CN207994723U - A kind of multifunctional mobile Substation Electric Equipment monitoring arrangement - Google Patents

Abstract

A multifunctional mobile substation electrical equipment monitoring device relates to a monitoring device. At present, when equipment problems or hidden dangers do not reach the level of power outage equipment, it is necessary to rely on personnel to monitor the problem equipment, and the labor cost is high. The utility model includes a camera with a communication module, a universal pan platform, a battery, a retractable insulating rod arranged under the battery, a fixed bracket arranged under the insulating rod for support, and a wireless connection with the camera for real-time viewing The terminal of the equipment patrol image; the camera and the battery are connected through the power line; the fixed bracket is placed on the ground to support the insulating rod, and the connection between the fixed bracket and the insulating rod, and between the insulating rod and the universal head is detachable. This technical solution is mainly used for monitoring hidden danger equipment or parts of substations at various levels in the power system. It monitors the slow change trend of equipment hidden dangers, so that equipment hidden dangers do not stop the equipment before reaching the defect, ensuring the reliability of power supply for users, and can also reduce manpower. synergy.

Description

A multifunctional mobile substation electrical equipment monitoring device

technical field

The utility model relates to a monitoring device, in particular to a multifunctional mobile substation electrical equipment monitoring device.

Background technique

At present, when equipment problems or hidden dangers are found in substations, but they do not reach the level that requires power outages, personnel are used to monitor equipment problems. With the expansion of the number of substations, unattended substations continue to expand, and monitoring by personnel is no longer sufficient. , the use of technical means to strengthen equipment monitoring is essential. The monitoring video installed in the existing substation does not meet the monitoring needs due to the number and installation angle.

Utility model content

The technical problem to be solved and the technical task proposed by the utility model are to perfect and improve the existing technical solutions, and to provide a multifunctional mobile substation electrical equipment monitoring device to meet the purpose of monitoring. For this reason, the utility model takes the following technical solutions.

A multifunctional mobile substation electrical equipment monitoring device is characterized in that it includes a camera with a communication module for photographing hidden equipment or parts of the substation, a universal pan-tilt that supports the camera and can turn, and is installed in a universal The battery under the pan/tilt used to power the camera, the retractable insulating rod under the battery, the fixed bracket under the insulating rod for support, and the terminal wirelessly connected to the camera for viewing the inspection image of the device in real time; The camera is connected to the battery through a power cord; the fixed bracket is placed on the ground to support the insulating rod, and the connection between the fixed bracket and the insulating rod, and between the insulating rod and the universal head is detachable. . This technical solution is mainly used for monitoring hidden danger equipment or parts of substations at various levels in the power system. It monitors the slow change trend of equipment hidden dangers, grasps the influence of equipment on the operation of live equipment due to temperature, load, and environmental changes, and makes equipment hidden dangers through 24-hour uninterrupted monitoring. The equipment is not stopped before the defect is reached, ensuring the reliability of the power supply of the user. In addition, it can reduce the number of people and increase efficiency, and there is no need to arrange personnel to monitor the equipment 24 hours a day. There are detachable connections between the fixed bracket and the insulating rod, and between the insulating rod and the universal head. The monitoring of the live equipment in the substation of each level of the power system can be realized by replacing the insulating rod. The terminal can include a PC placed in the main control room of the substation, which can monitor the abnormality of the equipment at any time, or extract and store the video for analysis. The terminal can also include a mobile terminal, which improves the flexibility of monitoring.

When the fixed bracket is removed, the device can also be used for inspection; of course, the fixed bracket can also be kept; the image captured by the camera can be viewed in real time by the terminal, and the image can be saved at the same time. , Repeated viewing of video. This technology is conveniently provided with retractable insulating rods to adapt to equipment of different heights. It is not necessary to climb high and can be used flexibly, which effectively improves work efficiency. At the same time, because the insulating rods are slender rods, when the distance between equipment is relatively small, human eyes cannot detect them. When using the camera, the camera can be stretched through the hand-held pole, and the situation of the equipment can be checked through the camera, which increases the viewing angle and reduces potential safety hazards. A single person can complete the inspection and reduce labor costs. Moreover, the insulating rod increases the safety distance of personnel, further improving safety. And by replacing the insulating rods, it can realize the inspection of live equipment in substations of all levels in the power system, and solve the problems that equipment defects or hidden dangers cannot be found during manual inspection due to the safety distance of equipment live personnel, equipment height, installation location, etc. .

