CN2354621Y - Energy saving steam distillator - Google Patents
Energy saving steam distillator Download PDFInfo
- Publication number
- CN2354621Y CN2354621Y CN 98231926 CN98231926U CN2354621Y CN 2354621 Y CN2354621 Y CN 2354621Y CN 98231926 CN98231926 CN 98231926 CN 98231926 U CN98231926 U CN 98231926U CN 2354621 Y CN2354621 Y CN 2354621Y
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- steam
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Abstract
The utility model relates to an energy saving steam distiller. The utility model is composed of a steam boiler, a steam guide pipe and a condenser. The steam boiler is composed of an outer shell body, a middle shell body, an inner shell body, a raw material chamber, a water chamber, a flame passage, a smoke dust passage, a material feeding opening cover, a water inlet pipe, an emptying pipe, a heat absorbing pipe, a water steam pipe, a water guide pipe, a water level gauge, a slag outlet pipe, etc. The condenser is composed of an upper condensing chamber shell body, a lower condensing chamber shell body, a condensing chamber communicating pipe, a compensating heat radiating pipe, a liquid outlet pipe, a foreign odor exhaust pipe, etc. The utility model has the advantages that the structure and the design are reasonable; the heat efficiency is high; the energy is saved; the distillation speed is fast; the raw material can not burn out the pot; the distillation product has pure quality and no foreign odor; the utility model is especially suitable for brewing white wine class products.
Description
The utility model relates to a kind of boiler that utilizes raw material is distilled equipment with the extracting liq product, specifically is meant a kind of steam energy-saving distilling equipment that is particularly useful for producing liquor.
Traditional white liquor distilling equipment is to adopt iron pan that raw material is carried out straight fire distillation, and its shortcoming is that the raw material heating surface area is little, the still-process heat loss is big, and the integral device thermal efficiency is low, energy consumption is high, and distillation speed is also slow, and the easy flavor of mixing that produces of wine is burned in the easy burning of raw material.In addition, the distillation equipment floor space is bigger, and installation and use are all not too convenient.
The purpose of this utility model, the steam energy-saving distilling equipment that is particularly useful for producing liquor of be to provide a kind of thermal efficiency height, distillation speed is fast and raw material can burning be burned.
Solution of the present utility model is as follows.It has a steam boiler, steam boiler has the outer casing that fuses, middle level housing and internal layer shell, but the annulus between outer casing and the middle level housing forms the feed chamber of a seasoning raw material, but the annulus between middle level housing and the internal layer shell forms the hydroecium of a seasoning water, the less internal layer upper shell of internal layer lower house that the bore that internal layer shell is interconnected by two inside is bigger and bore connects and composes, the bottom, inner space of internal layer lower house communicates with the external world and forms passage of flame, the top, inner space of internal layer upper shell communicates with the external world and forms smoke dust duct, in passage of flame, be equiped with many two ends and pass internal layer lower house wall and the inner endothermic tube that is connected with hydroecium respectively, be equiped with the water inlet pipe of the band valve that is connected with hydroecium and the blow-down pipe of band valve on the housing end face of middle level respectively, middle level housing top face is equiped with passes the steam pipe that middle level housing end face is connected with hydroecium, and this steam pipe is passed down through the outer casing end face and extends to feed chamber inner bottom surface top; Be equiped with the groove outlet pipe of the band valve that is connected with feed chamber on the outer casing bottom surface, in feed chamber, laterally be equiped with aqueduct, the inner of aqueduct is passed the middle level housing and is connected with hydroecium, the outer end of aqueduct is passed the water level meter inside that outer casing and vertically is installed in the outer casing outside and is connected, on the outer casing end face, be equiped with the charging aperture pipe joint that is connected with feed chamber, and on the charging aperture pipe joint, be equiped with the charging flap of sealing mutually, on the outer casing end face, also be equiped with the steam (vapor) outlet pipe joint that is connected with feed chamber, this steam (vapor) outlet pipe joint is positioned at the outer steam lead of steam boiler by the steam lead joint and that seals mutually and is connected, and the other end of steam lead is connected with a condenser inside by the steam lead joint of sealing mutually; Condenser has two upper condensing chamber housings that are the cylinder cheese separated by a distance and following condensation chamber housing, the inner space of these two housings forms upper condensing chamber and following condensation chamber respectively, has the condensation chamber communicating pipe that many two ends are connected with upper condensing chamber and following condensation chamber respectively between the end face of the bottom surface of upper condensing chamber housing and following condensation chamber housing, the centre of every condensation chamber communicating pipe is fixed with all that the bottom surface of the end face that connects the condensation chamber housing and following condensation chamber housing is worn at two ends respectively and the condensation radiating tube that communicates with the external world, the inner space of condensation radiating tube forms the condensation heat dissipation channel that communicates with outside air, following condensation chamber case side wall is equiped with drain pipe and the rejection flavor pipe that is connected with following condensation chamber respectively, be equiped with the steam inlet pipe joint that is connected with upper condensing chamber on upper condensing chamber housing end face, this steam inlet pipe joint is connected with steam lead by the aforesaid steam lead joint of sealing mutually.
