CN106786123A - Wall bushing device for removing snow and ice and method - Google Patents
Wall bushing device for removing snow and ice and method Download PDFInfo
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- CN106786123A CN106786123A CN201611207894.7A CN201611207894A CN106786123A CN 106786123 A CN106786123 A CN 106786123A CN 201611207894 A CN201611207894 A CN 201611207894A CN 106786123 A CN106786123 A CN 106786123A
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- H—ELECTRICITY
- H02—GENERATION; CONVERSION OR DISTRIBUTION OF ELECTRIC POWER
- H02G—INSTALLATION OF ELECTRIC CABLES OR LINES, OR OF COMBINED OPTICAL AND ELECTRIC CABLES OR LINES
- H02G1/00—Methods or apparatus specially adapted for installing, maintaining, repairing or dismantling electric cables or lines
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- H—ELECTRICITY
- H02—GENERATION; CONVERSION OR DISTRIBUTION OF ELECTRIC POWER
- H02G—INSTALLATION OF ELECTRIC CABLES OR LINES, OR OF COMBINED OPTICAL AND ELECTRIC CABLES OR LINES
- H02G3/00—Installations of electric cables or lines or protective tubing therefor in or on buildings, equivalent structures or vehicles
- H02G3/22—Installations of cables or lines through walls, floors or ceilings, e.g. into buildings
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- H—ELECTRICITY
- H02—GENERATION; CONVERSION OR DISTRIBUTION OF ELECTRIC POWER
- H02G—INSTALLATION OF ELECTRIC CABLES OR LINES, OR OF COMBINED OPTICAL AND ELECTRIC CABLES OR LINES
- H02G7/00—Overhead installations of electric lines or cables
- H02G7/16—Devices for removing snow or ice from lines or cables
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- Structural Engineering (AREA)
- Buildings Adapted To Withstand Abnormal External Influences (AREA)
Abstract
The invention provides a kind of wall bushing device for removing snow and ice and method.Wherein, the device includes：Irradiation lamp, detection means and control device；Wherein, irradiation lamp is used to be connected with wall, irradiates wall bushing；Detection means is used to detect the parameter of wall bushing；Control device is electrically connected with detection means and irradiation lamp, for receiving parameter, and the irradiation power of lamp is irradiated according to parameter regulation.In the present invention, using the snow deposit and/or ice sheet that irradiate on the heat thawing wall bushing that lamp irradiation gives out, serve the purpose for removing snow deposit and/or ice sheet on wall bushing, and, control device can be according to the irradiation power of the actual parameter of wall bushing regulation irradiation lamp, so that irradiation lamp preferably distributes heat melts snow deposit and/or ice sheet on wall bushing, substantially increase the efficiency except snow and ice, simultaneously, enable to wall bushing normal work, without power-off, it is to avoid the accident of electrical breakdown occurs during wall bushing normal work.
Description
Technical field
The present invention relates to electric device technical field, in particular to a kind of wall bushing device for removing snow and ice and side
Method.
Background technology
High-voltage wall bushing as high voltage power transmisson system visual plant, be high-voltage connection insulation core component, high pressure
The performance and quality of wall bushing play an important roll to being routed through being dielectrically separated from during wall and linking transition.If high pressure is worn
Due to there is electrical breakdown or insulation flashover in wall sleeve so that the insulating properties of wall bushing is destroyed, can be to high voltage power transmission system
The other equipment and operation power of system do great damage.According to statistics, in the flashover fault that high-voltage convertor station occurs, high pressure
The flashover fault of wall bushing and the outer insulator of equipment accounts for the 70% of sum.
High-voltage wall bushing occurs electrical breakdown and the factor of insulation flashover to be had a lot, for example, under cold climate conditions,
The surface accumulated snow or accumulated ice of high-voltage wall bushing are easily caused wall bushing and electrical breakdown and insulation flashover accident occur so that high pressure
Electrical equipment breaks down in high-voltage operation.Therefore, the accumulated snow for high-voltage wall bushing being removed in time prevents flashover fault
It is crucial.At present, the snow-removing method of high-voltage wall bushing mainly includes artificial clear the snow with the snow removing of blower fan wind-force etc..Wherein, it is artificial clear
Snow needs to be completed under power failure operating mode, also, easily causes personal safety hidden danger；And blower fan wind-force snow removing efficiency of cleaning snow compared with
It is low, it is unfavorable for the quick removing to accumulated snow.
The content of the invention
In consideration of it, the present invention proposes a kind of wall bushing device for removing snow and ice, it is intended to solve prior art mesohigh and wear
The snow removing deicing efficiency of wall sleeve is low and there is a problem of potential safety hazard.The present invention proposes a kind of wall bushing except snow and ice side
Method.
On one side, the present invention proposes a kind of wall bushing device for removing snow and ice, and the device includes：Irradiation lamp, detection
Device and control device；Wherein, irradiation lamp is used to be connected with wall, irradiates wall bushing；Detection means is used to detect through walls
The parameter of sleeve pipe；Control device is electrically connected with detection means and irradiation lamp, for receiving parameter, and irradiates lamp according to parameter regulation
Irradiation power.
Further, in above-mentioned wall bushing device for removing snow and ice, detection means includes：Mantle thickness detection means；
Wherein, mantle thickness detection means is used to detect the thickness of covering on wall bushing；Covering includes snow deposit and ice sheet；Control
Device processed is electrically connected with mantle thickness detection means, the thickness for receiving covering, and is determined according to the thickness of covering
Melt the irradiation power that covering needs, and according to the irradiation power of irradiation power regulation irradiation lamp.
Further, in above-mentioned wall bushing device for removing snow and ice, mantle thickness detection means includes：Gross thickness is detected
Device；Wherein, gross thickness detection means is used to detect the gross thickness of snow deposit and ice sheet；Control device also with gross thickness detection means
Electrical connection, is additionally operable to receive gross thickness, and determine to detect with the corresponding relation of irradiation power according to gross thickness set in advance
The corresponding irradiation power of gross thickness, and according to irradiation power regulation irradiation lamp irradiation power.
Further, in above-mentioned wall bushing device for removing snow and ice, mantle thickness detection means also includes：Snow thicknes
Detection means and ice layer thickness detection means；Wherein, snow thicknes detection means is used to detect snow thicknes；Ice layer thickness is detected
Device is used to detect ice layer thickness；Control device is also electrically connected with snow thicknes detection means and ice layer thickness detection means, also
For receiving snow thicknes and ice layer thickness, the corresponding relation according to snow thicknes set in advance and irradiation power determines detection
The corresponding irradiation power of snow thicknes for arriving, the corresponding relation according to ice layer thickness set in advance and irradiation power determines detection
The corresponding irradiation power of ice layer thickness for arriving, and according to the irradiation work(of the maximum of the irradiation power determined regulation irradiation lamp
Rate.
