CN205269081U - Distillation apparatus - Google Patents
Distillation apparatus Download PDFInfo
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- CN205269081U CN205269081U CN201521068760.2U CN201521068760U CN205269081U CN 205269081 U CN205269081 U CN 205269081U CN 201521068760 U CN201521068760 U CN 201521068760U CN 205269081 U CN205269081 U CN 205269081U
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- heater
- conduit
- alembic
- backflow bottle
- casing
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Abstract
The utility model discloses a distillation apparatus, including casing, retort, condensing equipment, backflow bottle, heater, pipe, casing upper portion is equipped with the brace table, is equipped with the heater on the brace table, the recess bottom of brace table is located to the heater, and the retort is installed on the heater, retort lower part and the interior surfaces to mate of recess, and retort upper portion is equipped with the gas outlet, gas outlet and pipe connection, the lower part and the condensing equipment of pipe are connected, and backflow bottle's bottleneck passes through the honeycomb duct to be connected with the condenser device, condensing equipment and casing sub -unit connection. The utility model discloses a condensing equipment locates the casing sub -unit connection, and compact structure, heater locate the recess bottom of brace table, and surfaces to mate realizes reliably fixing a position, avoiding the swing and rock in retort lower part and the recess, the complete machine focus is low, stable in structure is reliable, solved among the prior art that the structural style of condensation structure on retort upper portion exist height of gravitational centre, the quality heavy, the poor security hidden danger that exists of stable in structure nature.
Description
Technical field
This utility model relates to distillation equipment technical field, particularly relates to a kind of liquid distilling apparatus.
Background technology
Liquid distilling apparatus of the prior art, such as water maker, condensation structure is arranged on the top of alembic, supports by special bracing frame is fixing, coolant circulation pump circulating cooling outside needing, quality weight, center of gravity are high, profile is bigger, stability in the large is poor, it is easy to scuffing of colliding with, keeping and transport are all inconvenient. Due to the top of alembic be connected with the bottom of condensation structure, condensation structure is fixedly supported on fixing housing, alembic is inconvenient to take off, scuffing of easily colliding with when taking off, it is generally required to professional operator carries out installing/dismounting. Being not easy after a long time use inside condensation structure particularly condensing tube to clean, High Temperature High Pressure structural safety protective is poor, it is easy to producing potential safety hazard further, since complete machine structure is complicated, the space taken is relatively large, and space availability ratio is low.
Utility model content
The purpose of this utility model is exactly for solving the problems referred to above that prior art exists, it is provided that a kind of liquid distilling apparatus; Condensing unit of the present utility model is located at lower housing portion and is connected with lower housing portion, compact conformation, and heater is located at above support platform simultaneously, and alembic is placed in above support platform and is easy to dismounting, cleaning.
This utility model solves the technical scheme of technical problem:
A kind of liquid distilling apparatus, including housing, alembic, condensing unit, Backflow bottle, heater, conduit, alembic top is provided with opening, housing upper is provided with support platform, support platform and be provided with heater, the bottom portion of groove supporting platform is located at by described heater, described alembic is located at heater top, described alembic top is provided with gas outlet, described opening is connected with conduit, the bottom of conduit is connected with the condensing tube in condensing unit, and Backflow bottle is connected with condenser device by mozzle, and lower housing portion is located at by condensing unit.
Described condensing unit includes the condensing tube of helical structure, cooling medium, cooling medium is located in the casing supporting platform bottom, condensing tube is located in casing and is connected with casing, spiral cold-finger upper end is connected by valve with conduit lower end, spiral cold-finger lower end is connected through casing lower wall with Backflow bottle, case supports is on middle casing, Backflow bottle is located at lower housing portion, the tank wall of described casing one side lower part is provided with cooling medium import, cooling medium outlet it is provided with on the tank wall top of the opposite side relative with cooling medium import, cooling medium import is connected with the outlet of refrigeration unit by inlet pipeline, cooling medium outlet is connected with the import of refrigeration unit by outlet conduit.
