JP7498911B2 - Information processing device, method using the information processing device, and program for causing the information processing device to execute a procedure - Google Patents

Description

Application of Article 30, Paragraph 2 of the Patent Act (1) Publication date: February 25, 2019 Name of exhibition where disclosure was made: Kandenko Co., Ltd. FY2018 Technology Development and Improvement Case Report Session Publication location: Tokyo Chamber of Commerce and Industry Hall & Conference Room (5F, Marunouchi Nijubashi Building, 3-2-2, Marunouchi, Chiyoda-ku, Tokyo) Discloser: Kandenko Co., Ltd. Content of disclosed invention: Kandenko Co., Ltd., which holds the right to obtain a patent, disclosed the content of the invention in question, “Information processing device, method using an information processing device, and program for causing an information processing device to execute a procedure,” at the “Kandenko Co., Ltd. FY2018 Technology Development and Improvement Case Report Session” which it hosted. (2) Publication date: May 22-24, 2019 Exhibition name where the invention was disclosed: The 67th Electrical Construction Equipment Exhibition (= JECA FAIR 2019) Venue where the invention was disclosed: Tokyo Big Sight (3-11-1 Ariake, Koto-ku, Tokyo) Discloser: Kandenko Corporation Details of the disclosed invention: Kandenko Corporation, which holds the right to obtain a patent, disclosed the details of the invention in question, “Information processing device, method using an information processing device, and program for causing an information processing device to execute a procedure,” at the 67th Electrical Construction Equipment Exhibition (= JECA FAIR 2019).

The present invention relates to an information processing device, method, and program for a system that uses drafting software used in the design of electrical equipment to check the quality of the electrical equipment.

A wide variety of measuring devices have been disclosed for measuring electrical parameters such as current, voltage, and resistance.

For example, Patent Document 1 discloses a measuring device that can prevent a large current from flowing even if you forget to switch a switching means such as a rotary switch with a knob to measure voltage at the desired scale.

JP 2015-114166 A

By the way, quality inspection of on-site electrical equipment using such measuring devices is usually performed by a team of two people.

Specifically, for example, when conducting an outlet miswiring confirmation test (≒ outlet quality confirmation test) to check whether the relevant outlet (= the socket where electrical appliances are plugged in to obtain power from wiring) is wired properly, one person operates the circuit breaker in the distribution board to supply power only to the target circuit. The other person measures whether there are any miswirings with a measuring device such as an outlet tester, and records the results on a wiring diagram. When there are a large number of outlets to test, this task (test) can become quite complicated, and measurement results can be omitted or entered incorrectly.

In order to address the above problems, the present invention aims to provide an information processing device for a system that uses drafting software used in the design of electrical equipment to check the quality of the electrical equipment, a method that uses the information processing device, and a program that causes the information processing device to execute a procedure.

In order to achieve the above object, the present invention provides:
An information processing device communicatively connected to an outlet tester ,
A display means for displaying the graphic information;
A storage means for storing information;
a control means for , when receiving information from the outlet tester , displaying the information in the graphic information displayed on the display means and storing the information in the storage means;
The control means specifies outlet identification information for identifying an outlet from the graphical information, and based on the specified outlet identification information, causes the outlet symbol in the graphical information displayed on the display means to be displayed in a specific colour and in a hatched state, and also causes graphical information other than the outlet symbol to be displayed in a colour different from the display colour of the outlet symbol .

The invention of claim 2 is as follows:
The device further includes an input unit for receiving an input operation from a user,
When the control means receives information from the outlet tester, the control means performs a determination based on an outlet tester determination result included in the information,
2. The information processing apparatus according to claim 1 , wherein the outlet symbol selected through the input means is displayed in a specific color according to the result of the determination.

The invention of claim 3 is as follows:
The device further includes an input unit for receiving an input operation from a user,
2. The information processing apparatus according to claim 1 , wherein the control means causes the outlet symbol displayed on the display means and selected through the input means to be displayed in a specific color.

The invention of claim 4 is as follows:
The device further includes an input unit for receiving an input operation from a user,
The storage means is a socket attribute information storage means for storing socket attribute information related to a socket symbol in graphic information displayed on the display means,
When the control means receives information from the outlet tester, the control means associates the information with an outlet symbol selected through the input means among the outlet symbols in the figure displayed on the display means, and stores the information in the outlet attribute information storage means;
when the control means recognizes through the input means the selection of any one of the outlet symbols in the figure displayed on the display means, it activates an area in the outlet attribute information storage means for storing outlet attribute information relating to the selected outlet symbol;
The information processing device according to claim 1 , wherein other input operations are not accepted until information is received from the outlet tester or until a predetermined time has elapsed since activation.

The invention of claim 5 is as follows:
A method using an information processing device communicatively connected to an outlet tester,
The information processing device includes a display means for displaying graphic information;
A storage means for storing information,
a step of displaying the information in the graphic information displayed on the display means when receiving information from the outlet tester, and storing the information in the storage means;
The method includes the steps of: specifying outlet identification information for identifying an outlet from the graphical information; displaying an outlet symbol in the graphical information displayed on the display means in a specific color and in a hatched state based on the specified outlet identification information; and displaying graphical information other than the outlet symbol in a display color different from the display color of the outlet symbol .

The invention of claim 6 is as follows:
The device further includes an input unit for receiving an input operation from a user,
receiving information from the outlet tester, and making a determination based on an outlet tester determination result included in the information;
The method according to claim 5 further comprises the step of displaying the outlet symbol selected through the input means in a specific color according to the result of the determination.

The invention of claim 7 is as follows:
The device further includes an input unit for receiving an input operation from a user,
The method according to claim 5, further comprising the step of displaying the outlet symbol displayed on the display means and selected through the input means in a specific color.

The invention of claim 8 is as follows:
The device further includes an input unit for receiving an input operation from a user,
The storage means is a socket attribute information storage means for storing socket attribute information related to a socket symbol in graphic information displayed on the display means,
a step of storing, when receiving information from the outlet tester, the information in the outlet attribute information storage means in association with an outlet symbol selected through the input means among the outlet symbols in the figure displayed on the display means;
when the selection of any one of the outlet symbols in the figure displayed on the display means is recognized through the input means, an area in the outlet attribute information storage means for storing outlet attribute information related to the selected outlet symbol is activated;
The method according to claim 5 further comprises a step of not accepting any other input operation until information is received from the outlet tester or until a predetermined time has elapsed since activation.

