CN211785860U - High-voltage mobile test platform - Google Patents
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- CN211785860U CN211785860U CN202020164988.6U CN202020164988U CN211785860U CN 211785860 U CN211785860 U CN 211785860U CN 202020164988 U CN202020164988 U CN 202020164988U CN 211785860 U CN211785860 U CN 211785860U
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Abstract
The utility model provides a high pressure mobile test platform, including removing the box, dress high-voltage testing equipment, inferior high-voltage testing equipment, mechanics combined test equipment, wireless measurement and control cabinet, portable wireless measurement and control platform in removing the box, remove the box and utilize bottom plate, upper cover plate, backplate, front panel, left side board, right side board group to become cuboid box, the left side board outside is equipped with left loading and unloading mechanism hydraulic pressure storehouse, the right side board outside is equipped with right loading and unloading mechanism hydraulic pressure storehouse. The movable box body is divided into a high-voltage test area, a secondary high-voltage test area and a mechanical test area by using a partition plate. The utility model can carry out high-voltage test operation by remote portable wireless measurement and control platform operators, thus reducing the space occupied by the testers in the carriage body and ensuring the safety of the testers; a plurality of partitions can work simultaneously, so that the working efficiency is improved; the movable box body can be lifted by operating the hydraulic cylinders in the hydraulic cabin of the left loading and unloading mechanism and the hydraulic cabin of the right loading and unloading mechanism, so that the movable box body is convenient to move and transport.
Description
Technical Field
The utility model relates to an electric power high voltage test equipment technical field especially relates to a high pressure mobile test platform.
Background
In order to effectively avoid safety accidents in the power industry, it is stipulated that power safety tools, power construction tools and the like should be periodically subjected to preventive tests. According to the requirements of DL/T1746-2015 ' preventive test procedure for electric safety tools and DL/T976-2017 ' preventive test procedure for live-wire tools, devices and equipment ', the insulating tools need to be subjected to preventive tests according to the test methods in the procedures according to the specified period so as to detect the safety effectiveness. At present, most of electrical voltage resistance and mechanical tests on the insulating tools are carried out in a test room, and a tested product needs to be transported to the test room by a vehicle from a user place, and then the tested product is sent back to the hand of the user after being detected. Some users are far away and transport the test bed to a laboratory for long time, which may delay the use of the test bed. Some detection units intensively install the test equipment on the automobile for movement detection, but the movement detection has a potential safety hazard, namely the high-voltage equipment and the operation platform are concentrated in a carriage, and the high-voltage equipment is close to the test personnel, so that the safety of the operation personnel is possibly threatened. In addition, these mobile detection devices must occupy dedicated motor vehicles, wasting vehicle resources when not experimented. If the common box body is adopted for transportation, large-scale hoisting equipment is needed for loading and unloading, and the transportation difficulty is increased. In view of the above, it is necessary to provide a new high-voltage mobile testing platform to solve the above technical problems.
Disclosure of Invention
The technical problem solved by the utility model is to provide a high-voltage mobile test platform, which separates a personnel operating platform from a vehicle-mounted test device, realizes high-voltage parameter measurement and operation control by adopting a wireless connection mode, and an operator operates outside the safe distance of the vehicle-mounted high-voltage test device, thereby avoiding the injury to the human body caused by the fact that a high-voltage detection device is close to the personnel; the platform solves the problem that the high-voltage test platform needs to be moved and transported by means of special vehicles and large-scale hoisting equipment, saves vehicle resources and labor force, and improves the moving and transporting efficiency of the high-voltage test platform.
