JP3406739B2 - Handy type on-site equipment inspection device - Google Patents

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a handy type on-site equipment inspection device for inspecting on-site equipment at various places in a plant and recording the inspection results.

[0002]

2. Description of the Related Art Conventionally, when inspecting on-site equipment at various places in a plant, go to the site with an inspection sheet that describes in advance the inspection items determined from the instruction manual and legal rules for each inspection equipment The inspection method is implemented according to the inspection items for each field equipment described in, and the inspection result is recorded in the corresponding inspection item portion of the inspection sheet.

However, recently, due to the progress of computer technology, a handy terminal device of a size that can be mounted on the palm has been developed and used for inspecting on-site inspection target equipment.

This handy terminal device has a key input section 10 in which required keys are arranged as shown in FIG.
0, an apparatus main body 110, and a liquid crystal display 120, of which the apparatus main body 110 has an inspection order database 111 that defines an inspection order of inspection target devices, and inspection items that store inspection items for each inspection target device. Database 1
12, an inspection item selection unit 113 for selecting inspection items according to the inspection order, a data processing unit 114 for executing predetermined data processing according to a program, the inspection item selection unit 113
The display control unit 115 that displays the inspection target device and the inspection item selected in step 1 on the liquid crystal display unit 120, the inspection data storage storage unit 116 that stores the inspection target device / inspection item and the inspection result input from the key input unit 100, It is configured by an interface 117 having a transmission function for exchanging program data and other data with other devices.

According to this handy terminal device,
When the inspector requests the start of inspection from the key input unit 100, the inspection item selection unit 113 via the data processing unit 114.
Selects the first inspection target device from the inspection order database 111, searches the inspection item corresponding to the selected inspection target device from the inspection item database 112, and sends it to the display control unit 115 via the data processing unit 114. The display control unit 115 displays the inspection target device and the inspection item on the liquid crystal display unit 120 to notify the inspector of the inspection item related to the inspection target device.

Here, the inspector inspects the equipment to be inspected, and inputs numerical data and inspection data such as normality / abnormality using the key input unit 100. The data processing unit 114
When the inspection data is received, the inspection data is stored in the inspection data storage storage unit 116 together with the inspection target device and the inspection item.

When the inspection processing of one inspection target device is completed in this way, the data processing unit 114 continuously requests the inspection item selection unit 113 for the next selection instruction.
The inspection item selection unit 113 again uses the inspection order database 11
The device to be inspected next is found in accordance with the inspection order from 1, and the same processing is repeated thereafter.

[0008]

Therefore, when inspecting the equipment to be inspected on-site at each site of the plant, there are cases where an inspection sheet is used and cases where a handy type terminal device is used. When the former inspection sheet is used Since it is not necessary to determine only the inspection items of the inspection target device and strictly determine the inspection order, the inspector specifies the inspection target device as necessary and performs the inspection.

However, when using the inspection sheet,
Due to the complexity of inspection items and the manner in which inspection contents become routine, inspection omissions are likely to occur, and due to the diversification of equipment to be inspected and inspection standards, various data must be prepared for on-site inspections, resulting in low inspection efficiency. There is a problem such as becoming.

On the other hand, in the case of inspecting using the latter handy type terminal device, it is required to inspect in accordance with a pre-registered inspection order. However, depending on the actual inspection work and the equipment arrangement situation at the site, etc. If it is inspected according to a predetermined inspection order, it is rather unusable and irrational in many cases. However, the reason for determining the inspection order in this manner is that the key input unit 100 and the liquid crystal display unit 120 are small because the terminal device is small, and a plurality of inspection items are displayed for each inspection target device.
This is because it is difficult to have the function of selecting inspection items from them. Therefore, the inspection order of the inspection target equipment is determined in advance, and the inspection items are displayed one by one according to the order. Therefore, in this case, it is not easy to change the inspection order and it is very difficult to use.

The invention set forth in claim 1 is made in view of the above circumstances, and it is an object of the invention to provide a handy type on-site equipment inspection device which allows an inspector to arbitrarily inspect the inspection order and perform inspection.

The second aspect of the present invention is to provide a handy type on-site equipment inspection device for preventing leakage of inspection items. Further, the invention described in claim 3 is to provide a handy type field equipment inspection device which can easily inspect even a complicated inspection.

