CN206180698U - Electrical equipment failure inspection device based on win10 system is sent to raspberry - Google Patents

Abstract

A power equipment fault inspection device based on the raspberry pie win10 system, including a power standard helmet (3), a high-definition camera (1) with voice, microphone and auxiliary lighting installed on the front of the standard helmet (3), and an infrared The thermal imaging camera (2) is connected and passed through the composite cable (5) drawn out from the rear of the standard safety helmet (3), equipped with a Raspberry Pi computer (10) and a display (9), a satellite positioning module (11), a power supply (7), the portable casing (8) of mobile 4G communication module (6), the belt (4) that is connected with portable casing (8). The utility model can effectively improve the work efficiency and intelligent level of substation patrol inspection and line patrol inspection, discover hidden dangers of equipment accidents, especially heating defect faults of live equipment, and improve the intelligence degree of patrol inspection of electric equipment.

Description

A power equipment fault inspection device based on raspberry pie win10 system

technical field

The utility model relates to online fault analysis and intelligent inspection equipment technology, in particular to a power equipment fault inspection device based on the raspberry pie win10 system.

Background technique

With the improvement of the automation degree of the power system, the development of unattended, and the improvement of equipment monitoring, equipment inspection, and equipment inspection requirements, the current operation mode can no longer meet the requirements of quickly arriving at the scene, inspecting the scene by professionals, and quickly starting to realize the solution. Methods and other requirements; most of the power system equipment is far away from the urban area, making daily inspection and maintenance difficult. The utility model can effectively solve the above-mentioned problems: quickly arrive at the scene and check details, and professionals guide, command, analyze and judge in the background. Relevant personnel carrying the equipment of this project can view the equipment that is difficult to view indoors-such as the inside of the switch cabinet, outdoor equipment inspection blind spots, equipment details, etc. Special location guidance inspection, regular and emergency equipment inspections, and non-professional personnel such as door guards in emergencies can replace professional inspection personnel. Voice prompts can be provided for route planning, collection can be carried out on the infrared thermal imaging camera integrated with the helmet system, card computer display records, remote access, and operation control can reduce the time and workload of personnel and running back and forth. On-site inspection, whole process control.

In addition, for mountainous areas, where large-scale geological disasters are prone to occur, emergency repairs in severe weather, and places that cannot be reached by personnel, the system device of this project can be used to monitor and monitor from different angles, so as to fully understand the geological conditions of the site and the personnel on site. Distribution, control the whole process of operation, reduce or avoid the occurrence of secondary accidents.

The utility model aims at the management problems of regular inspection and emergency fault inspection of power system equipment, emergency repair site management, disaster emergency disposal site, etc., based on the mobile video system of Raspberry Pi Win10 system and the software fault analysis model application system, it is multi-directional Carry out intelligent power inspection and personnel management from multiple angles.

The utility model can be extended to transmission line inspection and emergency repair sites, disaster disposal sites, etc., and hidden dangers of accidents will be found, which will generate huge economic benefits and good social benefits; for leaders and experts to sit in the office to command and guide inspections and emergency repairs in different places Provide a technical foundation to raise the management of difficult points such as unattended equipment inspections and emergency repairs in remote areas to a new level.

Contents of the invention

The technical problem to be solved by the utility model is to provide a brand-new electric power intelligent inspection device system, which can carry out real-time intelligent inspection and fault analysis of electric power equipment under the working mode of the portable card computer software, and timely analyze and discover Accident hazard. The remote intelligent terminal can query, monitor and command the inspection work ahead in real time, locate the location and trajectory tracking of the inspection staff, etc.

The technical scheme of the utility model is as follows:

A power equipment fault inspection device based on the raspberry pie win10 system, including a power standard helmet, a high-definition camera with voice, microphone and auxiliary lighting and an infrared thermal imaging camera set on the front of the standard helmet through the connection and through the standard safety helmet. The composite cable drawn from the rear of the cap, the portable shell equipped with Raspberry Pi computer and display, satellite positioning module, power supply, mobile 4G communication module, and the belt connected with the portable shell;

The synthetic cable and the portable shell of the utility model are connected by a detachable movable interface, and the belt is provided with a movable buckle; the synthetic cable, the high-definition camera, and the high-definition infrared thermal imaging camera are fixed on the electric standard safety helmet.