The utility model with said structure is when work, feed chamber and hydroecium should be added an amount of raw material and water respectively, steam boiler is placed on the burning things which may cause a fire disaster, flame enters from the flame inlet of passage of flame lower end, discharge flue dust from the flue dust outlet on smoke dust duct top, flame is to the inwall (being internal layer shell) and the heating of the endothermic tube in the passage of flame of hydroecium, make the water vapor in hydroecium and the endothermic tube, utilize water vapour proportion less than the heavy characteristics of water liquor ratio, the water vapour of having vaporized in endothermic tube and the hydroecium all accumulates in the sky of hydroecium, after pressure increases, enter the feed chamber bottom through steam pipe, water vapour and raw material carry out heat exchange, raw material is heated up, after raw material is warming up to vaporization, accumulate in the feed chamber sky, after pressure increases, enter condenser by steam lead, because condenser is provided with, following condensation chamber and a plurality of condensation chamber communicating pipe cool off raw material steam, add the quick heat radiating effect of moving air in the condensation radiating tube, make the steam that enters condenser fully cool off, become fluid product (as liquor) at last and flow out from drain pipe.
The effect of the water inlet pipe of the band valve that the hydroecium upper end is provided with is to be convenient to add water, and the effect of the blow-down pipe of band valve is, can prevent that on the one hand negative pressure from producing, and also can guide out water vapour to steam box from this pipe, on the other hand to be used for other foods of boiling.The charging aperture pipe joint and the charging flap of sealing mutually that the feed chamber upper end is provided with are convenient to charging and cleaning, add a cover anti-leak-stopping vapour during work.What the feed chamber lower end was provided with the band valve goes out barrel, and being convenient to goes out give up clearly after the work is pickled with grains or in wine.The effect of the rejection of following condensation chamber case side wall setting flavor pipe is, because of raw material steam becomes liquid after the condensation cooling, but still has part steam and non-product vapour to retain, and just can overflow by this pipe, to keep the purity of product.
The utlity model has following excellent characteristics: 1. flame promptly passes through from the internal layer shell inside of steam boiler from the middle belly of heated object, has increased heating surface area, has improved the thermal efficiency, has saved energy significantly; 2. in passage of flame, be provided with multi-layer intercrossed endothermic tube, increased the heating surface area of water in the hydroecium more, also slowed down the speed that flame passes through simultaneously, further improved the thermal efficiency; 3. feed chamber and hydroecium only a plate every, metal heat transfer efficient height, and the steam pipe between hydroecium and the feed chamber is very short, heat loss is few; 4. the special construction of condenser has quickened the condensation process of raw material steam, has improved whole distillation speed; 5. owing to be not direct heating raw, can not cause the raw material burning to be burned, hydroecium is provided with the water level meter and can grasps water level timely and accurately simultaneously, descends condensation chamber to be provided with rejection flavor pipe in addition, has therefore guaranteed the quality of distillage effectively, can not produce peculiar smell; 6. equipment can accomplish that volume is little in light weight, thereby minimizing floor space, be convenient to install and use, it not only is specially adapted to brewing white spirit, also can be used for producing other distillage, as produce the aromatic volatilization wet goods of turpentine wet goods, also can utilize the water vapour of the blow-down pipe output of this equipment to come cooking.
Below in conjunction with drawings and Examples the utility model is further described.
Fig. 1 is the embodiment of a kind of concrete structure of the present utility model;
Fig. 2 is be tightly connected the mutually amplification assumption diagram of embodiment of the charging aperture pipe joint on Fig. 1 ectomesoderm housing end face and charging flap;
Fig. 3 is be tightly connected the mutually amplification assumption diagram of embodiment of the steam (vapor) outlet pipe joint on Fig. 1 ectomesoderm housing end face and steam lead joint;
Fig. 4 is be tightly connected the mutually amplification assumption diagram of embodiment of the steam inlet pipe joint on the upper condensing chamber housing end face among Fig. 1 and steam lead joint.