[0013]

[0014]

[0015]

SUMMARY OF THE INVENTION The invention according to claim 1 is a method for displaying device identification data to each inspection target device on site.
-A device identification means that has a code and a device to be inspected in advance
Check item storage means to store the check items for each device, and optional
Read the device identification data from the bar code of the device
In addition to the bar code reader to pick up, the inspection order storage means that stores the inspection order of the inspection target equipment in advance, and always selects the inspection target equipment according to the inspection order of the inspection order storage means, and corresponds to this selected inspection target equipment The inspection item to be selected is displayed from the inspection item storage means. When the device identification data is received from the bar code reader, the device identification data is prioritized and the inspection item is displayed based on the device identification data. It is a handy type on-site equipment inspection device provided with inspection item selection display means for selecting and displaying inspection items of inspection target equipment from a storage means.

According to such means, the inspection item selection display means can select the inspection target equipment in accordance with the inspection order, and the inspector can inspect the inspection target equipment by appropriately changing the inspection order, and use it properly. You can inspect the equipment to be inspected.

[0017]

[0018]

[0019]

Further, in the invention corresponding to claim 2 , the inspection information storage means and the bar code reader, and the inspection information from the inspection information storage means based on the device identification data of the inspection object device read by the bar code reader. Inspection processing means for selecting and displaying, and displaying an inspection determination reference value related to the inspection item in the inspection item column, selecting one determination result from the inspection determination reference value, and storing it in the determination column. And a non-inspection output means for outputting an alarm message when the inspection item related to the previous inspection title is missed when the device identification data of the next barcode is read by the barcode reader. This is a field equipment inspection device.

According to this means, when the bar code of the next inspection target device is read by the bar code reader after the judgment result of a certain inspection target device is obtained, the previous inspection title, that is, the inspection item related to the inspection target device, is read. When there is a leak, an alarm message is output, so unchecked items can be easily checked and leaks of the checked items can be reliably prevented.

Further, the invention according to claim 3 is a device identification means, a bar code reader, and inspection information such as an inspection title, a judgment level, an inspection item column, a judgment column, etc. corresponding to the device identification data in advance. , Inspection information storage means for storing inspection implementation status data, and the inspection information is selected and displayed from the inspection information storage means based on the device identification data read by the barcode reader, and when the determination level is high, The inspection execution status data is read and displayed, and when the second barcode provided on the inspection target device is read by the barcode reader, it is determined that the inspection is executed according to the inspection execution status data, and the determination is made. It is a handy type on-site equipment inspection device provided with an inspection processing means for storing that in the column.

According to such means, when the judgment level is, for example, fine, the inspection method is difficult, but if the inspection implementation status data is displayed, the equipment to be inspected will be detailed according to the inspection implementation status data. Various inspections can be reliably performed.

[0024]

BEST MODE FOR CARRYING OUT THE INVENTION Embodiments of a handy type on-site equipment inspection device according to the present invention will be described below with reference to the drawings. (First Embodiment) An embodiment of a handy type dedicated on-site equipment inspection device according to claim 1 will be described with reference to the drawings. FIG. 1 is a conceptual diagram of a device to be inspected and a handy type dedicated on-site device inspection device, and FIG. 2 is a functional block diagram of the device main body.

In FIG. 1, reference numeral 1 is a device to be inspected installed in various places of the plant or other various facilities,
A bar code sticker 2 having a bar code representing device identification data for identifying the device to be inspected is attached to an appropriate surface of the device 1. This bar code may be provided by marking or other means on the surface of the equipment to be inspected. Numeral 3 is a handy-type dedicated on-site equipment inspection device that is carried by an inspector to patrol the site to inspect the on-site equipment.

The inspecting device 3 has a bar code reader 4 commonly called as a manual scanner for reading device identification data from a bar code by optical or magnetic means, and a predetermined key arranged to inspect by an inspector. It comprises a key input section 5 for inputting data and other instruction data, an apparatus main body section 6 having a built-in CPU, memory, etc., and a liquid crystal display section 7.

As shown in FIG. 2, the apparatus body 6 includes an inspection order database 11 for storing the inspection order of the inspection target equipment, an inspection item database 12 for storing inspection items for each inspection target equipment, and a bar code reader. When receiving the device identification data of the bar code from 4, the data processing control unit 13 that gives an instruction to select the inspection order in the inspection order database 11 with priority, and always selects the inspection target device according to the inspection order in the inspection order database 11. However, the inspection item selection unit 14 for selecting the inspection target device corresponding to the device identification data from the data processing control unit 13 and the inspection item of the inspection target device sent from the inspection item selection unit 14 are displayed in a predetermined display format. And a display control unit 15 for displaying on the liquid crystal display unit 7 according to the above.

