CN109182055A - A kind of auto feed reflux wine distilling machine - Google Patents

Abstract

The invention discloses a kind of auto feed reflux wine distilling machines, affiliated dynamic charging reflux wine distilling machine includes automatic feeding mechanical structure, steaming kier structure, condensing cover structure, automatic feeding mechanical structure includes gantry base, support plate, belt, rack gear, feeding piece, steaming kier structure includes steaming kier outer wall, steaming kier inner wall, rubber stopper, sieve top plate, plate and sieve bottom plate in sieve, the wine distilling machine mainly can automatically detect and pinpoint charging, and also with the mixture of loose grain and fermented grain, the function of layering condensation and wine liquid reflux, existing steaming wine equipment is not only overcome to be difficult to operate, it feeds cumbersome, dry pot is burned the problem low with distillation yield, also stable guarantee is provided to steam the distillation link during wine.

Description

A kind of auto feed reflux wine distilling machine

Technical field

The invention belongs to steam wine equipment technical field automatically, and in particular, to a kind of auto feed reflux wine distilling machine.

Background technique

White wine is the essence of five cereals in this world, is the catalysis on Chinese dietetic field.Traditional-handwork technology is made since ancient times Wine mostly use store sth. in a cellar with pure manual labor's alcoholic, cross claim cumbersome, time-consuming huge and wine inefficiency out among these.

With the development of automatic technology, many Brewing equipments have been derived.These traditional equipment environmental pollutions are big, coal consumption Greatly；Although some Brewing equipments go out, wine is fast, the wine mouthfeel shortcoming brewed out, irascible pungent.

Secondly, traditional equipment in order to improve the mouthfeel of wine, has usually abandoned most foreshot and liquor tailing during wine out, The waste of wine liquid is caused in vain.And traditional equipment is being designed without in view of vinasse distiller's yeast pine nut is different in steamer, is made The problem of at distillation unstable quality.

Finally, the method that traditional equipment condensation portion mostly uses water cooling and natural cooling, wine steam has little time to be condensed into wine Liquid has just sprayed condenser pipe, and wine efficiency is not naturally high out.These factors greatly restrict the integral level of traditional equipment.

" China's brewing " the 8th phase in 2009, solid state fermentation produce in one text of design of the continuous still equipment of white wine, perhaps Million Chinese bush cherries etc. calculate transportation system, the design of spiral discharging device, and feeder shell couples with cabinet；Feed impeller, the bearing of loose metal paddle It on feeder shell, is driven by motor, charging impeller and feeder shell constitute and close wind formula feeder, stop steam jointly with fermented grain It is leaked from the feed inlet of feeder, while the fermented grain of continuous input fermenting-ripening, has loose metal tooth, loose fermented grain on loose metal paddle.

" China's brewing " the 8th phase in 2009, solid state fermentation produce in one text of design of the continuous still equipment of white wine, perhaps Million Chinese bush cherries etc. calculate transportation system, the design of spiral discharging device, and feeder shell couples with cabinet；Feed impeller, the bearing of loose metal paddle It on feeder shell, is driven by motor, charging impeller and feeder shell constitute and close wind formula feeder, stop steam jointly with fermented grain It is leaked from the feed inlet of feeder, while the fermented grain of continuous input fermenting-ripening, has loose metal tooth, loose fermented grain on loose metal paddle.

" China's brewing " the 8th phase in 2009, solid state fermentation produce in one text of design of the continuous still equipment of white wine, perhaps Million Chinese bush cherries etc. calculate transportation system, the design of spiral discharging device, and feeder shell couples with cabinet；Feed impeller, the bearing of loose metal paddle It on feeder shell, is driven by motor, charging impeller and feeder shell constitute and close wind formula feeder, stop steam jointly with fermented grain It is leaked from the feed inlet of feeder, while the fermented grain of continuous input fermenting-ripening, has loose metal tooth, loose fermented grain on loose metal paddle.

" brewing science and technology " 07 phase in 2012, in one text of solid state fermentation white wine continuous distillation process, yellow Yadong, Yang Mengfen Transportation system, feed system, discharge system, heating system, condenser system, insulation and the anti-moisture knot of continuous distillation plant are analysed Structure, automatic control system.

The uploading in rice steamer of " wine brewing " 05 phase in 2016, solid state distillation white wine automate in the text summarized, and Zhang Jiashuan etc. is to introduction The uploading in rice steamer automation development status of current solid state distillation white wine and two uploading in rice steamer robot.Articulated type uploading in rice steamer robot, Working principle is by 3 two rotating arms of rotation axis connection and pedestal, and when work passes through the servo of pedestal and joint electricity Machine drives manipulator motion, realizes movement of the mechanical arm in entire working space.Tailored version uploading in rice steamer robot working principle is The steam situation in steaming bucket is judged by robot vision, robot is controlled by judging whether gas leakage and is realized accordingly Operation reaches air leakage point position and goes forward side by side the shedding of unstrained spirits of serving a round of liquor to the guests；Vision system can also monitor the height of charge level in steaming bucket in real time simultaneously Degree controls mechanical arm when having spread one layer of fermented grains and rises shedding for next layer of material of progress.