Further, in above-mentioned wall bushing device for removing snow and ice, detection means includes：Temperature-detecting device；Wherein, temperature
Degree detection means is used to detect the temperature around wall bushing；Control device is also electrically connected with temperature-detecting device, is additionally operable to connect
Shrinkage temperature, and the irradiation power of irradiation lamp is determined according to temperature, and according to the irradiation power of irradiation power regulation irradiation lamp.
Further, in above-mentioned wall bushing device for removing snow and ice, detection means also includes：Temperature-detecting device；Wherein,
Temperature-detecting device is used to detect the temperature around wall bushing；Control device is also electrically connected with temperature-detecting device, is additionally operable to
Temperature is received, and the irradiation power of irradiation lamp is determined according to temperature, and the corresponding irradiation power of temperature and covering
Maximum in the corresponding irradiation power of thickness, the irradiation power of the maximum regulation irradiation lamp according to irradiation power.
Further, above-mentioned wall bushing device for removing snow and ice also includes：PCU Power Conditioning Unit；Wherein, control device is also
For according to the irradiation power transmit power Regulate signal determined；PCU Power Conditioning Unit is electrically connected with control device and irradiation lamp
Connect, for receiving power Regulate signal, and adjust the irradiation power of irradiation lamp.
Further, above-mentioned wall bushing device for removing snow and ice also includes：Rotating stand, input unit and drive mechanism；
Wherein, rotating stand is rotatably connected at wall, and irradiation lamp is connected to rotating stand；Input unit is used to be input into rotation letter
Number；Input of the control device also with input unit and drive mechanism is electrically connected, and control device is additionally operable to receive rotating signal, and
Drive signal is sent to drive mechanism according to rotating signal；The drive end of drive mechanism is connected with rotating stand, drive mechanism
For receiving drive signal, and rotating stand is driven to rotate.
Further, in above-mentioned wall bushing device for removing snow and ice, irradiation lamp is at least two, also, each irradiation lamp is simultaneously
Row is set.
Further, in above-mentioned wall bushing device for removing snow and ice, each irradiation lamp be respectively placed in wall bushing top and/
Or lower section.
In the present invention, by irradiating light irradiation wall bushing, set through walls is melted using the lamp heat that gives out of irradiation is irradiated
Snow deposit and/or ice sheet on pipe, serve the purpose for removing snow deposit and/or ice sheet on wall bushing, and will not be in set through walls
Form air-flow around the tube wall of pipe, also, the parameter regulation that is detected according to detection means of control device irradiates the irradiation work(of lamp
Rate, can be according to the irradiation power of the actual parameter of wall bushing regulation irradiation lamp so that irradiation lamp preferably distributes heat and melts
Change snow deposit and/or ice sheet on wall bushing, preferably remove the snow deposit and/or ice sheet on wall bushing, substantially increase snow removing
The efficiency of deicing, meanwhile, by irradiating light irradiation wall bushing to remove snow deposit and/or ice sheet, enabling to wall bushing just
Often work, without power-off, it is to avoid the accident of electrical breakdown occurs during wall bushing normal work, staff is effectively ensured
Personal safety, solve the problems, such as that the snow removing deicing efficiency of high-voltage wall bushing in the prior art is low and there is potential safety hazard；
Additionally, the device for removing snow and ice is not influenceed by weather conditions such as strong wind, severe snows, the consumption energy is few, and operating cost is low.
On the other hand, the invention allows for a kind of wall bushing snow removing de-icing method, the method comprises the following steps：Inspection
Survey the parameter of wall bushing；The irradiation power of lamp is irradiated according to the parameter determination for detecting, and adjusts the irradiation power of irradiation lamp；
With the covering of irradiation light irradiation wall bushing；Wherein, covering includes：Ice sheet and/or snow deposit.
Further, in above-mentioned wall bushing snow removing de-icing method, the parameter of wall bushing includes：Around wall bushing
One kind on temperature, wall bushing on the thickness of the thickness of snow deposit and ice sheet, wall bushing in the gross thickness of snow deposit and ice sheet or
Person is several.
In the present invention, using the snow deposit and/or ice sheet that irradiate on the heat thawing wall bushing that lamp irradiation gives out, play
The purpose of snow deposit and/or ice sheet on wall bushing is removed, and will not form air-flow around the tube wall of wall bushing, and
And, can be according to the irradiation power of the actual parameter of wall bushing regulation irradiation lamp so that irradiation lamp preferably distributes heat and melts
Change snow deposit and/or ice sheet on wall bushing, substantially increase the efficiency except snow and ice, meanwhile, by irradiating light irradiation set through walls
Pipe enables to wall bushing normal work to remove snow deposit and/or ice sheet, without power-off, it is to avoid wall bushing normal work
There is the accident of electrical breakdown when making, effectively ensure the personal safety of staff.
Brief description of the drawings
By reading the detailed description of hereafter preferred embodiment, various other advantages and benefit is common for this area
Technical staff will be clear understanding.Accompanying drawing is only used for showing the purpose of preferred embodiment, and is not considered as to the present invention
Limitation.And in whole accompanying drawing, identical part is denoted by the same reference numerals.In the accompanying drawings：
Fig. 1 is the left view structural representation of wall bushing device for removing snow and ice provided in an embodiment of the present invention；
Fig. 2 is the main structure diagram of wall bushing device for removing snow and ice provided in an embodiment of the present invention；
Fig. 3 is the structured flowchart of wall bushing device for removing snow and ice provided in an embodiment of the present invention；
Fig. 4 is the another structured flowchart of wall bushing device for removing snow and ice provided in an embodiment of the present invention；
Fig. 5 is the another structured flowchart of wall bushing device for removing snow and ice provided in an embodiment of the present invention；
Fig. 6 is the another structured flowchart of wall bushing device for removing snow and ice provided in an embodiment of the present invention；
Fig. 7 is the another structured flowchart of wall bushing device for removing snow and ice provided in an embodiment of the present invention；
Fig. 8 is the another structured flowchart of wall bushing device for removing snow and ice provided in an embodiment of the present invention；
Fig. 9 is the another structured flowchart of wall bushing device for removing snow and ice provided in an embodiment of the present invention；
Figure 10 is the another structured flowchart of wall bushing device for removing snow and ice provided in an embodiment of the present invention；
Figure 11 is the flow chart of wall bushing snow removing de-icing method provided in an embodiment of the present invention.