In order to solve the technical problem, the utility model adopts the following technical scheme: the utility model provides a high pressure removes test platform which characterized in that: the portable wireless measurement and control cabinet comprises a movable box body, high-voltage test equipment, secondary high-voltage test equipment, mechanical comprehensive test equipment, a wireless measurement and control cabinet and a portable wireless measurement and control platform, wherein the high-voltage test equipment, the secondary high-voltage test equipment, the mechanical comprehensive test equipment, the wireless measurement and control cabinet and the portable wireless measurement and control platform are arranged in the movable box body; the rear part of the upper cover plate is hinged with the upper edge of the back plate, an upper cover plate hydraulic cylinder is arranged at the joint of the upper cover plate and the back plate, and the upper cover plate can be converted in a horizontal or vertical state by utilizing the upper cover plate hydraulic cylinder; an upright partition panel connected between the left side plate and the right side plate is arranged in the movable box body, a high-voltage test area is formed between the partition panel and the front panel, and a secondary high-voltage test area and a mechanical test area are formed between the partition panel and the back panel; the wireless measurement and control cabinet and the portable wireless measurement and control console are provided with two sets, wherein one set is used for controlling high-voltage test equipment, and the other set is used for controlling secondary high-voltage test equipment; the high-voltage test equipment is positioned in a high-voltage test area and is divided into a movable part and an immovable part, wherein the movable high-voltage test equipment can be moved to the position above the opened and laid front panel, the secondary high-voltage test equipment is positioned in a secondary high-voltage test area, and the mechanical comprehensive test equipment is positioned in a mechanical test area; one set of the wireless measurement and control cabinet is fixedly arranged in the high-voltage test area, the other set of the wireless measurement and control cabinet is fixedly arranged in the secondary high-voltage test area, one set of the portable wireless measurement and control table is stored in the tool cabinet of the high-voltage test area, the other set of the portable wireless measurement and control table is stored in the tool cabinet of the secondary high-voltage test area, and the portable wireless measurement and control table can move away from the tool cabinet; the portable wireless measurement and control platform comprises a portable wireless control computer, a portable folding type workbench and an emergency wireless control box, the wireless measurement and control cabinet comprises a single-chip microcomputer controller and a wireless communication module, the portable wireless control computer is connected with the wireless communication module of the wireless measurement and control cabinet through a WIFI signal, the emergency wireless control box is provided with an emergency button and a wireless communication module, the wireless communication module of the emergency wireless control box is connected with the wireless communication module of the wireless measurement and control cabinet through an independent wireless channel, and the single-chip microcomputer controller of the wireless measurement and control cabinet is connected with high-voltage test equipment and secondary high-voltage test equipment through cables; and a left loading and unloading mechanism hydraulic cabin is arranged on the outer side of the left side plate, and a right loading and unloading mechanism hydraulic cabin is arranged on the outer side of the right side plate.
Furthermore, two groups of left vertical lifting hydraulic cylinders are arranged in the hydraulic bin of the left loading and unloading mechanism, the two groups of left vertical lifting hydraulic cylinders are installed in the cavity of the hydraulic bin of the left loading and unloading mechanism by utilizing a left horizontal sliding rail, a left horizontal hydraulic cylinder is arranged on the left horizontal sliding rail, and the left horizontal hydraulic cylinder can control the two groups of left vertical lifting hydraulic cylinders to respectively extend out of two sides of the hydraulic bin of the left loading and unloading mechanism; two groups of right vertical lifting hydraulic cylinders are arranged in the hydraulic bin of the right loading and unloading mechanism, the two groups of right vertical lifting hydraulic cylinders are arranged in the cavity of the hydraulic bin of the right loading and unloading mechanism by utilizing right horizontal sliding rails, right horizontal hydraulic cylinders are arranged on the right horizontal sliding rails, and the right horizontal hydraulic cylinders can control the two groups of right vertical lifting hydraulic cylinders to respectively extend out of the two sides of the hydraulic bin of the right loading and unloading mechanism; and the bottoms of the left vertical lifting hydraulic cylinder and the right vertical lifting hydraulic cylinder are respectively provided with a foot margin and a caster.
Further, the high-voltage test equipment comprises a high-voltage test transformer, a high-voltage test voltage divider, an electroscope starting voltage testing device, an insulating rope test frame and a folding type insulating rod testing device, and the secondary high-voltage test equipment comprises a secondary high-voltage test transformer, a secondary high-voltage test voltage divider and an insulating boot insulating glove voltage withstand test device.
