TW201833854A - Work instruction system, information processing device, program, and work instruction method - Google Patents

Abstract

A work-instruction display processing unit (120) identifies a cumulative working time from the start of work to the present on the basis of a display history of work instructions, subtracts the identified cumulative working time from a total working time to calculate a remaining working time, sums working times for work items not yet executed to calculate a necessary working time, and in the case where the remaining working time is less than or equal to the necessary working time, identifies items to be excluded in ascending order of priority among the work items not yet executed such that the remaining working time becomes longer than the necessary working time and excludes the work items identified as items to be excluded from the work items not yet executed, whereby work instructions for the excluded work items are not displayed on a display unit (111).

Description

 Job instruction system, information processing device, computer readable storage medium, computer program product, and job instruction method  

The present invention relates to a work instruction system, an information processing device, a computer readable storage medium, a computer program product, and a job instruction method, and more particularly to a job instruction system, an information processing device, and a computer readable display for displaying an instruction for an operator to perform an operation. Take storage media, computer program products, and job instructions.

All of a long time, when an operator performs a job, he or she refers to a workbook of a paper that has been prepared in advance. In recent years, due to the spread of smart phones and tablet PCs, the paperless activities of electronically operating procedures and reports have been actively carried out.

Further, in order to optimize the work, a system has been proposed in which an operation instruction generated on the server side is displayed on a smartphone or a tablet held by an operator to perform an operation instruction. For example, Patent Document 1 discloses an inspection support system including: a portable terminal device that performs display and input of inspection information: and a management device that performs inspection and reception of inspection information between the portable terminal and the portable terminal device to manage Check the information.

Advanced technical literature

Patent literature:

Patent Document 1: Japanese Laid-Open Patent Publication No. 2015-125772

However, in the prior art as in Patent Document 1, the job instruction can be displayed only in accordance with the inspection basic information previously constructed using a text material such as a CSV (Comma-Separated Values). The operator executes the work items in order from the beginning according to the list of job instructions. Further, there is a problem that the work item at the end of the list is required when the operator cannot complete all the work items in time due to the delay of the work due to insufficient skill, the insertion of the sudden work, and the request of the customer. Reserved for the next job.

In addition, when the job schedule is scheduled to be sequentially discharged from the higher priority of the work item, the display work instruction does not take into consideration the movement path, the time point at which the switch is turned on and off, the preparation and the finishing of the work, and the work efficiency is lowered. Etc.

In order to solve the above problem, the present invention has an object of providing an operation instruction in consideration of the remaining work time and the priority of each work item when the work instruction is displayed to the operator.

A work instruction system according to a first aspect of the present invention includes: a memory unit that memorizes a plurality of job objects that are to be executed as a plurality of jobs, and a plurality of job items that each represent the plurality of jobs, and can execute the plural number Information on the total operation time of the work and the work order of the plural work, and the priority information indicating the degree of necessity of each of the plurality of work items and the work time of each of the plurality of work items; the work instruction The file generation unit generates a job instruction file indicating the pre-recorded plural work object, the pre-recorded plural work item, the pre-record priority, the pre-record work time, the pre-recorded total work time, and the pre-record work order based on the pre-recorded information and the pre-record work information, and based on the a job instruction file, wherein an additional file for displaying a job instruction indicating a job content of each of the plurality of job items is attached to the job instruction file to generate a job instruction file group; the display unit displays various screen images; Indication display processing unit, based on the pre-recorded job instruction file The pre-recording operation instruction corresponding to each of the previous plural-numbered work items shown in the previous work instruction file is displayed on the pre-recording display unit in the pre-recorded work order; the pre-recorded work instruction display processing unit checks the display history based on the pre-recorded work instruction The accumulated work time from the start of the work to the present is subtracted from the previous total work time to calculate the accumulated work time, and the remaining work time is calculated, and the unexecuted work items in the plurality of work items are recorded before the previous work instruction file is displayed. The pre-recorded work time is added up to calculate the necessary work time. When the residual work time is less than the required work time, the excluded object is specified in the unexecuted work item in the order of lower priority, and will be designated as the excluded object. The pre-recorded work item is excluded from the work item not previously implemented, so that the residual work time is longer than the necessary work time, and the pre-record display unit does not display the pre-record work instruction of the excluded work item.

A work instruction system according to a second aspect of the present invention includes: a memory unit that memorizes a plurality of job objects that are to be executed as a plurality of jobs, and a plurality of job items that each represent the plurality of jobs, and can execute the plural number Information on the total operation time of the work and the work order of the plurality of work operations, and the first priority indicating the degree of necessity of each of the plurality of work items and the work information of each of the plurality of work items; The work instruction file generation unit calculates a second priority indicating the degree of necessity of performing the work in each of the plurality of work objects in the previous work based on the pre-recorded information and the pre-record work information, and generates a second priority indicating the pre-recorded work object and the pre-recorded work priority. , a pre-recorded multi-item work item, a pre-recorded first priority, a pre-recorded work time, a pre-recorded total work time, and a pre-recorded work order file, and based on the work instruction file, each of the pre-recorded plural items is displayed for display An additional file of the job instruction of the job content is attached to the job instruction file to The job display instruction file group; the display unit displays various screen images; and the work instruction display processing unit displays the pre-recorded work corresponding to each of the plurality of previous work items indicated in the previous work instruction file based on the previous work instruction file group. The instruction is displayed on the pre-recording display unit in accordance with the pre-recording operation sequence; the pre-recording operation instruction display processing unit determines the accumulated operation time from the start of the job to the present based on the display history of the pre-recording operation instruction, and subtracts the accumulated operation time from the pre-recorded total operation time. In order to calculate the remaining work time, add the total work time before the unexecuted work item in the plural work item indicated in the previous work instruction file to calculate the necessary work time, and when the residual work time is below the necessary work time In the case of the work object including only the work item that was not previously executed in the pre-recorded work object, the exclusion target is specified in the order in which the second priority is lower, and the pre-recorded work item among the designated excluded objects is Except for the unexecuted work items, the residual The operating time is longer than necessary operating time, and so that the front portion is not displayed before the display referred to note that the work instruction operation has been excluded item.

An information processing apparatus according to a first aspect of the present invention includes: a storage unit that stores a plurality of job items indicating each of the plurality of jobs, and a plurality of job items indicating the execution of the plurality of jobs, and the plural The priority of the degree of necessity of each of the work items, the individual work time of the plurality of work items, the total work time at which the plurality of work items can be executed, and the work instruction file of the work order of the plurality of work items, and based on the work instruction a file for displaying a job instruction file group of an additional file indicating a job instruction of an individual job content of the plurality of job items; a display unit displaying various screen images; and a job instruction display processing unit for indicating a file group based on the previous job operation The pre-recording operation instruction for each of the plural-numbered work items shown in the previous work instruction file is displayed on the pre-recording display unit in accordance with the pre-recorded work order; the pre-recorded work instruction display processing unit is used to find out the work-by-job based on the display history of the pre-recorded work instruction. The cumulative working time from the beginning to the present, from the previous record The accumulated time is calculated by subtracting the accumulated operation time from the business time reduction, and the work time before the unexecuted work item in the plural work item is added to the previous operation instruction file to calculate the necessary work time, and the remaining time is calculated. When the work time is less than the required work time, the work items that are not implemented are designated in the order of lower priority, and the work items that are designated as the work items to be excluded are excluded from the work items that have not been executed before, so that The residual work time is longer than the necessary work time, and the pre-recording display unit does not display the pre-recorded work instruction of the excluded work item.

An information processing apparatus according to a second aspect of the present invention includes: a storage unit that stores a plurality of job items indicating each of the plurality of jobs, and a plurality of job items indicating the execution of the plurality of jobs, and the plural The first priority of the degree of necessity of each of the work items, the second priority indicating the degree of necessity of performing the work in each of the plurality of work items, and the individual work time of the plurality of work items, and the execution of the a job instruction file of a total operation time of the plurality of jobs and a job sequence of the plurality of jobs, and a job instruction file group for displaying an additional file indicating a job instruction of the job content of the plurality of job items based on the job instruction file; The display unit displays various screen images, and the work instruction display processing unit displays the pre-recording operation instructions corresponding to each of the previous multi-record items indicated in the pre-recording operation instruction file in accordance with the pre-recording operation order based on the pre-recording operation instruction file group. The front display unit; the front work instruction display processing unit, based on the previous work The display history of the instruction is used to find out the accumulated work time from the start of the work to the present, and the accumulated work time is subtracted from the total work time of the previous record to calculate the remaining work time, and the pre-recorded work instruction file is recorded in the plural work item. If the unexecuted work item is added, the work time is added to calculate the required work time. When the remaining work time is less than the required work time, only the work items that have not been executed before are included in the work object. In the object, the exclusion object is specified in the order in which the second priority is low, and the pre-recorded operation item in the specified exclusion object is excluded from the unexecuted operation item, so that the residual operation time is longer than the necessary operation time. It is long, and causes the pre-recording display unit not to display the pre-recording job instruction of the excluded job item.

A computer readable storage medium according to a first aspect of the present invention, which stores a program for causing a computer to execute the following steps: a memory step, the memory including a plurality of job objects representing an execution object of the plurality of jobs, respectively representing the plurality of jobs a plurality of work items, a priority indicating a degree of necessity of each of the plurality of work items, an individual work time of the plurality of work items, a total work time at which the plurality of jobs can be executed, and an operation of the plurality of jobs a job instruction file and a job instruction file group for displaying an additional file indicating a job instruction of the individual job content of the plurality of job items based on the job instruction file; and a display step of indicating the file group based on the previous job instruction The pre-recording operation instruction for each of the plural-numbered work items shown in the previous work instruction file is displayed in the order of the previous work order; the pre-recording display step is based on the display history of the previous work instruction, and the accumulated work from the start of the work to the present is ascertained. Time, subtracted from the total work time of the previous record The working time is used to calculate the remaining work time, and the work time before the unexecuted work item in the plural work item is added to the previous work instruction file to calculate the necessary work time, and the remaining work time is in the necessary work. When the time is less than the time, the excluded items are specified in the order of lower priority in the unexecuted work items, and the pre-recorded work items designated as the excluded objects are excluded from the unexecuted work items, so that the residual work time is The necessary work time is also long, and the pre-recording job instruction of the job item that has been excluded is not displayed.