As a further improvement and supplement to the above technical solution, the utility model also includes the following additional technical features.

Further, the insulating rods include a variety of insulating rods of different voltage levels to be used in substations of various voltage levels. Improve the scope of application and help reduce costs.

Further, the bottom of the insulating rod is provided with a lower insulating handle formed by wrapping a rubber layer. Effectively improve the insulation effect.

Further, the insulating rod above the lower insulating handle is wrapped with a rubber layer to form an upper insulating handle. There are upper and lower insulated handles, which can be held with both hands, which improves the stability of operation, and is conducive to extending into small spaces to reduce equipment damage caused by collisions.

Further, a vertical insulating seat is provided on the insulating rod between the upper insulating handle and the lower insulating handle, and the insulating seat includes a vertically arranged "X"-shaped bottom plate, and insulating protrusions are provided at the four corners of the bottom plate. To increase the insulation distance and form the accommodation cavity. Components can be placed in the cavity to improve the flexibility and convenience of operation. Hand-held terminals can also be placed to realize single-person inspections. For inspections that cannot be performed with the naked eye, real-time inspections of difficult-to-inspect locations can be performed with the help of cameras and handheld terminals.

Further, the insulating rod is provided with two insulating seats arranged opposite to each other. The insulating seats are arranged opposite to each other, which not only increases the accommodation space, but also helps protect the operator's hands, increases the safety distance from the equipment, and improves safety.

The insulating seat is close to the lower insulating handle. It can reduce the impact on the insulating operating rod, especially for insufficient space, when the insulating operating rod needs to be inserted, the insulating seat is close to the lower insulating handle, which can increase the length of the extending. At the same time, it is also convenient for inspectors to check the handheld terminal located in the insulating seat to reduce occlusion.

Further, the terminal includes a handheld terminal; one insulating seat accommodates the handheld terminal; the other insulating seat is provided with a control device for controlling the steering of the universal pan/tilt. The control device can be detached from the universal head, and it is convenient to replace insulating rods of different insulation levels, and it is not necessary to install a universal head and a control device for the universal head on all insulating rods, which effectively reduces costs, and the control device It is arranged in the insulating seat at the lower end of the insulating rod, and is easy to operate. The terminal can also include a PC for remote monitoring.

Further, the insulating protrusion is a tapered elastic rubber piece. The insulating protrusions can be used as supporting points, and the elastic rubber parts help to improve the clamping force and the safety of operation, and at the same time reduce the damage to equipment components.

The length range of the insulating rod is 1-7m. The fixed bracket is a tripod, the communication module is a 4G communication module, and the handheld terminal is provided with a 4G communication module for receiving camera information. Insulated poles are retractable to accommodate different equipment heights and allow for easy portability. Using 4G communication, remote monitoring can be carried out to improve the flexibility of monitoring.

Beneficial effect:

1. This technical solution is mainly used for the monitoring of hidden danger equipment or parts of substations at all levels in the power system, monitoring the slow change trend of equipment hidden dangers, mastering the impact of equipment on the operation of live equipment due to temperature, load, and environmental changes, and making equipment through 24-hour uninterrupted monitoring. The hidden danger does not stop the equipment before the defect is reached, ensuring the reliability of the user's power supply. In addition, it can reduce the number of people and increase efficiency, and there is no need to arrange personnel to monitor the equipment 24 hours a day.

2. There are detachable connections between the fixed bracket and the insulating rod, and between the insulating rod and the universal head. The monitoring of live equipment in substations of all levels of the power system can be realized by replacing the insulating rod.

