CN201451032U - Heat insulation device for poultry cultivation - Google Patents
Heat insulation device for poultry cultivation Download PDFInfo
- Publication number
- CN201451032U CN201451032U CN2009200657605U CN200920065760U CN201451032U CN 201451032 U CN201451032 U CN 201451032U CN 2009200657605 U CN2009200657605 U CN 2009200657605U CN 200920065760 U CN200920065760 U CN 200920065760U CN 201451032 U CN201451032 U CN 201451032U
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- water
- hot
- water line
- switch
- pipe
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Abstract
The utility model discloses a heat insulation device for poultry cultivation. A hot water outlet pipe with a switch and a water drain pipe with a switch are mounted on two side walls of the lower end of a hot water stove, and the hot water outlet pipe is communicated with a hot water conveying pipe through a pipeline pump, wherein a first hot water conveying pipe is connected with a first return-to-stove water pipe and forms a fourth heat insulation area for placing a forth conductivity meter, the fourth conductivity meter and the first pipeline pump are connected with a first temperature controller through a conductive wire, and a second hot water conveying pipe is connected with other hot water conveying pipes and connected with branch hot water conveying pipes on different paths and branch hot water outlet pipes to form a third heat insulation area for placing a third conductivity meter, a second heat insulation area for placing a second conductivity meter and a first heat insulation area for placing a first conductivity meter. Return-to-stove water pipes in each heat insulation area are all communicated with the inner cavity of the hot water stove, and the first conductivity, the second conductivity meter and the third conductivity meter are connected with a second temperature controller through conductive wires. The utility model has the advantages as follows: the structure is reasonable, the temperature of each heat insulation area can be regulated as required, the heat insulation device is suitable for cultivation of young birds and larger bird species, the survival rate can reach 85 percent to 90 percent, and the popularization value is possessed.
Description
Technical field
The utility model relates to a kind of attemperator, relates in particular to a kind ofly to be used to raise rare bird (as pheasant, tame chicken etc.) and can to improve the attemperator that the bird of survival rate is cultured without medicine.
Background technology
It is the road of getting wealth in present rural area that bird is cultured, especially the breed of rare bird (as pheasant, wild duck etc.) more can make the raiser in the rural area lift oneself out of poverty in a short time, but in rare bird is cultured, especially the lethality height in the breed stage of seedling is a very pain in the neck of part, solve this difficult problem except the raising method of science, the insulation of seedling phase also is the work that can not ignore.Before the utility model, heat preserving method or attemperator there be many discussion, but did not tackle the problem at its root the too high or on the low side survival rate that all can reduce seedling or adult rare bird of careless slightly temperature.
Summary of the invention
The purpose of this utility model provides and a kind ofly can improve the attemperator that the bird of survival rate etc. is cultured without medicine in the seedling of raising rare bird or adult phase.
For achieving the above object, the technical solution adopted in the utility model is: smoke exhaust pipe and thermometer that filling pipe, blast pipe, belt switch are installed at the top of water heater, and water gauge is installed in the outside on water heater top, first hot-water outlet pipe of belt switch and second hot-water outlet pipe of belt switch are installed on the sidewall of water heater bottom, the tapping pipe of belt switch also is installed in the outside, bottom of water heater, fire door is assemblied in water heater by lower wall, and getting close to fire door has ash discharging hole at the bottom of water heater sidewall.Wherein first hot-water outlet pipe of belt switch links to each other with the water inlet end of first tubing pump, the water outlet end of first tubing pump is communicated with the first defeated hot-water line of belt switch, first tubing pump connects first thermostat through second lead, the first defeated hot-water line melts down with first forms the 4th heat preservation zone after water pipe links to each other, and first water outlet end that melts down water is communicated with the inner chamber of water heater from the top of water heater.The 4th conductivity meter of installing in the 4th heat preservation zone connects first thermostat through first lead.Second hot-water outlet pipe of belt switch links to each other with the water inlet end of second tubing pump, and the water outlet end of second tubing pump is communicated with the second defeated hot-water line, and second tubing pump connects second thermostat through privates.The end of the second defeated hot-water line divides two branch roads: octavo the 3rd defeated hot-water line that closes and the 4th defeated hot-water line that the 