KR101812999B1 - Field equipment inspection system using mobile inspector terminal - Google Patents

Abstract

The present invention relates to a field facility inspection system using a mobile inspector terminal. The field facility inspection system comprises: a plurality of field facilities; an inspection unit; and an inspector terminal. Inspection data for all inspection units in a corresponding inspection group can be collectively received by grouping inspection units mounted on a plurality of site facilities only when the field facility inspection system approaches one inspection unit.

Description

FIELD EQUIPMENT INSPECTION SYSTEM USING MOBILE INSPECTOR TERMINAL [0002]

In particular, the present invention relates to a system for inspecting an on-site facility, and more particularly, to a system for inspecting all inspection units in a corresponding inspection group by grouping inspection units mounted on a plurality of on- And it is possible to improve the mobility and inspection efficiency of the tester through the route information and to operate in the area without mobile communication network and telephone network so that it is possible to maximize the inspection efficiency while minimizing the inspection cost, And a facility inspection system.

Generally, a method of inspecting and managing the on-site facilities of a boiler, a transformer, an air conditioner, etc., is performed by a manager of the facility by going directly to the site and returning the result of the inspection to the central control center. Various kinds of sensors and other equipment are also used in the inspection of such an on-site facility.

Conventionally developed power equipment measuring system for distribution use expensive equipment using mobile telecommunication company data or telephone network. In the case of a power distribution line without measurement system, the inspectors directly go up and measure the equipment.

Such a conventional inspection method has a problem that the inspection time is long, the inspection efficiency is low, and the labor cost is increased because of the required labor, and there is a problem in that the inspection result is different according to the skill of the inspector, There was a problem.

Also, there is a risk that personnel accidents may occur during the inspection process, and it is not easy to process the inspection data received from the field facility in real time even if the inspection personnel receives the data in real time.

In addition, there is a problem in practicality because the equipment amount due to transmission and reception of inspection data is high and the penetration rate is remarkably low, and there is a problem in that it can not be installed in a third country or a book area without a mobile communication network.

Korean Patent Registration No. 10-1303032

Accordingly, an object of the present invention is to provide a system and a method for controlling a data communication system in which a tester can receive inspection data while staying in a vehicle, It is an object of the present invention to provide a system for inspecting an on-site facility using a mobile inspection terminal capable of maximizing the convenience of inspection and shortening the inspection time and maximizing inspection efficiency.

Another object of the present invention is to provide a system and method for grouping inspection units mounted on a plurality of field equipments and collecting inspection data for all the inspection units in the inspection group as long as they are close to any one inspection unit, And to provide a system for inspecting an on-site facility using a mobile inspector terminal capable of maximizing the efficiency of the system.

It is another object of the present invention to provide a method and apparatus for providing a directional information or path information for inspecting a corresponding inspection group or an inspection unit from a current position of a tester terminal, And a facility check system.

Another object of the present invention is to improve the mobility and inspection efficiency of a tester through route information and to increase the penetration rate of equipment by various communications and to check the condition of a large amount of field facilities and to accurately know the location and time zone Therefore, it is possible to provide an on-site facility inspection system using a mobile inspection terminal capable of maximizing maintenance and facility management capabilities.

Further, since the present invention can be operated in an area without a mobile communication network and a telephone network, it is possible to minimize inspection costs, reduce labor costs, and increase the possibility of further expansion into a next- And a system for inspecting an on-site facility using the inspector terminal.

The above objects are accomplished by providing a system comprising: a plurality of on-site facilities installed and installed in respective predetermined locations, according to an embodiment of the present invention; A first communication unit provided corresponding to each of the on-site facilities, the first communication unit having a predetermined communication distance; a sensor for detecting an inspection item predetermined for each of the on-site facilities; A checking unit having a unit control unit for performing a check; A second communication unit capable of communicating with the first communication unit; and a controller having a terminal control unit for receiving and storing the check data from the check unit through the second communication unit when the check unit is within a communication distance between the check unit and the first communication unit Wherein the plurality of field equipments are grouped into one or two or more check groups that can communicate with each other simultaneously or sequentially through the first communication unit, The inspection data is divided and stored for each of the field equipments belonging to the inspection group through each first communication unit for each of the field equipments, When it is possible to communicate with the first communication unit, Emitter receives the all the check data of the on-site equipment in the appropriate groups in batch check is achieved by the plant group and the site facility inspection system using a mobile terminal for storing checker.

Wherein the second communication unit is capable of receiving GPS information of each of the field equipments and GPS information related to a real time position of the inspector terminal and the inspector terminal further comprises a display unit, The location of each of the field equipments, the current position of the inspector terminal, and the inspection group to which each of the field equipments belongs may be displayed on the display unit according to the GPS information received through the GPS unit.