Described condensing unit includes condensation sleeve pipe, condensation sleeve pipe is supported on middle casing, described condensation sleeve pipe is provided with endoporus, the wall of endoporus is provided with polytetrafluoroethylene coating, described endoporus is provided with the helicla flute matched with helical form condensing tube, described helical form condensing tube embeds in helicla flute, and described condensation sleeve pipe includes the semicircle band of column one, the semicircle band of column, and helicla flute is correspondingly disposed on the inwall of two semicircle band of columns. The outer surface of described condensation sleeve pipe is provided with fin. Described helical form condensing tube adopts glass tubing or inwall to be coated with metal tube such as copper pipe, the aluminum pipe etc. of polytetrafluoroethylene coating. Described condensation sleeve pipe adopts cross section to be circular or rectangular configuration; Described spiral cold-finger upper end is connected by valve with conduit lower end, and spiral cold-finger lower end is connected with Backflow bottle, and Backflow bottle is located at lower housing portion.
The bottleneck of described Backflow bottle is provided with outlet pipe, and described outlet pipe is connected with negative pressure pump, is provided with switch valve three on outlet pipe.
Described valve is three-way valve, and spiral cold-finger upper end is connected with the lower outlet of three-way valve, and conduit lower end is connected with the upper outlet of three-way valve, and the import of three-way valve is connected with cleaning waterpipe, is provided with switch valve one cleaning, is provided with switch valve two on conduit on waterpipe.
Plane or the hemispherical dome structure that described heater adopts inside to be cavity, the material of heater is pottery, PTC, graphite or carbon fiber; Described electric heater is connected with power circuit, is provided with heater switch on power circuit, and described heater switch is connected with the controller being located at housing side, and controller controls switching on and off of heater switch, and described controller is connected with audible-visual annunciator.
Described heater is electric heater, described electric heater is connected with power circuit, is provided with heater switch on power circuit, and described heater switch is connected with the controller being located at housing side, controller controls switching on and off of heater switch, and described controller is connected with audible-visual annunciator.
Bottom alembic or side be provided with temperature sensing, temperature sensor is connected with controller, and controller is provided with temperature indicator.
It is connected with multiple condensing tube being in parallel by pipeline in described casing, the condensing tube of multiple parallel connections is connected with a Backflow bottle of bottom simultaneously, relatively large specification and the structure of size when the employing of described alembic, heater, conduit is than single condenser tube structure; Or the condensing tube of multiple parallel connections is connected with respective Backflow bottle respectively, respective Backflow bottle adopts less specification and size, the bottleneck of described respective Backflow bottle is respectively equipped with subtube of giving vent to anger, give vent to anger subtube and be connected with total pipeline of giving vent to anger, total pipeline of giving vent to anger is connected with negative pressure pump, is respectively equipped with switch valve three on each gives vent to anger subtube.
Described alembic, heater, conduit etc. adopt than single condenser tube structure time the big structure of dimensional parameters, the condensing tube of multiple parallel connections is connected with respective Backflow bottle respectively, the bottleneck of respective Backflow bottle is respectively equipped with subtube of giving vent to anger, and respective Backflow bottle adopts less specification and size.
The parallel connection on housing of described alembic, heater, conduit, mozzle is provided with many sets, and Backflow bottle correspondence mozzle is respectively provided with, alembic, heater, conduit etc. can adopt than single condenser tube structure time the little structure of dimensional parameters or; Distilled water is transported to a big Backflow bottle by conduit by many set mozzles simultaneously.
Being provided with liquid level sensor on Backflow bottle top close to aperture position, described liquid level sensor is connected with controller. Liquid level sensor transmits a signal to controller, is controlled the opening and closing of heater switch by controller, it is achieved the operation of heating arrangements or stopping heating, it is to avoid distillate overflows from Backflow bottle.
