CN208748068U - Vinegar solid-state Rapid Fermentation machine - Google Patents

Abstract

The utility model relates to vinegar solid-state Rapid Fermentation machines, including rack and the horizontal tubular tank body being arranged on the rack, tank body is equipped with feed inlet, discharge port and liquid outlet, the tank body is rotatably arranged in the rack, it further include the driving mechanism for driving tank body to rotate, heat exchanger tube is equipped in tank body, heat exchanger tube is connected to thermostatic control mechanism, the inner wall of the tank body is laid with stirring blade, filtrate plate is equipped in the lower part of the inner wall of the tank body, multiple apertures are laid on filtrate plate, fluid storage compartment is formed between filtrate plate and the inner wall of the tank body, steam organization of supply for supplying vapor is installed in storage chamber, fermentation machine further includes spraying mechanism, spraying mechanism includes splicing groove, spray pump and setting are in the intracorporal spray tube of the tank, splicing groove corresponds to the liquid outlet setting.The utility model production capacity, efficiency, cost-effectiveness parameter are obviously improved, and can play positive impetus for Chinese vinegar brewing industry.

Description

Vinegar solid-state Rapid Fermentation machine

Technical field

The utility model relates to a kind of vinegar solid-state Rapid Fermentation machines.

Background technique

Last century, vinegar produce based on family workshop, the production equipment almost fallen behind using large cylinder, great Chi, tradition.It is special It is not Zymolysis Equipment with traditional meal rice steamer boiling, the fermentation of wine body and acetic fermentation is carried out with large cylinder, fermentation period is long, acetic fermentation Time, generally existing labor intensity was big, sanitation degree is low, labor efficiency is low, high production cost, production normally at 25 days or more Measure low disadvantage.The production model of simple and crude equipment, it is difficult to form large-scale production.And the production process of open type also causes health Condition is poor, material is because repeatedly transporting and stirring, and expending big, technique and duration and degree of heating control can only feel by rule of thumb；Climate and outside The variation of environment influences, and quality product output capacity is low often, or even has the shortcomings that defective products, rejected product.

In the past 30 years, part of the manufacturer according to the different fermentations stage, is gradually improving backward container and tool, with pond generation Cylinder, with tank Dai Chi, with fermentation tank for tank；Work is changed with machine, unstrained spirits, driving material grasping, big tank alcoholic, high pressure is turned over using machinery and smokes unstrained spirits etc. Equipment carries out mechanization update transformation.Common solid-state vinegar brewing equipment includes crusher, elevator, material steaming tank, continuous Precooker, starter propagation machine, sucking machine, auger, liquefied pot, saccharifying tank, seeding tank, fermentor, smoked unstrained spirits tank, driving, grab bucket, transfer Vehicle, turning-over device etc., each process should have corresponding equipment to undertake task, complete grain boiling → cooling → wine fermentation → solid-state Acetic fermentation → leaching vinegar → go out vinegar slag tap, make traditional production technology move towards mechanization, pipelineization operation.Technology and equipment changes Make so that vinegar yield is doubled and redoubled, the larger improvement of health；But this neoteric and modern production model needs disposably to put into mass production Equipment, gross investment are huge.Although mechanization degree is very high, can only also turn over unstrained spirits 1~2 time daily, the transport process of material is more, makes Cumbersome at production process, workshop and equipment land occupation are big.Whole process is full open type, and health, temperature are difficult accurately to be controlled, no Conducive to vinegar fermented grain fermentation, especially its product temperature control is influenced greatly by amblent air temperature variation, and wine part volatility is high, and vinegar productivity is relatively low；Generally For including, however it remains investment is huge, machine utilization rate is not high, and the drawback that investment, land used, management, finance etc. are at high cost.

In consideration of it, the present inventor carries out in-depth study to the above problem, there is this case generation then.

Utility model content

The purpose of this utility model is to provide one kind can more preferably control course of fermentation, can be improved production efficiency, drop The vinegar solid-state Rapid Fermentation machine of low cost.