Wherein the check data includes identification data of the check group and each check unit belonging to the check group, and when the check data is collectively received, It is possible to display on the display unit whether or not the check data has been received from the check unit, so that the checker visually recognizes each of the on-site facilities.

If there are a plurality of the check items, the terminal control unit may display the check items on the display unit so that the check items can be confirmed.

Wherein either one of the unit control unit and the terminal control unit determines whether or not an abnormality is included in the safety range set for each of the check items, adds the abnormality to the check data for the corresponding check item, It is possible to display the corresponding on-site facility having the abnormality and the corresponding check item on the display unit together with the reception status.

The terminal control unit may additionally display direction information from the inspector terminal to any one of the selected inspection groups using the GPS information of the inspector terminal and the respective field equipments.

The terminal control unit may display the route information via each of the inspection groups on the display unit in accordance with the set inspection order.

And an inspection server for receiving and storing the inspection data for each of the field equipments from the inspector terminal for each inspection group including the third communication unit.

The check server may transmit route information via the third communication unit to the inspector terminal according to the set check order when the plurality of check groups are provided.

The inspection group may be flexibly variable in accordance with the communication state of the first communication unit of each inspection unit, the inspection unit belonging to the inspection group.

When the terminal control unit receives the inspection data of each of the field equipments belonging to the inspection group from the one of the inspection groups, the terminal control unit transmits the path information to the inspection unit that has not received the inspection data in the inspection group or another inspection unit including the inspection unit Can be automatically reset.

According to another embodiment of the present invention, the above object can be accomplished by providing a method of manufacturing a semiconductor device, A first communication unit provided corresponding to each of the on-site facilities, the first communication unit having a predetermined communication distance; a sensor for detecting an inspection item predetermined for each of the on-site facilities; A checking unit having a unit control unit for performing a check; A second communication unit capable of communicating with the first communication unit; and a tester terminal having a terminal control unit for controlling the second communication unit, wherein the tester terminal is located within a communication distance of any one of the checking units and the first communication unit And the terminal controller receives and stores the check data from the check unit through the second communication unit.

Here, the second communication unit may be configured to receive GPS information of each of the field facilities and GPS information related to a real-time position of the inspector terminal, and the inspector terminal further includes a display unit, The location of each of the field equipments and the current position of the inspector terminal can be displayed on the display unit according to the GPS information received through the communication unit.

The terminal control unit may display, on the display unit, whether or not the check data is received from the check unit for each of the field equipments so that the checker can recognize the check data from the inspection unit.

If there are a plurality of the check items, the terminal control unit may display the check items on the display unit so that the check items can be confirmed.

Wherein either one of the unit control unit and the terminal control unit determines whether or not an abnormality is included in the safety range set for each of the check items, adds the abnormality to the check data for the corresponding check item, It is possible to display the corresponding on-site facility having the abnormality and the corresponding check item on the display unit together with the reception status.

The terminal control unit may additionally display direction information from the inspector terminal to any one of the on-site facilities selected using the GPS information of the inspector terminal and the respective field facilities.

The terminal control unit may display route information on the display unit via the respective field facilities according to a set check procedure.

And a check server for receiving and storing the check data for each of the field equipments from the inspector terminal including the third communication unit.

The inspection server can transmit route information via the respective field facilities according to a check order set to the inspector terminal through the third communication unit.

In each of the above embodiments, the first communication unit may be provided as a short-range communication module.

In each of the above embodiments, when the on-site facility is provided by a distribution facility, the maintenance item may include a sound or image, image, ultraviolet ray, atmospheric temperature, tilt, vibration, temperature, voltage, , Image and image information, or a positional state, and the check data may be prepared in accordance with the check result of the check item and the check time according to the identification code of the field facility.

In each of the above embodiments, the tester terminal may be provided in any one of a smart phone, a tablet PC, a notebook, or a check-only terminal.

The display unit may include a display provided in the tester terminal, a HUD (HEAD UP DISPLAY) attached to or connected to the tester terminal, a display of a vehicle connected to the tester terminal, or a separate display device connectable to the tester terminal 2 or more.

In each of the above embodiments, the terminal control unit may display at least one of the on-site facilities, the inspection group, the direction information, or the route information using the commonly used map data or the navigation application.

Accordingly, the system for inspecting the facility using the mobile inspecting terminal according to the present invention can receive the inspecting data while staying in the vehicle if the inspecting person approaches the relevant site facility by using the short distance communication. It is possible to maximize the convenience of the inspection because it is not necessary to check the inspection unit directly and copy the data, and to shorten the inspection time, thereby maximizing the inspection efficiency.

