JP7274059B2 - INSPECTION WORK SUPPORT METHOD AND INFORMATION PROCESSING SYSTEM - Google Patents

Description

The present disclosure relates to an inspection work support method and an information processing system.

2. Description of the Related Art There is known an inspection work support device that supports a work of inspecting a plurality of predetermined inspection items for an inspection object (hereinafter referred to as "inspection work").

For example, in Patent Document 1, in the field of elevators, an inspection group change detection unit matches an inspection item voice-inputted by a worker with an inspection item stored in an inspection table, and performs an inspection to which the inspection item belongs. The group is identified, and if the inspection group is different from the inspection group under inspection work, it is determined that the inspection group has been changed, and the inspection control unit stores the inspection results of the inspection items belonging to the identified inspection group in the inspection result storage unit. Disclosed is an inspection work support device that, if there is an unexecuted work that has not been completed, generates a warning voice guidance to inform a worker of a work omission and notifies the worker of the work omission.
Here, an inspection group is a group of inspection items, which are items of inspection work to be performed at each work place, such as a machine room or a pit, which are different from each other, for example.
An inspection work support device disclosed in Patent Document 1 (hereinafter referred to as a "conventional device") notifies a worker of a work omission if there is an unexecuted inspection item among inspection items belonging to an inspection group. , to improve the efficiency of the inspection work.

Japanese Patent Application Laid-Open No. 2012-216131

However, in the conventional apparatus, when the inspection work for all inspection items belonging to the inspection group is completed, it is assumed that the inspection values corresponding to some inspection items among all the inspection items are predetermined appropriate values. Even if it is not a value, the person who performs the inspection (hereinafter referred to as the "inspector") may end the inspection work for the inspection item belonging to the inspection group.
Therefore, in the conventional apparatus, when an inspection value corresponding to a part of inspection items out of all inspection items is not a predetermined appropriate value, an inspector cannot perform inspection work for inspection items belonging to the inspection group. There was a problem that the inspection work efficiency could not be improved.

The present disclosure improves the efficiency of inspection work even when inspection values corresponding to some inspection items among a plurality of inspection items predetermined for an inspection object are not predetermined proper values. It is an object of the present invention to provide an inspection work support method and an information processing system capable of

An information processing system of the present disclosure is an inspection work support device that supports work for inspecting a plurality of predetermined inspection items for an inspection object, and includes a voice acquisition unit that acquires a voice signal output by a voice input device. , a character acquisition unit that acquires character information indicating a word or phrase corresponding to an audio signal acquired by the voice acquisition unit; A value input unit, a proper value acquisition unit that acquires a predetermined proper value that can be a test value of a designated test item, and an inspection value that the test value input unit inputs is the proper value acquired by the proper value acquisition unit. and a display acquisition unit for acquiring a display image in which an inspection item and an inspection value corresponding to the inspection item are associated, wherein the inspection value determination unit is an inspection value is determined to be a proper value and when the inspection value is not determined to be a proper value, a display acquisition unit that acquires display images in mutually different modes, and a display signal that indicates the display image acquired by the display acquisition unit an inspection work support device having a display output unit for outputting; An information processing device for inputting an additional value corresponding to an item, and a device different from the inspection work support device, in which the inspection value input by the inspection work support device and the inspection item corresponding to the inspection value are associated. A management device for managing examination information and additional information in which an additional value input by an information processing device and an additional item corresponding to the additional value are associated with each other.

According to the present disclosure, even if an inspection value corresponding to a part of inspection items among a plurality of inspection items predetermined for an inspection object is not a predetermined proper value, the efficiency of inspection work is improved. can be improved.

FIG. 1 is a block diagram showing an example of a configuration of a main part of an information processing system to which an inspection work support device according to Embodiment 1 is applied. FIG. 2 is a block diagram showing an example of a configuration of a main part of a terminal device to which the inspection work support device according to Embodiment 1 is applied. FIG. 3 is a block diagram showing an example of a configuration of a main part of the inspection work support device according to Embodiment 1. As shown in FIG. 4A is an explanatory diagram showing an example of a display image acquired by a display acquisition unit included in the inspection work support apparatus according to Embodiment 1 before an inspector designates an inspection item corresponding to an input inspection value; FIG. is. 4B is a display image acquired by the display acquisition unit included in the inspection work support apparatus according to Embodiment 1 after the inspector designates the inspection item corresponding to the inspection value to be input, and FIG. 10 is an explanatory diagram showing an example of a display image acquired by the display acquisition unit while the support device is waiting for input of inspection values; 4C is a display image acquired by the display acquisition unit included in the inspection work support apparatus according to Embodiment 1 at the time after the inspection value is input to the inspection item specified by the inspector, and shows the inspection value determination. FIG. 10 is an explanatory diagram showing an example of a display image acquired by the display acquiring unit when the unit determines that the inspection value is an appropriate value; 4D is a display image acquired by the display acquisition unit included in the inspection work support apparatus according to Embodiment 1 at the time after the inspection value is input to the inspection item specified by the inspector. FIG. 10 is an explanatory diagram showing an example of a display image acquired by the display acquisition unit when the unit determines that the inspection value is not a proper value; 4E is a display image acquired by the display acquisition unit included in the inspection work support apparatus according to Embodiment 1 at the time after the inspection value is input to the inspection item specified by the inspector. FIG. 10 is an explanatory diagram showing another example of a display image acquired by the display acquisition unit when the unit determines that the inspection value is not a proper value; 5A and 5B are diagrams showing an example of the hardware configuration of the inspection work support apparatus according to Embodiment 1. FIG. 6 is a flowchart illustrating an example of processing of the inspection work support apparatus according to Embodiment 1. FIG. 7 is a flowchart illustrating an example of processing of the information processing system according to Embodiment 1. FIG.

Hereinafter, embodiments of the present disclosure will be described in detail with reference to the drawings.

Embodiment 1.
An inspection work support apparatus 100 according to Embodiment 1 and an information processing system 10 to which the inspection work support apparatus 100 is applied will be described with reference to FIGS. 1 to 7. FIG.
With reference to FIG. 1, the configuration of the main part of an information processing system 10 to which the inspection work support device 100 according to the first embodiment is applied will be described.
FIG. 1 is a block diagram showing an example of a configuration of a main part of an information processing system 10 to which an inspection work support device 100 according to Embodiment 1 is applied.

The information processing system 10 includes an inspection work support device 100 , a storage device 11 , an information processing device 12 and a management device 13 .
The information processing system 10 may include an information generation device 14 in addition to the inspection work support device 100 , the storage device 11 , the information processing device 12 and the management device 13 .
Hereinafter, the information processing system 10 will be described as including an inspection work support device 100 , a storage device 11 , an information processing device 12 , a management device 13 and an information generation device 14 .

The inspection work support device 100, the storage device 11, the information processing device 12, the management device 13, and the information generation device 14 included in the information processing system 10 are connected to each other via a network 19 capable of transmitting and receiving information. .
The network 19 is a communication line such as an Internet line, LAN (Local Area Network), wireless LAN, LTE (Long Term Evolution), or a fifth generation mobile communication line. Network 19 may be a combination of such communication lines.
The inspection work support device 100 , the storage device 11 , the information processing device 12 , the management device 13 , and the information generation device 14 can mutually transmit and receive information via the network 19 .

The storage device 11 receives a write request transmitted from each of the information processing device 12, the management device 13, and the information generation device 14, and stores and holds information according to the write request. In addition, the storage device 11 receives a read request transmitted by each of the information processing device 12, the management device 13, and the information generation device 14, reads information according to the read request, and reads the information according to the read request. , the management device 13, or the information generation device 14.

Note that the storage device 11 may be connected to the management device 13 via a dedicated line. When the storage device 11 is connected to the management device 13 via a dedicated line, the management device 13 and the storage device 11 transmit and receive information via the dedicated line, and communicate with the inspection work support device 100 and the information processing device 12. The storage device 11 transmits and receives information via the network 19 and the management device 13 . When the storage device 11 is connected to the management device 13 via a dedicated line, the storage device 11 connected to the management device 13 via the dedicated line is arranged inside the housing of the management device 13. Alternatively, it may be arranged outside the housing.
The storage device 11 is connected to a network 19 , and the inspection work support device 100 , the information processing device 12 , the management device 13 , the information generation device 14 and the storage device 11 are connected to the network 19 . Description will be made assuming that transmission and reception are performed.

The management device 13 manages examination information and additional information.
For example, the management device 13 includes a database engine, stores the examination information and the additional information by registering them in a database provided in the storage device 11, and extracts the examination information and the additional information from the database in which the examination information and the additional information are registered. Examination information and additional information are obtained by reading the information.
Specifically, for example, when there are a plurality of inspection objects, the management device 13 stores inspection information and additional information in the database for each inspection object, and stores inspection information and additional information in the database. Acquire additional information from the database. That is, in this case, the management device 13 manages the inspection information and the additional information in association with the information indicating the inspection object (hereinafter referred to as "inspection object information").
Examination information and additional information will be described later.
Note that the management device 13 is configured by, for example, a general-purpose computer such as a personal computer.

Here, the object to be inspected is a product produced by an industry such as industry, agriculture, forestry, fisheries, or mining, or an object or phenomenon to be researched and developed in the field of research and development.