When the apparatus main body 6 receives from the key input section 5 inspection data such as numerical values and normality / abnormality based on the inspection items of the inspection target equipment, the inspection target equipment via the data processing control unit 13, The inspection data storage storage unit 16 that stores the inspection items and the inspection data, and the inspection target device stored in the inspection item and inspection data storage storage unit 16 of the inspection item database 12 under the comparison instruction from the data processing control unit 13. An uninspected item check processing unit 17 is provided for comparing with the corresponding inspection item and checking the uninspected item. Reference numeral 18 is an interface having a data transmission function for exchanging data with an external device.

Next, the operation of the apparatus configured as described above will be described. When the inspector requests the inspection start from the key input unit 5, the inspection item selection instruction is given to the inspection item selection unit 14 via the data processing control unit 13. Here, the inspection item selection unit 14 uses the inspection order database 11
After selecting the first inspection target device from the list, the inspection item database 12 is searched for the inspection item corresponding to the inspection target device, and the display control unit 15 is operated via the data processing control unit 13.
The inspection item number is stored in a buffer memory (not shown) or the like. On the other hand, the display control unit 14 displays the inspection target device and the inspection item on the liquid crystal display unit 7 to notify the inspector. Therefore, such a series of data processing is performed by the inspector for each inspection item of the inspection target device in accordance with a predetermined inspection order using the inspection order database 11 and the inspection item database 12.

By the way, there is a demand for the inspector to inspect the equipment to be inspected at the site in an order different from the inspection order for some reason during the initial stage of the inspection or during the inspection. If there is such a request, the inspector goes to the installation location of the inspection target device to be inspected, reads the device identification data from the bar code of the inspection target device 1 with the bar code reader 4, and the data processing control unit 13 An instruction to preferentially select the inspection target device 1 represented by the device identification data sent from the barcode reader 4 is sent to the inspection item selection unit 14. Here, the inspection item selection unit 14 retrieves the inspection item of the inspection target device 1 from the inspection item database 12, and at this time, the inspection target device 1 corresponding to the device identification data.
Is preferentially selected as an inspection target device in the inspection order, and is sent to the data processing control unit 13. This data processing control unit 13
Displays the inspection target device and the inspection item sent thereto on the liquid crystal display unit 7 via the display control unit 15.

Therefore, such a series of data processing is
When there is a demand for streamlining the inspection work or for inspecting only important devices during the initial stage of inspection or during inspection, it is effective to inspect the inspection target devices in an appropriate order instead of following the inspection order. However, for an inspector who does not know the inspection order or the inspection items, it is an effective inspection method to follow the inspection order in the inspection order database 11 because the installation location of the inspection target device and the inspection items can be organized and grasped. Can be said.

Then, as described above, the bar code reader 4
After displaying the inspection item corresponding to the inspection target device read in step 3 on the liquid crystal display unit 7, the inspector uses the key input unit 5 to input numerical data and inspection data such as normality / abnormality.
Here, when the data processing control unit 15 receives the inspection data, the data processing control unit 15 stores the inspection data in the inspection data storage storage unit 16 together with the inspection target device and the inspection item displayed on the liquid crystal display unit 7.

When the inspection of one device to be inspected is completed as described above, an inspection end signal is input by the inspector from the key input unit 5, and based on this inspection end signal, the data processing control unit 13 performs the next inspection. Instruct the inspection item selection unit 14
Send to. Here, the inspection item selection unit 14 grasps the inspection order from the buffer memory, searches the inspection order database 11 again for the next inspection order, and finds the next inspection target device.

If the inspection order is not stored in the buffer memory, even if the inspection target equipment in the next order of the inspection target equipment read by the bar code reader 4 is searched according to the inspection order of the inspection order database 11, the inspection is performed. Good. The reason is that the next equipment to be inspected is near inspection work,
Alternatively, it may be effective due to the efficiency of the inspection work.

Therefore, in the apparatus as described above, in principle, the inspection target equipment is inspected according to the inspection order of the inspection order database 11, but if it is unreasonable to follow the inspection order according to various situations at the site, The inspector selects the inspection target device to be inspected, reads the device identification data of the bar code from the bar code reader 4 and displays the inspection items, so that the necessary inspection target device can be immediately inspected. As a result, the time and effort required for inspection can be greatly reduced, and only important equipment can be selectively inspected.