In addition, if inspection units mounted on a plurality of field equipments are grouped and brought close to any one inspection unit, inspection data for all inspection units in the inspection group are collectively received, thereby maximizing inspection efficiency.

In addition, since the direction information or the path information for checking the inspection groups or the inspection units is provided from the current position of the inspector terminal, the efficiency of the inspection can be further improved.

Therefore, according to the system for inspecting the facility using the mobile inspecting terminal according to the present invention, it is possible to improve the mobility and inspection efficiency of the inspectors through the route information, and to check the condition of a large amount of the facility by increasing the penetration rate of the facility by various communication And accurate location and time of day, maximizing maintenance and facility management capabilities.

In addition, since it is possible to operate in areas without mobile communication network and telephone network, there is no additional cost, which minimizes inspection costs, reduces labor costs, and increases the possibility of further expansion into next generation inspection devices.

1 is a conceptual diagram of a system for inspecting an on-site facility using a mobile inspecting terminal according to a first embodiment of the present invention;
2 is a block diagram of a system for inspecting an on-site facility using a mobile inspecting terminal according to a first embodiment of the present invention;
3 is a diagram showing an operating state of a tester terminal according to an embodiment of the present invention,
4 is a block diagram illustrating a display screen of a tester terminal according to another embodiment of the present invention,
5 is a block diagram illustrating a display screen of a tester terminal according to another embodiment of the present invention,
6 is a block diagram of a system for inspecting an on-site facility using a mobile inspecting terminal according to a second embodiment of the present invention.

Hereinafter, the present invention will be described in detail with reference to the drawings.

First, the terms used in the specification of the present invention will be described in the following.

In this specification, the term "on-site facility" refers to various facilities installed outside for a specific purpose, and it is necessary to check the condition of the facility continuously, periodically or irregularly in order to maintain its function. For example, , An air conditioner, a boiler, a weighing facility, a communication facility, or an energy facility such as wind power.

In this specification, the communication basically means wireless communication, but the communication between the inspector terminal and the check server may be either wired or wireless, or both.

Long-distance communication means that information can be transmitted and received at a long distance by using communication through a relay station on the ground or communication between earth stations using satellites. For example, in the case of 4G and 5G, WCDMA (Wideband Code Division Multiple Access, Wideband Code Division Multiple Access), Global System for Mobile Communications (GSM), Universal Mobile Telecommunication System (UMTS), and High Speed Downlink Packet Access HSDPA.

The short-range communication is a concept as compared with the long-distance wireless communication, meaning that it can communicate with other field facilities distributed at the installation location but has a limited communication distance that can not directly communicate with the remote check server.

Numerically specifying the communication distance of the short-range communication may not exactly coincide with the concept of short-range wireless communication in the sense of the present invention, but may be understood to have a communication distance of, for example, several tens to several hundreds of meters have. The presently available short distance communication includes, for example, bluetooth, Zigbee, Z-WAVE, Wi-Fi or ROLA, but the present invention is not limited thereto and various communication methods belonging to the concept of the short- .

Hereinafter, each embodiment will be described in detail.

First Embodiment

The field facility inspection system using the mobile inspecting terminal according to the first embodiment of the present invention is characterized in that a plurality of on-site facilities are grouped into one or two or more inspection groups, and the inspector terminal communicates with each of the inspection units belonging to one inspection group When the distance is within the distance, the inspection data of the inspection units of all the field equipments belonging to the inspection group are collectively received.

Hereinafter, it will be described in detail according to the constitution as follows.

FIG. 1 is a conceptual diagram of a field facility inspecting system using a mobile inspecting terminal according to a first embodiment of the present invention, and FIG. 2 is a block diagram of a field facility inspecting system using a mobile inspecting terminal according to the present embodiment.

The system for inspecting the facility using the mobile inspecting terminal according to the first embodiment of the present invention includes a plurality of on-site facilities 101 grouped into one or more inspection groups, Unit 200 and a tester terminal 30 which is movable and accesses one of the inspection units 200 and collectively receives data of the corresponding inspection group 100. [

The on-site facilities 101 are provided in a plurality of locations and are distributed and installed in the respective predetermined locations.

The field facility 101 may be provided in various types as described above, and may be provided, for example, as a power distribution facility.

In this embodiment, a plurality of the field equipments 101 are grouped into one or more check groups 100 that can communicate with each other simultaneously or sequentially through the first communication unit 203.

