CN205128481U - High voltage supply insulator belt cleaning device - Google Patents
High voltage supply insulator belt cleaning device Download PDFInfo
- Publication number
- CN205128481U CN205128481U CN201520900533.5U CN201520900533U CN205128481U CN 205128481 U CN205128481 U CN 205128481U CN 201520900533 U CN201520900533 U CN 201520900533U CN 205128481 U CN205128481 U CN 205128481U
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- motor
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- sap cavity
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- pipe
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Abstract
The utility model relates to a high voltage supply insulator belt cleaning device, including first stirring chamber, first stirring chamber upper portion left side is connected with the feed liquor pipe, first stirring chamber right side is provided with the confession sap cavity, supply sap cavity upper portion to be provided with the motor -driven pump support, motor -driven pump support upper portion is provided with the motor -driven pump, the motor -driven pump sub -unit connection has the liquid suction pipe, the liquid suction pipe sub -unit connection has the filter, motor -driven pump upper portion is connected with the liquid pipe, it is connected with the feed pipe to go up liquid pipe upper portion, the feed pipe lower part left and right sides is connected with left drain pipe and right drain pipe respectively, left side drain pipe and right drain pipe sub -unit connection have second stirring chamber, the second stirring chamber lower part left and right sides is connected with a liquid outlet cavity and the 2nd liquid outlet cavity respectively. The utility model discloses a device can be directed against high voltage supply insulator cleaning treatment effectively, has improved the cleaning treatment effect, has improved cleaning treatment efficiency to being provided with the washing liquid and retrieving the system of recycling, the convenience is used as required.
Description
Technical field
The utility model belongs to high voltage supply technical field, is specifically related to a kind of high voltage supply insulator cleaning device.
Background technology
At present, insulator is a kind of special insulation control, can play an important role, can increase creep age distance in overhead transmission line.In one's early years, insulator is used for electric pole, slowly develops and connects tower in high-tension bus-bar.In use, the filth such as floating dust is being attached to insulator surface to insulator.In wet weather situation, easily there is flashover electric discharge in dirty insulator, the use of infringement whole piece circuit and service life.Therefore, regularly must clean insulator, the filth on surface is removed, make it recover original dielectric level.
Summary of the invention
The purpose of this utility model is to provide a kind of high voltage supply insulator cleaning device, to carry out cleaning treatment for high voltage supply insulator better, improves cleaning treatment effect, conveniently use as required better, convenient process, easy to use, improve cleaning treatment efficiency.
To achieve these goals, the technical solution of the utility model is as follows.
A kind of high voltage supply insulator cleaning device, comprise the first stir chamber, first stir chamber upper left-hand is connected with feed tube, be provided with for sap cavity on the right side of first stir chamber, sap cavity top is provided with electrodynamic pump bearing, electrodynamic pump holder top is provided with electrodynamic pump, electrodynamic pump bottom is connected with liquid suction pipe, liquid suction pipe bottom is connected with filter, electrodynamic pump top is connected with liquid pipe, upper liquid pipe top is connected with feed pipe, the left and right sides, feed pipe bottom is connected to left drain pipe and right drain pipe, left drain pipe and right drain pipe bottom are connected with the second stir chamber, second left and right sides, stir chamber bottom is connected to first and goes out sap cavity and second and go out sap cavity, second stir chamber lower middle position is connected with the 3rd and goes out sap cavity, first goes out on the right side of sap cavity to go out on the left of sap cavity to be provided with multiple first fluid hole with second, 3rd goes out the sap cavity left and right sides is provided with multiple second fluid hole, be provided with the first electro-motor on the left of first stir chamber, be connected with the first motor drive shaft on the right side of the first electro-motor, the first motor drive shaft side is provided with helical blade, second stir chamber upper middle position is provided with the second electro-motor, and the second electro-motor bottom is connected with the second motor drive shaft, and the second motor drive shaft bottom is connected with swingle, and swingle top and the bottom are all connected with multiple stirring vane, first left and right sides, stir chamber top is respectively arranged with left electro-motor chamber and right electro-motor chamber, left electro-motor chamber and inside, right electro-motor chamber are respectively arranged with the 3rd electro-motor and the 4th electro-motor, 3rd electro-motor and the 4th electro-motor top are connected to the 3rd motor drive shaft and the 4th motor drive shaft, 3rd motor drive shaft and the 4th motor drive shaft top are connected to anticlockwise platform and right rotation platform, anticlockwise platform and right rotation platform upper are respectively arranged with left process chamber and right process chamber, left process chamber and right process chamber inside are respectively arranged with multiple left clapboard and right clapboard, left clapboard and right clapboard top are respectively arranged with left storage chamber and right storage chamber.