Specific embodiment
The exemplary embodiment of the disclosure is more fully described below with reference to accompanying drawings.Although showing the disclosure in accompanying drawing
Exemplary embodiment, it being understood, however, that may be realized in various forms the disclosure without should be by embodiments set forth here
Limited.Conversely, there is provided these embodiments are able to be best understood from the disclosure, and can be by the scope of the present disclosure
Complete conveys to those skilled in the art.It should be noted that in the case where not conflicting, embodiment in the present invention and
Feature in embodiment can be mutually combined.Describe the present invention in detail below with reference to the accompanying drawings and in conjunction with the embodiments.
Device embodiment：
Referring to Fig. 1 to Fig. 3, the preferred knot of wall bushing device for removing snow and ice provided in an embodiment of the present invention is shown in figure
Structure.As illustrated, wall bushing device for removing snow and ice includes：Irradiation lamp 1, detection means 100 and control device 200.Wherein, spoke
Illuminator 1 is used to be connected with wall 3, and the irradiation lamp 1 is used to irradiate wall bushing 2.Wall bushing 2 is arranged at wall 3, irradiates lamp
1 is set near wall bushing 2.Specifically, irradiation lamp 1 is connected by support 5 with wall 3, that is to say, that one end of support 5
It is connected with wall 3, the other end of support 5 stretches out, also, support 5 is parallel with wall bushing 2, and irradiation lamp 1 is connected to
Support 5.Irradiation lamp 1 can be placed in top (for Fig. 1), side or the lower section of wall bushing 2 (relative to Fig. 1
Speech) etc. position, it is preferred that irradiation lamp 1 is placed in the top of wall bushing 2, can preferably irradiate wall bushing 2.
Irradiation lamp 1 can be with one, or two, or multiple.Preferably, lamp 1 at least two is irradiated, also,
Each irradiation lamp 1 is arranged side by side, and the arragement direction of each irradiation lamp 1 is parallel with wall bushing 2.When lamp 1 at least two are irradiated,
Each irradiation lamp 1 can be respectively placed in above and below wall bushing 2.It is more highly preferred to, irradiation lamp 1 is multiple, each irradiation lamp 1
It is arranged in rows above and below wall bushing 2 respectively.During specific implementation, support 5 can be two, and two supports 5 are distinguished
It is arranged above and below wall bushing 2, each irradiation spaced set in a row on each support 5 of lamp 1.During specific implementation,
The quantity of irradiation lamp 1 can be adjusted so that wall bushing 2 can be illuminated lamp 1 and irradiate.Irradiation lamp 1 can be xenon lamp, also may be used
Think infrared lamp.In the present embodiment, the irradiation power of irradiation lamp 1 can be adjusted between 100W to 700W, certainly, irradiate lamp
1 irradiation power can also determine that the present embodiment does not do any limitation to this according to actual conditions.
During specific implementation, irradiation lamp 1 can include：Lamp socket, bulb and parabolic shape lampshade.Lamp socket and the phase of support 5
Connection, parabolic shape lampshade is connected with lamp socket, and the center of parabolic shape lampshade offers through hole, bulb wear and
It is connected to the through hole of parabolic shape lampshade.Parabolic shape lampshade is towards wall bushing 2, parabolic shape lampshade energy
The enough light for causing irradiation lamp 1 is concentrated on the tube wall of wall bushing 2, forms cylindricality hot spot, and dispersion angle is small, using the teaching of the invention it is possible to provide more
Many heats, preferably irradiate wall bushing 2.
Detection means 100 is used to detect the parameter of wall bushing 2, and the detection means 100 can be connected with wall 3.Wear
Wall sleeve 2 is coated with snow deposit or ice sheet, or snow deposit and ice sheet exist simultaneously, then the parameter of wall bushing 2 can be through walls
The thickness of snow deposit, ice layer thickness, environment of surrounding etc. on sleeve pipe 2.Control device 200 is electrically connected with detection means 100 and irradiation lamp 1
Connect, the control device 200 is used for the parameter that receiving detection device 100 sends, and the irradiation work(of lamp 1 is irradiated according to the parameter determination
Rate, and according to the irradiation power of the irradiation power regulation irradiation lamp 1 determined.
The course of work of the present embodiment is：Multiple irradiation lamp 1 be may be contained within into wall 3, and irradiation lamp 1 is respectively arranged at
Above and below wall bushing 2, each irradiation lamp 1 is and sets in a row side by side.Detection means 100 detects the ginseng of wall bushing 2
Number, and the parameter that will be detected is sent to control device 200.Control device 200 receives the parameter, and according to the parameter determination spoke
The irradiation power of illuminator 1, further according to the irradiation power of irradiation power regulation irradiation lamp 1.On the irradiation irradiation wall bushing 2 of lamp 1
Snow deposit and/or ice sheet, the heat that gives out of irradiation lamp 1 is so that snow deposit and/or ice sheet melt.
During specific implementation, the state modulator irradiation lamp 1 that control device 200 can also be detected according to detection means 100
Open and close, specific control process can determine according to actual conditions, for example, can work as the parameter for detecting reaches first
During parameter preset, control irradiation lamp 1 is opened；When the parameter for detecting reaches the second parameter preset, control irradiation lamp 1 is closed,
It is of course also possible to be other implementation methods, the present embodiment does not do any limitation to this.During specific implementation, the first parameter preset
Can determine that the present embodiment does not do any limitation to this according to actual conditions with the second parameter preset.Certainly, lamp 1 is irradiated
Opening and closing can also be by manually controlling, and the present embodiment does not do any limitation to this.
As can be seen that in the present embodiment, wall bushing 2 is irradiated by irradiating lamp 1, irradiate what is given out using lamp 1 is irradiated
Heat melts the snow deposit and/or ice sheet on wall bushing 2, serves the purpose for removing snow deposit and/or ice sheet on wall bushing 2,
And will not form air-flow around the tube wall of wall bushing 2, also, control device 200 is detected according to detection means 100
Parameter regulation irradiates the irradiation power of lamp 1, can be made according to the irradiation power of the actual parameter of wall bushing 2 regulation irradiation lamp 1
Lamp 1 must be irradiated and preferably distribute snow deposit and/or ice sheet on heat thawing wall bushing 2, preferably remove the snow on wall bushing 2
Layer and/or ice sheet, substantially increase the efficiency except snow and ice, meanwhile, wall bushing 2 is irradiated to remove snow deposit by irradiating lamp 1
And/or ice sheet, the normal work of wall bushing 2 is enabled to, without power-off, it is to avoid electricity occurs during 2 normal work of wall bushing
The accident for puncturing, effectively ensures the personal safety of staff, solves the snow removing of high-voltage wall bushing in the prior art
Deicing efficiency is low and there is a problem of potential safety hazard；Additionally, the device for removing snow and ice is not by the shadow of the weather conditions such as strong wind, severe snow
Ring, the consumption energy is few, and operating cost is low.
Referring to Fig. 4, Fig. 4 shows a kind of implementation method of detection means.As illustrated, the detection means 100 can be wrapped
Include：Mantle thickness detection means 110.Wherein, mantle thickness detection means 110 can be connected to wall 3, and the covering is thick
Degree detection means 110 is used to detect the thickness of the covering on wall bushing 2, wherein, the covering can include snow deposit and ice
Layer.That is, the mantle thickness detection means 110 detects the thickness and the thickness of ice sheet of snow deposit on wall bushing 2.Specifically
During implementation, when only having snow deposit on wall bushing 2, then the thickness of covering only refers to snow thicknes, mantle thickness detection means
The thickness of snow deposit on 110 detection wall bushings 2；When only having ice sheet on wall bushing 2, then the thickness of covering only refers to that ice sheet is thick
Degree, the thickness of ice sheet on the detection wall bushing 2 of mantle thickness detection means 110；When again existing snow deposit has ice on wall bushing 2
During layer, then the thickness of covering includes snow thicknes and ice layer thickness, the detection wall bushing 2 of mantle thickness detection means 110
The thickness of upper snow deposit and the thickness of ice sheet.
Control device 200 is electrically connected with mantle thickness detection means 110, and control device 200 is used to receive covering
Thickness, and determined to melt the irradiation power that covering needs according to the thickness of covering, and lamp 1 is irradiated according to the power adjusting
Irradiation power.Specifically, control device 200 can preset and store mantle thickness and melt the spoke that covering needs
According to the corresponding relation between power, control device 200 is closed according to the correspondence that the inquiry of the thickness of the covering for receiving is prestored
System determines the corresponding irradiation power of the mantle thickness, and according to the irradiation work(of the irradiation power regulation irradiation lamp 1 determined
Rate.
As can be seen that in the present embodiment, by detecting the thickness of covering on wall bushing 2, and according to covering for detecting
The thickness of cover material determines the irradiation power needed for melting the covering, can preferably adjust the irradiation power of irradiation lamp 1, makes spoke
Illuminator 1 distributes enough heats to melt the covering on wall bushing 2.
Referring to Fig. 5, Fig. 5 shows a kind of implementation method of mantle thickness detection means.As illustrated, the covering is thick
Degree detection means 110 can include：Gross thickness detection means 111.Wherein, gross thickness detection means 111 is used to detect set through walls
The gross thickness of snow deposit and ice sheet on pipe 2.Specifically, when there was only snow deposit, when there is no ice sheet, then snow deposit and ice on wall bushing 2
The gross thickness of layer is the thickness of snow deposit.When there was only ice sheet, when there is no snow deposit, the then total thickness of snow deposit and ice sheet on wall bushing 2
Degree is the thickness of ice sheet.When existing ice sheet on wall bushing 2, when having snow deposit again, then the gross thickness of snow deposit and ice sheet is snow
The general thickness of layer and ice sheet.
Control device 200 is also electrically connected with gross thickness detection means 111, and the control device 200 is additionally operable to receive gross thickness
Snow deposit and the gross thickness of ice sheet that detection means 111 sends, and according to gross thickness set in advance pass corresponding with irradiation power
The irradiation power corresponding to gross thickness that system's determination is detected, and according to the irradiation power regulation irradiation lamp 1 determined
Irradiation power.Specifically, control device 200 can preset and store snow deposit and the gross thickness of ice sheet and the spoke for irradiating lamp 1
According to the corresponding relation between power.Wherein, can be between each gross thickness and the preset value of irradiation power in the corresponding relation
Corresponding relation, or the corresponding relation of the pre-set interval of each gross thickness and irradiation power, can also be gross thickness
Corresponding relation between pre-set interval and the preset value of irradiation power, it is of course also possible to be other corresponding relations, the present embodiment
Any limitation is not done to this.Snow deposit that control device 200 sends according to the gross thickness detection means 111 that receives and ice sheet it is total
The corresponding relation that thickness is inquired about between the gross thickness and irradiation power for prestoring, determines that gross thickness detection means 111 sends
Snow deposit and ice sheet gross thickness corresponding to irradiation power, further according to determine the irradiation power regulation irradiation lamp 1 spoke
According to power.
As can be seen that in the present embodiment, by detecting the gross thickness of snow deposit and ice sheet, control device 200 is according to the snow deposit
With the irradiation power of the gross thickness of ice sheet regulation irradiation lamp 1, enable to irradiate the irradiation power of lamp 1 preferably with snow deposit and ice
The gross thickness of layer matches, so that be substantially removed from for snow deposit and ice sheet by the heat that irradiation lamp 1 gives out, improves snow removing
The efficiency of deicing.
Referring to Fig. 6, Fig. 6 shows the another embodiment of mantle thickness detection means.As illustrated, covering is thick
Degree detection means 110 can also include：Snow thicknes detection means 112 and ice layer thickness detection means 113.Wherein, snow deposit is thick
Degree detection means 112 is used to detect the snow thicknes on wall bushing 2.Ice layer thickness detection means 113 is used to detect set through walls
Ice layer thickness on pipe 2.Specifically, when there was only snow deposit on wall bushing 2, when not having ice sheet, then snow thicknes are actual value, and
Ice layer thickness is zero.When there was only ice sheet on wall bushing 2, when not having snow deposit, then snow thicknes are zero, and ice layer thickness is actual
Value.When existing ice sheet on wall bushing 2, when having snow deposit again, then snow thicknes and ice layer thickness are actual value.
Control device 200 is also electrically connected with snow thicknes detection means 112 and ice layer thickness detection means 113, control dress
200 are put to be additionally operable to receive the ice that the snow thicknes and ice layer thickness detection means 113 of the transmission of snow thicknes detection means 112 send
Thickness degree, the corresponding relation according to snow thicknes set in advance and irradiation power determines the corresponding spoke of the snow thicknes that detect
According to power, the corresponding relation according to ice layer thickness set in advance and irradiation power determines the corresponding spoke of the ice layer thickness that detects
According to power, and according to the irradiation power of the irradiation power maximum regulation irradiation lamp 1 determined.
Specifically, control device 200 can preset and store snow thicknes and irradiation lamp 1 irradiation power between
Corresponding relation between the irradiation power of corresponding relation and ice layer thickness and irradiation lamp 1.Wherein, snow thicknes and irradiation power
Corresponding relation can be the corresponding relation between each snow thicknes and the preset value of irradiation power, or each snow deposit is thick
The corresponding relation of the pre-set interval of degree and irradiation power, can also be the preset value of the pre-set interval with irradiation power of snow thicknes
Between corresponding relation, it is of course also possible to be other corresponding relations, the present embodiment does not do any limitation to this.Similarly, ice sheet
Thickness can also be above-mentioned corresponded manner with irradiation power corresponding relation, and the present embodiment does not do any limitation to this.
Control device 200 is inquired about between snow thicknes set in advance and irradiation power according to the snow thicknes for receiving
Corresponding relation, determines the irradiation power corresponding to the snow thicknes.Control device 200 is according to the ice layer thickness inquiry for receiving
Corresponding relation between ice layer thickness set in advance and irradiation power, determines the irradiation power corresponding to the ice layer thickness.
The corresponding irradiation power of the snow thicknes irradiation power corresponding with the ice layer thickness determined that control device 200 will also be determined
It is compared, determines the maximum of irradiation power, the irradiation of the maximum regulation irradiation lamp 1 according to the irradiation power determined
Power.
As can be seen that in the present embodiment, detected respectively by snow thicknes and ice layer thickness, and according to snow thicknes pair
The irradiation power of the maximum regulation irradiation lamp 1 of the corresponding irradiation power of irradiation power and ice layer thickness answered, enables to spoke
Illuminator 1 preferably distributes heat to melt the snow deposit and ice sheet on wall bushing 2, removes snowberg and icing on wall bushing 2.
Referring to Fig. 7, Fig. 7 shows the another embodiment of detection means.As illustrated, detection means can include：
Temperature-detecting device 120.Wherein, temperature-detecting device 120 is used to detect the temperature around wall bushing 2.Control device 200 is also
Electrically connected with temperature-detecting device 120, control device 200 is additionally operable to receive the temperature for detecting, and the temperature detected according to this
Degree determines the irradiation power of irradiation lamp 1, and according to the irradiation power of the irradiation power regulation irradiation lamp 1 determined.Wherein, root
The method of the irradiation power of irradiation lamp 1 is determined according to the temperature for detecting can be：Control device 200 presets and storage temperature
And the corresponding relation between the irradiation power of irradiation lamp 1, the temperature that control device 200 is detected according to temperature-detecting device 120
Inquiry predetermined temperature and the corresponding relation of irradiation power, determine the irradiation power corresponding to the temperature for detecting, when
So, it would however also be possible to employ other methods, the present embodiment does not do any limitation to this.
Temperature and irradiation lamp 1 irradiation power between corresponding relation can be：Each temperature is default with irradiation power
Corresponding relation between value, or the corresponding relation of the pre-set interval of each temperature and irradiation power, can also be temperature
Pre-set interval and the preset value of irradiation power between corresponding relation, it is of course also possible to be other corresponding relations, this implementation
Example does not do any limitation to this.
As can be seen that in the present embodiment, by detecting the temperature around wall bushing 2, being determined according to the temperature for detecting
The irradiation power of lamp 1 is irradiated, enables to irradiate snow deposit and ice sheet that lamp 1 is preferably irradiated on wall bushing 2, accelerate snow removing
The speed of deicing.
Referring to Fig. 8, Fig. 8 shows the another embodiment of detection means.As illustrated, detection means 100 can be with
Including：Temperature-detecting device 120.Wherein, temperature-detecting device 120 is used to detect the temperature around wall bushing 2.Control device
200 also electrically connect with temperature-detecting device 120, and control device 200 is additionally operable to receive the temperature that temperature-detecting device 120 is detected
Degree, and the irradiation power of irradiation lamp 1 is determined according to the temperature, and by the corresponding irradiation power of the temperature and mantle thickness institute
Corresponding irradiation power carries out contrasting the maximum for determining irradiation power, the maximum regulation irradiation lamp 1 according to irradiation power
Irradiation power.Specifically, the detection means can include：Temperature-detecting device 120 and mantle thickness detection means 110.
The temperature that control device 200 is detected according to temperature-detecting device 120 determines the irradiation power of irradiation lamp 1, and according to covering
The mantle thickness that thickness detection apparatus 110 are detected determines to melt the irradiation power that covering needs, the temperature that will be determined
Corresponding irradiation power and the corresponding irradiation power of mantle thickness are contrasted, and determine the maximum of irradiation power, according to
The irradiation power of the maximum regulation irradiation lamp 1 of irradiation power.
The method of the irradiation power of irradiation lamp 1 is determined according to the temperature for detecting can be：Control device 200 presets
And the corresponding relation between the irradiation power of storage temperature and irradiation lamp 1, control device 200 examines according to temperature-detecting device 120
Temperature inquiry predetermined temperature and the corresponding relation of irradiation power for measuring, determine the spoke corresponding to the temperature for detecting
According to power, it is of course also possible to use other methods, the present embodiment does not do any limitation to this.Wherein, temperature and irradiation lamp 1
Irradiation power between corresponding relation can be：Corresponding relation between each temperature and the preset value of irradiation power, also may be used
Think the corresponding relation of each temperature and the pre-set interval of irradiation power, can also be the pre-set interval and irradiation power of temperature
Corresponding relation between preset value, it is of course also possible to be other corresponding relations, the present embodiment does not do any limitation to this.
The mantle thickness detected according to mantle thickness detection means 110 determines to melt the irradiation work(that covering needs
The method of rate can be：Mantle thickness detection means 110 can only include：Gross thickness detection means 111, control device 200
The snow deposit and the gross thickness of ice sheet detected according to gross thickness detection means 111 inquire about gross thickness set in advance and irradiation power
The corresponding relation irradiation power that determines corresponding to the gross thickness for detecting.Mantle thickness detection means 110 can also be wrapped
Include：Snow thicknes detection means 112 and ice layer thickness detection means 113, control device 200 is according to snow thicknes detection means
112 snow thicknes for detecting inquire about snow thicknes set in advance and determine the snow for detecting with the corresponding relation of irradiation power
Irradiation power corresponding to thickness degree, it is set in advance according to the ice layer thickness inquiry that ice layer thickness detection means 113 is detected
Ice layer thickness determines the irradiation power corresponding to the ice layer thickness for detecting with the corresponding relation of irradiation power, and determines spoke
According to the maximum of power.Wherein, the process of detection and control device 200 control on gross thickness detection means 111 is referring to upper
Embodiment is stated, the detection on snow thicknes detection means 112, the detection of ice layer thickness detection means 113 and control dress
The process of 200 controls is put referring to above-described embodiment, the present embodiment will not be repeated here.
As can be seen that in the present embodiment, detected by the temperature and mantle thickness around wall bushing 2, and
The irradiation work(of the maximum regulation irradiation lamp 1 according to the corresponding irradiation power of temperature and the corresponding irradiation power of mantle thickness
Rate so that irradiation lamp 1 preferably distributes heat to melt the snow deposit and ice sheet on wall bushing 2, on fully erased wall bushing 2
Snowberg and icing, improve the efficiency except snow and ice.
Referring to Fig. 9, Fig. 9 is the another structured flowchart of wall bushing device for removing snow and ice provided in an embodiment of the present invention.Such as
Shown in figure, in the various embodiments described above, the device for removing snow and ice can also include：PCU Power Conditioning Unit 300.Wherein, control device
200 are additionally operable to according to the irradiation power transmit power Regulate signal determined.PCU Power Conditioning Unit 300 and control device 200 and
Irradiation lamp 1 is electrically connected, and PCU Power Conditioning Unit 300 is used to receive the power regulating signals, and adjusts the irradiation power of irradiation lamp 1.
Specifically, the parameter determination of the wall bushing 2 that control device 200 is detected according to detection means goes out irradiation power, control device
200 according to the irradiation power to the transmit power Regulate signal of PCU Power Conditioning Unit 300, PCU Power Conditioning Unit 300 receives the power
Regulate signal, and according to the irradiation power of power regulating signals regulation irradiation lamp 1.PCU Power Conditioning Unit 300 can be by branch
Support body 6 is connected with wall 3.PCU Power Conditioning Unit 300 can be regulating current device, or voltage regulating device, also
Can be resistance adjustment device, the present embodiment does not do any limitation to this.In the present embodiment, PCU Power Conditioning Unit 300 is electricity
Flow modulation device, the regulating current device changes the irradiation power of irradiation lamp 1 by adjusting input to the electric current of irradiation lamp 1.
When irradiation lamp 1 is multiple, and respectively irradiation lamp 1 is respectively placed in when above and below wall bushing 2, power adjusting
Device 300 can be two, and two PCU Power Conditioning Units 300 can respectively adjust two be placed in above and below wall bushing 2
The irradiation power of row's irradiation lamp 1, and two PCU Power Conditioning Units 300 are identicals for the irradiation power that irradiation lamp is adjusted.
During specific implementation, two PCU Power Conditioning Units 300 can be connected by two supporters 6 with wall 3, and two supporters 6 can
To be connected with two supports 5 respectively, then two PCU Power Conditioning Units 300 are respectively placed in above and below wall bushing 2.
The parameter of wall bushing 2 can include：The gross thickness of snow deposit and ice sheet, snow thicknes and ice layer thickness, set through walls
The combination of the temperature around the gross thickness and wall bushing 2 of temperature, snow deposit and ice sheet around pipe 2 and snow thicknes and ice
The combination of the temperature around thickness degree and wall bushing 2.Wherein, corresponding to wall bushing 2 parameters detection means：Always
The inspection of thickness detection apparatus 111, snow thicknes detection means 112, ice layer thickness detection means 113 and temperature-detecting device 114
Survey process, and control device 200 control process referring to the explanation in the various embodiments described above, the present embodiment is herein no longer
Repeat.
As can be seen that in the present embodiment, the irradiation power of irradiation lamp 1 is adjusted by PCU Power Conditioning Unit 300, can be more
The irradiation power of regulation irradiation lamp 1, simple and convenient exactly.
Referring to Figure 10, Figure 10 is the another structured flowchart of wall bushing device for removing snow and ice provided in an embodiment of the present invention.
As illustrated, in the various embodiments described above, the device for removing snow and ice can also include：Rotating stand 4, input unit 400 and driving
Mechanism 500.Wherein, rotating stand 4 is rotatably connected at wall 3, and irradiation lamp 1 is connected to rotating stand 4.Specifically, rotate
Bearing 4 is rotatably connected with support 5, and during specific implementation, the rotating stand 4 can be with the mode being rotatably connected of support 5
Arbitrarily, the present embodiment does not do any limitation to this.Irradiation lamp 1 is to be fixedly connected with rotating stand 4, the rotation of rotating stand 4
Drive the rotation of irradiation lamp 1, during specific implementation, the connected mode of irradiation lamp 1 and rotating stand 4 can be it is arbitrary, such as：Bolt
Connection, bonding connection etc., the present embodiment do not do any limitation to this.
Input unit 400 is used to be input into rotating signal, control device 200 also with input unit 400 and drive mechanism 500
Input is electrically connected, and control device 200 is additionally operable to receive the rotating signal that input unit 400 sends, and according to the rotating signal
Drive signal is sent to drive mechanism 500.The drive end of drive mechanism 500 is connected with rotating stand 4, and drive mechanism 500 is used
In the drive signal that receiving control device 200 sends, and drive rotating stand 4 to rotate according to the drive signal, and then drive spoke
The rotation of illuminator 1.Specifically, input unit 400 can be connected with connector 7, and connector 7 can hang down with two supporters 6
Direct-connected to connect, then output device 400 can be oppositely arranged with wall bushing 2.The input rotating signal of input unit 400 can be by work
It is manually entered as personnel, during specific implementation, staff can be according to snow deposit on wall bushing 2 and the thawing situation of ice sheet, hand
Dynamic input rotating signal；Staff can also be manually entered rotating signal according to the irradiation position of irradiation lamp 1, certainly, work
Personnel can also be manually entered rotating signal according to other actual conditions, and the present embodiment does not do any limitation to this.
Control device 200 can preset and store the default anglec of rotation of irradiation lamp 1, and so, control device 200 can
The default anglec of rotation of the rotation of rotating stand 4 is controlled with according to rotating signal, certainly, control device 200 can also be using others
Mode controls the anglec of rotation of rotating stand 4, and the present embodiment does not do any limitation to this.During specific implementation, the anglec of rotation is preset
Can be determined according to actual conditions, for example：10 °, the present embodiment does not do any limitation to this.During specific implementation, can pass through
Adjustment irradiation lamp 1 quantity and the default anglec of rotation come reach in the range of 360 ° of wall bushing except snow and ice.Drive mechanism
500 can be motor.