Further, a downward-turning door plate is arranged on a back plate outside the secondary high-pressure test area, the downward-turning door plate is controlled to turn by using a downward-turning door hydraulic cylinder, and the downward-turning door plate is pulled to expose secondary high-pressure test equipment for secondary high-pressure test; the mechanical test system is characterized in that a platform entrance door is arranged on the back plate outside the mechanical test area, the platform entrance door is opened to enter the mechanical test area for mechanical test, a partition door is arranged on a partition plate right opposite to the platform entrance door, and the partition door can be opened to communicate the mechanical test area and the high-voltage test area.
Furthermore, the partition plate and the partition door are made of conductive metal materials and are communicated with the grounding wire.
Further, all be equipped with LED display screen, light and suggestion stereo set on upper cover plate and the backplate, portable wireless control computer is equipped with external microphone.
Furthermore, the inner side of the front panel and the bottom plate are provided with slide rails capable of being in butt joint, and the movable high-voltage test equipment moves on the slide rails by utilizing the sliding wheels.
Furthermore, the mechanical comprehensive test equipment comprises a test dummy, and the test dummy is stored in a tool cabinet of the secondary high-voltage test area.
Further, be equipped with safety barrier in the tool cabinet, safety barrier is used for setting up safe district in the experimental equipment periphery of opening.
Furthermore, the downward-turning door plate is an insulating flat plate, a plane insulation test platform and a plane insulation grounding electrode are arranged in the middle of the downward-turning door plate, and voltage withstand tests of the insulating clothes, the insulating pad and the shielding case can be performed.
High pressure mobile test platform sets up test equipment in the removal box, set up portable wireless measurement and control platform into the components of a whole that can function independently portable again, during the experiment, remove portable wireless measurement and control platform from removing box to safe distance, portable wireless measurement and control platform and wireless measurement and control cabinet radio communication, wireless measurement and control cabinet controlgear test equipment again, the content and the suggestion stereo set sound that the portable wireless measurement and control platform operating personnel in a distance can show according to the LED display screen are controlled, can guarantee tester safety, reducible maloperation again, make outdoor removal high pressure, inferior high-voltage testing becomes safe convenient more. The upper cover plate, the front panel and the downward-turning door plate of the back plate of the movable box body are opened to form a large space platform for testing. The movable box body is divided into a high-voltage test area, a secondary high-voltage test area and a mechanical test area, and the three areas can work simultaneously, so that the working efficiency is improved.
The utility model can lift the movable box body by operating the hydraulic cylinders in the hydraulic cabin of the left loading and unloading mechanism and the hydraulic cabin of the right loading and unloading mechanism, and the carriage of the transport vehicle can be driven to the bottom of the movable box body without hoisting equipment, thereby facilitating the operation of loading and unloading vehicles; the left and right vertical lifting hydraulic cylinders can be retracted and can completely enter the hydraulic chambers of the left and right loading and unloading mechanisms, and the external space is not occupied.
Drawings
Fig. 1 is the structure schematic diagram of the front side face of the movable box body of the high-voltage movable test platform.
Fig. 2 is the high pressure mobile test platform's removal box trailing flank structure sketch map.
Fig. 3 is the front side structure schematic diagram of the high-voltage mobile test platform in the test state.
Fig. 4 is the rear side structure schematic diagram of the high-voltage mobile test platform in the test state.
Fig. 5 is a schematic structural diagram of the self-service loading and unloading vehicle of the present invention.
Fig. 6 is a schematic structural diagram of the present invention when the caster is mounted in a moving state.