The information processing device 12 selects a value (hereinafter referred to as an "additional value") corresponding to an item (hereinafter referred to as an "additional item") other than the items related to the inspection of the inspection object among the predetermined items regarding the inspection object. ).
The additional value input by the information processing device 12 is associated with information indicating the additional item (hereinafter referred to as “additional item information”) and stored in the storage device 11 by the management device 13 . That is, the additional information managed by the management device 13 is information including one or more additional item information and an additional value corresponding to each of the one or more additional item information.
For example, the information processing device 12 includes an operation input device (not shown in FIG. 1) such as a keyboard or pointing device, and an LCD (Liquid Crystal Display) or organic EL (Electro Luminescence) display (not shown in FIG. 1). A display output device is connected.
For example, a user (hereinafter referred to as "person in charge") using the information processing device 12 inputs an additional value corresponding to an additional item by operating the operation input device while looking at the display output device. That is, for example, the information processing device 12 receives an operation signal corresponding to the operator's operation output from the operation input device by the operator's operation of the operation input device (hereinafter referred to as "operator's operation"), and performs the operation. Enter additional values based on the signal.

Specifically, for example, when a person in charge selects an image showing an inspection object displayed on the display output device, the information processing device 12 manages additional item information related to the inspection object shown by the image. The image indicating the additional item information is acquired from the storage device 11 via the device 13 and displayed on the display output device.
The person in charge inputs the additional value corresponding to the additional item information by operating the operation input device while viewing the image showing the additional item information displayed on the display output device.

More specifically, for example, when the person in charge is a member of a management department such as a planning department, a sales department, or a sales department, the predetermined additional items related to the inspection object are the requirements of the inspection object. These are items related to specifications (hereinafter referred to as “required specification items”). For example, if the object to be inspected is an elevator newly installed in a building, the required specification items include the floor height, the floor where the car stops, the load capacity, the type of freight or passenger, or the presence or absence of high-speed operation. This item is related to the specifications of the elevator requested by the owner of the building.
Further, for example, if the person in charge is a person in a technical department such as a research department, a development department, a design department, or a production department, the predetermined additional items related to the inspection object are the functional specifications of the inspection object. etc. (hereinafter referred to as “functional specification items”). For example, if the object to be inspected is an elevator newly installed in a building, the functional specification items are the cages, machine rooms, pits, hoistways, etc. of the elevator necessary to satisfy the added value corresponding to the required specification items. This item is related to the specifications or requirements of the members that make up the elevator (hereinafter referred to as “constituent members”).

In addition to the function of inputting an additional value based on an operation signal, the information processing device 12 has a function of newly adding additional item information, a function of deleting existing additional item information, or a function of deleting existing additional item information based on an operation signal. may be provided with a function of changing the additional item information. When an input indicating addition, deletion, or change of additional item information is performed by these functions of the information processing device 12, the management device 13 updates the database stored in the storage device 11 based on the input. Update.
In addition to the function of inputting an additional value based on an operation signal, the information processing device 12 also has a function of newly adding inspection object information and a function of deleting existing inspection object information based on the operation signal. Alternatively, it may have a function of changing existing inspection object information. When an input indicating addition, deletion, or change of inspection object information is performed by these functions of the information processing device 12, the management device 13 stores data in the database stored in the storage device 11 based on the input. to update.
The information processing device 12 is configured by, for example, a general-purpose computer such as a personal computer.

The inspection work support device 100 is a device that supports the work of inspecting a plurality of predetermined inspection items for an inspection object. Specifically, the inspection work support apparatus 100 sets a value (hereinafter referred to as an "inspection value") corresponding to an item (hereinafter referred to as an "inspection item") related to the inspection of the inspection object among the predetermined items regarding the inspection object. ) is entered.
The inspection values input by the inspection work support device 100 are associated with information indicating inspection items (hereinafter referred to as “inspection item information”) and stored in the storage device 11 by the management device 13 . That is, the inspection information managed by the management device 13 is information including one or more inspection item information and inspection values corresponding to each of the one or more inspection item information.
The inspection work support device 100 is provided in a terminal device such as a smart phone, a tablet terminal, or a notebook personal computer. The terminal device is desirably provided in a portable terminal device that can be carried and used. The terminal device includes, for example, an operation input device such as a keyboard, pointing device, or touch panel, and a display output device such as an LCD or organic EL display. Both are connected to an operation input device and a display output device, which are not shown in FIG.

Note that the inspection work support apparatus 100 acquires an operation signal output by the above-described operation input apparatus as means for acquiring information indicating an operation by a user (hereinafter referred to as an "inspector") who uses the inspection work support apparatus 100. In addition to the means for doing, acquire a voice signal indicating the voice uttered by the inspector (hereinafter referred to as "spoken voice"), and based on the acquired voice signal, acquire character information indicating the word corresponding to the voice signal It has a voice operation input means for acquiring information indicating an operation by an inspector's uttered voice.
For example, an inspector who operates the inspection work support device 100 arranges a terminal device such as a portable terminal device equipped with the inspection work support device 100 near the inspector and utters an inspection value corresponding to an inspection item. can be entered.

Specifically, for example, the inspector operates an operation input device connected to the inspection work support device 100, or utters the inspector's voice to display the inspection object displayed on the display output device. Select the image to show. The inspection work support device 100 acquires the inspection item information related to the inspection object indicated by the image selected by the inspector from the storage device 11 via the management device 13, and displays the image showing the inspection item information. display on the device.
The inspector sequentially performs inspections corresponding to inspection items indicated by each of the plurality of inspection item information, and responds to each inspection item information by uttering the result obtained by the inspection each time the inspection is performed. Enter the inspection value.

For example, if the object to be inspected is an elevator newly installed in a building, the inspection items include the dimensions such as the inner or outer dimensions of each component of the elevator, the resistance value in the control circuit housed in the control panel, the voltage value, Alternatively, it is a current value, a resistance value, a voltage value, or a current value in a hoist or speed governor, or a resistance value, a voltage value, or a current value in electrical equipment arranged in the car or at the landing. Items to be inspected when the object to be inspected is an elevator to be newly installed in a building are not limited to those described above. good.
Details of the inspection work support device 100 will be described later.

The inspection item information is edited in advance by a person in charge, an inspector, or the like using the information processing device 12 or the inspection work support device 100, for example, and is registered in advance in the database stored in the storage device 11 by the management device 13. It is

In addition to inputting additional values corresponding to additional items, the information processing device 12 changes the inspection values input by the inspection work support device 100 and inputs the changed inspection values. may Specifically, for example, if the inspection value input by the inspection work support device 100 is a detection value that was clearly input by mistake in consideration of the inspection values of other inspection items, the person in charge With the approval of the chief, etc., change the inspection value to what you think is correct, and enter the inspection value after the change. When the information processing device 12 inputs the test value after change, for example, the management device 13 receives the test value changed by the information processing device 12 for the test value input by the test work support device 100. and manages inspection information in which inspection values input by the inspection work support device 100 are changed to inspection values input by the information processing device 12 . Specifically, the management device 13 converts the test values input by the test work support device 100 into the test values input by the information processing device 12 for the test values registered in the database stored in the storage device 11 . to manage examination information.
In this way, the information processing system 10 enables the information processing apparatus 12 to change the inspection values input by the inspection work support apparatus 100 and input the changed inspection values. It is possible to eliminate the need to re-inspect the object to be inspected.

The information generation device 14 generates synthesized information including the examination information and the additional information according to a predetermined template based on the examination information and the additional information managed by the management device 13 .
Synthetic information generated by the information generating device 14 is, for example, materials to be submitted to a submission destination such as a country, region, organization, or company, and the inspection object conforms to the standards, regulations, rules, etc. specified by the submission destination. It is the information that forms the basis of materials for reporting what is being done.
The template used by the information generating device 14 to generate combined information is information indicating the format of the material. For example, the information generating device 14 reads the examination information and the additional information base managed by the management device 13 from the storage device 11 via the management device 13, and generates the examination information and the additional information base based on the format indicated by the template. Synthesis information is generated by generating the arranged information. The template is stored in the storage device 11 in advance, for example, and the information generation device 14 acquires the template by reading the template from the storage device 11 .
The information processing device 12 is configured by, for example, a general-purpose computer such as a personal computer.

The information processing system 10 includes an information generation device 14 in addition to the inspection work support device 100, the information processing device 12, and the management device 13, thereby reducing the load on the person in charge of creating materials to be submitted to the submission destination. be able to.

Each of the information processing device 12, the management device 13, and the information generation device 14 may be configured by a different general-purpose computer. A part or the whole may be configured by one general-purpose computer.

With reference to FIG. 2, the configuration of the main part of terminal device 200 to which inspection work support device 100 according to Embodiment 1 is applied will be described.
FIG. 2 is a block diagram showing an example of a configuration of a main part of terminal device 200 to which inspection work support device 100 according to Embodiment 1 is applied.
The terminal device 200 includes an inspection work support device 100 , an operation input device 201 , a display output device 202 , an audio input device 203 , an audio output device 204 , a vibration output device 205 and a communication device 206 .
As described above, the terminal device 200 is desirably a portable device. More specifically, for example, the terminal device 200 is a device that allows operation input through a touch panel arranged on the display screen of a smartphone, tablet terminal, or the like. It is desirable to have

The operation input device 201 receives an operation by an inspector and outputs an electrical signal based on the operation to the inspection work support device 100 as an operation signal. The inspection work support device 100 receives an operation signal output by the operation input device 201 and performs a predetermined operation corresponding to the operation signal. Operations performed by the inspection work support apparatus 100 will be described later.
In the following description, as an example, the operation input device 201 is a touch panel.