Further, sap cavity left lower is provided with baffle plate, baffle plate bottom is provided with check valve.
Further, first left and right sides, stir chamber top is fixedly connected with left support seat and right support seat respectively, be fixedly connected with left support frame and right support frame respectively on the right side of left support seat He on the left of right support seat, left support frame and right support frame are separately positioned on first and go out sap cavity and second and go out sap cavity bottom.
Further, second left and right sides, stir chamber top is respectively arranged with left air heater and right air heater, and left air heater and right air heater bottom are connected to left discharge pipe and right discharge pipe.
Further, the first stir chamber top is provided with filter.
In this device during specific works, high voltage supply insulator is put into left storage chamber and right storage chamber by staff, processes accordingly it.Feed tube and external pipe are connected, then open the valve switch on feed tube, cleaning agent enters the first stir chamber from feed tube.Under the effect of the first electro-motor, the first motor drive shaft drives helical blade to rotate, and stirs, stirred by cleaning agent to cleaning agent.Under the effect of check valve, the cleaning agent after preliminary stirring enters for sap cavity from check valve.Under the effect of electrodynamic pump, be drawn into liquid suction pipe for the cleaning agent in sap cavity, while extraction cleaning agent, utilize filter to carry out filtration treatment to it, keep the cleaning of cleaning agent.Cleaning agent enters feed pipe from upper liquid pipe, then enters the second stir chamber from left drain pipe and right drain pipe.Under the effect of the second electro-motor, the second motor drive shaft driven rotary bar rotates, and swingle drives stirring vane to rotate, and utilizes stirring vane again to stir cleaning agent, the composition in cleaning agent can be distributed equably.Open the 3rd and go out valve switch on sap cavity, the cleaning agent in the second stir chamber enters first and goes out sap cavity, the 3rd and go out sap cavity and second and go out sap cavity, and cleaning agent from the first fluid hole and the ejection of the second fluid hole, cleans insulator again.Unnecessary cleaning agent drops on filter, utilizes filter to filter it, and by the impurity gear in cleaning agent on filter, clean cleaning agent enters in the first stir chamber and continues to use.After completing cleaning, under left air heater and right air heater effect, the air after heating from left discharge pipe and the blowout of right discharge pipe, then from the first fluid hole blowout, carries out drying process to insulator, by the cleaning agent removing that insulator remains.Carrying out insulator cleaning with in dry process, the 3rd electro-motor and the 4th electro-motor is utilized to drive the 3rd motor drive shaft and the 4th motor shaft turn respectively, thus drive left process chamber and right process chamber to rotate, overall insulator can be processed uniformly, ensure the effect of process.Utilize left support frame and right support frame to go out sap cavity and second to first respectively to go out sap cavity and support, ensure that first goes out sap cavity and second and go out the stable of sap cavity.
The beneficial effect of this utility model is: this utility model device can effectively for high voltage supply insulator cleaning treatment, improve cleaning treatment effect, improve cleaning treatment efficiency, and be provided with cleaning fluid recycling system, conveniently use as required.
Accompanying drawing explanation
Fig. 1 is institute's operative installations structural representation in the utility model embodiment.