A computer readable storage medium according to a second aspect of the present invention, which stores a program for causing a computer to execute the following steps: a memory step, the memory including a plurality of job objects representing execution targets of the plurality of jobs, respectively representing the plurality of jobs The first priority of each of the plurality of work items, the first priority indicating the degree of necessity of each of the plurality of work items, and the second priority indicating the degree of necessity of performing the work in each of the pre-recorded work objects, The work time of the plurality of work items, the total work time of the plurality of work items, the work order file of the work order of the plurality of work items, and the work instruction file for displaying the work contents indicating the individual work items The job instruction file group of the attached file indicated by the job instruction; the display step, based on the pre-record job instruction file group, displaying the pre-recording job instruction corresponding to each of the previous multi-function items indicated in the pre-recording job instruction file in accordance with the pre-recording job sequence ; The pre-recording step, based on the display history of the previous job instruction, find out The cumulative operation time from the start of the business to the present is calculated by subtracting the accumulated operation time from the previous total operation time to calculate the remaining work time, and recording the work before the unexecuted work item in the plural operation item indicated in the previous work instruction file. The time is added to calculate the necessary work time. When the remaining work time is less than the required work time, the work object including only the work item that has not been previously executed in the pre-recorded work object is ranked according to the second priority. The low-order order specifies the exclusion object, and the pre-recorded work item in the specified excluded object is excluded from the unexecuted work item, so that the residual work time is longer than the necessary work time, and the display is not displayed. The pre-work instruction of the excluded work item.

A computer program product according to a first aspect of the present invention includes a program for causing a computer to execute the following steps: a memory step including a plurality of job objects indicating execution targets of the plurality of jobs, and each of the plurality of jobs a plurality of work items, a priority indicating a degree of necessity of each of the plurality of work items, an operation time of the plurality of work items, a total work time at which the plurality of jobs can be executed, and a work order of the plurality of jobs a job instruction file, and a job instruction file group for displaying an additional file indicating a job instruction of the job content of the plurality of job items based on the job instruction file; and a display step of indicating a file group based on the previous job instruction, corresponding to the previous record The pre-recording operation instruction for each of the previous plural-numbered work items shown in the work instruction file is displayed in the order of the previous work order; the pre-recording display step is based on the display history of the previous work operation instruction, and the accumulated work time from the start of the work to the present is ascertained. Deducting the accumulated operation time from the previous total operation time In order to calculate the remaining work time, add the total work time before the unexecuted work item in the plural work item indicated in the previous work instruction file to calculate the necessary work time, and when the residual work time is below the necessary work time In the case of an unexecuted work item, the exclusion target is specified in the order of lower priority, and the pre-recorded work item designated as the exclusion target is excluded from the work item that was not implemented before, so that the residual work time is more than the necessary work. The time is also long and the pre-recording job indication of the job item that has been excluded is not displayed.

A computer program product according to a second aspect of the present invention includes a program for causing a computer to execute the following steps: a memory step including a plurality of job objects indicating execution targets of the plurality of jobs, and each of the plurality of jobs The first priority of one of the plurality of work items, the first priority indicating the degree of necessity of each of the plurality of work items, the second priority indicating the degree of necessity of performing the work in each of the plurality of work items, and the plural number a work instruction file for an individual work time of the work item, a total work time for executing the plurality of work items, and a work order of the plurality of work items, and an operation instruction file for displaying the work contents of the plurality of work items based on the work instruction file a job instruction file group of the indicated additional file; a display step of displaying, according to the pre-recording job instruction file group, a pre-recording operation instruction corresponding to each of the previous multi-item operation items indicated in the pre-recording operation instruction file in accordance with the pre-recording operation order; The display step is based on the display history of the previous job instruction, and it is ascertained that the job is opened. The accumulated work time up to now, the accumulated work time is subtracted from the previous total work time to calculate the remaining work time, and the work time before the unexecuted work item in the plural work item is added before the previous work instruction file is added. In total, in order to calculate the necessary work time, when the remaining work time is less than the required work time, the work object including only the work item that has not been previously executed in the pre-recorded work object is low according to the second priority. The order specifies the exclusion object, and the pre-recorded job item in the specified exclusion object is excluded from the pre-executed operation item, so that the residual operation time is longer than the necessary operation time, and the exclusion is not displayed. Pre-work instructions for the work item.

A work instruction method according to a first aspect of the present invention includes: a plurality of job items indicating each of the plurality of jobs, and a total job capable of executing the plurality of jobs, based on a plurality of job objects indicating execution targets of the plurality of jobs The information indicating the time and the order of the work of the plurality of jobs, and the priority information indicating the degree of necessity of each of the plurality of work items and the work time of each of the plurality of work items, generating a work object indicating the pre-recorded plural number a work instruction file of a plurality of work items, a pre-recorded priority, a pre-recorded work time, a pre-recorded total work time, and a pre-recorded work sequence; and based on the work instruction file, the work content indicating each of the pre-recorded plurality of work items is displayed An additional file of the job instruction is attached to the job instruction file to generate a job instruction file group; and based on the pre-record job instruction file group, the pre-recording operation instruction corresponding to each of the previous plurality of operation items indicated in the pre-recording operation instruction file is Pre-recording job sequence display; based on the pre-recording instructions The history is displayed, and the accumulated work time from the start of the work to the present is ascertained, and the accumulated work time is subtracted from the previous total work time to calculate the remaining work time, and the previous work item indication file is not shown in the previous work item. Before the work item, the work time is added to calculate the necessary work time. When the remaining work time is less than the required work time, the excluded items are specified in the order of lower priority in the unexecuted work items, and will be The pre-recorded work item designated as the excluded object is excluded from the unexecuted work item, so that the residual work time is longer than the necessary work time, and the pre-recorded work instruction of the excluded work item is not displayed.

A work instruction method according to a second aspect of the present invention includes: a plurality of job items indicating each of the plurality of jobs, and a total job capable of executing the plurality of jobs, which are performed as a plurality of job objects to be executed as a plurality of jobs Compilation information indicating the time and the operation sequence of the plural operation, and the first priority indicating the degree of necessity of each of the plurality of operation items and the operation information of each of the plurality of operation items, and calculating the plural number of the pre-record The second priority of the degree of necessity of the work performed in each of the work objects, and the occurrence of the pre-recorded plural work object, the pre-recorded second priority, the pre-recorded plural work item, the pre-record first priority, the pre-recorded work time, and the pre-record total a job instruction file for the operation time and the pre-recording operation sequence; and an additional file for displaying a job instruction indicating the job content of each of the plurality of pre-recorded operation items is attached to the job instruction file based on the job instruction file to generate a job instruction File group; based on the pre-recorded job instruction file group, will correspond to the pre-recording job file The pre-recording operation instruction for each of the plural-numbered work items is displayed in the order of the previous work order; the accumulated work time from the start of the work to the present is ascertained based on the display history of the previous work instruction, and the total work time is subtracted from the previous work time. The accumulated work time is calculated to calculate the remaining work time, and the work time before the unexecuted work item in the plurality of work items is added to the previous work operation instruction file to calculate the necessary work time, and the remaining work time is When the required work time is less than or equal to the following, in the work object including the work item that has not been previously executed in the pre-recorded work object, the exclusion target is specified in the order of the second priority, and the specified excluded object is included. The pre-recorded work item is excluded from the work item not previously implemented, so that the residual work time is longer than the necessary work time, and the pre-record work instruction of the excluded work item is not displayed.

According to an aspect of the present invention, when the work instruction is displayed to the operator, the work instruction can be performed in consideration of the remaining work time and the priority of each work item.

10‧‧‧CPU

11‧‧‧ROM

12‧‧‧RAM

13‧‧‧Communication I/F device

14‧‧‧HDD

15‧‧‧Input device

16‧‧‧External sensor

17‧‧‧External camera

18‧‧‧Information input I/F device

19‧‧‧Display device

20‧‧‧Internal sensor

21‧‧‧Internal camera

30‧‧‧CPU

31‧‧‧ROM

32‧‧‧RAM

33‧‧‧Communication I/F device

34‧‧‧HDD

35‧‧‧ Input device

36‧‧‧Information input I/F device

37‧‧‧Display device

100, 200, 300‧‧‧ work instruction system

101‧‧‧Network

110, 310‧‧‧ portable terminal

111‧‧‧Display Department

112‧‧‧Input Acceptance Department

113‧‧‧ Terminal Time Acquisition Department

114‧‧‧Communication Department

120, 320‧‧‧Working instructions display processing unit

121‧‧‧Download Department

122‧‧‧Uploading Department

123‧‧‧Archives Department

124‧‧‧Display Processing Department

125‧‧‧Operation result input processing unit

126, 326‧‧‧Operation Progress Management Department

127‧‧‧Priority Judgment Department

150, 250‧‧‧ server devices

151‧‧‧Operation Information Memory Department

151a‧‧‧Operation Information

151b‧‧‧ID column

151c‧‧‧Priority column

151d‧‧‧Working time column

152‧‧‧Working Instructions File Generation Department

153‧‧‧Working Instructions Generation Department

154, 254‧‧‧Priority setting department

155‧‧ Archives Memory

156‧‧‧Work Record Memory

157‧‧‧Communication Department

160‧‧‧work instruction screen image

160a‧‧‧ Progress information display

160b‧‧‧job title display

160c‧‧‧Operating instructions

160d‧‧‧work instructions diagram display bar

160e‧‧‧Operation result input field

160h‧‧‧ main page button

160i‧‧‧Next button

160j‧‧‧ Results list button

161‧‧‧ Results list display screen image

161a‧‧‧Operation items

161b‧‧‧ Results

161c‧‧‧ evidence

257‧‧‧Working time registration department

328‧‧‧ work items except external

Fig. 1 is a block diagram schematically showing the configuration of an operation instruction system according to the first to third embodiments.

Fig. 2 is a block diagram schematically showing the configuration of a portable terminal device in the first embodiment.

Fig. 3 is a block diagram schematically showing the configuration of a server device in the first embodiment.

Fig. 4 is a block diagram schematically showing the hardware configuration of the portable terminal device in the first embodiment.

Fig. 5 is a block diagram schematically showing the hardware configuration of the server device in the first embodiment.

Fig. 6 is a flow chart showing the process of generating a work instruction file in the work instruction system of the first embodiment.

Fig. 7 is a schematic diagram showing an example of job information registered in the work information storage unit in the first embodiment.

Fig. 8 is a schematic view showing an example of media information in the first embodiment.

Fig. 9 is a schematic view showing a first example of the work instruction file in the first embodiment.

Fig. 10 is a schematic view showing a second example of the work instruction file in the first embodiment.

Fig. 11 is a flow chart showing the preparation of the work instruction system in the first embodiment before the work site is executed in the office or the like.

Fig. 12 is a flow chart showing the processing when the work instruction system of the first embodiment is used at the job site.

Fig. 13 is a schematic view showing an example of a work instruction screen image in the work instruction system of the first embodiment.

Fig. 14 is a schematic view showing an example of a result list display screen image in the work instruction system according to the first embodiment.

Fig. 15 is a first flowchart showing the work progress management processing in the work instruction system of the first embodiment.