In order to achieve the above object, the utility model uses such technical solution:

Vinegar solid-state Rapid Fermentation machine, including rack and the horizontal tubular tank body that is arranged on the rack, tank body be equipped with into Material mouth, discharge port and liquid outlet, the tank body are rotatably arranged in the rack, further include for driving tank body to rotate Driving mechanism, heat exchanger tube is equipped in tank body, heat exchanger tube is connected to thermostatic control mechanism, and the inner wall of the tank body is laid with stirring Blade is equipped with filtrate plate in the lower part of the inner wall of the tank body, multiple apertures, filtrate plate and the tank body is laid on filtrate plate Inner wall between form fluid storage compartment, the steam organization of supply for supplying vapor is installed in storage chamber, send out Ferment machine further includes spraying mechanism, and spraying mechanism includes splicing groove, spray pump and is arranged in the intracorporal spray tube of the tank, splicing Slot corresponds to the liquid outlet setting.

As a kind of preferred embodiment of the utility model, the driving mechanism include motor, first rotating shaft, the second shaft, Multiple first friction pulleys being arranged in first rotating shaft and multiple second friction pulleys being arranged in the second shaft, first rotating shaft Be installed in rotation in the rack in the horizontal direction with the second shaft, first rotating shaft and the second shaft with the tank body Axis be arranged in parallel, first rotating shaft and the second shaft set up separately in the tank body two sides, and first rotating shaft and the second shaft are and institute Motor drive connection is stated, the tank body is erected between the first friction pulley and the second friction pulley.

As a kind of preferred embodiment of the utility model, the outer wall of the tank body corresponds to first friction pulley and described Two friction pulleys are provided with multiple grooves for increasing frictional force, and multiple grooves are laid along the circumferential direction of the tank body.

As a kind of preferred embodiment of the utility model, the thermostatic control mechanism includes controller, water pot, setting in water Heater, the first temperature sensor, second temperature sensor, third temperature sensor, conveyance conduit and delivery pump in tank, Conveyance conduit is connected to the heat exchanger tube, and the first temperature sensor is arranged in the storage chamber, and second temperature sensor is set The top of the filtrate plate is set in the tank body and is located at, third temperature sensor is arranged in water pot, the first temperature sensing Device, second temperature sensor, third temperature sensor and heater are connected to controller.

As a kind of preferred embodiment of the utility model, the conveyance conduit includes the first conveyance conduit and the second delivery pipe Road, the first conveyance conduit include the warm water pipe road and cold water inlet line being arranged in parallel, and the second conveyance conduit includes being arranged in parallel Warm outlet conduit and cold outlet conduit.

Further include Bidirectional rotating joint as a kind of preferred embodiment of the utility model, Bidirectional rotating joint include outer tube, Casing, inner tube and bearing, casing are set in outside inner tube, and outer tube is set in outside casing, and bearing is arranged between outer tube and casing, The first water inlet is formed on casing, forms the first water outlet on outer tube, and casing is equipped with connection the first water inlet and first The intercommunicating pore of water outlet, inner tube are equipped with the second water outlet and the second water inlet, and outer tube is mounted on the tank by quick union On body, the water inlet end of the heat exchanger tube is connected to the first water outlet, and the water outlet of the heat exchanger tube is connected to the second water inlet, the The water outlet of one delivery pipe is connected to the first water inlet, and the water inlet end of the second delivery pipe is connected to the second water outlet.

As a kind of preferred embodiment of the utility model, the steam organization of supply includes the steaming being arranged in outside the tank body Vapour source and setting are in the indoor steam pipe of the storage chamber, and steam pipe is equipped with gas vent, and the pipeline and tank of vapour source are intracorporal Steam pipe is docked by quick coupling with easy disassembly.

As a kind of preferred embodiment of the utility model, the tank body is arranged in along axial one end, institute in the discharge port State tank body and be equipped with air inlet along the axial other end, air inlet is equipped with wind-guiding stop gauge, wind-guiding stop gauge include outer ring, Inner ring and the multiple backgauge pieces being arranged between outer ring and inner ring, multiple backgauge pieces are uniformly distributed along the circumferential direction of inner ring, backgauge Piece is obliquely installed relative to the axis of the inner ring.

As a kind of preferred embodiment of the utility model, the stirring blade be it is multiple, multiple stirring blades are along the tank The circumferential of the inner wall of body is laid, and stirring blade includes stock guide and the striker plate that is formed on one end of stock guide, stock guide edge The inner wall of the tank body is axially extending, opposite being obliquely installed with the axis of the tank body of stock guide.

As a kind of preferred embodiment of the utility model, the discharge port is arranged on the central axis of the tank body, out Material mouth is equipped with spiral and slips flitch, and spiral slips the end of flitch and one in multiple stirring blades is correspondingly arranged, spiral Flitch is slipped to slip flitch equipped with barricade, barricade and spiral and surround to slip and expect channel.