The display output device 202 receives the display signal output by the inspection work support device 100 and displays the display image indicated by the display signal on the display screen of the display output device 202 .

The voice input device 203 collects voice, converts the collected voice into an electric signal, and outputs the converted electric signal to the inspection work support apparatus 100 as a voice signal. The voice input device 203 is composed of a microphone or the like.

The audio output device 204 receives the audio signal output by the inspection work support device 100 and outputs the audio indicated by the audio signal. The audio output device 204 is composed of a speaker or the like. The audio output device 204 may include, for example, a DSP (Digital Signal Processor), a power amplifier, etc. in addition to a speaker.

The vibration output device 205 receives the vibration signal output by the inspection work support device 100 and vibrates based on the vibration signal. The vibration output device 205 is composed of a piezoelectric element or the like.

The communication device 206 converts the information output by the inspection work support device 100 into an electric signal or radio signal compatible with the network 19 in order to transmit the information to another device such as the management device 13 or the storage device 11. Output. Further, the communication device 206 receives information output from the management device 13 or other device such as the storage device 11 as an electric signal or a radio wave signal via the network 19, and transmits information indicating the electric signal or the radio wave signal. , to the inspection work support apparatus 100 .

With reference to FIG. 3, the configuration of the main part of inspection work support apparatus 100 according to Embodiment 1 will be described.
FIG. 3 is a block diagram showing an example of the configuration of the essential parts of the inspection work support device 100 according to Embodiment 1. As shown in FIG.
As described above, the inspection work support device 100 is a device that supports the work of inspecting a plurality of predetermined inspection items for an inspection object.
The examination work support device 100 includes an operation acquisition unit 101, a voice acquisition unit 110, a character acquisition unit 120, an inspection value input unit 130, an appropriate value acquisition unit 140, an inspection value determination unit 150, a display acquisition unit 160, and a display output unit 161. Prepare.

The examination work support device 100 includes an operation acquisition unit 101, a voice acquisition unit 110, a character acquisition unit 120, an inspection value input unit 130, an appropriate value acquisition unit 140, an inspection value determination unit 150, a display acquisition unit 160, and a display output unit 161. In addition to the above, an inappropriate voice acquisition unit 170, a voice output unit 171, an item voice acquisition unit 172, a vibration acquisition unit 180, or a vibration output unit 181 may be provided.
Hereinafter, the inspection work support device 100 includes an operation acquisition unit 101, a voice acquisition unit 110, a character acquisition unit 120, an inspection value input unit 130, an appropriate value acquisition unit 140, an inspection value determination unit 150, a display acquisition unit 160, and a display output unit. 161 , an inappropriate voice acquisition unit 170 , a voice output unit 171 , an item voice acquisition unit 172 , a vibration acquisition unit 180 , and a vibration output unit 181 .

The operation acquisition unit 101 acquires an operation signal output by the operation input device 201 connected to the inspection work support device 100 . That is, the operation acquisition unit 101 acquires an electric signal corresponding to the operation performed by the examiner on the operation input device 201 from the operation input device 201 as an operation signal.
Based on the operation signal acquired by the operation acquiring unit 101, the inspection work support apparatus 100 performs a predetermined operation corresponding to the operation signal. The predetermined operation will be described later.

The voice acquisition unit 110 acquires a voice signal (hereinafter referred to as “input voice signal”) output by the voice input device 203 . That is, the voice acquisition unit 110 acquires an electrical signal corresponding to a voice (hereinafter referred to as “input voice”) picked up by the voice input device 203 from the voice input device 203 as an input voice signal.

The character acquisition unit 120 acquires information (hereinafter referred to as “character information”) indicating words and phrases corresponding to the input voice signal acquired by the voice acquisition unit 110 .
For example, the character acquisition unit 120 has a function (hereinafter referred to as a "speech analysis function") for analyzing words and phrases included in the input speech indicated by the input speech signal based on the input speech signal. The word/phrase corresponding to the input speech signal acquired by the unit 110 is analyzed to obtain character information indicating the word/phrase. Since the method of analyzing the words contained in the input speech indicated by the speech signal is well known, the explanation thereof will be omitted.

The character acquisition unit 120 does not need to have a speech analysis function. For example, the information processing system 10 is a device (hereinafter referred to as “speech analysis device”) configured by a general-purpose computer having a speech analysis function connected to the network 19, and is different from the examination work support device 100. 1 includes a speech analysis device (not shown), and the character acquisition unit 120 uses a speech analysis function provided in the speech analysis device to cause the speech analysis device to identify characters included in the input speech indicated by the input speech signal acquired by the speech acquisition unit 110. You can also let it parse words that can be read.

Specifically, for example, the character acquisition unit 120 outputs information indicating the input speech signal acquired by the speech acquisition unit 110 to the communication device 206 . The communication device 206 outputs the information to the speech analysis device. Upon receiving the information, the speech analysis device analyzes the input speech signal indicated by the information using the speech analysis function of the speech analysis device, and converts the words contained in the input speech indicated by the input speech signal into character information. output as The communication device 206 acquires the character information output by the speech analysis device via the network 19 and outputs the acquired character information to the character acquisition unit 120 . The character acquisition unit 120 acquires the character information indicating the word/phrase corresponding to the input voice signal acquired by the voice acquisition unit 110 by acquiring the character information output by the communication device 206 . Note that, for example, the speech analysis device may be configured by a general-purpose computer that configures the information processing device 12, the management device 13, or the information generation device 14. FIG.

The inspection value input unit 130 inputs a word or phrase indicated by the character information acquired by the character acquisition unit 120 as the inspection value of the specified inspection item.
Specifically, for example, the inspection value input unit 130 registers the inspection value, which is a phrase indicated by the character information, in the database in association with the specified inspection item information, thereby obtaining the inspection value of the specified inspection item. , the word/phrase indicated by the character information acquired by the character acquisition unit 120 is input.
More specifically, for example, the test value input unit 130 associates test values, which are words and phrases indicated by character information acquired by the character acquisition unit 120, with test item information indicating test items corresponding to the test values. and output to the communication device 206 . The communication device 206 receives the inspection value and inspection item information output by the inspection value input unit 130 and outputs the inspection value and inspection item information to the management device 13 . The management device 13 receives inspection values and inspection item information output from the communication device 206 via the network 19 and registers the inspection values in the database provided in the storage device 11 in association with the inspection item information.

Note that the inspection value may be a numerical value, or may be information indicating a phrase indicating a state or the like.
In addition, the test value input unit 130 associates test values, which are words and phrases indicated by the character information acquired by the character acquisition unit 120, with test item information indicating test items corresponding to the test values. It is not limited to outputting to the communication device 206 with attachment. For example, the test value input unit 130 outputs test values, which are words and phrases indicated by character information acquired by the character acquisition unit 120, to a storage device (not shown in FIG. 2) provided in the terminal device 200. Alternatively, the inspection value and inspection item information indicating an inspection item corresponding to the inspection value may be associated and stored in the storage device. In this case, for example, after the inspector completes the inspection of all inspection items related to the object to be inspected, the inspector or person in charge connects the terminal device 200 to the network 19, and the management device 13 causes the terminal device 200 to The test values stored in the storage device provided may be registered in the database provided in the storage device 11 .

Here, the inspection item is specified based on the operation signal acquired by the operation acquiring unit 101, for example. For example, the inspector designates the inspection item by selecting an image area showing the inspection item in the display image displayed on the display screen by performing a predetermined operation such as a single tap.
Inspection items may be specified by the inspector's voice. For example, the inspector looks at the display image displayed on the display screen and utters the name of the inspection item. The voice acquisition unit 110 acquires an input voice signal based on the voice uttered by the examiner. The character acquisition unit 120 acquires character information indicating a phrase corresponding to the input speech signal. The inspection value input unit 130 determines that the inspection item corresponding to the word/phrase indicated by the character information is the designated inspection item.

The appropriate value acquisition unit 140 acquires a predetermined appropriate value that can be the inspection value of the designated inspection item.
Here, the predetermined appropriate value that can be an inspection value is, for example, a value that is specified by laws or international standards and that needs to be observed as an inspection value, or a company, organization, etc. It is a value determined by and should be complied with as an inspection value.

For example, the proper value is obtained by the person in charge using the information processing device 12 to input the proper value corresponding to each inspection item, and the management device 13 storing the proper value input by the information processing device 12 in the database provided in the storage device 11. By registering, each inspection item information is associated with each other and registered in advance in the database.
Specifically, the appropriate value acquisition unit 140 outputs inspection item information indicating the designated inspection item to the management device 13 via the communication device 206 and the network 19, and requests the appropriate value corresponding to the inspection item information. do. The management device 13 reads the proper value corresponding to the inspection item information from the database and outputs the read proper value. The appropriate value acquisition unit 140 acquires the appropriate value of the specified inspection item by acquiring the appropriate value output by the management device 13 via the communication device 206 and the network 19 .
Since the method of designating inspection items has been described above, the description thereof will be omitted.