The corresponding part names in the figure are: 1, a bottom plate; 2, an upper cover plate; 3 a back plate; 4 a front panel; 5, a left side plate; 6 a right side plate; 7, a wireless measurement and control cabinet; 8 front panel hydraulic cylinders; 9, an upper cover plate hydraulic cylinder; 10 partition boards; 11 a tool cabinet; 12 a portable wireless control computer; 13 a portable folding work bench; 14 an emergency wireless control box; 15 left loading and unloading mechanism hydraulic chamber; 16 right loading and unloading mechanism hydraulic cabin; 17 a left vertical lifting hydraulic cylinder; 18 left horizontal slide rail; 19 left horizontal hydraulic cylinder; 20 right vertical lifting hydraulic cylinder; 21 right horizontal sliding rail; 22 right horizontal hydraulic cylinder; 23 feet; 24 casters; 25 an emergency button; 26 high voltage test transformers; 27 high voltage test divider; 28 starting a voltage testing device of the electroscope; 29 insulating rope test stand; 30 folding type insulating rod test device; 31 times high voltage test transformer; 32 times high voltage test divider; 33, a withstand voltage test device for insulating gloves of insulating boots; 34 a flip down door panel; 35 a platform access door; 36 partition doors; 37 LED display screen; 38 lighting lamps; 39 prompt sound equipment; 40 connecting a microphone externally; 41 a slide rail; 42 downward tilt door hydraulic cylinder; 43 test dummy; 44 safety barriers; 45 plane insulation test platform; 46 planar insulated ground electrode.
Detailed Description
In order to clearly understand the technical features, objects, and effects of the present invention, the following detailed description of the embodiments, structures, and features of the present invention will be made with reference to the accompanying drawings and preferred embodiments. In order to facilitate understanding of the present patent application, the front face of the rectangular parallelepiped of the mobile box is taken as a main view face to simply distinguish the front face, the rear face, the left face, the right face, the upper face and the lower face, wherein the front face is called a front panel, the rear face is called a back panel, the lower face is called a bottom panel, the left face is called a left side panel, and the right face is called a right side panel. The drawings are only for reference and illustration purposes and are not intended to limit the invention.
Referring to fig. 1 to 6, the present invention provides a high-pressure mobile test platform, which comprises a mobile box, a high-pressure test device, a secondary high-pressure test device, a mechanical comprehensive test device, a wireless measurement and control cabinet 7, and a portable wireless measurement and control console, wherein the mobile box is a rectangular box composed of a bottom plate 1, an upper cover plate 2, a back plate 3, a front plate 4, a left side plate 5, and a right side plate 6, wherein the bottom plate, the back plate, the left side plate, and the right side plate are fixedly assembled, the bottom of the front plate is hinged to the bottom plate, a front panel hydraulic cylinder 8 is arranged inside the bottom of the front plate, and the front panel hydraulic cylinder 8 can be used to convert the front panel in a horizontal or vertical state; the rear part of the upper cover plate 2 is hinged with the upper edge of the back plate 3, an upper cover plate hydraulic cylinder 9 is arranged at the joint of the upper cover plate 2 and the back plate 3, and the upper cover plate 2 can be converted in a horizontal or vertical state by utilizing the upper cover plate hydraulic cylinder 9; an upright partition panel 10 connected between the left side plate and the right side plate is arranged in the movable box body, a high-voltage test area is formed between the partition panel 10 and the front panel 4, and a secondary high-voltage test area and a mechanical test area are formed between the partition panel 10 and the back panel 3; the wireless measurement and control cabinet and the portable wireless measurement and control console are provided with two sets, wherein one set is used for controlling high-voltage test equipment, and the other set is used for controlling secondary high-voltage test equipment; the high-voltage test equipment is positioned in a high-voltage test area and is divided into a movable part and an immovable part, wherein the movable high-voltage test equipment can be moved to the position above the opened and flat front panel 4, the secondary high-voltage test equipment is positioned in a secondary high-voltage test area, and the mechanical comprehensive test equipment is positioned in a mechanical test area; one set of the wireless measurement and control cabinet is fixedly arranged in the high-voltage test area, the other set of the wireless measurement and control cabinet is fixedly arranged in the secondary high-voltage test area, one set of the portable wireless measurement and control table is stored in the tool cabinet 11 of the high-voltage test area, the other set of the portable wireless measurement and control table is stored in the tool cabinet 11 of the secondary