JP7091283B2 - Inspection support system and inspection support method - Google Patents

Description

The present invention relates to an inspection support system and an inspection support method, and is suitable for being applied to, for example, an inspection support system and an inspection support method that support inspections performed by a plurality of workers.

Conventionally, legal inspections, maintenance inspections, etc. (hereinafter referred to as inspections) of equipment installed in buildings, factories, etc. have been performed by a plurality of workers.

In order to support such inspections, the camera acquires an image equivalent to the image visually viewed through the head-mounted display (hereinafter referred to as HMD) worn by the operator, and the acquired image is used for inspection such as an appropriate work manual. A method of estimating the information necessary for the HMD and displaying it on the HMD in real time has been proposed (see Patent Document 1).

Japanese Unexamined Patent Publication No. 2014-164482

In the method described in Patent Document 1, when it is necessary to perform inspection by a plurality of workers, the HMD is attached to each worker, and the HMD is obtained through a camera worn by at least one worker. It is also possible to display the image to be displayed on the HMD worn by another worker.

For example, when looking at elevator inspections, in the legal inspections of elevators, which are required to be carried out on a regular basis, two or more workers form a team to inspect multiple devices that make up the elevator in parallel. Jointly inspect the same equipment.

Here, the technical level of the workers in the team is not always the same, and there are individual differences in the speed at which inspections are carried out. It is necessary to carry out inspections on a case-by-case basis, such as by acting on behalf of inspection items that have not been completed among the inspection items that the worker is in charge of.

However, in the method described in Patent Document 1, the information of other workers displayed on the HMD is only the camera image of the inspection currently being carried out, and the progress of each other's inspection cannot be grasped. Therefore, even if there is a delay in the inspection of another worker, it cannot be grasped, so that waste may occur such as waiting until the other worker proceeds to a predetermined inspection.

The present invention has been made in consideration of the above points, and is an object of the present invention to propose an inspection support system or the like capable of efficiently performing inspections by a plurality of workers.

In order to solve this problem, the present invention is an inspection support system that supports inspections performed by a plurality of workers, and includes information indicating inspection items assigned to the first worker and the first work. The inspection item management unit that manages the information indicating the inspection items assigned to the second worker who works in cooperation with the person, and the inspection items assigned to the first worker are inspected. The completed inspection item management unit that manages the information that can identify the completed items and the information that can identify the items that have been inspected among the inspection items assigned to the second worker, and the inspection item management. The progress of the inspection of the second worker calculated from the information of the second worker managed by the department and the information of the second worker managed by the completion inspection item management department is shown. The information is output to the first terminal device used by the first worker, and the information of the first worker managed by the inspection item management unit and the information managed by the completion inspection item management unit are the first. An output control unit that controls to output information indicating the progress of the inspection of the first worker, which is calculated from the information of the first worker, to the second terminal device used by the second worker. , Was provided.

According to the above configuration, the first worker can grasp the progress of the inspection of the second worker, and the second worker grasps the progress of the inspection of the first worker. be able to. Therefore, for example, when a beginner and an expert perform an inspection, if the inspection by the beginner is delayed, the expert can follow up and proceed with the inspection in a coordinated manner.

According to the present invention, it is possible to support inspection by a plurality of workers.

It is a figure for demonstrating the outline of the inspection support system by 1st Embodiment. It is a figure which shows an example of the structure which concerns on the inspection support system by 1st Embodiment. It is a figure which shows an example of the structure which concerns on the inspection support apparatus by 1st Embodiment. It is a figure which shows an example of the image management information by 1st Embodiment. It is a figure which shows an example of the voice management information by 1st Embodiment. It is a figure which shows an example of the inspection item management information by 1st Embodiment. It is a figure which shows an example of the flowchart which concerns on the inspection support processing by 1st Embodiment.

Hereinafter, one embodiment of the present invention will be described in detail with reference to the drawings. The present embodiment relates to a technique capable of grasping the progress of each other's inspections and supporting efficient inspections even among workers having different technical levels. In this embodiment, the inspection support method using the inspection support system will be described by taking the inspection of the periodic inspection of the elevator as an example. The inspection is not limited to the periodic inspection of the elevator, and may be another inspection performed by a plurality of workers.

In the following description, when explaining without distinguishing the same kind of elements, the common part (the part excluding the branch number) of the reference codes including the branch number is used, and the same kind of elements are explained separately. In some cases, a reference code containing a branch number may be used. For example, when the terminal device is described without particular distinction, it is described as "terminal device 120", and when the individual terminal devices are described separately, "terminal device 120-1" and "terminal device 120-" are described. It may be described as "2".

(1) First Embodiment In FIG. 1, 100 indicates an inspection support system according to the first embodiment as a whole. FIG. 1 is a diagram for explaining an outline of the inspection support system 100.

Elevator inspections are usually carried out by two workers (hereinafter, each of the two workers is referred to as worker A and worker B) according to the order of the work planned in advance (hereinafter referred to as work). Will be. Such work comprises one or more inspections. The work includes inspections performed by each worker (inspections assigned to workers) and / or inspections performed jointly by two workers (hereinafter referred to as joint inspections). The inspection is composed of one or more inspection items (hereinafter referred to as inspection items).

In order to carry out the inspection efficiently and safely, it is included in the work place indicating the place of each work in charge of the worker A, the work order indicating the order of each work, and each work as in the inspection procedure information 110. The inspection to be performed, the work place indicating the place of each work in charge of the worker B, the work order indicating the order of each work, and the inspection included in each work are predetermined.