3. This technical solution can also be used for the inspection of live equipment in substations of all levels in the power system. The images captured by the camera can be viewed in real time by the handheld terminal, and the images can be saved at the same time. of repeated viewings.

4. This technology is conveniently equipped with retractable insulating rods to adapt to equipment of different heights; when used for inspection, it is not necessary to climb high, and it is flexible to use, which effectively improves work efficiency; When the distance is relatively small and the naked eye cannot detect it, the camera can be stretched through the handheld rod, and the situation of the equipment can be checked through the camera, which increases the viewing angle and reduces potential safety hazards. Solve the problems of equipment defects or hidden dangers that cannot be found during manual inspections due to the safety distance of equipment live personnel, equipment height, installation location, etc.

5. There are upper and lower insulated handles, which can be held with both hands, which improves the stability of operation, and is conducive to extending into small spaces to reduce equipment damage caused by collisions.

6. Devices can be placed in the accommodation cavity to improve the flexibility and convenience of operation. Hand-held terminals can also be placed to realize single-person inspections. For artificial naked eyes, it is impossible to inspect. With the help of cameras and handheld terminals, real-time inspections of difficult-to-inspect locations are performed. .

7. The insulating seats are set opposite to each other, which not only increases the accommodation space, but also helps to protect the operator's hands, increases the safe distance from the equipment, and improves safety.

8. When the insulating seat is close to the lower insulating handle, it can reduce the impact on the insulating operating rod, especially for the lack of space, when the insulating operating rod needs to be extended, the insulating seat is close to the lower insulating handle, which can increase the length of the insertion. At the same time, it is also convenient for inspectors to check the handheld terminal located in the insulating seat to reduce occlusion.

9. When the control device can be detached with the universal head, it is convenient to replace the insulating rods of different insulation levels, and it is not necessary to install a universal head and the control device of the universal head on all the insulating rods, which effectively reduces the cost , and the control device is located in the insulating seat at the lower end of the insulating rod, which is easy to operate.

10. The tapered elastic rubber part can be used as a support point, and the elastic rubber part helps to improve the clamping force and the safety of operation, and at the same time reduces the damage to the equipment parts.

Description of drawings

Fig. 1 is a structural diagram of the utility model.

Fig. 2 is a structural schematic diagram of the utility model when it is used for inspection.

Fig. 3 is a schematic diagram of another structure of the utility model when it is used for inspection.

In the figure: 1-camera; 2-universal head; 3-insulating rod; 4-lower insulating handle; 5-upper insulating handle; 6-terminal; 7-insulating seat; 701-insulating protrusion; 8-fixing bracket ; 9-battery; 10-power cord.

Detailed ways

The technical solution of the utility model is described in further detail below in conjunction with the accompanying drawings of the description.

As shown in Figure 1, the utility model includes a camera 1 with a communication module for shooting hidden equipment or parts of substations, a universal pan-tilt 2 that supports the camera 1 and can turn, and is located under the universal pan-tilt 2 A battery 9 for powering the camera 1, a retractable insulating rod 3 located below the battery 9, a fixed bracket 8 provided below the insulating rod 3 for support, and a wireless connection with the camera 1 for real-time viewing of equipment tour images The terminal 6; the camera 1 is connected to the battery 9 through a power cord 10; the fixed bracket 8 is placed on the ground to support the insulating rod 3, and between the fixed bracket 8 and the insulating rod 3, the insulating rod 3 Both are detachable connections with the universal head 2. This technical solution is mainly used for monitoring hidden danger equipment or parts of substations at various levels in the power system. It monitors the slow change trend of equipment hidden dangers, grasps the influence of equipment on the operation of live equipment due to temperature, load, and environmental changes, and makes equipment hidden dangers through 24-hour uninterrupted monitoring. The equipment is not stopped before the defect is reached, ensuring the reliability of the power supply of the user. In addition, it can reduce the number of people and increase efficiency, and there is no need to arrange personnel to monitor the equipment 24 hours a day.

Between the fixed bracket 8 and the insulating rod 3, between the insulating rod 3 and the universal platform 2 are detachable connections, and the monitoring of live equipment in substations of all levels of the power system can be realized by replacing the insulating rod 3.

The telescopic insulating pole 3 can adapt to equipment of different heights, and the most intuitive and clear monitoring of the equipment is carried out.

In order to realize the stable placement of the fixing bracket 8, the fixing bracket 8 is a tripod.

The terminal can include a PC placed in the main control room of the substation, which can monitor the abnormality of the equipment at any time, or extract and store the video for analysis.

To facilitate remote monitoring, the terminal can also include a mobile terminal to improve the flexibility of monitoring. The communication module is a 4G communication module, and the handheld terminal is provided with a 4G communication module for receiving camera information, which improves the flexibility of monitoring.

As shown in Figure 2, when the fixing bracket 8 is removed, the device can also be used for inspection. At this time, the retractable insulating rod 3 avoids the situation that the operator needs to climb a height due to insufficient height, and is flexible to use, which effectively improves the work efficiency; at the same time, because the insulating rod 3 is a slender rod, when the distance between the equipment is relatively small, it is difficult for human eyes to see. When it is impossible to detect, you can extend the camera 1 through the handheld pole, and check the equipment through the camera 1, which increases the viewing angle and reduces potential safety hazards. A single person can complete the inspection and reduce labor costs. And insulating rod 3 has increased the safe distance of personnel, has improved safety further. This technical solution can be used for the inspection of live equipment in substations of all levels in the power system, and solves the problems that equipment defects or hidden dangers cannot be found during manual inspection due to the safety distance of equipment live personnel, equipment height, installation location, etc.

In order to improve the scope of application and help reduce costs; the insulating rods 3 include a variety of insulating rods 3 of different voltage levels to be used in substations of various voltage levels.

In order to improve the insulating effect, the bottom of the insulating rod 3 is provided with a lower insulating handle 4 wrapped with a rubber layer.

In order to improve the stability of operation, the insulating rod 3 above the lower insulating handle 4 is covered with an upper insulating handle 5 formed by a rubber layer. There are upper and lower insulated handles 5 and 4, which can be held by both hands to improve the stability of the operation, and it is beneficial to extend into small spaces to reduce equipment damage caused by collisions.

In order to adapt to different equipment heights, the length range of the insulating rod 3 is 1-7m. The insulating rod 3 is retractable so as to adapt to different equipment heights and is convenient to carry.

As shown in Figure 3, in order to realize single-person inspection: the insulating rod 3 between the upper insulating handle 5 and the lower insulating handle 4 is provided with a vertical insulating seat 7, and the insulating seat 7 includes a vertical The "×"-shaped bottom plate, the four corners of the bottom plate are provided with insulating protrusions 701 to increase the insulation distance and form a receiving cavity. Components can be placed in the accommodation cavity to improve the flexibility and convenience of operation. Hand-held terminals 6 can also be placed to realize single-person inspections. For artificial naked eyes, inspections cannot be performed. With the help of the camera 1 and the handheld terminal 6, real-time inspections of difficult-to-inspect locations are carried out. inspection.

In order to increase the space for accommodating devices, the insulating rod 3 is provided with two opposite insulating seats 7 . The insulating seats 7 are set opposite to each other, which not only increases the accommodation space, but also helps protect the operator's hands, increases the safety distance from the equipment, and improves safety.

In order to reduce the impact of the insulating base 7 on the insulating operating rod, the insulating base 7 is close to the lower insulating handle 4 . It can reduce the impact on the insulating operating rod, especially for the lack of space, when the insulating operating rod needs to be inserted, the insulating seat 7 is close to the lower insulating handle 4, which can increase the length of the extending. Simultaneously, it is also convenient for inspectors to view the hand-held terminal 6 located in the insulating seat 7 to reduce occlusion.