high-voltage test area, and the portable wireless measurement and control table can move away from the tool cabinet 11; the portable wireless measurement and control platform comprises a portable wireless control computer 12, a portable folding type workbench 13 and an emergency wireless control box 14, the wireless measurement and control cabinet 7 comprises a single chip microcomputer controller and a wireless communication module, the portable wireless control computer 12 is connected with the wireless communication module of the wireless measurement and control cabinet 7 through a WIFI signal, the emergency wireless control box 14 is provided with an emergency button 25 and a wireless communication module, the wireless communication module of the emergency wireless control box 14 is connected with the wireless communication module of the wireless measurement and control cabinet through an independent wireless channel, and the single chip microcomputer controller of the wireless measurement and control cabinet 7 is connected with high-voltage test equipment and secondary high-voltage test equipment through cables. The portable wireless control computer 12, the emergency wireless control box 14 and the wireless measurement and control cabinet 7 form dual-channel communication. The portable wireless control computer 12 sends a control command and receives test data through a WIFI signal; when the portable wireless control computer 12 fails, the emergency wireless control box 14 sends a command to the wireless measurement and control cabinet 7 through an independent wireless channel to forcibly turn off the test equipment, so as to play a role in emergency protection.
A left loading and unloading mechanism hydraulic chamber 15 is arranged on the outer side of the left side plate 5, and a right loading and unloading mechanism hydraulic chamber 16 is arranged on the outer side of the right side plate 6. Two groups of left vertical lifting hydraulic cylinders 17 are arranged in the left loading and unloading mechanism hydraulic bin 15, the two groups of left vertical lifting hydraulic cylinders are arranged in the cavity of the left loading and unloading mechanism hydraulic bin 15 by utilizing left horizontal slide rails 18, left horizontal hydraulic cylinders 19 are arranged on the left horizontal slide rails 18, and the left horizontal hydraulic cylinders 19 can control the two groups of left vertical lifting hydraulic cylinders 17 to respectively extend out of two sides of the left loading and unloading mechanism hydraulic bin 15; two groups of right vertical lifting hydraulic cylinders 20 are arranged in the right loading and unloading mechanism hydraulic bin 16, the two groups of right vertical lifting hydraulic cylinders 20 are arranged in a cavity of the right loading and unloading mechanism hydraulic bin 16 by utilizing right horizontal slide rails 21, right horizontal hydraulic cylinders 22 are arranged on the right horizontal slide rails 21, and the right horizontal hydraulic cylinders 22 can control the two groups of right vertical lifting hydraulic cylinders 20 to respectively extend out of two sides of the right loading and unloading mechanism hydraulic bin 16; the bottoms of the left vertical lifting hydraulic cylinder 17 and the right vertical lifting hydraulic cylinder 20 are respectively provided with a foot 23 and a caster 24.
The high-voltage test equipment comprises a high-voltage test transformer 26, a high-voltage test voltage divider 27, an electroscope starting voltage testing device 28, an insulating rope test frame 29 and a folding type insulating rod testing device 30, and the secondary high-voltage test equipment comprises a secondary high-voltage test transformer 31, a secondary high-voltage test voltage divider 32 and an insulating boot insulating glove voltage withstand testing device 33.
A downward-turning door plate 34 is arranged on the back plate 3 outside the secondary high-pressure test area, the downward-turning door plate 34 is controlled to turn by using a downward-turning door hydraulic cylinder 42, and the downward-turning door plate is pulled to expose secondary high-pressure test equipment for secondary high-pressure test; be equipped with platform entry door 35 on the backplate 3 in the mechanical test district outside, open platform entry door 35 and get into the mechanical test district and carry out mechanical test, be equipped with on the just partition panel 10 of platform entry door 35 and cut off door 36, open and cut off door 36 and can communicate mechanical test district and high-pressure test district. The mechanical comprehensive test equipment can be used for carrying out static load tests on safety tools such as safety belts, safety ropes, foot fasteners, climbing plates, insulating ladders 47 and the like. In the insulating ladder test process, insulating ladder is longer, adjusts the angle that 2 expandes of upper cover plate, will insulate the ladder by putting at partition panel 10 top edge, adjusts the angle that insulating ladder supported, utilizes wire rope to pass the partition panel and draws forth the pulling force and connect on insulating ladder, accomplishes the insulating ladder test.