Here, when the worker A inspects the control panel at the bottom of the hoistway, in the inspection support system 100, the information on the control panel acquired by the terminal device 120-1 used by the worker A (for example, an image). ), The inspection items of the control panel (control panel inspection items 121-1 such as "main switch operation" and "insulation measurement") are detected and output to the terminal device 120-1 of the worker A.

Further, when the worker B is inspecting the hoisting machine at the bottom of the hoistway, the inspection support system 100 has information on the hoisting machine acquired by the terminal device 120-2 used by the worker B (for example,). The hoisting machine inspection items (winding machine inspection items 121-2 such as "presence or absence of oil leakage" and "lubrication state") are detected from the video) and output to the terminal device 120-2 of the worker B.

The output of the terminal device 120 will be described by taking as an example the display by the display unit 122 included in the terminal device 120, but the output is not limited to the display. For example, an output (for example, sound from a speaker, light from a lamp, vibration by a vibrating device, etc.) that allows one worker to recognize the progress of inspection by another worker can be appropriately adopted.

It should be noted that the inspection items may not be output to the display unit 122 of the terminal device 120 at the discretion of the operator.

Here, when the operator A inspects the "main switch operation" of the control panel and inputs the inspection result (hereinafter referred to as the inspection result) to the terminal device 120-1, the terminal device 120-1 The "main switch operation" disappears from the control panel inspection item 121-1 displayed on the display unit 122-1, and the remaining inspection items ("insulation measurement item", etc.) are displayed.

Similarly, when the worker B inspects the hoisting machine for "oil leakage" and inputs the inspection result to the terminal device 120-2, it is displayed on the display unit 122-2 of the terminal device 120-2. "Presence / absence of oil leakage" disappears from the hoisting machine inspection item 121-2, and the remaining inspection items ("lubrication status", etc.) are displayed.

The inspection items that have been inspected (inspection items that have been inspected) are not limited to the configuration that is erased from the display unit 122, and the display color of the inspection items may be lightened or the inspection items may be displayed. Even if the configuration is changed so that it can be grasped that the inspection has been completed, such as reducing the size of the color or adding information indicating that the inspection has been completed (for example, "inspected"). good.

In addition, the operation of detecting inspection items, displaying the detected inspection items, and erasing the inspection items for which the inspection results are input can be performed even if the equipment to be inspected or the inspection items are performed in no particular order. For example, if the worker A tries to inspect other equipment at the bottom of the hoistway even if he / she has not completed all the control panel inspection items 121-1, the inspection support system 100 will have the above-mentioned contents. Do the same.

Here, the worker A can confirm the inspection items of the inspection assigned to the worker B, the inspection items that have not been completed, and the like, and carry out the inspection assigned to the worker B. For example, when the information of the hoisting machine is acquired by the terminal device 120-1 of the worker A, the hoisting machine inspection item 121-2 (inspection item of the hoisting machine that has not been completed) is displayed on the display unit 122-1. When the inspection result is input to the terminal device 120-1, the inspection item in which the inspection result is input disappears from the display unit 122-1. The same applies to worker B, who confirms the inspection items assigned to worker A and the inspection items that have not been completed, and carries out the inspection assigned to worker A. Can be done.

Further, as shown in FIG. 1, there is a joint inspection in the inspection of the elevator. When both the worker A and the worker B approach the completion of all the inspection items at the bottom of the hoistway, the information related to the joint inspection (joint work inspection display 123) is displayed on the display unit 122 of the terminal device 120.

In the joint work inspection display 123, in addition to the approaching joint inspection, the approximate time until the joint inspection, the destination (for example, the next joint inspection work place "management room", "inside the car"), etc. The information may be displayed together.

Further, in the inspection items of the joint inspection, the same inspection items are displayed on the terminal device 120-1 and the terminal device 120-2, and either the worker A or the worker B inputs the inspection result to the terminal device 120. However, the inspection item disappears.

As described above, the worker A and the worker B can grasp the inspection items assigned to them and the inspection items that have not been completed, respectively, and can also grasp the progress of the inspections of other workers. If the progress of the inspection of the worker B is delayed, the worker A can confirm the incomplete inspection items of the worker B and perform the inspection on behalf of the worker B.

Furthermore, since it is possible to know in advance that joint inspections are approaching, even when working with workers of different technical levels, the inspection procedure can be changed flexibly while grasping the progress of each other's inspections, and joint inspections can be carried out. In the inspection, you can move to your place at the right time and carry out the inspection efficiently.

Next, an example of the configuration for realizing the above-mentioned contents will be described with reference to FIGS. 2 to 7.

FIG. 2 is a diagram showing an example of the configuration related to the inspection support system 100.

The inspection support system 100 includes a plurality of terminal devices 120 and an inspection support device 200. The terminal device 120 and the inspection support device 200 are connected to each other so as to be able to communicate with each other via a communication line 220 (network).

The terminal device 120 is an HMD, a tablet terminal, or the like. The terminal device 120 includes a control device 201, a storage device 202, a communication device 203, a sensor device 204, an input device 205, and an output device 206. The sensor device 204, the input device 205, the output device 206, and the like are not limited to the configuration provided integrally with the terminal device 120, and may be provided separately from the terminal device 120. For example, the sensor device 204 is mounted separately from the terminal device 120 and attached to a part of the body such as the head of the worker, and the output device 206 is mounted separately from the terminal device 120. It may be attached to a part of the body such as an arm.