Fig. 16 is a second flowchart showing the work progress management processing in the work instruction system of the first embodiment.

Fig. 17 is a flowchart showing the priority determination processing in the work instruction system of the first embodiment.

Fig. 18 is a flow chart showing the post-processing of the work instruction system of the first embodiment.

Fig. 19 is a block diagram schematically showing the configuration of a server device in the second embodiment.

Fig. 20 is a block diagram schematically showing the configuration of a portable terminal device in the third embodiment.

Embodiment 1

Fig. 1 is a block diagram schematically showing the configuration of a work instruction system 100 according to the first embodiment.

As shown in FIG. 1, the work instruction system 100 includes a portable terminal device 110 and a server device 150. The portable terminal 110 and the server device 150 are capable of communicating via the network 101.

In the first embodiment, the case where the work instruction system 100 is applied to the elevator maintenance work will be described.

The portable terminal device 110 is a terminal device (information processing device) that can be brought into a job site, such as a smart phone, a tablet PC (Personal Computer), a notebook PC, a head mounted display, or the like. In the case of performing work by remote operation, the portable terminal device 110 may also be a terminal located at another location different from the actual work site.

The server device 150 is a device that integrates and manages information transmitted from a client terminal via a network, and is, for example, a web server or the like. In the work instruction system 100, the server device 150 manages information such as job results uploaded from the portable terminal device 110.

Fig. 2 is a block diagram schematically showing the configuration of the portable terminal unit 110.

The portable terminal device 110 includes a display unit 111, an input accepting unit 112, an in-terminal time acquisition unit 113, a communication unit 114, and a work instruction display processing unit 120.

The display unit 111 displays various screen images.

The input accepting unit 112 accepts an input operation by the operator.

The in-terminal time acquisition unit 113 acquires the time information of the radio waves to set the time information in the terminal, and can be realized by a configuration such as NITZ (Network Identity and Time Zone).

The communication unit 114 communicates with the server device 150 via the network 101.

The work instruction display processing unit 120 downloads a work instruction file group to be described later from the server device 150 via the communication unit 114, and based on the job instruction file group, an unexecuted work item in the plurality of work items indicated by the work instruction file to be described later. The corresponding job instructions are sequentially displayed on the display unit 111. Here, the job instruction is an item indicating the job content of the corresponding job item.

Specifically, the work instruction display processing unit 120 can be realized by a browser or the like that displays a screen image in accordance with a job instruction display processing program composed of a web application or the like. The work instruction display processing unit 120 performs a process of displaying a screen image (job instruction screen image) for displaying a job instruction on the portable terminal device 110 using media such as video, audio, and text.

Further, the work instruction display processing unit 120 can be realized by a native application installed in the portable terminal device 110 or a hybrid application for starting a web application in the native application. .

The work instruction display processing unit 120 includes a download unit 121, an upload unit 122, a file storage unit 123, a display processing unit 124, a work result input processing unit 125, a work progress management unit 126, and a priority determination unit 127.

When the input accepting unit 112 receives an input operation by the operator who clicks the download button or the like to make a download request, the download unit 121 accesses the server device 150 via the communication unit 114, and downloads the job instruction file group. Here, the job instruction file group is a job instruction file generated in the server device 150, and a job information storage unit 151 having a function of a job information database (Data Base) is extracted together with the work item for performing the job. A file group such as an HTML (HyperText Markup Language), a JavaScript (registered trademark), or a CSS (Cascading Style Sheets) which is a screen sample of the work instruction display processing unit 120 is prepared in advance as a file of the instructed video, audio, and text. The composition of the screen, the operation, the design, and the like can be controlled by the file group such as HTML, JavaScript, or CSS, and the medium for performing the work instruction is displayed on the display unit 111. Hereinafter, the file extracted from the job information storage unit 151 together with the work item is referred to as an attached file. Attached files are files that contain the information necessary to display job instructions.

When receiving an input operation by an operator such as an upload button click or the like from the input accepting unit 112 to make an upload request, the uploading unit 122 accesses the server device 150 via the communication unit 114 and inputs the input to the portable terminal 110. The work result or the like of the work result input processing unit 125 in the inside is uploaded to the server device 150.

The file storage unit 123 has a function of a memory unit that stores data and programs necessary for the processing of the portable terminal device 110. For example, the file storage unit 123 stores the job instruction file group downloaded by the download unit 121, the file of the job result input to the job result input processing unit 125, and the like.

The display processing unit 124 generates a job instruction screen image indicating the job instruction based on the job instruction file group stored in the file storage unit 123, and outputs the job instruction screen image to the display unit 111, thereby causing the job instruction screen image display. The display unit 111 is provided. Further, the display processing unit 124 acquires an operation record displayed on the job instruction screen image of the display unit 111, and stores it in the file storage unit 123. The operation record includes a display history indicating when the job instruction of the job item is displayed on the display unit 111, and a button operation history indicating when the button shown in the job instruction screen image has been pressed.

The work result input processing unit 125 acquires the work result and the job evidence input by the operator who performs the work in accordance with the job instruction screen image displayed by the display processing unit 124. Then, the work result input processing unit 125 stores the acquired work result and job evidence in the file storage unit 123. The work result input processing unit 125 can be realized by an input button, a camera start button, or the like which is created by a description such as HTML, JavaScript, or CSS.

The work progress management unit 126 manages the remaining items (unexecuted work items) and the remaining work time, and determines whether or not the remaining items can be completed within the remaining work time.

For example, the work progress management unit 126 finds the accumulated work time from the start of the work to the present based on the display history of the work instruction, and subtracts the accumulated accumulated work time from the total work time to calculate the remaining work time. Further, the work progress management unit 126 adds up the work time of the unexecuted work items to calculate the necessary work time. Further, the work progress management unit 126 determines whether or not the calculated required work time is longer than the calculated remaining work time.

Further, after the work progress management unit 126 excludes one of the plurality of work items from the work item that has not been executed, the unexecuted work item becomes zero, and if the total work time has not elapsed, The excluded work items are added back to the unimplemented work items.

When the work progress management unit 126 determines that the remaining item cannot be completed in the remaining work time, the priority determination unit 127 is called, and refers to the priority information of each work item described in the work instruction file, and selects the excluded work item. , set the exception flag.

For example, the priority determination unit 127 specifies the exclusion target in the unexecuted work item in the order of lower priority, and excludes the work item designated as the exclusion target from the work item that has never been executed, thereby making the necessary work time Below the residual working time. Here, as described later, among the plurality of job objects, the priority determination unit 127 specifies the exclusion target in the order of lower priority from the work objects including only the unexecuted work items, and specifies the work items of the designated work target. Except for the work items that have never been implemented, it is possible to reduce the work time without deteriorating the work efficiency. In addition, when there are a plurality of work items or work objects having the same priority, the order in which the work time can be reduced is long, or the order in which the job instruction file is described above (the order in which the work order is preceded) is used. In the predetermined order, it is also possible to designate the work item or the work object one by one as the excluded object.

FIG. 3 is a block diagram schematically showing the configuration of the server device 150.

The server device 150 includes a work information storage unit 151, a work instruction file generation unit 152, a file storage unit 155, a work record storage unit 156, and a communication unit 157.

The job information storage unit 151 is a memory unit having a function of a job information database that stores job information. The job information displays the priority (first priority) indicating the degree of necessity of the work item and the work time (first work time) of the work item for each work item. The priority value, which is a preset value, can be automatically determined by at least one of past job history and failure prediction.

Further, the work information storage unit 151 has a function of storing a media information database for media information such as video, audio, and text for performing work instructions for each work item. Further, the work information storage unit 151 may have a function of storing a database such as an Excel (registered trademark) file, a CSV file, and an XML file.

The work instruction file generation unit 152 generates the work order file for each work day and the operator by the work information storage unit 151 based on the composition information.

Specifically, the work instruction file generation unit 152 arranges the work items in accordance with the work order, sets the operator, the work day, and the like for each work item, and generates the compilation information for setting the work items in which order. The compiled information can also be entered by the administrator or reflected in the automatically generated schedule.

When the job instruction file generating unit 152 receives the compiled information file, the work information storage unit 151 extracts the priority corresponding to the work item included in the composition information, the work time, and the media information for performing the work instruction, and generates the job. Instructions file.

At this time, the work instruction file generation unit 152 calculates the priority of the degree of necessity of execution of the job indicating each of the plurality of work objects based on the work information stored in the work information storage unit 151 and the separately generated composition information. 2 Priority) and the operation time (second work time) of the individual execution time of the plurality of work objects.

Further, the work instruction file generation unit 152 generates a work instruction file indicating the individual priority (second priority) of the plurality of work objects and the plurality of work objects, and the individual work time (second work time) of the plurality of work objects, The priority of each of the plurality of work items and the plurality of work items (first priority), the individual work time (first work time) of the plurality of work items, the total work time, and the work order.

Further, the work instruction file generation unit 152 generates an additional file for indicating a work instruction indicating the individual work contents of the plurality of work items based on the work instruction file, and attaches it to the work instruction file to generate the work instruction file group. The attached file is generated based on the media information or the like stored in the job information storage unit 151.

The work instruction file generation unit 152 includes a work instruction generation unit 153 and a priority setting unit 154.

The work instruction generation unit 153 determines, based on the compilation information, etc., which work is performed in which order, and extracts the work item corresponding to the determined content from the work information storage unit 151, and generates an operation for each operator. The daily file (on the start date of the work and the end of the work), the work target, the work item, and the total work time indicate the temporary file. Further, the work instruction generation unit 153 extracts the additional file from the work information storage unit 151 based on the work item indicated by the work instruction temporary file, and generates a job instruction temporary file group including the extracted additional file and the generated job instruction temporary file. .

The priority setting unit 154 acquires the job instruction temporary file group generated by the work instruction generation unit 153. Further, the priority setting unit 154 sets the work item and the priority of the work target and the work time in the work instruction temporary file included in the work instruction temporary file group, thereby updating the work instruction temporary file to the work instruction file. Thereby, the priority setting unit 154 generates a job instruction file group and stores it in the file storage unit 155.

The file storage unit 155 memorizes the job instruction file group generated by the priority setting unit 154.

The work record storage unit 156 records the work result and the job evidence input by the work result input processing unit 125 of the work instruction display processing unit 120, and the operation record of the work instruction display processing unit 120, as the work record. Here, the result of the work is the determination result, the measured value, and the like of OK, NG, and the like which are input to the work result input processing unit 125. The work evidence is that the photograph taken by the camera of the portable terminal device 110, and the sensor data of the acceleration and air pressure obtained by the internal sensor of the portable terminal device 110 or the external sensor are regarded as the operator. Evidence of the execution of the assignment. The operation record is text data which is recorded as the time information of the trigger and the operation information of the button click or screen transition of the processing unit 120. The operation log includes the display history of the job instruction and the button operation history.

