CN203653529U - Three-time distiller - Google Patents
Three-time distiller Download PDFInfo
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- CN203653529U CN203653529U CN201320618582.0U CN201320618582U CN203653529U CN 203653529 U CN203653529 U CN 203653529U CN 201320618582 U CN201320618582 U CN 201320618582U CN 203653529 U CN203653529 U CN 203653529U
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- ball valve
- condensing chamber
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Abstract
The utility model provides a three-time distiller. The technical scheme adopted by the utility model is as follows: the three-time distiller comprises a distillation pot, a first-time condensing tower, a second-time condensing tower, a third-time condensing tower, a three-way ball valve I, a three-way ball valve II, a three-way ball valve III, a reflux condensing tower and a cleaning machine. The three-time distiller has very high production efficiency and relatively low production cost and is reliable in performance and convenient in maintenance; meanwhile, four distillation chamber structures are adopted, and a core component is made from red copper, so that liquor obtained through production has relatively good taste and few impurities.
Description
Technical field
The utility model relates to a kind of distiller device, especially a kind of No. three distillers of whisky.
Background technology
Whisky is the popular drinks in a kind of bar, traditional whisky brewing method is to ferment by wooden barrel, although the whisky that this traditional method is brewageed has good mouthfeel, but the output of its product is very limited, make its price also more expensive, cannot meet consumers in general's demand.In order to meet numerous consumer demands, we need a kind of good mouthfeel, low price, whisky that output is higher.
Utility model content
The purpose of this utility model is in order to solve the problem that whisky price is higher, product is not enough.
In order to overcome the above problems, the utility model provides a kind of technical scheme: a kind of No. three distillers, comprise still pot, condensing tower, time condensation tower, No. three condensing towers, tee ball valve I, tee ball valve II, tee ball valve III, reflux condensation mode tower and cleaning machines;
Still pot, described still pot upper end is respectively equipped with a pot cap, feed(raw material)inlet, tensimeter and thermometer, on one side of described still pot, be respectively equipped with steam-in, visor porthole and sewage draining exit, on the another side of described still pot, be respectively equipped with rinse water outlet, condensation-water drain, described still pot inside is provided with agitator, and described agitator drives by the motor of still pot outside;
A condensing tower, a described condensing tower comprises the condensing chamber I of upper end, the distillation tower I of middle-end and the bearing I of lower end, the top of described condensing chamber I is provided with Link Port I, the upside of described condensing chamber I is provided with water outlet, the downside of described condensing chamber I is provided with water-in, described distillation tower I comprises four stilling chambeies, described four stilling chambeies are equipped with rotating wash bowl and water cap, described four stilling chamber downsides are equipped with upflow tube, described bearing I upper end is provided with return passage, one side of described four stilling chambeies and return passage is provided with the return line I interconnecting, the another side of described four stilling chambeies is provided with the flushing return line interconnecting,
Time condensation tower, described time condensation tower comprises the condensing chamber III of upper end, four connected distillation tower II of middle-end and the bearing III of lower end, described condensing chamber III top is provided with Link Port III, the upside of described condensing chamber III is provided with water outlet III, the downside of described condensing chamber III is provided with water-in III, described bearing III upper end is provided with return passage II, described four distillation tower II are equipped with four stilling chamber II, a side of described stilling chamber II is provided with the flushing return line that each stilling chamber II is interconnected, the opposite side of described stilling chamber II is provided with the return line III that each stilling chamber II and return passage II are interconnected, described stilling chamber II internal structure is identical with stilling chamber,
No. three condensing towers, described No. three condensing towers comprise the condensing chamber II of upper end and the bearing II of lower end, described condensing chamber II upper end is provided with Link Port II, described condensing chamber II upside is provided with water outlet II, described condensing chamber II downside is provided with water-in II, and described condensing chamber II lower end is provided with beer discharging nozzle and thief hole;
Reflux condensation mode tower, described reflux condensation mode tower comprises the condensing chamber IV of upper end and the bearing IV of lower end, and described condensing chamber IV top is provided with Link Port IV, and the side of described condensing chamber IV is provided with rotating wash bowl II, and described bearing IV upper end is provided with return passage III;
Described pot cap is by a day gooseneck connecting tee ball valve I, described tee ball valve I is by pipeline connecting tee ball valve II, tee ball valve III and condensing chamber II successively, described condensing chamber IV is connected to the pipeline between tee ball valve I and tee ball valve II by pipe connecting IV, described condensing chamber I is connected to the pipeline between tee ball valve II and tee ball valve III by pipe connecting II, and described condensing chamber III is connected to tee ball valve III and is connect the pipeline between condensing chamber II by pipe connecting III;
Described return passage III is by pipe connecting IV connecting tee ball valve I, described return passage is by pipe connecting V connecting tee ball valve II, described return passage II is by pipe connecting VI connecting tee ball valve III, described return passage III, return passage and return passage II are all connected still pot by return line II, and described cleaning machine is connected respectively rinse water outlet, rinses return line and rinsed return line II by pipeline.