The appropriate value may be a uniquely determined value, or may indicate a range of test values, such as a lower limit indicating the lower limit of the appropriate value and an upper limit indicating the upper limit. Also, the appropriate value may be a numerical value or information indicating a phrase indicating a state or the like. Appropriate values are values stipulated by laws or international standards, etc., and include two or more values such as a value that must be complied with as an inspection value and a value that must be complied with as an inspection value. It may be something that can be
Moreover, the proper value acquisition unit 140 is not limited to one that acquires proper values via the communication device 206 and the network 19 . For example, the appropriate value acquisition unit 140 may acquire appropriate values of designated inspection items from a storage device (not shown in FIG. 2) provided in the terminal device 200 .

The test value determination unit 150 determines whether or not the test value input by the test value input unit 130 is the proper value acquired by the proper value acquisition unit 140 .
Specifically, for example, when the proper value is determined uniquely, the test value determination unit 150 determines whether the test value matches the proper value, thereby determining whether the test value is the proper value. It is determined whether or not. Further, for example, when the appropriate value indicates a range, the inspection value determination unit 150 determines whether the inspection value is within the range indicated by the appropriate value, thereby determining whether the inspection value is the appropriate value. determine whether or not

The test value input by the test value input unit 130 is character information indicating words and phrases obtained by analyzing the audio signal indicating the voice uttered by the examiner, as described above. Therefore, when the voice uttered by the inspector is unclear, or when the background sound in the environment where the inspection is performed is loud, the analysis accuracy of the voice analysis decreases, and the inspection value input by the inspection value input unit 130 It may not be what you intended. The inspection work support apparatus 100 includes the inspection value input unit 130, so that even if the inspection value input by the inspection value input unit 130 is not intended by the inspector, the inspection value is an appropriate value. It can be determined whether or not

The display acquisition unit 160 acquires a display image in which an inspection item and an inspection value corresponding to the inspection item are associated, and the inspection value determination unit 150 determines that the inspection value is an appropriate value. and when it is determined that the inspection value is not a proper value, different modes of display images are obtained.
The mode of the display image will be described later.
The display acquisition unit 160 acquires the display image when the display acquisition unit 160 generates the display image, for example.
The display acquisition unit 160 is not limited to acquiring the display image by generating the display image, as long as the display acquisition unit 160 can acquire the display image.

For example, the display image is generated by a device other than the inspection work support device 100, such as the management device 13, in which information indicating the display image (hereinafter referred to as “display information”) is generated. The display image may be obtained by obtaining the generated display information via the network 19 . In this case, the apparatus includes information indicating the determination result determined by the test value determination unit 150 (hereinafter referred to as "determination information"), the determination information, the test value input by the test value input unit 130, and the test value through the network 19, and display information is generated based on the determination information, the inspection value, and the inspection item information.

Here, for example, the display information is configured by a markup language such as HTML or XML. If the display information is written in a markup language, the display acquisition unit 160 acquires the display image by rendering the markup language.

The display output unit 161 outputs a display signal indicating the display image acquired by the display acquisition unit 160 . By outputting the display signal to the display output device 202, the display output unit 161 causes the display output device 202 to display the display image indicated by the display signal.

The inspection work support apparatus 100 acquires display images in different modes when the inspection value determination unit 150 determines that the inspection value is a proper value and when the inspection value is not a proper value, The display output unit 161 causes the display output device 202 to display the display image acquired by the display acquisition unit 160 so that the inspector can visually confirm that the input inspection value is not a proper value when the inspection value is input. can inform you clearly.
If the input inspection value is not a proper value, for example, if the reason is that the input inspection value is not the inspection value intended by the inspector, the inspector will say the result obtained by the inspection again on the spot. By doing so, the inspection value can be re-entered. In addition, for example, if the reason is that the input inspection value is the inspection value intended by the inspector, the inspector should review the inspection procedure, etc. performed by the inspector and conduct a re-inspection on the spot. can be done. In addition, for example, if the reason is that the input inspection value is the inspection value intended by the inspector and there is no defect in the inspection procedure, etc., the inspector may adjust the inspection object on the spot or Calibration, etc. can be performed.
As a result, the inspection work support apparatus 100 performs the inspection even if the inspection value corresponding to some of the plurality of inspection items predetermined for the inspection object is not the predetermined appropriate value. Work efficiency can be improved.

The inappropriate sound acquisition unit 170 outputs a sound indicating that the input test value is not a proper value (hereinafter referred to as “inappropriate sound”) when the test value determination unit 150 determines that the test value is not a proper value. Acquire an audio signal indicating inappropriate audio to be output by the audio output device 204 (hereinafter “inappropriate audio signal”).
The inappropriate voice is, for example, voice such as "The input inspection value is not a proper value."
Even if the inappropriate voice acquisition unit 170 acquires the inappropriate voice signal by generating the inappropriate voice signal, the inappropriate voice acquisition unit 170 reads out the inappropriate voice signal from the storage device 11 in which the inappropriate voice signal is stored in advance. The inappropriate audio signal may be obtained by

The voice output unit 171 outputs the inappropriate voice signal acquired by the inappropriate voice acquisition unit 170 . By outputting the inappropriate audio signal to the audio output device 204, the audio output unit 171 causes the audio output device 204 to output the inappropriate audio indicated by the inappropriate audio signal.

In the inspection work support device 100, when the inspection value determination unit 150 determines that the inspection value is not a proper value, the inappropriate voice acquisition unit 170 generates an inappropriate voice indicating that the input inspection value is not a proper value. The corresponding inappropriate audio signal is acquired, and the audio output unit 171 causes the audio output device 204 to output an inappropriate audio indicated by the inappropriate audio signal, thereby confirming that the input inspection value is not an appropriate value. The inspector can be notified by voice when a value is entered. Therefore, if the input inspection value is not a proper value, for example, the inspector can perform an operation or process corresponding to the reason on the spot.
As a result, the inspection work support apparatus 100 performs the inspection even if the inspection value corresponding to some of the plurality of inspection items predetermined for the inspection object is not the predetermined appropriate value. Work efficiency can be improved.

The item voice acquisition unit 172 acquires a voice signal (hereinafter referred to as an "item voice signal") indicating a voice (hereinafter referred to as an "item voice") corresponding to a test item waiting for input of test values.
The item voice is, for example, voice such as "Please input the control circuit resistance."
Even if the item sound acquisition unit 172 acquires the item sound signal by generating the item sound signal, the item sound acquisition unit 172 acquires the item sound signal by reading the item sound signal from the storage device 11 in which the item sound signal is stored in advance. may be acquired.

The audio output unit 171 outputs the item audio signal acquired by the item audio acquisition unit 172 . That is, the voice output unit 171 outputs the inappropriate voice signal acquired by the inappropriate voice acquisition unit 170 or the item voice signal acquired by the item voice acquisition unit 172 . By outputting the item audio signal to the audio output device 204, the audio output unit 171 causes the audio output device 204 to output the item audio indicated by the item audio signal.

In the inspection work support apparatus 100, the item sound acquisition unit 172 acquires an item sound signal indicating the item sound corresponding to the inspection item for which inspection value input is waiting, and the sound output unit 171 outputs the item sound to the sound output device 204. By outputting the item sound indicated by the item sound signal, the inspector can be notified by voice of the inspection item for which the input of the inspection value is waiting.

The vibration acquisition unit 180 outputs vibration indicating that the input test value is not a proper value to the vibration output device 205 when the test value determination unit 150 determines that the test value is not a proper value. Get the vibration signal that shows.
The vibration indicating that the input inspection value is not a proper value is, for example, a constant vibration over a predetermined period, or a predetermined intermittent pattern vibration over a predetermined period.
Even if the vibration acquisition unit 180 acquires the vibration signal by generating the vibration signal, the vibration acquisition unit 180 acquires the vibration signal by reading the vibration signal from the storage device 11 in which the vibration signal is stored in advance. It may be something to do.
The vibration output section 181 outputs the vibration signal acquired by the vibration acquisition section 180 . By outputting the vibration signal to the vibration output device 205, the vibration output unit 181 causes the vibration output device 205 to output the vibration indicated by the vibration signal.

When the inspection value determination unit 150 determines that the inspection value is not a proper value, the inspection work support device 100 causes the vibration acquisition unit 180 to generate a vibration signal corresponding to the vibration indicating that the input inspection value is not a proper value. is obtained, and the vibration output unit 181 causes the vibration output device 205 to output the vibration indicated by the vibration signal, thereby notifying the inspector that the input inspection value is not a proper value when the inspection value is input. It can be notified by vibration. Therefore, if the input inspection value is not a proper value, for example, the inspector can perform an operation or process corresponding to the reason on the spot.
As a result, the inspection work support apparatus 100 performs the inspection even if the inspection value corresponding to some of the plurality of inspection items predetermined for the inspection object is not the predetermined appropriate value. Work efficiency can be improved.

