JP2021089497A - Defect management method in production field and management device thereof and management program thereof - Google Patents

Abstract

To manage and address a defect systemically when the defect occurs in a production field.SOLUTION: This is a defect management method in a production field. When a defect occurs in a production field such as a construction site, a tag is artificially placed at the location where the defect occurs, defect information data including image information in which the defect is imaged is made to be input to a reporter's terminal based an input operation to the reporter's terminal after confirmation of the tag by the reporter of the defect. An instruction to repair the defect based on the defect information data sent between the terminals is made to be sent to an operator's terminal. In addition, based on an input operation from the operator's terminal by the operator who read the information on the tag and repaired the defect, the repaired information data including the image information indicating the content of the repaired defect is made to be sent to the reporter's terminal and displayed.SELECTED DRAWING: Figure 1

Description

The present invention relates to a defect management method at a production site, a management device thereof, and a management program thereof.

At manufacturing sites such as construction sites, defects are common. There are various possible causes of defects, such as lack of technology and misunderstanding of specifications. However, in any case, these defects should be corrected by the time the workpiece or the like is completed or delivered. And, in order to maintain the quality of the final product, we do not just fix these defects, but also "what kind of defect is in which part", "who responded to the defect", and "progress". The builder, designer, supervisor, and orderer accurately grasp the points such as "how is it?" And "how many defects remain until the product is completed", and there is no excess or deficiency. It is necessary to deal with it.

However, in the field of manufacturing, fixing the defect in front of us is often the highest proposition. In particular, at sites such as construction sites where the processes are diverse and many industries are involved for a long period of time, defects found in the May rain ceremony in various processes are corrected on an ad hoc basis. Moreover, the circumstances and progress are not always properly managed. Also, in general, the number of defects found increases as the process progresses. And this also raises the problem of putting pressure on the budget and construction period.

Therefore, an object of the present invention is to solve such a problem so that when a defect occurs at a production site, the defect can be systematically managed and dealt with.

In order to achieve this object, the method of managing defects at the production site of the present invention is:
When a problem occurs at a production site such as a construction site
A tag is artificially placed at the place where the problem occurs,
Based on the input operation from the reporter terminal after confirming the tag by the reporter of the defect, the defect information data including the image information in which the defect was photographed is transmitted to the arithmetic processing unit.
By the arithmetic processing unit
For input operations from the worker terminal by a worker who has the worker terminal send a defect repair instruction input based on the transmitted defect information data and has corrected the defect after reading the tag information. Based on this, it is characterized in that the repair information data including the image information indicating the content of the repair of the defect is taken in and the repair information data is displayed on the reporter terminal.

According to the present invention, in the above-mentioned management method, the work contents are sorted according to the work type of the worker by the arithmetic processing unit, and the work contents for the worker are selected for the specific worker. It is preferable to send it to the worker terminal.

The defect management device at the production site of the present invention is
It is a device for managing defects that occur at production sites such as construction sites.
Based on the input operation from the reporter terminal by the reporter of the defect after confirming the tag artificially installed at the location where the defect occurs, the defect information data including the image information in which the defect was taken is taken in. Equipped with an arithmetic processing unit
The arithmetic processing unit
For input operations from the worker terminal by a worker who has the worker terminal send a defect repair instruction input based on the transmitted defect information data and has corrected the defect after reading the tag information. Based on this, it is characterized in that the repair information data including the image information indicating the content of the repair of the defect is taken in and the repair information data is displayed on the reporter terminal.

According to the present invention, in the above-mentioned management device, the arithmetic processing unit sorts the work contents according to the work type of the worker, and selects the work contents for the worker for a specific worker. It is preferable that the device is transmitted to the worker terminal.

The defect management program at the production site of the present invention is
When a problem occurs at a production site such as a construction site
Based on the input operation from the reporter terminal by the reporter of the defect after confirming the tag artificially installed at the location where the defect occurs by the computer, the defect includes the image information in which the defect was taken. Incorporate information data
In addition, by the computer
For input operations from the worker terminal by a worker who has the worker terminal send a defect repair instruction input based on the transmitted defect information data and has corrected the defect after reading the tag information. Based on this, the purpose is to take in the repair information data including the image information indicating the content of the repair of the defect and to display the repair information data on the reporter terminal.