Described pot cap, day gooseneck and distillation tower I are red copper material.
The beneficial effects of the utility model: this utility model has very high production efficiency and lower production cost, and dependable performance, be convenient to safeguard, simultaneously owing to having adopted four stilling chamber structures, and core component adopted red copper material, making to produce the drinking utensils obtaining has good mouthfeel, impurity few.Owing to being provided with cleaning machine and relevant pipeline, make this distillation plant quite convenient aspect safeguarding, postpone the work-ing life of equipment, reduce cost, simultaneously due to cleaning that can be regular, improve the quality of product, improve economic benefit.
Accompanying drawing explanation
Accompanying drawing 1 is the frontal structural representation of a kind of No. three distillers described in the present embodiment.
Accompanying drawing 2 be a kind of No. three distillers described in the present embodiment overlook direction structure schematic diagram.
Accompanying drawing 3 ~ accompanying drawing 6 is structural representations of the distillation tower I of a kind of No. three distillers described in the present embodiment.
1, still pot; 10, agitator; 101, motor; 11, pot cap; 12, feed(raw material)inlet; 13, tensimeter; 14, thermometer; 15, steam-in; 16, visor porthole; 17, sewage draining exit; 18, rinse water outlet; 19, condensation-water drain; 2, a condensing tower; 21, condensing chamber I; 211, water outlet; 212, water-in; 22, distillation tower I; 221, stilling chamber; 222, rotating wash bowl; 223, return passage; 224, return line I; 226, water cap; 227, upflow tube; 3, time condensation tower; 31, condensing chamber III; 32, distillation tower II; 321, stilling chamber II; 33, return passage II; 34, return line III; 4, No. three condensing towers; 41, condensing chamber II; 5, reflux condensation mode tower; 501, pipe connecting IV; 502, pipe connecting V; 503, pipe connecting VI; 504, return line II; 52, pipe connecting II; 53, pipe connecting III; 55, pipe connecting I; 57, condensing chamber IV; 571, rotating wash bowl II; 58, return passage III; 6, day gooseneck; 61, tee ball valve I; 62, tee ball valve II; 63, tee ball valve III; 64, cleaning machine; 65, water outlet II; 66, water-in II; 67, water outlet III; 68, water-in III; 71, bearing I; 72, bearing II; 73, bearing III; 74, bearing IV; 81, Link Port I; 82, Link Port II; 83, Link Port III; 84, Link Port IV; 91, beer discharging nozzle; 92, thief hole; 94, rinse return line; 95, rinse return line II.
Embodiment
Below in conjunction with accompanying drawing, a kind of No. three distillers described in the utility model are further described.