Display images acquired by the display acquisition unit 160 will be described with reference to FIGS. 4A, 4B, 4C, 4D, and 4E.
4A, 4B, 4C, 4D, and 4E are explanatory diagrams showing examples of display images acquired by the display acquisition unit 160. The display images shown in FIGS. 4A, 4B, 4C, 4D, and 4E are , correspond to display images displayed by the display output device 202 .
FIG. 4A shows an example of a display image acquired by the display acquisition unit 160 included in the inspection work support apparatus 100 according to the first embodiment before the inspector designates an inspection item corresponding to an input inspection value. It is an explanatory diagram.
While the display image shown in FIG. 4A is being output to the display output device 202, the inspector performs a predetermined operation such as single-tapping an image area indicating an inspection item in the display image displayed on the display screen. The test item corresponding to the test value to be input is designated by an operation performed by the inspector, or an operation by the inspector vocalizing the name of the test item (hereinafter referred to as "voice input operation").

FIG. 4B is a display image acquired by the display acquisition unit 160 included in the inspection work support apparatus 100 according to the first embodiment after the inspector designates the inspection item corresponding to the input inspection value, FIG. 4 is an explanatory diagram showing an example of a display image acquired by a display acquiring unit 160 while the inspection work support apparatus 100 is waiting for input of inspection values;
After the inspection item is designated, for example, the display acquisition unit 160 acquires a display image shown as an example in FIG. 4B.
For example, when acquiring a display image waiting for input of inspection values, the display acquisition unit 160 can visually distinguish between inspection items waiting for input of inspection values and other inspection items. to get

When the display acquisition unit 160 acquires the display image waiting for the input of the inspection value, the inspection work support apparatus 100 visually displays the inspection item waiting for the input of the inspection value and other inspection items. By obtaining a recognizable display image, the inspector can be visually informed of inspection items waiting for input of inspection values.

Specifically, for example, the display acquisition unit 160 displays a display image in which the brightness of the region corresponding to the inspection item waiting for the input of the inspection value in the display image is higher than the brightness of the region corresponding to the other inspection item. By acquiring the image, a display image is acquired that allows visual discrimination between the inspection item waiting for the input of the inspection value and the other inspection items.
The area corresponding to the inspection item in the display image is the area of the display image corresponding to the area in which the inspection item is displayed on the display screen (hereinafter referred to as "display area"), or the inspection value corresponding to the inspection item. is the display area.

For example, the display acquisition unit 160 acquires a display image in which the brightness of the display area of the inspection item waiting for the input of the inspection value and the brightness of the display area of the other inspection item are different from each other. Specifically, for example, as shown in FIG. 4B as an example, when the background brightness of the display image acquired by the display acquisition unit 160 is low, the display acquisition unit 160 selects the inspection item waiting for the input of the inspection value. A display image is obtained in which the brightness of the display area exhibits a higher value than the brightness of the display areas of other inspection items.
Further, for example, the display acquisition unit 160 may display the brightness of the display area of the inspection value corresponding to the inspection item waiting for the input of the inspection value, and the display screen when the inspection value corresponding to the other inspection item is input. Alternatively, a display image having a brightness different from that of the display area of the inspection value may be obtained. Specifically, for example, as shown in FIG. 4B as an example, when the background luminance of the display image acquired by the display acquisition unit 160 is low, the display acquisition unit 160 selects the inspection item waiting for the input of the inspection value. A display image is obtained in which the brightness of the corresponding inspection value display area is higher than the brightness of the inspection value display area corresponding to the other inspection item.

Further, for example, as shown in FIG. 4B as an example, the display acquisition unit 160 may display the display area of the inspection item waiting for the input of inspection values in the surface image, or the display area waiting for the input of inspection values. A frame line image that surrounds the display area of the inspection value corresponding to the inspection item with an image showing a frame line with a color different from the background color or with a brightness different from the background brightness (hereinafter referred to as "frame line image"). You may acquire the display image containing.

For example, inspection of inspection items related to inspection objects may be performed in an environment with low illuminance, such as a closed narrow space. In a low-illuminance environment, when an inspector inputs an inspection result obtained by an inspection using the terminal device 200 provided with the inspection work support device 100, the inspector inputs each of the display images displayed by the display output device 202. The difference in luminance between regions makes it easier to recognize inspection items waiting for the input of inspection values.
Therefore, in the inspection work support apparatus 100, the brightness of the area corresponding to the inspection item for which the display acquisition unit 160 is waiting for the input of the inspection value in the display image is higher than the brightness of the area corresponding to the other inspection item. By acquiring a high display image, the inspector can be more reliably notified of the inspection item for which inspection value input is waiting.

When acquiring the display image waiting for the input of inspection values, the display images that can visually distinguish between the inspection item waiting for the input of inspection values and other inspection items are limited to the above. not something.
For example, the display acquisition unit 160 places a display image including a moving image that is not included in the areas corresponding to other inspection items in the area corresponding to the inspection item waiting for the input of inspection values in the display image. By acquiring, a display image may be acquired that allows visually distinguishing between inspection items waiting for input of inspection values and other inspection items.

Specifically, for example, the display acquisition unit 160 makes the area corresponding to the inspection item waiting for the input of inspection values in the display image gradually larger in time than the areas corresponding to the other inspection items. Acquire the display image including the moving image to be displayed.
Further, for example, the display acquisition unit 160 may display the display area of the inspection item waiting for the input of the inspection value in the surface image, or the inspection value corresponding to the inspection item waiting for the input of the inspection value. A display image including a frame line image in which a display area is surrounded by the frame line image and which is composed of a moving image in which the brightness of the frame line image changes with time is obtained. A moving image in which the luminance of the frame line image changes with time is, for example, a moving image in which the frame line image appears to blink by changing the luminance at predetermined time intervals. The moving image in which the brightness of the frame line image changes over time is not limited to this.

The inspection work support apparatus 100 causes the display acquisition unit 160 to display a moving image that is not included in the area corresponding to the other inspection item in the area corresponding to the inspection item waiting for the input of the inspection value in the display image. By acquiring the display image including , the inspector can be visually notified of the inspection item waiting for the input of the inspection value.

In addition, when the examination work support apparatus 100 includes the item voice acquisition unit 172 and the voice output unit 171, the display acquisition unit 160 may, for example, 4B as an example, the item sound acquisition unit 172 acquires an item sound signal indicating the item sound corresponding to the test item whose test value is waiting to be input, and the sound output unit 171 However, by outputting the item audio signal to the audio output device 204, the audio output device 204 may output the item audio indicated by the item audio signal.

In addition, the display image acquired by the display acquisition unit 160 after the inspection item is specified can visually inform the inspector that the inspection value of the specified inspection item can be input by voice input operation. A display image that can be displayed is preferable.
For example, after the inspection item is specified, the display acquisition unit 160 acquires a display image that makes the image area showing the microphone stand out as compared with the display image shown in FIG. 4A, as shown in FIG. 4B as an example. , it is possible to visually inform the examiner that input is possible by voice input operation.

FIG. 4C is a display image acquired by the display acquisition unit 160 included in the inspection work support apparatus 100 according to Embodiment 1 after the inspection value is input to the inspection item specified by the inspector. FIG. 11 is an explanatory diagram showing an example of a display image acquired by a display acquiring unit 160 when the value determining unit 150 determines that an inspection value is an appropriate value;
Specifically, the display image shown in FIG. 4C is the inspection item waiting for the input of the inspection value, that is, the specified inspection item in the state where the display image shown in FIG. 4B is displayed on the display output device 202. is a display image acquired by the display acquiring unit 160 when the inspector inputs the test value corresponding to .
As described above, when the examiner vocalizes the measured or measured test value, the voice input device 203 collects the vocalized voice and outputs a voice signal based on the collected vocalized voice. The voice acquisition unit 110 acquires the voice signal output by the voice input device 203 as an input voice signal. The character acquisition unit 120 acquires character information indicating a phrase corresponding to the input speech signal acquired by the speech acquisition unit 110 . The test value determination unit 150 determines whether or not the test value input by the test value input unit 130 is the proper value acquired by the proper value acquisition unit 140 . When the inspection value determination unit 150 determines that the inspection value input by the inspection value input unit 130 is a proper value, the display acquisition unit 160 acquires, for example, the display image shown as an example in FIG. 4C. Note that FIG. 4C shows, as an example, a display image acquired by the display acquisition unit 160 when the inspection value is "120".

FIG. 4D shows a display image acquired by the display acquisition unit 160 included in the inspection work support apparatus 100 according to Embodiment 1 at the time after the inspection value is input to the inspection item specified by the inspector. FIG. 10 is an explanatory diagram showing an example of a display image acquired by a display acquiring unit 160 when the value determining unit 150 determines that the inspection value is not a proper value;
Specifically, the display image shown in FIG. 4D is the inspection item waiting for the input of the inspection value, that is, the specified inspection item in the state where the display image shown in FIG. 4B is displayed on the display output device 202. is a display image acquired by the display acquiring unit 160 when the inspector inputs the test value corresponding to . More specifically, FIG. 4C is a display image acquired by the display acquisition unit 160 when the inspection value determination unit 150 determines that the inspection value input by the inspection value input unit 130 is an appropriate value. On the other hand, FIG. 4D is a display image acquired by the display acquisition unit 160 when the inspection value determination unit 150 determines that the inspection value input by the inspection value input unit 130 is not a proper value.