The mobile 4G communication module of the utility model is connected through a remote monitoring background, and the remote monitoring background is a smart phone, or a remote office computer, or a PDA, or a vehicle-mounted intelligent terminal device; on the downloaded app, through the public mobile 4G Communication network for access, real-time monitoring and record query, command and inspection, emergency response, satellite positioning and movement trajectory tracking.

The utility model is an equipment failure analysis and intelligent inspection software system installed in a raspberry pie card computer in a portable casing. The software system includes a failure analysis model for heating defects of electric equipment, and the power failure analysis model includes a visible light failure analysis model. , infrared spectrum analysis model, etc.; the user's intelligent terminal accesses the server for remote real-time online monitoring, heat defect fault analysis, command power intelligent inspection or view historical video and data records, satellite positioning inspection personnel and track tracking, etc.

The utility model does not affect the development of the inspection operation in the absence of public mobile signals. After the event or when there is a signal, remote monitoring and record query can be carried out.

The devices described in the utility model all adopt the design of miniaturization and low power consumption.

The card-type raspberry pie computer and equipment heating defect analysis model described in the utility model, the high-definition and infrared thermal imaging camera of the intelligent inspection software system can check the inspection key prompt requirements, inspection form and equipment failure software model analysis results in real time .

The beneficial effects of the utility model are: it can effectively improve the work efficiency and intelligence level of substation inspection and transmission line inspection, discover hidden dangers of equipment accidents, especially heating defect faults of live equipment, and improve the intelligence of inspection of power equipment degree.

Compared with the prior art, the utility model has the following advantages:

1. The utility model can effectively improve the intelligence level of electric power inspection, record and monitor the inspection process in real time, improve work efficiency and quality, and discover potential accidents in time through on-site synchronous model analysis.

2. The utility model is observed by an infrared thermal imaging camera, and the fault analysis model data in the portable Raspberry Pi computer can be directly reflected on the Raspberry Pi display, which improves the functionality and practicability of the utility model.

3. The utility model can realize simultaneous operation of observation and model analysis, and the failure analysis model data can be directly reflected on the display of the card computer. In an emergency, the work of non-professionals can be improved to the level of professionals, so that it can quickly reach the scene, It saves a lot of running time on the way and back, saves manpower and material resources, and improves the application range and application value.

4. The remote intelligent monitoring equipment shown in Figure 2 of the utility model is diversified, and the app program has a good applicability design, and remote real-time monitoring and command operations can be performed through the public mobile network;

5. A power equipment fault inspection device based on the Raspberry Pi win10 system described in the present invention is characterized in that, in the absence of a public mobile signal, it does not affect the development of the inspection operation. After the event or when there is a signal, remote monitoring and record query can be carried out.

6. For unattended substations and mountainous lines, the utility model can solve the problem of rapid arrival of personnel at the scene. The intelligent card raspberry pie system and model analysis system can timely discover hidden dangers of accidents, avoid accidents, and save a lot of manpower Material resources, through real-time personnel positioning and inspection track tracking, etc., timely grasp the location of personnel, avoid personal injury accidents and secondary injury accidents, thereby improving power supply reliability indicators, which will generate huge economic benefits and good social benefits.

Description of drawings

Fig. 1 is the overall structural representation of the utility model;

Figure 2 is a structural diagram of the front-end device.

detailed description

As shown in Figure 1 and Figure 2, a power equipment fault inspection device based on the Raspberry Pi win10 system includes a power standard helmet 3, and a high-definition camera with voice, microphone and auxiliary lighting installed on the front of the standard helmet 3 1 and the infrared thermal imaging camera 2 are connected and passed through the composite cable 5 drawn from the rear of the standard safety helmet 3, a portable portable computer 10 and a display 9, a satellite positioning module 11, a power supply 7, and a mobile 4G communication module 6 are equipped with Shell 8, belt 4 connected with portable shell 8;

The composite cable 5 and the portable casing 8 of the utility model are connected by a detachable movable interface, and the belt 4 is provided with a movable buckle; the composite cable 5, the high-definition camera 1, and the high-definition infrared thermal imaging camera 2 are fixed Hard hat 3 above.