However, when such an inspection means is adopted, the inspector can appropriately select the inspection target equipment, but conversely there is a high possibility that the inspection item will be overlooked. The reason is that only one inspection item can be displayed for each device to be inspected, and since the inspection is not performed according to the predetermined inspection order, the inspector inputs the inspection end signal intentionally from the key input unit 5. Because there are many.

Therefore, in the present apparatus, from the viewpoint of preventing such inspection omission, when the data processing control unit 13 receives the inspection end signal from the key input unit 5, it instructs the uninspected item check processing unit 17 to make a comparison instruction. Is sent. The uninspected item check processing unit 17 checks the contents of the inspection item database 12 and the inspection data storage storage unit 16 by using the inspection target device as a key, and if there is an uninspected inspection item in the inspection item database 12, the inspection item is checked. The uninspected items are read together with the target device and displayed on the liquid crystal display unit 7 via the data processing control unit 13 and the display control unit 15.

Here, the inspector inputs the inspection data relating to the corresponding inspection item. For example, if the inspection end signal is input again when the inspection of the corresponding inspection item is not necessary, the inspection of the inspection target device can be performed. Completely complete and move on to the next inspection of the equipment to be inspected.

Therefore, according to the above embodiment, the following advantages can be obtained. (1) A bar code for identifying a device such as a device number or a device name is provided on the on-site inspection target device 1, and the bar code is read using a manual bar code reader 4,
Since the inspection item of the inspection target device corresponding to the device identification data of this barcode is called and displayed, the inspector can arbitrarily decide the inspection order according to the situation of the site,
In addition, it is possible to inspect only important equipment at different inspection times or inspect all or all equipment. Moreover, the equipment on site can be inspected quickly with very few operations. (2) A function to read out inspection target devices and inspection items in a predetermined inspection order in advance, and a function to read out inspection items from the device identification data of the barcode provided on the inspection target device at the site using the barcode reader 4. The device to be inspected and the inspection item are read out and displayed according to the inspection order at all times, but when the device identification data of the barcode is input from the barcode reader 4, the device to be inspected corresponding to the device identification data is displayed. Since the inspection item of the device is displayed with priority, it is possible to selectively and selectively inspect each inspection target device according to the experience and proficiency of the inspector, the situation of the site, the purpose of the inspection, and the like. (3) Storage means for storing inspection items of the inspection target device,
When a storage means for saving the inspection result of the inspection target device is provided and an inspection end signal of the inspection target device is input from the outside,
The inspection items of the inspection target device stored in both storage means are compared and compared, and if there is an uninspected item, it is displayed again, so that the leakage of the uninspected item can be surely prevented.

(Second Embodiment) One of the handy type on-site equipment inspection devices according to claims 2 and 3.
Embodiments will be described with reference to the drawings. 3 is a conceptual diagram of an on-site equipment inspection device using an inspection target device and a handy personal computer, FIG. 4 is a functional block diagram of the entire device, and FIG. 5 is a diagram showing an example of inspection information in an inspection information database.

As an on-site equipment inspection device using this personal computer, as shown in FIG.
A bar code sticker 22 representing data for device identification such as a device to be inspected is provided on an appropriate surface part of the bar code sticker 2 while an inspector patrols the site to check the bar code sticker 2
A general personal computer 23 and a bar code reader 24, which is commonly called a manual scanner, are provided in order to read the bar code 2 and inspect the device 1 to be inspected.

The personal computer 23 includes a key input section 25 in which predetermined keys are arranged to input inspection data and other instruction data by an inspector, an apparatus main body section 26 in which a CPU, a memory and the like are incorporated, and inspection information. And a display unit 27 for displaying.

As shown in FIG. 4, the apparatus main body 26 receives the device identification data read by the bar code reader 24 and executes a predetermined process, a data processing control unit 31, an inspection information storage unit 32, and an alarm. Message data storage unit 33
And a display control unit 34 and an interface 35 for exchanging data with an external device.