The partition plate 10 and the partition door 35 are made of conductive metal and are communicated with a ground wire. High-voltage radiation of high-voltage test equipment to equipment and personnel in a secondary high-voltage test area and a mechanical test area is avoided.
All be equipped with LED display screen 37, light 38 and suggestion stereo set 39 on upper cover plate and the backplate, portable wireless control computer 12 is equipped with external microphone 40, and portable wireless control computer 12 passes through the bluetooth signal and corresponds LED display screen 37 and suggestion stereo set 39 and be connected, carries out experimental state demonstration and voice broadcast, conveys the microphone signal to the suggestion stereo set simultaneously, carries out instant calling.
The inner side of the front panel 4 and the bottom plate 1 are provided with slide rails 41 which can be butted, and the movable high-voltage test equipment moves on the slide rails by utilizing the sliding wheels.
The mechanical comprehensive test device comprises a test dummy 43, and the test dummy 43 is stored in a tool cabinet of the secondary high-voltage test area. When the anti-falling safety belt is tested, a test simulator 43 is required to be used for testing, and the anti-falling safety belt is placed in a tool cabinet when not used.
Be equipped with safety barrier 44 in the tool cabinet, safety barrier 44 is used for setting up safe district at the experimental equipment periphery of opening.
The downward-turning door panel 34 is an insulating flat plate, and the middle part of the downward-turning door panel 34 is provided with a plane insulation test platform 45 and a plane insulation grounding electrode 46, so that voltage withstand tests of insulating clothes, insulating pads and shielding cases can be performed.
When the high-pressure mobile test platform based on the structural design is loaded and unloaded, all equipment is loaded into the mobile box body, and the upper cover plate 2, the front panel 4, the platform entrance door 35 and the downward-turning door panel 34 are all in a closed state. Control left side horizontal hydraulic cylinder 19 through hydraulic controller and make two sets of left side vertical lift pneumatic cylinders 17 stretch out the 15 both sides outsides in left loading and unloading mechanism hydraulic pressure storehouse respectively, control right side horizontal hydraulic cylinder 22 through hydraulic controller and make two sets of right side vertical lift pneumatic cylinders 20 stretch out the 16 both sides outsides in right loading and unloading mechanism hydraulic pressure storehouse respectively, then left side vertical lift pneumatic cylinder 17, right side vertical lift pneumatic cylinder 20 push away lower margin 23 to ground after the pressurization simultaneously, will the utility model discloses wholly rise, under the motor vehicle railway carriage drives into the removal box, withdraw left side vertical lift pneumatic cylinder 17 and right side vertical lift pneumatic cylinder 20 and realize self-service loading. The reverse steps are taken when unloading. When short-distance movement is needed, feet 23 can be replaced by casters 24, and the short-distance movement is completed by manual pushing.
After the movable box body is parked in place, the upper cover plate 2 can be turned upwards by operating the upper cover plate hydraulic cylinder 9, so that the LED display screen 37 and the illuminating lamp 38 are exposed; operating the front panel hydraulic cylinder 8 to flatten the front panel 4 outwards; pushing the movable high-voltage test equipment outwards to the upper part of the flattened front panel 4; opening the flip down door panel 34 exposes the sub-high pressure testing apparatus. During testing, the portable wireless measurement and control console is moved away from the mobile box body 1 to a safe distance, and a safe area is arranged on the periphery of the opened testing equipment by using the safety guardrail 44; the ground line was grounded, and the test was performed by operating the portable wireless control computer 12 with the power supply turned on. In the test process, the operation personnel can control according to the content that LED display screen 37 shows and suggestion stereo set 39 sound, can guarantee tester safety, reducible maloperation again makes outdoor removal high-voltage testing become safe more convenient.
