CN207185059U - A kind of industrial computer system of on-line checking - Google Patents
A kind of industrial computer system of on-line checking Download PDFInfo
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- CN207185059U CN207185059U CN201721065447.2U CN201721065447U CN207185059U CN 207185059 U CN207185059 U CN 207185059U CN 201721065447 U CN201721065447 U CN 201721065447U CN 207185059 U CN207185059 U CN 207185059U
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Abstract
The utility model discloses a kind of industrial computer system of on-line checking, including front-end data acquisition device, network R-T unit and the industrial computer data harvester at pollution sources scene are arranged on, and are arranged on the data transmitter-receiver set and data server of administrative center；Data transmitter-receiver set includes interchanger；For the switch configuration in the hollow switch board of rectangular-shape, cover plate is articulated with the open-mouth of the switch board via hinge；It is used for covering the opening with cover plate this described；The switch board also includes R sieve plate and air regenerating device, and R is natural number, represents the number of sieve plate；Path of supplying gas is provided with inside the switch board, inside the switch board, the R sieve plate is at supplies gas on path the end of the path of supplying gas；The R sieve plate, which is all used for realizing the gas in path of supplying gas, filters out particulate contaminant；A kind of energy can be realized and realize that ventilation cooling is also avoided that the switch board that particulate contaminant influences.
Description
Technical field
It the utility model is related to industrial computer technical field, and in particular to a kind of industrial computer system of on-line checking.
Background technology
Country increasingly payes attention to environmental protection work, constantly strengthens the monitoring dynamics to blowdown.Be continuously increased Monitoring factors,
Monitoring requirement, more professional data transmission standard, to making function of original SCM type data collecting instrument in hardware, software
On, it is difficult to meet the storage of data with transmission requirement, it is difficult to obtain lasting, effective, complete data and analyzed and counted, from
And correct assessment can not be made to pollutant discharge of enterprise situation, cause that data availability is low, and management difficulty is big, had a strong impact on ring
Protect daily management mission.
Thus be just proposed a kind of industrial computer on-line monitoring system, including front-end data acquisition device, network R-T unit,
The data transmitter-receiver set and data server of administrative center, and the supervisor connected with the data server are arranged on, it is special
Not, in addition to it is arranged on the industrial computer data harvester of front end；The industrial computer data harvester is by industrial PC, net
Network adapter, interface conversion card and/or data processing card are formed；The front-end data acquisition device by interface conversion card and/
Or data processing card connects with industrial computer data harvester；The industrial computer data harvester passes through network adapter, net
Network R-T unit and data transmitter-receiver set and be communicated to data server.
This programme employs the industrial computer data harvester using industrial PC as hardware platform, is enriched with communication interface
Complete, the advantages that electrical equipment is reliable and stable, operational capability is sufficient, Data Transport Protocol specification, it is ensured that automatic monitoring data/
The real-time effectively transmission of video.
And interchanger is often arranged in switch board, and interchanger is in the operation of switch board, due in one
The environment of relative closure, will heating, so often there is interchanger and be unable to Efficient Operation, finally there is also interchanger damage
Phenomenon, so must set air regenerating device that the gas of the heating in switch board is sent out switch board in switch board, but
In general air regenerating device can also be sent to the particulate contaminant outside switch board in switch board, and the interchanger in switch board will glue
Adhere to a large amount of particulate contaminants, so a large amount of particulate contaminants can cause interchanger to tarnish, or even interchanger can not be transported
Make, so must obtain can realize that ventilation cooling is also avoided that the switch board that particulate contaminant influences.
The content of the invention
To solve the above problems, the utility model provides a kind of industrial computer system of on-line checking, a kind of energy is realized
Realize that ventilation cooling is also avoided that the switch board that particulate contaminant influences.
In order to overcome deficiency of the prior art, the utility model provides a kind of solution of the industrial computer system of on-line checking
Certainly scheme, it is specific as follows：
A kind of industrial computer system of on-line checking, including it is arranged on the front-end data acquisition device at pollution sources scene, network
R-T unit and industrial computer data harvester, and it is arranged on the data transmitter-receiver set and data server of administrative center；
Data transmitter-receiver set includes interchanger；
For the switch configuration in the hollow switch board 1U of rectangular-shape, the switch board 1U includes rectangular-shape
Top walls panels, the left wall plate of rectangular-shape, the right wall plate of rectangular-shape, the base wall panel of rectangular-shape and the squab panel of rectangular-shape,
The bottom wall of the top walls panels is connected with the roof, the roof of right wall plate and the roof of squab panel of the left wall plate, the left wall
The rear wall of plate is connected with the left end of the squab panel, and the rear wall of the right wall plate is connected with the right-hand member of the squab panel, institute
The bottom wall for stating left wall plate is connected with the left end of the base wall panel, and the bottom wall of the right wall plate is connected with the right-hand member of the base wall panel
Connect, the top walls panels, left wall plate, right wall plate, base wall panel and squab panel surround the hollow rectangular parallelepiped structure that front is open-like shape；
Cover plate 2U is articulated with the open-mouth of the switch board 1U via hinge；It is used for covering described open with cover plate 2U this described
Mouthful.
It is natural number that the switch board 1U, which also includes R sieve plate 6U with air regenerating device 9U, R, represents sieve plate 6U number；
Path of supplying gas is provided with inside the switch board 1U, one end 7U of the path of supplying gas is in the switch board 1U
Face, the R sieve plate 6U, which is at, to supply gas on path；
The R sieve plate 6U, which is used for realizing the gas in path of supplying gas, filters out particulate contaminant；
The air regenerating device 9U includes rectangular-shape outer cover, S location equipment A0S, reciprocal operational outfit A1S, a pair of resistances
Partition A2S and suction fan A3S, wherein S is natural number, represents the number of location equipment, and the pair of barrier flaps A2S is rectangular
Body shape, the outer cover of the air regenerating device 9U are divided into rectangular-shape first cavity and rectangular-shape the according to top-down order
Cavity in two, rectangular-shape shim is provided with described first between cavity in cavity and second, the shim is provided with from institute
The roof of shim is stated until the vertical shape through slot of the bottom wall through the shim, the suction fan A3S are arranged on described
Second hollow intracavitary, the suction fan A3S be used for gas from cavity in described second be drawn into described first in cavity；
Cavity during the S location equipment A0S, reciprocal operational outfit A1S and a pair of barrier flaps A2S are at described first
Interior, a barrier flaps A2S in the pair of barrier flaps A2S is connected in described first on the inwall of cavity, and the barrier flaps
A2S is kept abreast of with the shim；Barrier flaps A2S can play connected effect.Each location equipment is vertical
Cylindric locating dowel, one of each location equipment A0S are connected on barrier flaps A2S, each location equipment
A0S other end all through another barrier flaps A2S and is fixed on the shim, and another barrier flaps A2S is energy
The barrier flaps A2S, the S location equipment A0S enough moved up and down is used for the spacing barrier flaps A2S that can be moved up and down movement
Direction, the center line of the S location equipment A0S is all the same as the shim 90 degree of angles of holding in addition；
One of the reciprocal operational outfit A1S is fixed on a barrier flaps A2S, the reciprocal operational outfit A1S's
One is fixed on another barrier flaps A2S；Another barrier flaps A2S is used for avoiding gas backstreaming；
The outer cover of the air regenerating device 9U is provided with air inlet duct and air discharge duct, cavity during the air discharge duct is in described first
In, during the air inlet duct is in described second in cavity；
Steam vent 8U is additionally provided with the top walls panels of the switch board 1U, one side that the air regenerating device 9U is provided with air discharge duct is consolidated
The steam vent 8U positions being connected in the switch board 1U.
Further, the switch board 1U also includes the sheet rubber 4U being arranged on cover plate 2U, and the sheet rubber 4U is used for
Strengthen the closure between the cover plate 2U and the switch board 1U.
Further, the cover plate 2U is provided with R bar ditch road, and the whereabouts on the R bar ditch road is respectively the same as described R sieve
Plate 6U whereabouts is corresponding.
Further, the value of the R is 6, and the value of the S is 3.
Further, one end 7U of the path of the supplying gas and steam vent 8U is at the top walls panels of the switch board 1U
On, when the steam vent 8U is in the top walls panels of the switch board 1U in addition.
Further, one end 7U of the path of the supplying gas and steam vent 8U is cylindric.
Further, the switch board 1U also includes being supported on the arch shield above the top walls panels of the switch board 1U
A0S。
Further, the reciprocal operational outfit A1S is helical form glass bronze wire.
Further, vertical shape through slot, air inlet duct and the air discharge duct are all cylindric.
Technique effect of the present utility model is：
The utility model starts the suction fan A3S, and gas is sent into from one end 7U of the path of supplying gas, sequentially via
The R sieve plate 6U is with after the other end of the path of supplying gas, reaching inside the switch board；Gas will be with the control
The gas after heating inside cabinet processed from the air inlet duct reach described second in cavity, attend by the operation of the suction fan A3S,
Helical form glass bronze wire is upward contraction state, and the gas in so described second after the heating of cavity will be entered in first
Cavity, then order send out via air discharge duct and steam vent 8U；
And when the suction fan A3S terminates operation, the helical form glass bronze wire is just in the resistance that can be moved up and down
Pull down and stretched to allowing the barrier flaps A2S that can be moved up and down to cover described point under the downward effect of partition A2S own wt
Vertical through slot on partition, thus prevent gas backstreaming, has obstructed particulate contaminant and has flowed into control via steam vent 8U
Inside cabinet.
Brief description of the drawings
Fig. 1 is the functional-block diagram of industrial computer system described in the utility model.
Fig. 2 is the structural representation of switch board of the present utility model.
Fig. 3 is the structural representation of air regenerating device of the present utility model.
Embodiment
The utility model is described further below in conjunction with embodiment.
Embodiment 1
As shown in Figure 1-Figure 3, the industrial computer system of the on-line checking of the present embodiment, including be arranged on pollution sources scene before
End data harvester, network R-T unit and industrial computer data harvester, and it is arranged on the data transmit-receive of administrative center
Device and data server；
Data transmitter-receiver set includes interchanger；
For the switch configuration in the hollow switch board 1U of rectangular-shape, the switch board 1U includes rectangular-shape
Top walls panels, the left wall plate of rectangular-shape, the right wall plate of rectangular-shape, the base wall panel of rectangular-shape and the squab panel of rectangular-shape,
The bottom wall of the top walls panels is connected with the roof, the roof of right wall plate and the roof of squab panel of the left wall plate, the left wall
The rear wall of plate is connected with the left end of the squab panel, and the rear wall of the right wall plate is connected with the right-hand member of the squab panel, institute
The bottom wall for stating left wall plate is connected with the left end of the base wall panel, and the bottom wall of the right wall plate is connected with the right-hand member of the base wall panel
Connect, the top walls panels, left wall plate, right wall plate, base wall panel and squab panel surround the hollow rectangular parallelepiped structure that front is open-like shape；
Cover plate 2U is articulated with the open-mouth of the switch board 1U via hinge；
It is natural number that the switch board 1U, which also includes R sieve plate 6U with air regenerating device 9U, R, represents sieve plate 6U number；
Path of supplying gas is provided with inside the switch board 1U, one end 7U of the path of supplying gas is in the switch board 1U
Face, the R sieve plate 6U, which is at, to supply gas on path；
The R sieve plate 6U, which is used for realizing the gas in path of supplying gas, filters out particulate contaminant；
The air regenerating device 9U includes rectangular-shape outer cover, S location equipment A0S, reciprocal operational outfit A1S, a pair of resistances
Partition A2S and suction fan A3S, wherein S is natural number, represents the number of location equipment, and the pair of barrier flaps A2S is rectangular
Body shape, the outer cover of the air regenerating device 9U are divided into rectangular-shape first cavity and rectangular-shape the according to top-down order
Cavity in two, rectangular-shape shim is provided with described first between cavity in cavity and second, the shim is provided with from institute
The roof of shim is stated until the vertical shape through slot of the bottom wall through the shim, the suction fan A3S are arranged on described
Second hollow intracavitary, the suction fan A3S be used for gas from cavity in described second be drawn into described first in cavity；
Cavity during the S location equipment A0S, reciprocal operational outfit A1S and a pair of barrier flaps A2S are at described first
Interior, a barrier flaps A2S in the pair of barrier flaps A2S is connected in described first on the inwall of cavity, and the barrier flaps
A2S is kept abreast of with the shim；Each location equipment is vertical cylindric locating dowel, each location equipment
One of A0S is connected on barrier flaps A2S, and each location equipment A0S other end passes through another barrier flaps
A2S and it is fixed on the shim, another barrier flaps A2S is the barrier flaps A2S that can be moved up and down, described in addition
S location equipment A0S center line all keeps 90 degree of angles with the shim；
One of the reciprocal operational outfit A1S is fixed on a barrier flaps A2S, the reciprocal operational outfit A1S's
One is fixed on another barrier flaps A2S；
The outer cover of the air regenerating device 9U is provided with air inlet duct and air discharge duct, cavity during the air discharge duct is in described first
In, during the air inlet duct is in described second in cavity；
Steam vent 8U is additionally provided with the top walls panels of the switch board 1U, one side that the air regenerating device 9U is provided with air discharge duct is consolidated
The steam vent 8U positions being connected in the switch board 1U.
The operation principle of the industrial computer system of the on-line checking, it is specific as follows：
Start the suction fan A3S, gas is sent into from one end 7U of the path of supplying gas, sequentially via described R sieve
Plate 6U is with after the other end of the path of supplying gas, reaching inside the switch board；Gas will be with inside the switch board
Heating after gas from the air inlet duct reach described second in cavity, attend by the operation of the suction fan A3S, helical form glass
Bronze wire is upward contraction state, and the gas in so described second after the heating of cavity will enter cavity in first, connect
Being sent out via air discharge duct and steam vent 8U for order；
And when the suction fan A3S terminates operation, the helical form glass bronze wire is just in the resistance that can be moved up and down
Pull down and stretched to allowing the barrier flaps A2S that can be moved up and down to cover described point under the downward effect of partition A2S own wt
Vertical through slot on partition.
The technique effect of the present embodiment is：
The present embodiment starts the suction fan A3S, and gas is sent into from one end 7U of the path of supplying gas, sequentially via institute
R sieve plate 6U is stated with after the other end of the path of supplying gas, reaching inside the switch board；Gas will be with the control
The gas after heating inside cabinet from the air inlet duct reach described second in cavity, attend by the operation of the suction fan A3S, spiral shell
Rotation shape glass bronze wire is upward contraction state, and it is hollow that the gas in so described second after the heating of cavity will enter first
Chamber, then order send out via air discharge duct and steam vent 8U；
And when the suction fan A3S terminates operation, the helical form glass bronze wire is just in the resistance that can be moved up and down
Pull down and stretched to allowing the barrier flaps A2S that can be moved up and down to cover described point under the downward effect of partition A2S own wt
Vertical through slot on partition, thus prevent gas backstreaming, has obstructed particulate contaminant and has flowed into control via steam vent 8U
Inside cabinet.
Embodiment 2
As shown in Figure 1-Figure 3, the industrial computer system of the on-line checking of the present embodiment, including be arranged on pollution sources scene before
End data harvester, network R-T unit and industrial computer data harvester, and it is arranged on the data transmit-receive of administrative center
Device and data server, and the supervisor connected with data server.Wherein：
A) front-end data acquisition device has：Flowmeter, nh 3-n analyser, COD analyzers and camera；
B) network R-T unit is ethernet router；
C) industrial computer data harvester is by industrial PC, network adapter, the serial port expanding module as interface conversion card
And formed as the video frequency collection card of data processing card, data acquisition software is installed on industrial control data harvester；
D) data transmitter-receiver set is the router and interchanger of environmentally friendly Intranet；
E) data server is divided into information data server and video data server, is installed on information data server
There is information monitoring database, video surveillance database is installed on video data server；
F) supervision software is installed in supervisor.
For the switch configuration in the hollow switch board 1U of rectangular-shape, the switch board 1U includes rectangular-shape
Top walls panels, the left wall plate of rectangular-shape, the right wall plate of rectangular-shape, the base wall panel of rectangular-shape and the squab panel of rectangular-shape,
The bottom wall of the top walls panels is connected with the roof, the roof of right wall plate and the roof of squab panel of the left wall plate, the left wall
The rear wall of plate is connected with the left end of the squab panel, and the rear wall of the right wall plate is connected with the right-hand member of the squab panel, institute
The bottom wall for stating left wall plate is connected with the left end of the base wall panel, and the bottom wall of the right wall plate is connected with the right-hand member of the base wall panel
Connect, the top walls panels, left wall plate, right wall plate, base wall panel and squab panel surround the hollow rectangular parallelepiped structure that front is open-like shape；
Cover plate 2U is articulated with the open-mouth of the switch board 1U via hinge；
It is natural number that the switch board 1U, which also includes R sieve plate 6U with air regenerating device 9U, R, represents sieve plate 6U number；
Path of supplying gas is provided with inside the switch board 1U, one end 7U of the path of supplying gas is in the switch board 1U
Face, the R sieve plate 6U, which is at, to supply gas on path；
The R sieve plate 6U, which is used for realizing the gas in path of supplying gas, filters out particulate contaminant；
The air regenerating device 9U includes rectangular-shape outer cover, S location equipment A0S, reciprocal operational outfit A1S, a pair of resistances
Partition A2S and suction fan A3S, wherein S is natural number, represents the number of location equipment, and the pair of barrier flaps A2S is rectangular
Body shape, the outer cover of the air regenerating device 9U are divided into rectangular-shape first cavity and rectangular-shape the according to top-down order
Cavity in two, rectangular-shape shim is provided with described first between cavity in cavity and second, the shim is provided with from institute
The roof of shim is stated until the vertical shape through slot of the bottom wall through the shim, the suction fan A3S are arranged on described
Second hollow intracavitary, the suction fan A3S be used for gas from cavity in described second be drawn into described first in cavity；
Cavity during the S location equipment A0S, reciprocal operational outfit A1S and a pair of barrier flaps A2S are at described first
Interior, a barrier flaps A2S in the pair of barrier flaps A2S is connected in described first on the inwall of cavity, and the barrier flaps
A2S is kept abreast of with the shim；Each location equipment is vertical cylindric locating dowel, each location equipment
One of A0S is connected on barrier flaps A2S, and each location equipment A0S other end passes through another barrier flaps
A2S and it is fixed on the shim, another barrier flaps A2S is the barrier flaps A2S that can be moved up and down, described in addition
S location equipment A0S center line all keeps 90 degree of angles with the shim；
One of the reciprocal operational outfit A1S is fixed on a barrier flaps A2S, the reciprocal operational outfit A1S's
One is fixed on another barrier flaps A2S；
The outer cover of the air regenerating device 9U is provided with air inlet duct and air discharge duct, cavity during the air discharge duct is in described first
In, during the air inlet duct is in described second in cavity；
Steam vent 8U is additionally provided with the top walls panels of the switch board 1U, one side that the air regenerating device 9U is provided with air discharge duct is consolidated
The steam vent 8U positions being connected in the switch board 1U.