The communication unit 157 communicates with the portable terminal 110 via the network 101.

Fig. 4 is a block diagram schematically showing the hardware configuration of the portable terminal device 110 in the first embodiment.

As shown in FIG. 4, the portable terminal device 110 includes a CPU (Central Processing Unit) 10 that processes various program commands, a ROM (Read Only Memory) 11 that stores a control program of the job instruction display processing unit 120, and the like. A RAM (Random Access Memory) 12 capable of high-speed writing and reading, and a communication I/F device 13, HDD (Hard Disc Drive) 14, input for communication with the server device 150, and the like. Information such as input device 15 for various instructions of the operator, information input by the external sensor 16 or the external camera 17 is input to the I/F device 18, the display device 19, the internal sensor 20, and the internal camera 21.

The CPU 10 executes various processes in accordance with the program stored in the ROM 11, the program stored in the HDD 14, or the program stored in the RAM. Further, the CPU 10 temporarily or permanently stores the data necessary for each process in the RAM 12 or the HDD 14. The CPU 10 controls the entire portable terminal unit 110.

In other words, the work instruction display processing unit 120 and the terminal internal time acquisition unit 113 of the portable terminal device 110 are realized by the CPU 10. Further, part or all of the work instruction display processing unit 120 and the terminal internal time acquisition unit 113 may be realized by a processing circuit (not shown) such as a system LSI, or may be realized by a plurality of processing circuits operating in cooperation.

The communication I/F device 13 processes the input and output to the network 101. The communication I/F device 13 performs wireless communication using, for example, an antenna (not shown). The communication unit 114 can be realized by the CPU 10 using the communication I/F device 13.

The HDD 14 is composed of a magnetic memory or the like, and stores, for example, software of a program group necessary for various processes performed by the CPU 10. Further, the programs constituting the various processing software of the CPU 10 may be incorporated in the computer with a dedicated hardware in advance, or may be installed in the ROM 11 or the HDD 14 in advance. The program can be recorded on a computer readable storage medium or provided as a computer program product. It can also be downloaded to a computer via the Internet 101.

The input device 15 is, for example, a device that inputs a touch panel, a software keyboard, a numeric keypad, a keyboard, or the like of the display unit 111. Furthermore, the portable terminal device 110 can use an input device 15 that is connected to the portable terminal device 110 in a wired or wireless manner in addition to the input device 15 provided in the device itself.

The information input I/F device 18 is a communication I/F for connecting to an external device. The information input I/F device 18 is controlled by the CPU 10 and constitutes an input I/F using Bluetooth (registered trademark), infrared communication, USB, a telephone holder, an SD card, a contact type IC card, and a non-contact type IC card. Using this information, the I/F device 18 is input, and job evidence is input by various sensors such as an acceleration sensor and a barometric sensor, and an external camera or the like.

That is, the input accepting unit 112 can be realized by the CPU 10 using the input device 15 and the information input I/F device 18.

The display device 19 is a device that outputs various kinds of information, and is configured by, for example, a display device such as an LCD (Liquid Crystal Display), a PDP (Plasma Display Panel), or a CRT (Cathode-Ray Tube) display. For example, the operator performs screen operation, job result input, job evidence input, and the like in accordance with the screen image of the job instruction displayed on the display device.

That is, the display unit 111 can be realized by the CPU 10 using the display device 19.

Fig. 5 is a block diagram schematically showing the hardware configuration of the server device 150 in the first embodiment.

As shown in FIG. 5, the server device 150 includes a CPU 31 that processes commands for various programs, a ROM 31 that stores a control program of the job instruction generation unit 153 and the priority setting unit 154, and an intermediate result of temporarily calculating the calculation performed by the CPU 30. The RAM 32 which can be written and read at a high speed, the communication I/F device 33 which communicates with the server device 150, the HDD 34, the input device 35 which inputs various instructions of the operator of the server device 150, and the information input I/F device 36. And display device 37.

The CPU 30 executes various processes in accordance with the program stored in the ROM 31, the program stored in the HDD 34, or the program stored in the RAM 32. Further, the CPU 30 temporarily or permanently stores the data necessary for each process in the RAM 32 or the HDD 34. The CPU 30 performs overall control of the server device 150.

That is, the CPU 30 realizes the work instruction file generation unit 152, the work information storage unit 151, the file storage unit 155, and the work record storage unit 156 of the server device 150. Further, part or all of the work instruction file generation unit 152 may be realized by a processing circuit (not shown) such as a system LSI, or may be realized by a plurality of processing circuits operating in cooperation.

The communication I/F device 33 processes the input and output to the network 101. The communication unit 157 can be realized by the CPU 30 using the communication I/F device 33.

The HDD 34 is composed of a magnetic memory or the like, and stores software such as a program group necessary for various processes performed by the CPU 30. Further, the programs constituting the various processing software of the CPU 30 may be incorporated in the computer with a dedicated hardware in advance, or may be installed in the ROM 31 or the HDD 34 in advance. The program can be recorded on a computer readable storage medium or provided as a computer program product. It can also be downloaded to a computer via the Internet 101.

The input device 35 is a device that inputs an input such as a software keyboard, a numeric keypad, and a keyboard.

The information input I/F device 36 is a communication I/F for connecting to an external device. The information input I/F device 36 is controlled by the CPU 30 and constitutes an input I/F using Bluetooth (registered trademark), infrared communication, USB, a telephone holder, an SD card, a contact type IC card, and a non-contact type IC card.

The display device 37 is a device that outputs various kinds of information, and is configured by, for example, a display device such as an LCD (Liquid Crystal Display), a PDP (Plasma Display Panel), or a CRT (Cathode-Ray Tube) display.

Fig. 6 is a flow chart showing the process of generating a work instruction file in the work instruction system 100 according to the first embodiment.

First, the work item, the work information indicating the priority of each work item and the work time, and the media information for indicating the work such as the video, the sound, and the text are registered in the work information storage unit 151 (S10).

FIG. 7 is a schematic diagram showing an example of job information registered in the job information storage unit 151.

The job information 151a shown in Fig. 7 is table information having an ID column 151b, a priority column 151c, and a job time column 151d. The ID column 151b stores the ID (job item ID) of the job item identification information which is the only specific job item.

The priority column 151c stores the priority of the corresponding job item. The priority is set based on the risk of the personal accident of the corresponding work item, the risk of failure, legal regulations, and the like. Furthermore, the priority may be automatically set according to the state of the machine acquired by the sensor, the past work history, and the failure prediction.

The work time column 151d stores the standard work time taken to execute the corresponding work item. The work time can be set by the administrator, or the standard work time can be calculated from the work time obtained by the operation instruction display processing unit 120, and automatically reflected.

Further, media information such as video, audio, and text for performing the work instruction is registered in the work information storage unit 151 in association with the work item.

Fig. 8 is a schematic view showing an example of media information in the first embodiment.

The media information 151e shown in Fig. 8 is table information having an ID column 151f, an instruction type column 151g, a media type column 151h, and a value column 151i.

The ID column 151f stores an ID for uniquely corresponding job items.

The indication type column 151g is stored in the corresponding work item, and the type of the job instruction indicated by the media. For example, "preparation" is an instruction to prepare a job, "inspection" is an instruction to inspect an operation, "preservation" is an instruction for a maintenance operation, and "evidence" is an instruction to obtain an operation of evidence.

The media type column 151h indicates the type of media used for the job instruction in the corresponding job item. For example, the "title" is a text in which the value set in the corresponding value column 151i is highlighted on the screen as an index of the job instruction. The "image" is an image file for displaying the value set in the corresponding value column 151i on the screen. "Text" is a text for displaying the value set in the corresponding value column 151i on the screen. "Input" is a button that is selected from a button template prepared in advance and displays the value set in the corresponding value column 151i on the screen.

The value column 151i indicates the content displayed on the media in the corresponding job item.

Furthermore, the job information 151a shown in FIG. 7 and the media information 151e shown in FIG. 8 are associated with each other by ID to manage them.

Returning to Fig. 6, next, the work instruction generation unit 153 extracts the work item from the work information storage unit 151 in accordance with the preparation information of the person who is determined when and where the work is performed, and generates the combination of the operator and the date. The job indicates a temporary file (S11). In the first embodiment, the composition information includes: the work day (the work start date and the work end date), the operator ID, the work target (object ID, the phone ID, the work site ID, and the target device ID), the ID, and the total work time. And the order of operations. The compiled information can be input by the administrator or can be reflected in the automatically generated schedule. The information input job instruction file generation unit 152 is provided with a GUI (Graphical User Interface), which is directly input by the administrator and is input by software such as Excel (registered trademark). Edit the information file, or input the method of compiling the information file automatically created by the programming software. The compiled information of the input job instruction file generating unit 152 is stored in, for example, the job information storage unit 151.

Then, the priority setting unit 154 sets the priority and the work time for each work item and each work target in the work instruction temporary file generated by the work instruction generation unit 153 to generate a work instruction file (S12). The job instruction file can be set according to, for example, the object, the number, the work place, the target machine, and the type of the work item, and the priority and the work time are set for each category.

Fig. 9 is a schematic view showing an example of a work instruction file in the first embodiment.

The work instruction file 155a shown in Fig. 9 is table information having the following fields: object column 155b, priority (object) column 155c, work time (object) column 155d, machine column 155e, priority (number) column. 155f, work time (number) column 155g, work place column 155h, priority (field) column 155i, work time (field) column 155j, target device column 155k, priority (machine) column 155l, work time (machine) column 155m, work item column 155n, priority (item) column 155o, and work time (item) column 155p.

The object column 155b stores the object ID, which is the object identification information that uniquely identifies the object as the work object of the building, the hospital, and the like. Furthermore, the object has one or a plurality of machines.

The priority (object) column 155c stores the priority of the corresponding object.

The operation time (object) column 155d stores the operation time of the corresponding object.

The number column 155e stores the number ID, which is the unique identification information of the elevator that is uniquely specified as the work object. Furthermore, the machine has one or multiple working places.

The priority (number) column 155f stores the priority of the corresponding elevator.

The working time (number) column 155g stores the working time of the corresponding elevator.

The work place column 155h stores the place ID, which is the place identification information for uniquely specifying the machine room, each floor, and the work execution place of the PIT. Furthermore, there is one or multiple object machines in the job site.

The priority (field) column 155i stores the priority of the corresponding work place.

The work time (field) column 155j stores the work time in the corresponding work place.

The target machine train 155k stores a machine ID, which is machine identification information of a machine as a work object for uniquely specifying a cable, a brake, a door, and the like. Furthermore, the target machine has one or multiple job items.