The invention of claim 9 is as follows:
A program for causing an information processing device communicatively connected to an outlet tester to execute a procedure,
The information processing device includes a display means for displaying graphic information;
A storage means for storing information,
when receiving information from the outlet tester , cause the information processing device to display the information in the graphic information displayed on the display means and store the information in the storage means;
The program functions as a control means for specifying outlet identification information for identifying an outlet from the graphic information, and displaying the outlet symbol in the graphic information displayed on the display means in a specific color and with hatching processing based on the specified outlet identification information, and for displaying graphic information other than the outlet symbol in a display color different from the display color of the outlet symbol.

The invention of claim 10 is as follows:
The information processing device further includes an input unit for receiving an input operation from a user,
when receiving information from the outlet tester, making a determination based on an outlet tester determination result included in the information;
The program according to claim 9 is configured to function as a control means for displaying the outlet symbol selected through the input means in a specific color according to the result of the determination.

The invention of claim 11 further comprises:
The information processing device further includes an input unit for receiving an input operation from a user,
The program according to claim 9 functions as a control means for displaying the outlet symbol displayed on the display means and selected through the input means in a specific color.

The invention of claim 12 is as follows:
The information processing device further includes an input unit for receiving an input operation from a user,
The storage means is a socket attribute information storage means for storing socket attribute information related to a socket symbol in graphic information displayed on the display means,
When information is received from the outlet tester, the information is stored in the outlet attribute information storage means in association with an outlet symbol selected through the input means among the outlet symbols in the figure displayed on the display means;
when the selection of any one of the outlet symbols in the figure displayed on the display means is recognized through the input means, an area in the outlet attribute information storage means for storing outlet attribute information related to the selected outlet symbol is activated;
The program according to claim 9 functions as a control means that does not accept any other input operation until information is received from the outlet tester or until a predetermined time has elapsed since activation.

The present invention is configured such that when information is received from the environmental information acquisition device, the information is displayed in the graphic information displayed on the display means, and the information is stored in the storage means. Therefore, the information such as the measurement results output from the environmental information acquisition device can be displayed as is in the graphic information such as the wiring diagram displayed using the drafting software, and can be stored. As a result, it is possible to prevent users such as workers from forgetting to enter measurement results or entering them incorrectly, which is convenient.

1 is a conceptual diagram showing a hardware configuration of an information processing device in an electrical equipment quality confirmation system according to a first embodiment of the present invention; 1 is a diagram showing a state in which wiring diagram information is displayed on an information processing device in an electrical equipment quality confirmation system according to a first embodiment of the present invention; 2 is a flow chart showing the flow of operations of the electrical equipment quality confirmation system according to the first embodiment of the present invention. FIG. 11 is a conceptual diagram illustrating a hardware configuration of a measuring instrument in an electrical equipment quality confirmation system according to a second embodiment of the present invention. 11 is a conceptual diagram showing a hardware configuration of an information processing device in an electrical equipment quality confirmation system according to a second embodiment of the present invention. FIG. 13 is a diagram showing a state in which wiring diagram information is displayed on an information processing device in the electrical equipment quality confirmation system of the embodiment 2 of the present invention. FIG. FIG. 13 is an exemplary diagram showing outlet symbols displayed on an information processing device related to an electrical equipment quality confirmation system according to a second embodiment of the present invention, divided into (a) a case where no hatching is performed and (b) a case where hatching is performed. 1 is a diagram showing an example of a measurement result/judgment result display field displayed on an information processing device related to an electrical equipment quality confirmation system of a second embodiment of the present invention, where the judgment result is divided into (a) a case where the judgment result is normal and (b) a case where the judgment result includes an abnormality. Also, a diagram showing an example of an outlet symbol displayed on an information processing device related to an electrical equipment quality confirmation system of a second embodiment of the present invention, where the judgment result is divided into (c) a case where the judgment result is normal and (d) a case where the judgment result includes an abnormality. 13 is a diagram showing a schematic structure of an outlet attribute information storage area of a storage means of an information processing device in an electrical equipment quality confirmation system according to a second embodiment of the present invention; FIG. 11 is a flow chart showing the flow of operations of the electrical equipment quality confirmation system according to the second embodiment of the present invention.

(Embodiment Example 1)
Hereinafter, a first embodiment of the present invention will be described in detail with reference to the accompanying drawings. However, the components described in the first embodiment are merely examples, and are not intended to limit the scope of the present invention.

The electrical equipment quality confirmation system A is mainly composed of an environmental information acquisition device and an information processing device 4. The environmental information acquisition device and the information processing device 4 are connected to each other so that they can communicate information with each other using BLE (=Bluetooth (registered trademark) Low Energy) or the like. The method of connecting the environmental information acquisition device and the information processing device 4 using BLE will be described later.

<Configuration of environmental information acquisition device>
The environmental information acquisition device may be a device capable of acquiring information related to the environment in the space and outputting the acquired environmental information to an external device such as the information processing device 4, and may be, for example, a measuring instrument such as an illuminometer for acquiring illuminance information, an airflow meter for acquiring airflow information, a thermo-hygrometer for acquiring temperature and humidity information, a dust measuring instrument for acquiring dust concentration information, a magnetic measuring instrument for acquiring magnetic environment information, a radio wave sensitivity meter for acquiring sensitivity information such as an indoor wireless LAN, or a camera such as a 360° camera for acquiring 360° appearance information, a normal camera for photographing the space, or a video camera for recording the space. In this embodiment 1, a digital multimeter is used as the environmental information acquisition device. In order to check whether the target electrical equipment is electrically connected properly, a user such as an operator connects the environmental information acquisition device, which is a digital multimeter, to the target electrical equipment, measures electrical quantities such as current, voltage, and harmonics, and acquires the measurement results (=environmental information).

<Configuration of information processing device 4>
The information processing device 4 is, for example, a tablet PC (Personal Computer), a notebook PC, a smartphone, etc., and has a function of receiving information related to the environmental information acquisition device, such as the measurement results related to the target electrical equipment output from the environmental information acquisition device, and displaying graphic information including the information on a display means 44 such as a liquid crystal display. The information processing device 4 may be realized by a dedicated device specialized for the function, or may be realized by incorporating the function into a general-purpose personal computer or server. The graphic information displayed on the display means 44 may be a diagram showing the space from which environmental information is acquired, for example, a facility diagram such as a wiring diagram or a piping diagram, a design diagram showing the appearance of the building after completion, such as the layout, design, and specifications of the building, and a structural diagram showing various information for actually building a building, such as the arrangement and size of structural members supporting the building, such as pillars, beams, and walls, and the shape of joints. In the present embodiment 1 and the present embodiment 2 described later, a wiring diagram is used as the graphic information.