The beneficial effects of the utility model:
1. condensing unit of the present utility model is located at lower housing portion and is connected with lower housing portion, compact conformation, heater is located at above support platform simultaneously, solve the safety risks that the center of gravity that in prior art, the condensation structure version on alembic top exists is high, quality is heavy, structural stability difference exists, the operation of condensing unit and refrigeration unit by being located at lower housing portion, ensure the circulating cooling effect of cooling water, cooling gas or cooling heat conduction wet goods cooling medium, it is ensured that cooling and distilled water collection efficiency; Cooling medium import is located at casing one side lower part, the tank wall top of the opposite side relative with cooling medium import is located in cooling medium outlet, move up after cooling medium and distilled water gas converting heat, heat absorption, flow out from cooling medium outlet, accelerate the efficiency of cycle, increase heat transfer effect.
2. by being provided with three-way valve structure, spiral cold-finger upper end is connected with the lower outlet of three-way valve, conduit lower end is connected with the upper outlet of three-way valve, the import of three-way valve is connected with cleaning waterpipe, when spiral cooler dirt occurs at tube wall after life-time service, pass into the cleanout fluid cleaning of certain pressure when long-pending silt or obstruction by cleaning waterpipe after, eliminate the dirt impurity in tube wall, avoid cleanout fluid to pour into the alembic caused in alembic to pollute, dangerous and damage, can also conveniently by three-way valve to filling liquid in alembic, thus avoiding taking off the sealing-plug of bottleneck the inconvenience that the liquid such as water that filling is distilled exist.
3. it is provided with outlet pipe by the bottleneck at Backflow bottle, outlet pipe is connected with negative pressure pump, the whole sealing pipeline from alembic to Backflow bottle can be kept to be in the negative pressure state of setting, particularly keep negative pressure certain in alembic, it is possible to reduce the evaporating temperature of distilled water, accelerate the evaporation rate of distilled water, as far as possible many distilled water are obtained in same distillation time, reduce power consumption, reduce whole production cost, improve efficiency and benefit.
4. by being provided with controller and audible-visual annunciator, temperature sensor, temperature indicator, liquid level sensor; ensure to keep system structure to be in controlled safe operation state in the whole process producing distilled water; when exception or fault occur, operator is reminded to adopt counter-measure in time; avoid that equipment electrical heating is overheated, hidden danger that high temperature and high pressure steam or hot water spilling etc. cause, it is to avoid distilled water overflows the energy waste caused.
5. by being provided with multiple condensing tube being in parallel in casing, the condensing tube of multiple parallel connections is connected with a Backflow bottle of bottom simultaneously, alembic, heater, conduit adopt than single condenser tube structure time relatively large specification and the structure of size, when overall structure size increase is less, and can greatly improve the work efficiency of distillation, it is particularly well-suited to meet the occasion that distilled water needs are in large supply, and individual operator is simultaneously need to operate the occasion of multiple devices, reduce the labor intensity of individual operator, reduce human cost, compact conformation simultaneously, space availability ratio is improve in more nervous use space, meet the occasion that distilled water needs are in large supply. the condensing tube simultaneously adopting multiple parallel connection is connected with respective Backflow bottle respectively, respective Backflow bottle just can adopt less specification and size so that compact overall structure, takes up room little, it is suitable for the use occasion needing many people to operate respectively, as student carries out experimental implementation.
6. work as alembic, heater, conduit, mozzle parallel connection on housing is provided with many sets, when Backflow bottle correspondence mozzle is respectively provided with, due to alembic, heater, the structure that dimensional parameters when conduit etc. can adopt than single condenser tube structure is little, owing to often overlapping the small volume of distillation structure, can support at one simultaneously platform table top is provided with abundant independent distillation structure, even can arrange same distillation structure in the surrounding of a big support platform, this kind of technical scheme is applicable to the public arenas such as school, distillation test or many people is carried out simultaneously for student, disclosure satisfy that the requirement that many people operate simultaneously, improve the effectiveness of student experimenting and conventional efficient and operating ability, experiment effect can be increased better, be conducive to grasping relevant knowledge and skills, when overall structure size increase is less, and can greatly improve the work efficiency of distillation, space availability ratio is improve in more nervous use space, it is also applied for meeting the occasion that distilled water needs are in large supply. simultaneously when employing is overlapped mozzle more, by conduit, distilled water is transported to a big Backflow bottle simultaneously, it is possible to the usage quantity of less Backflow bottle, reduce buying and use cost, it is adaptable to industrial scale produces and uses under occasion.
Accompanying drawing explanation
Fig. 1 is the structural representation one of utility model embodiment 1;
Fig. 2 is the structural representation two of embodiment 1;
Fig. 3 is the structural representation of embodiment 2;
Fig. 4 is the structural representation of embodiment 3;
Fig. 5 is the structural representation of embodiment 4;
Fig. 6 is the condensation sleeve pipe sectional view of embodiment 4;
Fig. 7 is the condensing unit structural representation of multiple condenser jacket tubular constructions in parallel.
Detailed description of the invention
In order to be more fully understood that this utility model, explain in detail embodiment of the present utility model below in conjunction with accompanying drawing.
Embodiment 1, as shown in Figure 1, a kind of liquid distilling apparatus, including housing 1, alembic 3, condensing unit 2, Backflow bottle 7, heater 19, conduit 5, alembic 3 top is provided with opening 17, opening 17 can as filler and gas outlet, housing 1 top is provided with support platform 20, support platform 20 and be provided with heater 19, the bottom portion of groove supporting platform is located at by described heater, described alembic 3 is located at heater 19 top, alembic 3 bottom coordinates with groove inner surface, described alembic 3 top is provided with gas outlet, described opening 17 is connected with conduit 5, the bottom of conduit 5 is connected with the condensing tube in condensing unit 2, Backflow bottle 7 is connected with condensing unit 2 by mozzle 30, condensing unit 2 is connected with housing. gas outlet can also at the upper position of the side of alembic.
Described condensing unit 2 includes spiral helicine condensing tube 8, cooling medium 21, cooling medium 21 is located in the casing 22 supporting platform bottom, condensing tube 8 is located in casing 22 and is connected with casing, spiral cold-finger 8 upper end is connected by the two ends of three-way valve 6 with conduit 5 lower end, wherein spiral cold-finger 8 upper end is connected with the lower outlet of three-way valve 6, conduit 5 lower end is connected with the upper outlet of three-way valve 6, the import of three-way valve 6 is connected with cleaning waterpipe, cleaning, waterpipe is provided with switch valve 1, conduit 5 is provided with switch valve 2 16, spiral cold-finger 8 lower end is connected through casing lower wall with Backflow bottle 7, case supports is on middle casing 24, Backflow bottle 7 is located at housing 24 bottom, the tank wall of described casing 22 1 side lower part is provided with cooling medium import 29, cooling medium outlet 11 it is provided with on the tank wall top of the opposite side relative with cooling medium import 29, cooling medium import 29 is connected with the outlet of refrigeration unit 9 by inlet pipeline 12, cooling medium outlet 11 is connected with the import of refrigeration unit 9 by outlet conduit 10.
The bottleneck of described Backflow bottle 7 is connected with outlet pipe, and outlet pipe is connected with negative pressure pump 13, is provided with switch valve 3 15 on outlet pipe.
Described cooling medium 21 adopts cooling water, cooling gas or cooling conduction oil.
Described housing is provided with protective cover in the outside of alembic.
Hemispherical 33 structure that described heater adopts inside to be cavity, described hemispherical adopts resistant to elevated temperatures ceramic material to make, being provided with in the middle of ceramic material and add heat pipe 34, add heat pipe 34 and be sealed in ceramic material, alembic bottom coordinates with the cavity of hemispherical 33 structure. Described electric heater is connected with power circuit, is provided with heater switch on power circuit, and described heater switch is connected with the controller being located at housing side, and controller controls switching on and off of heater switch, and described controller is connected with audible-visual annunciator.
Described heater is electric heater, described electric heater is connected with power circuit, is provided with heater switch on power circuit, and described heater switch is connected with the controller 27 being located at housing side, controller controls switching on and off of heater switch, and described controller is connected with audible-visual annunciator.
Such as Fig. 2, employing spherical structure bottom described alembic 2, spherical structure one ball recess coordinates, and described heater adopts electric heating cover 35, and electric heating cover adopts the asbestos gauge structure 4 being inlaid with heating wire, and electric heating cover 35 is connected with power circuit.
