CN108388327A - A kind of power grid meteorological movie ＆ video system and method - Google Patents
A kind of power grid meteorological movie ＆ video system and method Download PDFInfo
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- CN108388327A CN108388327A CN201810147931.2A CN201810147931A CN108388327A CN 108388327 A CN108388327 A CN 108388327A CN 201810147931 A CN201810147931 A CN 201810147931A CN 108388327 A CN108388327 A CN 108388327A
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- 238000000034 method Methods 0.000 title claims abstract description 9
- 239000006260 foam Substances 0.000 claims abstract description 57
- 125000004122 cyclic group Chemical group 0.000 claims abstract description 50
- 238000001179 sorption measurement Methods 0.000 claims abstract description 47
- 239000000356 contaminant Substances 0.000 claims abstract description 28
- 238000012216 screening Methods 0.000 claims abstract description 24
- 238000010521 absorption reaction Methods 0.000 claims abstract description 22
- 238000012544 monitoring process Methods 0.000 claims description 49
- 238000005057 refrigeration Methods 0.000 claims description 16
- 238000007664 blowing Methods 0.000 claims description 13
- 229910000906 Bronze Inorganic materials 0.000 claims description 10
- 239000010974 bronze Substances 0.000 claims description 10
- KUNSUQLRTQLHQQ-UHFFFAOYSA-N copper tin Chemical compound [Cu].[Sn] KUNSUQLRTQLHQQ-UHFFFAOYSA-N 0.000 claims description 10
- 239000011521 glass Substances 0.000 claims description 10
- 238000002955 isolation Methods 0.000 claims description 10
- 230000004888 barrier function Effects 0.000 claims description 7
- 238000007873 sieving Methods 0.000 claims description 7
- RYGMFSIKBFXOCR-UHFFFAOYSA-N Copper Chemical group [Cu] RYGMFSIKBFXOCR-UHFFFAOYSA-N 0.000 claims description 4
- 239000004033 plastic Substances 0.000 claims description 3
- 229920003023 plastic Polymers 0.000 claims description 3
- 239000002985 plastic film Substances 0.000 claims description 3
- 239000000203 mixture Substances 0.000 claims description 2
- 238000009738 saturating Methods 0.000 claims 1
- 230000006641 stabilisation Effects 0.000 claims 1
- 238000011105 stabilization Methods 0.000 claims 1
- 230000007547 defect Effects 0.000 abstract description 3
- 230000008014 freezing Effects 0.000 abstract 1
- 238000007710 freezing Methods 0.000 abstract 1
- 238000001816 cooling Methods 0.000 description 9
- 230000005611 electricity Effects 0.000 description 7
- 238000001556 precipitation Methods 0.000 description 4
- 238000010586 diagram Methods 0.000 description 3
- 239000013618 particulate matter Substances 0.000 description 3
- 230000002159 abnormal effect Effects 0.000 description 2
- 239000012535 impurity Substances 0.000 description 2
- 238000005192 partition Methods 0.000 description 2
- 230000006978 adaptation Effects 0.000 description 1
- 230000002776 aggregation Effects 0.000 description 1
- 238000004220 aggregation Methods 0.000 description 1
- 230000009286 beneficial effect Effects 0.000 description 1
- 230000005540 biological transmission Effects 0.000 description 1
- 239000010949 copper Substances 0.000 description 1
- 229910052802 copper Inorganic materials 0.000 description 1
- 230000007812 deficiency Effects 0.000 description 1
- 230000000694 effects Effects 0.000 description 1
- 238000005516 engineering process Methods 0.000 description 1
- 230000006870 function Effects 0.000 description 1
- 230000008447 perception Effects 0.000 description 1
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F1/00—Details not covered by groups G06F3/00 - G06F13/00 and G06F21/00
- G06F1/16—Constructional details or arrangements
- G06F1/20—Cooling means
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- G—PHYSICS
- G01—MEASURING; TESTING
- G01W—METEOROLOGY
- G01W1/00—Meteorology
- G01W1/02—Instruments for indicating weather conditions by measuring two or more variables, e.g. humidity, pressure, temperature, cloud cover or wind speed
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- G—PHYSICS
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- G06F—ELECTRIC DIGITAL DATA PROCESSING
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- G06Q50/06—Energy or water supply
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
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- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02A—TECHNOLOGIES FOR ADAPTATION TO CLIMATE CHANGE
- Y02A90/00—Technologies having an indirect contribution to adaptation to climate change
- Y02A90/10—Information and communication technologies [ICT] supporting adaptation to climate change, e.g. for weather forecasting or climate simulation
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Abstract
A kind of power grid meteorological movie ＆ video system and method, meteorological acquisition server obtain weather information in real time from the meteorological department in the areas power system security IV, realize the acquisition of original weather data；For machine box for server, the gas that the through cavity one that must be penetrated through by both ends is sent into, it first arrives in the access for screening out of cyclic annular foam, because of the setting of adsorption stage, the no small particulate contaminant of grain size can not arrive in the access for screening out, and under the absorption of several grades of adsorption stages in the access for screening out, the particulate contaminant in gas is executed absorption and is removed, gas is when flowing through several grades of adsorption stages, because several foam pieces that all adsorption stages are circumferentially equidistant distribution form；Effectively prevent effectively freezing to machine box for server in the prior art and removing the defect of particulate contaminant in combination with other steps.
Description
Technical field
The present invention relates to power grid weather warning technical fields, and in particular to a kind of power grid meteorological movie ＆ video system and its side
Method.