Furthermore, in this embodiment, the information processing device 4 is described assuming that it is a tablet PC. The tablet PC has an input means 43 such as a touch panel on a display means 44 such as a liquid crystal display, and a user such as a worker can input commands and information by directly touching the screen on the display means 44 with a finger, without the need for a keyboard or pointing device. This makes it easy for a user such as a worker to input commands and information on-site. In addition, it is convenient that the display location of the wiring diagram displayed on the screen can be moved and the display magnification can be changed by directly touching the screen with a finger.

Next, the hardware configuration of the information processing device 4 will be described with reference to FIG. 1. FIG. 1 is a conceptual diagram that illustrates the hardware configuration of the information processing device 4.

In FIG. 1, the control means 41 is realized, for example, by a CPU (Central Processing Unit) and executes application programs, an operating system (OS), control programs, etc. stored in an HD (Hard Disk) included in the storage means 42 described below, and controls the temporary storage of information, files, etc. required for program execution in a RAM (Random Access Memory) included in the storage means 42.

In particular, the control means 41 calls up wiring diagram information stored in the wiring diagram information storage area 421 of the storage means 42 in response to a command from a user such as an operator inputted through the input means 43, converts it into another format, and stores it in the wiring diagram information storage area 421. For example, the control means 41 converts wiring diagram information whose original format is "tfx." or "tfs." saved in the application program "CADWe'll" (= drafting software) into "dwg." format that can be opened in the application program "Auto CAD" (= drafting software) and stores it separately.

In addition, the control means 41 calls up the wiring diagram information stored in the wiring diagram information storage area 421 and displays it on the display means 44, as shown in FIG. 2.

In addition, the control means 41 stores the acquisition point identification information (acquisition point ID), the coordinates (position) of the acquisition point on the wiring diagram, the acquisition point creation terminal identification information (acquisition point creation terminal ID) that identifies the terminal (= information processing device 4) that created the acquisition point, and the acquisition point creation time in an area within the environmental information acquisition device information storage area 422 that stores environmental information acquisition device information related to the selected location in the wiring diagram displayed on the display means 44.

The control means 41 also establishes a connection with the environmental information acquisition device using BLE. That is, the control means 41 scans the vicinity of the information processing device 4 in response to an instruction from a user, such as a worker, input via the input means 43. Then, when the control means 41 successfully receives an Advertise packet output from the environmental information acquisition device via the communication means 46, it establishes a connection with the environmental information acquisition device.

On the other hand, if the Advertisement packet of the environmental information acquisition device to which the information processing device 4 is to be connected cannot be received even after scanning the area around the information processing device 4, a dialog box indicating that the connection has failed is displayed on the display means 44.

In addition, the control means 41 activates an area in the environmental information acquisition device information storage area 422 that stores environmental information acquisition device information related to a selected portion of the wiring diagram displayed on the display means 44 (= waiting for input of environmental information acquisition device information).

The control means 41 may then be in a locked state in which it does not accept any other input operations from the input means 43, etc., until it receives information from the environmental information acquisition device or until a predetermined time has elapsed since it was activated.

By configuring it in this way so that other input operations are not accepted, it is possible to prevent erroneous operation by users such as workers, which is convenient.

In addition, when the control means 41 receives information from the environmental information acquisition device via the communication means 46, such as environmental information acquisition device identification information (environmental information acquisition device ID) that identifies the environmental information acquisition device and measurement results related to a location selected by a user, such as a worker, in the wiring diagram displayed on the display means 44, the control means 41 stores the information in an activated area in the environmental information acquisition device information storage area 422 of the storage means 42.

In addition, when the control means 41 receives, via the communication means 46, environmental information acquisition device identification information and measurement results relating to a location in the wiring diagram displayed on the display means 44 that has been selected by a user, such as an operator, from the environmental information acquisition device, it displays the measurement results near the selected location in the wiring diagram, as shown in FIG. 2.

The storage means 42 is for temporarily storing various information, and includes a RAM that functions as the main memory and work area of the control means 41, and a ROM (Read Only Memory) that stores programs such as basic I/O programs and various information used in basic processing.

The storage means 42 has a HD (=Hard Disk) that functions as a large-capacity memory, and this HD is provided with a wiring diagram information storage area 421 and an environmental information acquisition device information storage area 422.

This wiring diagram information storage area 421 stores wiring diagram information. The wiring diagram information is stored in the "tfx." or "tfs." format saved by the application program "CADWe'll," or in the "dwg." format that can be opened by the application program "Auto CAD."

Furthermore, the environmental information acquisition device information storage area 422 stores environmental information such as measurement results. For example, the environmental information stored includes, in acquisition order (the order of acquisition), input terminal identification information (input terminal ID) that identifies the terminal (= information processing device 4) that input (received) the environmental information, acquisition time, environmental information acquisition device identification information (measurement device ID), acquisition point identification information (acquisition point ID), coordinates (position) of the acquisition point on the wiring diagram, acquisition point creation terminal identification information (acquisition point creation terminal ID), acquisition point creation time, measurement results such as voltage values, etc. Note that the environmental information acquisition device ID, measurement results, etc. are received from the connected environmental information acquisition device.

The input means 43 is, for example, a touch panel, keyboard, pointing device, or button provided on the display means 44, and accepts input of information and commands from users such as workers to the information processing device 4.

The display means 44 is, for example, a liquid crystal display, an organic electroluminescence display, or a dot matrix display, and displays commands input from the input means 43 and the corresponding response output from the information processing device 4. In particular, the display means 44 displays a wiring diagram.

The timekeeping means 45 is, for example, a real-time clock that keeps track of the current time.

The bus 47 controls the flow of information within the information processing device 4. The communication means 46 is an interface (I/F), and the information processing device 4 is connected via this communication means 46 by BLE or the like, and exchanges information with the environmental information acquisition device.

In addition, software that achieves the same functions as each of the above devices can also be configured as an alternative to hardware devices.

Next, the flow of operations of the electrical equipment quality confirmation system A will be explained using Figures 2 and 3. Note that the operations of this electrical equipment quality confirmation system A are executed independently for each environmental information acquisition device.

First, as a preparation, if the wiring diagram information stored in the wiring diagram information storage area 421 of the storage means 42 is only in the "tfx." or "tfs." format that cannot be opened by the application program "Auto CAD", the user such as an operator operates the input means 43 to convert the wiring diagram information into the "dwg." format that can be opened by the application program "Auto CAD", and store it separately in the wiring diagram information storage area 421 of the storage means 42.