" brewing science and technology " 05 phase in 2016, the white wine automation loaded steamer based on LabVIEW distill in a text of monitoring system, Yang Yaru etc. devises the automation loaded steamer distillation monitoring system of the white wine based on Lab VIEW, mainly describes white wine loaded steamer process The automatic control system of middle steam pressure and condensed water.

" brewing science and technology " 04 phase in 2015, Luzhou-flavor liquo are made in a text of research with practice for mechanized equipment, Xu The mechanized equipment that the researching and designings such as army are suitble to traditional-handwork brewage process to require.Cardinal principle is by a rotation Spindle Links Conveyer belt.By adjusting the angle and height of conveyer belt, 1 section conveyer belt is protruded into pit bottom, worker digs vinasse to conveying It takes and is entered vinasse in the slidably hopper on ground by 2 section conveyer belts.

The patent No. 201410388893.1, a kind of horizontal automatic continuous wine distilling machine of solid state process faints, Liang Li and and Jiang Rong It includes the device for steaming wine host, steaming layer, condensation chamber and aspiration pump that hair tonic, which is illustrated,.Fermented grain is uniformly distributed in by automatic distributing device The fermented grain bed of material of surfacing is formed on mesh conveyor belt, the fermented grain bed of material is continuously and uniformly transported from the end a to the end b from mesh conveyor belt Row, is constantly pushed up fermented grain by automatic distributing device, the fermented grain bed of material presses mesh conveyor belt and discharge port gland steam automatically The gap of plate contact position alter steam will not.

The patent No. 201410552660.0, a kind of vertical solid-state light wine continuous fermentation device and technique, Liang Li and and Jiang Rong Vertical solid-state light wine continuous fermentation device is illustrated in hair tonic.Material A is transferred to ribbon mixer after mixing further to mix, Mixture is continuously fed into hopper, is proceeded in fermentor by charging screw feeder, is raked whole, fermenter base under sieve plate by refining Discharging on plate be inserted into fermentor under power drive, penetrate and stop fermented grain, then discharge lower plugboard extract out fermentor Body falls on leaching pulp screen plate under the fermented grain between two plates, and is discharged from discharge port.

The patent No. 201710272366.8, efficiently steams wine method, and Maotai Town, Renhuai City, Guizhou Province Yongtai the wine industry share is limited Public affairs, which have been invented, provides a kind of steaming wine equipment of first of wine that high quality can be steamed fermented grain is laid with uneven.In fermentation The container of fermentation fermented grain is placed in eminence, and after fermentation, fermented grain is sent into feed inlet after being fermented by pipeline.Refining plate is reciprocal It swings, makes to dredge material runner rotation, fermented grain spreads after dredging material runner and refining plate and is sprinkled upon on conveyer chain, observes that fermented grain is routed to When 300 ~ 600mm thickness, run conveyer chain, transmission block Forward, until stopping fortune after conveyer chain upper surface is equipped with wine junket Row conveyer chain stops charging.

The patent No. 201320248394.3, mechanization wine production line, Huang Xianquan, Wang Tao, the trip tinkling of pieces of jade are related to a kind of mechanization Wine production line.When production, distillation zone will be transported to equipped with poor unstrained spirits suspension bucket by driving, poor unstrained spirits is added in material homogenizer hopper, is passed through It stirs scattered device vinasse and grain stirs and is scattering into grain grain conveyer.

Summary of the invention

In order to overcome disadvantages described above, the purpose of the present invention is to provide a kind of auto feed reflux wine distilling machines.

The purpose of the present invention can be achieved through the following technical solutions:

A kind of auto feed reflux wine distilling machine, including automatic feeding mechanical structure, steaming kier structure, condensing cover structure;

The automatic feeding mechanical structure includes gantry base, support plate, belt, rack gear, feeding piece；

Wherein, the support plate is fixed on gantry base surface;

The support plate includes transverse slat and riser interconnected, and support plate riser surface is fixed with stepper motor；

The support plate surface activity is equipped with connecting shaft, and the one end of the connecting shaft is welded with disk, and other end welding is solid Surely there is belt wheel；

The disc surfaces are movably installed with pulley, and the belt wheel and belt cooperate；

The support plate surface is welded with positioning pin, and the side of the positioning pin is movably installed with sector gear, the fan Shape gear side surface is fixed with guide groove, and the guide groove is slidably matched with pulley；

Support plate transverse slat surface is welded with the first slider guide and the second slider guide, and the rack gear is slidably mounted on first In slider guide and the second slider guide, the rack gear is engaged with sector gear；

Described rack gear one end is fixed with feeding piece；

The steaming kier includes steaming kier outer wall, steaming kier inner wall, rubber stopper, sieve top plate, plate and sieve bottom plate in sieve；

The steaming kier inner wall is fixedly welded on steaming kier outer wall side inner surface；

The steaming kier inner wall and steaming kier outer wall side have a first charging aperture and second charging aperture, the first charging aperture with Second charging aperture cooperation, rubber stopper are installed in first charging aperture and second charging aperture；

The steaming kier outer wall week side external surface is fixed with steam pipe, wherein the steam pipe is in U-shape, steam pipe one end and steaming kier Outer wall connection, the other end, which runs through, is fixed on steaming kier outer wall side, and is connected to steaming kier inner wall bottom surface；