According to the present invention, the above-mentioned management program further sorts the work contents according to the work type of the worker by the computer, and selects the work contents for the worker for a specific worker. It is preferable that the device is to be transmitted to the worker terminal.

According to the present invention, when a defect occurs at a production site such as a construction site, the tag artificially installed at the location where the defect occurs is confirmed, and then the data of the image information in which the defect is photographed is reported. The status of the defect and the status of the repair are visually displayed on the reporter terminal after the data of the image information indicating the content of the correction of the defect is taken into the calculation processing device and transmitted from the person terminal to the arithmetic processing device. Therefore, the situation of the defect and the situation of the repair can be surely recognized by the persons concerned. Moreover, since the confirmation using the tag is performed as described above, the location where the defect has occurred can be definitely identified, and the operator who repairs the defect is also accurately notified of the location of the defect by the installed tag. be able to.

It is a figure which shows the structure of the defect management apparatus for executing the defect management method in the production site of embodiment of this invention. It is a figure which shows the flow of work based on this invention. It is a figure which shows the order of rework using a tag. It is a figure which shows the order of reworking using a tag following FIG. It is a figure which shows an example of a tag.

In FIG. 1, reference numeral 10 denotes a terminal as a computer, and the terminal 10 is provided with an arithmetic processing unit (CPU) 11, and the arithmetic processing unit 11 includes a communication device 12 and a storage device 13. It is connected to the output device 14. The storage device 13 includes a plurality of storage devices 16, 16, .... The storage device 13 is used not only for reading and writing a program for the arithmetic processing unit 11, but also for reading and writing various data. The communication device 12 can communicate with a plurality of other terminals 10, 10, .... The plurality of terminals 10, 10, ... Include a single or a plurality of supervisor terminals, a reporter terminal, and a worker terminal, respectively. The supervisor terminal is operated by a person in a position of supervising and managing a defect management method at a production site according to the embodiment of the present invention, that is, a supervisor. The supervisor can be understood as a person in charge of quality control, and the concept of supervision here can be set arbitrarily. The reporter terminal is operated by a person who reports a defect at a production site, a person who verifies construction work for repairing the defect, and the like. The worker terminal is operated by the worker who is in charge of repairing the defect.

In the method of managing defects at a production site according to the present invention, as described above, there are a reporter who reports the occurrence of a defect when a defect occurs at the production site and a worker who corrects the defect. It is also possible to have a supervisor who is in a position to supervise the entire repair of defects at the production site as described above. FIG. 2 shows in detail the division of work between the supervisor 21, the worker 22, and the reporter 23 when there is a supervisor, and the state of information exchange between each person based on the division. Shown. Information is exchanged by operating a plurality of terminals 10, 10, ... As a computer according to a program.

When the reporter 23 reports a defect that has occurred at a production site such as a construction site, the reporter 23 provides information on the status of the defect in step S1 shown in FIG. 2 to a plurality of terminals 10, 10, ... ... Is input to the input / output device 14 of the reporter terminal 10. Further, the reporter 23 issues a tag including at least a tag number at the place where the problem occurs, and installs the issued tag at an appropriate place such as a conspicuous position at the place where the problem occurs by sticking or the like. The information input to the reporter terminal 10 includes textual information expressing the situation of the defect in words, information on the location where the defect occurred, information on the date and time when the defect was found, information on the specifications for repairing the defect, and the like. Can be included. And in particular, this information includes image information such as a photograph that indicates the status of the defect. That is, the information input to the reporter terminal is in a state in which the tag number, the image information, and the character information related to the image information are integrally linked.