Description of symbols in figure: 1, the first electro-motor; 2, the first motor drive shaft; 3, filter; 4, helical blade; 5, left electro-motor chamber; 6, the 3rd motor drive shaft; 7, the 3rd electro-motor; 8, anticlockwise platform; 9, the 4th electro-motor; 10, right electro-motor chamber; 11, right rotation platform; 12, right support seat; 13, right support frame; 14, second goes out sap cavity; 15, right clapboard; 16, right storage chamber; 17, right process chamber; 18, the second fluid hole; 19, the 3rd goes out sap cavity; 20, right discharge pipe; 21, right air heater; 22, the second stir chamber; 23, right drain pipe; 24, the second motor drive shaft; 25, the second electro-motor; 26, left drain pipe; 27, stirring vane; 28, swingle; 29, left air heater; 30, left storage chamber; 31, left clapboard; 32, left process chamber; 33, the first fluid hole; 34, first goes out sap cavity; 35, left discharge pipe; 36, left support frame; 37, left support seat; 38, feed tube; 39, feed pipe; 40, upper liquid pipe; 41, the 4th motor drive shaft; 42, liquid suction pipe; 43, filter; 44, for sap cavity; 45, baffle plate; 46, check valve; 47, electrodynamic pump bearing; 48, electrodynamic pump; 49, the first stir chamber.
Detailed description of the invention
Below in conjunction with accompanying drawing, detailed description of the invention of the present utility model is described, better to understand the utility model.
High voltage supply insulator cleaning device as shown in Figure 1, comprise the first stir chamber 49, first stir chamber 49 upper left-hand is connected with feed tube 38, be provided with for sap cavity 44 on the right side of first stir chamber 49, sap cavity 44 top is provided with electrodynamic pump bearing 47, electrodynamic pump bearing 47 top is provided with electrodynamic pump 48, electrodynamic pump 48 bottom is connected with liquid suction pipe 42, liquid suction pipe 42 bottom is connected with filter 43, electrodynamic pump 48 top is connected with liquid pipe 40, upper liquid pipe 40 top is connected with feed pipe 39, the left and right sides, feed pipe 39 bottom is connected to left drain pipe 26 and right drain pipe 23, left drain pipe 26 and right drain pipe 23 bottom are connected with the second stir chamber 22, second left and right sides, stir chamber 22 bottom is connected to first and goes out sap cavity 34 and second and go out sap cavity 14, second stir chamber 22 lower middle position is connected with the 3rd and goes out sap cavity 19, first goes out on the right side of sap cavity 34 to go out on the left of sap cavity 14 to be provided with multiple first fluid hole 33 with second, 3rd goes out sap cavity 19 left and right sides is provided with multiple second fluid hole 18, be provided with on the left of first stir chamber 49 and be connected with the first motor drive shaft 2, first motor drive shaft 2 side on the right side of first electro-motor 1, first electro-motor 1 and be provided with helical blade 4, second stir chamber 22 upper middle position is provided with the second electro-motor 25, second electro-motor 25 bottom and is connected with the second motor drive shaft 24, second motor drive shaft 24 bottom and is connected with swingle 28, and swingle 28 top and the bottom are all connected with multiple stirring vane 27, first left and right sides, stir chamber 49 top is respectively arranged with left electro-motor chamber 5 and right electro-motor chamber 10, left electro-motor chamber 5 and inside, right electro-motor chamber 10 are respectively arranged with the 3rd electro-motor 7 and the 4th electro-motor 9, 3rd electro-motor 7 and the 4th electro-motor 9 top are connected to the 3rd motor drive shaft 6 and the 4th motor drive shaft 41, 3rd motor drive shaft 6 and the 4th motor drive shaft 41 top are connected to anticlockwise platform 8 and right rotation platform 11, anticlockwise platform 8 and right rotation platform 11 top are respectively arranged with left process chamber 32 and right process chamber 17, left process chamber 32 and right process chamber 17 inside are respectively arranged with multiple left clapboard 31 and right clapboard 15, left clapboard 31 and right clapboard 15 top are respectively arranged with left storage chamber 30 and right storage chamber 16.
Further, sap cavity 44 left lower is provided with baffle plate 45, baffle plate 45 bottom is provided with check valve 46.