As shown in FIG. 5, the inspection information storage unit 32 includes an inspection item storage unit 32A having an inspection title, an inspection level, an inspection item column, a check column and a determination column, which are in a corresponding relationship with the device identification data, and a determination item. A reference value storage unit 32B is provided. The inspection title is an area where an inspector or the like inputs and stores the device name or the inspection target number of the inspection target device in advance. The inspection level is an area in which the degree of inspection is digitized and stored. For example, 1: simple, 2: normal,
3: Divide into details and enter the applicable value for each inspection target device. The input value of the inspection level may be input in advance, or may be input immediately before the inspection. If several general inspection items are determined according to the equipment to be inspected, enter "1" or "2" in advance, or enter "0" to distinguish it from the numerical value indicating the inspection level. It may take the form. The inspection item column is an area for storing necessary inspection items in a table format, and is different for each inspection target device, and thus for each inspection title. The check box is an area that determines which inspection item is to be checked, and the hatched square portion in the drawing means a cursor, and this cursor can be moved under the instruction of the cursor instruction key of the key input unit 25. There is. The judgment column is an area for storing the judgment result as a numerical value. That is, when the inspection item is determined by the cursor, the inspection determination reference value storage unit 32 corresponding to the inspection item is determined.
The inspection judgment reference value of B is displayed or displayed in a window, and when one of the inspection judgment reference values is selected and input from the key input unit 5, that one numerical value is stored in the corresponding inspection item corresponding portion of the judgment column. To be done.

Next, the operation of the apparatus configured as described above will be described. Inspector patrols the site to check equipment 21
When the bar code is read by the bar code reader 24, the device identification data displayed on the bar code sticker 22 from the bar code reader 24, that is, an inspection title, for example, an inspection showing the inside of the surface side of the switchboard 41 shown in FIG. As the device target number, for example, "MC01" is the data processing control unit 3
Input to 1. Here, in the data processing control unit 31,
When the inspection device target number is received, the inspection title corresponding to the inspection device target number is retrieved from the inspection information storage unit 32, and the inspection information is displayed on the display unit 27 via the display control unit 34 in a table format as shown in FIG. Is displayed.

After this inspection information is displayed, the cursor in the check box is at the position shown in the figure, and if a confirmation signal is input from the key input unit 25, "Is there any loose terminal?"
Is determined to be inspected, and the corresponding inspection determination reference value is read from the inspection determination reference value storage unit 32B and displayed in a window, so one of the inspection determination reference values is input from the key input unit 25. . Then, the data processing control unit 31 asks the inspection item "Is the terminal loose?"
The numerical value input from the key input unit 25 is stored in the portion of the determination column corresponding to the item. This number is the inspection information storage unit 3
2 may be stored, or a separate storage unit (not shown)
May be stored in. Next, with respect to the next inspection item "whether discoloration is not seen", the cursor stores the inspection determination reference value in the determination column according to the same processing procedure.

Subsequently, following inspection of the inside of the front side of the switchboard 41, this time, the barcode attached to the inside of the rear side of the switchboard 41 is read by the barcode reader 24.
At this time, when the inspection of all the inspection items inside the surface side of the switchboard 41 is not completed, the alarm message data 42 and the alarm reason 43 of the inspection omission are read out and displayed from the alarm message data storage unit 36 as shown in FIG. 7. It is displayed on the section 27.

Here, the inspector sends the warning message data 4
2 or the alarm reason 43 of inspection omission is pen-touched,
The presence or absence of inspection item leakage is judged from the check boxes related to the inspection title inside the surface of the switchboard 41. If there is an inspection item leakage, the inspection information is displayed again and the inspection item leakage inspection item is urged. It is possible to prevent the inspection title from being overlooked.

Further, as another embodiment, as shown in FIG. 8, the inspection level of a certain inspection title is a fine numerical value "3".
At this time, it is necessary to closely inspect the equipment to be inspected,
In such a case, the inspection implementation status data for performing a detailed inspection in the inspection information storage unit 32 is read from the inspection implementation status data storage unit 32C and displayed on the display unit 27 as a window. For example, regarding the disassembly and inspection of the circuit breaker, which is the storage item inside the switchboard 41, unlike the normal inspection, the bar code is attached to a position where the bar code cannot be read unless the circuit breaker is pulled out, and the inspector inspects it without error. It is also possible to store and display the determination result indicating that the disassembly has been performed in the determination column when the circuit breaker is pulled out and the barcode is read by the barcode reader 24 in accordance with the inspection implementation status data for performing. This example is effective when a plurality of inspection points exist in the same inspection target device.

Therefore, according to the configuration of the above-described embodiment, if the device identification data is read from the bar code of an arbitrary inspection target device, the inspection item column and the judgment are determined from the inspection title corresponding to the device identification data. In addition to the inspection information such as columns, the inspection judgment reference value can be read out and displayed. When the inspection judgment of the inspection item in the inspection item column is selected, one judgment result is selected from the inspection judgment reference values. Uniformity can be achieved. Further, when there is a leakage in the inspection item related to the previous inspection target device, the alarm message is output, so that the uninspected item can be easily checked and the leakage of the inspection item can be surely prevented. Further, when the determination level is, for example, fine, the inspection method is difficult, but by displaying the inspection implementation status data, it is possible to reliably perform the detailed inspection of the inspection target device according to the inspection implementation status data.