The priority (machine) column 155l stores the priority of the corresponding object machine.

The work time (machine) column 155m stores the work time in the corresponding target machine.

The work item column 155n stores the status of the storage cable and the ID of the work item such as the cable tension check. Furthermore, the work item has media for one or multiple job instructions.

The priority (item) column 155o stores the priority of the corresponding job item.

The job time (item) column 155p stores the job time in the corresponding job item.

Further, in the work instruction file 155a, when the work instruction temporary file is generated, the work efficiency such as the time of the movement of the movement path and the switch is considered, and the work order is arranged from the top, regardless of the priority. In this case, the job instructions are displayed in order from the top.

Further, the work target is classified into categories according to the object, the number, the work place, and the target machine as described above. Among the categories, the upper category includes one or more of the lower categories, and the target machine as the lowest category contains one or plural items. Usually, the upper category has more work items than the lower category.

Here, the method of setting the priority will be described in detail.

First, in order to distinguish between a work item to be executed among the work items and a work item that can be left to be processed, in the work information 151a, the priority value of the work item that must be executed is set to 0, and the work item that can be left to be processed is The priority value is set to 1 or more. When the priority value is set to 1 or more, for example, the value can be set as follows.

When the work item is to be processed, it is necessary to visit again before the expected next inspection, and the priority value of the work item with the increased number of visits is set to 1. At the time of the next work, the priority value of the work item whose work efficiency is deteriorated such as the increase in the preparation work is set to 2. The priority value of the work item that does not affect the work efficiency at the next work is set to 3.

Further, the priority setting unit 154 stores the priority of the corresponding work item in the priority (item) column 155o based on the work information 151a.

Next, the priority setting unit 154 sets the value of the priority (machine) column 155l of the target device from the value stored in the priority (item) column 155o of the work item. For example, when the corresponding target device includes the work item of priority 0, it is necessary to check the target device. Therefore, the priority setting unit 154 sets the priority (machine) column 155l to 0.

On the other hand, when the target device does not include the priority 0 job item, the priority setting unit 154 stores the value stored in the priority (item) column 155o of the work item included in the corresponding target device. The total value is set as the value of the priority (machine) column 155l of the target machine. For example, as shown in Fig. 10, "machine 3" includes job item 1 (priority (item) = 3), job item 2 (priority (item) = 2), and job item 3 (priority (item)). In the case of =2), the priority (machine) column 155l of the machine 3 is set to 7 (= 3 + 2 + 2).

Similarly, the value of the priority (field) column 155i of the corresponding work site is set from the value stored in the priority (machine) column 155l of the corresponding target device, and the priority (field) column 155i from the corresponding work site is set. The value stored in the corresponding number is set to the value of the priority (number) column 155f of the corresponding number, and the value stored in the priority (number) column 155f of the corresponding number is set, and the priority (object) column of the corresponding object is set. The value of 155c.

Furthermore, the value of each priority is compared for each category, and the lower the priority value, the more the priority is treated. That is, the job item whose priority value is 0 is the highest priority, and the greater the value of the priority, the lower the degree of necessity. Therefore, the larger the value of the priority, the easier it is to be excluded as described later.

Thereby, it is possible to compare the priorities for each category. In addition, by setting a priority value for the work item, the priority of the upper category can be automatically set.

Next, the method of setting the work time will be described in detail.

First, the priority setting unit 154 stores the work time of the corresponding work item in the work time (item) column 155p based on the work information 151a.

Then, the priority setting unit 154 stores the total value of the work time stored in the work time (item) column 155p of the work item included in the corresponding target device in the work time (machine) column 155m of the corresponding target device. For example, as shown in Fig. 9, "machine 1" includes job item 1 (job time (item) = 0:05), job item 2 (job time (item) = 0: 10), and job item 3 (job) In the case of time (term) = 0: 10), the working time (machine) column 155m of the machine 1 is set to 0:25.

Similarly, the value of the work time (field) column 155j of the corresponding work place is set from the value stored in the work time (machine) column 155m of the corresponding target device, and the work time (field) column 155j from the corresponding work place is set. For the value stored in the corresponding machine, set the value of the work time (number) column 155g of the corresponding machine, and set the work time (object) column of the corresponding object from the value stored in the work time (number) column 155g of the corresponding machine. The value of 155d.

Thereby, when the work item having a low priority or the work target is excluded, it is possible to calculate the work time that can be reduced.

In addition, by setting the work time of the work item, it is possible to calculate the work time of the upper category.

In the ninth figure, the work instruction file 155a is described in a tabular form for the sake of convenience of explanation. However, the work instruction file may be configured in XML as in the work instruction file 155q shown in FIG. In this case, the label of the <WORK> is attached to the entire work, the label of the <FIELD> is attached to the object, the label of the <CAR> is attached to the number, the label of the <POSITION> is added to the work place, and the label of the target device is attached <TARGET>. The <CHECKITEM> tag is attached to the work item, and the priority and work time can be set as the attributes of each element.

In Fig. 10, the <CONTENT> tag has an attribute indicating the type, and is configured as a combination of media <TITLE>, <TEXT>, <IMG>, and <INPUT> including a plurality of job instructions.

Fig. 11 is a flow chart showing the preparation of the work instruction system 100 according to the first embodiment, which is executed in an office or the like before the work site.

First, the operator activates the work instruction display processing unit 120 in the portable terminal device 110 in an environment in which the server device 150 can be accessed by the network on the day before or on the day of the work (S20).

Next, the operator performs an instruction to download the job instruction file group to the portable terminal device 110 (S21). For example, the operator presses the download button displayed on the display unit 111 by the work instruction display processing unit 120, and downloads the work instruction file group stored in the server device 150 to the portable terminal device 110. The job instruction file group is stored in the server device 150 for each combination of the operator and the date, and the operator can obtain only the work instruction file group of the work to be performed on the day.

The job instruction display processing unit 120 that receives the download instruction from the operator transmits the download request to the server device 150 via the communication unit 114.

Next, when receiving the download request, the server device 150 transmits the requested job instruction file group to the portable terminal device 110 via the communication unit 157 (S22).

Then, the portable terminal device 110 ends the job instruction display processing unit 120 after the job instruction file group download is completed (S23).

Fig. 12 is a flowchart showing the processing when the work instruction system 100 of the first embodiment is used at the job site.

First, the operator brings the portable terminal device 110 that has downloaded the job instruction file group to the job site, and starts the job instruction display processing unit 120 at the start of the job (S30).

Then, when the work instruction display processing unit 120 is activated, the display processing unit 124 displays the main screen image on the display unit 111 (S31).

Then, the display processing unit 124 receives the selection of the display target input by the operator in the input accepting unit 112 based on the main screen image displayed on the display unit 111, and sequentially displays the job instruction screen image on the display unit 111 (S32). .

At this time, when it is necessary to instruct the input of the work result as the work instruction, the display processing unit 124 displays an input instruction of the work result on the work instruction screen image of the display unit 111, and receives the input from the input accepting unit 112. The result of the work of the operator is input (S33).

Further, when it is necessary to instruct the input of the job evidence as the work instruction, the display processing unit 124 displays an instruction to input the job evidence on the job instruction screen image of the display unit 111, and receives the operator from the input accepting unit 112. Job evidence input (S34).

When the "Next" button in the job instruction screen image displayed on the display unit 111 is pressed (YES in S35), the processing unit 124 proceeds to step S36.

In step S36, the job progress management unit 126 performs job progress management processing. This processing will be described later.

In the work progress management process of step S36, when the work progress management unit 126 determines that the work is completed (YES in S37), the process proceeds to step S38. When the work progress management unit 126 determines that the job has not been completed (NO in S37), the process returns to step S32, and the display processing unit 124 displays the job instruction screen image of the next work item on the display unit 111.

In step S38, the portable terminal device 110 ends the job instruction display processing unit 120.

Fig. 13 is a schematic view showing an example of a work instruction screen image in the work instruction system 100 according to the first embodiment.

The job instruction screen image 160 shown in FIG. 13 is a screen image of a web page composed of a job instruction file group, and includes a progress information display field 160a, a job title display field 160b, a job instruction description text display column 160c, and The job instruction description map display column 160d, the job result input field 160e, the main page button 160h, the next button 160i, and the result list button 160j.

The residual work time and residual items are displayed in the progress information display column 160a.

The index of the job is highlighted in text in the job title display column 160b.

The explanatory text of the job instruction is displayed in text in the job instruction explanatory text display column 160c.

The job instruction description screen display column 160d displays a media indicating a job instruction such as a still picture, an animation, a movie, a sound, and an HTML.

The OK button 160f and the NG button 160g for inputting the job determination result are displayed in the work result input field 160e. In addition, although the OK button 160f and the NG button 160g are displayed in Fig. 14, a numerical value input field (not shown) for inputting the value of the measured value of the work object may be displayed. In addition, it is also possible to perform not only a button and an input field but also a function of displaying information such as a good judgment criterion and a measurement reference value in a pop-up window when the button is clicked, and a function of measuring time with a code table. Display of the function of the job item.

When the work result is input, the operator performs the work in accordance with the display of the work instruction explanatory text display column 160c and the work instruction description map display column 160d, and inputs the work result through the input accepting unit 112 in response to the display of the work result input field 160e.

In addition, the same is true for the job evidence input, and the operator follows the display of the work instruction explanatory text display column 160c and the work instruction explanation map display field 160d, and performs an operation, and passes through the input reception unit 112, and clicks the camera activation button to obtain a photo, a movie, and a sound. Information, enter job evidence.

The main page button 160h is a main page indication area for receiving an input for jumping back to the main screen image.

The next button 160i is an instruction input area for causing the job instruction screen image to enter the next page (next job item).

The result list button 160j is a result list display instruction input area for migrating to the result list screen image in which the work result list is displayed.

Fig. 14 is a schematic view showing an example of a result list display screen image in the work instruction system 100 according to the first embodiment.

The result list display screen image 161 shown in Fig. 14 displays information in the form of a table having the work item name column 161a, the result column 161b, and the evidence column 161c.

The job item name column 161a displays the job item name as the name of the job item.

The result column 161b displays the result entered in the corresponding job item.

The evidence column 161c displays the link to the evidence entered in the corresponding work item.

In the first embodiment, the following combinations are required to be input in the work instruction.

The first combination is a combination of the indication type "check" and the media type "input".

The second combination is a combination of the indication type "preservation" and the media type "input".

The third combination is a combination of the indication type "evidence" and the media type "input".

In the first combination, when the result of the "check" job is "OK", the value (OK) of the job result as the "check" is input to the result column 161b.

In the first combination, when the job result of the "check" is "NG" and there is no job instruction for "preservation", the value (NG) of the job result as the "check" is input and displayed in the result column 161b.