Background technology
The safe and stable operation of electric system has great relationship, especially bad weather and extreme climate with weather
Under, electric power netting safe running can be challenged by bigger, need to combine weather information to power grid into Mobile state monitoring and early warning.Electricity at present
Line facility operational safety limit value is fixed limit value in net system, can not automatically be changed according to temperature, wind speed etc., but in summer
When equipment operational safety limit value can be relatively low, if by normal value monitor, it will the security risk for causing power system monitor is unfavorable for safety
Monitoring.
There are a kind of power grid dynamic monitoring early-warning system based on weather information, the technical solution taken therefrom
For：
The system includes meteorological acquisition server, Data Bridge work station, dynamic early-warning monitoring server and EMS system clothes
Collected weather information is passed to Data Bridge work station by business device, meteorological acquisition server by reversed physical isolation apparatus I,
Weather information passes to dynamic early-warning monitoring server, EMS systems by Data Bridge work station by reversed physical isolation apparatus II again
EMS data are passed to dynamic early-warning monitoring server by system server；Dynamic early-warning monitoring server by weather information analysis module,
EMS data acquisition modules, security monitoring analysis module and power grid dynamic early-warning module composition, weather information analysis module is to by gas
The weather information transmitted as acquisition server is analyzed, and EMS data acquisition modules obtain operation of power networks from EMS system server
Parameter, the data that security monitoring analysis module receives weather information analysis module and EMS data acquisition modules transmit, through analysis pair
It can be alerted by power grid dynamic early-warning module real-time intelligent than after.
Wind speed, precipitation, temperature real-time weather information are combined by the system with operation of power networks situation, may be implemented to electricity
Net carries out operation actual time safety status monitoring, and realizes that the dynamic of power equipment limit value adjusts according to associated weather information,
Including capacity, the line security electric current etc. for adjusting main transformer in real time, the dynamic early-warning of Operation of Electric Systems is realized, help personnel
The accurately overall operation situation of perception power grid, accurately, quickly eliminates defect, improves safety and the economy of operation of power networks.
Power grid dynamic monitoring and early warning server is damaged in order to prevent, and just power grid dynamic monitoring and early warning server is arranged
In machine box for server, and the scene that machine box for server is set up is often dirty and messy environment, and is taken in power grid dynamic monitoring and early warning
It to allow machine box for server to reach refrigeration cool-down when business device work and ensure that the operation of power grid dynamic monitoring and early warning server is smooth, current
Machine box for server will freeze, and often for when preparing babinet, remain hole in the link position of the enclosure of babinet, therefore flow
Dynamic gas enters to reach refrigeration, however because the scene of the erection of machine box for server is often dirty and messy environment, particulate matter
Impurity easily arrives in the babinet of machine box for server, in aggregation to the power grid dynamic monitoring and early warning server in babinet, because
The accessory distribution of power grid dynamic monitoring and early warning server is compact in babinet, gathers to when many, can go out when particulate contaminant
Existing certain charge damages, can also weaken the refrigeration performance of power grid dynamic monitoring and early warning server itself.
Having now also configures air exhauster in a few class babinets, can allow babinet example that the gas that several strands spring up occurs and generate
The gas of flowing, the refrigeration performance reached, however because the adaptation of babinet is poor, the gas flow rate of the flowing occurred in babinet is not
Height, the position in addition towards the power grid dynamic monitoring and early warning server for needing to increase refrigeration, can not allow the gas of flowing to arrive at it
Whereabouts, so, the refrigeration of machine box for server and removal particulate contaminant are urgently handle the phenomenon that.
Invention content
To solve the above problems, the present invention provides a kind of power grid meteorological movie ＆ video system and method, effectively avoid
It in the prior art can not effectively be freezed to machine box for server and remove the transmission defect of particulate contaminant.
A kind of power grid meteorological movie ＆ video system and method in order to overcome the deficiencies in the prior art, the present invention provides
Solution, it is specific as follows：
A kind of method of power grid meteorological movie ＆ video system, gas of the meteorological acquisition server 1 from the areas power system security IV
As department obtains weather information in real time, the acquisition of original weather data is realized；
For the gas that machine box for server, the through cavity 1 that must be penetrated through by both ends are sent into, cyclic annular foam is first arrived at
In 109 access 111 for screening out, because of the setting of adsorption stage, the no small particulate contaminant of grain size can not be arrived at for sieving
In the access removed, under the absorption of several grades of adsorption stages in the access 111 for screening out, the particulate contaminant in gas is held
Row absorption is removed, and gas is when flowing through several grades of adsorption stages, if because all adsorption stages are the dry foam of circumferentially equidistant distribution
Piece 112 forms, and then gas can constantly connect with foam piece 112, with when flowing through adsorption stage completely in gas
Grain object impurity executes absorption, is then sent by the air-supply hole on 2 108 enclosure of through cavity of the both ends perforation for air-supply
Into in the through cavity 2 108 of the both ends perforation for air-supply, the through cavity of both ends perforation is arrived at by end 106 of blowing
In one 101.