Steaming kier inner wall side inner surface is welded with the left semi-ring of the first support ring, the left semi-ring of the second support ring, first The right semi-ring of carrier ring, the right semi-ring of the second support ring, bottom support ring；

The left semi-ring of first support ring and left half ring surface of the second support ring are respectively fixed with the first stepper motor and second step Into motor, the right semi-ring of the first support ring and right half ring surface of the second support ring are respectively fixed with third stepper motor and the 4th stepping Motor, the bottom bearing ring surface are fixed with the 5th stepper motor and the 6th stepper motor；

Stepper motor output end is fixed with screw shaft, and side surface is fixed with bar shaped connecting rod, and screw shaft surface is fixed with One connecting rod is fixed with the first guide rod, the second guide rod and third guide rod between first connecting rod and bar shaped connecting rod；

It is connected between the third guide rod and sliding block by spring；

The condensing cover includes condensing cover and rotating shaft；

The condensing cover side is fixed with the first wine outlet duct, the second wine outlet duct, third wine outlet duct, wherein first wine outlet duct, Second wine outlet duct, third wine outlet duct one end are separately installed with the first electromagnetic valve, second solenoid valve door, third electromagnetic valve；

The condensation hd top face is through being fixed with the first electromagnetism telescopic rod and the second electromagnetism telescopic rod, the first electromagnetism telescopic rod and the Two electromagnetism telescopic rod side surfaces, which are run through, is fixed with the first fixinig plate and the second fixinig plate；

The rotating shaft is movably installed in condensation hd top face, and rotating shaft one end is fixed with second gear；

The rotating shaft other end is fixed with the piece that feeds intake, and for the piece that feeds intake for sector, the piece bottom surface that feeds intake is equipped with position-sensing switch；

The rotating shaft side is slidably fitted with the first electromagnetism telescopic rod outer bar and the second electromagnetism telescopic rod outer bar, and the first electromagnetism is stretched Contracting bar outer bar and the second electromagnetism telescopic rod outer bar side are fixed with the first condenser, the second condenser, third condenser；

The condensation hd top face is fixed with the 7th stepper motor, and the output end of the 7th stepper motor is fixed with first gear, The second gear is engaged with first gear；

Condenser pipe side inner surface is fixed with the first liquid collecting support ring, the second liquid collecting support ring and third liquid collecting support ring.

Further, the left semi-ring of first support ring and the right semi-ring of the first support ring, the left semi-ring of the second support ring and The right semi-ring of two support rings is respectively closed to form annulus.

Further, the sieve top plate, plate and sieve backplate surface are along the circumferential direction evenly equipped with infrared ray temperature in sieve Spend sensor and position-sensing switch.

Further, the first liquid collecting bearing ring surface is provided with the first aperture, first aperture and the first wine outlet duct Connection, the first liquid collecting support ring face seal are fixed with the first condenser.

Further, the second liquid collecting bearing ring surface is provided with the second aperture, second aperture and the second wine outlet duct Connection, the second liquid collecting support ring face seal are fixed with the second condenser.

Further, the third liquid collecting bearing ring surface is provided with third aperture, the third aperture and third wine outlet duct Connection, third liquid collecting support ring face seal are fixed with third condenser.

Beneficial effects of the present invention:

After one, stepper motor starting, rotated simultaneously by belt band movable belt pulley, connecting shaft and disk.Pulley is in sector gear It is moved back and forth in guide groove, to drive sector gear using positioning pin as center reciprocating rotary and positive tarnsition velocity is greater than angle of twist speed Degree.Sector gear does the different reciprocating motion of speed with carry-over bar by rack-and-pinion in the horizontal direction, when realizing charging It is sent into steaming kier at a slow speed.Plate, sieve bottom plate are separately installed with 12 infrared temperature sensors in sieve top plate, sieve, detect wine (the usually fan-shaped region that steam penetrates readily through, steam is emerged, and speed is fast, and quantity of steam is big, the region temperature in poor internal high temperature region Degree is high), sieve top plate, each 12 infrared temperature sensors in sieve on plate and sieve bottom plate are uniformly distributed onboard 12 In equal part fan-shaped region, when digital comparator compares sieve top plate, the temperature in 12 regions in sieve on plate and sieve bottom plate When, it will detect that the region quantity (the high fan section number of temperature can be preset) of high temperature, the regional temperature is than minimum temperature area When the temperature in domain is higher by setting value (setting value is 5 degree) or more, this temperature anomaly region is the area that the steam of charging covering sprays Domain.Automated feeding operation is after detecting temperature anomaly region, and temperature inversion is electronic data by infrared temperature sensor It is transmitted to and opens the position-sensing switch of each region (position-sensing switch is in electromechanical equipment for detecting mechanical position movement position A kind of electrical component).A usual position-sensing switch can only determine a specific important location point, while timer circuit It controls external buzzer to work 10 seconds, mixture of grain and fermented grain is placed on feeding on piece during this, stepping electricity after 10 seconds Machine starting drives feeding piece that the mixture for being sent into the grain and fermented grain that come is dropped down onto the on piece that feeds intake according to inertia, then electrical contact Device controls stepper motor and rotates forward, and is fed intake piece rotation by rotating shaft drive, the position-sensing switch for being mounted below the piece that feeds intake (open by whole process Open state) sense and wherein arrive the position-sensing switch of high-temperature area in the position-sensing switch in high temperature fan section surely after, that is, the piece that feeds intake rotation When to the surface of grain and fermented grain mixture temperature abnormal area, stepper motor stops operating.Frequency Converter Control stepping at this time Motor is reversely rotated with two speeds, reaches the purpose that feeds intake that moment falls grain and fermented grain mixture, is reversely rotated until feeding intake Piece returns to stopping when feeding piece protrudes into the initial position immediately below steaming kier, while the position-sensing switch in temperature anomaly region is closed.Extremely This, completes the process that an auto feed and positioning feed intake.For traditional artificial charging, equipment automatization feeding is thrown Material identification is accurate, and charging is rapid, hence it is evident that alleviates hand labor.