The previous description of the disclosed embodiments is provided to enable any person skilled in the art to make or use the present invention. Various modifications to the above-described embodiments will be readily apparent to those skilled in the art, and the generic principles defined herein may be applied to other embodiments without departing from the spirit or scope of the invention. Thus, the present invention is not intended to be limited to the embodiments shown herein but is to be accorded the widest scope consistent with the principles and novel features disclosed herein.
Claims (10)
1. The utility model provides a high pressure removes test platform which characterized in that: the portable wireless measurement and control cabinet comprises a movable box body, high-voltage test equipment, secondary high-voltage test equipment, mechanical comprehensive test equipment, a wireless measurement and control cabinet and a portable wireless measurement and control platform, wherein the high-voltage test equipment, the secondary high-voltage test equipment, the mechanical comprehensive test equipment, the wireless measurement and control cabinet and the portable wireless measurement and control platform are arranged in the movable box body; the rear part of the upper cover plate is hinged with the upper edge of the back plate, an upper cover plate hydraulic cylinder is arranged at the joint of the upper cover plate and the back plate, and the upper cover plate can be converted in a horizontal or vertical state by utilizing the upper cover plate hydraulic cylinder; an upright partition panel connected between the left side plate and the right side plate is arranged in the movable box body, a high-voltage test area is formed between the partition panel and the front panel, and a secondary high-voltage test area and a mechanical test area are formed between the partition panel and the back panel; the wireless measurement and control cabinet and the portable wireless measurement and control console are provided with two sets, wherein one set is used for controlling high-voltage test equipment, and the other set is used for controlling secondary high-voltage test equipment; the high-voltage test equipment is positioned in a high-voltage test area and is divided into a movable part and an immovable part, wherein the movable high-voltage test equipment can be moved to the position above the opened and laid front panel, the secondary high-voltage test equipment is positioned in a secondary high-voltage test area, and the mechanical comprehensive test equipment is positioned in a mechanical test area; one set of the wireless measurement and control cabinet is fixedly arranged in the high-voltage test area, the other set of the wireless measurement and control cabinet is fixedly arranged in the secondary high-voltage test area, one set of the portable wireless measurement and control table is stored in the tool cabinet of the high-voltage test area, the other set of the portable wireless measurement and control table is stored in the tool cabinet of the secondary high-voltage test area, and the portable wireless measurement and control table can move away from the tool cabinet; the portable wireless measurement and control platform comprises a portable wireless control computer, a portable folding type workbench and an emergency wireless control box, the wireless measurement and control cabinet comprises a single-chip microcomputer controller and a wireless communication module, the portable wireless control computer is connected with the wireless communication module of the wireless measurement and control cabinet through a WIFI signal, the emergency wireless control box is provided with an emergency button and a wireless communication module, the wireless communication module of the emergency wireless control box is connected with the wireless communication module of the wireless measurement and control cabinet through an independent wireless channel, and the single-chip microcomputer controller of the wireless measurement and control cabinet is connected with high-voltage test equipment and secondary high-voltage test equipment through cables; and a left loading and unloading mechanism hydraulic cabin is arranged on the outer side of the left side plate, and a right loading and unloading mechanism hydraulic cabin is arranged on the outer side of the right side plate.
2. The high-voltage mobile test platform of claim 1, wherein: two groups of left vertical lifting hydraulic cylinders are arranged in the left loading and unloading mechanism hydraulic bin, the two groups of left vertical lifting hydraulic cylinders are arranged in the cavity of the left loading and unloading mechanism hydraulic bin by utilizing a left horizontal slide rail, a left horizontal hydraulic cylinder is arranged on the left horizontal slide rail, and the left horizontal hydraulic cylinder can control the two groups of left vertical lifting hydraulic cylinders to respectively extend out of two sides of the left loading and unloading mechanism hydraulic bin; two groups of right vertical lifting hydraulic cylinders are arranged in the hydraulic bin of the right loading and unloading mechanism, the two groups of right vertical lifting hydraulic cylinders are arranged in the cavity of the hydraulic bin of the right loading and unloading mechanism by utilizing right horizontal sliding rails, right horizontal hydraulic cylinders are arranged on the right horizontal sliding rails, and the right horizontal hydraulic cylinders can control the two groups of right vertical lifting hydraulic cylinders to respectively extend out of the two sides of the hydraulic bin of the right loading and unloading mechanism; and the bottoms of the left vertical lifting hydraulic cylinder and the right vertical lifting hydraulic cylinder are respectively provided with a foot margin and a caster.