[0051]

As described above, the present invention has the following effects. In the invention of claim 1, inspector is serviceable changed arbitrarily inspection order, thereby quickly performing the inspection, also can be selectively inspect only important inspection target device.

[0052]

Next, in the invention of claim 2, there is a certain point.
Read the bar code below after completing the inspection items for the equipment to be inspected.
When taken, all inspection items for a certain inspection target device have been completed.
If there is an inspection omission, the inspection omission is output.
It is possible to prevent leaks of inspection items of the equipment to be inspected.
It

Further, in the third aspect of the present invention, since the inspection implementation status data is displayed even in a complicated inspection, it is possible to easily inspect the inspection target device without error.

[Brief description of drawings]

FIG. 1 is a configuration diagram showing an embodiment of a handy type on-site equipment inspection device according to the present invention.

FIG. 2 is a block diagram showing a functional configuration of an apparatus main body portion in a handy type on-site equipment inspection device.

FIG. 3 is a configuration diagram showing an embodiment in which a personal computer is used as a handy-type field device inspection apparatus according to the present invention.

FIG. 4 is a block diagram showing a functional configuration of a main body of a personal computer.

FIG. 5 is a diagram showing an example of inspection information of a certain inspection target device.

FIG. 6 is a diagram showing a switchboard as an example of a device to be inspected.

FIG. 7 is a diagram showing an example of notification when there is an inspection omission.

FIG. 8 is a diagram showing a display example of the inspection method when the content of the inspection item is complicated.

FIG. 9 is a block diagram showing a functional configuration of a conventional handheld terminal device.

[Explanation of symbols]

1, 21 ... Equipment to be inspected, 2, 22 ... Bar code seal, 4, 24 ... Bar code reader, 7 ... Liquid crystal display section, 1
1 ... Inspection order database, 12 ... Inspection item database, 13, 31 ... Data processing control unit, 14 ... Inspection item selection unit, 16 ... Inspection data storage storage unit, 17 ... Uninspected item check processing unit, 23 ... Personal computer, 32
... inspection information storage unit, 33 ... alarm message data storage unit.

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Claims (3)

(57) [Claims] 1. A device identification means in which each inspection target device on the site is provided with a bar code representing device identification data, an inspection order storage means for storing the inspection order of the inspection target device in advance, and each inspection target device in advance. An inspection item storage means for storing inspection items, a bar code reader for reading device identification data from a bar code of an arbitrary inspection target device, and a device for inspection is always selected according to the inspection order of the inspection order storage means. The inspection item corresponding to the selected inspection target device is selected and displayed from the inspection item storage means. When the device identification data is received from the bar code reader, the device identification data is given priority and the device is inspected. The inspection item selection display means for selecting and displaying the inspection item of the inspection target device from the inspection item storage means based on the identification data is provided. Handy in-situ equipment inspection apparatus according to. 2. A device identification means in which a bar code representing device identification data is provided on each inspection target device, and an inspection title, an inspection item column, a judgment column, etc. corresponding to the respective device identification data in advance. In addition to inspection information, inspection information storage means that stores inspection judgment reference values, a bar code reader that reads device identification data from the bar code of any device to be inspected, and device identification data read by this bar code reader Based on the inspection information storage means, the inspection information is selected and displayed, and the inspection determination reference value related to the inspection item in the inspection item column is displayed, and one determination result is selected from the inspection determination reference values. And the inspection processing means stored in the judgment column, and the inspection item related to the previous inspection title when the device identification data of the next barcode is read by the barcode reader. A handy type field equipment inspection device characterized by having an unchecked output means for outputting an alarm message when eyes are leaked. 3. A device identification means comprising a first bar code representing device identification data for each inspection target device, and an inspection title, a judgment level, and an inspection item corresponding to each device identification data in advance. In addition to inspection information such as columns and judgment columns, inspection information storage means for storing inspection implementation status data, a bar code reader for reading device identification data from the first bar code of an arbitrary inspection target device, and this bar code The inspection information is selected and displayed from the inspection information storage means based on the device identification data read by the reader, and when the determination level is high, the inspection implementation status data is read and displayed, and the inspection target device is also displayed. When the bar code reader reads the second bar code provided in, it is determined that the inspection is performed according to the inspection state data, Handy-situ equipment inspection apparatus comprising: the inspection processing means for storing the fact to Teiran, the.