Secondly, the method for loose grain and fermented grain mixture, in layering assembly can shake in steaming kier sieve top plate, sieve Plate, sieve bottom plate realize that automatically layering is independent under the control with infrared temperature sensor associated electronic circuitry of steaming kier inner wall Shake, makes whole grains and fermented grain mixture sufficiently loose.External SCM system program real-time monitors sieve top plate, sieve Middle plate, sieve bottom plate respective 12 infrared temperature sensors temperature value, to plate, sieve bottom plate in sieve top plate, sieve Temperature value carry out variance analysis, obtain P value, when P value is less than 0.05, start PIC program, export triangular signal, pass through The pulse number set and pulse frequency, are transported to the stepper motor at sieve top plate both ends by outer circuits, and stepper motor returns Shaft is synchronous to carry out 720 degree contrary positive and negative rotations, the faster reciprocal motion of realization sieve top plate horizontal direction (plate in sieve It is also such with sieve bottom plate).Stepper motor drives screw shaft to carry out continuous 720 degree after receiving aforementioned pulse signal Positive and negative rotation.Screw shaft makes the horizontal back and forth movement of sliding block by helicitic texture, and then it is same to drive connecting rod and sieve top plate to realize The movement of sample.Wherein guide rod plays the role of limiting sliding block or so and loosening up and down stablizing slide block movement, and spring can slow down The single way motion of buffer sliding block mitigates stepper motor band and loads with lotus.By the above equipment method of operation, efficiently solves tradition and set In standby steaming kier grain and fermented grain mixture pine nut it is different and caused by go out the unstable problem of Quality of Liquors.

Thirdly, keep steam constant temperature and the method be never burned, steaming kier is the double-deck inner wall design, and steam is arrived by air intake Up among the double-deck inner wall, heat transfer makes grain and fermented grain mixture in steaming kier be rapidly heated to steaming kier inner wall, reduces grain And it is steam due to being passed through with the temperature difference of fermented grain mixture different piece, avoids the bottom below grain and fermented grain mixture Layer and boiling water are directly contacted and are burned.Bottom-heated disk can heat the steam being passed through, and be allowed to keep constant temperature without will cause steaming kier Interior temperature is inhomogenous.

Four, the method for layering condensation and reflux wine liquid, condensing cover are provided with electromagnetism telescopic rod, control in counter chip Under can shrink electromagnetism telescopic rod periodically to making three layers of condenser integrally move upwards, cooperate the electromagnetic valve at wine outlet, group At the controllable condensing reflux system of a set of timing, controllable wine liquid outflow and backflow functionality are realized.

Condenser starting, after pressing reflux switch, electromagnetic valve is closed, while by two panels decade counter chip Timer circuit made of 74LS192D cascade starts countdown, and after countdown, electromagnetism putter action is primary.At this moment it saves bit by bit Wine liquid in liquid collecting support ring flows back into steaming kier along steaming kier surrounding, realize do not meet mouthfeel wine liquid timing reflux simultaneously The effect of recycling.Collection button is pressed, electromagnetism telescopic rod is closed, and timer circuit is closed, and electromagnetic valve powers on, real The effect that wine outlet duct is now connected, to be collected wine liquid purpose.The method will can not meet the wine of mouthfeel and requirement at any time Liquid flows back into steaming kier again, will not reduce the consumption of steam, and wine liquid is utilized in secondary cycle.

Detailed description of the invention

Present invention is further described in detail in the following with reference to the drawings and specific embodiments.

Fig. 1 is schematic structural view of the invention.

Fig. 2 is automatic feeding mechanical structural front view of the present invention.

Fig. 3 is automatic feeding mechanical structural side view of the present invention.

Fig. 4 is automatic feeding mechanical structure rearview of the present invention.

Fig. 5 is turntable pulley structure schematic diagram of the present invention.

Fig. 6 is the present invention to web structure schematic diagram.

Fig. 7 is locating pin structure schematic diagram of the present invention.

Fig. 8 is the double-deck steaming kier structural schematic diagram of the invention.

Fig. 9 is the double-deck steaming kier main view of the invention.

Figure 10 is three-layer screen plate structural schematic diagram of the present invention.

Figure 11 is three-layer screen plate partial structural diagram of the present invention.

Figure 12 is sieve top plate partial structural diagram of the present invention.

Figure 13 is sieve top board structure schematic diagram of the present invention.