Referring to Fig. 1 to Fig. 4.The utlity model has a steam boiler, steam boiler has integrally welded outer casing 1, middle level housing 2 and internal layer shell 3, but the annulus between outer casing 1 and the middle level housing 2 forms the feed chamber 101 of a seasoning raw material, but the annulus between middle level housing 2 and the internal layer shell 3 forms the hydroecium 201 of a seasoning water, the less internal layer upper shell 32 of internal layer lower house 31 that the bore that internal layer shell 3 is interconnected by two inside is bigger and bore connects and composes, the bottom, inner space of internal layer lower house 31 communicates with the external world and forms passage of flame 311, the top, inner space of internal layer upper shell 32 communicates with the external world and forms smoke dust duct 321, in passage of flame 31, be equiped with three two ends and pass the wall and the inner endothermic tube 4 that is connected with hydroecium 201 of internal layer lower house 31 respectively, be equiped with the water inlet pipe 5 of the band valve that is connected with hydroecium 201 and the blow-down pipe 6 of band valve on middle level housing 2 end faces respectively, housing 2 top face in middle level are equiped with passes two steam pipes 7 that housing 2 end faces in middle level are connected with hydroecium 201, and steam pipe 7 all is passed down through outer casing 1 end face and extends to the inner bottom surface top of feed chamber 101; Be equiped with the groove outlet pipe 8 of the band valve that is connected with feed chamber 101 on outer casing 1 bottom surface, in feed chamber 101, laterally be equiped with two aqueducts 9, the inner of aqueduct 9 is all passed middle level housing 2 and is connected with hydroecium 201, the outer end of aqueduct 9 is all passed water level meter 10 inside that outer casing 1 and vertically is installed in outer casing 1 outside and is connected, fixed screw 11 is used for the location that is connected between aqueduct 9 and the water level meter 10, on outer casing 1 end face, be welded with the charging aperture pipe joint 12 that is connected with feed chamber 101, and on charging aperture pipe joint 12, be stamped the charging flap 13 of sealing mutually, on outer casing 1 end face, also be welded with the steam (vapor) outlet pipe joint 14 that is connected with feed chamber 101, this steam (vapor) outlet pipe joint 14 is positioned at the outer steam lead 16 of steam boiler by the steam lead joint 15 and that seals mutually and is connected, and the other end of steam lead 16 is connected with a condenser inside by the steam lead joint 17 of sealing mutually; Condenser has two upper condensing chamber housings that are the cylinder cheese separated by a distance 18 and following condensation chamber housing 19, these two housings 18 and 19 inner space form upper condensing chamber 181 and following condensation chamber 191 respectively, has the condensation chamber communicating pipe 20 that many two ends are connected with upper condensing chamber 181 and following condensation chamber 191 respectively between the end face of the bottom surface of upper condensing chamber housing 18 and following condensation chamber housing 19, the layout of condensation chamber communicating pipe 20 among Fig. 1 embodiment, be interior, be evenly distributed on outer two circumference, the centre of every condensation chamber communicating pipe 20 all be fixed with two ends respectively the company of weldering pass the bottom surface of the end face of upper condensing chamber housing 18 and following condensation chamber housing 19 and the condensation radiating tube 21 that communicates with the external world, the inner space of condensation radiating tube 21 forms the condensation heat dissipation channel 211 that communicates with outside air, following condensation chamber housing 19 side wall surfaces are equiped with drain pipe 22 and the rejection flavor pipe 23 that is connected with following condensation chamber 191 respectively, be equiped with the steam inlet pipe joint 24 that is connected with upper condensing chamber 181 on upper condensing chamber housing 18 end faces, this steam inlet pipe joint 24 is connected with steam lead 16 by the aforementioned steam lead joint 17 of sealing mutually.
Referring to Fig. 2 and Fig. 1, charging aperture pipe joint 12 on outer casing 1 end face is made of the ring-type water storage bowl 122 that interior communicating pipe 121 that is connected with feed chamber 101 and tight fit are welded on outer top of interior communicating pipes 121, the water that contains seal in the ring-type water storage room 123 between ring-type water storage bowl 122 inwalls and interior communicating pipes 121 outer walls, charging flap 13 are connected in these enclosing cover 131 inner top surfaces by the enclosing cover 131 of ring-type water storage bowl 122 outsides that slide over charging aperture pipe joint 12 and welding and down insert and stands in that the sealed inner tube 132 in the water constitutes in the ring-type water storage room 123.