It, can be by boiling, cooling, inoculation, alcoholic fermentation, acetic fermentation, automatic turning using the technical solution of the utility model Unstrained spirits, leaching vinegar, is slagged tap and is completed on one device at oxygen supply, and both vinegar the whole series production equipment in alternative existing workshop, realized full machine Tool, semienclosed fermentation machine can be opened conveniently in due course again, close tank body, be carried out by thermostatic control mechanism temperature automatic Change control, machine can real-time perfoming automatic turning unstrained spirits, by vinegar solid ferment process, by traditional acetic fermentation transformation period from 20 It more days, narrowing down in 3-5 days and completes, fermentation time is greatly shortened, and production capacity, efficiency, cost-effectiveness parameter are obviously improved, Positive impetus can be played for Chinese vinegar brewing industry.

Detailed description of the invention

Fig. 1 is the structural schematic diagram (watching for convenience, section components are not shown) of the utility model；

Fig. 2 is the structural schematic diagram (watching for convenience, section components are not shown) of the utility model；

Fig. 3 is the structural schematic diagram of Bidirectional rotating joint in the utility model；

Fig. 4 is the structural schematic diagram of another angle of the utility model (wherein thermostatic control mechanism is not shown)；

Fig. 5 is the structure diagram of tank interior in the utility model；

Fig. 6 is the structural schematic diagram of wind-guiding stop gauge in the utility model；

In figure:

10- rack 20- tank body

21- discharge port 22- air inlet

23- manhole 24- filtrate plate

25- storage chamber 26- steam pipe

30- motor 31- first rotating shaft

32- the second shaft the first friction pulley of 33-

34- the second friction pulley the first chain of 35-

36- the second chain 37- alignment sensor

40- splicing groove 41- spray pump

42- spray tube 43- outlet valve

50- water pot the first delivery pipe of 51-

The cold water inlet line of 511- warm water pipe road 512-

52- the second delivery pipe 521- temperature outlet conduit

The cold outlet conduit 53- heater of 522-

54- delivery pump 55- Bidirectional rotating joint

56- heat exchanger tube the first temperature sensor of 61-

62- second temperature sensor 63- third temperature sensor

70- stirring blade 71- stock guide

72- striker plate 73- connecting rod

81- spiral slips flitch 82- barricade

90- wind-guiding stop gauge 91- outer ring

92- inner ring 93- backgauge piece

100- solid state fermentation unstrained spirits layer 101- liquid outlet

Specific embodiment

In order to which the technical solution of the utility model is explained further, it is described in detail with reference to the accompanying drawing.

Referring to figs. 1 to Fig. 6, vinegar solid-state Rapid Fermentation machine, including rack 10 and the horizontal tubular being arranged in rack 10 Tank body 20, tank body 20 are equipped with feed inlet, discharge port 21 and liquid outlet 101, and feed inlet can be manhole 23, can also be in tank The other positions of body 20 open up feed inlet.

In the utility model, it further includes for driving tank body that the tank body 20, which is rotatably arranged in the rack 10, The driving mechanism of 20 rotations, tank body 20 is interior to be equipped with heat exchanger tube 56, and heat exchanger tube 56 is connected to thermostatic control mechanism, the tank body 20 Inner wall is laid with stirring blade 70, is equipped with filtrate plate 24 in the lower part of the inner wall of the tank body 20, filter plate 24 is in the horizontal direction Setting is laid with multiple apertures on filtrate plate 24, fermentation liquid is passed through from aperture, and solid material then substantially will not be from Pass through in aperture, forms fluid storage compartment 25 between filtrate plate 24 and the inner wall of the tank body 20, pacify in storage chamber 25 Equipped with the steam organization of supply for supplying vapor.Fermentation machine further includes spraying mechanism, and spraying mechanism includes splicing groove 40, spray The spray tube 42 that leaching pumps 41 and is arranged in the tank body 20, the corresponding liquid outlet 101 of splicing groove 40 are arranged.Splicing groove 40 It is connect between spray pump 41 by pipeline, is connected between spray pump 41 and spray tube 42 by pipeline, spray tube 42 and pipeline It is connected using loose joint mode.