The switch board 1U also includes the sheet rubber 4U being arranged on cover plate 2U.
The cover plate 2U is provided with R bar ditch road, and the whereabouts on the R bar ditch road is respectively the same as the institute of the R sieve plate 6U
It is corresponding in part.
The value of the R is 6, and the value of the S is 3.
One end 7U of the path of the supplying gas and steam vent 8U is in the top walls panels of the switch board 1U.
One end 7U of the path of the supplying gas and steam vent 8U is cylindric.
The switch board 1U also includes being supported on the arch shield A0S above the top walls panels of the switch board 1U.
The reciprocal operational outfit A1S is helical form glass bronze wire.
Vertical shape through slot, air inlet duct and the air discharge duct are all cylindric.
The operation principle of the industrial computer system of the on-line checking, it is specific as follows：
Start the suction fan A3S, gas is sent into from one end 7U of the path of supplying gas, sequentially via described R sieve
Plate 6U is with after the other end of the path of supplying gas, reaching inside the switch board；Gas will be with inside the switch board
Heating after gas from the air inlet duct reach described second in cavity, attend by the operation of the suction fan A3S, helical form glass
Bronze wire is upward contraction state, and the gas in so described second after the heating of cavity will enter cavity in first, connect
Being sent out via air discharge duct and steam vent 8U for order；
And when the suction fan A3S terminates operation, the helical form glass bronze wire is just in the resistance that can be moved up and down
Pull down and stretched to allowing the barrier flaps A2S that can be moved up and down to cover described point under the downward effect of partition A2S own wt
Vertical through slot on partition.
The technique effect of the present embodiment is：
The present embodiment starts the suction fan A3S, and gas is sent into from one end 7U of the path of supplying gas, sequentially via institute
R sieve plate 6U is stated with after the other end of the path of supplying gas, reaching inside the switch board；Gas will be with the control
The gas after heating inside cabinet from the air inlet duct reach described second in cavity, attend by the operation of the suction fan A3S, spiral shell
Rotation shape glass bronze wire is upward contraction state, and it is hollow that the gas in so described second after the heating of cavity will enter first
Chamber, then order send out via air discharge duct and steam vent 8U；
And when the suction fan A3S terminates operation, the helical form glass bronze wire is just in the resistance that can be moved up and down
Pull down and stretched to allowing the barrier flaps A2S that can be moved up and down to cover described point under the downward effect of partition A2S own wt
Vertical through slot on partition, thus prevent gas backstreaming, has obstructed particulate contaminant and has flowed into control via steam vent 8U
Inside cabinet.
Embodiment 3
As shown in Figure 1-Figure 3, the industrial computer system of the on-line checking of the present embodiment, including be arranged on pollution sources scene before
End data harvester, network R-T unit and industrial computer data harvester, and it is arranged on the data transmit-receive of administrative center
Device and data server, and the supervisor connected with data server.Wherein：
A) front-end data acquisition device has：Flowmeter, nh 3-n analyser, COD analyzers and camera；
B) network R-T unit is ethernet router；
C) industrial computer data harvester is by industrial PC, network adapter, the serial port expanding module as interface conversion card
And formed as the video frequency collection card of data processing card, data acquisition software is installed on industrial control data harvester；
D) data transmitter-receiver set is the router and interchanger of environmentally friendly Intranet；
E) data server is divided into information data server and video data server, is installed on information data server
There is information monitoring database, video surveillance database is installed on video data server；
F) supervision software is installed in supervisor.