Bottom alembic or side be provided with temperature sensing 28, temperature sensor is connected with controller, and controller is provided with temperature indicator.
Being provided with liquid level sensor 29 on Backflow bottle top close to aperture position, described liquid level sensor is connected with controller. Liquid level sensor transmits a signal to controller, is controlled the opening and closing of heater switch by controller, it is achieved the operation of heating arrangements or stopping heating, it is to avoid distillate overflows from Backflow bottle.
Embodiment 2
As it is shown on figure 3, on the basis of embodiment 1, be connected with multiple condensing tube 8 being in parallel by pipeline in casing 22, the condensing tube 8 of multiple parallel connections is connected with bottom big Backflow bottle 32 simultaneously, or is connected with respective Backflow bottle 7 respectively. alembic 3 in this embodiment, heater 19, conduit 5 grade adopt than single condensing tube 8 structure time the big structure of dimensional parameters, when overall structure size increase is less, and can greatly improve the work efficiency of distillation, it is particularly well-suited to meet the occasion that distilled water needs are in large supply, and individual operator is simultaneously need to operate the occasion of multiple devices, reduce the labor intensity of individual operator, reduce human cost, compact conformation simultaneously, space availability ratio is improve in more nervous use space, meet the occasion that distilled water needs are in large supply. the bottleneck of described Backflow bottle 7 is respectively equipped with subtube 31 of giving vent to anger, and is connected with total pipeline 14 of giving vent to anger by giving vent to anger subtube 31, and total pipeline 14 of giving vent to anger is connected with negative pressure pump 13, is respectively equipped with switch valve 3 15 on each gives vent to anger subtube.
Adopting flat-bottom structure bottom described alembic 3, described heater employing level adds hot plate 36, adds hot plate with level and coordinate bottom the alembic of flat-bottom structure.
Embodiment 3
As shown in Figure 4, on the basis of embodiment 1, described alembic 3, heater 19, conduit 5, mozzle 30 parallel connection on housing is provided with many sets, the corresponding mozzle 30 of Backflow bottle 7 is respectively provided with, alembic 3 in this embodiment, heater 19, the structure that dimensional parameters when conduit 5 etc. can adopt than single condensing tube 8 structure is little, owing to often overlapping the small volume of distillation structure, can support at one simultaneously platform 20 table top is provided with abundant independent distillation structure, even can arrange same distillation structure in the surrounding of a big support platform 20, this kind of technical scheme is applicable to the public arenas such as school, distillation test or many people is carried out simultaneously for student, disclosure satisfy that the requirement that many people operate simultaneously, improve the effectiveness of student experimenting and conventional efficient and operating ability, experiment effect can be increased better, be conducive to grasping relevant knowledge and skills, when overall structure size increase is less, and can greatly improve the work efficiency of distillation, space availability ratio is improve in more nervous use space, it is also applied for meeting the occasion that distilled water needs are in large supply. distilled water can also be transported to a big Backflow bottle 7 by conduit by many set mozzles 30 simultaneously, it is possible to the usage quantity of less Backflow bottle 7, reduces buying and use cost.
Embodiment 4
In conjunction with Fig. 5 to Fig. 7, described condensing unit 2 includes condensation sleeve pipe, condensation sleeve pipe is supported on middle casing, described condensation sleeve pipe is provided with endoporus, being provided with polytetrafluoroethylene coating on the wall of endoporus, described endoporus is provided with the helicla flute 54 matched with helical form condensing tube 8, and described helical form condensing tube embeds in helicla flute 54, described condensation sleeve pipe includes the semicircle band of column 1, the semicircle band of column 52, and helicla flute 54 is correspondingly disposed on the inwall of two semicircle band of columns. The outer surface of described condensation sleeve pipe is provided with fin 53. Described helical form condensing tube 8 adopts metal tube such as copper pipe, the aluminum pipe etc. that glass tubing or inwall are coated with polytetrafluoroethylene coating. Described condensation sleeve pipe adopts cross section to be circular or rectangular configuration.