Further, first left and right sides, stir chamber 49 top is fixedly connected with left support seat 37 and right support seat 12 respectively, be fixedly connected with left support frame 36 and right support frame 13 respectively on the right side of left support seat 37 He on the left of right support seat 12, left support frame 36 and right support frame 13 are separately positioned on first and go out sap cavity 34 and second and go out sap cavity 14 bottom.
Further, second left and right sides, stir chamber 22 top is respectively arranged with left air heater 29 and right air heater 21, and left air heater 29 and right air heater 21 bottom are connected to left discharge pipe 35 and right discharge pipe 20.
Further, the first stir chamber 49 top is provided with filter 3.
In the specific implementation, high voltage supply insulator is put into left storage chamber 30 and right storage chamber 16 to this device by staff, processes accordingly it.Feed tube 38 and external pipe are connected, then open the valve switch on feed tube 38, cleaning agent enters the first stir chamber 49 from feed tube 38.Under the effect of the first electro-motor 1, the first motor drive shaft 2 drives helical blade 4 to rotate, and stirs, stirred by cleaning agent to cleaning agent.Under the effect of check valve 46, the cleaning agent after preliminary stirring enters for sap cavity 44 from check valve 46.Under the effect of electrodynamic pump 48, be drawn into liquid suction pipe 42 for the cleaning agent in sap cavity 44, while extraction cleaning agent, utilize filter 43 to carry out filtration treatment to it, keep the cleaning of cleaning agent.Cleaning agent enters feed pipe 39 from upper liquid pipe 40, then enters the second stir chamber 22 from left drain pipe 26 and right drain pipe 23.Under the effect of the second electro-motor 25, the second motor drive shaft 24 driven rotary bar 28 rotates, and swingle 28 drives stirring vane 27 to rotate, and utilizes stirring vane 27 pairs of cleaning agents again to stir, the composition in cleaning agent can be distributed equably.Open the 3rd and go out valve switch on sap cavity 19, the cleaning agent in the second stir chamber 22 enters first and goes out sap cavity 34, the 3rd and go out sap cavity 19 and second and go out sap cavity 14, and cleaning agent sprays from the first fluid hole 33 and the second fluid hole 18 again, cleans insulator.Unnecessary cleaning agent drops on filter 3, utilizes filter 3 to filter it, and by the impurity gear in cleaning agent on filter 3, clean cleaning agent enters in the first stir chamber 49 and continues to use.After completing cleaning, under left air heater 29 and right air heater 21 act on, the air after heating blows out from left discharge pipe 35 and right discharge pipe 20, then blows out from the first fluid hole 33, drying process is carried out to insulator, by the cleaning agent removing that insulator remains.Carrying out insulator cleaning with in dry process, the 3rd electro-motor 7 and the 4th electro-motor 9 is utilized to drive the 3rd motor drive shaft 6 and the 4th motor drive shaft 41 to rotate respectively, thus drive left process chamber 32 and right process chamber 17 to rotate, overall insulator can be processed uniformly, ensure the effect of process.Utilize left support frame 36 and right support frame 13 to go out sap cavity 34 and second to first respectively to go out sap cavity 14 and support, ensure that first goes out sap cavity 34 and second and go out the stable of sap cavity 14.
The above is preferred embodiment of the present utility model; it should be pointed out that for those skilled in the art, under the prerequisite not departing from the utility model principle; can also make some improvements and modifications, these improvements and modifications are also considered as protection domain of the present utility model.