Flowmeter, nh 3-n analyser and COD analyzers are connected by serial port expanding module with industrial computer data harvester, are taken the photograph
As head is connected by video frequency collection card with industrial computer data harvester.Industrial computer data harvester by network adapter,
Ethernet router, the router of environmentally friendly Intranet and interchanger and be communicated to information data server and video data server.
Supervisor is communicated to information data server and video data server by interchanger.Data acquisition software, information monitoring
Database and video surveillance database, supervision software are sequentially communicated, and constitute online-monitoring software system.
For the switch configuration in the hollow switch board 1U of rectangular-shape, the switch board 1U includes rectangular-shape
Top walls panels, the left wall plate of rectangular-shape, the right wall plate of rectangular-shape, the base wall panel of rectangular-shape and the squab panel of rectangular-shape,
The bottom wall of the top walls panels is connected with the roof, the roof of right wall plate and the roof of squab panel of the left wall plate, the left wall
The rear wall of plate is connected with the left end of the squab panel, and the rear wall of the right wall plate is connected with the right-hand member of the squab panel, institute
The bottom wall for stating left wall plate is connected with the left end of the base wall panel, and the bottom wall of the right wall plate is connected with the right-hand member of the base wall panel
Connect, the top walls panels, left wall plate, right wall plate, base wall panel and squab panel surround the hollow rectangular parallelepiped structure that front is open-like shape；
Cover plate 2U is articulated with the open-mouth of the switch board 1U via hinge；It is used for covering described open with cover plate 2U this described
Mouthful.
It is natural number that the switch board 1U, which also includes R sieve plate 6U with air regenerating device 9U, R, represents sieve plate 6U number；
Path of supplying gas is provided with inside the switch board 1U, one end 7U of the path of supplying gas is in the switch board 1U
Face, the R sieve plate 6U, which is at, to supply gas on path；
The R sieve plate 6U, which is used for realizing the gas in path of supplying gas, filters out particulate contaminant；
The air regenerating device 9U includes rectangular-shape outer cover, S location equipment A0S, reciprocal operational outfit A1S, a pair of resistances
Partition A2S and suction fan A3S, wherein S is natural number, represents the number of location equipment, and the pair of barrier flaps A2S is rectangular
Body shape, the outer cover of the air regenerating device 9U are divided into rectangular-shape first cavity and rectangular-shape the according to top-down order
Cavity in two, rectangular-shape shim is provided with described first between cavity in cavity and second, the shim is provided with from institute
The roof of shim is stated until the vertical shape through slot of the bottom wall through the shim, the suction fan A3S are arranged on described
Second hollow intracavitary, the suction fan A3S be used for gas from cavity in described second be drawn into described first in cavity；
Cavity during the S location equipment A0S, reciprocal operational outfit A1S and a pair of barrier flaps A2S are at described first
Interior, a barrier flaps A2S in the pair of barrier flaps A2S is connected in described first on the inwall of cavity, and the barrier flaps
A2S is kept abreast of with the shim；Barrier flaps A2S can play connected effect.Each location equipment is vertical
Cylindric locating dowel, one of each location equipment A0S are connected on barrier flaps A2S, each location equipment
A0S other end all through another barrier flaps A2S and is fixed on the shim, and another barrier flaps A2S is energy
The barrier flaps A2S, the S location equipment A0S enough moved up and down is used for the spacing barrier flaps A2S that can be moved up and down movement
Direction, the center line of the S location equipment A0S is all the same as the shim 90 degree of angles of holding in addition；
One of the reciprocal operational outfit A1S is fixed on a barrier flaps A2S, the reciprocal operational outfit A1S's
One is fixed on another barrier flaps A2S；Another barrier flaps A2S is used for avoiding gas backstreaming；
The outer cover of the air regenerating device 9U is provided with air inlet duct and air discharge duct, cavity during the air discharge duct is in described first
In, during the air inlet duct is in described second in cavity；
Steam vent 8U is additionally provided with the top walls panels of the switch board 1U, one side that the air regenerating device 9U is provided with air discharge duct is consolidated
The steam vent 8U positions being connected in the switch board 1U.
The switch board 1U also includes the sheet rubber 4U being arranged on cover plate 2U, and the sheet rubber 4U is used for strengthening the lid
Closure between plate 2U and the switch board 1U.