In addition, in the first combination, when the result of the "check" is "NG" and there is a job instruction of "preservation", the input of the "preservation" job result is requested. Further, in the result column 161b, the value input as the result of the job of "preservation" is displayed.

Further, in the third combination, the link to the input medium is displayed in the evidence column 161c, and when the link is clicked, the file storing the information that has been input as evidence is opened, so that the input evidence can be confirmed. Further, in the case where no evidence input is required, "-" indicating that the input is not displayed is displayed in the evidence column 161c.

In addition, when the work of the work item has not been completed, "not implemented" is displayed in the result column 161b.

When the operator finishes the job, the job list display screen is displayed, and it is confirmed that the job is not finished.

Fig. 15 and Fig. 16 are flowcharts showing the work progress management processing in the work instruction system 100 of the first embodiment.

First, the work progress management unit 126 manages the presence or absence of the remaining items as the remaining work items, and confirms whether or not there is a residual item (S40). The residual item is calculated from the difference between the work item described in the work instruction file 155a and the work item in which the work result input processing unit 125 is executed. The work progress management unit 126 can manage the remaining items by referring to the display history acquired by the display processing unit 124. When there is a residual item (YES in S40), the process proceeds to step S41, and if there is no remaining item (NO in S40), the process proceeds to step S45.

In step S41, the job progress management unit 126 confirms the presence or absence of the remaining work time. When there is no remaining work time (NO in S41), the process proceeds to step S42, and if there is a remaining work time (YES in S41), the process proceeds to step S48 of Fig. 16.

In step S42, the work progress management unit 126 confirms whether or not there is a work item having a value of 0 in the priority (item) column 155o among the remaining items in the work instruction file 155a. In the case of a job item having a value of 0 in the priority (item) column 155o (YES in S42), the process proceeds to step S43, in the case where there is no job item having a value of 0 in the priority (item) column 155o. (No in S42), the processing proceeds to step S44.

In step S43, since the job item that must be executed has not been implemented, the job progress management section 126 increases the remaining work time. At this time, the increased time may reflect the total operation time of the residual items whose value of the priority (item) column 155o is 0, or may be manually input by the operator and coordinated with the customer. And, the process returns to step S41.

On the other hand, in step S44, there is no work item that must be executed. Therefore, the work progress management unit 126 sets the remaining item as "reserved processing". And, the process proceeds to step S47.

If it is determined in step S40 that there is no remaining item (NO in S40), the process proceeds to step S45, and the work progress management unit 126 confirms whether or not there is an excluded work item. When there are already excluded work items (YES in S45), if the process proceeds to step S46 and there are no excluded work items (NO in S45), the process proceeds to step S47.

In step S46, the job progress management unit 126 adds the excluded job items to the remaining items.

On the other hand, in step S47, the work progress management unit 126 determines that the job is completed, and instructs the display processing unit 124 to display the job result screen image on the display unit 111, and ends the process.

In step S48 of Fig. 16, the work progress management unit 126 compares the remaining work time and the total work time (required work time) of the remaining items, and determines whether or not the remaining work time is longer than the total work time of the remaining items. When the remaining work time is longer than the total work time of the remaining items (YES in S48), the process proceeds to step S49, and if the remaining work time is equal to or less than the total work time of the remaining items (No in S48), the process proceeds. Go to step S50.

In step S49, the work progress management unit 126 determines that the job has not been completed, and ends the process.

On the other hand, in step S50, since the residual item cannot be completed in the remaining work time, the priority determination unit 127 performs the priority determination processing. The method of priority determination processing will be described later.

The work progress management unit 126 excludes the work item included in the work item to be excluded or the work target to be excluded from the priority determination process from the remaining item (S51). By excluding the work item to be excluded, it is possible to reduce the work time spent on the work item.

Then, the process returns to step S48, and the work progress management unit 126 compares the remaining work time with the total work time of the remaining items again. If the remaining work time is relatively large (YES in S48), the process proceeds to step S49. On the other hand, if the remaining work time is equal or the remaining work time is relatively short (NO in S48), the priority determination unit 127 performs the priority determination process again (S50), and the work progress management unit 126 treats the excluded object. Except for the work item (S51). And, the process returns to step S48.

Fig. 17 is a flowchart showing the priority determination processing in the work instruction system 100 of the first embodiment.

For operations such as maintenance of elevators, each work item is not independent, but has a batch that can perform work efficiently. For example, when a machine is inspected, when the job is executed in accordance with the preparation of the work, the work item 1, the work item 2, the work item 3, and the finishing process, when the work item 2 is left to be processed, the next work is performed. Pre-preparation, work item 2, and finishing work are only for the purpose of executing work item 2, and additional work is accompanied by prior preparation and finishing work, which may reduce work efficiency.

Therefore, in the case where the result of the priority judgment processing is excluded from the residual item, it is preferable to exclude it in units of batches. Therefore, in the priority determination processing in the first embodiment, as shown in the work instruction file 155a of FIG. 9, the unit (category) of the plurality of work items is grouped by the object, the number, the work place, the target device, and the like. , the priority judgment process is performed.

First, the priority determination unit 127 determines the value of the priority (object) column 155c of the object of the work instruction file 155a (S60). Further, the priority determination unit 127 determines whether or not the object having the highest priority value other than 0 (the object having the lowest priority) is included in the work item (S61). When there is such an object (Yes in S61), the priority determination unit 127 terminates the processing by using such an object as an exclusion target. On the other hand, in the case where such an object is not present (NO in S61), the processing proceeds to step S62.

In step S62, the priority determination unit 127 determines the value of the priority (number) column 155f of the number of the job instruction file 155a. Further, the priority determination unit 127 determines whether or not there is a number (the lowest priority machine) having the highest value other than 0, excluding the executed work item (S63). When there is such a machine (Yes in S63), the priority determination unit 127 ends the process by using such a machine as an exclusion target. On the other hand, if there is no such machine (NO in S63), the processing proceeds to step S64.

In step S64, the priority determination unit 127 determines the value of the priority (field) column 155i of the work location of the work instruction file 155a. Further, the priority determination unit 127 determines whether or not the work site having the highest priority value other than 0 (the work site having the lowest priority) is included (S65). When there is such a work place (Yes in S65), the priority determination unit 127 ends the process by using such a work place as an exclusion target. On the other hand, if there is no such work place (NO in S65), the process proceeds to step S66.

In step S66, the priority determination unit 127 determines the value of the priority (machine) column 1551 of the target device of the work instruction file 155a. Further, the priority determination unit 127 determines whether or not there is a target device having the highest priority value other than 0 (the target device having the lowest priority), excluding the executed work item. When there is such a target device (Yes in S67), the priority determination unit 127 terminates the processing by using such a target device as an exclusion target. On the other hand, if there is no such target machine (NO in S67), the process proceeds to step S68.

In step S68, the priority determination unit 127 determines the value of the priority (item) column 155o of the work item of the work instruction file 155a. Further, the priority determination unit 127 terminates the processing in the work item that has not yet been executed, with the value of the work item having the highest priority value other than 0 (the work item having the lowest priority) as the exclusion target.

At this time, when there are no residual items after the exclusion, the excluded work items are added to the residual items, and the work instructions of the excluded work items are performed during the remaining time.

In this way, the work items can be managed in batch units such as objects, machines, work places, and target machines, and the efficiency of the work to be processed can be minimized to determine the excluded objects. In addition, when the priority determination is started, the work items can be excluded according to the category of the object, etc., and the work time of the batch can be ensured, and then the priority determination is not performed until there is no residual item or no residual work time. The processing can be performed, and the processing load can be reduced.

Further, in the first embodiment, as shown in FIG. 17, the priority is compared in order of the higher-level category of the work target (in other words, the order from the category including the plurality of work items), but the priority is compared. The first embodiment is not limited to this example. For example, the priority determination unit 127 may be excluded from the job item having a lower priority than the job object as the exclusion target. In this case, the priority setting unit 154 of the server device 150 does not need to calculate the priority and the operation time of each work target, and sets it in the work instruction file.

Fig. 18 is a flow chart showing the post-processing of the work instruction system 100 of the first embodiment.

First, after returning from the job site to the office, the job instruction display processing unit 120 is activated to connect to the network in the office (S70).

When the job instruction display processing unit 120 is activated, the uploading unit 122 uploads the job result or the like to the server device 150 via the communication unit 114 in response to an instruction issued by the input accepting unit 112 (S71).

As described above, according to the work instruction system 100 of the first embodiment, when all the remaining items cannot be executed in the remaining work time in accordance with the progress of the work, the priority of the remaining items can be considered to display the work instruction. Thereby, even if it is impossible to terminate all the work items in time due to the work delay due to the lack of skill, the occurrence of the sudden work, the request of the customer, etc., the operator can execute the work item with high priority.

Embodiment 2.

In the first embodiment, when the work instruction system 100 is used for the elevator maintenance work, the work time is registered in the work information storage unit 151 in advance. However, in the embodiment described in the second embodiment, the work is taken from the work. The automatic registration is performed based on the actual value of the work time indicating the operation record of the display processing unit 120.

As shown in FIG. 1, the work instruction system 200 of the second embodiment includes a portable terminal device 110 and a server device 250.

In the second embodiment, the case where the work instruction system 200 is used for the elevator maintenance work will be described.

Further, the portable terminal device 110 according to the second embodiment is the same as that of the first embodiment.

Fig. 19 is a block diagram schematically showing the configuration of the server device 250 in the second embodiment.

The server device 250 includes a work information storage unit 151, a work instruction file generation unit 252, a file storage unit 155, a work record storage unit 156, a communication unit 157, and a work time registration unit 257.

The server device 250 in the second embodiment is configured in the same manner as the server device 150 in the first embodiment except for the work instruction file generation unit 252 and the work time registration unit 257.

The work time registration unit 257 calculates an actual value of the work time of each operator from the operation record recorded in the work record storage unit 156, and updates the job information stored in the work information storage unit 151 based on the actual value. Stored work time.

For example, the work record storage unit 156 registers information such as the job result uploaded from the portable terminal device 110, and memorizes the operation record as one of the registered information. The operation record is recorded as a trigger by a button click or a screen transition of the work instruction display processing unit 120, and is a text material of the time information and the operation information, and can know the time at which the job instruction screen image is opened and the time of closing. (The moment to enter other pages). At this time, if a job instruction screen image is generated for each work item, the time at which the job instruction screen image is opened can be managed as the start of the job and the time at which the job is closed. Thereby, the work time registration unit 257 can calculate the actual value of the work time of each work item.