Figure 14 is condensing cover structural schematic diagram of the present invention.

Figure 15 is electromagnetism Telescopic rod structure schematic diagram of the present invention.

Figure 16 is condensing cover partial structural diagram of the present invention.

Figure 17 is condensing cover partial structural diagram of the present invention.

Figure 18 is condensing cover main view of the present invention.

Figure 19 is condensing cover side view of the present invention.

Figure 20 is the circuit flow chart of position-sensing switch control positioning charging of the present invention.

Figure 21 is sieve top plate concussion control circuit flow chart of the present invention.

Figure 22 is that timing of the invention is condensed back circuit flow chart.

Figure 23 is controllable wine circuit flow chart out of the invention.

Specific embodiment

Following will be combined with the drawings in the embodiments of the present invention, and technical solution in the embodiment of the present invention carries out clear, complete Site preparation description, it is clear that described embodiments are only a part of the embodiments of the present invention, instead of all the embodiments.It is based on Embodiment in the present invention, it is obtained by those of ordinary skill in the art without making creative efforts all other Embodiment shall fall within the protection scope of the present invention.

As shown in Figure 1, the present invention provides a kind of auto feed reflux wine distilling machine, including automatic feeding mechanical structure 1, it steams Barrel structure 2, condensing cover structure 3, as shown in Figure 1;

The automatic feeding mechanical structure 1 includes gantry base 101, support plate 105, belt 106, rack gear 113, feeding piece 116, As illustrated in figs. 2-7；

Wherein, the support plate 105 is fixed on 101 surface of gantry base, and preferably, gantry base 101 is connect with support plate 105 Section is fixed with the first triangle fixed block 102 and the second triangle fixed block 103, support plate 105 perpendicular to the ground and is limited it Spatial degrees of freedom;

105 cross section of support plate is T shape, including transverse slat interconnected and riser, 105 riser surface of support plate are fixed with stepping Motor 104, preferably, the stepper motor 104 are fixed on 105 surface one end of support plate；

105 surface activity of support plate is equipped with connecting shaft 109, and described 109 one end of connecting shaft is welded with disk 107, another End is welded with belt wheel 110, and preferably, connecting shaft 109 rotates freely in support plate 105；

107 surface activity of disk is equipped with pulley 108, and the belt wheel 110 cooperates with belt 106；

105 surface of support plate is welded with positioning pin 112, and 112 side of positioning pin is movably installed with sector gear 111,111 side surface of sector gear is fixed with guide groove, and the guide groove is slidably matched with pulley 108, preferably, guide groove and cunning Wheel 108 forms prismatic pair, and pulley 108 limits the reciprocal non-complete cycle in its tracks of sector gear 111 and revolves around connecting shaft 109 Turn；

105 transverse slat surface of support plate is welded with the first slider guide 114 and the second slider guide 115, the sliding of rack gear 113 peace Loaded in the first slider guide 114 and the second slider guide 115, rack gear 113 is engaged with sector gear 111, preferably, the first slider guide 114 and second slider guide 115 be rack gear 113 provide support and limitation rack gear 113 in horizontal movement above and below loosen；

Described 113 one end of rack gear is fixed with feeding piece 116, and preferably, the feeding piece 116 is fixed on same water with rack gear 113 On horizontal line, grain and fermented grain mixture can be sent into steaming kier structure 2 by feeding piece 116；

The steaming kier structure 2 includes plate in steaming kier outer wall 201, steaming kier inner wall 202, rubber stopper 203, sieve top plate 215, sieve 216 and sieve bottom plate 217, as shown in figures 8-13；

Steaming kier inner wall 202 is fixedly welded on 201 side inner surface of steaming kier outer wall, preferably, in the steaming kier outer wall 201 and steaming kier Wall 202 welds to form the double-deck steaming kier at top；

Steaming kier inner wall 202 and 201 side of steaming kier outer wall have first charging aperture and second charging aperture, the first charging aperture Cooperate with second charging aperture, rubber stopper 203 is installed in first charging aperture and second charging aperture, preferably, is thrown in auto feed Rubber stopper 203, first charging aperture and second charging aperture form the seal request of steaming kier structure 2 after material；

201 weeks side external surfaces of steaming kier outer wall are fixed with steam pipe 205, wherein the steam pipe 205 is in U-shape, steam pipe 205 1 End is connected to steaming kier outer wall 201, and the other end, which runs through, is fixed on 201 side of steaming kier outer wall, and is connected to 202 bottom surface of steaming kier inner wall, Preferably, steam pipe 205 is for water conservancy diversion steam and the steam that keeps temperature high enters the bottom opening from steaming kier inner wall 202 from top Place sprays；

202 side inner surface of steaming kier inner wall is welded with the left semi-ring 209 of the first support ring, the left semi-ring 211 of the second support ring, The right semi-ring 206 of one support ring, the right semi-ring 207 of the second support ring, bottom support ring 213, wherein the left semi-ring 209 of the first support ring It is respectively closed to form circle with the right semi-ring 206 of the first support ring, the left semi-ring 211 of the second support ring and the right semi-ring 207 of the second support ring Ring；