For example, as shown in FIG. 5, a plurality of on-site facilities 101 installed adjacent to each other so as to enable communication of the first communication unit 203 of the inspection unit 200, which will be described later, , 140, and in some cases one check unit 200 may form one check group 130. [

The inspection unit 200 is provided corresponding to each of the on-site facilities 101 and forms a check group between the check units 200 through the first communication unit 203 and checks all the check units 200 in the check group 100. [ And stores the received inspection data.

The checking unit 200 includes a first communication unit 203, a sensor 201, and a unit control unit 205. [

The inspection unit 200 may be provided in a one-to-one correspondence with each of the field facilities 101, but is not necessarily limited thereto, and one inspection unit 200 may include a plurality of the field facilities 101 It may be provided for inspection.

The first communication unit 203 is provided in short-range wireless communication having a set communication distance.

As described above, the established communication distance varies depending on the type of the local area communication method (i.e., Bluetooth or ZigBee), and various types of local area communication methods can be used depending on the arrangement type or arrangement interval of the field facilities 101. [

A plurality of field equipments 101 are grouped into one or more check groups 100 which can communicate with each other simultaneously or sequentially through the first communication unit 203. [

Here, 'simultaneous' means that two or more neighboring check units 200 are located within the communication distance of the first communication unit 203 of any one of the check units 200, and 'sequential' The first check unit 211 and the third check unit 213 are not located within the communication distance of the first communication unit 203 but are located within the communication distance of the second check unit 212, The first check unit 211 and the third check unit 212 are grouped into one check group 110 through the second check unit 212. [

After one or more check units 200 are grouped into the check group 100, each check unit 200 belonging to one check group 100 is connected to the corresponding check group 200 via each first communication unit 203 100, the inspection data is separately stored for each of the field equipments 101.

That is, when the first check group 110 is composed of ten check units 211 to 220, each check unit 200 not only has its own check data but also ten check units 110 to 220 belonging to the first check group 110 And all of the check data for the storage unit 200 is stored.

Accordingly, the inspection terminal 30, which will be described later, is not required to go through all of the on-site facilities 101 and is within the communication distance of the first communication unit 203 of at least one of the inspection units 200 belonging to the specific inspection group 100 The inspection data of all the field equipments 101 in the corresponding inspection group 100 are collectively received from the communicating inspection unit 200 and stored. Here, when the first communication unit 203 is enabled to communicate with the first communication unit 203, the check data can be automatically transmitted in a push (PUSH) manner.

Here, the checking unit 100 belonging to the corresponding checking group 100 may be flexibly variable according to the communication state of the first communication unit 203 of each checking unit 200. For example,

In the present invention, since it is meaningful that the check group 100 stores the check data of all the check units 200 in the group by the communication of the first communication unit 203 in synchronization, The impossible check unit 200 does not function as the check group 100 and therefore the check unit 200 is naturally excluded from the check group 100. [

In this case, the inspector terminal 30 and the inspection server 10 need to be able to confirm which inspection unit 200 the inspection group 100 is made of, The control unit 200 communicates with the control unit 200 and checks the variation of the inspection group 100 according to the identification code of the check unit 200 stored in the check data.

The sensor 201 senses a predetermined inspection item for each of the field equipments 101.

When the on-site facility 101 is provided as a distribution facility, the maintenance items may include, for example, a sound or image or image of the corona of each distribution facility, ultraviolet rays, atmospheric temperature, tilt, vibration, temperature, , Video, audio and image information, or a positional state.

The unit control unit 205 receives the detection result from the sensor 201 and stores it as inspection data.

The check data may be prepared by dividing the check result of the check item and the check time according to the identification code of the field facility 101.

For example, the check data may include identification information of the inspection group 100, identification information of the on-site facility 101, identification information of the inspection unit 200, list of inspection items, inspection results, inspection time, and the like.

Here, the check data includes identification data of the check unit 200 of the check unit 100 and the check unit 200 belonging to each check group 100, Or may be provided as identification data of the mobile terminal 101, or both of them may be provided.

Here, the checking unit 200 may further perform a process of filtering the check result received from the sensor 201 and converting the check result into digital data.

The unit control unit 205 may determine whether or not the detection result detected by the sensor 201 is included in the set safety range for each of the inspection items and add an abnormality to the inspection data for the corresponding inspection item.

In this case, the abnormality check for the check item may be performed by the unit control unit 205, but may be performed by the terminal control unit 33 of the tester terminal 30 or may be performed by the check server 10 There is also.

Then, the terminal control unit 33 may display the corresponding on-site facility 101 having the abnormality or not and the corresponding maintenance item on the display unit 32 together with the reception of the abnormality.