The information input to the reporter terminal 10 by the input / output device 14 is converted into data and transmitted to the arithmetic processing unit 11. Then, the data transmitted to the arithmetic processing unit 11 is stored in the storage device 13 together with the tag number as defect information data including image information for displaying the defect status and character information for displaying the defect status. .. As a method of storing the device, for example, a method of storing the device in an individual storage device 16 for each place where a problem occurs can be mentioned. Information regarding the status of the defect is transmitted and displayed by the arithmetic processing unit 11 to the supervisor terminal 10 among the plurality of terminals 10, 10, ... (Step S2) via the communication device 12.

The supervisor 21 determines whether or not the defect should be corrected based on the information transmitted from the reporter 23 about the defect. The information transmitted from the reporter 23 to the supervisor 21 may be only the information related to the defect, and in addition to the information related to the defect, the information to request the repair from the reporter 23 and other information. May be included. When the supervisor 21 determines that the defect should be repaired, the supervisor 21 transmits the defect repair instruction to the worker 22 in step S3. In step S4, the worker 22 receives the instruction for repairing this defect from the worker terminal 10 and displays the content thereof. The defect repair instruction includes image information for displaying the above-mentioned defect status, text information regarding the location where the defect occurs and the status of the defect, and information regarding the repair specifications. In addition, it is possible to include the same information as when performing normal work, such as the construction schedule and the scheduled completion date of construction. Information is exchanged between the supervisor 21 and the worker 22 by the supervisor terminal and the worker terminal among the plurality of terminals 10, 10, .... The data regarding the exchanged information is stored in the storage device 13 in the same manner.

Upon receiving the defect repair instruction, the worker 22 goes to the location where the defect occurs and reads the information of the tag installed there, for example, by the worker terminal, and recognizes that the location should be repaired. To do. The operator can easily and surely recognize the part to be corrected by simply reading the information such as the tag number included in the tag without referring to the drawing showing the part where the defect has occurred. it can. That is, it is possible to reliably prevent the occurrence of erroneous construction due to an erroneous reading of the drawing, such as when the operator refers to the drawing showing the occurrence location of the defect and identifies the occurrence location. When the reporter 23 also serves as the supervisor 21 as described later, the reporter 23 may include information on the rework specifications in the tag when issuing the tag.

In step S5, the worker 22 corrects the defect. When the rework is completed, or when the rework has progressed to some extent, the worker 22 stores the rework information data regarding the content of the rework in the storage device 13 of the worker terminal and reports it by inputting the rework information data. It is transmitted to the user terminal and displayed. The rework information data includes image information for displaying the content of the rework. As the image information, for example, there is data such as a photograph showing the situation after the rework is performed on the place where the defect has occurred. In addition, the data related to the content of the rework includes textual information expressing the situation of the rework in words, information on the part of the rework, and information on the end date and time of the rework. The information indicating the content of the rework sent from the worker terminal to the reporter terminal is not only displayed but also converted into data and stored in a predetermined storage device 16 in the storage device 13 of the reporter terminal.

When the reporter 23 receives the rework information data from the worker 22 in step S6, the reporter 23 verifies the content of the rework in step S7. In that case, the reporter 23 can confirm the part to be verified just in case by reading the tag information. That is, it is possible to confirm that the place where the tag is installed was the place to be reworked just by reading the information of the tag without referring to the drawing or the like. Further, in that case, the reporter 23 can particularly refer to the image information input from the worker terminal and displaying the content of the rework. That is, the reporter 23 visually determines whether or not the rework performed by the worker 22 in step S5 is good by referring to the image information displaying the content of the rework described above in step S7. You can check. In particular, with regard to repairs at construction sites, it is easier to understand by using image information as a visual expression rather than explaining the contents of the repairs in words.

Next, in step S8, the reporter 23 determines whether the result of the verification in step S7 was good or not. If the result of the verification is poor, the reporter terminal is used to request the worker 22 to change or redo the work for rework. Hereinafter, the same operation is repeated as necessary, as shown in the illustrated flow.

If it is determined in step S8 that the result of the verification in step S7 is good, in principle, the rework is completed.