The cover plate 2U is provided with R bar ditch road, and the whereabouts on the R bar ditch road is respectively the same as the institute of the R sieve plate 6U
It is corresponding in part.Such ditch road framework can be avoided between the R sieve plate 6U influences cover plate 2U and switch board 1U
Closure.
The value of the R is 6, so is advantageous to realize sieve plate 6U with some sieve plate 6U and replaces, the value of the S is
3。
One end 7U of the path of the supplying gas and steam vent 8U is in the top walls panels of the switch board 1U, thus
The relative flow of gas can be generated, more preferably, the steam vent 8U is in the top walls panels of the switch board 1U to gas circulation in addition
When upper, when setting the air regenerating device 9U, the barrier flaps A2S that can be moved up and down is more beneficial for keeping away under own wt effect
Exempt from gas backstreaming.
One end 7U of the path of the supplying gas and steam vent 8U is cylindric.
The switch board 1U also includes being supported on the arch shield A0S above the top walls panels of the switch board 1U, the arch
Shape shield A0S is used for avoiding current from flowing to the switch board 1U via one end 7U and the steam vent 8U of the path of supplying gas
The inside.
The reciprocal operational outfit A1S is helical form glass bronze wire.When the suction fan A3S is run, the gas of rising
Flow and the barrier flaps A2S that can be moved up and down is lifted so that helical form glass bronze wire is upward contraction state, in institute
When stating suction fan A3S termination operations, with regard to being lifted without the air-flow risen to the barrier flaps A2S that can be moved up and down, spiral shell
Rotation shape glass bronze wire just stretches downwards under the downward effect of the own wt for the barrier flaps A2S that can be moved up and down.
Vertical shape through slot, air inlet duct and the air discharge duct are all cylindric.
The operation principle of the industrial computer system of the on-line checking, it is specific as follows：
Start the suction fan A3S, gas is sent into from one end 7U of the path of supplying gas, sequentially via described R sieve
Plate 6U is with after the other end of the path of supplying gas, reaching inside the switch board；Gas will be with inside the switch board
Heating after gas from the air inlet duct reach described second in cavity, attend by the operation of the suction fan A3S, helical form glass
Bronze wire is upward contraction state, and the gas in so described second after the heating of cavity will enter cavity in first, connect
Being sent out via air discharge duct and steam vent 8U for order；
And when the suction fan A3S terminates operation, the helical form glass bronze wire is just in the resistance that can be moved up and down
Pull down and stretched to allowing the barrier flaps A2S that can be moved up and down to cover described point under the downward effect of partition A2S own wt
Vertical through slot on partition.
The technique effect of the present embodiment is：
The present embodiment starts the suction fan A3S, and gas is sent into from one end 7U of the path of supplying gas, sequentially via institute
R sieve plate 6U is stated with after the other end of the path of supplying gas, reaching inside the switch board；Gas will be with the control
The gas after heating inside cabinet from the air inlet duct reach described second in cavity, attend by the operation of the suction fan A3S, spiral shell
Rotation shape glass bronze wire is upward contraction state, and it is hollow that the gas in so described second after the heating of cavity will enter first
Chamber, then order send out via air discharge duct and steam vent 8U；
And when the suction fan A3S terminates operation, the helical form glass bronze wire is just in the resistance that can be moved up and down
Pull down and stretched to allowing the barrier flaps A2S that can be moved up and down to cover described point under the downward effect of partition A2S own wt
Vertical through slot on partition, thus prevent gas backstreaming, has obstructed particulate contaminant and has flowed into control via steam vent 8U
Inside cabinet.
The utility model is described by way of examples above, it will be understood by those of skill in the art that this public affairs
Open and be not limited to embodiments described above, in the case of without departing from the scope of the utility model, can make a variety of changes, change
Become and replace.