Preferably, the left semi-ring 209 of the first support ring and the right semi-ring 206 of the first support ring are located at left 211 He of semi-ring of the second support ring Right 207 top of semi-ring of second support ring, the left semi-ring 211 of the second support ring and the right semi-ring 207 of the second support ring are located at bottom bearing 213 top of ring, plays the role of bearing and fixed grit board ends stepper motor, support ring be divided into left and right semi-ring to install and It is fixed conveniently, and bottom support ring 213 is the integrated mixing mainly for that can support most of heavier grain and fermented grain Object；

The left semi-ring 209 of first support ring and left 211 surface of semi-ring of the second support ring are respectively fixed with the first stepper motor 218 and Two stepping motor 219, the right semi-ring 206 of the first support ring and right 207 surface of semi-ring of the second support ring are respectively fixed with third stepping Motor 221 and the 4th stepper motor 222,213 surface of bottom support ring are fixed with the 5th stepper motor 220 and the 6th stepper motor 223, to realize that every layer of stepper motor drives the shake of sieve plate maintenance level direction；

Preferably, the output end of the first stepper motor 218 and third stepper motor 221 is connect with sieve top plate 215, the second stepping Plate 216 connects in the output end and sieve of motor 219 and the 4th stepper motor 222, the 5th stepper motor 220 and the 6th stepping electricity The output end of machine 223 is connect with sieve bottom plate 217；

Plate 216 and 217 surface of sieve bottom plate are along the circumferential direction evenly equipped with infrared temperature biography in the sieve top plate 215, sieve Sensor and position-sensing switch, preferably, the infrared temperature sensor and position-sensing switch are 12, and position-sensing switch is against infrared The right side of line temperature sensor；

Preferably, sieve top plate 215, plate 216 and 217 side of sieve bottom plate are respectively and fixedly provided with the second connecting rod 236 in sieve, described Second connecting rod, 236 one end is fixed with sliding block 237；

Stepper motor output end is fixed with screw shaft 238, and side surface is fixed with bar shaped connecting rod, and 238 surface of screw shaft is solid Surely there is first connecting rod 240, the first guide rod 241, the second guide rod 242 are fixed between first connecting rod 240 and bar shaped connecting rod With third guide rod 243, preferably, one end of first connecting rod 240 is flexibly connected with screw shaft 238；First connecting rod 240 is not As screw shaft 238 rotates.

It is connected between the third guide rod 243 and sliding block 237 by spring 239, preferably, 237 side surface of sliding block is provided with Aperture, the aperture are slidably matched with the first guide rod 241, the second guide rod 242, third guide rod 243；

Preferably, sliding block 237 forms screw pair with screw shaft 238 and connect；

Preferably, the guide rod 241,242, which plays limitation sliding block 237 or so and loosens up and down, stablizes the work that sliding block 237 moves With the spring 239 can be mitigated 221 band of stepper motor and be loaded with lotus with the single way motion of deceleration buffer sliding block 237；

The condensing cover 3 includes condensing cover 301 and rotating shaft 308, as shown in Figure 14-19；

301 side of condensing cover is fixed with the first wine outlet duct 302, the second wine outlet duct 303, third wine outlet duct 304, wherein institute State the first wine outlet duct 302, the second wine outlet duct 303,304 one end of third wine outlet duct are separately installed with the first electromagnetic valve 305, second Electromagnetic valve 306, third electromagnetic valve 307；

For 301 top surface of condensing cover through the first electromagnetism telescopic rod 314 and the second electromagnetism telescopic rod 315 is fixed with, the first electromagnetism is flexible Bar 314 and 315 side surface of the second electromagnetism telescopic rod are through the first fixinig plate 316 and the second fixinig plate 317 is fixed with, preferably, First fixinig plate 316 and the second fixinig plate 317 are fixedly welded on 301 top surface of condensing cover；

The rotating shaft 308 is movably installed in 301 top surface of condensing cover, and 308 one end of rotating shaft is fixed with second gear 313, more excellent , the first fixinig plate 316 and the second fixinig plate 317 limit rotating shaft 308 simultaneously and deviate in vertical direction, are formed and are similar to bearing Structure function；

308 other end of rotating shaft is fixed with the piece 309 that feeds intake, and for sector, 309 bottom surface of piece that feeds intake is equipped with fixed the piece 309 that feeds intake Bit switch 310；

308 side of rotating shaft is slidably fitted with the first electromagnetism telescopic rod outer bar 318 and the second electromagnetism telescopic rod outer bar 319, and first Electromagnetism telescopic rod outer bar 318 and 319 side of the second electromagnetism telescopic rod outer bar are fixed with the first condenser 320, the second condenser 321, third condenser 322, preferably, 319 sliding process of the first electromagnetism telescopic rod outer bar 318 and the second electromagnetism telescopic rod outer bar The first condenser 320 of middle drive, the second condenser 321,322 vertical direction of third condenser are mobile；

Preferably, the first electromagnetism telescopic rod outer bar 318 is slidably mounted on 314 side of the first electromagnetism telescopic rod, and the second electromagnetism is flexible Bar outer bar 319 is slidably mounted on 315 side of the second electromagnetism telescopic rod；

301 top surface of condensing cover is fixed with the 7th stepper motor 311, and the output end of the 7th stepper motor 311 is fixed with first Gear 312, the second gear 313 are engaged with first gear 312；