A kind of power grid meteorological movie ＆ video system, including：Reversed physical isolation apparatus II4 and power grid dynamic monitoring and early warning clothes
Business device 5 connects；
The power grid dynamic monitoring and early warning server is arranged in machine box for server, and the machine box for server configures refrigeration
Device, the refrigerating plant include both ends perforation through cavity one with sieve box, both ends perforation through cavity 1 in
There is the conduit through both ends, one of the through cavity 1 of both ends perforation is arranged barrier flaps 102 and closed 103, hinders
Partition 102 is stable on the through cavity 1 of both ends perforation, the closed 103 through cavity one that can be penetrated through in both ends
It is moved from one side to another side on 101, there is the through cavity one for being wrapped in both ends perforation between barrier flaps 102 and closed 103
Helical form glass bronze wire on 101；
The other end of the through cavity 1 of both ends perforation is through the side wall for sieving box 104 and in being in sieve box 104
In empty region, it is in the screw 105 that is screwed on of the through cavity 1 of the both ends perforation in sieve 104 cavity of box, is in
The through cavity one penetrated through with both ends is arranged in one of the through cavity 1 of both ends perforation in sieve 104 cavity of box
The groove that communicates of conduit；Several air-supply ends 106 being piled up are set on groove, and a headband at air-supply end 106 column
Protrusion, the other end groove that has same protrusion opposite at air-supply end 106, with the cavity through protrusion and groove in end 106 of blowing,
Protrusion is rabbeted to the groove on air-supply end, and the overlapping of several air-supply ends 106 is stablized, the air-supply being in where an end
An enclosed hood 107 is arranged in the groove at end on one side, and protrusion is rabbeted in the groove on the through cavity 1 penetrated through to both ends,
Air-supply end 106 is stable on the through cavity 1 of both ends perforation；
Both sides are respectively with the through cavity of the both ends perforation for air-supply of mirror image setting on all air-supply ends 106
2 108, the through cavity 2 108 that the both ends for air-supply penetrate through is communicated with the cavity in air-supply end 106, and two for air-supply
There is the enclosure in the other end of the through cavity 2 108 of head perforation, and air-supply hole is arranged on the enclosure, the both ends perforation for air-supply
It is wrapped cyclic annular foam 109 on through cavity 2 108, being passed through with what is penetrated through with the both ends for air-supply in cyclic annular foam 109
The opposite openings 110 of general formula cavity 2 108, the outer periphery for the through cavity 2 108 that the both ends for air-supply penetrate through is same to pass through
Week in port 110 gets up along firm attaching, logical for what is screened out with the access 111 for screening out in cyclic annular foam 109
One of road 111 communicates with openings 110, and the other end of the access 111 for screening out penetrates the other end of cyclic annular foam 109,
The span of the cross section of openings is less than the span of the cross section of the access 111 for screening out, and is set in the access 111 for screening out
Several adsorption stages being distributed from one side to another side are set, gap, all adsorption stages are maintained between a pair of of the adsorption stage adjoined
Several foam pieces 112 for being respectively circumferentially equidistant distribution form, and the gap between adsorption stage is the same as the both ends perforation for air-supply
Air-supply hole on the enclosure of through cavity 2 108 communicates.
It is arranged with the both ends for air-supply on the enclosure of the through cavity 2 108 of the both ends perforation for air-supply
What the through cavity two of perforation kept the setting of same center line props up item 113, each adsorption stage of cyclic annular foam 109 it is several
There is column mouth between foam piece, props up item 113 and be embedded in column mouth.
The outer head of the cyclic annular foam 109 is wrapped cyclic annular cylinder 114, is arranged on cyclic annular cylinder and is steeped with copper ring shape
Stablizing bar 115 is arranged on cyclic annular cylinder 114 for the air-supply hole that the access 111 for screening out of foam 109 communicates, and sieves the side of box 104
There are the gutter 116 that same stablizing bar 115 is opposite, stablizing bar 115 to be embedded in gutter 116 on wall, constituting stablizing bar 115 can be in
The framework of 116 inner movement of gutter is placed in the stablizing bar 115 sieved in 104 cavity of box and moving sheet 120, moving sheet 120 is arranged
Helical form glass bronze wire is wrapped in stablizing bar 115 between cyclic annular cylinder 114, the other end of stablizing bar 115 is in sieve box 104
Except, it is in the stablizing bar 115 except sieve box 104 and is screwed on screw.
The air-supply end 106 is constituted for plastics, and round ditch road 117 is respectively arranged in the protrusion at all air-supply ends 106, send
The round protrusion 118 opposite with round ditch road 117 is set in the groove at wind end 106, and round protrusion 118 is in round ditch road
In 117, a pair of of the air-supply end 106 to abut one another is linked up.
Plastic sheet is all set in the described closed side wall opposite with sieve box, in closed and the sieve same server machine of box
When the babinet side wall 119 of case is adjoint, it can be ensured that closed also has that sieve box close with what is mutually attached between babinet side wall with babinet side wall
Degree of closing.
Beneficial effects of the present invention are：
Gas can constantly connect with foam piece 112 with when flowing through adsorption stage, completely miscellaneous to the particulate matter in gas
Matter executes absorption, is then sent into and is used for by the air-supply hole on 2 108 enclosure of through cavity of the both ends perforation for air-supply
In the through cavity 2 108 of the both ends perforation of air-supply, the through cavity 1 of both ends perforation is arrived at by end 106 of blowing
In, because having passed through several adsorption stages, then, foam can be realized greatly executes absorption to the particulate contaminant in gas
Fall the performance of particulate contaminant.By in machine box for server must refrigeration power grid dynamic monitoring and early warning server residing place,
The flow direction for the gas that must be flowed is pre-established out, then relies on the gas stream of flowing that the through cavity of both ends perforation is always set
1 with the whereabouts of air exhauster, by they combine reach must orientation cooling flowing gas, can be to electricity
Net dynamic monitoring and early warning server reaches more preferably refrigeration performance.
Description of the drawings
Fig. 1 is the principle schematic of the power grid meteorological movie ＆ video system of the present invention.
Fig. 2 is the front schematic view of the refrigerating plant of the present invention.
