1103, information is stored according to the input file name, so that the information can be re-registered with another file name. After saving the file, the screen transitions to the initial screen 50. Therefore, when data transmission is desired, transmission is possible when the user presses the data transmission column 53. Since the screen returns to the initial screen 50 after the data transmission, the processing can be continued by pressing the corresponding column of the processing that the user wants to perform.

  Next, the above process will be described with reference to the drawings. FIG. 16 shows screen transition of the input system 20. Immediately after the system is started up, the initial screen 50 is displayed. When the user presses the corresponding field indicating the transition destination on the initial screen, the daily report input screen 60, the data save / read screen 110, the data is displayed on the system side. Transition to the transmission screen 120. In addition, as described above, each screen transitions to each screen according to the processing.

  13A and 13B are flowcharts relating to daily report input processing. When the save / read column 611 is pressed on the daily report input screen 60 on the system side, the process proceeds to data save / read processing (S1301, S1302). When the data transmission column 612 is pressed, data transmission processing is performed (S103, S1304). When the tube diameter column 631 is pressed, tube diameter information input processing is performed (S1305, S1306). When the component type column 64 is pressed, a component type selection process is performed (S1307, S1308). If the component type is K that requires cutting, cutting length input processing is performed (S1309, S1310). When the piping component column 644 is pressed, piping component input processing is performed (S1311, S1312). When the reverse column 632 is pressed, the direction of the component symbol displayed in the piping component column is reversed (S1313, S1314). When the extension calculation field is pressed, the laying length is calculated and created and displayed on the screen (S1315, S1316). When the clear field 633 is pressed, the information displayed in the input display field 62 is deleted (S1317, S1318). The above is the flow of processing related to the input of laying information.

  Next, FIG. 14 shows a flowchart of the data saving / reading process. When the file name field 1101 is pressed on the data saving / reading screen 110, file name input processing is performed (S1401, S1402). When the read column 1102 is pressed, the data stored with the input file name is read and displayed in the input display column 62 of the daily report input process, and the process shifts to the daily report input process (S1404, S1405). When the save column 1103 is pressed, the laying information is stored according to the file name, and the initial screen is displayed (S1407, S1408). The flow related to the data storage / reading processing has been described above.

  Next, FIGS. 15A and 15B show flowcharts of data transmission processing. When the file name field 1201 is pressed on the data transmission screen 120, file name input processing is performed (S1501, S1502). When the mail address field 1202 is pressed, mail address input processing is performed (S1503, S1504). When the mail transmission column 1203 is pressed and the file name and the mail address have been input, the mail is transmitted (S1505, S1506, S1507).

  As described above, according to the present invention, it is possible to reduce the laying information input processing work related to the daily report creation of waterworks.

  In particular, the component information input process is realized by selecting a component symbol.

  In addition, the component information is also displayed as text together with the component symbol.

  In addition, it has a function to calculate the laying extension due to the construction.

  In addition, when the construction daily report information is transmitted to a drawing maker or the like, the video information itself is transmitted as text information without being transmitted, so that the format is convenient for the drawing creating system.

  Furthermore, as the text information, a text describing details of the part information or a text based on a certain standard such as a serial number added to the part can be used to reduce the transmission processing time.

  The present invention relates to a waterworks daily report creation device, and is particularly useful in improving daily report information input work. Furthermore, it is effective in reducing construction errors and errors in daily report information input. Further, by selecting the transmission contents of the daily report information, it is possible to make a request for low transmission time. Furthermore, it can be applied not only to water works but also to report information input work related to other works.

10 Network 20 Output System 30 Input System 31 Processor 32 Memory 33 Output Device 34 Input Device 401 Management System 402 Cloud

Next, FIG. 9 shows a data table relating to video information and text information of each component symbol. The symbol data table 90 includes a serial number column 91, a video information column 92, and a text information column 93. A serial number is added to each component symbol, and a unique numerical value or the like is set and stored in the corresponding serial number column 91. Following this, a video information column 92 relating to the corresponding part symbol is stored. For example, when the information content of the video information column 92 is transferred to the memory address of the input display column 62 of the daily report input screen 60 set on the memory 32 of the input system 30, the symbol graphic shown in the video information column 92 is displayed. Is displayed in the pipe display column 621. The stored data may be on the memory 32, or may be in the management system (server) 401 or the cloud 402 via a network. The contents of the text information column 93 are displayed below the symbol figure in the pipe display column 621.

As described above, when the user selects a part symbol in accordance with the part laying order, the system side sequentially displays the corresponding part symbol as a part figure in the pipe display column 621 according to the order. As a result, as shown in FIG. 10, the previous day tube information 101, the current day # 1 information 102, the current day # 2 information 103,... Are sequentially stored in the laying information table 100 set on the memory 32. At this time, the pipe column 1011, 102 1, 1031,... Have the previous day's pipe and the laying order on that day, and the information of the serial number column 91 of the laid pipe parts and the reverse column 632 are pressed. If the connection direction is reversed, “reverse” information is stored. If the connection direction is not reversed, “correct” information is stored. Further, length information of parts is stored in each of the length information columns 1022, 1032,. Further, the diameter information fields 1013, 1023, 1033,... Store the diameter information of the parts, and the parts text information fields 1014, 1024, 1034,. Assume that the text data stored in the column 93 is stored.