Then, the work time registration unit 257 registers the work time of each work item calculated as described above in the work information stored in the work information storage unit 151. Further, in the work information storage unit 151, the work information is registered for each operator (worker ID). Further, for example, the work time registration unit 257 adds the newly calculated work time to the work time that has been registered in the work information, and averages it to register. Further, the work time registration unit 257 may replace the work time that has been registered in the work information with the newly calculated work time.

The work instruction file generation unit 252 of the second embodiment includes a work instruction generation unit 153 and a priority setting unit 254.

The work instruction generation unit 153 of the work instruction file generation unit 252 in the second embodiment is configured similarly to the work instruction generation unit 153 of the work instruction file generation unit 152 in the first embodiment.

The priority setting unit 254 in the second embodiment acquires the work instruction temporary file group generated by the work instruction generating unit 153. The priority setting unit 254 sets the priority and the work time of each work item in the work instruction temporary file included in the work instruction temporary file group to update the work instruction temporary file to the work instruction file. Thereby, the priority setting unit 254 generates a job instruction file group and stores it in the file storage unit 155.

Here, the priority setting unit 254 of the second embodiment refers to the work information stored in the work information storage unit 151 for each operator, and uses the work time of each operator as the work time in the work instruction file.

As described above, according to the second embodiment, since the work time registration unit 257 is provided, it is not based on the preset standard work time, but the actual value of each individual work time is estimated, and each work item of each operator is estimated. Working time. Thereby, the estimation accuracy of the work time can be improved.

Embodiment 3

In the first embodiment, when the work instruction system 100 is used for the elevator maintenance work, the work progress management unit 126 and the priority determination unit 127 exclude the work items. However, the embodiment described in the third embodiment is used. In other words, the work item is excluded depending on the operator's input.

As shown in FIG. 1, the work instruction system 300 of the third embodiment includes a portable terminal device 310 and a server device 150.

The third embodiment also describes the case where the work instruction system 200 is used for the elevator maintenance work.

The server device 150 in the third embodiment is the same as the first embodiment.

Fig. 20 is a block diagram schematically showing the configuration of the portable terminal device 310 in the third embodiment.

The portable terminal device 310 includes a display unit 111, an input accepting unit 112, a terminal internal time acquisition unit 113, a communication unit 114, and a work instruction display processing unit 320.

The portable terminal device 310 according to the third embodiment is configured similarly to the portable terminal device 110 of the first embodiment except for the work instruction display processing unit 320.

The work instruction display processing unit 320 includes a download unit 121, an upload unit 122, a file storage unit 123, a display processing unit 124, a work result input processing unit 125, a job progress management unit 326, a priority determination unit 127, and an operation item other than the external 328. .

The work instruction display processing unit 320 in the third embodiment is configured similarly to the work instruction display processing unit 120 in the first embodiment except for the work progress management unit 326 and the work item except the external 328.

In addition to the external 328, the work item receives the selection of the excluded work item input by the operator through the input accepting unit 112.

For example, the instructed work item may not be implemented due to a problem in the field and a request from the customer. At this time, the operator, through the input accepting unit 112, selects an unworkable work item for the work item except the external 328, and sets it to exclude the remaining item. Specifically, in addition to the external 328, the work item displays the exclusion setting screen image as a list of the work items whose work has not been completed on the display unit 111, and receives the selection of the excluded work items input by the operator through the input accepting unit 112.

The job progress management unit 326 manages the remaining items and the remaining work time, and judges whether or not the remaining items can be completed within the remaining work time. Further, the work progress management unit 326 excludes the work items to be excluded from the remaining work and performs progress management.

As described above, according to the third embodiment, the work progress management unit 326 can perform the work item when the work item cannot be executed because the work item includes the external unit 328, the problem occurs on the site, or the customer requests it. Except for the progress management of the work.

Further, within the scope of the present invention, the present invention can be freely combined with the respective embodiments, or the modifications of any constituent elements of the respective embodiments, or the omission of any constituent elements in the respective embodiments.

Claims (19)