Next, a user such as a worker operates the input means 43 such as a touch panel and taps the icon "Start connection" on the display means 44.

Then, the information processing device 4 scans the surroundings of the information processing device 4. Then, when the information processing device 4 successfully receives an Advertise packet output from the environmental information acquisition device via the communication means 46, a connection with the environmental information acquisition device is established (step S301).

A user, such as a worker, moves to the vicinity of the electrical equipment to be measured. Then, as shown in FIG. 2, the user operates input means 43, such as a touch panel, to tap (select) a location on the wiring diagram displayed on display means 44 that corresponds to the electrical equipment to be measured.

The information processing device 4 then accepts the selection operation (step S302), and stores the acquisition point identification information (acquisition point ID), the coordinates (position) of the acquisition point on the wiring diagram, acquisition point creation terminal identification information (acquisition point creation terminal ID) that identifies the terminal (= information processing device 4) that created the acquisition point, and the acquisition point creation time in an area of the environmental information acquisition device information storage area 422 that stores environmental information acquisition device information related to the selected location in the wiring diagram displayed on the display means 44.

The information processing device 4 also accepts the selection operation (step S302) and activates an area in the environmental information acquisition device information storage area 422 that stores environmental information acquisition device information related to the selected location in the wiring diagram.

Users, such as workers, acquire environmental information by connecting an environmental information acquisition device to the target electrical equipment.

When the information processing device 4 receives information related to the environmental information acquisition device, such as measurement results related to a selected location in the wiring diagram, from the environmental information acquisition device through the communication means 46 (step S303), it stores the information in an activated area within the environmental information acquisition device information storage area 422 of the storage means 42.

When the information processing device 4 receives information related to the environmental information acquisition device, such as measurement results related to a selected location in the wiring diagram, from the environmental information acquisition device via the communication means 46 (step S303), it displays the measurement results near the selected location in the wiring diagram.

Then, the user, such as a worker, moves to the location of the electrical equipment to be measured next. Then, he or she operates the input means 43, such as a touch panel, to tap (select) a location in the wiring diagram displayed on the display means 44 that corresponds to the electrical equipment to be measured next. The information processing device 4 then accepts the selection operation (step S302). Thereafter, the information processing device 4 repeats steps S302 and S303 until it has completed acquiring the environmental information of the user, such as a worker, for all electrical equipment that requires measurement.

In the first embodiment, the configuration is shown in which the acquisition location in the wiring diagram is selected and then information related to the environmental information acquisition device, such as measurement results, is received, but the present invention is not limited to this configuration. It may also be configured to select the measurement location in the wiring diagram after receiving information related to the environmental information acquisition device, such as measurement results.

In this way, in the first embodiment, when information related to the environmental information acquisition device, such as measurement results, is received from the environmental information acquisition device, the information is displayed in the wiring diagram displayed on the display means 44, and the information is stored in the environmental information acquisition device information storage area 422. Therefore, the information related to the environmental information acquisition device, such as the measurement results output from the environmental information acquisition device, can be displayed as is in the diagram information, such as the wiring diagram, displayed using the drafting software, and can also be stored. As a result, it is possible to prevent users, such as workers, from forgetting to write down the measurement results or writing them down incorrectly, which is convenient.

(Embodiment 2)
In the above embodiment 1, a configuration was shown in which the measurement results, etc. received from the environmental information acquisition device are displayed at a location of the user's choice on the display means 44 of the information processing device 4, and the measurement results, etc. are stored in the environmental information acquisition device information storage area 422 of the information processing device 4.

However, wiring diagrams also include symbols for other equipment, and generally all the symbols for equipment are written in the same color on wiring diagrams. Therefore, it is possible to overlook a symbol for electrical equipment on a wiring diagram, which can lead to having to go back to the electrical equipment in the location you missed, reducing efficiency.

In the following embodiment 2, in order to address such problems, a configuration is shown that allows a user such as an operator to easily identify the symbols on a wiring diagram relating to the electrical equipment to be quality checked when checking the quality of the electrical equipment. In this embodiment 2, a description is given using a faulty outlet wiring check test as a specific example of checking the quality of electrical equipment. Also, description is given using a measuring device 1 as the environmental information acquisition device.

<Configuration of Electrical Equipment Quality Verification System B>
The electrical equipment quality confirmation system B is mainly composed of a measuring device 1 and an information processing device 2. The measuring device 1 and the information processing device 2 are connected to each other so that they can communicate information with each other using BLE (=Bluetooth (registered trademark) Low Energy) or the like. The method of connecting the measuring device 1 and the information processing device 2 using BLE will be described later.

<Configuration of measuring device 1>
Measuring device 1 is an outlet tester. To check whether an outlet is properly wired, a user such as an operator inserts measuring unit 11 of measuring device 1 into the outlet to be measured, and measures, for example, the wiring of the outlet (= the type of outlet, such as "2P": not grounded, "3P": grounded), voltage value (V), terminal polarity (= measuring whether the L terminal, N terminal, and E terminal are each properly connected), ground resistance value (Ω or ohm), etc., to obtain the measurement results.

The meter 1 also judges whether these measurement results are normal. Specifically, for example, it judges whether the measured voltage value of the outlet is within a predetermined range, and obtains a meter judgment result related to the voltage value (= "normal", "abnormal voltage"). It also judges the terminal polarity, and obtains a meter judgment result related to the terminal polarity (= "normal", "L-N reverse connection", "L-E reverse connection", "N-E reverse connection", "N not connected", "N-E judgment impossible", "E not connected"). The meter 1 then outputs meter identification information (meter ID) that identifies itself, the measurement result, and information such as the meter judgment result corresponding to the measurement result to the information processing device 2. Furthermore, if the measurement result of the outlet being measured contains noise, the meter 1 outputs information to that effect to the information processing device 2.

As shown in FIG. 4, the meter 1 has a measurement unit 11 that measures the target outlet, a measurement result determination unit 12 that determines whether the measurement result received from the measurement unit 11 is normal or not, a display unit 13 that displays the measurement result and the meter determination result corresponding to the measurement result, and a communication unit 14 that communicates with external devices such as the information processing device 2.

<Configuration of information processing device 2>
Information processing device 2 is, for example, a tablet PC (Personal Computer), a notebook PC, a smartphone, etc., and has a function of receiving information such as the outlet-related measurement results and meter determination results output from meter 1, and displaying wiring diagram information including that information on display means 24 such as a liquid crystal display. Note that information processing device 2 may be realized as a dedicated device specialized for that function, or may be realized by incorporating that function into a general-purpose personal computer or server.