301 side inner surface of condensing cover is fixed with the first liquid collecting support ring 323, the second liquid collecting support ring 324 and third liquid collecting branch Carrier ring 325；

Wherein, 323 surface of the first liquid collecting support ring is provided with the first aperture 329, first aperture 329 and the first wine outlet duct 302 Connection, 323 face seal of the first liquid collecting support ring are fixed with the first condenser 320；

Second liquid collecting support ring, 324 surface is provided with the second aperture, and second aperture is connected to the second wine outlet duct 303, the second collection 324 face seal of liquid support ring is fixed with the second condenser 321；

325 surface of third liquid collecting support ring is provided with third aperture, and the third aperture is connected to third wine outlet duct 304, third collection 325 face seal of liquid support ring is fixed with third condenser 322；

Preferably, the first condenser 320, the second condenser 321,322 bottom surface of third condenser pass through respectively first flap 326, Second flap 327, third baffle 328 and the first liquid collecting support ring 323, the second liquid collecting support ring 324 and third liquid collecting support ring 325 connections, the first flap 326, second flap 327, third baffle 328 collect with the first liquid collecting support ring 323, second respectively Liquid support ring 324 and 325 surface of third liquid collecting support ring are close to；

Preferably, the first flap 326, second flap 327, third baffle 328 and the first liquid collecting support ring 323, second collect Liquid support ring 324 and third liquid collecting support ring 325 fit closely, and the wine liquid of condensation flows in liquid collecting support ring along condenser, Liquid collecting support ring is welded on 301 inner wall of condensing cover, the first electromagnetic valve 305, second solenoid valve door 306, third electromagnetic valve 307 It all closes, first flap 326, second flap 327, third baffle 328 and the first liquid collecting support ring 323, the second liquid collecting bearing Ring 324 and third liquid collecting support ring 325 separate, and the wine liquid of condensation flows to the grain and fermented grain of steaming kier structure 2 along condenser In mixture, realizes undesirable wine liquid reflux tank body and become steam circulation utilization.

The working method of Transporting equipment of the present invention is as follows, as depicted in figs. 20-23:

1. starting wine distilling machine, steam is passed through from air intake and covers condensing cover 3, and is unpluged in 201 upper feed inlet of steaming kier outer wall Rubber stopper 203

2. uniformly paving has spilt the mixture of grain and fermented grain on feeding piece 116, at this time wine distilling machine after hearing buzzer sound Start progress self-feeding to feed intake；

3. after charging, by the plug to the feed inlet on 201 top of steaming kier outer wall of rubber stopper 203, opening simultaneously the first condenser 320, the second condenser 321 and third condenser 322 after distillation continues 3-10 minutes, can will condense inside wine distilling machine Wine liquid flows back into steaming kier structure 2；

4. pressing collection button, the first electromagnetism telescopic rod 314 and the second electromagnetism telescopic rod 315 stop after reflux in 3-10 minutes Only work, first flap 326, second flap 327, third baffle 328 respectively with the first liquid collecting support ring 323, the second liquid collecting branch Carrier ring 324 and 325 surface of third liquid collecting support ring are close to.Second solenoid valve door 306, third electromagnetic valve 307 automatically open, from Different electromagnetic valves collects the wine liquid of different qualities.

In the description of this specification, the description of reference term " one embodiment ", " example ", " specific example " etc. means Particular features, structures, materials, or characteristics described in conjunction with this embodiment or example are contained at least one implementation of the invention In example or example.In the present specification, schematic expression of the above terms may not refer to the same embodiment or example. Moreover, particular features, structures, materials, or characteristics described can be in any one or more of the embodiments or examples to close Suitable mode combines.

Above content is only to structure of the invention example and explanation, affiliated those skilled in the art couple Described specific embodiment does various modifications or additions or is substituted in a similar manner, without departing from invention Structure or beyond the scope defined by this claim, is within the scope of protection of the invention.

Claims (6)

1. The wine distilling machine 1. a kind of auto feed flows back, which is characterized in that including automatic feeding mechanical structure (1), steaming kier structure (2), Condensing cover structure (3);

   The automatic feeding mechanical structure (1) include gantry base (101), support plate (105), belt (106), rack gear (113), Feeding piece (116)；

   Wherein, the support plate (105) is fixed on gantry base (101) surface;

   The support plate (105) includes transverse slat and riser interconnected, and support plate (105) riser surface is fixed with stepper motor (104)；

   Support plate (105) surface is equipped with connecting shaft (109), and described connecting shaft (109) one end is welded with disk (107), the other end is welded with belt wheel (110)；

   Disk (107) surface activity is equipped with pulley (108), and the belt wheel (110) and belt (106) cooperate；

   Support plate (105) surface is welded with positioning pin (112), and positioning pin (112) side is movably installed with fan Shape gear (111), sector gear (111) side surface are fixed with guide groove, and the guide groove is slidably matched with pulley (108)；

   Support plate (105) the transverse slat surface is welded with the first slider guide (114) and the second slider guide (115), the tooth Item (113) is slidably mounted in the first slider guide (114) and the second slider guide (115), the rack gear (113) and sector gear (111) it engages；