The present embodiment is worked to introduce according to the thawing situation of snow deposit on wall bushing 2 and ice sheet with staff
Journey：Detection means detects the parameter of wall bushing 2, and the parameter that will be detected is sent to control device 200.Control device 200
The parameter is received, and the irradiation power of lamp 1 is irradiated according to the parameter determination, and irradiation is adjusted according to the irradiation power determined
The irradiation power of lamp 1.The irradiation irradiation wall bushing 2 of lamp 1, the heat that irradiation lamp 1 is distributed melts snow deposit and ice on wall bushing 2
Layer.After irradiation lamp 1 exposes to certain hour, staff can by visual observation detect the thawing situation of snow deposit and ice sheet, hand
It is dynamic to press input unit 400.Input unit 400 is input into rotating signal, and the rotating signal is sent into control device 200.Control
Device processed 200 receives the rotating signal, and sends drive signal to drive mechanism 500.Drive mechanism 500 receives driving letter
Number, and drive rotating stand 4 to rotate according to the drive signal.Stop after the default anglec of rotation of the rotation of rotating stand 4, rotating stand
Irradiation lamp 1 is driven to rotate together during 4 rotations.
As can be seen that in the present embodiment, by setting rotating stand 4, the rotation of rotating stand 4 can drive irradiation lamp 1
Ground is rotated so that snow deposit and ice sheet that irradiation lamp 1 can be on fully erased wall bushing 2, it is to avoid snow deposit on wall bushing 2 occur
With leaving for ice sheet.
In sum, in the present embodiment, using the snow deposit irradiated on the heat thawing wall bushing 2 that the irradiation of lamp 1 gives out
And/or ice sheet, the purpose for removing snow deposit and/or ice sheet on wall bushing 2 is served, and will not be in the tube wall of wall bushing 2
Surrounding forms air-flow, also, control device 200 can be according to the irradiation work(of the actual parameter of wall bushing 2 regulation irradiation lamp 1
Rate so that irradiation lamp 1 preferably distributes heat and melts snow deposit and/or ice sheet on wall bushing 2, preferably removes wall bushing 2
On snow deposit and/or ice sheet, substantially increase the efficiency except snow and ice, meanwhile, by irradiate lamp 1 irradiate wall bushing 2 with clear
Except snow deposit and/or ice sheet, the normal work of wall bushing 2 is enabled to, without power-off, it is to avoid during 2 normal work of wall bushing
There is the accident of electrical breakdown, effectively ensure the personal safety of staff；Additionally, the device for removing snow and ice by strong wind,
The influence of the weather conditions such as severe snow, the consumption energy is few, and operating cost is low.
Embodiment of the method：
The present embodiment also proposed a kind of wall bushing snow removing de-icing method.Referring to Figure 11, Figure 11 is the embodiment of the present invention
The flow chart of the wall bushing snow removing de-icing method of offer.As illustrated, the method comprises the following steps：
Detecting step S1, detects the parameter of wall bushing.
Specifically, detection means can detect the parameter of wall bushing 2.The parameter of wall bushing 2 can include：Set through walls
In temperature, wall bushing 2 around pipe 2 on the thickness of the thickness of snow deposit and ice sheet, wall bushing 2 snow deposit and ice sheet gross thickness
In one or several.For example, the parameter of wall bushing 2 can include：Temperature, snow thicknes around wall bushing 2 and
The combination of the temperature around the gross thickness of ice layer thickness, snow deposit and ice sheet, the gross thickness of snow deposit and ice sheet and wall bushing 2, with
And the combination of the temperature around snow thicknes and ice layer thickness and wall bushing 2.The parameter of wall bushing 2 can use corresponding
Parameter detection device 100 detects, such as：Gross thickness detection means 111, snow thicknes detection means 112, ice layer thickness detection dress
Put 113 and temperature-detecting device 120, the detection process of each detection means can be found in the embodiment of device, the present embodiment is herein not
Repeat again.
Regulating step S2, the irradiation power of lamp is irradiated according to the parameter determination for detecting, and adjusts the irradiation work(of irradiation lamp
Rate.
Specifically, the parameter determination of the wall bushing 2 that control device 200 is detected according to detection means 100 irradiates lamp 1
Irradiation power, and adjust the irradiation power of irradiation lamp 1 by controlling PCU Power Conditioning Unit 300.The parameter of wall bushing 2 is different
When, according to wall bushing 2 parameter determination irradiation lamp 1 irradiation power mode can with difference, wherein, the ginseng of wall bushing 2
Number may refer to the embodiment of device with the determination method of the irradiation power of irradiation lamp 1, and the present embodiment will not be repeated here.
Irradiating step S3, with the covering of irradiation light irradiation wall bushing.Wherein, covering includes ice sheet and/or snow deposit.
Specifically, irradiation lamp 1 is connected by support 5 with wall 3, and irradiation lamp 1 is set near wall bushing 2.Irradiation lamp 1
The positions such as the top (for Fig. 1) of wall bushing 2, side or lower section (for Fig. 1) can be placed in, preferably
, irradiation lamp 1 is placed in the top of wall bushing 2, can preferably irradiate wall bushing 2.Irradiation lamp 1 can be with one, it is also possible to
It is two, or it is multiple.Preferably, lamp 1 at least two is irradiated, also, each irradiation lamp 1 is arranged side by side, the row of each irradiation lamp 1
Cloth direction is parallel with wall bushing 2.When lamp 1 at least two are irradiated, each irradiation lamp 1 can be respectively placed in wall bushing 2
Above and below.Be more highly preferred to, irradiation lamp 1 is multiple, each irradiation lamp 1 respectively above and below wall bushing 2 into
Arrangement is put.
It should be noted that wall bushing device for removing snow and ice and wall bushing the snow removing de-icing method principle in the present invention
Identical, related part can be with cross-referenced.