Furthermore, in this embodiment, the information processing device 2 is described assuming that it is a tablet PC. The tablet PC has an input means 23 such as a touch panel on a display means 24 such as a liquid crystal display, and a user such as a worker can input commands and information by directly touching the screen on the display means 24 with a finger, without the need for a keyboard or pointing device. This makes it easy for a user such as a worker to input commands and information on-site. In addition, it is convenient to move the display location of the wiring diagram displayed on the screen and change the display magnification by directly touching the screen with a finger.

Next, the hardware configuration of the information processing device 2 will be described with reference to FIG. 5. FIG. 5 is a conceptual diagram that illustrates the hardware configuration of the information processing device 2.

In FIG. 5, the control means 21 is realized, for example, by a CPU (Central Processing Unit) and executes application programs, an operating system (OS), control programs, etc. stored in an HD (Hard Disk) included in the storage means 22 described below, and controls the temporary storage of information, files, etc. required for program execution in a RAM (Random Access Memory) included in the storage means 22.

In particular, the control means 21 calls up wiring diagram information stored in the wiring diagram information storage area 221 of the storage means 22 in response to a command from a user such as an operator inputted through the input means 23, converts it into another format, and stores it in the wiring diagram information storage area 221. For example, the control means 21 converts wiring diagram information whose original format is "tfx." or "tfs." saved in the application program "CADWe'll" (drafting software) into "dwg." format that can be opened in the application program "Auto CAD" (drafting software), and stores it separately.

In addition, the control means 21 calls up the wiring diagram information stored in the wiring diagram information storage area 221 and displays it on the display means 24, as shown in FIG. 6.

In addition, the control means 21 changes the display color of lines, characters, symbols, etc. in the wiring diagram displayed on the display means 24 in response to a command from a user such as an operator inputted through the input means 23. For example, the control means 21 inverts (changes) the display color of all lines, characters, symbols, etc. in the wiring diagram from white to black.

In addition, the control means 21 identifies outlet identification information for identifying an outlet from the wiring diagram information in response to an instruction from a user, such as an operator, inputted through the input means 23, and based on the identified outlet identification information, causes each outlet symbol in the wiring diagram displayed on the display means 24 to be displayed in a specific color (e.g., yellow).

The specific color for displaying the outlet symbol needs to be different from the display color of lines, letters, and symbols other than the outlet symbol in the wiring diagram information. This is to make the outlet symbol stand out so that users such as workers can easily find it when looking at the wiring diagram displayed on the display means 24. Therefore, any configuration that makes the outlet symbol stand out in the wiring diagram compared to lines, letters, and symbols other than the outlet symbol will suffice. For example, the outlet symbol alone may be displayed by flashing or fluorescing.

The control means 21 also identifies outlet identification information from the wiring diagram information in response to a command from a user, such as an operator, input through the input means 23, and performs hatching processing on each outlet symbol displayed on the display means 24 based on the identified outlet identification information, as shown in FIG. 7(b). Note that this "hatching processing" refers to filling (painting) a specified area with parallel lines, a specified color, etc.

When a user such as an operator taps on the input means 23 such as a touch panel to select an outlet symbol displayed on the display means 24, as shown in FIG. 7(a), the outlet symbol before hatching is mainly composed of lines, making it difficult to tap accurately on the lines that make up the outlet symbol. On the other hand, when hatching is performed, as shown in FIG. 7(b), a specific area on the outlet symbol is filled with a specific color. In that case, the outlet symbol can be selected simply by tapping anywhere in the filled area, making it easier to select the outlet symbol.

In addition, the control means 21 identifies outlet identification information from the wiring diagram information in response to an instruction from a user, such as an operator, inputted through the input means 23, and creates a measurement result/determination result display column corresponding to each outlet symbol displayed on the display means 24 based on the identified outlet identification information.

In addition, the control means 21 identifies outlet identification information from the wiring diagram information in response to a command from a user, such as an operator, input through the input means 23, and reserves an area in the outlet attribute information storage area 222 of the storage means 22 for storing outlet attribute information related to each outlet symbol displayed on the display means 24 based on the identified outlet identification information.

In addition, the control means 21 stores measurement point identification information (measurement point ID), coordinates (position) of the measurement point on the wiring diagram, measurement point creation terminal identification information (measurement point creation terminal ID) that identifies the terminal that created the measurement point (= information processing device 2), and the measurement point creation time in an area of the outlet attribute information storage area 222 that stores outlet attribute information related to each outlet symbol displayed on the display means 24, and associates it with each outlet symbol. In other words, the control means 21 stores measurement point identification information (measurement point ID) etc. collectively for each outlet symbol displayed on the display means 24.

The control means 21 also establishes a connection with the measuring device 1 using BLE. That is, the control means 21 scans the vicinity of the information processing device 2 in response to a command from a user, such as an operator, input via the input means 23. Then, when the control means 21 successfully receives an Advertise packet output from the measuring device 1 via the communication means 26, it establishes a connection with the measuring device 1.

On the other hand, if the information processing device 2 scans the area around the device and fails to receive an Advertise packet from the measuring device 1 to which it wishes to connect, a dialog box indicating that the connection has failed is displayed on the display means 24.

The control means 21 also activates the area in the outlet attribute information storage area 222 that stores the outlet attribute information related to the selected outlet symbol (= waiting for input of measurement results/determination results).

The control means 21 may then be in a locked state, not accepting any other input operations from the input means 23, etc., until it receives information from the measuring device 1 or until a predetermined time has elapsed since it was activated.

By configuring it in this way so that other input operations are not accepted, it is possible to prevent erroneous operations by users such as workers, which is convenient.

In addition, when the control means 21 receives information from the meter 1 through the communication means 26, such as meter identification information (meter ID) for identifying the meter, a measurement result related to the outlet symbol selected by a user such as an operator, a meter judgment result corresponding to the measurement result, and information indicating that the measurement result contains NOISE, the control means 21 stores the information in an activated area in the outlet attribute information storage area 222 of the storage means 22, as shown in FIG. 9. The measurement result received from the meter 1 is, for example, a wiring, a voltage value, and a ground resistance value. In addition, the meter judgment result received is, for example, one of "normal", "L-N reverse connection", "L-E reverse connection", "N-E reverse connection", "N not connected", "N-E judgment impossible", "E not connected", and "voltage abnormality". In addition, the control means 21 makes a judgment based on the received meter judgment result, and stores the "judgment result related to terminal polarity" and the "judgment result related to grounding". Furthermore, by configuring the measurement device identification information (measurement device ID) to be stored in this manner, even if measurements are performed using multiple measurement devices 1 and measurement results, etc. are received from each measurement device 1, it is possible to determine which measurement device 1 the measurement results, etc. came from, which is convenient.