9th switch is arranged are arranged, the delivery port pipe of the 4th defeated hot-water line both had been communicated with the 7th defeated hot-water line, be communicated with second through the tenth switch again and melt down water pipe, second water outlet end that melts down water pipe is communicated with the inner chamber of water heater from the top of water heater.Have the port of export of the 3rd defeated hot-water line that octavo closes to be communicated with the 5th defeated hot-water line, defeated hot-water line of first branch that first switch is arranged that minion closes and the 6th defeated hot-water line that the 4th switch is arranged simultaneously, wherein the 5th defeated hot-water line is communicated with second and melts down water pipe.The defeated hot-water line of first branch branches out with first forms the 3rd heat preservation zone after hot-water line links to each other, first branches out and is communicated with the defeated hot-water line of second branch that has second switch after hot-water line connects the 6th defeated hot-water line, the defeated hot-water line of second branch branches out with second forms second heat preservation zone after hot-water line links to each other, second branches out and is communicated with the defeated hot-water line of the 3rd branch that has the 3rd switch after hot-water line connects the 6th defeated hot-water line, the defeated hot-water line of the 3rd branch branches out with the 3rd forms first heat preservation zone after hot-water line links to each other, the 3rd branches out hot-water line is communicated with the 6th defeated hot-water line and the 7th defeated hot-water line simultaneously, and the 7th defeated hot-water line melts down water pipe through the tenth switch with second and links to each other.On the 6th defeated hot-water line, the 4th switch, the 5th switch and the 6th switch are installed.
Be placed with first conductivity meter, second conductivity meter and the 3rd conductivity meter respectively in first insulation, second heat preservation zone and the 3rd heat preservation zone, first conductivity meter, second conductivity meter and the 3rd conductivity meter all link to each other with second thermostat through privates.
The attemperator that a kind of bird of adopting as above technical scheme to provide is cultured compared with prior art, technique effect is:
1. this attemperator can be set up an one, two one or Trinitarian heat preservation zone, can adjust temperature as requested, makes in the stay-warm case of raising young bird to be in suitable temperature range all the time.
2. applicability is strong, not only to the bird of young bird, can both be suitable for the bird in growing up.
3. environmentally safe, the fuel used anthracite of selecting for use also can be selected bavin wood for use.
4. cost is low, and is easy to adjust.
Description of drawings
Fig. 1 is the structural representation of the attemperator of a kind of bird breed described in the utility model, also is Figure of abstract of the present utility model.
Fig. 2 is the A place enlarged diagram of Fig. 1, also is the suitable system schematic of falling of this attemperator.
Embodiment
Below in conjunction with accompanying drawing embodiment of the present utility model is described in further detail.
Make the water heater 1 of a drum shape of metal material (as boiler plate etc.), at the top of water heater 1 filling pipe 2 is installed, blast pipe 3, smoke exhaust pipe 4 and thermometer 6, described filling pipe 2 is by cistern water supply, blast pipe 3 is selected the waveform blast pipe, after the water in the water heater 1 is excessive, also can from blast pipe 3, discharge. smoke exhaust pipe 4 inner chambers that stretch out one section at water heater 1 top are equipped with smoke evacuation switch 5, open or close the size of the bottom flame of smoke evacuation switch 5 controlled water heaters 1. water gauge 7 is equipped with in the outside on water heater 1 top, indicate the water level situation of knowing the water heater 1 from the water level of water gauge 7. fire door 19 is assemblied in the sidewall of water heater 1 by the lower end, get close to the sidewall of fire door 19 and have ash discharging hole 18 in water heater 1 bottom, fuel (as bavin or coal etc.) is put into the lower inner cavity of water heater 1 from fire door 19, opened smoke-discharging switch 5, the flue gas of fuel is discharged from smoke exhaust pipe 4, the residual thing of after-flame (as bavin ash or coal ash etc.) is drawn out from ash discharging hole 18, the circulation that keeps the air of furnace bottom inner chamber. second hot-water outlet pipe 21 with a hot-water outlet pipe 17 and belt switch of belt switch is installed on two sidewalls of water heater 1 lower end, the tapping pipe 14 of belt switch is contained on the outer wall of water heater 1 bottom, the hot water that switch on the unlatching tapping pipe 14 can be emitted in the water heater 1 uses it for anything else, can be in the time of perhaps need cleaning water heater 1 through sewage or the mud in the tapping pipe 14 discharge water heaters 1. first hot-water outlet pipe 17 of belt switch links to each other with the water inlet end of first tubing pump 11, the water