Described condensing unit includes condensation sleeve pipe, condensation sleeve pipe is supported on middle casing, described condensation sleeve pipe is provided with endoporus, the wall of endoporus is provided with polytetrafluoroethylene coating, described endoporus is provided with the helicla flute matched with helical form condensing tube, described helical form condensing tube embeds in helicla flute, and described condensation sleeve pipe includes the semicircle band of column one, the semicircle band of column, and helicla flute is correspondingly disposed on the inwall of two semicircle band of columns. The outer surface of described condensation sleeve pipe is provided with fin. Described helical form condensing tube adopts glass tubing or inwall to be coated with metal tube such as copper pipe, the aluminum pipe etc. of polytetrafluoroethylene coating. Described condensation sleeve pipe adopts cross section to be circular or rectangular configuration; Described spiral cold-finger upper end is connected by valve with conduit lower end, and spiral cold-finger lower end is connected with Backflow bottle, and Backflow bottle is located at lower housing portion.
The present embodiment can also adopt multiple condensing tube 8 structure of embodiment 2. The alembic 3 of embodiment 3, heater 19, conduit 5, mozzle 30 structure being provided with many sets in parallel on housing can also be adopted.
The detailed description of the invention of utility model is described in conjunction with accompanying drawing although above-mentioned; but the not restriction to this utility model protection domain; on the basis of the technical solution of the utility model, those skilled in the art need not pay various amendments or deformation that creative work can make still within protection domain of the present utility model.
Claims (10)
1. a liquid distilling apparatus, including housing, alembic, condensing unit, Backflow bottle, heater, conduit, alembic top is provided with opening, housing upper is provided with support platform, support platform and be provided with heater, the bottom portion of groove supporting platform is located at by described heater, described alembic is located at heater top, described alembic top is provided with gas outlet, described opening is connected with conduit, and the bottom of conduit is connected with the condensing tube in condensing unit, it is characterized in that, Backflow bottle is connected with condenser device by mozzle, and lower housing portion is located at by condensing unit.
2. liquid distilling apparatus as claimed in claim 1, it is characterized in that, described condensing unit includes the condensing tube of helical structure, cooling medium, cooling medium is located in the casing supporting platform bottom, condensing tube is located in casing and is connected with casing, spiral cold-finger upper end is connected by valve with conduit lower end, spiral cold-finger lower end is connected through casing lower wall with Backflow bottle, case supports is on middle casing, Backflow bottle is located at lower housing portion, the tank wall of described casing one side lower part is provided with cooling medium import, cooling medium outlet it is provided with on the tank wall top of the opposite side relative with cooling medium import, cooling medium import is connected with the outlet of refrigeration unit by inlet pipeline, cooling medium outlet is connected with the import of refrigeration unit by outlet conduit.
3. liquid distilling apparatus as claimed in claim 2, it is characterized in that, described condensing unit includes condensation sleeve pipe, condensation sleeve pipe is supported on middle casing, and described condensation sleeve pipe is provided with endoporus, is provided with polytetrafluoroethylene coating on the wall of endoporus, described endoporus is provided with the helicla flute matched with helical form condensing tube, described helical form condensing tube embeds in helicla flute, and described condensation sleeve pipe includes the semicircle band of column one, the semicircle band of column, and helicla flute is correspondingly disposed on the inwall of two semicircle band of columns; The outer surface of described condensation sleeve pipe is provided with fin; Described helical form condensing tube adopts glass tubing or inwall to be coated with the metal tube of polytetrafluoroethylene coating, and described condensation sleeve pipe adopts cross section to be circular or rectangular configuration; Described spiral cold-finger upper end is connected by valve with conduit lower end, and spiral cold-finger lower end is connected with Backflow bottle, and Backflow bottle is located at lower housing portion.
4. the liquid distilling apparatus as described in claim 2 or 3, is characterized in that, the bottleneck of described Backflow bottle is provided with outlet pipe, and described outlet pipe is connected with negative pressure pump, is provided with switch valve three on outlet pipe.