When the control means 21 receives the meter identification information, the measurement result related to the selected outlet symbol, and the meter judgment result corresponding to the measurement result from the meter 1 via the communication means 26, it makes a judgment based on the received meter judgment result. Then, as shown in Figure 6 or Figure 8, the control means 21 displays the "measurement order," "voltage value," "judgment result related to terminal polarity ("terminal polarity" in Figures 6 and 8)," and "judgment result related to ground ("ground" in Figures 6 and 8)" in the measurement result/judgment result display column corresponding to the selected outlet symbol.

The "voltage value" displayed in the measurement result/determination result display area is the "voltage value" included in the measurement result received from measuring device 1.

Furthermore, with regard to the "terminal polarity determination result" stored in the outlet attribute information storage area 222 and displayed in the measurement result/determination result display field, if the control means 21 receives from the meter 1 any of the meter determination results "L-N reverse connection", "L-E reverse connection", "N-E reverse connection", "N unconnected", or "N-E determination impossible", it determines and displays "NG". On the other hand, if none of the above meter determination results are received, it determines and displays "OK".

Furthermore, with regard to the "grounding judgment result" to be stored in the outlet attribute information storage area 222 and displayed in the measurement result/judgment result display field, if the control means 21 receives from the meter 1 any of the meter judgment results "L-E reverse connection", "N-E reverse connection", "E not connected", or "N-E judgment not possible", it judges and displays "NG". On the other hand, if none of the above meter judgment results are received, it judges and displays "OK".

When the meter judgment result received from the meter 1 is "normal" and no information has been received indicating that the measurement result contains noise, the control means 21 changes the display color of the measurement result/judgment result display field to light blue, as shown in Fig. 8(a). In addition, the display color of the selected outlet symbol in the wiring diagram also changes to light blue, as shown in Fig. 8(c).

On the other hand, if the meter judgment result received from meter 1 is abnormal ("L-N reverse connection", "L-E reverse connection", "N-E reverse connection", "N not connected", "N-E judgment impossible", "E not connected") or "Abnormal voltage"), or if information is received indicating that the measurement result contains noise, the display color in the measurement result/judgment result display column will be turned red, as shown in Figure 8 (b). In addition, the display color of the selected outlet symbol in the wiring diagram will also be turned red, as shown in Figure 8 (d).

In the present embodiment, if the meter judgment result received from the meter 1 is "normal" and no information has been received indicating that the measurement result contains noise, the display color of the selected outlet symbol in the measurement result/judgment result display field and the wiring diagram is light blue, and if the meter judgment result received from the meter 1 is abnormal or the measurement result contains noise, the display color of the selected outlet symbol in the measurement result/judgment result display field and the wiring diagram is red. However, this configuration is merely an example and is not limited to the present embodiment. For example, if the meter judgment result received from the meter 1 is abnormal or the measurement result contains noise, the selected outlet symbol in the measurement result/judgment result display field and the wiring diagram may be blinked, and if the meter judgment result received from the meter 1 is "normal" and no information has been received indicating that the measurement result contains noise, the display color of the selected outlet symbol in the measurement result/judgment result display field and the wiring diagram may be light blue. In essence, it is sufficient that the display be configured to display differently depending on whether the measurement device judgment result received from the measurement device 1 is abnormal or information has been received indicating that the measurement result contains noise, or whether the judgment result received from the measurement device 1 is "normal" and information has not been received indicating that the measurement result contains noise, so that a user such as an operator can recognize the difference.

In addition, when a selection operation of an outlet symbol in a wiring diagram, for which measurement results and meter determination results are stored in the outlet attribute information storage area 222, is received again from a user such as a worker via the input means 23, such as by the user tapping the outlet symbol, the control means 21 activates the area in the outlet attribute information storage area 222 that stores the outlet attribute information related to the selected outlet symbol (= waiting for input of measurement results and determination results).

When the control means 21 receives new information from the meter 1, such as meter identification information (meter ID), measurement results and meter judgment results related to the selected outlet symbol, etc., the control means 21 stores them separately in the outlet attribute information storage area 222 of the storage means 22 without deleting (erasing) the measurement results and meter judgment results that are already stored. The control means 21 also displays a measurement result/judgment result display field on the display means 24 based on the measurement results and meter judgment results newly received from the meter 1. The measurement result/judgment result display field and the selected outlet symbol are displayed in red or light blue depending on the judgment results etc. based on the received meter judgment results.

In this way, the information processing device 2 according to the first embodiment can conveniently store multiple measurement results, judgment results, etc. for the same outlet without deleting (erasing) those that have already been stored.

Furthermore, when the control means 21 receives a command from a user such as an operator via the input means 23 to change the selected outlet symbol to a specific color, it changes the selected outlet symbol to the specific color according to the command. For example, if an item is described on the wiring diagram but not in the actual field, the display color of the outlet symbol is changed to blue. If an item is described on the wiring diagram and there is an actual item but it cannot be measured, the display color of the outlet symbol is changed to green. Furthermore, if an item is described on the wiring diagram and there is an actual item but it is not to be measured, the display color of the outlet symbol is changed to white.

The storage means 22 is used to temporarily store various types of information, and includes a RAM that functions as the main memory and work area of the control means 21, and a ROM (Read Only Memory) that stores programs such as basic I/O programs and various types of information used in basic processing.

The storage means 22 has a HD (=Hard Disk) that functions as a large-capacity memory, and this HD is provided with a wiring diagram information storage area 221 and a socket attribute information storage area 222.

This wiring diagram information storage area 221 stores wiring diagram information. The wiring diagram information is stored in the "tfx." or "tfs." format saved by the application program "CADWe'll" or in the "dwg." format that can be opened by the application program "Auto CAD."