Referring to Fig. 3 and Fig. 1, steam (vapor) outlet pipe joint 14 on outer casing 1 end face is made of the ring-type water storage bowl 142 that interior communicating pipe 141 that is connected with feed chamber and tight fit are welded on outer top of interior communicating pipes 141, the water that contains seal in the ring-type water storage room 143 between ring-type water storage bowl 142 inwalls and interior communicating pipes 141 outer walls, steam lead joint 15 is by the enclosing cover 151 of ring-type water storage bowl 142 outsides that slide over steam (vapor) outlet pipe joint 14 and pass the middle perforate of this enclosing cover 151 and welding is connected in the sealing on this enclosing cover 151 and constitutes communicating pipe 152, the bottom of communicating pipe 152 is inserted and is stood in the water of ring-type water storage bowl 142 in the sealing, and its top then is connected with steam lead 16.
Referring to Fig. 4 and Fig. 1, steam inlet pipe joint 24 on upper condensing chamber housing 18 end faces is made of the ring-type water storage bowl 242 that interior communicating pipe 241 that is connected with upper condensing chamber 181 and tight fit are welded on outer top of interior communicating pipes 241, the water that contains seal in the ring-type water storage room 243 between ring-type water storage bowl 242 inwalls and interior communicating pipes 241 outer walls, steam lead joint 17 is by the enclosing cover 171 of ring-type water storage bowl 242 outsides that slide over steam (vapor) outlet pipe joint 24 and pass the center drilling of this enclosing cover 171 and welding is connected in the sealing on this enclosing cover 171 and constitutes communicating pipe 172, the bottom of communicating pipe 172 is inserted and is stood in the water of ring-type water storage bowl 242 in the sealing, and its top then is connected with steam lead 16.
Claims (4)
1, a kind of steam energy-saving distilling equipment is characterized in that:
A) has a steam boiler, steam boiler has the outer casing that fuses, middle level housing and internal layer shell, but the annulus between outer casing and the middle level housing forms the feed chamber of a seasoning raw material, but the annulus between middle level housing and the internal layer shell forms the hydroecium of a seasoning water, the less internal layer upper shell of internal layer lower house that the bore that internal layer shell is interconnected by two inside is bigger and bore connects and composes, the bottom, inner space of internal layer lower house communicates with the external world and forms passage of flame, the top, inner space of internal layer upper shell communicates with the external world and forms smoke dust duct, in passage of flame, be equiped with many two ends and pass internal layer lower house wall and the inner endothermic tube that is connected with hydroecium respectively, be equiped with the water inlet pipe of the band valve that is connected with hydroecium and the blow-down pipe of band valve on the housing end face of middle level respectively, middle level housing top face is equiped with passes the steam pipe that middle level housing end face is connected with hydroecium, and this steam pipe is passed down through the outer casing end face and extends to feed chamber inner bottom surface top;
B) be equiped with the groove outlet pipe of the band valve that is connected with feed chamber on the outer casing bottom surface, in feed chamber, laterally be equiped with aqueduct, the inner of aqueduct is passed the middle level housing and is connected with hydroecium, the outer end of aqueduct is passed the water level meter inside that outer casing and vertically is installed in the outer casing outside and is connected, on the outer casing end face, be equiped with the charging aperture pipe joint that is connected with feed chamber, and on the charging aperture pipe joint, be equiped with the charging flap of sealing mutually, on the outer casing end face, also be equiped with the steam (vapor) outlet pipe joint that is connected with feed chamber, this steam (vapor) outlet pipe joint is positioned at the outer steam lead of steam boiler by the steam lead joint and that seals mutually and is connected, and the other end of steam lead is connected with a condenser inside by the steam lead joint of sealing mutually;
C) condenser has two upper condensing chamber housings that are the cylinder cheese separated by a distance and following condensation chamber housing, the inner space of these two housings forms upper condensing chamber and following condensation chamber respectively, has the condensation chamber communicating pipe that many two ends are connected with upper condensing chamber and following condensation chamber respectively between the end face of the bottom surface of upper condensing chamber housing and following condensation chamber housing, the centre of every condensation chamber communicating pipe is fixed with all that the bottom surface of the end face that connects the condensation chamber housing and following condensation chamber housing is worn at two ends respectively and the condensation radiating tube that communicates with the external world, the inner space of condensation radiating tube forms the condensation heat dissipation channel that communicates with outside air, following condensation chamber case side wall is equiped with drain pipe and the rejection flavor pipe that is connected with following condensation chamber respectively, be equiped with the steam inlet pipe joint that is connected with upper condensing chamber on upper condensing chamber housing end face, this steam inlet pipe joint is connected with steam lead by the aforesaid steam lead joint of sealing mutually.