The mobile 4G communication module 6 of the utility model is connected through a remote monitoring background, and the remote monitoring background is a smart phone, or a remote office computer, or a PDA, or a vehicle-mounted intelligent terminal device; on the downloaded app, through a public mobile 4G communication network for access, real-time monitoring and record query, command and inspection, emergency response, satellite positioning and mobile trajectory tracking.

The utility model is installed in the raspberry pie card computer in the portable shell 8 for equipment failure analysis and intelligent inspection software system. The software system includes a failure analysis model for heating defects of electric equipment, and the power failure analysis model includes visible light failure analysis. Models, infrared spectrum analysis models, etc.; user intelligent terminals access the server for remote real-time online monitoring, heat defect analysis, command power intelligent inspection or view historical video and data records, satellite positioning inspection personnel and track tracking, etc.

The utility model does not affect the development of the inspection operation in the absence of public mobile signals. After the event or when there is a signal, remote monitoring and record query can be carried out.

The devices described in the utility model all adopt the design of miniaturization and low power consumption.

The card-type raspberry pie computer and equipment heating defect analysis model described in the utility model, the high-definition and infrared thermal imaging camera of the intelligent inspection software system can check the inspection key prompt requirements, inspection form and equipment failure software model analysis results in real time .

The utility model is observed by an infrared thermal imaging camera, and the fault analysis model data in the portable Raspberry Pi computer can be directly reflected on the Raspberry Pi display, which can realize simultaneous operation of observation and model analysis, and the fault analysis model data can be directly reflected on the card computer On the monitor, the work of non-professionals is improved to the level of professionals in emergency situations, so that it can quickly reach the scene, save a lot of time on the way to and from the road, save manpower and material resources, and improve the application range and application value.

The remote intelligent monitoring equipment shown in Fig. 2 of the utility model is diversified (computer, smart phone, tablet), and the app application program has a good applicability design, and remote real-time monitoring and command operations can be carried out through the public mobile network;

For unattended substations and mountainous lines, the utility model can solve the problem of rapid arrival of personnel at the scene. The intelligent card raspberry pie system and model analysis system can detect hidden dangers in time, avoid accidents, and save a lot of manpower and material resources. Through real-time personnel positioning and inspection track tracking, etc., the location of personnel can be grasped in time to avoid personal injury accidents and secondary injury accidents, thereby improving power supply reliability indicators, which will generate huge economic benefits and good social benefits.

The utility model can effectively discover hidden dangers of accidents through the efficiency and quality of electric equipment patrol inspection, and the synchronous operation mode of observation and model analysis software can make the organic combination of model analysis ability, front-end flexibility and on-site authenticity, and timely discover Hidden dangers of accidents can make the whole process of power inspections under standard operation control. There are plans in advance, monitoring in the middle, and video records and data records to check after the event. It can be used singly or in multiples, such as attaching to multiple front-ends The whole process of operation can realize real-time remote monitoring and command.

Claims (3)

1. A power equipment fault inspection device based on the raspberry pie win10 system, characterized in that it includes a power standard helmet (3), a high-definition audio system with voice, microphone and auxiliary lighting arranged on the front of the standard helmet (3) A camera (1) and an infrared thermal imaging camera (2), connected to the helmet (3) and leading out a synthetic cable (5) through the rear of the standard helmet (3), equipped with a Raspberry Pi computer (10) and a monitor (9), the portable shell (8) of satellite positioning module (11), power supply (7), mobile 4G communication module (6), the belt (4) that is connected with portable shell (8). 2. a kind of power equipment fault inspection device based on raspberry pie win10 system as claimed in claim 1, is characterized in that, described composite cable (5) and portable shell (8) adopt detachable movable interface connection , the belt (4) is provided with a movable buckle; the composite cable (5), the high-definition camera (1), and the high-definition infrared thermal imaging camera (2) are fixed on the electric standard safety helmet (3). 3. a kind of power equipment fault inspection device based on raspberry pie win10 system as claimed in claim 1, is characterized in that, described mobile 4G communication module (6) is connected through a remote monitoring background, and remote monitoring background is Smartphones, or remote office computers, or PDAs, or vehicle-mounted intelligent terminal equipment; on the downloaded app, access, real-time monitoring and record query, command and inspection, emergency handling, satellite positioning and Mobile trajectory tracking.