As a kind of preferred embodiment of the utility model, the driving mechanism includes 31, second turns of motor 30, first rotating shaft Axis 32, multiple first friction pulleys 33 being arranged in first rotating shaft 31 and multiple second frictions being arranged in the second shaft 32 Wheel 34, first rotating shaft 31 and the second shaft 32 are installed in rotation in the horizontal direction in the rack 10, first rotating shaft 31 Axis with the second shaft 32 with the tank body 20 is arranged in parallel, and first rotating shaft 31 and the second shaft 32 set up separately in the tank body 20 two sides, first rotating shaft 31 and the second shaft 32 are sequentially connected with the motor 30, and the tank body 20 is erected at first and rubs It wipes between wheel 33 and the second friction pulley 34.In embodiment, it is provided with sprocket wheel in first rotating shaft 31 and the second shaft 32, first turn Axis 31 is sequentially connected by the first chain 35 with motor 30, and the second shaft 32 is sequentially connected by the second chain 36 with motor 30.

As a kind of preferred embodiment of the utility model, the outer wall of the tank body 20 corresponds to first friction pulley 33 and institute It states the second friction pulley 34 and is provided with multiple grooves for increasing frictional force, multiple grooves are laid along the circumferential direction of the tank body 20. By the way that groove is arranged, increase the frictional force between the first friction pulley 33 and tank body 20, increase the second friction pulley 34 and tank body 20 it Between frictional force, thus driven by the first friction pulley 33 and the second friction pulley 34 tank body 20 rotate, in order to enable tank body 30 Certain position is turned to, can relatively accurately be positioned, alignment sensor is set in the position of the corresponding storage chamber 25 of tank body 20 37。

As a kind of preferred embodiment of the utility model, the thermostatic control mechanism include controller, water pot 50, setting exist Heater 53, the first temperature sensor 61 in water pot 50, second temperature sensor 62, third temperature sensor 63, delivery pipe Road and delivery pump 54, controller use PLC controller, and conveyance conduit is connected to the heat exchanger tube 56, the first temperature sensor 61 are arranged in the storage chamber 25, and second temperature sensor 62 is arranged in the tank body 20 and is located at the filtrate plate 24 Top, third temperature sensor 63 be arranged in water pot 50, the first temperature sensor 61, second temperature sensor 62, third Temperature sensor 63 and heater 53 are connected to controller.

As a kind of preferred embodiment of the utility model, the conveyance conduit includes that the first conveyance conduit 51 and second is defeated Pipeline 52 is sent, the first conveyance conduit 51 includes the warm water pipe road 511 and cold water inlet line 512 being arranged in parallel, the second delivery pipe Road 52 includes the warm outlet conduit 521 and cold outlet conduit 522 being arranged in parallel.Water inlet line 511, cold water inlet line 512, temperature Corresponding control valve is configured on outlet conduit 521 and cold outlet conduit 522.

It further include Bidirectional rotating joint 55 as a kind of preferred embodiment of the utility model, Bidirectional rotating joint 55 includes Outer tube 551, casing 552, inner tube 553 and bearing 554, casing 552 are set in outside inner tube 553, and outer tube 551 is set in casing Outside 552, bearing 554 is arranged between outer tube 551 and casing 552, the first water inlet 558 is formed on casing 522, in outer tube The first water outlet 559 is formed on 551, casing 552 is equipped with the intercommunicating pore of connection the first water inlet 558 and the first water outlet 559 555, it is additionally provided with partition between outer tube 551 and casing 552, liquid is avoided to flow to bearing 554, inner tube 553 is equipped with second and goes out The mouth of a river 557 and the second water inlet 556, outer tube 551 are mounted on the tank body 20 by quick coupling, the heat exchanger tube 56 into Water end (W.E.) is connected to the first water outlet 559, and the water outlet of the heat exchanger tube 56 is connected to the second water inlet 556, the first delivery pipe 51 Water outlet be connected to the first water inlet 558, it is logical that the water inlet end and the second water outlet of the second delivery pipe 52 connect 557.Reference Fig. 3, Two kinds of arrows (filled arrows and hollow arrow) respectively indicate the flow direction into water and the flow direction of water outlet.

As a kind of preferred embodiment of the utility model, the steam organization of supply includes being arranged in outside the tank body 20 Vapour source and the steam pipe 26 being arranged in the storage chamber 24, steam pipe 26 are equipped with gas vent, and steam pipe 26 can be adopted Use coiled pipe.The pipeline of vapour source is docked with the steam pipe 26 in tank body 20 by quick coupling, to facilitate the dismounting of pipeline.