Thereby, the inspector can immediately recognize the trouble-free on-site facility 101 from the inspection data, and can perform an immediate repair work.

The inspector terminal 30 receives the inspection data for all the inspection units 200 in the inspection group 100 from any one inspection unit 200 belonging to the inspection group 100, And transmits it to the check server 10.

The inspector terminal 30 includes a second communication unit 31, a terminal control unit 33, and a display unit 32.

The inspector terminal 30 is provided as a mobile terminal capable of moving, and may be provided, for example, as a smart phone, a tablet PC, a notebook, or a check-only terminal. Here, the check-only terminal is a terminal equipped with only the functions necessary for the inspection of the on-site facilities and manufactured to be used for inspection purposes only.

The inspector collects the inspection data of the field facility 101 while traveling on foot or by using a vehicle or other transportation means.

The second communication unit 31 is provided so as to be able to communicate with the first communication unit 203.

In addition, the second communication unit 31 is capable of receiving GPS information of each field facility 101 and GPS information related to the real-time position of the tester terminal 30.

That is, the second communication unit 31 is capable of short-distance communication so as to be able to communicate with the first communication unit 203, and is also capable of communicating with the check server 10 as well as GPS information. Communication is also possible.

The terminal control unit 33 receives and stores the check data from the check unit 200 through the second communication unit 31 when the check unit 200 is within the communication distance of the check unit 200 and the first communication unit 203. [

On the other hand, the terminal control unit 33 may have direction information or route guidance (navigation) function for improving the convenience of the inspection work of the inspector.

The terminal control unit 33 may display the location of each of the field facilities 101 and the current position of the tester terminal 30 on the display unit 32 according to the GPS information received through the second communication unit 31 , And further can display the inspection group 100 to which each field facility 101 belongs.

Here, the display unit 32 may be provided as a display provided on the tester's terminal (i.e., a display screen in the case of a smart phone) or a HUD (HEAD UP DISPLAY) mounted or connectable to the tester's terminal 30 Or a display of a vehicle connected to the inspector terminal 30, or a separate display device capable of being connected to the inspector terminal 30.

3, when the tester terminal 30 is provided as a smart phone, the location of each of the field facilities 101 or the inspection unit 200 is displayed in red, and the position of the tester terminal 30 is blue Indicates what is displayed.

The terminal control unit 33 can additionally display the direction information from the tester terminal 30 to one selected one of the inspection groups 100 by using the GPS information of the tester terminal 30 and the respective site facilities 101 have.

For example, the terminal control unit 33 may select the on-site facility 101 that is closest to the current inspection terminal 30 or should first be checked on the screen as shown in FIG. 3, Can be displayed.

4, the terminal control unit 33 determines the distance from the position of the inspector terminal 30 to the corresponding site facility 101, the identification information of the site facility 101 or the inspection unit 200, , The moving speed, the time, and the like can be displayed on the display unit 32.

Alternatively, as shown in FIG. 4, the terminal control unit 33 may display, on the display unit 32, route information via each of the inspection groups 100 according to the set inspection order.

In this case, as shown in FIG. 5, the terminal control unit 33 displays at least one of the above-mentioned on-site facilities 101, the inspection group 100, the direction information or the route information by using the map data or the navigation application .

Here, the check unit 200 belonging to the check group 100 can not communicate with the adjacent check unit 200 according to the state of the check unit 200, i.e., external factors such as weather, internal factors such as component failure, The path information can be automatically reset to the inspection unit 200 that has not received the inspection data in the inspection group 100 or the other inspection unit 200 including the inspection unit 200. [

The path information may be generated directly by the terminal control unit 33 and displayed on the display unit 32. Alternatively, the path information may be received from the check server 10 before the start of the check, As shown in FIG.

The terminal control unit 33 determines whether or not the check data has been received from each check unit 200 for each of the field equipments 101 belonging to the check group 100, Can be displayed on the display unit 32 so that the inspector can visually perceive it.

For example, in the screen as shown in FIG. 3, the display unit 101 or the inspection unit 200 before and after the check data is received may be displayed in various ways. For example, Or may be provided in a manner of displaying a list of the inspection group 100 or the inspection unit 200 that has received the inspection data on the right side of the display screen.

In this case, when there are a plurality of check items, the terminal control unit 33 may display the check items on the display unit 32 so that the check items can be checked for each of the check items.

The terminal control unit 33 can determine whether or not the detection result detected by the sensor 201 is included in the set safety range for each of the inspection items and add the abnormality to the inspection data for the corresponding inspection item.