Fig. 3 is the schematic cross-section of Fig. 2 in the present invention.
Fig. 4 is the edge schematic diagram of Fig. 2 of the present invention.
Fig. 5 is the partial schematic diagram of the present invention.
Fig. 6 is the connection diagram of the cyclic annular foam of the present invention.
Fig. 7 is the positive schematic cross-section of the cyclic annular foam of the present invention.
Fig. 8 is the edge schematic cross-section of the cyclic annular foam of the present invention.
Fig. 9 is the schematic partial cross-sectional view of the present invention.
Figure 10 is the partial enlarged view of the present invention.
Specific implementation mode
The present invention is described further below in conjunction with drawings and examples.
As shown in Fig. 1-Figure 10, the method for power grid meteorological movie ＆ video system, meteorological acquisition server 1 is pacified from electric system
The meteorological department in the full areas IV obtains weather information in real time, realizes the acquisition of original weather data, including corresponding meteorological geographical
Information data, meteorological master data (wind speed, precipitation, temperature), meteorological acquisition server 1 passes through collected weather information
Reversed physical isolation apparatus I2 passes to the Data Bridge work station 3 in the areas power system security III, and weather information is again by Data Bridge
Work station 3 passes to the power grid dynamic monitoring and early warning server 5 in the areas power system security I by reversed physical isolation apparatus II4, together
When EMS system server 6 positioned at the areas power system security I EMS data are passed to power grid dynamic monitoring and early warning server 5, electricity
Net dynamic monitoring and early warning server 5 analyzes meteorological data and operation of power networks data；
First the babinet of machine box for server is enclosed, then must be sent into gas in server machine box body side wall 119
Whereabouts opens up through slot, and the through cavity 1 of both ends perforation imbeds in the through slot of babinet side wall 119, sieves box
104 are in except babinet side wall 19, and one of the through cavity 1 of both ends perforation penetrates sieve box 104 and is in sieve box 104
Cavity in, be then screwed on upper screw 105 on the through cavity 1 of both ends perforation, pass through turn screw 105, traction
The through cavity 1 of both ends perforation is towards the whereabouts movement of sieve box 104, the through cavity one then penetrated through by both ends
Helical form glass bronze wire on 101 applies pressure to closed 103, with this allow closed 103 with the outer side wall of sieve box 104 with and case
Body side wall 119 is firm to be attached, moreover it is possible to reach and the through cavity 1 of sieve box 104 and both ends perforation is stable at babinet
Purpose in side wall 119 only allows the through cavity 1 that both ends penetrate through to realize the efficiency for allowing gas to pass through.
Then by both ends perforation one 101 whereabouts of through cavity institute must feeding gas number, determined with this
Number in the needed air-supply end 106 in one side of the through cavity 1 of both ends perforation, after air-supply end 106 is provided with, in
Upper enclosed hood 107 is set on one air-supply end 106 of most end；In on the through cavity 2 108 of the both ends perforation for air-supply
Cyclic annular foam is externally wrapped with upper annular cylinder 114, and the stablizing bar 115 on cyclic annular cylinder 114 is also embedded in the steady of sieve box 104
Determine in slot 116, allows the moving sheet 120 in stablizing bar 115 to be respectively in the both sides for sieving 104 side wall of box with screw, then turn silk
Mother, screw draw stablizing bar 115 and are moved with cyclic annular cylinder 114, and the helical form glass bronze wire in stablizing bar 115 is allowed to apply pressure to movement
Piece 120, the attaching for making moving sheet 120 firm are stable in the side wall of sieve box 104, and stablizing bar is stablized in the side wall of sieve box 104,
Finally cyclic annular cylinder 114 is stable on sieve box 104, cylindricality sponge 9 is realized by cyclic annular cylinder 114 and is stablized.
The air outlet of the through cavity 1 of both ends perforation is in the whereabouts that must freeze, in addition on babinet
Air exhauster is set, by the residing place for the power grid dynamic monitoring and early warning server that must freeze in machine box for server, is pre-established
Go out must flowing gas flow direction, then rely on flowing gas stream be always arranged both ends perforation through cavity 1 with
The whereabouts of air exhauster can be to power grid dynamic by their gas for combining the cooling flowing to reach palpus orientation
Monitoring and early warning server reaches more preferably refrigeration performance, the through cavity one of both ends perforation and combining for air exhauster, can be in case
The gas of the cooling flowing of several orientations is constituted in body；If the channel interval two of the cooling flowing for the orientation that must freeze
The air outlet of the through cavity 1 of head perforation is not close, can be in the upper gas of outfit on the through cavity 1 that both ends penetrate through
Channel allows gas passage the gas of entrance to be oriented to the whereabouts that must need the power grid dynamic monitoring and early warning server to freeze.
The gas being sent by the through cavity 1 of both ends perforation first arrives at the logical for what is screened out of cyclic annular foam 109
In road 111, because of the setting of adsorption stage, the no small particulate contaminant of grain size can not arrive in the access for screening out, in for
Under the absorption of several grades of adsorption stages in the access 111 screened out, in gas particulate contaminant execute absorption remove, gas in
When flowing through several grades of adsorption stages, because several foam pieces 112 that all adsorption stages are circumferentially equidistant distribution form, then gas
With when flowing through adsorption stage, it can constantly connect with foam piece 112, absorption completely is executed to the particulate contaminant in gas,
Then it is sent by the air-supply hole on 2 108 enclosure of through cavity of the both ends perforation for air-supply and is passed through for the both ends of air-supply
In logical through cavity 2 108, by blowing, end 106 is arrived in the through cavity 1 of both ends perforation, because passing through
Several adsorption stages, then, foam can greatly realize that executing absorption to the particulate contaminant in gas removes particulate contaminant
Performance.
A kind of power grid meteorological movie ＆ video system, including：Meteorological acquisition server 1, reversed physical isolation apparatus I2, data
Bridge joint work station 3, reversed physical isolation apparatus II4 and power grid dynamic monitoring and early warning server 5 are sequentially connected；EMS system simultaneously
(Energy Management System) server 6 connects power grid dynamic monitoring and early warning server 5.Meteorological acquisition server 1 is pacified from electric system
The meteorological department in the full areas IV obtains weather information in real time, realizes the acquisition of original weather data, including corresponding meteorological geographical
Information data, meteorological master data (wind speed, precipitation, temperature), meteorological acquisition server 1 passes through collected weather information
Reversed physical isolation apparatus I2 passes to the Data Bridge work station 3 in the areas power system security III, and weather information is again by Data Bridge
Work station 3 passes to the power grid dynamic monitoring and early warning server 5 in the areas power system security I by reversed physical isolation apparatus II4, together
When EMS system server 6 positioned at the areas power system security I EMS data are passed to power grid dynamic monitoring and early warning server 5, electricity
Net dynamic monitoring and early warning server 5 analyzes meteorological data and operation of power networks data.
The power grid dynamic monitoring and early warning server is arranged in machine box for server, and the machine box for server configures refrigeration
Device, the refrigerating plant include both ends perforation through cavity one with sieve box, both ends perforation through cavity 1 in
There is the conduit through both ends, one of the through cavity 1 of both ends perforation is arranged barrier flaps 102 and closed 103, hinders
Partition 102 is stable on the through cavity 1 of both ends perforation, the closed 103 through cavity one that can be penetrated through in both ends
It is moved from one side to another side on 101, there is the through cavity one for being wrapped in both ends perforation between barrier flaps 102 and closed 103
Helical form glass bronze wire on 101；
The other end of the through cavity 1 of both ends perforation is through the side wall for sieving box 104 and in being in sieve box 104
In empty region, it is in the screw 105 that is screwed on of the through cavity 1 of the both ends perforation in sieve 104 cavity of box, is in
The through cavity one penetrated through with both ends is arranged in one of the through cavity 1 of both ends perforation in sieve 104 cavity of box
The groove that communicates of conduit；Several air-supply ends 106 being piled up are set on groove, and a headband at air-supply end 106 column
Protrusion, the other end groove that has same protrusion opposite at air-supply end 106, with the cavity through protrusion and groove in end 106 of blowing,
Protrusion is rabbeted to the groove on air-supply end, and the overlapping of several air-supply ends 106 is stablized, the air-supply being in where an end
An enclosed hood 107 is arranged in the groove at end on one side, and protrusion is rabbeted in the groove on the through cavity 1 penetrated through to both ends,
Air-supply end 106 is stable on the through cavity 1 of both ends perforation；
Both sides are respectively with the through cavity of the both ends perforation for air-supply of mirror image setting on all air-supply ends 106
2 108, the through cavity 2 108 that the both ends for air-supply penetrate through is communicated with the cavity in air-supply end 106, and two for air-supply
There is the enclosure in the other end of the through cavity 2 108 of head perforation, and air-supply hole is arranged on the enclosure, the both ends perforation for air-supply
It is wrapped cyclic annular foam 109 on through cavity 2 108, being passed through with what is penetrated through with the both ends for air-supply in cyclic annular foam 109
The opposite openings 110 of general formula cavity 2 108, the outer periphery for the through cavity 2 108 that the both ends for air-supply penetrate through is same to pass through
Week in port 110 gets up along firm attaching, logical for what is screened out with the access 111 for screening out in cyclic annular foam 109
One of road 111 communicates with openings 110, and the other end of the access 111 for screening out penetrates the other end of cyclic annular foam 109,
The span of the cross section of openings is less than the span of the cross section of the access 111 for screening out, and is set in the access 111 for screening out
Several adsorption stages being distributed from one side to another side are set, gap, all adsorption stages are maintained between a pair of of the adsorption stage adjoined
Several foam pieces 112 for being respectively circumferentially equidistant distribution form, and the gap between adsorption stage is the same as the both ends perforation for air-supply
Air-supply hole on the enclosure of through cavity 2 108 communicates.
Ensure the stability of cyclic annular foam, the cover of the through cavity 2 108 of the both ends perforation for air-supply
Put on be arranged copper for air-supply both ends penetrate through through cavity two place with one heart prop up item 113, cyclic annular foam 109
There is circular hole between several foam pieces of every layer of adsorption stage, prop up item 113 and be inserted into circular hole, ensures the both ends perforation for air-supply
The cyclic annular foam in the outside of through cavity 2 108 do not tilt down.
In order to ensure that the stablizing effect of cyclic annular foam, the outer head of the cyclic annular foam 109 are wrapped cyclic annular cylinder
114, the air-supply hole communicated with the access 111 for screening out of copper ring shape foam 109, cyclic annular cylinder are set on cyclic annular cylinder
Stablizing bar 115 is set on 114, sieves the gutter 116 for having same stablizing bar 115 opposite in the side wall of box 104, stablizing bar 115 is embedding
It is connected in gutter 116, constituting stablizing bar 115 can be placed on steady in sieve 104 cavity of box in the framework of 116 inner movement of gutter
Determine that moving sheet 120 is arranged on item 115, helical form glass is wrapped in the stablizing bar 115 between moving sheet 120 and cyclic annular cylinder 114
Bronze wire, the other end of stablizing bar 115 are in except sieve box 104, are in the stablizing bar 115 except sieve box 104 and are screwed on screw.