In addition, the outlet attribute information storage area 222 stores the measurement results. For example, as shown in FIG. 9, the measurement results are stored in the order of measurement (the order of measurement), including input terminal identification information (input terminal ID) that identifies the terminal (= information processing device 2) that input (received) the measurement results, the measurement time, meter identification information (meter ID), measurement point identification information (measurement point ID), coordinates (positions) of the measurement points on the wiring diagram, measurement point creation terminal identification information (measurement point creation terminal ID), measurement point creation time, wiring, voltage value, meter judgment result, judgment result related to terminal polarity ("terminal polarity" in FIG. 9), judgment result related to grounding ("grounding" in FIG. 9), ground resistance value, and NOISE. Note that the meter ID, wiring, voltage value, meter judgment result, ground resistance value, and NOISE are received from the connected meter 1.

The input means 23 is, for example, a touch panel, keyboard, pointing device, or button provided on the display means 24, and accepts input of information and commands from users such as workers to the information processing device 2.

The display means 24 is, for example, a liquid crystal display, an organic electroluminescence display, or a dot matrix display, and displays commands input from the input means 23 and the corresponding response output from the information processing device 2. In particular, the display means 24 displays a wiring diagram including an outlet symbol.

The timekeeping means 25 is, for example, a real-time clock, and keeps track of the current time.

The bus 27 controls the flow of information within the information processing device 2. The communication means 26 is an interface (I/F), and the information processing device 2 is connected via this communication means 26 by BLE or the like, and exchanges information with the measuring device 1.

In addition, software that achieves the same functions as each of the above devices can also be configured as an alternative to hardware devices.

Next, the flow of operations of the electrical equipment quality confirmation system B will be explained using Figures 6 and 10. Note that the operations of this electrical equipment quality confirmation system B are executed independently for each measuring device 1.

First, as a preparation, if the wiring diagram information stored in the wiring diagram information storage area 221 of the storage means 22 is only in the "tfx." or "tfs." format that cannot be opened by the application program "Auto CAD", the user such as an operator operates the input means 23 to convert the wiring diagram information into the "dwg." format that can be opened by the application program "Auto CAD", and store it separately in the wiring diagram information storage area 221 of the storage means 22.

A user such as a worker operates the input means 23 such as a touch panel and taps the icon "Specify measurement point" on the display means 24.

Then, when the information processing device 2 recognizes the command to "specify measurement points," it changes the display color of the lines, characters, symbols, etc. in the wiring diagram displayed on the display means 24 (step S1001). For example, it inverts (changes) the display color of all the lines, characters, symbols, etc. in the wiring diagram from white to black and displays them.

In addition, the information processing device 2 identifies outlet identification information that identifies the outlet from the wiring diagram information, and based on the identified outlet identification information, changes the display of each outlet symbol in the wiring diagram displayed on the display means 24 to a specific color (e.g., yellow) (step S1002).

Furthermore, the information processing device 2 stores measurement point identification information (measurement point ID), the coordinates (position) of the measurement point on the wiring diagram, measurement point creation terminal identification information (measurement point creation terminal ID) that identifies the terminal that created the measurement point (= information processing device 2), and the measurement point creation time in an area of the outlet attribute information storage area 222 that stores outlet attribute information related to each outlet symbol displayed on the display means 24, and associates it with each outlet symbol.

In the first embodiment, the display color of the lines, letters, symbols, etc. in the wiring diagram is changed (step S1001), and then each outlet symbol in the wiring diagram is changed to a specific color (step S1002). However, this is for convenience of explanation. Therefore, for example, the display color of the lines, letters, symbols, etc. in the wiring diagram may be changed after each outlet symbol in the wiring diagram is changed to a specific color. Also, the display color of the lines, letters, symbols, etc. other than each outlet symbol in the wiring diagram may be changed and each outlet symbol in the wiring diagram may be changed to a specific color at the same time.

In this way, when the information processing device 2 recognizes a command from a user such as a worker tapping the icon "Specify measurement point" (user operation on the input means 23), it automatically changes the display color of lines, letters, symbols, etc. in the wiring diagram, and changes the display color of each outlet symbol in the wiring diagram to a specific color.

Next, a user such as a worker operates the input means 23 such as a touch panel and taps the icon "Start connection" on the display means 24.

Then, the information processing device 2 scans the surrounding area of the information processing device 2. Then, when the information processing device 2 successfully receives the Advertise packet output from the measuring device 1 via the communication means 26, it establishes a connection with the measuring device 1 (step S1003).

A user such as a worker operates the input means 23 such as a touch panel and taps the "Measure" icon on the display means 24.

Then, the information processing device 2 identifies the outlet identification information from the wiring diagram information, and performs a hatching process on each outlet symbol displayed on the display means 24 based on the identified outlet identification information, as shown in FIG. 7(b).

A user, such as a worker, moves to the vicinity of the outlet where the measurement is to be performed. Then, by operating the input means 23, such as a touch panel, the user taps (selects) the outlet symbol in the wiring diagram displayed on the display means 24 that corresponds to the outlet where the measurement is to be performed.

Then, the information processing device 2 accepts the selection operation of the measurement target (step S1004) and activates the area in the outlet attribute information storage area 222 that stores the outlet attribute information related to the tapped (selected) outlet symbol.

A user, such as a worker, inserts the measuring unit 11 of the measuring device 1 into the outlet to be measured and performs the measurement.

When the information processing device 2 receives information such as the meter identification information, the measurement results related to the selected outlet symbol, and the meter judgment results corresponding to the measurement results from the meter 1 via the communication means 26 (step S1005), it stores the information in an activated area in the outlet attribute information storage area 222 of the storage means 22. It also makes a judgment based on the received meter judgment results, and displays "measurement order," "voltage value," "judgment results related to terminal polarity," and "judgment results related to grounding" in the measurement result/judgment result display field corresponding to the selected outlet symbol, as shown in FIG. 6 or FIG. 8. The measurement result/judgment result display field and the selected outlet symbol are displayed in a specific color according to the judgment results etc. made based on the received meter judgment results.

Then, the worker or other user moves to the location of the next outlet to be measured. Then, the worker or other user operates the input means 23 such as a touch panel to tap (select) the outlet symbol in the wiring diagram displayed on the display means 24 that corresponds to the next outlet to be measured. The information processing device 2 then accepts the selection operation of the measurement target (step S1004). Thereafter, the information processing device 2 repeats steps S1004 and S1005 until the worker or other user has completed measurements for all outlets that require measurement.

In this way, the outlet symbol in the wiring diagram displayed on the display means 24 is displayed in a specific color, and the lines, letters, and symbols other than the outlet symbol in the wiring diagram are displayed in a color different from the display color of the outlet symbol, so the visibility of the outlet symbol in the wiring diagram is improved, and a user such as a worker performing a wiring error confirmation test can properly perform confirmation tests on all target outlets without overlooking anything. In addition, because a user such as a worker will no longer overlook a target outlet, the efficiency of the entire work is improved.