In the flow shown in FIG. 2, when the reporter 23 determines that the verification result in step S7 is good, the determination result is sent to the supervisor 21. When the supervisor 21 receives the verification result in step S9, the supervisor 21 determines in step S10 whether or not the verification is deficient. If there are no deficiencies, the rework is completed in step S11. If there are any deficiencies, the reporter 23 is instructed to redo the verification.

In the flow shown in FIG. 2, the supervisor 21 can also serve as the reporter 23. That is, the flow may be such that the supervisor 21 also plays the role of the reporter 23. In that case, the transmission of the defect repair instruction based on the defect information data and the exchange of the repair information data are performed between the worker 22 and the supervisor 21. On the contrary, the reporter 23 can also serve as the supervisor 21. Alternatively, the roles can be shared by a larger number of persons in charge than shown in FIG. 2, or all the roles can be assigned by the same person. Further, the position of the supervisor 21 and the reporter 23 can be appropriately changed depending on the difference in the production site. That is, these divisions of roles can be arbitrarily set within a reasonable range. Further, in FIG. 2, steps S9 and S10 need only be performed as needed, and are not essential. Alternatively, according to the present invention, another flow may be added to the flow shown in FIG. 2 as needed.

3 and 4 specifically show an example of a production site where a defect has occurred. In the examples of FIGS. 3 and 4, two openings 26 and 27 were formed in the building 25 at the construction site. As shown in FIG. 3A and the like, the right side in the drawing is shown. It is assumed that the height of the opening 27 of the above is wrong.

In this case, when the reporter 23 discovers a defect as shown in FIG. 3 (b), the reporter 23 issues a tag 28 including at least a tag number as shown in FIG. 3 (c). The tag 28 is attached to a suitable place at a place where a defect occurs, for example, on the wall of the building 25 in the illustrated example. Then, as shown in FIG. 3 (d), the reporter 23 photographs the situation of the location where the defect occurs, and the image information obtained by the photographing is shown in the reporter terminal 10 as shown in FIG. 3 (e). After importing to, send it to another terminal together with the tag number. This operation corresponds to steps S1 and S2 in FIG.

As shown in FIG. 3 (f), the worker 22 who went to the location where the defect occurred after receiving the instruction to fix the defect definitely reads the tag 28 and finds that the location is the location where the defect occurred. Can be recognized. Therefore, the worker 22 carries out the rework as shown in FIG. 3 (g). In the illustrated example, specifically, the height of the opening 27 on the right side is corrected. This work corresponds to step S5 in FIG.

When the work for rework is completed, as shown in FIG. 3H, the worker 22 photographs the portion where the work is completed and inputs the image information obtained thereby into the worker terminal 10. Send to other terminals.

The reporter 23 who received the rework information data from the worker 22 in step S6 of FIG. 2 performs the verification shown in step S7 of FIG. 2 as shown in FIG. 3 (i). FIG. 4 (a) shows the same diagram as in FIG. 3 (i), but if the result of the verification in step S7 in step S8 of FIG. 2 is defective, the operator 22 is notified to that effect. At that time, by communicating using the image of the construction site as shown in FIG. 4B, it is possible to accurately and in detail convey to the operator how the defect is.

If the result of the verification is good, the reporter 23 acquires an image of the end of the work as shown in FIG. 4 (c), and if necessary, in steps S9 and S10 in FIG. After going through the supervision flow for the verification by the administrator 21 shown, the tag 28 is removed as shown in FIG. 4D, and the work is completed.

When repairing a defect at a production site such as a construction site, it is indispensable to have information about where the defect exists in the building, for example. Of course, it is possible to describe the location of the defect in words or letters, but it is extremely convenient if the parties concerned can easily recognize it. Therefore, in the present invention, as described above, a tag is installed at the place where the defect occurs, and it is clearly indicated that the place should be repaired.

In the flow shown in FIG. 2, the data included in the tag 28 shown in FIG. 3 can be used as a part of the defect information data or as a part of the rework information data. Of course, when instructing the worker to correct the defect, the operator can read the data included in the tag 28 together with the defect information data including the image information on the worker terminal.

The data transmitted in the flow shown in FIG. 2 is as follows in detail. That is, the position data for identifying the location where the defect occurs is first set, and the tag number, the data related to the defect (defect ID), and the like are associated with the position data. For data on each defect,
・ Defect ID
・ The name of the reporter, the coordinates on the drawing regarding the location of the defect, the state of the defect, the image, other explanations, the date and time of the report, etc.

The data included in the defect repair instruction is the same as above. The rework information data from the worker is the same as above. The rework information data includes image data of the defective part when the rework is completed.

These data are processed by the arithmetic processing unit 11 of the worker terminal 10, and the processed data is stored in the storage device 13. These data are updated from time to time as the work progresses, from the time the defect is discovered until the rework is completed. Then, the updated data is transmitted from the worker terminal to each terminal. In each terminal 10, in addition to the latest data updated last time, it is also possible to call and display the updated data at an arbitrary time point.

In the above, the case where information is exchanged between a plurality of terminals 10, 10, ..., But the present invention is not limited to such a system. That is, the present invention may be, for example, a system in which a server is installed and each terminal exchanges information with and from the server, or any other appropriate system. At that time, the server can be used as a system in which the worker can search only the information corresponding to the work type of each worker. By doing so, each worker does not have to search for unnecessary information that is not related to his / her own work, so that the work can proceed efficiently.

Any kind of tag 28 can be used. For example, a QR (two-dimensional bar code) tag or the like can be used satisfactorily. Further, the tag 28 can include data related to encryption and authentication, such as a hash value. As a result, it is possible to effectively prevent the occurrence of a malicious situation such as intentionally rewriting the contents of the tag 28.

FIG. 5 shows details of an example of the tag 28. In FIG. 5, a tag called a "defect management tag" and spelled out in five sheets is shown. The tag numbers of each tag 28 are described as "# 00001" to "# 00005". These tag numbers are associated with the defect ID on the system. In the above-mentioned work system, the tag number and the defect ID on the system are matched. The tag number may be in any form as long as it can be read by the terminal 10 as a reading device. In FIG. 5, a "tag number" and a corresponding two-dimensional bar code 29 are illustrated. Data such as "00001" to "00005" are recorded on the two-dimensional bar code 29.

When the tag 28 includes data related to encryption or authentication such as the hash value described above, specifically, for example, the two-dimensional bar code 29 can include this data. In that case, data such as "00001.8566ee" is recorded in the two-dimensional bar code. Of these, "00001" is the data of the tag number and the "8566ee" verification character string related to encryption and authentication, and is calculated from the tag number. By using such a tag 28, it is possible to verify whether or not the tag 28 is legitimate before matching the tag number with the defect ID.

Further, the tag number and the data of the verification character string can be recorded as a two-dimensional bar code in the URL format. According to this, after cutting out the "tag number" and the "verification character string" from the URL, it can be used in the same manner as described above. Alternatively, by using this URL as the application startup URL as it is, it becomes possible to leave it to the OS of the user's terminal 10 or other device whether to start the application or transition to the web application. As the data in the URL format, for example, "https://example.com/tag/00001.8566ee" can be exemplified.

In the present invention, the term "production site" should be understood in a broad sense, and should be understood to mean a site widely related to production beyond the concept of a manufacturing site. For example, an activity site in the service industry is also included in the "production site" referred to in the present invention. Hereinafter, this point will be described in detail together with specific examples.

First, the above-mentioned construction site can be illustrated. As an example, there is a case where the reporter is a site supervisor and the worker is a professional contractor (craftsman). In that case, for example, there is a case where the site supervisor points out a defect to a specialized contractor in terms of construction accuracy and the like. In that case, regarding the work instruction, instead of issuing an instruction such as "here, over there", the site supervisor, based on the image information and tag information, determines the location of the defect, for example, "○ in room 〇 on the 〇 floor." It can be specified accurately, such as "part". In addition, when the content of the rework is verbally communicated as "I want you to do this, I want you to do it", there are many cases where communication is not possible, and there is a high risk that the wrong rework will be performed due to misunderstanding. Can be prevented. In addition, since the information on the repair is visually transmitted, there is an advantage that the specialist contractor can work on the repair without any misunderstanding. As for the rework, the details of the work will be reported based on the image data, so that the site supervisor can confirm whether the rework has been completed successfully and reliably. In addition, it is possible to prevent oral false reports by specialized contractors. If there is a defect in the repair, the re-construction can be instructed as shown in the flow of FIG. For example, in a major house maker, it is customary for a plurality of persons in charge to manage a plurality of properties, which can be useful for information sharing in such a case.

As another example of a construction site, the reporter is a quality control person in a construction company and the worker is a site supervisor. In this case, generally, the quality control person and the site supervisor visit the construction site together. In this case as well, similar to the above-mentioned relationship between the site supervisor and the specialized contractor, the quality control person in charge of the work instruction causes a defect based on the image information instead of issuing an instruction such as "here, over there". The location can be specified accurately. In addition, compared to the case of verbally telling the contents of the rework "I want you to do this, I want you to do it", you can communicate more reliably and you can confirm accurately by images, that is, photographic records. Regarding repairs, the status of construction completion can be reported as an image, so the quality control staff can confirm that the repairs have been completed without fail, and do not have to go to the site again after instructing the repairs. You can also check the contents of the rework. In addition, since defect information data including image information can be recorded as a record, the level of quality control can be improved. If there is a defect in the rework, the rework can be instructed in the same manner as shown in the flow of FIG. If the number of work places is large, the quality control person in charge of the construction company has a heavy burden of visiting each work place, but according to the present invention, quality improvement can be efficiently realized.

As a production site, a management site of a rental property in a real estate company can be exemplified. For rental properties, remodeling work is frequently carried out in various parts of the property. However, not all real estate rental properties are remodeled every time. There are "parts to be reformed" and "parts not to be reformed". In this case, the real estate company (or landlord) is the reporter, and the person in charge of the remodeling work is the worker. Then, in this case, for example, the real estate company may point out a defect to the construction technician. In that case, as in the case of the above-mentioned construction site, the real estate company, instead of issuing an instruction such as "here, over there", determines the place where the defect occurs based on the image information, for example, "○". It can be accurately specified, such as "○ part of room 0 on the floor". In addition, when the content of the rework is verbally communicated as "I want you to do this, I want you to do it", there are many cases where communication is not possible, and there is a high risk that the wrong rework will be performed due to misunderstanding. Can be prevented. In addition, the part to be reformed and the part not to be reformed are accurately selected. The person in charge of construction will report the completion of the remodeling work with an image. Therefore, for the real estate company that is the reporter, it is possible to confirm whether or not the remodeling work including the repair work is surely completed. In addition, it is possible to prevent the occurrence of false oral reports by the construction staff. If the construction is unsuccessful, an instruction to rework is issued as shown in FIG. By applying the present invention to the management site of rental properties in a real estate company in this way, it is possible to keep a record of the construction work, which makes it easier to make a management cost plan after that and causes troubles during the restoration work. It also leads to the prevention of.

As another example of the "production site" referred to in the present invention, a site of equipment / equipment management in a restaurant can be mentioned. In this case, the store manager is the reporter and the store clerk is the worker. That is, the state of tidying up in the store can be seen as the situation of defects. Specifically, restaurants are required to arrange equipment such as menus, seasonings, and bulletin boards in an orderly manner, and if they are not arranged in an orderly manner, it can be determined that a problem has occurred. In that case, according to the present invention, the place where the defect occurs can be specified by an image, and therefore, the place can be understood more accurately than when the place is conveyed in words. It is possible that the reporter and the worker cannot communicate with each other only with the verbal text information, but according to the present invention, the image information is used to make the worker recognize the correct processing state. Can be done. Therefore, it is possible to make the correction according to the correct processing. In addition, since the information can be visually transmitted to the worker, the worker can also work on the rework without misunderstanding. Especially in restaurants, it is possible to identify the locations of tables, chairs, toilets, etc., and to accurately recognize their cleaning status and damaged objects. Further, in the case of a restaurant having a plurality of stores, it is possible to convey information to the management headquarters about matters that cannot be dealt with by each store alone. By managing a large amount of information, the management headquarters can manage the repair span of equipment well. Then, also in this case, by using the image information, the store manager who is the reporter can confirm whether or not the rework is surely completed. In addition, it is possible to prevent an oral false report by a clerk who is a worker. If the content of the rework is unacceptable, an instruction to rework is issued as shown in FIG. In addition, it is possible to repeatedly give guidance to the clerk by using defect information data including image information, which is easy for anyone to see.