   Described rack gear (113) one end is fixed with feeding piece (116)；

   The steaming kier structure (2) include steaming kier outer wall (201), steaming kier inner wall (202), rubber stopper (203), sieve top plate (215), Plate (216) and sieve bottom plate (217) in sieve；

   The steaming kier inner wall (202) is fixedly welded on steaming kier outer wall (201) side inner surface；

   The steaming kier inner wall (202) and steaming kier outer wall (201) side have a first charging aperture and second charging aperture, and described One feed inlet and second charging aperture cooperate, and rubber stopper (203) is installed in first charging aperture and second charging aperture；

   The all side external surfaces of the steaming kier outer wall (201) are fixed with steam pipe (205), wherein the steam pipe (205) is in U-shape, and steams Steam pipe (205) one end is connected to steaming kier outer wall (201), the other end through being fixed on steaming kier outer wall (201) side, and in steaming kier The connection of wall (202) bottom surface；

   Steaming kier inner wall (202) side inner surface is welded with the left semi-ring of the first support ring (209), the second support ring left half Ring (211), the right semi-ring of the first support ring (206), the right semi-ring of the second support ring (207), bottom support ring (213)；

   The left semi-ring of first support ring (209) and the left semi-ring of the second support ring (211) surface are respectively fixed with the first stepping electricity Machine (218) and second stepper motor (219), the right semi-ring of the first support ring (206) and the right semi-ring of the second support ring (207) surface point It is not fixed with third stepper motor (221) and the 4th stepper motor (222), bottom support ring (213) surface is fixed with Five stepper motors (220) and the 6th stepper motor (223)；

   Stepper motor output end is fixed with screw shaft (238), and side surface is fixed with bar shaped connecting rod, screw shaft (238) table Face is fixed with first connecting rod (240), and the first guide rod (241), are fixed between first connecting rod (240) and bar shaped connecting rod Two guide rods (242) and third guide rod (243)；

   It is connected between the third guide rod (243) and sliding block (237) by spring (239)；

   The screw shaft 238 is connected with sliding block 237 by screw pair；

   The condensing cover (3) includes condensing cover (301) and rotating shaft (308)；

   Condensing cover (301) side is fixed with the first wine outlet duct (302), the second wine outlet duct (303), third wine outlet duct (304), Wherein, first wine outlet duct (302), the second wine outlet duct (303), third wine outlet duct (304) one end are separately installed with the first electricity Magnet valve door (305), second solenoid valve door (306), third electromagnetic valve (307)；

   Condensing cover (301) top surface, which is run through, is fixed with the first electromagnetism telescopic rod (314) and the second electromagnetism telescopic rod (315), the One electromagnetism telescopic rod (314) and the second electromagnetism telescopic rod (315) side surface are consolidated through the first fixinig plate (316) and second is fixed with Stator (317)；

   The rotating shaft (308) is movably installed in condensing cover (301) top surface, and rotating shaft (308) one end is fixed with second gear (313)；

   Rotating shaft (308) other end is fixed with the piece that feeds intake (309), and the piece that feeds intake (309) is sector, the piece that feeds intake (309) Bottom surface is equipped with position-sensing switch (310)；

   Rotating shaft (308) side is slidably fitted with the first electromagnetism telescopic rod outer bar (318) and the second electromagnetism telescopic rod outer bar (319), the first electromagnetism telescopic rod outer bar (318) and second electromagnetism telescopic rod outer bar (319) side are fixed with the first condenser (320), the second condenser (321), third condenser (322)；

   Condensing cover (301) top surface is fixed with the 7th stepper motor (311), the output end of the 7th stepper motor (311) It is fixed with first gear (312), the second gear (313) is engaged with first gear (312)；

   Condenser pipe (301) side inner surface be fixed with the first liquid collecting support ring (323), the second liquid collecting support ring (324) and Third liquid collecting support ring (325).
2. The wine distilling machine 2. a kind of auto feed according to claim 1 flows back, which is characterized in that first support ring left half Ring (209) and the right semi-ring of the first support ring (206), the left semi-ring of the second support ring (211) and the right semi-ring of the second support ring (207) point Annulus Bi He not formed.
3. The wine distilling machine 3. a kind of auto feed according to claim 1 flows back, which is characterized in that the sieve top plate (215), Plate (216) and sieve bottom plate (217) surface are along the circumferential direction evenly equipped with infrared temperature sensor and position-sensing switch in sieve.
4. The wine distilling machine 4. a kind of auto feed according to claim 1 flows back, which is characterized in that the first liquid collecting support ring (323) surface is provided with the first aperture (329), and first aperture (329) is connected to the first wine outlet duct (302), the first liquid collecting branch Carrier ring (323) face seal is fixed with the first condenser (320).
5. The wine distilling machine 5. a kind of auto feed according to claim 1 flows back, which is characterized in that the second liquid collecting support ring (324) surface is provided with the second aperture, and second aperture is connected to the second wine outlet duct (303), second liquid collecting support ring (324) table Face sealing is fixed with the second condenser (321).
6. The wine distilling machine 6. a kind of auto feed according to claim 1 flows back, which is characterized in that the third liquid collecting support ring (325) surface is provided with third aperture, and the third aperture is connected to third wine outlet duct (304), third liquid collecting support ring (325) table Face sealing is fixed with third condenser (322).