As a kind of preferred embodiment of the utility model, the tank body 20 is arranged in along axial one in the discharge port 21 End, the tank body 20 are equipped with air inlet 22 along the axial other end, and air inlet 22 is equipped with wind-guiding stop gauge 90, wind-guiding backgauge Device 90 includes outer ring 91, inner ring 92 and the multiple backgauge pieces 93 being arranged between outer ring 91 and inner ring 92, multiple backgauge pieces 93 along inner ring 92 circumferential direction it is uniformly distributed, backgauge piece 93 is obliquely installed relative to the axis of the inner ring 92 namely backgauge piece 93 Not parallel with inner ring 92, also not vertical with inner ring 92, multiple backgauge pieces 93 are laid in a manner of similar fan blade, and use is this Structure enables to air that can swimmingly enter tank body, while making the charge for increasing tank body 20 and rotating forward in tank body 20 When, material tilts on one side, it will not drop out, in the utility model, and after tank body 20 rotates forward a period of time, solid state fermentation unstrained spirits layer 100 form is as shown in Fig. 4.

As a kind of preferred embodiment of the utility model, the stirring blade 70 be it is multiple, multiple stirring blades 70 are along institute It states the circumferential of the inner wall of tank body 20 to lay, stirring blade 70 includes stock guide 71 and the gear being formed on one end of stock guide 71 Flitch 72, striker plate 72 is close to the position of air inlet 22, and stock guide 71 is axially extending along the inner wall of the tank body 20, stock guide 71 Opposite being obliquely installed with the axis of the tank body 20 namely stock guide 71 and the center line axis of tank body 20 are not parallel, in tank body One or more stirring blade 70 can be set in 20 length (axial direction) direction, and Fig. 5 kind illustrates only one, in tank body 20 Three or four stirring blades 70 circumferentially can be set.In the utility model, the setting of striker plate 72, so that material is rotating forward During will not be axial toward tank body 20 one end accumulation, guarantee the uniform of material stirring.

As a kind of preferred embodiment of the utility model, the central axis of the tank body 20 is arranged in the discharge port 21 On, discharge port 21 is equipped with spiral and slips flitch 81, the end and one in multiple stirring blades 70 that spiral slips flitch 81 It is correspondingly arranged, is specifically connected with stock guide 72, spiral slips flitch 81 equipped with barricade 82, and barricade 82 slips flitch 81 with spiral and encloses Channel is expected at slipping.Using this structure, when tank body rotates forward, it is sliding from discharge port 21 that material will not slip flitch 81 by spiral Out, and in reversion, material can slip the sliding slot from discharge port 21 of flitch 81 along spiral, thus realize discharging, structure tool There is the advantages of convenient discharging, simple structure.

Tank body uses stainless steel horizontal drum in the present invention, and supplementary material filling and acetic acid biochemical reaction are stainless in food-grade Steel cylinder is completed, and spice, separation of solid and liquid, leaching vinegar, discharging are completed by equipment such as stepless speed-regulating motors, and complete set equipment both improved Mechanization degree, and effectively reduce space occupied.Cold and hot automatic constant-temperature control mechanism is introduced, with temperature sensor, wireless sensing Module detection senses fermentation process temperature is furnished with electric heating tube, automatic starting heating process；When temperature drift, with thermostatted water Carry out automatic starting cooling.System can be controlled with the integrated intelligentization of plc+ touch screen, manually controlled and automatically controlled The process of free switching, respectively to temperature, time, positioning, liquid level, electromagnetic valve switch, the revolving speed of motor, positive and negative rotation, material pump into The effective control of row.

The present invention can control accurate to fermentation process, effective: first is that fermentation is since boiling, cylinder lower part filtrate plate, from Dynamic discharge condensed water, and be unlikely to extra condensed water and be adsorbed onto material, excessively shredded phenomenon is not had；Second is that wine fermentation The amount of required clear water is added from side manhole for process, and distiller's yeast kind after activation is added, alcoholic fermentation shape can be entered after turning State, fermentation temperature can effectively be controlled by auto state.After adding the auxiliary materials such as wheat bran, husk, after mixing just The solid automatic fermentation process of vinegar can be entered.It is realized when third is that turning over unstrained spirits and oxygen supply and turns over unstrained spirits without dead angle comprehensively, make vinegar fermented grain material Layer forms a natural air circulation process up to supplying oxygen and cooling down comprehensively, reaches the state for constantly updating fresh air, entirely The bed of material all carries out quick biooxidation reactions under conditions of aerobic, and wine part is constantly oxidized to acetic acid.Fourth is that turning over time of unstrained spirits Number and circle number can be set according to production, can be turned over 8 to 15 times daily, be reached optimal and turn over unstrained spirits number.