2, steam energy-saving distilling equipment as claimed in claim 1, it is characterized in that, charging aperture pipe joint on the outer casing end face is made of the ring-type water storage bowl that interior communicating pipe that is connected with feed chamber and tight fit are welded on outer top of interior communicating pipe, the water that contain seals in the ring-type water storage room between ring-type water storage bowl inwall and the interior communicating pipe outer wall, charging flap are connected in this enclosing cover inner top surface by the enclosing cover of the ring-type water storage bowl outside that slides over the charging aperture pipe joint and welding and down insert and stands in that the sealed inner tube in the water constitutes in the ring-type water storage room.
3, steam energy-saving distilling equipment as claimed in claim 1, it is characterized in that, steam (vapor) outlet pipe joint on the outer casing end face is made of the ring-type water storage bowl that interior communicating pipe that is connected with feed chamber and tight fit are welded on outer top of interior communicating pipe, the water that contain seals in the ring-type water storage room between ring-type water storage bowl inwall and the interior communicating pipe outer wall, the steam lead joint is by the enclosing cover of the ring-type water storage bowl outside that slides over the steam (vapor) outlet pipe joint and pass middle the perforate of this enclosing cover and welding is connected in this sealing that covers and constitutes communicating pipe outward, the bottom of communicating pipe is inserted and is stood in the water of ring-type water storage bowl in the sealing, and its top then is connected with steam lead.
4, steam energy-saving distilling equipment as claimed in claim 1, it is characterized in that, steam inlet pipe joint on the upper condensing chamber housing end face is made of the ring-type water storage bowl that interior communicating pipe that is connected with upper condensing chamber and tight fit are welded on outer top of interior communicating pipe, the water that contain seals in the ring-type water storage room between ring-type water storage bowl inwall and the interior communicating pipe outer wall, the steam lead joint is by the enclosing cover of the ring-type water storage bowl outside that slides over the steam (vapor) outlet pipe joint and pass the center drilling of this enclosing cover and welding is connected in this outer sealing that covers and constitutes communicating pipe, the bottom of communicating pipe is inserted and is stood in the water of ring-type water storage bowl in the sealing, and its top then is connected with steam lead.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 98231926 CN2354621Y (en) | 1998-12-30 | 1998-12-30 | Energy saving steam distillator |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 98231926 CN2354621Y (en) | 1998-12-30 | 1998-12-30 | Energy saving steam distillator |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN2354621Y true CN2354621Y (en) | 1999-12-22 |
Family
ID=33981119
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 98231926 Expired - Fee Related CN2354621Y (en) | 1998-12-30 | 1998-12-30 | Energy saving steam distillator |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN2354621Y (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103062751A (en) * | 2013-02-03 | 2013-04-24 | 何柏生 | Boiler boiling stopping device |
| CN105950414A (en) * | 2016-06-22 | 2016-09-21 | 贵州恒达生物科技有限公司 | Distillation wine making facility |
| CN109387598A (en) * | 2017-08-10 | 2019-02-26 | 梅特勒-托莱多有限公司 | Baking oven heat-proof device |
-
1998
- 1998-12-30 CN CN 98231926 patent/CN2354621Y/en not_active Expired - Fee Related
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103062751A (en) * | 2013-02-03 | 2013-04-24 | 何柏生 | Boiler boiling stopping device |
| CN103062751B (en) * | 2013-02-03 | 2015-02-25 | 何柏生 | Boiler boiling stopping device |
| CN105950414A (en) * | 2016-06-22 | 2016-09-21 | 贵州恒达生物科技有限公司 | Distillation wine making facility |
| CN109387598A (en) * | 2017-08-10 | 2019-02-26 | 梅特勒-托莱多有限公司 | Baking oven heat-proof device |
| CN109387598B (en) * | 2017-08-10 | 2023-02-17 | 梅特勒-托莱多有限公司 | Analyzer and Karl Fischer titration system |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| C19 | Lapse of patent right due to non-payment of the annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |