CN204007230U - Adverse current is crossed hydrothermal device - Google Patents
Adverse current is crossed hydrothermal device Download PDFInfo
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- CN204007230U CN204007230U CN201420470415.0U CN201420470415U CN204007230U CN 204007230 U CN204007230 U CN 204007230U CN 201420470415 U CN201420470415 U CN 201420470415U CN 204007230 U CN204007230 U CN 204007230U
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Abstract
The utility model discloses adverse current and cross hydrothermal device, comprise the helical form heat conduction flow tube extending along helix; Also comprise the overcurrent bucket that puts hot water, positive circular seal end cap, straightway shape pipe conveying fluid, water inlet bend pipe and Discharging bent-tube; When it's hydrothermal device when work is past adverse current, position, positive cylinder week planar cylindrical shell bottom side is provided with put hot water flow-in hole and the flow-out hole that puts hot water that penetrate its shell wall and be then correspondingly positioned at helical form heat conduction flow tube below along its thickness direction; The bend pipe of intaking stretches into positive cylinder planar inner barrel cylinder of week chamber through the flow-in hole that puts hot water through all planar cylindrical shell shell walls of positive cylinder, and Discharging bent-tube stretches into positive cylinder planar inner barrel cylinder of week chamber through the flow-out hole that puts hot water through all planar cylindrical shell shell walls of positive cylinder.The utility model can significantly improve the thermal absorptivity of hydro-thermal.
Description
Technical field
The utility model belonged to the improvement of water heating apparatus structure, and particularly adverse current is crossed hydrothermal device.
Background technology
At present, it is to extend around the geometric centre axes of erectting along helix that tradition is crossed its spiral heat pipe that was positioned at hydro-thermal container having of hydrothermal device in the time of its work, water in spiral heat pipe is to pass through successively the first high-temperature region, the first low-temperature space, the second high-temperature region and the second low-temperature space circulate heat absorption schema stream through spiral heat pipe, and this heat absorption pattern that circulates causes the running water flowing through in the spiral heat pipe heat release of first absorbing heat, a part that flows through the heat energy that running water absorbs in spiral heat pipe is cancelled, therefore, though the heat conductive efficiency of spiral heat pipe does not reduce, but the thermal absorptivity of crossing hydro-thermal is corresponding on the low side.
Utility model content
The purpose of this utility model is to provide a kind of adverse current to cross hydrothermal device, can significantly improve the thermal absorptivity of hydro-thermal.
The purpose of this utility model is achieved in that a kind of adverse current crosses hydrothermal device, comprises the helical form heat conduction flow tube extending along helix; Also comprise the overcurrent bucket that puts hot water, positive circular seal end cap, straightway shape pipe conveying fluid, water inlet bend pipe and Discharging bent-tube; the overcurrent bucket that puts hot water comprise positive cylinder week planar cylindrical shell and positive cylinder week of shutoff the positive circular nozzle of the corresponding tail end having in planar cylindrical shell one end the curved surface shape diapire that is connected as a single entity with the positive circular nozzle of this tail end of shutoff, curved surface shape diapire dorsad positive cylinder week planar inner barrel cylinder chamber and arch upward and its towards with positive cylinder week planar cylindrical shell self around the orthographic projection that projects of the vertical direction of geometric centre axes be circular arc line segment shape, positive circular seal end cap is provided with along its thickness direction and penetrates the flowing water flow-in hole to be absorbed heat of its lid and the flowing water flow-out hole that absorbed heat, the helical form heat conduction flow tube and the straightway shape pipe conveying fluid that all do not contact with all planar cylindrical shells of positive cylinder and curved surface shape diapire are being set in the overcurrent bucket inside that puts hot water, one end mouth of pipe of helical form heat conduction flow tube is directly communicated with the flowing water flow-in hole to be absorbed heat that positive circular seal end cap is provided with, the flowing water of the heat absorption flow-out hole that the other end mouth of pipe of helical form heat conduction flow tube is provided with to positive circular seal end cap by straightway shape pipe conveying fluid indirect communication, positive circular seal end cap is arranged on the positive circular nozzle of the positive cylinder week corresponding head end having of the planar cylindrical shell other end by removable fasteners and is together subject to the fastening force effect of removable fasteners and the positive circular nozzle of this head end of shutoff with removable fasteners, when it's hydrothermal device when work is past adverse current, position, positive cylinder week planar cylindrical shell bottom side is provided with put hot water flow-in hole and the flow-out hole that puts hot water that penetrate its shell wall and be then correspondingly positioned at helical form heat conduction flow tube below along its thickness direction, put hot water flow-in hole towards positive cylinder week planar cylindrical shell self institute around the orthographic projection that projects of the geometric centre axes direction of extending with put hot water flow-out hole towards positive cylinder week planar cylindrical shell self institute around the orthographic projection that projects of the geometric centre axes direction of extending substantially overlap, and put hot water flow-in hole towards with all planar cylindrical shells self of positive cylinder around the orthographic projection that projects of the vertical direction of geometric centre axes the positive circular nozzle of head end towards with all planar cylindrical shells self of positive cylinder around the orthographic projection that projects of the vertical direction of geometric centre axes and put hot water flow-out hole towards and all planar cylindrical shells self of positive cylinder around the orthographic projection that projects of the vertical direction of geometric centre axes between, the water inlet pipe mouth that water inlet bend pipe head end has is placed on outside planar cylindrical shell of positive cylinder week, the effluent pipe mouth that water inlet bend pipe tail end has through put hot water flow-in hole through positive cylinder week planar cylindrical shell shell wall stretch into positive cylinder planar inner barrel cylinder of week chamber, the body that water inlet bend pipe stretches into positive cylinder planar inner barrel cylinder of week chamber towards the positive circular nozzle of head end only along straight line extend but not with positive cylinder week planar cylindrical shell, curved surface shape diapire and positive circular seal end cap contact and intake effluent pipe mouth that bend pipe tail end has towards and near the positive circular nozzle of head end, the effluent pipe mouth that Discharging bent-tube head end has is placed on outside planar cylindrical shell of positive cylinder week, the water inlet pipe mouth that Discharging bent-tube tail end has through put hot water flow-out hole through positive cylinder week planar cylindrical shell shell wall stretch into positive cylinder planar inner barrel cylinder of week chamber, the body that Discharging bent-tube stretches into positive cylinder planar inner barrel cylinder of week chamber towards the positive circular nozzle of tail end only along straight line extend but not with positive cylinder week planar cylindrical shell, curved surface shape diapire and the positive water inlet pipe mouth that circular seal end cap is contacting and Discharging bent-tube tail end has towards and near the positive circular nozzle of tail end.
When the utility model was installed before preparing, must make to put hot water flow-in hole and the flow-out hole that puts hot water are placed in and are positioned at helical form heat conduction flow tube below, solid with horizontal type attitude peace by the utility model.When the utility model work, filling putting hot water in overcurrent bucket of putting hot water, the running water of the helical form of flowing through heat conduction flow tube can only flow to the higher high-temperature region that puts hot water of temperature from the lower low-temperature space that puts hot water of temperature all the time, flow and one put hot water regional temperature all the time higher than the last regional temperature that puts hot water that it passed through wait what absorb heat after running water passed through, helical form heat conduction flow tube relatively put hot water its temperature of running water of flow direction reverse flow corresponding be to rise continuously, i.e. heat absorption continuously all the time, instead of the mode of operation of " the then heat release of first absorbing heat ", so, when running water its contained heat energy in the time that helical form heat conduction flow tube flows out greatly increases, running water outlet temperature when its leaving water temperature is worked higher than common vertical mistake hydrothermal device significantly.The utility model can significantly improve the thermal absorptivity of hydro-thermal.
Brief description of the drawings
Below in conjunction with accompanying drawing, the utility model is described in further detail.
Fig. 1 is sectional structure schematic diagram of the present utility model.
Detailed description of the invention
A kind of adverse current is crossed hydrothermal device, as shown in Figure 1, comprises the helical form heat conduction flow tube 5 extending along helix, also comprise the overcurrent bucket that puts hot water, positive circular seal end cap 1, straightway shape pipe conveying fluid 10, water inlet bend pipe 8 and Discharging bent-tube 12, the overcurrent bucket that puts hot water comprise positive cylinder week planar cylindrical shell 3 and positive cylinder week of shutoff the positive circular nozzle of the corresponding tail end having in planar cylindrical shell 3 one end the curved surface shape diapire 14 that is connected as a single entity with the positive circular nozzle of this tail end of shutoff, curved surface shape diapire 14 dorsad positive cylinder week planar cylindrical shell 3 interior barrel chambeies and arch upward and its towards with positive cylinder week planar cylindrical shell 3 self around the orthographic projection that projects of the vertical direction of geometric centre axes be circular arc line segment shape, positive circular seal end cap 1 is provided with along its thickness direction and penetrates the flowing water flow-in hole 6 to be absorbed heat of its lid and the flowing water flow-out hole 2 that absorbed heat, the helical form heat conduction flow tube 5 and the straightway shape pipe conveying fluid 10 that all do not contact with all planar cylindrical shells 3 of positive cylinder and curved surface shape diapire 14 are being set in the overcurrent bucket inside that puts hot water, one end mouth of pipe of helical form heat conduction flow tube 5 is directly communicated with the flowing water flow-in hole 6 to be absorbed heat that positive circular seal end cap 1 is provided with, the flowing water of the heat absorption flow-out hole 2 that the other end mouth of pipe of helical form heat conduction flow tube 5 is provided with to positive circular seal end cap 1 by straightway shape pipe conveying fluid 10 indirect communication, positive circular seal end cap 1 is arranged on the positive circular nozzle of the positive cylinder week corresponding head end having of planar cylindrical shell 3 other ends by removable fasteners and is together subject to the fastening force effect of removable fasteners and the positive circular nozzle of this head end of shutoff with removable fasteners, when it's hydrothermal device when work is past adverse current, positive cylinder planar cylindrical shell of week 3 positions, bottom side are provided with put hot water flow-in hole and the flow-out hole that puts hot water that penetrate its shell wall and be then correspondingly positioned at helical form heat conduction flow tube 5 belows along its thickness direction, put hot water flow-in hole towards positive cylinder week planar cylindrical shell 3 self institute around the orthographic projection that projects of the geometric centre axes direction of extending with put hot water flow-out hole towards positive cylinder week planar cylindrical shell 3 self institute around the orthographic projection that projects of the geometric centre axes direction of extending substantially overlap, and put hot water flow-in hole towards with all planar cylindrical shell of positive cylinder 3 self around the orthographic projection that projects of the vertical direction of geometric centre axes the positive circular nozzle of head end towards with all planar cylindrical shell of positive cylinder 3 self around the orthographic projection that projects of the vertical direction of geometric centre axes and put hot water flow-out hole towards and all planar cylindrical shell of positive cylinder 3 self around the orthographic projection that projects of the vertical direction of geometric centre axes between, the water inlet pipe mouth 9 that water inlet bend pipe 8 head ends have is placed on outside planar cylindrical shell 3 of positive cylinder week, the effluent pipe mouth 7 that water inlet bend pipe 8 tail ends have through put hot water flow-in hole through positive cylinder week planar cylindrical shell 3 shell walls stretch into positive cylinder planar cylindrical shell of week 3 interior barrel chambeies, the body that water inlet bend pipe 8 stretches into positive cylinder planar cylindrical shell of week 3 interior barrel chambeies towards the positive circular nozzle of head end only along straight line extend but not with positive cylinder week planar cylindrical shell 3, curved surface shape diapire 14 and positive circular seal end cap 1 contact and intake effluent pipe mouth 7 that bend pipe 8 tail ends have towards and near the positive circular nozzle of head end, the effluent pipe mouth 11 that Discharging bent-tube 12 head ends have is placed on outside planar cylindrical shell 3 of positive cylinder week, the water inlet pipe mouth 13 that Discharging bent-tube 12 tail ends have stretches into positive cylinder planar cylindrical shell of week 3 interior barrel chambeies through the flow-out hole that puts hot water through all planar cylindrical shell 3 shell walls of positive cylinder, the body that Discharging bent-tube 12 stretches into positive cylinder planar cylindrical shell of week 3 interior barrel chambeies towards the positive circular nozzle of tail end only along straight line extend but not with planar cylindrical shell 3 of positive cylinder week, curved surface shape diapire 14 and the positive water inlet pipe mouth 13 that circular seal end cap 1 contacts and Discharging bent-tube 12 tail ends have are towards the also close positive circular nozzle of tail end.
As shown in Figure 1, in the time that adverse current is crossed hydrothermal device work, positive cylinder planar cylindrical shell of week 3 positions, top side are provided with the bleeder port that penetrates its shell wall and be then correspondingly positioned at helical form heat conduction flow tube 5 tops along its thickness direction, on bleeder port and be positioned at positive cylinder planar cylindrical shell of week 3 outsides and be equipped with and can lodge in planar cylindrical shell 3 be subject to the gas of planar cylindrical shell 3 interior barrel chamber gas pressures of positive cylinder week to be released into the gas bleeder valve 4 of putting outside all planar cylindrical shells 3 of positive cylinder through bleeder port of positive cylinder week.
Claims (2)
1. adverse current is crossed a hydrothermal device, comprises the helical form heat conduction flow tube (5) extending along helix, it is characterized in that: also comprise the overcurrent bucket that puts hot water, positive circular seal end cap (1), straightway shape pipe conveying fluid (10), water inlet bend pipe (8) and Discharging bent-tube (12), the overcurrent bucket that puts hot water comprises positive cylinder planar cylindrical shell of week (3) and all positive circular nozzles of the corresponding tail end having in planar cylindrical shell (3) one end of the positive cylinder of shutoff the curved surface shape diapire (14) being connected as a single entity with the positive circular nozzle of this tail end of shutoff, curved surface shape diapire (14) dorsad positive cylinder week planar cylindrical shell (3) interior barrel chamber and arch upward and its towards with positive cylinder planar cylindrical shell of week (3) self around the orthographic projection that projects of the vertical direction of geometric centre axes be circular arc line segment shape, positive circular seal end cap (1) is provided with along its thickness direction and penetrates the flowing water flow-in hole to be absorbed heat (6) of its lid and the flowing water flow-out hole (2) that absorbed heat, the helical form heat conduction flow tube (5) and the straightway shape pipe conveying fluid (10) that all do not contact with positive cylinder planar cylindrical shell of week (3) and curved surface shape diapire (14) are being set in the overcurrent bucket inside that puts hot water, one end mouth of pipe of helical form heat conduction flow tube (5) is directly communicated with the flowing water flow-in hole to be absorbed heat (6) that positive circular seal end cap (1) is provided with, the flowing water of the heat absorption flow-out hole (2) that the other end mouth of pipe of helical form heat conduction flow tube (5) is provided with to positive circular seal end cap (1) by straightway shape pipe conveying fluid (10) indirect communication, positive circular seal end cap (1) is arranged on the positive circular nozzle of the positive cylinder week corresponding head end having of planar cylindrical shell (3) other end by removable fasteners and is together subject to the fastening force effect of removable fasteners and the positive circular nozzle of this head end of shutoff with removable fasteners, when it's hydrothermal device when work is past adverse current, positive cylinder week planar cylindrical shell (3) position, bottom side is provided with put hot water flow-in hole and the flow-out hole that puts hot water that penetrate its shell wall and be then correspondingly positioned at helical form heat conduction flow tube (5) below along its thickness direction, put hot water flow-in hole towards positive cylinder planar cylindrical shell of week (3) self institute around the orthographic projection that projects of the geometric centre axes direction of extending with put hot water flow-out hole towards positive cylinder planar cylindrical shell of week (3) self institute around the orthographic projection that projects of the geometric centre axes direction of extending substantially overlap, and put hot water flow-in hole towards with all planar cylindrical shells of positive cylinder (3) self around the orthographic