3. The high-voltage mobile test platform of claim 1, wherein: the high-voltage test equipment comprises a high-voltage test transformer, a high-voltage test voltage divider, an electroscope starting voltage test device, an insulating rope test frame and a folding type insulating rod test device, and the secondary high-voltage test equipment comprises a secondary high-voltage test transformer, a secondary high-voltage test voltage divider and an insulating boot insulating glove voltage withstand test device.
4. The high-voltage mobile test platform of claim 1, wherein: a downward-turning door plate is arranged on the back plate outside the secondary high-pressure test area, and the downward-turning door plate is pulled to expose secondary high-pressure test equipment for secondary high-pressure test; the mechanical test system is characterized in that a platform entrance door is arranged on the back plate outside the mechanical test area, the platform entrance door is opened to enter the mechanical test area for mechanical test, a partition door is arranged on a partition plate right opposite to the platform entrance door, and the partition door can be opened to communicate the mechanical test area and the high-voltage test area.
5. The high-voltage mobile test platform of claim 4, wherein: the partition plate and the partition door are made of conductive metal materials and are communicated with the grounding wire.
6. The high-voltage mobile test platform of claim 1, wherein: all be equipped with LED display screen, light and suggestion stereo set on upper cover plate and the backplate, portable wireless control computer is equipped with the microphone.
7. The high-voltage mobile test platform of claim 1, wherein: the inner side of the front panel and the bottom plate are provided with slide rails capable of being butted, and the movable high-voltage test equipment moves on the slide rails by utilizing the sliding wheels.
8. The high-voltage mobile test platform of claim 1, wherein: the mechanical comprehensive test equipment comprises a test dummy, and the test dummy is stored in a tool cabinet of the secondary high-voltage test area.
9. The high-voltage mobile test platform of claim 1, wherein: be equipped with safety barrier in the tool cabinet, safety barrier is used for setting up safe district in the test equipment periphery of opening.
10. The high-voltage mobile test platform of claim 4, wherein: the downward-turning type door plate is an insulating flat plate, the middle part of the downward-turning type door plate is provided with a plane insulation test platform and a plane insulation grounding electrode, and voltage withstand tests of the insulating clothes, the insulating pad and the shielding case can be performed.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202020164988.6U CN211785860U (en) | 2020-02-13 | 2020-02-13 | High-voltage mobile test platform |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202020164988.6U CN211785860U (en) | 2020-02-13 | 2020-02-13 | High-voltage mobile test platform |
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| CN211785860U true CN211785860U (en) | 2020-10-27 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111123024A (en) * | 2020-02-13 | 2020-05-08 | 河北翔卓电力科技有限公司 | High-voltage mobile test platform |
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2020
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111123024A (en) * | 2020-02-13 | 2020-05-08 | 河北翔卓电力科技有限公司 | High-voltage mobile test platform |
| CN111123024B (en) * | 2020-02-13 | 2024-05-31 | 河北翔卓电力科技有限公司 | High-voltage mobile test platform |
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Effective date of registration: 20210428 Address after: 071000 Jinxiu street, Gao Kai District, Baoding, Hebei Province, No. 658 Patentee after: BAODING HIB ELECTRIC Co.,Ltd. Address before: 071051 South workshop East, No. 132, Yunshan Road, Jingxiu District, Baoding City, Hebei Province Patentee before: Hebei xiangzhuo Power Technology Co.,Ltd. |