In this case, the terminal control unit 33 may display the corresponding on-site facility 101 having the abnormality or not and the corresponding maintenance item on the display unit 32 together with the reception of the abnormality.

The inspection server 10 receives the inspection data for each site facility 101 by the inspection group 100 from the inspector terminal including the second communication unit 31 and stores the data.

The inspection server 10 transmits the path information via each of the inspection groups 100 to the inspector terminal 30 through the third communication unit 11 according to the set inspection order when a plurality of inspection groups 100 are provided .

Hereinafter, an inspection process of the field facility inspection system 1 using the mobile inspecting terminal according to the first embodiment of the present invention will be described with reference to FIG.

First, the inspection server 10 receives information on the inspection schedule including the information on the inspection groups 100 to be checked, the inspector information, the route information, and the like to be inspected by the inspector terminal 30.

The communication method between the check server 10 and the tester terminal 30 can be used without restriction of wired or wireless, and it is possible to use various methods such as short-distance or long-distance communication in the case of wireless.

The inspector moves using the vehicle 50 or the like in accordance with the route information displayed on the display unit 32 according to the inspection schedule received by the inspector terminal 30. [

At this time, it is explained that the route information can be displayed in various ways such as a display screen of a smart phone, a HUD, or a vehicle display.

next. If the inspector terminal 30 moves within the communication distance between any of the inspection units 111 belonging to the inspection group 110 and the first communication unit 203, the inspector moved according to the path information, 110, 113, 114, and 115 of the inspection units 111, 112, 113, 114,

In this process, the inspector terminal 30 displays on the display unit 32 whether or not the check data has been received. After the checker confirms the check data, the check unit 120 and the check group 130 move And collects the inspection data.

Accordingly, the system for inspecting the facility using the mobile inspecting terminal according to the present invention can receive the inspecting data while staying in the vehicle if the inspecting person approaches the relevant site facility by using the short distance communication. It is possible to maximize the convenience of the inspection because it is not necessary to check the inspection unit directly and copy the data, and to shorten the inspection time, thereby maximizing the inspection efficiency.

In addition, if inspection units mounted on a plurality of field equipments are grouped and brought close to any one inspection unit, inspection data for all inspection units in the inspection group are collectively received, thereby maximizing inspection efficiency.

In addition, since the direction information or the path information for checking the inspection groups or the inspection units is provided from the current position of the inspector terminal, the efficiency of the inspection can be further improved.

After completion of the inspection for all the inspection groups 100, the inspector transmits the inspection data stored in the inspector terminal 30 to the inspection server 10.

In this case, various methods can be provided for transmitting the check data to the check server 10, for example, when the checker terminal 30 is close to the check server 10 and pushes Alternatively, the inspector terminal 30 may transmit the inspection data to the inspection server 10 in real time in the form of long distance communication such as a mobile communication network at the same time as the inspection data is received or at a predetermined time difference .

Second Embodiment

The field facility inspecting system 1 using the mobile inspecting terminal according to the second embodiment of the present invention is different from the first embodiment described above in that a plurality of the field equipments 101 do not constitute the inspection group 100, It is essential that the unit 200 individually retains its own check data.

The field facility inspection system 1 using the mobile inspecting terminal according to the second embodiment of the present invention is provided with a plurality of field facilities 101 distributed in a set location and corresponding to each field facility 101 An inspection unit 200, and a moveable inspection terminal 30.

Hereinafter, the description overlapping with the above-described embodiment will be avoided and differences will be mainly described.

Referring to FIG. 6, a system for inspecting an on-site facility 1 using a mobile inspecting terminal according to a second embodiment of the present invention includes a check unit 200 ), Information on the inspectors, route information, and the like.

As in the first embodiment, the communication method between the check server 10 and the inspector terminal 30 is not limited to wired or wireless, and can be used in various ways such as near or long distance communication even in the case of wireless.

The inspector moves using the vehicle 50 or the like in accordance with the route information displayed on the display unit 32 according to the inspection schedule received by the inspector terminal 30. [

At this time, it is explained that the route information can be displayed in various ways such as a display screen of a smart phone, a HUD, or a vehicle display.

next. The inspector moving according to the path information receives the inspection data stored in the inspection unit 211 when the inspector terminal 30 is within the communication distance between the inspection unit 211 and the first communication unit 203 .

In this process, the inspector terminal 30 displays on the display unit 32 whether or not the check data has been received. After checking by the inspector, the inspection unit 221 sequentially moves to the next check unit 221 according to the set path information, Collect the data.