As shown in Fig. 1 to 6, No. three distillers of the one of the present embodiment, comprise still pot 1, condensing tower 2, time condensation tower 3, No. three condensing towers 4, tee ball valve I61, tee ball valve II62, tee ball valve III63, reflux condensation mode tower 5 and cleaning machines 64;
Described still pot 1 upper end is respectively equipped with pot cap 11, feed(raw material)inlet 12, tensimeter 13 and thermometer 14, on one side of still pot 1, be respectively equipped with steam-in 15, visor porthole 16 and sewage draining exit 17, on the another side of still pot 1, be respectively equipped with rinse water outlet 18, condensation-water drain 19, still pot 1 inside is provided with agitator 10, and agitator 10 drives by the motor 101 of still pot 1 outside;
A described condensing tower 2 comprises the condensing chamber I21 of upper end, the distillation tower I22 of middle-end and the bearing I71 of lower end, the top of condensing chamber I21 is provided with Link Port I81, the upside of condensing chamber I21 is provided with water outlet 211, the downside of condensing chamber I21 is provided with water-in 212, distillation tower I22 comprises four stilling chambeies 221, four stilling chambeies 221 are equipped with rotating wash bowl 222 and water cap 226, four stilling chamber 221 downsides are equipped with upflow tube 227, bearing I71 upper end is provided with return passage 223, one side of four stilling chambeies 221 and return passage 223 is provided with the return line I224 interconnecting, the another side of four stilling chambeies 221 is provided with the flushing return line II95 interconnecting,
Described time condensation tower 3 comprises the condensing chamber III31 of upper end, four connected distillation tower II32 of middle-end and the bearing III73 of lower end, condensing chamber III31 top is provided with Link Port III83, the upside of condensing chamber III31 is provided with water outlet III67, the downside of condensing chamber III31 is provided with water-in III68, bearing III73 upper end is provided with return passage II33, four distillation tower II32 are equipped with four stilling chamber II321, a side of stilling chamber II321 is provided with the flushing return line 94 that each stilling chamber II321 is interconnected, the opposite side of stilling chamber II321 is provided with the return line III34 that each stilling chamber II321 and return passage II33 are interconnected, stilling chamber II321 internal structure is identical with stilling chamber 221,
Described No. three condensing towers 4 comprise the condensing chamber II41 of upper end and the bearing II72 of lower end, condensing chamber II41 upper end is provided with Link Port II82, condensing chamber II41 upside is provided with water outlet II65, and condensing chamber II41 downside is provided with water-in II66, and condensing chamber II41 lower end is provided with beer discharging nozzle 91 and thief hole 92;
Described reflux condensation mode tower 5 comprises the condensing chamber IV57 of upper end and the bearing IV74 of lower end, and condensing chamber IV57 top is provided with Link Port IV84, and the side of condensing chamber IV57 is provided with rotating wash bowl II571, and bearing IV74 upper end is provided with return passage III58;
Described pot cap 11 is by day gooseneck 6 connecting tee ball valve I61, tee ball valve I61 is by pipeline connecting tee ball valve II62, tee ball valve III63 and condensing chamber II41 successively, condensing chamber IV57 is connected to the pipeline between tee ball valve I61 and tee ball valve II62 by pipe connecting I55, condensing chamber I21 is connected to the pipeline between tee ball valve II62 and tee ball valve III63 by pipe connecting II52, and condensing chamber III31 is connected to tee ball valve III63 and is connect the pipeline between condensing chamber II41 by pipe connecting III53;
Described return passage III58 is by pipe connecting IV501 connecting tee ball valve I61, return passage 223 is by pipe connecting V502 connecting tee ball valve II62, return passage II33 is by pipe connecting VI503 connecting tee ball valve III63, return passage III58, return passage 223 and return passage II33 are all connected still pot 1 by return line II504, and described cleaning machine 64 is connected respectively rinse water outlet 18, rinses return line 94 and rinsed return line II95 by pipeline.
Distillation principle: pour the raw wine in still pot 1 into by heating, reach after certain temperature, alcohol start vaporizer, enters after a condensing tower 2, first passes through the distillation of distillation tower I22, then passes through condensing chamber I21 regelation and becomes liquid; Enter time condensation tower 3, first distill through four connected distillation tower II32, then condense into liquid through condensing chamber III31; Finally condense into liquid through No. three condensing towers 4 again and flow out from beer discharging nozzle 91, the material such as solid and pigment in raw wine is just left in still pot 1, has realized separating of alcohol and water.A condensing tower 2, in time condensation tower 3 and reflux condensation mode tower 5, unnecessary water coolant and a small amount of alcohol can be back in still pot 1 and repeatedly be utilized by return line II504.Cleaning machine 64 can carry out routine cleaning to equipment, guarantees out the purity of wine and the work-ing life of extension device.Tower distillation is continous way distillation, employing be steam heating or electrically heated.