 A job instruction system includes: a memory unit that memorizes a plurality of job objects that are targets of execution of a plurality of jobs, a plurality of job items that respectively represent each of the plurality of jobs, a total operation time that can execute the plurality of jobs, and the Compilation information of the work order of the plurality of jobs, and priority information indicating the degree of necessity of each of the plurality of work items and the work time of each of the plurality of work items; the work instruction file generation unit is compiled based on the pre-record The information and the pre-recording operation information generate a job instruction file indicating the pre-recording plural operation object, the pre-recording plural operation item, the pre-recording priority, the pre-recording operation time, the pre-recording total operation time, and the pre-recording operation sequence, and based on the job instruction file, An additional file indicating a job instruction indicating a job content of each of the plurality of job items is attached to the job instruction file to generate a job instruction file group; the display unit displays various screen images; and the job instruction display processing unit is based on the pre-record Job instruction file group will correspond to the previous The pre-recording operation instruction for each of the previous plural-numbered work items shown in the work instruction file is displayed on the pre-recording display unit in accordance with the pre-recorded work order; the pre-recorded work instruction display processing unit, based on the display history of the pre-recorded work instruction, is ascertained from the start of the work to The accumulated work time up to now is calculated by subtracting the accumulated work time from the previous total work time to calculate the remaining work time, and adding the total work time before the unexecuted work items in the previous work item indicated in the previous work instruction file. In order to calculate the necessary work time, when the remaining work time is less than the required work time, the excluded items are specified in the unexecuted work items in the order of lower priority, and the pre-recorded work items designated as the excluded objects are Except for the unexecuted work item, the residual work time is longer than the necessary work time, and the pre-record display unit does not display the pre-record work instruction of the excluded work item.    In the work instruction system described in the first aspect of the patent application, the pre-recording operation instruction display processing unit assigns a predetermined maximum pre-requisite degree of necessity to the pre-recorded multi-job work object as the work target of the pre-recording priority, and does not It is designated as a pre-existing object.    In the work instruction system described in the first or second aspect of the patent application, the pre-recording work time is updated using the actual work time calculated based on the previous display history.    A job instruction system includes: a memory unit that memorizes a plurality of job objects that are targets of execution of a plurality of jobs, a plurality of job items that respectively represent each of the plurality of jobs, a total operation time that can execute the plurality of jobs, and the The information of the work order of the plurality of jobs, the first priority indicating the degree of necessity of each of the plurality of work items, and the work information of each of the plurality of work items; the work instruction file generation unit is based on The pre-recording information and the pre-recording operation information are used to calculate the second priority indicating the degree of necessity for performing the work in each of the plurality of pre-recorded work objects, and the second-priority, the second-priority, the pre-recorded plural item, and the pre-record are generated. a job instruction file of the first priority, the pre-recording work time, the pre-recorded total work time, and the pre-recorded work order, and a job instruction for displaying the work content indicating each of the pre-recorded plurality of work items is displayed based on the work instruction file Attached files are attached to the job instruction file to generate job instructions a display unit that displays various screen images; and a job instruction display processing unit that instructs a pre-recording operation instruction corresponding to each of the plurality of previous multi-item items displayed in the pre-recording operation instruction file based on the pre-recording operation instruction file group The work order is displayed on the pre-recording display unit, and the pre-recorded work instruction display processing unit determines the accumulated work time from the start of the work to the present based on the display history of the previous work instruction, and subtracts the accumulated work time from the previous total work time to calculate In the residual work time, the work time before the unexecuted work item in the plural work item is added to the previous work operation instruction file to calculate the necessary work time, and when the residual work time is below the necessary work time In the work object including the pre-recorded unexecuted work item in the pre-complex work object, the exclusion target is specified in the order in which the second priority is low, and the pre-recorded work item in the specified excluded object is not implemented. Except for the work items, which makes the residual work time Necessary operation time is longer, so that the front and the display unit does not display the note before the note indicates that the job has a job item is excluded.    According to the work instruction system described in the fourth aspect of the patent application, each of the plurality of pre-recorded work objects is classified into a plurality of categories classified into the upper class and at least one sub-category in the order of the number of the pre-recorded work items included. In the category, the pre-recording instruction display processing unit specifies the order from the previous upper-level category in the pre-recorded plural category, and compares the pre-complex number of the job objects into the specified category, and only includes the pre-recorded execution job. The second priority of the project's work object is pre-recorded to specify the pre-existing object.    In the work instruction system described in the fourth or fifth aspect of the patent application, the pre-recording operation instruction display processing unit is previously described as the execution work item when one of the pre-recorded plurality of job objects cannot be designated as the pre-record exclusion object. The predecessor exclusion object is specified in the order in which the first priority is low.    The work instruction system according to any one of the items 4 to 6 of the patent application, wherein the pre-recorded work instruction file generation unit assigns a preset minimum value as a pre-work of a work object included in the pre-recorded plural work object. In the case of the first priority of the item, the minimum value is assigned as the pre-recorded second priority of the one job object, and the minimum value is not assigned as the pre-recording item of the previous work item. In the case of the degree, the total value of the value of the first priority of the previous work item in the one of the work items is assigned as the second priority of the previous work item, and the first priority and the second note are the second. The smaller the value assigned to the priority, the higher the degree of necessity.    In the work instruction system described in the seventh aspect of the patent application, the pre-recording operation instruction display processing unit assigns the pre-recorded minimum value to the pre-recorded second-priority work object and the pre-recorded multi-job work object in the pre-recorded multi-job work target. The job item to which the minimum value of the pre-record is the first priority is assigned, and is not specified as the pre-existing object.    In the work instruction system described in any one of the fourth to eighth aspects of the patent application, the pre-recording work time is updated using the actual work time calculated based on the previous display history.    In the work instruction system according to any one of the first to ninth aspects of the present invention, the pre-recording operation instruction display processing unit does not exclude any one of the pre-recorded plural operation items from the work item that has not been previously executed. In the case of an unexecuted work item, the work item that has been excluded from the previous work is added back to the work item that was not previously executed.    The work instruction system according to any one of claims 1 to 10, further comprising: an input receiving unit that receives an input of selection of an operation item excluding an operation item not previously performed, and a pre-record operation instruction display The processing unit excludes the work item selected from the previous note from the work item that was not previously executed.    An information processing apparatus includes: a memory unit that includes a plurality of job objects indicating an execution target of the plurality of jobs, a plurality of job items respectively indicating each of the plurality of jobs, and each of the plurality of job items a priority degree of necessity, an individual operation time of the plurality of operation items, a total operation time capable of executing the plural operation, a job instruction file of the operation sequence of the plural operation, and a display instruction file based on the job instruction file The job instruction file group of the additional file of the job instruction of the individual job items of the plurality of job items; the display unit displays various screen images; and the job instruction display processing unit, based on the previous job instruction file group, corresponds to the previous job instruction file file The pre-recording operation instruction indicating each of the plural-numbered work items is displayed on the pre-recording display unit in the order of the pre-recording operation; the pre-recording operation instruction display processing unit is based on the display history of the pre-recording operation instruction, and the cumulative operation from the start of the work to the present is ascertained. Time, subtracted from the previous total operation time In addition to the accumulated work time, the remaining work time is calculated, and the work time before the unexecuted work item in the plural work item is added to the previous work instruction file to calculate the necessary work time, and the remaining work time is When the required work time is less than or equal to the following, in the unexecuted work items, the excluded objects are specified in the order of lower priority, and the pre-recorded work items designated as the excluded objects are excluded from the work items that have not been executed before, so that the remaining work is made. The time is longer than the necessary work time, and the pre-recording display unit does not display the pre-recorded work instruction of the excluded work item.    An information processing apparatus includes: a memory unit that includes a plurality of job objects indicating an execution target of the plurality of jobs, a plurality of job items respectively indicating each of the plurality of jobs, and each of the plurality of job items The first priority of the degree of necessity, the second priority indicating the degree of necessity of performing the work in each of the plurality of work objects, the individual work time of the plurality of work items, the total work time at which the plurality of jobs can be executed, and a job instruction file of the work order of the plurality of jobs, and a job instruction file group for displaying an additional file indicating a job instruction of the job content of the plurality of job items based on the job instruction file; and a display unit displaying various screen images The work instruction display processing unit displays the pre-recorded work instruction corresponding to each of the previous multi-record work items indicated in the previous work instruction file in the pre-recording operation order based on the pre-recorded operation instruction file group; The instruction display processing unit displays the display based on the pre-recording operation instruction The cumulative work time from the start of the work to the present is ascertained, and the accumulated work time is subtracted from the previous total work time to calculate the remaining work time, and the unexecuted work in the plurality of work items is recorded before the previous work instruction file is displayed. Before the project, the work time is added to calculate the necessary work time. When the residual work time is less than the required work time, the work object including only the work items not previously implemented in the pre-recorded work object is The pre-recording second priority order specifies the exclusion target, and the pre-recorded operation item in the specified exclusion object is excluded from the pre-recorded operation item, so that the residual operation time is longer than the necessary operation time, and The pre-recording display unit does not display the pre-recording operation instruction of the excluded work item.    A computer readable storage medium storing a program for causing a computer to perform the following steps: a memory step, the memory including a plurality of job objects representing the execution object of the plurality of jobs, and a plurality of jobs respectively representing each of the plurality of jobs a project, a priority indicating a degree of necessity of each of the plurality of work items, an individual work time of the plurality of work items, a total work time at which the plurality of work items can be executed, and a work instruction file of a work order of the plurality of work items, and And displaying, according to the job instruction file, a job instruction file group for displaying an additional file indicating a job instruction of the job content of the plurality of job items; and displaying a step, the file group based on the previous job instruction is corresponding to the previous job instruction file file The pre-recording operation instruction for each of the plural-numbered work items is displayed in accordance with the pre-recording operation order; the pre-recording display step is based on the display history of the pre-recording operation instruction, and the cumulative operation time from the start of the work to the present is ascertained, and the total operation time is counted from the previous Subtracting the accumulated operating time to calculate The remaining work time is added, and the work time before the unexecuted work item in the plurality of work items is added to the previous work operation instruction file to calculate the necessary work time, and when the remaining work time is below the necessary work time In the unexecuted work items, the excluded objects are specified in the order of lower priority, and the pre-recorded work items designated as the excluded objects are excluded from the unexecuted work items, so that the residual work time is longer than the necessary work time. It is long and does not display the pre-recorded job indication of the job item that has been excluded.    A computer readable storage medium storing a program for causing a computer to perform the following steps: a memory step, the memory including a plurality of job objects representing the execution object of the plurality of jobs, and a plurality of jobs respectively representing each of the plurality of jobs The first priority indicating the degree of necessity of each of the plurality of work items, the second priority indicating the degree of necessity of performing the work in each of the plurality of work items, and the individual work of the plurality of work items a time, a job operation file capable of executing the total operation time of the plurality of jobs, and a job sequence of the plurality of jobs, and an additional file for displaying a job instruction indicating the job content of the plurality of job items based on the job instruction file a job instruction file group; a display step of displaying, according to the pre-recording job instruction file group, a pre-recording operation instruction corresponding to each of the previous multi-item operation items indicated in the pre-recording operation instruction file in accordance with a pre-recording operation order; the pre-recording display step, based on the pre-recording Display history of job instructions, find out from the start of the job to the present The accumulated work time until the accumulated work time is subtracted from the previous total work time to calculate the remaining work time, and the work time is counted before the unexecuted work items in the previous work item indicated in the previous work instruction file. When the required work time is calculated and the remaining work time is equal to or less than the required work time, the work object including only the work items that are not previously executed in the pre-recorded work object is in the order of the second priority lower. Specifying an exclusion object, excluding the predecessor job item in the specified exclusion object from the unexecuted operation item, so that the residual operation time is longer than the necessary operation time, and the job that has been excluded is not displayed The pre-work instructions for the project.    A computer program product having a program for causing a computer to perform the following steps: a memory step, the memory including a plurality of job objects representing an execution object of the plurality of jobs, and a plurality of job items respectively representing each of the plurality of jobs, a priority indicating a degree of necessity of each of the plurality of operation items, an operation time of the plurality of operation items, a total operation time at which the plurality of jobs can be executed, and a job instruction file of the operation order of the plurality of jobs, and The job instruction file for displaying a job instruction file group of the additional file indicating the job instruction of the individual job content of the plurality of job items; and the displaying step, based on the previous job instruction file group, corresponding to the job description file The pre-recording operation instruction of each of the plurality of pre-recorded work items is displayed in the order of the pre-recording operation; the pre-recording display step is based on the display history of the pre-recording operation instruction, and the accumulated operation time from the start of the job to the present is ascertained, and the deduction is calculated from the pre-recorded total operation time. The accumulated work time to calculate the residual In the work time, the work time is counted before the unexecuted work items in the plurality of work items are recorded in the previous work instruction file, to calculate the necessary work time, and when the remaining work time is below the necessary work time, In the unimplemented work items, the excluded objects are specified in the order of lower priority, and the pre-recorded work items that are designated as the excluded objects are excluded from the unexecuted work items, so that the residual work time is longer than the necessary work time. And causes the pre-recorded job indication of the job item that has been excluded to not be displayed.    A computer program product having a program for causing a computer to perform the following steps: a memory step, the memory including a plurality of job objects representing an execution object of the plurality of jobs, and a plurality of job items respectively representing each of the plurality of jobs, a first priority indicating a degree of necessity of each of the plurality of work items, a second priority indicating a degree of necessity of performing work in each of the plurality of work items, and an operation time of the plurality of work items, a job instruction file capable of executing a total operation time of the plurality of jobs and a job sequence of the plurality of jobs, and a job instruction for displaying an additional file indicating a job instruction of the job content of the plurality of job items based on the job instruction file a file group; a display step of displaying, according to the pre-recording operation instruction file group, a pre-recording operation instruction corresponding to each of the previous multi-item operation items indicated in the pre-recording operation instruction file in accordance with a pre-recording operation order; a pre-recording display step, based on the pre-recording operation instruction Display history, ascertained from the start of the job until now The accumulated work time is calculated by subtracting the accumulated work time from the previous total work time to calculate the remaining work time, and the work time before the unexecuted work items in the previous work item is added to the previous work work instruction file to calculate the work time. If the remaining work time is less than the required work time, the job object including only the work items that are not previously executed in the pre-recorded work object is specified in the order in which the second priority is lower than the previous work time. The object, excluding the pre-recorded work item in the specified excluded object from the unexecuted work item, so that the residual work time is longer than the necessary work time, and the display of the excluded work item is not displayed. Pre-work instructions.    A job instruction method includes: a plurality of job items indicating each of the plurality of jobs, a total job time capable of executing the plurality of jobs, and an operation of the plural job based on a plurality of job objects representing an execution target of the plurality of jobs The order information is compiled, and the priority information indicating the degree of necessity of each of the plurality of work items and the work time of each of the plurality of work items is generated, and the work object indicating the pre-recorded plural number, the pre-recorded plural work item, and the pre-record are generated. a job instruction file having a priority, a pre-recording operation time, a pre-recorded total operation time, and a pre-recorded operation sequence; and an additional file for displaying a job instruction indicating a job content of each of the pre-recorded plurality of operation items is attached to the work instruction file The job instruction file is configured to generate a job instruction file group; and based on the pre-record job instruction file group, the pre-recording operation instruction corresponding to each of the previous multi-function items indicated in the pre-recording operation instruction file is displayed in the pre-recording operation order; Display history of job instructions, identify The accumulated work time from the start of the work to the present is calculated by subtracting the accumulated work time from the previous total work time to calculate the remaining work time, and recording the unexecuted work items in the plural work items before the previous work instruction file is recorded. The work time is added up to calculate the necessary work time. When the residual work time is below the necessary work time, the excluded objects are specified in the unexecuted work items in the order of lower priority, and will be designated as the excluded objects. The pre-recorded work item is excluded from the work item not previously implemented, so that the residual work time is longer than the necessary work time, and the pre-record work instruction of the excluded work item is not displayed.    A job instruction method includes: a plurality of job items indicating each of the plurality of jobs, a total job time capable of executing the plurality of jobs, and an operation of the plural job based on a plurality of job objects representing an execution target of the plurality of jobs The sequence information is compiled, and the first priority indicating the degree of necessity of each of the plurality of work items and the work information of each of the plurality of work items are calculated, and each of the plurality of work objects is calculated. The second priority of the degree of necessity of the work is performed, and the pre-recorded plural work target, the pre-recorded second priority, the pre-recorded plural work item, the pre-recorded first priority, the pre-recorded work time, the pre-recorded total work time, and the pre-recorded work order are generated. a job instruction file; an additional file for displaying a job instruction indicating a job content of each of the plurality of job items is attached to the job instruction file based on the job instruction file to generate a job instruction file group; The file group will correspond to the one shown in the pre-recorded job instructions file The pre-recording operation instruction for each of the plurality of operation items is displayed in accordance with the pre-recording operation order; the accumulated operation time from the start of the operation to the present is ascertained based on the display history of the previous operation instruction, and the accumulated operation time is subtracted from the previous total operation time. In order to calculate the remaining work time, the work time is counted before the unexecuted work items in the plurality of work items are recorded before the previous work instruction file, to calculate the necessary work time, and when the remaining work time is below the necessary work time In the case of the work object including only the work items that have not been previously executed in the pre-recorded work object, the exclusion target is specified in the order of the second priority, and the pre-recorded work item in the specified excluded object is recorded from the previous record. Except for the unimplemented work item, the residual work time is longer than the necessary work time, and the pre-record work instruction of the excluded work item is not displayed.