Ensure the stability connected between a pair of of the air-supply end 106 adjoined, the air-supply end 106 constitutes for plastics, owns
Round ditch road 117 is respectively set in the protrusion at air-supply end 106, is arranged with 117 phase of round ditch road in the groove at end 106 of blowing
To round protrusion 118, round protrusion 118 is in round ditch road 117, and a pair of of the air-supply end 106 to abut one another is linked up,
It also can ensure that connected leak tightness.
Ensure the leak tightness used, plastic sheet is all set in the described closed side wall opposite with sieve box, close
Close piece with sieve box with the babinet side wall 119 of machine box for server it is adjoint when, it can be ensured that closed with babinet side wall also have sieve box it is same
The leak tightness mutually attached between babinet side wall.
Carrying out practically is first the babinet of machine box for server to be enclosed, then in 119 palpus of server machine box body side wall
The whereabouts for being sent into gas opens up through slot, and the through cavity 1 of both ends perforation is imbedded in the perforation of babinet side wall 119
In slot, sieve box 104 is in except babinet side wall 19, and one of the through cavity 1 of both ends perforation penetrates sieve box 104 and locates
In the cavity of sieve box 104, then in the upper screw 105 that is screwed on the through cavity 1 of both ends perforation, pass through turn screw
105, the through cavity 1 of traction both ends perforation is towards the whereabouts movement of sieve box 104, the perforation then penetrated through by both ends
Helical form glass bronze wire on formula cavity 1 applies pressure to closed 103, and closed 103 is allowed and the outer side wall of sieve box 104 with this
Get up with the firm attaching of babinet side wall 119, moreover it is possible to it is steady to reach the through cavity 1 that sieve box 104 and both ends are penetrated through
Purpose in babinet side wall 119 only allows the through cavity 1 that both ends penetrate through to realize the efficiency for allowing gas to pass through.
Then by both ends perforation one 101 whereabouts of through cavity institute must feeding gas number, determined with this
Number in the needed air-supply end 106 in one side of the through cavity 1 of both ends perforation, after air-supply end 106 is provided with, in
Upper enclosed hood 107 is set on one air-supply end 106 of most end；In on the through cavity 2 108 of the both ends perforation for air-supply
Cyclic annular foam is externally wrapped with upper annular cylinder 114, and the stablizing bar 115 on cyclic annular cylinder 114 is also embedded in the steady of sieve box 104
Determine in slot 116, allows the moving sheet 120 in stablizing bar 115 to be respectively in the both sides for sieving 104 side wall of box with screw, then turn silk
Mother, screw draw stablizing bar 115 and are moved with cyclic annular cylinder 114, and the helical form glass bronze wire in stablizing bar 115 is allowed to apply pressure to movement
Piece 120, the attaching for making moving sheet 120 firm are stable in the side wall of sieve box 104, and stablizing bar is stablized in the side wall of sieve box 104,
Finally cyclic annular cylinder 114 is stable on sieve box 104, cylindricality sponge 9 is realized by cyclic annular cylinder 114 and is stablized.
The air outlet of the through cavity 1 of both ends perforation is in the whereabouts that must freeze, in addition on babinet
Air exhauster is set, by the residing place for the power grid dynamic monitoring and early warning server that must freeze in machine box for server, is pre-established
Go out must flowing gas flow direction, then rely on flowing gas stream be always arranged both ends perforation through cavity 1 with
The whereabouts of air exhauster can be to power grid dynamic by their gas for combining the cooling flowing to reach palpus orientation
Monitoring and early warning server reaches more preferably refrigeration performance, the through cavity one of both ends perforation and combining for air exhauster, can be in case
The gas of the cooling flowing of several orientations is constituted in body；If the channel interval two of the cooling flowing for the orientation that must freeze
The air outlet of the through cavity 1 of head perforation is not close, can be in the upper gas of outfit on the through cavity 1 that both ends penetrate through
Channel allows gas passage the gas of entrance to be oriented to the whereabouts that must need the power grid dynamic monitoring and early warning server to freeze.
The gas being sent by the through cavity 1 of both ends perforation first arrives at the logical for what is screened out of cyclic annular foam 109
In road 111, because of the setting of adsorption stage, the no small particulate contaminant of grain size can not arrive in the access for screening out, in for
Under the absorption of several grades of adsorption stages in the access 111 screened out, in gas particulate contaminant execute absorption remove, gas in
When flowing through several grades of adsorption stages, because several foam pieces 112 that all adsorption stages are circumferentially equidistant distribution form, then gas
With when flowing through adsorption stage, it can constantly connect with foam piece 112, absorption completely is executed to the particulate contaminant in gas,
Then it is sent by the air-supply hole on 2 108 enclosure of through cavity of the both ends perforation for air-supply and is passed through for the both ends of air-supply
In logical through cavity 2 108, by blowing, end 106 is arrived in the through cavity 1 of both ends perforation, because passing through
Several adsorption stages, then, foam can greatly realize that executing absorption to the particulate contaminant in gas removes particulate contaminant
Performance.