Another example of a restaurant is management work when it has a plurality of stores. In this case, the manager, for example, the headquarters manager is the reporter, and the manager of each store is the worker. Then, in this case, as in the case of the above-mentioned relationship between the store manager and the store clerk, it can be determined that a problem has occurred when equipment such as menus, seasonings, and bulletin boards are not arranged in an orderly manner. it can. In addition, as in the above case, the repair span of the equipment can be managed well, and the manager can judge whether or not the store handles the equipment appropriately. In addition, the obtained data can be used as an evaluation standard for how much each store, that is, the store manager, has achieved the manual of the management headquarters. As a result, it can be applied to the personnel assessment of store managers. Furthermore, since the manager can confirm the content of the repair by the image information, he / she can receive an accurate report of the repair without having to go to the site again for confirmation. In particular, in a restaurant that operates a large number of stores, the time that the headquarters manager can stay at each store is not long, and according to the present invention, it is possible to make an objective evaluation within that time and to maintain the brand. Can carry out the necessary management.

10 Terminal 11 Arithmetic processing device 12 Communication device 13 Storage device 21 Supervisor 22 Worker 23 Reporter 28 Tag

Claims (6)

When a problem occurs at a production site such as a construction site
A tag is artificially placed at the place where the problem occurs,
Based on the input operation from the reporter terminal after confirming the tag by the reporter of the defect, the defect information data including the image information in which the defect was photographed is transmitted to the arithmetic processing unit.
By the arithmetic processing unit
For input operations from the worker terminal by a worker who has the worker terminal send a defect repair instruction input based on the transmitted defect information data and has corrected the defect after reading the tag information. Based on this, a defect management method at a production site, characterized in that the repair information data including image information indicating the content of the repair of the defect is taken in and the repair information data is displayed on the reporter terminal. The arithmetic processing unit sorts the work contents according to the work type of the worker, and causes a specific worker to select the work contents for the worker and send the work contents to the worker terminal. Item 1. The method for managing defects at a production site according to item 1. It is a device for managing defects that occur at production sites such as construction sites.
Based on the input operation from the reporter terminal by the reporter of the defect after confirming the tag artificially installed at the location where the defect occurs, the defect information data including the image information in which the defect was taken is taken in. Equipped with an arithmetic processing unit
The arithmetic processing unit
For input operations from the worker terminal by a worker who has the worker terminal send a defect repair instruction input based on the transmitted defect information data and has corrected the defect after reading the tag information. Based on this, a defect management device at a production site, characterized in that the repair information data including image information indicating the content of the repair of the defect is taken in and the repair information data is displayed on the reporter terminal. The arithmetic processing unit is characterized in that it sorts the work contents according to the work type of the worker and causes a specific worker to select the work contents for the worker and send it to the worker terminal. The defect management device at the production site according to claim 3. When a problem occurs at a production site such as a construction site
Based on the input operation from the reporter terminal by the reporter of the defect after confirming the tag artificially installed at the location where the defect occurs by the computer, the defect includes the image information in which the defect was taken. Incorporate information data
In addition, by the computer
For input operations from the worker terminal by a worker who has the worker terminal send a defect repair instruction input based on the transmitted defect information data and has corrected the defect after reading the tag information. Based on this, a defect management program at a production site for importing repair information data including image information indicating the content of repair of the defect and displaying the repair information data on the reporter terminal. 5. Claim 5 for causing a computer to further sort the work contents according to the work type of the worker and to have a specific worker select the work contents for the worker and send the work contents to the worker terminal. Described management program.

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