outlet end of first tubing pump 11 is communicated with the first defeated hot-water line 10 of belt switch, first tubing pump 11 connects first thermostat 15 through second lead 13, first tubing pump 11 is started by first thermostat 15 or opens and closes. and the first defeated hot-water line 10 melts down with first forms the 4th heat preservation zone (d) after water pipe 8 links to each other, first melts down top connection water heater 1 inner chamber of the water outlet end of water pipe 8 from water heater 1. and described the 4th heat preservation zone (d) is the version of an one. the 4th heat preservation zone (d), be placed with the 4th conductivity meter 9d, the 4th conductivity meter 9d connects wherein first tubing pump 11 of first thermostat 15. through first lead 12, first thermostat 15 and the 4th conductivity meter 9d are prior art, product can be bought in market. the temperature prompt number of the 4th conductivity meter 9d is adjusted to the required temperature range of the 4th heat preservation zone d, connect the power supply of first thermostat 15, start first tubing pump 11, open the switch on first hot-water outlet pipe 17 and the first defeated hot-water line 10, hot water melts down water pipe 8 through first from water heater 1 through the first defeated hot-water line 10 continuously again goes into ring that contracts of water heater 1 formation, if surpass or be lower than the temperature range of being set up through the temperature of the 4th heat preservation zone d after one section circulation, the 4th conductivity meter 9d can warn sound, operating personnel take measures to improve or reduce the water temperature in the water heater 1. and second hot-water outlet pipe 21 of belt switch is communicated with the water inlet end of the second tubing pump 11A, the water outlet end of the second tubing pump 11A is communicated with the second defeated hot-water line 10A, the second tubing pump 11A connects the second thermostat 15A through privates 13A, promptly the second tubing pump 11A is opened or is closed by the second thermostat 15A. as shown in Figure 2, the end of the second defeated hot-water line 10A divides two branch roads: the 3rd defeated hot-water line 10B of octavo pass 28 is arranged and have the 4th of the 9th switch 29 to fail hot-water line 10C, the water outlet end of the 4th defeated hot-water line 10C both had been communicated with the 7th defeated hot-water line 10F, be communicated with second through the tenth switch 30 again and melt down water pipe 20, second water outlet end that melts down water pipe 20 is communicated with the inner chamber of water heater 1 from the top of water heater 1. and there is water outlet end that octavo is closed 28 the 3rd defeated hot-water line 10B to be communicated with minion simultaneously and closes 31 the 5th defeated hot-water line 10D, the defeated hot-water line 27 of first branch of the first switch 27A is arranged and have the 6th of the 4th switch 26A to fail hot-water line 10E, wherein the 5th defeated hot-water line 10D and second melts down water pipe 20 and links to each other. and the defeated hot-water line 27 of first branch branches out hot-water line 26 back composition the 3rd heat preservation zone (c) that link to each other with first, first branches out and is communicated with the defeated hot-water line 25 of second branch that has second switch 25A after hot-water line 26 connects the 6th defeated hot-water line 10E, the defeated hot-water line 25 of second branch branches out with second forms second heat preservation zone (b) after hot-water line 24 links to each other, second branches out and is communicated with the defeated hot-water line 23 of the 3rd branch that has the 3rd switch 23A after hot-water line 24 connects the 6th defeated hot-water line 10E, the defeated hot-water line 23 of the 3rd branch branches out with the 3rd forms first heat preservation zone (a) after hot-water line 22 links to each other, the described the 3rd branches out hot-water line 22 is communicated with the 6th defeated hot-water line 10E and the 7th defeated hot-water line 10F simultaneously, the 7th defeated hot-water line 10F melts down water pipe 20 through the tenth switch 30 with second and links to each other. and the 4th switch 26A that installs on the 6th defeated hot-water line 10E is in the defeated hot-water line 27 and first of first branch and branches out between the hot-water line 26, the 5th switch 24A is in the defeated hot-water line 25 and second of second branch and branches out between the hot-water line 24 and the 6th switch 22A is in the defeated hot-water line 23 and the 3rd of the 3rd branch and branches out between the hot-water line 22. the placement first conductivity meter 9a in the first heat preservation zone a, in the second heat preservation zone b, be placed with the second conductivity meter 9b and in the 3rd heat preservation zone c, be placed with the 3rd conductivity meter 9c, the first conductivity meter 9a, the second conductivity meter 9b all links to each other with the second thermostat 15A through privates 12A with the 3rd conductivity meter 9c. the described first heat preservation zone a, the second heat preservation zone b and the 3rd heat preservation zone c constitute Trinitarian version.