In addition, when tapping (selecting) any of the outlet symbols in the wiring diagram, the outlet symbol in the wiring diagram is displayed in a hatched state, making it easier for users such as workers to select the outlet symbol.

In addition, each time a measurement result or the like related to the selected outlet symbol is received from the meter 1, it is displayed in the measurement result/judgment result display field, and the display field and the outlet symbol are displayed in a specific color according to the judgment result made based on the received meter judgment result. This allows the operator or other user to visually recognize the measurement result and judgment result each time they perform a measurement, and will not proceed to the next outlet measurement task without recognizing and overlooking the measurement result and judgment result.

Furthermore, if the actual item is not available at the actual site, is not the target for measurement, or is otherwise not measurable, the corresponding outlet symbol on the wiring diagram can be changed to a specific color, which makes it convenient to write the actual site situation on the wiring diagram.

1: measuring device, 11: measuring unit, 12: measurement result determination unit, 13: display unit, 14: communication unit,
2: information processing device, 21: control means, 22: storage means, 221: wiring diagram information storage area, 222: outlet attribute information storage area, 23: input means, 24: display means, 25: timekeeping means, 26: communication means, 27: bus,
4: information processing device, 41: control means, 42: storage means, 421: wiring diagram information storage area, 422: environmental information acquisition device information storage area, 43: input means, 44: display means, 45: timekeeping means, 46: communication means, 47: bus

Claims (12)

An information processing device communicatively connected to an outlet tester ,
A display means for displaying the graphic information;
A storage means for storing information;
a control means for , when receiving information from the outlet tester , displaying the information in the graphic information displayed on the display means and storing the information in the storage means;
said control means specifies outlet identification information for identifying an outlet from said graphical information, and based on the specified outlet identification information, causes an outlet symbol in the graphical information displayed on said display means to be displayed in a specific color and in a hatched state, and also causes graphical information other than the outlet symbol to be displayed in a display color different from the display color of the outlet symbol . The device further includes an input unit for receiving an input operation from a user,
When the control means receives information from the outlet tester, the control means performs a determination based on an outlet tester determination result included in the information,
2. The information processing apparatus according to claim 1 , wherein the outlet symbol selected through said input means is displayed in a specific color according to said determination result . The device further includes an input unit for receiving an input operation from a user,
2. The information processing apparatus according to claim 1 , wherein said control means causes said outlet symbol, which is displayed on said display means and which is selected through said input means, to be displayed in a specific color. The device further includes an input unit for receiving an input operation from a user,
The storage means is a socket attribute information storage means for storing socket attribute information related to a socket symbol in graphic information displayed on the display means,
When the control means receives information from the outlet tester, the control means associates the information with an outlet symbol selected through the input means among the outlet symbols in the figure displayed on the display means, and stores the information in the outlet attribute information storage means;
when the control means recognizes through the input means the selection of any one of the outlet symbols in the figure displayed on the display means, it activates an area in the outlet attribute information storage means for storing outlet attribute information relating to the selected outlet symbol;
2. The information processing device according to claim 1 , wherein other input operations are not accepted until information is received from the outlet tester or until a predetermined time has elapsed since activation. A method using an information processing device communicatively connected to an outlet tester,
The information processing device includes a display means for displaying graphic information;
A storage means for storing information,
a step of displaying the information in the graphic information displayed on the display means when receiving information from the outlet tester, and storing the information in the storage means;
a step of specifying outlet identification information for identifying an outlet from the graphical information, and displaying an outlet symbol in the graphical information displayed on the display means in a specific color and in a hatched state based on the specified outlet identification information, and further displaying graphical information other than the outlet symbol in a display color different from the display color of the outlet symbol . The device further includes an input unit for receiving an input operation from a user,
receiving information from the outlet tester, making a determination based on an outlet tester determination result included in the information;
6. The method according to claim 5, further comprising the step of displaying the outlet symbol selected through said input means in a specific color according to said determination result. The device further includes an input unit for receiving an input operation from a user,
6. The method of claim 5, further comprising the step of causing the outlet symbol displayed on the display means and selected through the input means to be displayed in a particular color. The device further includes an input unit for receiving an input operation from a user,
The storage means is a socket attribute information storage means for storing socket attribute information related to a socket symbol in graphic information displayed on the display means,
a step of storing, when receiving information from the outlet tester, the information in the outlet attribute information storage means in association with an outlet symbol selected through the input means among the outlet symbols in the figure displayed on the display means;
when the selection of any one of the outlet symbols in the figure displayed on the display means is recognized through the input means, an area in the outlet attribute information storage means for storing outlet attribute information related to the selected outlet symbol is activated;
6. The method of claim 5, further comprising the step of not accepting any other input operations until information is received from the outlet tester or until a predetermined time has elapsed since activation. A program for causing an information processing device communicatively connected to an outlet tester to execute a procedure,
The information processing device includes a display means for displaying graphic information;
A storage means for storing information,
when receiving information from the outlet tester , cause the information processing device to display the information in the graphic information displayed on the display means and store the information in the storage means;
a program that functions as a control means for specifying outlet identification information for identifying an outlet from the graphical information, and displaying an outlet symbol in the graphical information displayed on the display means in a specific color and with hatching processing based on the specified outlet identification information, and for displaying graphical information other than the outlet symbol in a display color different from the display color of the outlet symbol. The information processing device further includes an input unit for receiving an input operation from a user,
when receiving information from the outlet tester, making a determination based on an outlet tester determination result included in the information;
10. The program according to claim 9, wherein the program functions as a control means for displaying the outlet symbol selected through the input means in a specific color according to the result of the determination. The information processing device further includes an input unit for receiving an input operation from a user,
10. The program according to claim 9, which functions as control means for displaying the outlet symbol displayed on the display means and selected through the input means in a specific color. The information processing device further includes an input unit for receiving an input operation from a user,
The storage means is a socket attribute information storage means for storing socket attribute information related to a socket symbol in graphic information displayed on the display means,
When information is received from the outlet tester, the information is stored in the outlet attribute information storage means in association with an outlet symbol selected through the input means among the outlet symbols in the figure displayed on the display means;
when the selection of any one of the outlet symbols in the figure displayed on the display means is recognized through the input means, an area in the outlet attribute information storage means for storing outlet attribute information related to the selected outlet symbol is activated;
10. The program according to claim 9, which functions as a control means that does not accept any other input operation until information is received from the outlet tester or until a predetermined time has elapsed since activation.