projection that projects of the vertical direction of geometric centre axes be positioned at the positive circular nozzle of head end towards with all planar cylindrical shells of positive cylinder (3) self around the orthographic projection that projects of the vertical direction of geometric centre axes and put hot water flow-out hole towards and all planar cylindrical shells of positive cylinder (3) self around the orthographic projection that projects of the vertical direction of geometric centre axes between, the water inlet pipe mouth (9) that water inlet bend pipe (8) head end has is placed on outside positive cylinder planar cylindrical shell of week (3), the effluent pipe mouth (7) that water inlet bend pipe (8) tail end has stretches into positive cylinder week planar cylindrical shell (3) interior barrel chamber through the flow-in hole that puts hot water through all planar cylindrical shell (3) shell walls of positive cylinder, the body that water inlet bend pipe (8) stretches into positive cylinder week planar cylindrical shell (3) interior barrel chamber towards the positive circular nozzle of head end only along straight line extend but not with positive cylinder planar cylindrical shell of week (3), curved surface shape diapire (14) and positive circular seal end cap (1) contact and intake effluent pipe mouth (7) that bend pipe (8) tail end has towards and near the positive circular nozzle of head end, the effluent pipe mouth (11) that Discharging bent-tube (12) head end has is placed on outside positive cylinder planar cylindrical shell of week (3), the water inlet pipe mouth (13) that Discharging bent-tube (12) tail end has stretches into positive cylinder week planar cylindrical shell (3) interior barrel chamber through the flow-out hole that puts hot water through all planar cylindrical shell (3) shell walls of positive cylinder, the body that Discharging bent-tube (12) stretches into positive cylinder week planar cylindrical shell (3) interior barrel chamber towards the positive circular nozzle of tail end only along straight line extend but not with positive cylinder planar cylindrical shell of week (3), curved surface shape diapire (14) and the positive water inlet pipe mouth (13) that circular seal end cap (1) contacts and Discharging bent-tube (12) tail end has are towards the also close positive circular nozzle of tail end.
2. adverse current according to claim 1 is crossed hydrothermal device, it is characterized in that: in the time that adverse current is crossed hydrothermal device work, positive cylinder week planar cylindrical shell (3) position, top side is provided with the bleeder port that penetrates its shell wall and be then correspondingly positioned at helical form heat conduction flow tube (5) top along its thickness direction, on bleeder port and be positioned at positive cylinder week planar cylindrical shell (3) outside and be equipped with and can lodge in positive cylinder planar cylindrical shell of week (3) and be subject to the gas of positive cylinder week planar cylindrical shell (3) interior barrel chamber gas pressure to be released into the gas bleeder valve (4) of putting outside all planar cylindrical shells of positive cylinder (3) through bleeder port.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420470415.0U CN204007230U (en) | 2014-08-19 | 2014-08-19 | Adverse current is crossed hydrothermal device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420470415.0U CN204007230U (en) | 2014-08-19 | 2014-08-19 | Adverse current is crossed hydrothermal device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204007230U true CN204007230U (en) | 2014-12-10 |
Family
ID=52047217
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420470415.0U Expired - Fee Related CN204007230U (en) | 2014-08-19 | 2014-08-19 | Adverse current is crossed hydrothermal device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN204007230U (en) |
-
2014
- 2014-08-19 CN CN201420470415.0U patent/CN204007230U/en not_active Expired - Fee Related
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20141210 Termination date: 20150819 |
|
| EXPY | Termination of patent right or utility model |