Gas can constantly connect with foam piece 112 with when flowing through adsorption stage, completely miscellaneous to the particulate matter in gas
Matter executes absorption, is then sent into and is used for by the air-supply hole on 2 108 enclosure of through cavity of the both ends perforation for air-supply
In the through cavity 2 108 of the both ends perforation of air-supply, the through cavity 1 of both ends perforation is arrived at by end 106 of blowing
In, because having passed through several adsorption stages, then, foam can be realized greatly executes absorption to the particulate contaminant in gas
Fall the performance of particulate contaminant.By in machine box for server must refrigeration power grid dynamic monitoring and early warning server residing place,
The flow direction for the gas that must be flowed is pre-established out, then relies on the gas stream of flowing that the through cavity of both ends perforation is always set
1 with the whereabouts of air exhauster, by they combine reach must orientation cooling flowing gas, can be to electricity
Net dynamic monitoring and early warning server reaches more preferably refrigeration performance.Gas and when flowing through adsorption stage, can continuous same foam piece
112 connect, and completely execute absorption to the particulate contaminant in gas, then pass through the through of the both ends perforation for air-supply
Air-supply hole on 2 108 enclosure of cavity is sent into the through cavity 2 108 for the both ends perforation of air-supply, passes through end of blowing
106 arrive in the through cavity 1 of both ends perforation, because having passed through several adsorption stages, then, foam can be greatly real
The performance that particulate contaminant is removed in absorption now is executed to the particulate contaminant in gas.By the electricity that must freeze in machine box for server
The residing place of net dynamic monitoring and early warning server pre-establishes out the flow direction for the gas that must be flowed, then relies on the gas of flowing
Body flow direction is arranged the whereabouts of the through cavity 1 and air exhauster of both ends perforation, reaches by combining for they
The gas for the cooling flowing that must be oriented, can reach more preferably refrigeration performance to power grid dynamic monitoring and early warning server.
Power grid dynamic monitoring and early warning server 5 is supervised by weather information analysis module 51, EMS data acquisition modules 52, safety
It controls analysis module 53 and power grid dynamic early-warning module 54 forms, wherein weather information analysis module 51, security monitoring analysis module
53 and power grid dynamic early-warning module 54 be sequentially connected, while EMS data acquisition modules 52 connect security monitoring analysis module 53.
The function of each module is as follows：The real-time weather information that 51 analyzing processing of weather information analysis module obtains.EMS data
Acquisition module 52 obtains operation of power networks parameter, including Line Flow from EMS system server 6, and main transformer oil, bypass temperature, load are female
Line voltage.Meteorological geography information and power equipment geography information is compared in security monitoring analysis module 53, analyzes the following day
Gas changes the influence to electric power netting safe running, works out power system monitor and processing prediction scheme from angle is influenced by extreme weather, ensures pole
The monitoring realized under weather condition to meteorological and power grid main information is held, shows power grid control prediction scheme.Power grid dynamic early-warning module
54 according to weather conditions, adjust automatically main transformer capacity, circuit operational safety limit value, and when wind speed exception is reinforced to electrical network weak link
Concern and site operation remote guide, improve power grid manipulate safety；Reinforce the monitoring of affected device when Abnormal Precipitation,
Improve abnormal disposal efficiency；Meteorological condition real-time intelligent alarm to uncomfortable field operation, ensures field work safe and power grid
Safe operation.
The present invention is described in a manner of description of the drawings above, it will be understood by those of skill in the art that the disclosure
It is not limited to embodiments described above, in the case of without departing from the scope of the present invention, can make a variety of changes, change and replace
It changes.
Claims (6)
1. a kind of method of power grid meteorological movie ＆ video system, which is characterized in that meteorological acquisition server is from power system security
The meteorological department in the areas IV obtains weather information in real time, realizes the acquisition of original weather data；
For the gas that machine box for server, the through cavity one that must be penetrated through by both ends are sent into, being used for for cyclic annular foam is first arrived at
In the access screened out, because of the setting of adsorption stage, the no small particulate contaminant of grain size can not arrive in the access for screening out, in
Under the absorption of several grades of adsorption stages in access for screening out, the particulate contaminant in gas is executed absorption and is removed, gas
When flowing through several grades of adsorption stages, because several foam pieces that all adsorption stages are circumferentially equidistant distribution form, then gas
With when flowing through adsorption stage, it can constantly connect with foam piece, absorption completely be executed to the particulate contaminant in gas, then
It is sent into passing through for the both ends perforation for air-supply by the air-supply hole on two enclosure of through cavity of the both ends perforation for air-supply
In general formula cavity two, by blowing, end is arrived in the through cavity one of both ends perforation.