When needs simultaneously to the 3rd heat preservation zone c, when the second heat preservation zone b and the first heat preservation zone a heat supply water, close the 9th switch 29 earlier, minion closes 31, the 4th switch 26A, the 5th switch 24A and the 6th switch 22A, open octavo and close 28, the first switch 27A, second switch 25A, the 3rd switch 23A and the tenth switch 30, start the second tubing pump 11A, hot water in the water heater 1 is through second hot-water outlet pipe 21, enter the 3rd heat preservation zone C in turn behind the second defeated hot-water line 10A and the 3rd defeated hot-water line 10B, the second heat preservation zone b and the first heat preservation zone a, fail hot-water line 10F from the hot water that the first heat preservation zone a comes out through the 7th, 30 remittance second of the tenth switch are melted down water pipe 20 and are entered water heater 1, form a circulation; If allow the hot water inverted running, promptly allow hot water go into the first heat preservation zone a earlier and reenter the second heat preservation zone b and the 3rd heat preservation zone c, close octavo earlier and close 28, the tenth switch 30, the 6th switch 22A, the 5th switch 24A and the 4th switch 26A, open the 9th switch 29, minion closes 31, the 3rd switch 23A, the second switch 25A and the first switch 27A, start the second tubing pump 11A, fail hot-water line 10C through the 4th in turn from the hot water that the second defeated hot-water line 10A comes, the 7th defeated hot-water line 10F enters the first heat preservation zone a, the second heat preservation zone b and the 3rd heat preservation zone c, the hot water that comes out from the 3rd heat preservation zone c imports second through the 5th defeated hot-water line 10D and melts down water pipe 20 and advance water heater 1, form a circulation, make the first heat preservation zone a, the temperature of the second heat preservation zone b and the 3rd heat preservation zone c remains on the scope of a setting.If the temperature of certain heat preservation zone is too high or on the low side, then the first conductivity meter 9a, the second conductivity meter 9b or the 3rd conductivity meter 9c give people's warning prompt, the water temperature in reduction or the lifting water heater 1.If only need certain temperature requirement be arranged to the 3rd heat preservation zone c, and the first heat preservation zone a, the second heat preservation zone b are not had temperature requirement, close the 9th switch 29, minion pass the 31, the 4th switch 26A, second switch 25A and the 3rd switch 23A this moment, open octavo and close 28, the first switch 27A, the 5th switch 24A, the 6th switch 22A and the tenth switch 30, the hot water that comes out from the 3rd heat preservation zone c flows into second through the tenth switch 30 again and melts down water pipe 20 and advance water heater 1 behind the 6th defeated hot-water line 10E and the 7th defeated hot-water line 10F, form a circulation.Multiple as above program is returned in other operation, can make the first heat preservation zone a, the second heat preservation zone b and the 3rd heat preservation zone c be in a required temperature range, reaches the purpose of this utility model.