In order to reduce the cost, one insulating seat 7 accommodates the handheld terminal 6; the other insulating seat 7 is provided with a control device for controlling the steering of the gimbal 2. The control device can be detached from the universal head 2, and it is convenient to replace the insulating rods 3 of different insulation levels, and it is not necessary to set the universal head 2 and the control device of the universal head 2 on all the insulating rods 3, effectively reducing the Cost, and the control device is located in the insulating seat 7 of the lower end of the insulating rod 3, easy to operate.

In order to improve the clamping force on the handheld terminal 6 and the like, the insulating protrusion 701 is a tapered elastic rubber member. The insulating protrusion 701 can be used as a support point, and has an elastic rubber part, which helps to improve the clamping force and the safety of operation, and at the same time reduces damage to equipment components.

The multifunctional mobile substation electrical equipment monitoring device shown in Figures 1-3 above is a specific embodiment of the utility model, which has already reflected the substantive features and progress of the utility model, and can be used in the utility model according to actual needs. Under the enlightenment of the new model, the equivalent modification of its shape, structure and other aspects are all within the scope of protection of this scheme.

Claims (10)

1. a kind of multifunctional mobile Substation Electric Equipment monitoring arrangement, it is characterised in that：Include the use with communication module In camera, support camera and the universal turning bench that can be turned to shot to substation's hidden danger equipment or position, it is set to ten thousand To the battery powered for camera below holder, the telescopic insulating bar below battery, it is set to below insulating bar The fixing bracket being used to support, the terminal being wirelessly connected for real time inspection equipment-patrolling image with camera；Described takes the photograph As being connected by power cord between head and battery；The fixing bracket lands placement with supports insulative bar, the fixed branch It is detachable company between frame and insulating bar, between insulating bar and universal turning bench.

2. a kind of multifunctional mobile Substation Electric Equipment monitoring arrangement according to claim 1, it is characterised in that：Institute The insulating bar stated includes the insulating bar of a variety of different voltages grades to be used in the substation of voltage class at different levels.

3. a kind of multifunctional mobile Substation Electric Equipment monitoring arrangement according to claim 1, it is characterised in that：Institute The bottom for the insulating bar stated is equipped with the lower insulated handle that package rubber layer is formed.

4. a kind of multifunctional mobile Substation Electric Equipment monitoring arrangement according to claim 3, it is characterised in that：Institute The upper insulated handle that rubber layer is formed is wrapped up on the insulating bar of the top for the lower insulated handle stated.

5. a kind of multifunctional mobile Substation Electric Equipment monitoring arrangement according to claim 4, it is characterised in that：Institute Insulating bar between the upper insulated handle and lower insulated handle stated is equipped with vertical insulating base, and the insulating base includes vertical The "×" type bottom plate of setting, bottom plate four corners are equipped with insulation protrusion to increase insulation distance and form accommodating chamber.

6. a kind of multifunctional mobile Substation Electric Equipment monitoring arrangement according to claim 5, it is characterised in that：Institute The insulating base being disposed opposite to each other there are two being set on the insulating bar stated.

7. a kind of multifunctional mobile Substation Electric Equipment monitoring arrangement according to claim 5, it is characterised in that：Institute The insulating base stated is close to lower insulated handle.

8. a kind of multifunctional mobile Substation Electric Equipment monitoring arrangement according to claim 6, it is characterised in that：Institute The terminal stated includes handheld terminal；Handheld terminal is accommodated in one insulating base；It is equipped in another insulating base for controlling universal turning bench The control device of steering.

9. a kind of multifunctional mobile Substation Electric Equipment monitoring arrangement according to claim 5, it is characterised in that：Institute The insulation protrusion stated is tapered elastic rubber.

10. a kind of multifunctional mobile Substation Electric Equipment monitoring arrangement according to claim 8, it is characterised in that： The length range of the insulating bar is 1-7m, and the fixing bracket is tripod, and the communication module is that 4G communicates mould Block, the handheld terminal are equipped with the 4G communication modules for receiving camera information.