2. power grid meteorological movie ＆ video system according to claim 1, which is characterized in that including：Reversed physical isolation dress
It sets and is connected with power grid dynamic monitoring and early warning server；
The power grid dynamic monitoring and early warning server is arranged in machine box for server, and the machine box for server configures refrigeration dress
It sets, the refrigerating plant includes the through cavity one and sieve box of both ends perforation, is passed through in the through cavity one of both ends perforation
The conduit at both ends is worn, barrier flaps and closed are arranged in one of the through cavity one of both ends perforation, and barrier flaps are stable at two
On the through cavity one of head perforation, closed can move on the through cavity one that both ends penetrate through from one side to another side,
There is the helical form glass bronze wire being wrapped on the through cavity one of both ends perforation between barrier flaps and closed；
The other end of the through cavity one of both ends perforation is in through in the side wall for sieving box and the hollow region being in sieve box
The screw that is screwed on for sieving the through cavity one of the both ends perforation in box cavity is in the both ends perforation in sieve box cavity
The groove that the conduit of the through cavity one penetrated through with both ends communicates is arranged in one of through cavity one；It is arranged on groove
Several air-supply ends being piled up, a headband at end of blowing columnar protrusions, and there be opposite recessed of same protrusion in the other end at end of blowing
Slot, blow end in through protrusion and groove cavity, protrusion rabbet to air-supply end on groove in, several air-supply ends weigh
Folded stabilization is got up, and an enclosed hood is arranged in the groove for being in the air-supply end where an end on one side, and protrusion, which is rabbeted to both ends, passes through
In groove on logical through cavity one, air-supply end is stable on the through cavity one of both ends perforation；
Both sides are used for respectively with the through cavity two of the both ends perforation for air-supply of mirror image setting on all air-supply ends
The through cavity two of the both ends perforation of air-supply is communicated with the cavity in air-supply end, the through chamber of the both ends perforation for air-supply
There is the enclosure in the other end of body two, and air-supply hole is arranged on the enclosure, is wound on the through cavity two that the both ends for air-supply penetrate through
It cyclic annular foam, with the openings opposite with the through cavity two of the both ends perforation for air-supply in cyclic annular foam, is used for
The outer periphery of the through cavity two of the both ends perforation of air-supply is got up with the week in openings along firm attaching, in cyclic annular foam
With the access for screening out, one of access for screening out communicates with openings, and the other end of the access for screening out is saturating
The other end of cyclic annular foam is crossed, the span of the cross section of openings is less than the span of the cross section of the access for screening out, is used for
Several adsorption stages being distributed from one side to another side are set in the access screened out, keep free between a pair of of the adsorption stage adjoined
Gap, all adsorption stages are respectively several foam pieces composition of circumferentially equidistant distribution, and the gap between adsorption stage is the same as air-supply
Air-supply hole on the enclosure of the through cavity two of both ends perforation communicates.
3. power grid meteorological movie ＆ video system according to claim 2, which is characterized in that the both ends for air-supply are passed through
The through cavity two being arranged on the enclosure of logical through cavity two with the both ends perforation for air-supply keeps same center
Item is propped up in line setting, has column mouth between several foam pieces of each adsorption stage of cyclic annular foam, props up item and be embedded in column mouth
In.
4. power grid meteorological movie ＆ video system according to claim 2, which is characterized in that the outside of the cyclic annular foam
Portion is wrapped cyclic annular cylinder, and the air-supply hole communicated with the access for screening out of copper ring shape foam, ring are arranged on cyclic annular cylinder
Stablizing bar is set on shape cylinder, sieves the gutter for having same stablizing bar opposite in the side wall of box, stablizing bar is embedded in gutter,
The framework that stablizing bar can move in gutter is constituted, moving sheet, moving sheet are set in the stablizing bar being placed in sieve box cavity
Helical form glass bronze wire is wrapped in stablizing bar between cyclic annular cylinder, the other end of stablizing bar is in except sieve box, is in sieve
Stablizing bar except box is screwed on screw.
5. power grid meteorological movie ＆ video system according to claim 2, which is characterized in that the air-supply end is plastics structure
At, it is all air-supply ends protrusion on round ditch road is respectively set, be arranged in the groove at end of blowing opposite with round ditch road
A pair of of the air-supply end to abut one another is linked up in round ditch road in round protrusion, round prominence.
6. power grid meteorological movie ＆ video system according to claim 2, which is characterized in that described closed with sieve box institute phase
To side wall on plastic sheet is all set, closed with sieve box with the babinet side wall of machine box for server it is adjoint when, it can be ensured that
Closed also has sieve box with the leak tightness mutually attached between babinet side wall with babinet side wall.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
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| CN201810147931.2A CN108388327A (en) | 2018-02-13 | 2018-02-13 | A kind of power grid meteorological movie ＆ video system and method |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810147931.2A CN108388327A (en) | 2018-02-13 | 2018-02-13 | A kind of power grid meteorological movie ＆ video system and method |
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| CN108388327A true CN108388327A (en) | 2018-08-10 |
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Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN204089886U (en) * | 2014-09-24 | 2015-01-07 | 国网山东省电力公司泰安供电公司 | Based on the electrical network dynamic monitoring early warning system of weather information |
| CN106447538A (en) * | 2016-11-10 | 2017-02-22 | 南京铁道职业技术学院 | Easily-maintained transformer substation dispatching system and a method thereof |
| CN107026405A (en) * | 2017-06-05 | 2017-08-08 | 星凯电气有限公司 | A kind of switch cubicle dedusting and radiator structure |
| CN107562194A (en) * | 2017-08-10 | 2018-01-09 | 南京轩世琪源软件科技有限公司 | The method of multi-functional VR house viewing systems |
| CN107571285A (en) * | 2017-08-10 | 2018-01-12 | 南京昱晟机器人科技有限公司 | The method of the anti-liquid stream of robot of mobile phone control |
-
2018
- 2018-02-13 CN CN201810147931.2A patent/CN108388327A/en active Pending
Patent Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN204089886U (en) * | 2014-09-24 | 2015-01-07 | 国网山东省电力公司泰安供电公司 | Based on the electrical network dynamic monitoring early warning system of weather information |
| CN106447538A (en) * | 2016-11-10 | 2017-02-22 | 南京铁道职业技术学院 | Easily-maintained transformer substation dispatching system and a method thereof |
| CN107026405A (en) * | 2017-06-05 | 2017-08-08 | 星凯电气有限公司 | A kind of switch cubicle dedusting and radiator structure |
| CN107562194A (en) * | 2017-08-10 | 2018-01-09 | 南京轩世琪源软件科技有限公司 | The method of multi-functional VR house viewing systems |
| CN107571285A (en) * | 2017-08-10 | 2018-01-12 | 南京昱晟机器人科技有限公司 | The method of the anti-liquid stream of robot of mobile phone control |
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Application publication date: 20180810 |
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