When the user presses the extension calculation field 634 on the daily report input screen 60 after the above series of inputs is completed, the system calculates the length of the pipe extended by the laying on that day, and displays a separate screen (display) on the daily report input screen 60. that displays as without).

After the data storage is completed, the user data transmission section 53 of the initial screen 50 is pressed, the system side is displayed the data transmission screen 120. This is shown in FIG. When the user presses 1201 in the file name column on this screen, a keyboard screen is displayed on the system side in the same manner as the data save / read screen, and the file name to be transmitted is input. Alternatively, a list of file names related to information already stored on the system side may be displayed. When the input of the file name is completed, the user inputs an e-mail address in the e-mail address field 1202, and when the e-mail transmission field 1203 is pressed after completing the input of the e-mail address, the file name specified for the input e-mail address in accordance with, daily report information that are sent to the e-mail address.

When the data transmission is completed, the screen changes to the initial screen 50. Here, when the user presses the data storage / reading column 52, the system side transits to the data storage / reading screen 110. Therefore, when the user designates a file name and presses the reading column 11022, the system side While changing to the daily report input screen 60, the corresponding facility information is displayed in the input display field 62. Here, when the user confirms the contents and the user presses the data transmission column 612, the data transmission screen 120 is displayed on the system side, so that data transmission can be performed as described above. When the user presses the save / read column 611, a data save / read screen 110 is displayed. Here, when the user inputs a file name and presses the save column 1103, information is stored according to the input file name, so that the information can be re-registered with another file name. After saving the file, the screen transitions to the initial screen 50. Therefore, when data transmission is desired, transmission is possible when the user presses the data transmission column 53. Since the screen returns to the initial screen 50 after data transmission, the processing can be continued by pressing the corresponding column of the processing that the user wants to perform.

Next, the above process will be described with reference to the drawings. FIG. 16 shows screen transition of the input system 20. Immediately after the system is started up, the initial screen 50 is displayed. When the user presses the corresponding column indicating the transition destination on the initial screen, the daily report input screen 60, the data save / read screen 110, and the data are displayed on the system side. Transition to the transmission screen 120. In addition, as described above, each screen transitions to each screen according to the processing.

13A and 13B are flowcharts relating to daily report input processing. When the save / read column 611 is pressed on the daily report input screen 60 on the system side, the process proceeds to data save / read processing (S1301, S1302). When the data transmission column 612 is pressed, data transmission processing is performed ( S1303 , S1304). When the tube diameter column 631 is pressed, tube diameter information input processing is performed (S1305, S1306). When the component type column 64 is pressed, a component type selection process is performed (S1307, S1308). If the component type is K that requires cutting, cutting length input processing is performed (S1309, S1310). When the piping component column 644 is pressed, piping component input processing is performed (S1311, S1312). When the reverse column 632 is pressed, the direction of the component symbol displayed in the piping component column is reversed (S1313, S1314). When the extension calculation field is pressed, the laying length is calculated and created and displayed on the screen (S1315, S1316). When the clear field 633 is pressed, the information displayed in the input display field 62 is deleted (S1317, S1318). The above is the flow of processing related to the input of laying information.

Next, FIG. 14 shows a flowchart of the data saving / reading process. When the file name field 1101 is pressed on the data saving / reading screen 110, file name input processing is performed (S1401, S1402). When the read column 1102 is pressed (S1403) , the data stored with the input file name is read, displayed in the input display column 62 of the daily report input process, and transitioned to the daily report input process (S1404, S1405). When the save column 1103 is pressed (S1406) , the laying information is stored according to the file name, and the screen transitions to the initial screen (S1407, S1408). The flow related to the data storage / reading processing has been described above.

The present invention relates to a waterworks daily report creation device, and is particularly useful in improving daily report information input work. Furthermore, it is effective in reducing construction errors and errors in daily report information input. Further, by selecting the transmission content of the daily report information, it is possible to measure the reduction of transmission time. Furthermore, it can be applied not only to water works but also to report information input work related to other works.

Claims (4)

Concerning construction content information processing, output unit and input unit,
Means for selecting part information by figure;
A waterworks daily report device comprising means for displaying detailed information of parts by text. In the waterworks daily report device according to claim 1,
Water supply daily report device, further comprising means for displaying the length of laying extension due to construction. In the waterworks daily report device according to claim 1,
A waterworks daily report device characterized by further comprising means for providing application software as an ASP (application service provider) from a service site via a network. In the waterworks daily report device according to claim 1,
Water supply daily report device, further comprising means for transmitting construction content information via a network.