In the display image shown in FIG. 4C, the inspection value of the inspection item "control circuit" waiting for the input of the inspection value in the display image shown in FIG. 4B is input, and the predetermined next inspection item "signal It is a display image in a form that allows visual recognition of the state of waiting for the input of the inspection value of the inspection item "circuit".
On the other hand, in the display image shown in FIG. 4D, although the inspection value corresponding to the inspection item "control circuit" waiting for the input of the inspection value in the display image shown in FIG. It is a display image in a form in which it can be visually determined that the inspection item waiting for the input of the value remains "control circuit".

In this way, when the test value determination unit 150 determines that the test value is an appropriate value, the display acquisition unit 160 waits for the input of the test value corresponding to the next predetermined test item. , and when the inspection value determination unit 150 determines that the inspection value is not an appropriate value, the inspection value determination unit 150 obtains a display image that waits for re-input of the inspection value, so that the inspection value determination unit 150 determines that the inspection value is Different modes of display images are obtained depending on whether the inspection value is determined to be a proper value or not.

In the inspection work support apparatus 100, the display acquisition unit 160 obtains display images in different modes depending on whether the inspection value determination unit 150 determines that the inspection value is a proper value or that the inspection value is not a proper value. can visually notify the inspector that the input test value is not a proper value when the test value is input. Therefore, if the input inspection value is not a proper value, for example, the inspector can perform an operation or process corresponding to the reason on the spot.
As a result, the inspection work support apparatus 100 performs the inspection even if the inspection value corresponding to some of the plurality of inspection items predetermined for the inspection object is not the predetermined appropriate value. Work efficiency can be improved.

When the inspection value determination unit 150 determines that the inspection value is not a proper value, the inspection value determination unit 150 acquires a display image that waits for re-input of the inspection value. When it is determined that the inspection value is not a proper value, the mode of the display image acquired by the display acquisition unit 160 is not limited to the above.

FIG. 4E is a display image acquired by the display acquisition unit 160 included in the inspection work support apparatus 100 according to Embodiment 1 after the inspection value is input to the inspection item specified by the inspector. FIG. 10 is an explanatory diagram showing another example of a display image acquired by the display acquisition unit 160 when the value determination unit 150 determines that the inspection value is not a proper value;

For example, when the inspection value determination unit 150 determines that the inspection value is not a proper value, the display acquisition unit 160 acquires a display image (for example, the display shown in FIG. 4C) when determining that the inspection value is a proper value. image), and acquires a display image in which at least a part of the display image has high luminance, such as the display image shown as an example in FIG. It is also possible to acquire display images in different modes when it is determined that the is a proper value and when it is determined that the inspection value is not a proper value.

When the test value determination unit 150 determines that the test value is a proper value and when it determines that the test value is not a proper value, the test work support device 100 determines that the test value is a proper value. In comparison with the display image acquired by the display acquisition unit 160, the display acquisition unit 160 acquires the display image in which the brightness of at least a part of the display image is higher, so that the input inspection value is not an appropriate value. This can be reliably notified to the inspector when the inspection value is input.

Note that the display image acquired by the display acquisition unit 160 when the test value determination unit 150 determines that the test value is not a proper value is the display image obtained when the test value determination unit 150 determines that the test value is a proper value. It is preferable that the luminance in half or more of the display image is higher than that of the display image acquired by the display acquisition unit 160 .

Further, for example, when the inspection value determination unit 150 determines that the inspection value is not a proper value, the display acquisition unit 160 does not include the display image acquired when the inspection value is determined to be a proper value. By acquiring a display image that is a moving image and that includes a moving image whose luminance changes with time in at least a partial region of the display image, the inspection value determination unit 150 determines whether the inspection value is an appropriate value. Different modes of display images may be obtained depending on whether it is determined that there is an inspection value or not. For example, the display acquisition unit 160 acquires a display image composed of a moving image in which the brightness in a high-brightness region of the display image shown as an example in FIG. 4E changes with time.

When the inspection value determination unit 150 determines that the inspection value is not a proper value, the inspection work support apparatus 100 uses a moving image that is not included in the display image acquired when the inspection value is determined to be a proper value. When the display acquisition unit 160 acquires a display image including a moving image whose brightness changes over time in at least a part of the display image, it is possible to detect that the input inspection value is not an appropriate value. The inspector can be reliably notified when the inspection value is input.

Further, for example, when the inspection value determination unit 150 determines that the inspection value is not a proper value, the display acquisition unit 160 acquires a pop-up image indicating that the input inspection value is not a proper value. When the inspection value determination unit 150 determines that the inspection value is an appropriate value by acquiring a display image in which a pop-up image is superimposed on the display image in which the inspection value corresponding to the inspection item is associated with and when it is determined that the inspection value is not a proper value, display images in different modes may be obtained. For example, the display acquisition unit 160 acquires, as a pop-up image, a region with high brightness in the display image shown as an example in FIG. 4E, and superimposes the pop-up image on the display image shown in FIG. 4C or 4D to obtain a display image. get.

When the inspection value determination unit 150 determines that the inspection value is not a proper value, the inspection work support device 100 acquires a pop-up image indicating that the inspection value input by the display acquisition unit 160 is not a proper value, Furthermore, the display acquisition unit 160 acquires a display image in which a pop-up image is superimposed on a display image in which an inspection item and an inspection value corresponding to the inspection item are associated with each other, so that the input inspection value is not an appropriate value. can be reliably made known to the inspector when the inspection value is entered.

When the inspection work support apparatus 100 includes the inappropriate voice acquisition unit 170 and the voice output unit 171, the display acquisition unit 160 may, for example, 4D or 4E as an example, the improper sound obtaining unit 170 obtains an improper sound signal corresponding to the improper sound indicating that the input test value is not a proper value. Alternatively, the audio output unit 171 may output the inappropriate audio signal to the audio output device 204 to cause the audio output device 204 to output the inappropriate audio indicated by the inappropriate audio signal.

Further, when the inspection work support apparatus 100 includes the vibration acquisition unit 180 and the vibration output unit 181, the display acquisition unit 160 may be configured to notify the inspector that the input inspection value is not a proper value. When acquiring the display image shown as an example in 4D or FIG. 4E, the vibration acquisition unit 180 acquires a vibration signal corresponding to the vibration indicating that the input test value is not a proper value, and the vibration output unit 181 outputs the By outputting the vibration signal to the vibration output device 205, the vibration output device 205 may output the vibration indicated by the vibration signal.

The hardware configuration of the main part of the inspection work support apparatus 100 according to the first embodiment will be described with reference to FIGS. 5A and 5B.
5A and 5B are diagrams showing an example of the hardware configuration of the inspection work support apparatus 100 according to Embodiment 1. FIG.

As shown in FIG. 5A, the inspection work support device 100 is configured by a computer, and the computer has a processor 501 and a memory 502 . In the memory 502, the computer includes the operation acquisition unit 101, the voice acquisition unit 110, the character acquisition unit 120, the inspection value input unit 130, the appropriate value acquisition unit 140, the inspection value determination unit 150, the display acquisition unit 160, the display output unit 161, an inappropriate voice acquisition unit 170, a voice output unit 171, an item voice acquisition unit 172, a vibration acquisition unit 180, and a vibration output unit 181. The program stored in the memory 502 is read out and executed by the processor 501, whereby the operation acquisition unit 101, the voice acquisition unit 110, the character acquisition unit 120, the test value input unit 130, the appropriate value acquisition unit 140, and the test value determination unit. 150, a display acquisition unit 160, a display output unit 161, an inappropriate voice acquisition unit 170, a voice output unit 171, an item voice acquisition unit 172, a vibration acquisition unit 180, and a vibration output unit 181 are realized.

Moreover, as shown in FIG. 5B, the inspection work support apparatus 100 may be configured by a processing circuit 503. FIG. In this case, the operation acquisition unit 101, the voice acquisition unit 110, the character acquisition unit 120, the inspection value input unit 130, the appropriate value acquisition unit 140, the inspection value determination unit 150, the display acquisition unit 160, the display output unit 161, and the improper voice acquisition The functions of the unit 170 , the voice output unit 171 , the item voice acquisition unit 172 , the vibration acquisition unit 180 , and the vibration output unit 181 may be realized by the processing circuit 503 .

Also, the inspection work support apparatus 100 may be configured by a processor 501, a memory 502, and a processing circuit 503 (not shown). In this case, the operation acquisition unit 101, the voice acquisition unit 110, the character acquisition unit 120, the inspection value input unit 130, the appropriate value acquisition unit 140, the inspection value determination unit 150, the display acquisition unit 160, the display output unit 161, and the improper voice acquisition Part of the functions of the unit 170, the voice output unit 171, the item voice acquisition unit 172, the vibration acquisition unit 180, and the vibration output unit 181 are realized by the processor 501 and the memory 502, and the remaining functions are implemented by the processing circuit. 503 may be realized.

The processor 501 uses, for example, a CPU (Central Processing Unit), a GPU (Graphics Processing Unit), a microprocessor, a microcontroller, or a DSP (Digital Signal Processor).