In sum, in the present embodiment, using irradiate the lamp heat that gives out of irradiation melt snow deposit on wall bushing and/
Or ice sheet, the purpose for removing snow deposit and/or ice sheet on wall bushing is served, and will not be around the tube wall of wall bushing 2
Air-flow is formed, further, it is possible to the irradiation power of the actual parameter regulation irradiation lamp 1 according to wall bushing 2 so that irradiation lamp 1 is more
Heat is distributed well and melts snow deposit and/or ice sheet on wall bushing 2, substantially increase the efficiency except snow and ice, meanwhile, by spoke
Illuminator 1 irradiates wall bushing 2 to remove snow deposit and/or ice sheet, enables to the normal work of wall bushing 2, without power-off, it is to avoid
There is the accident of electrical breakdown during 2 normal work of wall bushing, effectively ensure the personal safety of staff.
Obviously, those skilled in the art can carry out various changes and modification without deviating from essence of the invention to the present invention
God and scope.So, if these modifications of the invention and modification belong to the scope of the claims in the present invention and its equivalent technologies
Within, then the present invention is also intended to comprising these changes and modification.
Claims (12)
1. a kind of wall bushing device for removing snow and ice, it is characterised in that including：Irradiation lamp (1), detection means (100) and control
Device (200)；Wherein,
Irradiation lamp (1) irradiates wall bushing (2) for being connected with wall (3)；
The detection means (100) is for detecting the parameter of the wall bushing；
The control device (200) electrically connects with the detection means (100) and irradiation lamp (1), for receiving the ginseng
Number, and the irradiation power of lamp (1) is irradiated according to the parameter regulation.
2. wall bushing device for removing snow and ice according to claim 1, it is characterised in that detection means (100) bag
Include：Mantle thickness detection means (110)；Wherein,
The mantle thickness detection means (110) is for detecting the thickness of covering on the wall bushing；The covering
Including snow deposit and ice sheet；
The control device (200) electrically connects with the mantle thickness detection means (110), for receiving the covering
Thickness, and determined to melt the irradiation power that the covering needs according to the thickness of the covering, and according to the irradiation
The irradiation power of lamp (1) is irradiated described in power adjusting.
3. wall bushing device for removing snow and ice according to claim 2, it is characterised in that the mantle thickness detection dress
Putting (110) includes：Gross thickness detection means (111)；Wherein,
The gross thickness detection means (111) is for detecting the gross thickness of the snow deposit and the ice sheet；
The control device (200) also electrically connects with the gross thickness detection means (111), is additionally operable to receive the gross thickness,
And the corresponding irradiation work(of the gross thickness that detects is determined according to the corresponding relation of gross thickness set in advance and irradiation power
Rate, and according to the irradiation power of the irradiation power regulation irradiation lamp (1).
4. wall bushing device for removing snow and ice according to claim 2, it is characterised in that the mantle thickness detection dress
Putting (110) also includes：Snow thicknes detection means (112) and ice layer thickness detection means (113)；Wherein,
The snow thicknes detection means (112) is for detecting snow thicknes；
The ice layer thickness detection means (113) is for detecting ice layer thickness；
The control device (200) also with the snow thicknes detection means (112) and the ice layer thickness detection means (113)
Electrical connection, is additionally operable to receive the snow thicknes and the ice layer thickness, according to snow thicknes set in advance and irradiation power
Corresponding relation determine the corresponding irradiation power of the snow thicknes that detects, according to ice layer thickness set in advance and irradiation
The corresponding relation of power determines the corresponding irradiation power of the ice layer thickness for detecting, and according to the irradiation determined
The irradiation power of the maximum regulation irradiation lamp (1) of power.
5. wall bushing device for removing snow and ice according to claim 1, it is characterised in that detection means (100) bag
Include：Temperature-detecting device (120)；Wherein,
The temperature-detecting device (120) is for detecting the temperature around the wall bushing；
The control device (200) also electrically connects with the temperature-detecting device (120), is additionally operable to receive the temperature, and root
The irradiation power of irradiation lamp is determined according to the temperature, and according to the irradiation power of the irradiation power regulation irradiation lamp.
6. the wall bushing device for removing snow and ice according to any one of claim 2 to 4, it is characterised in that the detection
Device (100) also includes：Temperature-detecting device (120)；Wherein,
The temperature-detecting device (120) is for detecting the temperature around the wall bushing；
The control device (200) also electrically connects with the temperature-detecting device (120), is additionally operable to receive the temperature, and root
The irradiation power of irradiation lamp, and the thickness for determining the corresponding irradiation power of temperature and the covering are determined according to the temperature
The maximum spent in corresponding irradiation power, the irradiation power of the maximum regulation irradiation lamp (1) according to irradiation power.
7. wall bushing device for removing snow and ice according to claim 1, it is characterised in that also include：PCU Power Conditioning Unit
(300)；Wherein,
The control device (200) is additionally operable to according to the irradiation power transmit power Regulate signal determined；
The PCU Power Conditioning Unit (300) electrically connects with the control device (200) and irradiation lamp (1), for receiving
Power regulating signals are stated, and adjusts the irradiation power of irradiation lamp (1).
8. wall bushing device for removing snow and ice according to claim 1, it is characterised in that also include：Rotating stand (4),
Input unit (400) and drive mechanism (500)；Wherein,
The rotating stand (4) is rotatably connected at the wall (3), and irradiation lamp (1) is connected to the rotating stand
(4)；
The input unit (400) is for being input into rotating signal；
Input of the control device (200) also with the input unit (400) and the drive mechanism (500) is electrically connected,
The control device (200) is additionally operable to receive the rotating signal, and is sent to the drive mechanism according to the rotating signal
Drive signal；
The drive end of the drive mechanism (500) is connected with the rotating stand (4), and the drive mechanism (500) is for connecing
The drive signal is received, and drives the rotating stand (4) to rotate.
9. wall bushing device for removing snow and ice according to claim 1, it is characterised in that the irradiation lamp (1) is at least
Two, also, it is each it is described irradiation lamp (1) be arranged side by side.
10. wall bushing device for removing snow and ice according to claim 9, it is characterised in that each irradiation lamp (1) is respectively
It is placed in the above and or below of the wall bushing (2).
11. a kind of wall bushing snow removing de-icing methods, it is characterised in that comprise the following steps：
Detect the parameter of wall bushing；
The irradiation power of lamp is irradiated according to the parameter determination for detecting, and adjusts the irradiation power of the irradiation lamp；
With the covering of wall bushing described in the irradiation light irradiation；Wherein, the covering includes：Ice sheet and/or snow deposit.
12. wall bushing snow removing de-icing methods according to claim 11, it is characterised in that the parameter of the wall bushing
Including：Thickness, the wall bushing of the thickness of snow deposit and ice sheet in temperature, the wall bushing around the wall bushing
One or several in the gross thickness of upper snow deposit and ice sheet.
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