When distillation tower I22 distills, open porthole and carry out warm tower, in the time that column bottom temperature reaches 105 ℃, open groove exhausting valve, when 95 ℃ of temperature, can start charging in tower, open water coolant simultaneously.While reaching 85 ℃ to tower top temperature, capable of regulating wine degree, whole still-process is continuous, control distills out alcohol temperature below 25 ℃, notices that at any time vapour pressure changes, and can not exceed specified pressure, stop to answer Xian Guan feed(raw material)inlet 12 before tower temporarily, finally turn off water coolant, prevent dry tower.In lack of water, must not have wine degree, foreshot's wine tail also should be put into mash and heavily steam, and operation room head light must be non-explosive light, and carrying grape alcohol equipment used must be explosion-proof type.
In the present embodiment, described pot cap 11, day gooseneck 6 and distillation tower I22 are red copper material.Red copper has good resistance to acid, is also the catalyzer of some esterification, has the characteristic that the insoluble mantoquita of the formation such as butyric acid, acetic acid is separated out simultaneously, makes the wine quality of production better.
The utility model is not limited to above embodiment and conversion.
Claims (2)
1. No. three distillers, is characterized in that: comprise still pot (1), a condensing tower (2), time condensation tower (3), No. three condensing towers (4), tee ball valve I(61), tee ball valve II(62), tee ball valve III(63), reflux condensation mode tower (5) and cleaning machine (64);
Described still pot (1) upper end is respectively equipped with a pot cap (11), feed(raw material)inlet (12), tensimeter (13) and thermometer (14), on one side of described still pot (1), be respectively equipped with steam-in (15), visor porthole (16) and sewage draining exit (17), on the another side of described still pot (1), be respectively equipped with rinse water outlet (18), condensation-water drain (19), described still pot (1) inside is provided with agitator (10), and described agitator (10) drives by the outside motor (101) of still pot (1);
A described condensing tower (2) comprises the condensing chamber I(21 of upper end), the distillation tower I(22 of middle-end) and the bearing I(71 of lower end), described condensing chamber I(21) top be provided with Link Port I(81), described condensing chamber I(21) upside be provided with water outlet (211), described condensing chamber I(21) downside be provided with water-in (212), described distillation tower I(22) comprise four stilling chambeies (221), described four stilling chambeies (221) are equipped with rotating wash bowl (222) and water cap (226), described four stilling chambeies (221) downside is equipped with upflow tube (227), described bearing I(71) upper end is provided with return passage (223), one side of described four stilling chambeies (221) and return passage (223) is provided with the return line I(224 interconnecting), the another side of described four stilling chambeies (221) is provided with the flushing return line II(95 interconnecting),
Described time condensation tower (3) comprises the condensing chamber III(31 of upper end), four connected distillation tower II(32 of middle-end) and the bearing III(73 of lower end), described condensing chamber III(31) top is provided with Link Port III(83), described condensing chamber III(31) upside be provided with water outlet III(67), described condensing chamber III(31) downside be provided with water-in III(68), described bearing III(73) upper end is provided with return passage II(33), described four distillation tower II(32) be equipped with four stilling chamber II(321), described stilling chamber II(321) a side be provided with make each stilling chamber II(321) the flushing return line (94) that interconnects, described stilling chamber II(321) opposite side be provided with make each stilling chamber II(321) with return passage II(33) the return line III(34 that interconnects), described stilling chamber II(321) internal structure is identical with stilling chamber (221),