5. the liquid distilling apparatus as described in claim 2 or 3, it is characterized in that, described valve is three-way valve, spiral cold-finger upper end is connected with the lower outlet of three-way valve, conduit lower end is connected with the upper outlet of three-way valve, the import of three-way valve is connected with cleaning waterpipe, is provided with switch valve one cleaning, is provided with switch valve two on conduit on waterpipe.
6. liquid distilling apparatus as claimed in claim 1, it is characterized in that, the hemispherical dome structure that described heater adopts inside to be cavity, described hemispherical adopts resistant to elevated temperatures ceramic material to make, it is provided with in the middle of ceramic material and adds heat pipe, the heating seal of tube is in ceramic material, alembic bottom coordinates with the cavity of hemispherical dome structure, the described heat pipe that adds is connected with power circuit, power circuit is provided with heater switch, described heater switch is connected with the controller being located at housing side, controller controls switching on and off of heater switch, described controller is connected with audible-visual annunciator.
7. liquid distilling apparatus as claimed in claim 1, is characterized in that, bottom described alembic or side is provided with temperature sensing, and temperature sensor is connected with controller, and controller is provided with temperature indicator;
Described Backflow bottle top is provided with liquid level sensor close to aperture position, and described liquid level sensor is connected with controller, and liquid level sensor transmits a signal to controller, and controller controls the opening and closing of heater switch, realizes the operation of heating arrangements or stop heating.
8. the liquid distilling apparatus as described in claim 2 or 3, it is characterized in that, it is connected with multiple condensing tube being in parallel by pipeline in described casing, the condensing tube of multiple parallel connections is connected with a Backflow bottle of bottom simultaneously, relatively large specification and the structure of size when the employing of described alembic, heater, conduit is than single condenser tube structure; Or the condensing tube of multiple parallel connections is connected with respective Backflow bottle respectively, the bottleneck of described respective Backflow bottle is respectively equipped with subtube of giving vent to anger, respective Backflow bottle adopts less specification and size, give vent to anger subtube and be connected with total pipeline of giving vent to anger, total pipeline of giving vent to anger is connected with negative pressure pump, is respectively equipped with switch valve three on each gives vent to anger subtube.
9. the liquid distilling apparatus as described in claim 2 or 3, it is characterized in that, the parallel connection on housing of described alembic, heater, conduit, mozzle is provided with many sets, Backflow bottle correspondence mozzle is respectively provided with, described alembic, heater, conduit adopt than single condenser tube structure time specification and the little structure of dimensional parameters; Or distilled water is transported to a bigger Backflow bottle by conduit by many set mozzles simultaneously.
10. liquid distilling apparatus as claimed in claim 1, is characterized in that, adopts spherical structure bottom described alembic.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201521068760.2U CN205269081U (en) | 2015-12-18 | 2015-12-18 | Distillation apparatus |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201521068760.2U CN205269081U (en) | 2015-12-18 | 2015-12-18 | Distillation apparatus |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205269081U true CN205269081U (en) | 2016-06-01 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201521068760.2U Active CN205269081U (en) | 2015-12-18 | 2015-12-18 | Distillation apparatus |
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| CN (1) | CN205269081U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105413216A (en) * | 2015-12-18 | 2016-03-23 | 济南盛泰电子科技有限公司 | Liquid distillation device |
| CN108627630A (en) * | 2018-04-03 | 2018-10-09 | 天津出入境检验检疫局化矿金属材料检测中心 | The device and detection method of halogens in mineral products are detected for steam distillation |
-
2015
- 2015-12-18 CN CN201521068760.2U patent/CN205269081U/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105413216A (en) * | 2015-12-18 | 2016-03-23 | 济南盛泰电子科技有限公司 | Liquid distillation device |
| CN105413216B (en) * | 2015-12-18 | 2017-08-08 | 济南盛泰电子科技有限公司 | Liquid distilling apparatus |
| CN108627630A (en) * | 2018-04-03 | 2018-10-09 | 天津出入境检验检疫局化矿金属材料检测中心 | The device and detection method of halogens in mineral products are detected for steam distillation |
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