The control device 201 is, for example, a CPU (Central Processing Unit) and performs various controls. The storage device 202 is a RAM (Random Access Memory), a ROM (Read Only Memory), an HDD (Hard Disk Drive), or the like, and stores various types of information. The communication device 203 is composed of, for example, a NIC (Network Interface Card), and performs protocol control during communication with the inspection support device 200. The sensor device 204 is a camera, an eye movement measuring device, or the like, and acquires sensor information such as an captured image and an eye movement measured value. The input device 205 is a microphone, a touch panel, or the like, and inputs various information. The output device 206 is a display, a speaker, or the like, and outputs various information. Although the sensor device 204 and the input device 205 are distinguished for convenience of explanation, they may not be distinguished.

The control device 201 can be connected to the sensor device 204 and the input device 205 by wireless communication. Hereinafter, the sensor device 204 will be described by taking the case of a camera and an eye movement measuring device as an example, and the input device 205 will be described by taking the case of a microphone as an example. The camera is held, for example, on the worker's head, chest, etc. so that the shooting range moves according to the line of sight of the worker, and shoots the device under inspection.

The functions of the terminal device 120 (sensor information acquisition function, transmission / reception function, display control function, etc.) may be realized, for example, by the CPU reading the program stored in the ROM into the RAM and executing it (software). It may be realized by hardware such as a dedicated circuit, or it may be realized by combining software and hardware. Further, a part of the function of the terminal device 120 may be realized by another computer (for example, the inspection support device 200) capable of communicating with the terminal device 120.

The inspection support device 200 is a server device or the like provided in the elevator management center. The inspection support device 200 includes a control device 211, a storage device 212, and a communication device 213.

The control device 211 is, for example, a CPU and performs various controls. The storage device 212 is a RAM, ROM, HDD, or the like, and stores various types of information. The communication device 213 is composed of, for example, a NIC, and performs protocol control during communication with the terminal device 120.

For the functions of the inspection support device 200 (image detection unit 311 described later, voice detection unit 312, inspection item management unit 313, completion inspection item management unit 314, output control unit 315, setting unit 316, etc.), for example, the CPU is stored in the ROM. It may be realized by reading the stored program into RAM and executing it (software), it may be realized by hardware such as a dedicated circuit, or it may be realized by combining software and hardware. May be good. Further, a part of the functions of the inspection support device 200 may be realized by another computer (for example, the terminal device 120) capable of communicating with the inspection support device 200.

The terminal device 120 and the inspection support device 200 can send and receive data to and from each other while the inspection is being carried out. For example, the inspection support device 200 can receive data from the sensor device 204 (in this example, a camera and an eye movement measuring device) and the input device 205 (in this example, a microphone). Further, for example, the inspection items detected by the inspection support device 200 are displayed on the output device 206.

FIG. 3 is a diagram showing an example of the configuration according to the inspection support device 200.

The inspection support device 200 stores image management information 301, voice management information 302, inspection item information 303, and completion inspection item information 304.

The image management information 301 is information used for detecting the device under inspection from the image data transmitted from the terminal device 120. Note that FIG. 4 shows an example of the image management information 301.

The voice management information 302 is information used for detecting the device under inspection from the voice data transmitted from the terminal device 120, and the contents of the inspection during the inspection such as the mounting state and the dirty state (hereinafter referred to as the inspection contents). ), Or the information used to detect the inspection result. Note that FIG. 5 shows an example of the voice management information 302.

The inspection item information 303 includes information related to the inspection item, and is inspected from the information of the device under inspection detected from the image data and the information of the device under inspection detected from the audio data. Information used to detect an item (hereinafter referred to as an equipment inspection item). Note that FIG. 6 shows an example of the inspection item information 303.

The completed inspection item information 304 includes information that can identify the inspection item for which the inspection has been completed (hereinafter referred to as the completed inspection item), and identifies the completed inspection item from the equipment inspection items detected using the inspection item information 303 (hereinafter referred to as the completed inspection item). For example, the information used to eliminate). Note that FIG. 6 shows an example of the completed inspection item information 304.

Further, the inspection support device 200 includes an image detection unit 311, a voice detection unit 312, an inspection item management unit 313, a completion inspection item management unit 314, an output control unit 315, and a setting unit 316.

The image detection unit 311 detects the device under inspection from the image data transmitted from the terminal device 120 by using the image management information 301.

Further, when the line-of-sight data of the worker acquired by the sensor device 204 is added to the image data captured by the sensor device 204, even if the image data includes a plurality of devices, the worker pays close attention to them. The device being inspected can be identified, and the device under inspection can be detected by the image detection unit 311 with higher accuracy.

The voice detection unit 312 detects the inspection content being inspected from the voice data transmitted from the terminal device 120 by using, for example, the voice management information 302. Further, the voice detection unit 312 also detects the device under inspection by using the voice management information 302 from the voice data transmitted from the terminal device 120 in parallel with the image detection unit 311. If the voice detection unit 312 can detect the device under inspection, the voice emitted by the operator is more reliable than the image data, so the voice detection unit 312 detects it more than the device detected by the image detection unit 311. Priority is given to the equipment that has been installed. Further, the voice detection unit 312 detects the inspection result being inspected from the voice data transmitted from the terminal device 120 by using the voice management information 302.

The inspection item management unit 313 detects an equipment inspection item using the inspection item information 303 from the equipment under inspection detected by the image detection unit 311 or the voice detection unit 312.

The completion inspection item management unit 314 detects the completion inspection item from the inspection content and inspection result during the inspection detected by the voice detection unit 312, and stores the information that can identify the detected completion inspection item.

The output control unit 315 describes incomplete inspection items (hereinafter referred to as incomplete inspection items) from the equipment inspection items detected by the inspection item management unit 313 and the completed inspection items detected by the completed inspection item management unit 314. ) Is detected, and the detected incomplete inspection item is transmitted to the terminal device 120. The terminal device 120 displays incomplete inspection items (for example, control panel inspection item 121-1, hoisting machine inspection item 121-2, etc.) on the output device 206. The output control unit 315 may store the detected incomplete inspection items in the storage device 212. According to this, the incomplete inspection items detected by the inspection support device 200 can be held in the inspection support device 200 at any time, so that they can be easily stored and managed in the elevator management center or the like.

In addition, the device inspection item and the completion inspection item detected by the inspection support device 200 may be transmitted to the terminal device 120 by the output control unit 315 via the communication line 220. In this case, the terminal device 120 can hold the device inspection item and the completion inspection item, and by displaying the device inspection item and the completion inspection item on the output device 206 as needed, the operator can perform the device inspection item, the completion inspection item, and / or. You can also check incomplete inspection items. Further, the device inspection item and the completion inspection item may be displayed on the terminal device 120 and stored in the storage device 212. According to this, the equipment inspection items and the completed inspection items detected by the inspection support device 200 can be held in the inspection support device 200 at any time, so that it is easy to store and manage them in the elevator management center or the like. can.

The setting unit 316 sets the information output by the output control unit 315. For example, the setting unit 316 sets whether or not to display an incomplete inspection item (for example, control of turning on and off the display flag) in response to an instruction from the terminal device 120. The output control unit 315 controls to display the incomplete inspection item on the terminal device 120 when the setting unit 316 is set to display the incomplete inspection item (for example, the incomplete inspection item is displayed). (Send to the terminal device 120), and if the setting unit 316 is set not to display the incomplete inspection item on the terminal device 120, control is performed so that the incomplete inspection item is not displayed on the terminal device 120 (for example, the incomplete inspection). Do not send the item to the terminal device 120).

FIG. 4 is a diagram showing an example of image management information 301 (image management table 400). The image management table 400 is a table that manages information capable of detecting the device under inspection from the image data transmitted from the terminal device 120.

More specifically, the image management table 400 stores the information of the image 401 and the device name 402 in association with each other. The image 401 is an image data group (for example, teacher data) of the device that can be identified by the device name 402. The device name 402 is a name that can identify each device to be inspected.

The image 401 is not limited to the image data, and information that can detect the device, such as the feature amount of the device, can be appropriately adopted. Further, the device name 402 is not limited to the name of the device, and information that can identify the device such as the device number can be appropriately adopted.

FIG. 5 is a diagram showing an example of voice management information 302 (voice management table 500). The voice management table 500 includes information that can detect the inspection content being inspected, information that can detect the device under inspection, and information that can detect the completion of the inspection item from the voice data transmitted from the terminal device 120. It is a table that manages ,.

More specifically, the voice management table 500 stores the information of the voice 501, the keyword 502, and the type 503 in association with each other. The voice 501 is voice data of the keyword 502. The audio data may be compressed format data, lossy non-compressed format data, lossy non-compressed format data, or other format data. May be good. The keyword 502 is an inspection content, an inspection device (equipment to be inspected), a word indicating the completion of the inspection item, or the like. Type 503 is a classification for classifying the keyword 502 into any of inspection contents, inspection results, and inspection equipment.

The voice 501 is not limited to voice data, and information capable of detecting the keyword 502, such as data after extracting the voice features of the keyword 502, can be appropriately adopted.

FIG. 6 is a diagram showing an example (inspection item management table 600) of inspection item management information including inspection item information 303 and completion inspection item information 304.

More specifically, the inspection item management table 600 includes inspection item number 601, worker 602, work place 603, work order 604, inspection name 605, inspection equipment (major classification) 606, inspection equipment (minor classification) 607, and so on. The information of the inspection item name 608, the inspection content 609, the joint inspection flag 610, the required time 611, the inspection status 612, and the inspection result 613 is stored in association with each other.

The inspection item number 601 is a number that can identify the inspection item. The inspection item includes information such as the inspection item name 608 and the inspection content 609. The worker 602 is information that can identify the worker to which the inspection item is assigned. The work place 603 is a place where the inspection of inspection items is carried out. The work order 604 is the work order to which the inspection of the inspection items belongs.

The inspection name 605 is the name of the inspection item. The inspection device (major category) 606 is a device (equipment including a plurality of devices, for example, a control panel, a hoisting machine) in which inspection items are inspected. Inspection equipment (sub-category) 607, equipment (for example, main switch, brake) on which inspection items are inspected.

The inspection item name 608 is the name of the inspection item. The inspection content 609 is the content of the inspection item. The joint inspection flag 610 is a flag (in this example, “TRUE” or “FALSE”) indicating whether or not the inspection of the inspection item is a joint inspection. The required time 611 is the time required for the inspection of the inspection items. The required time 611 may be an average time calculated from the past performance of all workers, may be an average time calculated from the past performance of all workers, or may be an average time calculated from the past performance of all workers. It may be the standard time obtained. The inspection status 612 is the inspection status of the inspection item (in this example, "not inspected" if the inspection is not completed, "inspecting" if the inspection is in progress, and "inspected" if the inspection is completed). be. The inspection result 613 is an inspection result of the inspection items.

In the inspection item management table 600, the record of the work inspection related to the worker A is shown, but the record of the work inspection related to the worker B is also included. However, the data structure is not limited to the inspection item management table 600, and may be, for example, a data structure in which a table is provided for each worker.

FIG. 7 is a diagram showing an example of a flowchart relating to the inspection support process performed by the inspection support device 200. The inspection support process is performed at a predetermined cycle. In the inspection support process, generally, in steps S701 to S711, the process when the inspection is performed is performed, and in steps S712 to S719, the process when the inspection is completed is performed.

In step S701, the inspection support device 200 captures image data. More specifically, the inspection support device 200 receives the image data captured by the terminal device 120 from the terminal device 120 and captures the image data into the image detection unit 311.

In step S702, the inspection support device 200 (for example, the image detection unit 311) detects the device. The inspection support device 200 uses the existing image processing technique (for example, by deep learning using the image 401 of the image management table 400 as teacher data) to detect the device captured from the received image data. In this example, it is assumed that the hoist is detected.

In step S703, the inspection support device 200 (for example, the inspection item management unit 313) detects the inspection item. More specifically, the inspection support device 200 detects all the inspection items (equipment inspection items) related to the equipment (in this example, the hoist) detected in step S702. For example, the inspection support device 200 refers to the inspection equipment (major classification) 606, the inspection equipment (minor classification) 607, and the inspection item name 608 of the inspection item management table 600, and inspects the hoisting machine detected in step S702. Extract all item names 608.

In step S704, the inspection support device 200 captures the line-of-sight data. More specifically, the inspection support device 200 receives the line-of-sight data obtained by the existing eye movement measurement technique in the terminal device 120 from the terminal device 120 and captures it in the image detection unit 311.

In step S705, the inspection support device 200 (for example, the image detection unit 311) detects the device. The inspection support device 200 adds the received line-of-sight data to the image data processed in step S702, detects the device that the operator is gazing at, and determines that the detected device is the device being inspected. For example, the inspection support device 200 detects the brake when the operator is watching the brake attached to the winder instead of the main body of the winder. In this example, it is assumed that the brake is detected.

In step S706, the inspection support device 200 (inspection item management unit 313) detects the inspection item. More specifically, the inspection support device 200 detects all the inspection items (equipment inspection items) related to the equipment (in this example, the brake) detected in step S705. For example, the inspection support device 200 refers to the inspection equipment (major classification) 606, the inspection equipment (minor classification) 607, and the inspection item name 608 of the inspection item management table 600, and the inspection item related to the brake detected in step S705. Extract all names 608.

In step S707, the inspection support device 200 captures voice data. More specifically, the inspection support device 200 receives the voice data picked up by the terminal device 120 from the terminal device 120 and takes it into the voice detection unit 312. For example, the inspection support device 200 (voice detection unit 312) uses the existing voice recognition technique to use the received voice data to obtain the keyword 502 (for example, “presence / absence of oil leakage”, “lubrication state”, etc.) of the voice management table 500 and the voice management table 500. Type 503 (for example, "inspection content") is detected.

In step S708, the inspection support device 200 detects the inspection item. At this time, the inspection support device 200 detects the inspection item being inspected from the device detected from the image data and the inspection content detected from the audio data. For example, the inspection support device 200 refers to the inspection content 609 of the inspection item management table 600, and sets the inspection status 612 of the inspection item whose detected keyword of the inspection content is included in the inspection content 609 to "inspection in progress".

Further, the inspection support device 200 may include a keyword related to the device being inspected in the voice data received in step S707. For example, the inspection support device 200 detects the keyword 502 (for example, "braking device") of the voice management table 500 from the received voice data as a device being inspected. When the inspection support device 200 (inspection item management unit 313) detects the device being inspected, it detects all the inspection items (equipment inspection items) related to the detected device (braking device in this example).

In step S709, the inspection support device 200 (output control unit 315) controls the output of inspection items. For example, the inspection support device 200 refers to the inspection item management table 600, and among the equipment inspection items detected in step S703, step S706, or step S708, the inspection state 612 is “not inspected” or “inspecting”. The inspection item name 608 is extracted, and the extracted inspection item name 608 is transmitted to the terminal device 120 as an incomplete inspection item. When the terminal device 120 receives the incomplete inspection item, it displays it on the output device 206.

In step S710, the inspection support device 200 detects the inspection result. The voice data received in step S707 may also include keywords related to the inspection result. Here, the inspection support device 200 detects the keyword 502 (for example, “good”, “correction required”, numerical value, etc.) of the voice management table 500 from the received voice data as the inspection result.

In step S711, the inspection support device 200 determines whether or not the inspection result has been detected. If the inspection support device 200 determines that the inspection result has been detected, the process is transferred to step S712, and if it is determined that the inspection result has not been detected, the inspection support device 200 shifts the process to step S701.

In step S712, the inspection support device 200 stores the inspection result. More specifically, the inspection support device 200 stores the inspection result detected in step S710 in the storage device 212. For example, the inspection support device 200 stores the detected inspection result in the inspection result 613 of the inspection item whose inspection state 612 in the inspection item management table 600 is “inspecting”. Then, the inspection support device 200 changes "inspection in progress" of the inspection state 612 to "inspected". Such processing is distinguished from the case where the worker inspects the inspection items of the inspection assigned to himself and the case where the worker inspects the inspection items of the inspection assigned to other workers. It is done without. However, the present invention is not limited to this, and for example, information indicating which worker performed the inspection (for example, the inspection performing worker) may be stored.

In step S713, the inspection support device 200 controls the output of inspection items. For example, the inspection support device 200 refers to the inspection item management table 600, and among the equipment inspection items detected in step S703, step S706, or step S708, the inspection item name 608 whose inspection state 612 is “uninspected” is used. The extracted inspection item name 608 is transmitted to the terminal device 120 as an incomplete inspection item. When the terminal device 120 receives the incomplete inspection item, it displays it on the output device 206.

In step S714, the inspection support device 200 counts the number of remaining inspection items (number of remaining inspection items) until the joint inspection. For example, the inspection support device 200 refers to the worker 602 of the inspection item management table 600, the joint inspection flag 610, and the inspection state 612, and the number of remaining inspection items of the worker A until the next joint inspection and the next joint inspection. Count the number of remaining inspection items of worker B until the inspection.

In step S715, the inspection support device 200 determines whether or not the number of remaining inspection items of the worker A and the number of remaining inspection items of the worker B are predetermined values (for example, "1"). When the inspection support device 200 determines that the number of remaining inspection items of the worker A and the number of remaining inspection items of the worker B are predetermined values, the process is transferred to step S716, and the number of remaining inspection items of the worker A or the number of remaining inspection items of the worker A is determined. If it is determined that the number of remaining inspection items of the worker B is not a predetermined value, the process is transferred to step S717.

In step S716, the inspection support device 200 controls to output information related to the joint inspection to the terminal device 120. The inspection support device 200 transmits information indicating that the joint inspection is approaching, a work place for the next joint inspection, the remaining time until the next joint inspection, and the like to the terminal device 120-1 and the terminal device 120-2. The remaining time until the next joint inspection is the time required for the remaining inspection items of the worker whose inspection result is stored in step S712.

In step S717, the inspection support device 200 counts the number of remaining inspection items (number of remaining inspection items) until the inspection at a different work place for the worker whose inspection result is stored in step S712. For example, the inspection support device 200 refers to the worker 602, the work place 603, and the inspection state 612 of the inspection item management table 600, and counts the number of remaining inspection items until the inspection at different work places.

In step S718, the inspection support device 200 determines whether or not the number of remaining inspection items is a predetermined value (for example, “1”). When the inspection support device 200 determines that the number of remaining inspection items is a predetermined value, the process is transferred to step S719, and when it is determined that the number of remaining inspection items is not a predetermined value, the process is transferred to step S701.

In step S719, the inspection support device 200 controls to output information related to inspections at different work places to the terminal device 120. For example, the inspection support device 200 tells the terminal of another worker that the worker whose inspection result is stored in step S712 moves, the destination (next work place), the time until the work place changes, and the like. Output to device 120.

According to this embodiment, it is possible to grasp the inspection items of the equipment to be inspected, and even workers with different technical levels can grasp the progress of each other's inspection, so that the elevator can be inspected efficiently. can.

(2) Other Embodiments In the above-described embodiment, the case where the present invention is applied to the inspection support system has been described, but the present invention is not limited to this, and various other systems. It can be widely applied to devices, methods and programs.

Further, in the above-described embodiment, the case where the inspection result is detected from the voice data in step S710 has been described, but the present invention is not limited to this, and the input device 205 (touch panel or the like) of the terminal device 120-1 and the work. It may be input by other means such as inputting the inspection result for the detected inspection item under inspection via an input device attached to a part of the body such as a person's arm.

Further, in the above-described embodiment, as information indicating the progress of the inspection of the second worker (for example, worker B), the device to be inspected by the second worker is referred to as the first worker. (For example, the name of the inspection item for which the inspection has not been completed when visually recognized by the worker A) has been described as an example, but the present invention is not limited to this, and indicates the progress of the inspection by the second worker. The information may be the number of inspection items for which the second worker has not completed the inspection, the time until the second worker moves to the next work, and the like.

Further, in the above-described embodiment, the first output control process (steps S714 to S716) that controls the output of information related to the joint inspection and the control that outputs the information related to the inspection at different work locations are performed. Although the case where the second output control process (step S717 to step S719) is performed is described, the present invention is not limited to this. For example, neither the first output control process nor the second output control process may be performed, or either one may be performed.

Further, in the above-described embodiment, the configuration of each table is an example, and one table may be divided into two or more tables, or all or a part of the two or more tables is one table. You may.

Further, in the above-described embodiment, various data have been described using the XX table for convenience of explanation, but the data structure is not limited and may be expressed as XX information or the like.

Further, in the above description, information such as programs, tables, and files that realize each function is recorded in a memory, a hard disk, a storage device such as an SSD (Solid State Drive), or an IC card, an SD card, a DVD, or the like. Can be placed on the medium.

The above-described embodiment has, for example, the following characteristic configurations.

An inspection support system (for example, inspection support system 100) that supports inspections performed by a plurality of workers (for example, worker A and worker B), and is assigned to a first worker (for example, worker A). Information indicating the inspection items (for example, inspection item name 608 of worker A in the inspection item management table 600, inspection content 609, etc.) and the second work in which the work is performed in cooperation with the first worker. Inspection item management unit (for example, inspection item management unit (for example, inspection item name 608, inspection content 609, etc. of worker B in the inspection item management table 600) that manages information indicating inspection items assigned to a person (for example, worker B). For example, the inspection item management unit 313), information that can identify the inspection completed item among the inspection items assigned to the first worker (for example, the inspection status 612 of the worker A), and the above-mentioned first. Completion inspection item management unit (for example, completion inspection item management) that manages information that can identify the inspection completed item among the inspection items assigned to the worker 2 (for example, the inspection status 612 of the worker B). The second worker calculated from the part 314), the information of the second worker managed by the inspection item management unit, and the information of the second worker managed by the completion inspection item management unit. Information indicating the progress of the worker's inspection (for example, the inspection item name 608 for which the inspection is not completed when the worker A visually recognizes the device to be inspected by the worker B, and the worker B inspects it. The number of inspection items 608 for inspections that have not been completed, the time until worker B moves to the next work (total of the required time 611 for inspection items 608 that have not been completed in the work being inspected), etc. Output to the first terminal device (for example, terminal device 120-1) used by one worker, and the information of the first worker managed by the inspection item management unit and the completion inspection item management unit. Information indicating the progress of the inspection of the first worker calculated from the information of the first worker managed (for example, the worker B visually recognizes the target device to be inspected by the worker A). Occasionally, the inspection item name 608 for inspections that have not been completed, the number of inspection items 608 for inspections that worker A has not completed inspections, and the time until worker A moves on to the next work (work during inspections). The output control unit that controls the output to the second terminal device (for example, terminal device 120-1) used by the second worker (eg)), etc. (For example, output control unit 315).

According to the above configuration, the first worker can grasp the progress of the inspection of the second worker, and the second worker grasps the progress of the inspection of the first worker. be able to. Therefore, for example, when a beginner and an expert perform an inspection, if the inspection by the beginner is delayed, the expert can follow up and proceed with the inspection in a coordinated manner.

Further, in the above configuration, the output control unit outputs information indicating the progress of the inspection of the first worker to the first terminal device, and indicates the progress of the inspection of the second worker. Control may be performed to output the information to the second terminal device. More specifically, the output control unit includes the information of the first worker managed by the inspection item management unit and the information of the first worker managed by the completion inspection item management unit. Based on the above, information indicating an inspection item that has not been completed (for example, inspection item name 608, inspection content 609, required time 611) is connected to the first terminal device of the first display device (for example, a terminal). Information of the second worker displayed on the output device of the device 120-1) and managed by the inspection item management unit, and information of the second worker managed by the completion inspection item management unit. Based on the above, information indicating incomplete inspection items (for example, inspection item name 608, inspection content 609, required time 611) is connected to the second terminal device for a second display device (for example, for example). It may be displayed on the output device included in the terminal device 120-2).

According to the above configuration, the operator himself can grasp the progress of the inspection. For example, when the item name of the inspection is output to the terminal device as information indicating the progress of the inspection, the operator can grasp what kind of inspection is performed and what inspection should be performed next. Therefore, the inspection can be performed smoothly.

Further, in the above configuration, when the output control unit is grasped by the first sensor device connected to the first terminal device, the inspection device assigned to the second worker is grasped by the first sensor device. The information indicating the progress of the inspection of the second worker is output to the first terminal device, and the inspection device assigned to the first worker is connected to the second terminal device. When grasped by the sensor device, information indicating the progress of the inspection by the first operator may be output to the second terminal device.

According to the above configuration, for example, when the sensor device is mounted near the worker's eyes, the worker can visually check the inspection equipment assigned to the other worker to obtain the other worker's eyes. You can grasp the progress of the inspection.

A first input device (for example, an input device included in the terminal device 120-1) that accepts an input by the first worker and a second input device (for example, a terminal device) that accepts an input by the second worker. The input device provided with 120-2), and the completion inspection item management unit receives an input to the effect that the inspection items assigned to the first worker have been completed by the first input device. If, or if the input to the effect that the inspection item assigned to the first worker has been completed is received by the second input device, the information that can identify the completed inspection item is stored. , When the input to the effect that the inspection item assigned to the second worker has been completed is received by the second input device, or the inspection item assigned to the second worker is completed. When the input to that effect is received by the first input device, information that can identify the completed inspection item is stored (see, for example, step S712).

According to the above configuration, for example, in the case where the beginner and the expert perform the inspection in cooperation, when the expert completes the inspection item of the beginner, the expert does not inform the beginner of the completion. Completed items are erased from the beginner's terminal. In this way, by eliminating unnecessary operations such as telling the completion in words, it is possible to avoid duplicate inspections due to transmission errors, transmission omissions, etc., so that inspections can be carried out in a more coordinated manner.

The completion inspection item management unit performs joint inspection items that are inspections jointly performed by the first worker or the second worker by the first worker or the second worker. When the input to the effect of completion is made, the information indicating that the joint inspection is completed may be stored.

According to the above configuration, in the case of joint inspection, the information indicating the item of joint inspection is deleted from the terminal device by the worker who can afford to input the completion, so the inspection should be carried out more cooperatively. Can be done.

The inspection item management unit manages information (for example, the joint inspection flag 610) indicating the items of the joint inspection, which is an inspection jointly performed by the first worker and the second worker, and outputs the above. From the information managed by the inspection item management unit and the information managed by the completed inspection item management unit, the control unit has the number of inspection items performed by the first worker up to the joint inspection and the joint inspection. If it is determined that the number of inspection items performed by the second worker has reached the specified number by the inspection, the information related to the joint inspection (that the joint inspection is approaching, the approximate time until the joint inspection,) The destination (working place for joint inspection 603), inspection item name 608 for joint inspection, inspection content 609 for joint inspection, etc.) is output to the first terminal device and the second terminal device.

According to the above configuration, for example, the first worker and the second worker can grasp the information related to the joint inspection such as the start time of the joint inspection, the inspection content of the joint inspection, and the work place of the joint inspection. Because it can be done, the inspection can be carried out more cooperatively.

The information managed by the inspection item management unit includes information indicating the inspection location (for example, work place 603), and the output control unit includes information managed by the inspection item management unit and the completion inspection. When it is determined that the number of inspection items from the information managed by the item management unit to the inspection item in which the location of the first worker changes has reached a predetermined number, the inspection of the first worker is performed. Information indicating that the location of the worker A changes (for example, the fact that the worker A moves, the destination of the worker A (next work place 603), the time until the work place changes, etc.) is sent to the second terminal device. Information indicating that the inspection location of the second worker changes when it is output and it is determined that the number of inspection items up to the inspection item in which the location of the second worker changes has reached a predetermined number. (For example, the fact that the worker B moves, the destination of the worker B (next work place 603), the time until the work place changes, etc.) are output to the first terminal device.

According to the above configuration, for example, the first worker can grasp that the inspection place of the second worker changes, and the second worker can check the inspection place of the first worker. Can be grasped that will change. In this way, by grasping the inspection location of other workers, the safety of other workers can be enhanced, and the inspection can be carried out more cooperatively.

A setting unit (for example, a setting unit 316) for setting information output by the output control unit is provided, and the output control unit is an inspection performed by the first operator on the first terminal device by the setting unit. When the information indicating the item of the above is set to be output, the information indicating the item of the above inspection is controlled to be displayed on the first terminal device, and the setting unit performs the control to display the first terminal device on the first terminal device. When the setting is made not to output the information indicating the inspection item performed by the operator, the control is performed so that the information indicating the inspection item is not displayed on the first terminal device.

For example, when the first worker is a skilled worker, the skilled worker does not need to display the item because he / she knows the inspection item assigned to him / her. According to the above configuration, for example, by setting not to display the inspection items that the expert does not need to see, the extra information is not visually recognized, so that the inspection can be facilitated.

Further, the above-mentioned configuration may be appropriately changed, rearranged, combined, or omitted as long as it does not exceed the gist of the present invention.

100 …… Inspection support system, 200 …… Inspection support device.

Claims (5)

An inspection support system that supports inspections performed by multiple workers.
An inspection that manages information indicating inspection items assigned to the first worker and information indicating inspection items assigned to the second worker who works in cooperation with the first worker. Item management department and
Information that can identify the inspection completed items among the inspection items assigned to the first worker and the inspection completed items among the inspection items assigned to the second worker can be specified. Completion inspection item management department that manages various information,
The inspection of the second worker calculated from the information of the second worker managed by the inspection item management unit and the information of the second worker managed by the completion inspection item management unit. Information indicating the progress is output to the first terminal device used by the first worker, and is managed by the information of the first worker managed by the inspection item management unit and the completion inspection item management unit. Control is performed to output the information indicating the progress of the inspection of the first worker calculated from the information of the first worker to the second terminal device used by the second worker. Output control unit and
Equipped with
The inspection item management unit manages information indicating items of joint inspection, which is an inspection jointly performed by the first worker and the second worker.
The output control unit has the number of inspection items performed by the first worker up to the joint inspection from the information managed by the inspection item management unit and the information managed by the completion inspection item management unit. When it is determined that the number of inspection items performed by the second worker has reached a predetermined number by the joint inspection, the information related to the joint inspection is transmitted to the first terminal device and the second terminal device. Output,
Inspection support system. The first input device that accepts the input by the first worker, and
A second input device that accepts input by the second worker, and
Equipped with
The completion inspection item management department
When the input to the effect that the inspection item assigned to the first worker has been completed is received by the first input device, or the inspection item assigned to the first worker has been completed. When the input to that effect is received by the second input device, the information that can identify the completed inspection item is stored.
When the input to the effect that the inspection item assigned to the second worker has been completed is received by the second input device, or the inspection item assigned to the second worker has been completed. When the input to that effect is received by the first input device, information that can identify the completed inspection item is stored.
The inspection support system according to claim 1. The information managed by the inspection item management unit includes information indicating the location of the inspection.
The output control unit is an inspection item from the information managed by the inspection item management unit and the information managed by the completion inspection item management unit to the inspection item in which the location of the first worker changes. When it is determined that the number has reached a predetermined number, information indicating that the inspection location of the first worker is changed is output to the second terminal device, and the inspection where the location of the second worker is changed is changed. When it is determined that the number of inspection items up to the item of is changed to a predetermined number, information indicating that the inspection location of the second worker is changed is output to the first terminal device.
The inspection support system according to claim 1. A setting unit for setting information output by the output control unit is provided.
When the output control unit is set by the setting unit to output information indicating an inspection item performed by the first operator to the first terminal device, the output control unit outputs information indicating the inspection item to the first terminal device. When the setting unit controls the display on the first terminal device and does not output the information indicating the inspection item performed by the first operator to the first terminal device, the inspection is performed. Control is performed so that the information indicating the item is not displayed on the first terminal device.
The inspection support system according to claim 1. It is an inspection support method that supports inspections performed by multiple workers.
The inspection item management unit shows information indicating the inspection items assigned to the first worker and the inspection items assigned to the second worker who works in cooperation with the first worker. The first step in managing information and
Completion inspection item The management unit inspects the information that can identify the inspection completed item among the inspection items assigned to the first worker and the inspection item assigned to the second worker. The second step in managing the information that can identify the completed item,
The second worker calculated from the information of the second worker managed by the inspection item management unit and the information of the second worker managed by the completion inspection item management unit. Information indicating the progress of the worker's inspection is output to the first terminal device used by the first worker, and the information of the first worker managed by the inspection item management unit and the completion inspection are performed. The information indicating the progress of the inspection of the first worker calculated from the information of the first worker managed by the item management unit is sent to the second terminal device used by the second worker. The third step of controlling the output and
Equipped with
The inspection item management unit manages information indicating items of joint inspection, which is an inspection jointly performed by the first worker and the second worker.
The output control unit has the number of inspection items performed by the first worker up to the joint inspection from the information managed by the inspection item management unit and the information managed by the completion inspection item management unit. When it is determined that the number of inspection items performed by the second worker has reached a predetermined number by the joint inspection, the information related to the joint inspection is transmitted to the first terminal device and the second terminal device. Output,
Inspection support method.

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