Claims (1)
1. the bird attemperator of culturing, at the top of water heater (1) filling pipe (2) is installed, blast pipe (3), smoke exhaust pipe (4) and thermometer (6), the inner chamber that stretches out the smoke exhaust pipe (4) at one section at water heater (1) top has smoke evacuation switch (5), water gauge (7) is equipped with in the outside on water heater (1) top, fire door (19) is assemblied in the sidewall of water heater (1) by the lower end, get close to the sidewall of fire door (19) and have ash discharging hole (18) in water heater (1) bottom, it is characterized in that: first hot-water outlet pipe (17) of belt switch and second hot-water outlet pipe (21) of belt switch are installed on two sidewalls of water heater (1) lower end, and the tapping pipe of belt switch (14) is contained in the outer wall of water heater (1) bottom; First hot-water outlet pipe (17) of belt switch links to each other with the water inlet end of first tubing pump (11), the water outlet end of first tubing pump (11) is communicated with the first defeated hot-water line (10) of belt switch, first tubing pump (11) connects first thermostat (15) through second lead (13), the first defeated hot-water line (10) melts down with first forms the 4th heat preservation zone (d) after water pipe (8) links to each other, and first water outlet end that melts down water pipe (8) is communicated with the inner chamber of water heater (1) from the top of water heater (1); Be placed with the 4th conductivity meter (9d) in the 4th heat preservation zone (d), the 4th conductivity meter (9d) connects first thermostat (15) through first lead (12); Second hot-water outlet pipe (21) of belt switch links to each other with the water inlet end of second tubing pump (11A), the water outlet end of second tubing pump (11A) is communicated with the second defeated hot-water line (10A), and second tubing pump (11A) connects second thermostat (15A) through privates (13A); The end of the second defeated hot-water line (10A) divides two branch roads: the 3rd defeated hot-water line (10B) of octavo pass (28) is arranged and have the 4th of the 9th switch (29) to fail hot-water line (10C), the water outlet end of the 4th defeated hot-water line (10C) both had been communicated with the 7th defeated hot-water line (10F), be communicated with second through the tenth switch (30) again and melt down water pipe (20), second water outlet end that melts down water pipe (20) is communicated with the inner chamber of water heater (1) from the top of water heater (1); Have water outlet end that octavo is closed the 3rd defeated hot-water line (10B) of (28) to be communicated with minion simultaneously and close the 5th defeated hot-water line (10D) of (31), the defeated hot-water line (27) of first branch of first switch (27A) is arranged and the 6th defeated hot-water line (10E) of the 4th switch (26A) is arranged, the 5th fails hot-water line (10D) and second melts down water pipe (20) and links to each other; First branch fails hot-water line (27) and branches out the continuous back of hot-water line (26) composition the 3rd heat preservation zone (c) with first, first branches out hot-water line (26) connects the defeated hot-water line (25) of second branch that the 6th defeated hot-water line (10E) back connection has second switch (25A), second branch fails hot-water line (25) and branches out the continuous back of hot-water line (24) composition second heat preservation zone (b) with second, second branches out hot-water line (24) connects the defeated hot-water line (23) of the 3rd branch that the 6th defeated hot-water line (10E) back connection has the 3rd switch (23A), the 3rd branch fails hot-water line (23) and branches out the continuous back of hot-water line (22) composition first heat preservation zone (a) with the 3rd, the 3rd branches out hot-water line (22) is communicated with the 6th defeated hot-water line (10E) and the 7th defeated hot-water line (10F) simultaneously, and the 7th defeated hot-water line (10F) melts down water pipe (20) through the tenth switch (30) with second and links to each other; Go up at the 6th defeated hot-water line (10E) that the 4th switch of installing (26A) is in that the defeated hot-water line (27) and first of first branch branches out between the hot-water line (26), the 5th switch (24A) is in the defeated hot-water line (25) and second of second branch and branches out between the hot-water line (24) and the 6th switch (22A) is in the 3rd branch and fails hot-water line (23) and the 3rd and branch out between the hot-water line (22); Place first conductivity meter (9a) in first heat preservation zone (a), be placed with second conductivity meter (9b) and be placed with the 3rd conductivity meter (9c) in second heat preservation zone (b) in the 3rd heat preservation zone (c), first conductivity meter (9a), second conductivity meter (9b) and the 3rd conductivity meter (9c) all link to each other with second thermostat (15A) through privates (12A).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2009200657605U CN201451032U (en) | 2009-08-28 | 2009-08-28 | Heat insulation device for poultry cultivation |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2009200657605U CN201451032U (en) | 2009-08-28 | 2009-08-28 | Heat insulation device for poultry cultivation |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN201451032U true CN201451032U (en) | 2010-05-12 |
Family
ID=42378360
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2009200657605U Expired - Fee Related CN201451032U (en) | 2009-08-28 | 2009-08-28 | Heat insulation device for poultry cultivation |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN201451032U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102405849A (en) * | 2011-12-31 | 2012-04-11 | 内蒙古塞飞亚农业科技发展股份有限公司 | Clean meat duck breeding shed |
-
2009
- 2009-08-28 CN CN2009200657605U patent/CN201451032U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102405849A (en) * | 2011-12-31 | 2012-04-11 | 内蒙古塞飞亚农业科技发展股份有限公司 | Clean meat duck breeding shed |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| C17 | Cessation of patent right | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20100512 Termination date: 20100828 |