Claims (5)
1. a high voltage supply insulator cleaning device, comprise the first stir chamber, it is characterized in that: described first stir chamber upper left-hand is connected with feed tube, be provided with for sap cavity on the right side of described first stir chamber, the described sap cavity top that supplies is provided with electrodynamic pump bearing, described electrodynamic pump holder top is provided with electrodynamic pump, described electrodynamic pump bottom is connected with liquid suction pipe, described liquid suction pipe bottom is connected with filter, described electrodynamic pump top is connected with liquid pipe, described upper liquid pipe top is connected with feed pipe, the left and right sides, described feed pipe bottom is connected to left drain pipe and right drain pipe, described left drain pipe and right drain pipe bottom are connected with the second stir chamber, described second left and right sides, stir chamber bottom is connected to first and goes out sap cavity and second and go out sap cavity, described second stir chamber lower middle position is connected with the 3rd and goes out sap cavity, described first goes out on the right side of sap cavity to go out on the left of sap cavity to be provided with multiple first fluid hole with second, described 3rd goes out the sap cavity left and right sides is provided with multiple second fluid hole, be provided with the first electro-motor on the left of described first stir chamber, be connected with the first motor drive shaft on the right side of described first electro-motor, described first motor drive shaft side is provided with helical blade, described second stir chamber upper middle position is provided with the second electro-motor, and described second electro-motor bottom is connected with the second motor drive shaft, and described second motor drive shaft bottom is connected with swingle, and described swingle top and the bottom are all connected with multiple stirring vane, described first left and right sides, stir chamber top is respectively arranged with left electro-motor chamber and right electro-motor chamber, described left electro-motor chamber and inside, right electro-motor chamber are respectively arranged with the 3rd electro-motor and the 4th electro-motor, described 3rd electro-motor and the 4th electro-motor top are connected to the 3rd motor drive shaft and the 4th motor drive shaft, described 3rd motor drive shaft and the 4th motor drive shaft top are connected to anticlockwise platform and right rotation platform, described anticlockwise platform and right rotation platform upper are respectively arranged with left process chamber and right process chamber, described left process chamber and right process chamber inside are respectively arranged with multiple left clapboard and right clapboard, described left clapboard and right clapboard top are respectively arranged with left storage chamber and right storage chamber.
2. high voltage supply insulator cleaning device according to claim 1, is characterized in that: the described sap cavity left lower that supplies is provided with baffle plate, and described baffle plate bottom is provided with check valve.
3. high voltage supply insulator cleaning device according to claim 1, it is characterized in that: described first left and right sides, stir chamber top is fixedly connected with left support seat and right support seat respectively, be fixedly connected with left support frame and right support frame respectively on the right side of described left support seat He on the left of right support seat, described left support frame and right support frame are separately positioned on first and go out sap cavity and second and go out sap cavity bottom.
4. high voltage supply insulator cleaning device according to claim 1, it is characterized in that: described second left and right sides, stir chamber top is respectively arranged with left air heater and right air heater, and described left air heater and right air heater bottom are connected to left discharge pipe and right discharge pipe.
5. high voltage supply insulator cleaning device according to claim 1, is characterized in that: described first stir chamber top is provided with filter.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520900533.5U CN205128481U (en) | 2015-11-12 | 2015-11-12 | High voltage supply insulator belt cleaning device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520900533.5U CN205128481U (en) | 2015-11-12 | 2015-11-12 | High voltage supply insulator belt cleaning device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205128481U true CN205128481U (en) | 2016-04-06 |
Family
ID=55614307
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520900533.5U Withdrawn - After Issue CN205128481U (en) | 2015-11-12 | 2015-11-12 | High voltage supply insulator belt cleaning device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205128481U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105268687A (en) * | 2015-11-12 | 2016-01-27 | 国网新疆电力公司和田供电公司 | Cleaning device for high-voltage power supply insulator and using method of cleaning device |
-
2015
- 2015-11-12 CN CN201520900533.5U patent/CN205128481U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105268687A (en) * | 2015-11-12 | 2016-01-27 | 国网新疆电力公司和田供电公司 | Cleaning device for high-voltage power supply insulator and using method of cleaning device |
| CN105268687B (en) * | 2015-11-12 | 2017-12-08 | 国网新疆电力公司和田供电公司 | High voltage supply insulator cleaning device and application method |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned | ||
| AV01 | Patent right actively abandoned | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20160406 Effective date of abandoning: 20221103 |
|
| AV01 | Patent right actively abandoned |
Granted publication date: 20160406 Effective date of abandoning: 20221103 |