The memory 502 uses, for example, a semiconductor memory or a magnetic disk. More specifically, the memory 502 includes, for example, RAM (Random Access Memory), ROM (Read Only Memory), flash memory, EPROM (Erasable Programmable Read Only Memory), EEPROM (Electrically Erasable Programmable Read-Only Memory), SSD (Solid State Drive) or HDD (Hard Disk Drive).

The processing circuit 503 is, for example, ASIC (Application Specific Integrated Circuit), PLD (Programmable Logic Device), FPGA (Field-Programmable Gate Array), SoC (System-on-a-Chip), or system LSI. (Large-Scale Integration).

The operation of the inspection work support apparatus 100 according to the first embodiment will be described with reference to FIG.
FIG. 6 is a flow chart showing an example of processing of the inspection work support device 100 according to the first embodiment.
The flowchart shown in FIG. 6 is, as an example, a flowchart showing processing of the inspection work support apparatus 100 when the inspector selects and designates an inspection item for which the inspector intends to input inspection values. The inspection work support device 100 repeatedly executes the processing of the flowchart until inspection values corresponding to all predetermined inspection items are input.

First, in step ST601, the operation acquisition section 101 acquires an operation signal.
Next, in step ST602, display acquisition section 160 acquires a display image based on the operation signal (for example, the display image shown as an example in FIG. 4B or 4C).
Next, in step ST603, the display output section 161 outputs a display signal.
Next, in step ST604, item sound acquisition section 172 acquires an item sound signal.
Next, in step ST605, the audio output section 171 outputs an item audio signal.

Next, in step ST611, speech obtaining section 110 obtains an input speech signal.
Next, in step ST612, character acquisition section 120 acquires character information indicating a word/phrase corresponding to the input speech signal.
Next, in step ST613, inspection value input section 130 inputs a word or phrase indicated by the character information as the inspection value of the designated inspection item.
Next, in step ST614, proper value obtaining section 140 obtains a proper value.
Next, in step ST<b>620 , inspection value determination section 150 determines whether or not the inspection value input by inspection value input section 130 is the appropriate value acquired by appropriate value acquisition section 140 .

In step ST620, when the test value determination unit 150 determines that the test value input by the test value input unit 130 is the proper value acquired by the proper value acquisition unit 140, in step ST621, the display acquisition unit 160 obtains a display image (for example, the display image shown as an example in FIG. 4C) corresponding to this case.
After step ST621, in step ST622, the display output section 161 outputs a display signal.
After step ST622, the inspection work support device 100 ends the processing of the flowchart, returns to step ST601, and repeats the processing of the flowchart.

In step ST620, when the test value determination unit 150 determines that the test value input by the test value input unit 130 is not the proper value acquired by the proper value acquisition unit 140, in step ST631, the display acquisition unit 160 , a display image (for example, the display image shown as an example in FIG. 4D or FIG. 4E) corresponding to the case is obtained.
After step ST631, in step ST632, the display output section 161 outputs a display signal.
After step ST632, in step ST633, the inappropriate speech acquisition section 170 acquires an inappropriate speech signal.
After step ST633, in step ST634, the audio output section 171 outputs an inappropriate audio signal.
After step ST634, in step ST635, vibration acquisition section 180 acquires a vibration signal.
After step ST635, in step ST636, the vibration output section 181 outputs a vibration signal.
After step ST626, the inspection work support device 100 ends the processing of the flowchart, returns to step ST601, and repeats the processing of the flowchart.

If the processing of step ST602 is executed before the processing of step ST603 is executed and the processing of step ST604 is executed before the processing of step ST605 is executed, the processing from step ST602 to step ST605 is executed. can be in any order.
Moreover, the process of step ST614 should just be performed before the process of step ST620 is performed.
Further, if the processing of step ST633 is executed before the processing of step ST634 is executed and the processing of step ST635 is executed before the processing of step ST636 is executed, the processing from step ST632 to step ST636 is executed. can be in any order.

The operation of the information processing system 10 according to the first embodiment will be described with reference to FIG.
FIG. 7 is a flow chart showing an example of processing of the information processing system 10 according to the first embodiment.
Note that the flowchart shown in FIG. 7 is executed for each inspection object.

First, in step ST701, the information processing device 12 inputs additional item information, additional values, inspection item information, and appropriate values corresponding to the inspection item information regarding the inspection object.
Next, in step ST702, the management device 13 registers the additional item information, the additional value, the inspection item information, and the appropriate value corresponding to the inspection item information input by the information processing device 12 in the database provided in the storage device 11. .

Next, in step ST703, inspection work support apparatus 100 inputs inspection values corresponding to each of a plurality of predetermined inspection items for the inspection object.
Next, in step ST704, the management device 13 associates the inspection value input by the inspection work support device 100 with the inspection item information corresponding to the inspection value each time the inspection work support device 100 inputs the inspection value. and register it in the database provided in the storage device 11 .

Next, in step ST705, the information processing device 12 changes the inspection value input by the inspection work support device 100, and inputs the changed inspection value.
Next, in step ST706, the management device 13 associates the changed test value input by the information processing device 12 with the test item information corresponding to the test value, and registers it in the database provided in the storage device 11. to update.

Next, in step ST707, the information generation device 14 generates combined information including inspection information and additional information according to a predetermined template.
After step ST707, the information processing system 10 ends the processing of the flowchart.

As described above, the inspection work support apparatus 100 according to Embodiment 1 is an inspection work support apparatus 100 that supports the work of inspecting a plurality of predetermined inspection items for an inspection target, and the voice input device 203 A voice acquisition unit 110 that acquires a voice signal output by the voice acquisition unit 110, a character acquisition unit 120 that acquires character information indicating a word corresponding to the voice signal acquired by the voice acquisition unit 110, and a test value of a specified test item, An inspection value input unit 130 for inputting a word or phrase indicated by character information acquired by the character acquisition unit 120; The inspection value determination unit 150 that determines whether or not the inspection value input by the input unit 130 is the appropriate value acquired by the appropriate value acquisition unit 140 is associated with the inspection item and the inspection value corresponding to the inspection item. In the display acquisition unit 160 that acquires the displayed image, the inspection value determination unit 150 determines that the inspection value is a proper value and determines that the inspection value is not a proper value. A display acquisition unit 160 that acquires a display image, and a display output unit 161 that outputs a display signal indicating the display image acquired by the display acquisition unit 160 are provided.

With such a configuration, the inspection work support apparatus 100 can visually notify the inspector that the input inspection value is not a proper value when the inspection value is input. Therefore, if the input inspection value is not a proper value, for example, the inspector can perform an operation or process corresponding to the reason on the spot.
As a result, the inspection work support apparatus 100 performs the inspection even if the inspection value corresponding to some of the plurality of inspection items predetermined for the inspection object is not the predetermined appropriate value. Work efficiency can be improved.

Further, in the above-described configuration of the inspection work support apparatus 100 according to Embodiment 1, when the inspection value determination unit 150 determines that the inspection value is not a proper value, the display acquisition unit 160 determines that the inspection value is a proper value. In comparison with the display image acquired when determining that, the display image is configured to acquire the display image in which the luminance of at least a part of the display image is high.

By configuring in this way, the inspection work support apparatus 100 can reliably notify the inspector that the input inspection value is not a proper value when the inspection value is input.

Further, in the above-described configuration of the inspection work support apparatus 100 according to Embodiment 1, when the inspection value determination unit 150 determines that the inspection value is not a proper value, the display acquisition unit 160 determines that the inspection value is a proper value. Acquiring a display image that is not included in the display image that is acquired when determining that the display image includes, in at least a partial area of the display image, a moving image that changes luminance over time configured as

By configuring in this way, the inspection work support apparatus 100 can reliably notify the inspector that the input inspection value is not a proper value when the inspection value is input.

Further, in the above-described configuration of the inspection work support apparatus 100 according to Embodiment 1, when the inspection value determination unit 150 determines that the inspection value is not an appropriate value, the display acquisition unit 160 is not a proper value, and a display image obtained by superimposing the pop-up image on the display image in which the inspection item and the inspection value corresponding to the inspection item are associated is acquired.

By configuring in this way, the inspection work support apparatus 100 can reliably notify the inspector that the input inspection value is not a proper value when the inspection value is input.

Further, in the above-described configuration of the inspection work support apparatus 100 according to Embodiment 1, the display acquisition unit 160 has a predetermined A display image waiting for the input of the inspection value corresponding to the next inspection item is acquired, and the display image waiting for re-input of the inspection value when the inspection value determination unit 150 determines that the inspection value is not an appropriate value. configured to obtain

By configuring in this way, the inspection work support apparatus 100 can reliably notify the inspector that the input inspection value is not a proper value when the inspection value is input.

In addition to the configuration described above, the inspection work support apparatus 100 according to Embodiment 1 outputs a voice indicating that the input inspection value is not a proper value. an inappropriate voice acquisition unit 170 that acquires an audio signal representing the voice to be output by the audio output device 204 when judging; an audio output unit 171 that outputs the audio signal acquired by the inappropriate audio acquisition unit 170; provided.

With this configuration, the inspection work support apparatus 100 not only visually informs the inspector that the input inspection value is not a proper value, but also visually informs the inspector when the inspection value is input. can be made known by Therefore, it is possible to more reliably recognize that the input inspection value is not a proper value.