After the inspection of all the inspection units 200 is completed, the inspector transmits the inspection data stored in the inspector's terminal 30 to the inspection server 10. [

In this case, various methods can be provided for transmitting the check data to the check server 10, for example, when the checker terminal 30 is close to the check server 10 and pushes Alternatively, the inspector terminal 30 may transmit the inspection data to the inspection server 10 in real time in the form of long distance communication such as a mobile communication network at the same time as the inspection data is received or at a predetermined time difference .

According to another embodiment of the present invention, the above object can be accomplished by providing a method of manufacturing a semiconductor device, A first communication unit provided corresponding to each of the on-site facilities, the first communication unit having a predetermined communication distance; a sensor for detecting an inspection item predetermined for each of the on-site facilities; A checking unit having a unit control unit for performing a check; A second communication unit capable of communicating with the first communication unit; and a controller having a terminal control unit for receiving and storing the check data from the check unit through the second communication unit when the check unit is within a communication distance between the check unit and the first communication unit Wherein the plurality of field equipments are grouped into one or two or more check groups that can communicate with each other simultaneously or sequentially through the first communication unit, The inspection data is divided and stored for each of the field equipments belonging to the inspection group through each first communication unit for each of the field equipments, When it is possible to communicate with the first communication unit, Wherein the inspection terminal collectively receives and stores inspection data of all the field facilities in the corresponding inspection group, and the inspector terminal is provided in any one of a smartphone, a tablet PC, a notebook, or a check-only terminal including a display unit, And a HUD provided at one side of or adjacent to a display unit of the inspection unit, wherein when the tester moves to the vehicle, the position of each of the field equipments and the inspector's terminal displayed on the display unit, At least one of whether or not the inspection data is received from each of the field equipments and the direction information from the inspector terminal to any one of the on-site facilities is projected on the HUD so that the observer can easily confirm the display contents of the display unit On-site facility check system using checker terminal It is also achieved by the system.

According to another embodiment of the present invention, the above object can be accomplished by providing a method of manufacturing a semiconductor device, A first communication unit provided corresponding to each of the on-site facilities, the first communication unit having a predetermined communication distance; a sensor for detecting an inspection item predetermined for each of the on-site facilities; A checking unit having a unit control unit for performing a check; A second communication unit capable of communicating with the first communication unit; and a tester terminal having a terminal control unit for controlling the second communication unit, wherein the tester terminal is located within a communication distance of any one of the checking units and the first communication unit The terminal control unit receives and stores the check data from the check unit through the second communication unit, and the tester terminal is provided in any one of a smart phone, a tablet PC, a notebook computer, or a check-only terminal including a display unit And a HUD provided at one side of or adjacent to a display unit of the tester terminal, wherein when the tester moves to the vehicle, the position of each of the site equipment and the tester's terminal displayed on the display unit, Path information, check data reception from each of the above-mentioned field equipments At least one of direction information from the inspector terminal to one of the on-site facilities is projected on the HUD so that the display contents of the display unit can be easily checked while the inspector is driving the vehicle, .

1: On-site facility inspection system using mobile tester terminal.
101: On-site facility 100: Inspection group
200: Inspection unit
201: sensor 203: first communication section
205:
30: Inspector terminal
31: second communication unit 32: display unit
33:
10: check server
11: third communication unit 13:
50: vehicle

Claims (27)