Described No. three condensing towers (4) comprise the condensing chamber II(41 of upper end) and the bearing II(72 of lower end), described condensing chamber II(41) upper end is provided with Link Port II(82), described condensing chamber II(41) upside is provided with water outlet II(65), described condensing chamber II(41) downside is provided with water-in II(66), described condensing chamber II(41) lower end is provided with beer discharging nozzle (91) and thief hole (92);
Described reflux condensation mode tower (5) comprises the condensing chamber IV(57 of upper end) and the bearing IV(74 of lower end), described condensing chamber IV(57) top is provided with Link Port IV(84), described condensing chamber IV(57) side be provided with rotating wash bowl II(571), described bearing IV(74) upper end is provided with return passage III(58);
Described pot cap (11) is by day gooseneck (6) connecting tee ball valve I(61), described tee ball valve I(61) by pipeline connecting tee ball valve II(62 successively), tee ball valve III(63) and condensing chamber II(41), described condensing chamber IV(57) by pipe connecting I(55) be connected to tee ball valve I(61) and tee ball valve II(62) between pipeline, described condensing chamber I(21) by pipe connecting II(52) be connected to tee ball valve II(62) and tee ball valve III(63) between pipeline, described condensing chamber III(31) by pipe connecting III(53) be connected to tee ball valve III(63) and meet condensing chamber II(41) between pipeline,
Described return passage III(58) by pipe connecting IV(501) connecting tee ball valve I(61), described return passage (223) is by pipe connecting V(502) connecting tee ball valve II(62), described return passage II(33) by pipe connecting VI(503) connecting tee ball valve III(63), described return passage III(58), return passage (223) and return passage II(33) all by return line II(504) be connected still pot (1), described cleaning machine (64) connects respectively rinse water outlet (18) by pipeline, rinse return line (94) and rinse return line II(95).
2. a kind of No. three distillers according to claim 1, is characterized in that: described pot cap (11), day gooseneck (6) and distillation tower I(22) be red copper material.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320618582.0U CN203653529U (en) | 2013-10-08 | 2013-10-08 | Three-time distiller |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320618582.0U CN203653529U (en) | 2013-10-08 | 2013-10-08 | Three-time distiller |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203653529U true CN203653529U (en) | 2014-06-18 |
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ID=50919941
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201320618582.0U Expired - Fee Related CN203653529U (en) | 2013-10-08 | 2013-10-08 | Three-time distiller |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN203653529U (en) |
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104152336A (en) * | 2014-07-18 | 2014-11-19 | 孙继宏 | Distillation equipment |
| CN104818198A (en) * | 2015-04-28 | 2015-08-05 | 温州大宇科技有限公司 | Strong liquor distillation device |
| CN108483541A (en) * | 2018-04-12 | 2018-09-04 | 重庆市环境保护工程设计研究院有限公司 | High-performance anti-compaction distilling apparatus |
| CN108525334A (en) * | 2018-04-12 | 2018-09-14 | 重庆市环境保护工程设计研究院有限公司 | Backpulsing distilling apparatus |
-
2013
- 2013-10-08 CN CN201320618582.0U patent/CN203653529U/en not_active Expired - Fee Related
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104152336A (en) * | 2014-07-18 | 2014-11-19 | 孙继宏 | Distillation equipment |
| CN104818198A (en) * | 2015-04-28 | 2015-08-05 | 温州大宇科技有限公司 | Strong liquor distillation device |
| CN104818198B (en) * | 2015-04-28 | 2017-01-25 | 温州大宇科技有限公司 | Strong liquor distillation device |
| CN108483541A (en) * | 2018-04-12 | 2018-09-04 | 重庆市环境保护工程设计研究院有限公司 | High-performance anti-compaction distilling apparatus |
| CN108525334A (en) * | 2018-04-12 | 2018-09-14 | 重庆市环境保护工程设计研究院有限公司 | Backpulsing distilling apparatus |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| C53 | Correction of patent for invention or patent application | ||
| CB03 | Change of inventor or designer information |
Inventor after: Liu Budan Inventor after: Hu Shaowu Inventor before: Liu Budan Inventor before: Hu Shaowu |
|
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20140618 Termination date: 20151008 |
|
| EXPY | Termination of patent right or utility model |