In addition to the configuration described above, the inspection work support apparatus 100 according to the first embodiment generates a vibration indicating that the input inspection value is not a proper value. A vibration acquisition unit 180 for acquiring a vibration signal indicating the vibration to be output to the vibration output device 205 when making a determination, and a vibration output unit 181 for outputting the vibration signal acquired by the vibration acquisition unit 180 are provided.

With this configuration, the inspection work support device 100 not only visually informs the inspector that the input inspection value is not a proper value, but also vibrates. can be made known by Therefore, it is possible to more reliably recognize that the input inspection value is not a proper value.

Further, in the above-described configuration of the inspection work support apparatus 100 according to Embodiment 1, the display acquisition unit 160 waits for the input of the inspection value when acquiring the display image waiting for the input of the inspection value. It is configured to acquire a display image that allows visual discrimination between inspection items and other inspection items.

With this configuration, the inspection work support device 100 can visually inform the inspector of inspection items for which inspection value input is waiting.

Further, in the inspection work support apparatus 100 according to Embodiment 1, in the configuration described above, the display acquisition unit 160 determines that the brightness of the area corresponding to the inspection item waiting for the input of the inspection value in the display image is It is configured to acquire a display image with a brightness higher than that of regions corresponding to other inspection items.

With such a configuration, the inspection work support apparatus 100 can reliably visually notify the inspector of inspection items for which inspection value input is waiting.

In the above-described configuration of the inspection work support apparatus 100 according to Embodiment 1, the display acquisition unit 160 adds other A display image including a moving image that is not included in the area corresponding to the inspection item is acquired.

With this configuration, the inspection work support device 100 can visually inform the inspector of inspection items for which inspection value input is waiting.

Further, in addition to the above-described configuration, the inspection work support apparatus 100 according to Embodiment 1 includes an item sound acquisition unit 172 that acquires an audio signal representing a sound corresponding to an inspection item waiting for input of inspection values. , and a voice output unit 171 that outputs a voice signal acquired by the item voice acquisition unit 172 .

With this configuration, the inspection work support apparatus 100 not only visually informs the inspector that the input inspection value is not a proper value when the inspection value is input, but also The inspector can be notified by voice of inspection items waiting for input. Therefore, the inspector can perform the inspection while ensuring that the inspection item for which the inspection work support apparatus 100 is waiting for the input of the inspection value is the inspection item that the inspector intends to inspect from now on.
As a result, the inspection work support apparatus 100 performs the inspection even if the inspection value corresponding to some of the plurality of inspection items predetermined for the inspection object is not the predetermined appropriate value. It is possible to improve the efficiency of the inspection work in general while making it possible to improve the efficiency of the work.

In addition, the information processing system 10 according to the first embodiment includes the inspection work support device 100 and the device different from the inspection work support device 100, and the inspection item corresponding to the test value input by the inspection work support device 100. Information processing device 12 for inputting an additional value corresponding to a predetermined additional item different from the information processing device 12, and a device different from the inspection work support device 100, the inspection value input by the inspection work support device 100 and the inspection a management device 13 for managing inspection information in which inspection items corresponding to values are associated, and additional information in which additional values input by the information processing device 12 are associated with additional items corresponding to the additional values; provided.

With this configuration, the information processing system 10 can visually notify the inspector that the inspection value input by the inspection work support device 100 is not a proper value when the inspection value is input. can. Therefore, if the inspection value input by the inspection work support apparatus 100 is not a proper value, for example, the inspector can perform an operation or process corresponding to the reason on the spot.
As a result, the information processing system 10 performs the inspection work even if the inspection value corresponding to some of the plurality of inspection items predetermined for the inspection object is not the predetermined appropriate value. efficiency can be improved.

Further, in the information processing system 10 according to the first embodiment, in the configuration described above, the information processing device 12 inputs an additional value corresponding to an additional item, and furthermore, the examination input by the examination work support device 100 It is possible to change the value and input the changed inspection value, and the management device 13 receives the inspection value changed by the information processing device 12 for the inspection value input by the inspection work support device 100. In this case, the inspection information obtained by changing the inspection value input by the inspection work support device 100 to the inspection value input by the information processing device 12 is managed.

By configuring in this way, the information processing system 10 can eliminate the need for the inspector to re-inspect the object to be inspected.

In addition to the configuration described above, the information processing system 10 according to Embodiment 1 is a device different from the inspection work support device 100, and based on the inspection information and the additional information managed by the management device 13, An information generating device 14 is provided for generating composite information including inspection information and additional information according to a predetermined template.

By configuring in this way, the information processing system 10 can reduce the load on the person in charge of creating materials to be submitted to the submission destination.

It should be noted that, within the scope of the disclosure, any component of the embodiment can be modified or any component can be omitted from the embodiment.

The inspection work support device of the present disclosure can be applied to a terminal device used when performing work for inspecting a plurality of predetermined inspection items for an inspection object.

10 information processing system 11 storage device 12 information processing device 13 management device 14 information generation device 19 network 100 inspection work support device 101 operation acquisition unit 110 voice acquisition unit 120 character acquisition unit 130 inspection value Input unit 140 Appropriate value acquisition unit 150 Inspection value determination unit 160 Display acquisition unit 161 Display output unit 170 Inappropriate sound acquisition unit 171 Sound output unit 172 Item sound acquisition unit 180 Vibration acquisition unit 181 Vibration Output unit 200 terminal device 201 operation input device 202 display output device 203 voice input device 204 voice output device 205 vibration output device 206 communication device 501 processor 502 memory 503 processing circuit.

Claims (4)

An inspection work support device for supporting work for inspecting a plurality of predetermined inspection items for an inspection object, comprising a voice acquisition unit for acquiring a voice signal output by a voice input device, and the voice acquisition unit acquires the voice signal A character acquisition unit that acquires character information indicating a word or phrase corresponding to the audio signal, and an inspection value input unit that inputs the word or phrase indicated by the character information acquired by the character acquisition unit as an inspection value of the specified inspection item. and a proper value acquisition unit that acquires a predetermined proper value that can be the test value of the specified test item, and the test value input by the test value input unit is acquired by the proper value acquisition unit. and a display acquisition unit for acquiring a display image in which the inspection item and the inspection value corresponding to the inspection item are associated with each other, wherein the inspection value the display acquisition unit configured to acquire the display image in different modes when the determination unit determines that the inspection value is the appropriate value and when the inspection value is not the appropriate value; a display output unit that outputs a display signal indicating the display image acquired by the display acquisition unit; and
Information processing for inputting an additional value corresponding to a predetermined additional item different from the inspection item corresponding to the inspection value input by the inspection work support device, which is a device different from the inspection work support device. a device;
A device different from the inspection work support device, which is input by the information processing device and inspection information in which the inspection value input by the inspection work support device and the inspection item corresponding to the inspection value are associated with each other. a management device that manages additional information that associates the additional value and the additional item corresponding to the additional value;
An information processing system comprising: In addition to inputting the additional value corresponding to the additional item, the information processing device changes the inspection value input by the inspection work support device, and inputs the changed inspection value. can be
With respect to the inspection values input by the inspection work support device, the management device changes the inspection values input by the inspection work support device to the The information processing system according to claim 1 , wherein the inspection information changed to the inspection value input by an information processing device is managed. A device different from the inspection work support device, which generates synthesized information including the inspection information and the additional information according to a predetermined template based on the inspection information and the additional information managed by the management device. 2. The information processing system according to claim 1 , further comprising an information generation device that generates information. An inspection work support device having a voice acquisition unit, a character acquisition unit, a test value input unit, an appropriate value acquisition unit, a test value determination unit, a display acquisition unit, and a display output unit, and an information processing device that is a device different from the above device. and a management device that is a device different from the device, an inspection work support method for supporting the work of inspecting a plurality of predetermined inspection items for an inspection object performed by a system,
a voice acquisition step in which the voice acquisition unit acquires a voice signal output by a voice input device;
a character acquisition step in which the character acquisition unit acquires character information indicating a phrase corresponding to the voice signal acquired in the voice acquisition step;
an inspection value input step in which the inspection value input unit inputs a phrase indicated by the character information acquired in the character acquisition step as the inspection value of the designated inspection item;
a proper value acquisition step in which the proper value acquiring unit acquires a predetermined proper value that can be the inspection value of the specified inspection item;
an inspection value determination step in which the inspection value determination unit determines whether or not the inspection value input in the inspection value input step is the appropriate value acquired in the appropriate value acquisition step;
a display acquisition step in which the display acquisition unit acquires a display image in which the inspection item and the inspection value corresponding to the inspection item are associated with each other, wherein the inspection value is determined to be the appropriate value by the inspection value determination step; the display acquisition step of acquiring the display images in different modes when it is determined that the inspection value is not the proper value;
a display output step in which the display output unit outputs a display signal indicating the display image acquired in the display acquisition step;
a step in which the information processing device inputs an additional value corresponding to a predetermined additional item different from the inspection item corresponding to the inspection value input by the inspection work support device;
The management device provides inspection information in which the inspection value input by the inspection work support device and the inspection item corresponding to the inspection value are associated with each other, the additional value input by the information processing device, and the addition a step of managing additional information associated with the additional item corresponding to the value;
An inspection work support method characterized by comprising:

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