A plurality of on-site facilities installed at distributed locations;
A first communication unit provided corresponding to each of the on-site facilities, the first communication unit having a predetermined communication distance; a sensor for detecting an inspection item predetermined for each of the on-site facilities; A checking unit having a unit control unit for performing a check;
A second communication unit capable of communicating with the first communication unit; and a controller having a terminal control unit for receiving and storing the check data from the check unit through the second communication unit when the check unit is within a communication distance between the check unit and the first communication unit A terminal,
Wherein the plurality of field equipments are grouped into one or two or more check groups capable of mutually or simultaneously communicating with each other through the first communication unit and each of the check units belonging to any one of the check groups is connected to each of the first communication units For each of the field equipments belonging to the inspection group, the inspection data for each of the field equipments is divided and stored,
When the inspector terminal is capable of communicating with the first communication unit of at least any one of the inspection units belonging to the inspection group, collects inspection data of all the field equipments in the corresponding inspection group from the communicating inspection unit System for inspecting on-site facilities using mobile inspectors terminal. The method according to claim 1,
The second communication unit is capable of receiving GPS information of each of the field equipments and GPS information about a real time position of the inspector terminal,
The inspector terminal further includes a display unit,
Wherein the terminal control unit displays the position of each of the field equipments, the current position of the inspector terminal, and the inspection group to which each of the field equipments belongs on the display unit according to the GPS information received through the second communication unit System Inspection System using Mobile Inspector. 3. The method of claim 2,
Wherein the check data includes identification data of each check unit belonging to the check group and the check group,
Wherein the terminal control unit controls the inspectors to visually recognize whether or not the inspection data is received from the corresponding inspection units for each of the field equipments belonging to the inspection group when the inspection data is received collectively And displaying the result of the inspection on the display unit. The method of claim 3,
Wherein when the plurality of check items are a plurality of check items, the terminal controller displays the check items on the display unit so that the check items can be confirmed on the basis of the check items. The method of claim 3,
Wherein either one of the unit control unit and the terminal control unit determines whether or not an abnormality is included in the safety range set for each of the check items, adds the abnormality to the check data for the corresponding check item,
Wherein the terminal control unit displays the corresponding on-site facility and the corresponding check item having the abnormality in the check data on the display unit together with the reception status. 3. The method of claim 2,
Wherein the terminal controller additionally displays direction information to any one of the selected inspection groups from the inspector terminal using the GPS information of the inspector terminal and the respective field equipments. Inspection system. 3. The method of claim 2,
Wherein the terminal control unit displays route information via each of the inspection groups on the display unit in accordance with the set inspection order. The method according to claim 1,
Further comprising an inspection server including a third communication unit for receiving and storing the inspection data for each of the field equipments from the inspector terminal by the inspection group. 9. The method of claim 8,
Wherein the check server transmits route information via the third communication unit to the inspector terminal according to a set check order when the plurality of check groups are provided. On - site facility inspection system. The method according to claim 1,
Wherein the inspection group is flexibly variable in accordance with a communication state of the first communication unit of each inspection unit, the inspection unit belonging to the inspection group is flexibly variable. 11. The method of claim 10,
When the terminal control unit receives the inspection data of each of the field equipments belonging to the inspection group from the one of the inspection groups, the terminal control unit transmits the path information to the inspection unit that has not received the inspection data in the inspection group or another inspection unit including the inspection unit Wherein the mobile terminal is automatically reset. delete delete delete delete delete delete delete delete delete The method according to claim 1,
Wherein the first communication unit is provided as a local communication module. The method according to claim 1,
When the on-site facility is provided as a distribution facility, the maintenance items may include sound or image, image, ultraviolet, ambient temperature, tilt, vibration, temperature, voltage, current, magnetic field, image and image information of the corona of each distribution facility Positional state, and at least one of < RTI ID = 0.0 >
Wherein the check data is divided into a check result for the check item and a check time according to an identification code of the on-site facility. 3. The method of claim 2,
Wherein the inspector terminal is provided in any one of a smartphone, a tablet PC, a notebook, or a check-only terminal. 24. The method of claim 23,
The display unit may include a display provided in the tester terminal, a HUD (HEAD UP DISPLAY) attached to or connected to the tester terminal, a display of a vehicle connected to the tester terminal, or a separate display device connectable to the tester terminal 2 < / RTI > or more. 8. The method according to any one of claims 2, 6 and 7,
Wherein the terminal control unit displays at least one of the on-site facilities, the inspection group, the direction information, and the route information using common map data or a navigation application. A plurality of on-site facilities installed at distributed locations;
A first communication unit provided corresponding to each of the on-site facilities, the first communication unit having a predetermined communication distance; a sensor for detecting an inspection item predetermined for each of the on-site facilities; A checking unit having a unit control unit for performing a check;
A second communication unit capable of communicating with the first communication unit; and a controller having a terminal control unit for receiving and storing the check data from the check unit through the second communication unit when the check unit is within a communication distance between the check unit and the first communication unit A terminal,
Wherein the plurality of field equipments are grouped into one or two or more check groups capable of mutually or simultaneously communicating with each other through the first communication unit and each of the check units belonging to any one of the check groups is connected to each of the first communication units For each of the field equipments belonging to the inspection group, the inspection data for each of the field equipments is divided and stored,
When the inspector terminal is capable of communicating with the first communication unit of at least any one of the inspection units belonging to the inspection group, collects inspection data of all the field equipments in the corresponding inspection group from the communicating inspection unit Then,
The inspector terminal may be a smart phone, a tablet PC, a notebook computer, or a check-only terminal including a display unit. The inspector terminal further includes a HUD provided at one side or adjacent to a display unit of the inspector terminal. A position of each of the field equipments and the inspector terminal displayed on the display unit, route information for passing through each of the inspection groups, whether or not the inspection data is received from the respective field equipments, Directional information is projected on the HUD so that the display contents of the display unit can be easily checked while the inspector is driving the vehicle. delete

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