Claims (9)
- A kind of 1. industrial computer system of on-line checking, it is characterised in that the front end data acquisition including being arranged on pollution sources scene Device, network R-T unit and industrial computer data harvester, and it is arranged on the data transmitter-receiver set and data of administrative center Server；Data transmitter-receiver set includes interchanger；The switch configuration in the hollow switch board of rectangular-shape, the top walls panels of the switch board including rectangular-shape, The left wall plate of rectangular-shape, the right wall plate of rectangular-shape, the base wall panel of rectangular-shape and the squab panel of rectangular-shape, the roof The bottom wall of plate is connected with the roof, the roof of right wall plate and the roof of squab panel of the left wall plate, the rear wall of the left wall plate It is connected with the left end of the squab panel, the rear wall of the right wall plate is connected with the right-hand member of the squab panel, the left wall plate Bottom wall be connected with the left end of the base wall panel, the bottom wall of the right wall plate is connected with the right-hand member of the base wall panel, described Top walls panels, left wall plate, right wall plate, base wall panel and squab panel surround the hollow rectangular parallelepiped structure that front is open-like shape；Cover plate is articulated with the open-mouth of the switch board via hinge；It is used for covering the opening with cover plate this described；The switch board also includes R sieve plate and air regenerating device, and R is natural number, represents the number of sieve plate；Path of supplying gas is provided with inside the switch board, the end of the path of supplying gas is inside the switch board, the R sieve Plate, which is at, supplies gas on path；The R sieve plate, which is all used for realizing the gas in path of supplying gas, filters out particulate contaminant；The air regenerating device includes rectangular-shape outer cover, S location equipment, reciprocal operational outfit, a pair of barrier flaps and suction fan, Wherein S is natural number, represents the number of location equipment, and the pair of barrier flaps are all rectangular-shapes, the air regenerating device it is outer Cover is divided into rectangular-shape first cavity in cavity and rectangular-shape second according to top-down order, cavity in described first Rectangular-shape shim is provided between cavity in second, the shim is provided with the roof from the shim up to passing through institute The vertical shape through slot of the bottom wall of shim is stated, the suction fan is arranged on the described second hollow intracavitary, and the suction fan is used for Gas from cavity in described second be drawn into described first in cavity；The S location equipment, reciprocal operational outfit and a pair of barrier flaps are at the described first hollow intracavitary, the pair of resistance A barrier flaps in partition are connected in described first on the inwall of cavity, and the barrier flaps are kept simultaneously with the shim Row；Each location equipment is vertical cylindric locating dowel, and one of each location equipment is connected in the barrier flaps On, the other end of each location equipment through another barrier flaps and is fixed on the shim, it is described another Barrier flaps are the barrier flaps that can be moved up and down, and the S location equipment is used for the shifting of the spacing barrier flaps that can be moved up and down Dynamic direction, the center line of the S location equipment is all the same as the shim 90 degree of angles of holding in addition；One of the reciprocal operational outfit is fixed in a barrier flaps, one of the reciprocal operational outfit be fixed on it is another In individual barrier flaps；Another described barrier flaps are used for avoiding gas backstreaming；The outer cover of the air regenerating device is provided with air inlet duct and air discharge duct, during the air discharge duct is in described first in cavity, institute State during air inlet duct is in described second in cavity；Steam vent is additionally provided with the top walls panels of the switch board, one side that the air regenerating device is provided with air discharge duct is connected in the control Steam vent position in cabinet processed.
- 2. the industrial computer system of on-line checking according to claim 1, it is characterised in that the switch board also includes setting Sheet rubber on the cover board, the sheet rubber are used for strengthening the closure between the cover plate and the switch board.
- 3. the industrial computer system of on-line checking according to claim 1, it is characterised in that the cover plate is provided with R bar ditch Road, the whereabouts of the whereabouts on the R bar ditch road respectively with the R sieve plate are corresponding.
- 4. the industrial computer system of on-line checking according to claim 1, it is characterised in that the value of the R is 6, the S's It is worth for 3.
- 5. the industrial computer system of on-line checking according to claim 1, it is characterised in that one end of the path of supplying gas with The steam vent is in the top walls panels of the switch board, and the steam vent is in the top walls panels of the switch board in addition When.
- 6. the industrial computer system of on-line checking according to claim 1, it is characterised in that one end of the path of supplying gas with The steam vent is all cylindric.
- 7. the industrial computer system of on-line checking according to claim 1, it is characterised in that the switch board also includes support Arch shield above the top walls panels of the switch board.
- 8. the industrial computer system of on-line checking according to claim 1, it is characterised in that the reciprocal operational outfit is spiral shell Revolve shape glass bronze wire.
- 9. the industrial computer system of on-line checking according to claim 1, it is characterised in that the vertical shape through slot, enter Air drain and air discharge duct are all cylindric.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721065447.2U CN207185059U (en) | 2017-08-24 | 2017-08-24 | A kind of industrial computer system of on-line checking |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721065447.2U CN207185059U (en) | 2017-08-24 | 2017-08-24 | A kind of industrial computer system of on-line checking |
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| CN207185059U true CN207185059U (en) | 2018-04-03 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108541159A (en) * | 2018-04-10 | 2018-09-14 | 时枫娇 | A kind of mechanical system and its method based on Internet of Things |
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2017
- 2017-08-24 CN CN201721065447.2U patent/CN207185059U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108541159A (en) * | 2018-04-10 | 2018-09-14 | 时枫娇 | A kind of mechanical system and its method based on Internet of Things |
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