The product form of the utility model is not limited to this case diagram and embodiment, anyone carries out similar thinking to it Appropriate changes or modifications all should be regarded as the patent category for not departing from the utility model.

Claims (10)

1. vinegar solid-state Rapid Fermentation machine, including rack and the horizontal tubular tank body being arranged on the rack, tank body is equipped with charging Mouth, discharge port and liquid outlet, it is characterised in that: the tank body is rotatably arranged in the rack, further includes for driving The driving mechanism of dynamic tank body rotation, tank body is interior to be equipped with heat exchanger tube, and heat exchanger tube is connected to thermostatic control mechanism, the inner wall of the tank body It is laid with stirring blade, filtrate plate is equipped in the lower part of the inner wall of the tank body, is laid with multiple apertures, filtrate plate on filtrate plate Fluid storage compartment is formed between the inner wall of the tank body, the steam for supplying vapor is installed in storage chamber and is supplied Mechanism is answered, fermentation machine further includes spraying mechanism, and spraying mechanism includes splicing groove, spray pump and is arranged in the intracorporal spray of the tank Shower pipe, splicing groove correspond to the liquid outlet setting.

2. vinegar solid-state Rapid Fermentation machine as described in claim 1, it is characterised in that: the driving mechanism includes motor, One shaft, the second shaft, multiple first friction pulleys being arranged in first rotating shaft and be arranged in the second shaft multiple Two friction pulleys, first rotating shaft and the second shaft are installed in rotation in the rack in the horizontal direction, first rotating shaft and Axis of two shafts with the tank body is arranged in parallel, and first rotating shaft and the second shaft set up separately in the tank body two sides, and first turn Axis and the second shaft are connect with the motor drive, and the tank body is erected between the first friction pulley and the second friction pulley.

3. vinegar solid-state Rapid Fermentation machine as claimed in claim 2, it is characterised in that: the outer wall of the tank body corresponds to described One friction pulley and second friction pulley are provided with multiple grooves for increasing frictional force, week of multiple grooves along the tank body To laying.

4. vinegar solid-state Rapid Fermentation machine as described in claim 1, it is characterised in that: the thermostatic control mechanism includes control It is device, water pot, the heater being arranged in water pot, the first temperature sensor, second temperature sensor, third temperature sensor, defeated Pipeline and delivery pump are sent, conveyance conduit is connected to the heat exchanger tube, and the first temperature sensor is arranged in the storage chamber, The top in the tank body and being located at the filtrate plate is arranged in second temperature sensor, and third temperature sensor is arranged in water pot In, the first temperature sensor, second temperature sensor, third temperature sensor and heater are connected to controller.

5. vinegar solid-state Rapid Fermentation machine as claimed in claim 4, it is characterised in that: the conveyance conduit includes the first conveying Pipeline and the second conveyance conduit, the first conveyance conduit include the warm water pipe road and cold water inlet line being arranged in parallel, the second conveying Pipeline includes the warm outlet conduit and cold outlet conduit being arranged in parallel.

6. vinegar solid-state Rapid Fermentation machine as claimed in claim 5, it is characterised in that: it further include Bidirectional rotating joint, it is two-way Rotary joint includes outer tube, casing, inner tube and bearing, and casing is set in outside inner tube, and outer tube is set in outside casing, bearing setting Between outer tube and casing, the first water inlet is formed on casing, forms the first water outlet on outer tube, and casing is equipped with connection The intercommunicating pore of first water inlet and the first water outlet, inner tube are equipped with the second water outlet and the second water inlet, and outer tube by connecing fastly Connector is mounted on the tank body, and the water inlet end of the heat exchanger tube is connected to the first water outlet, the water outlet of the heat exchanger tube with The connection of second water inlet, the water outlet of the first delivery pipe are connected to the first water inlet, and the water inlet end of the second delivery pipe goes out with second Mouth of a river connection.

7. vinegar solid-state Rapid Fermentation machine as described in claim 1, it is characterised in that: the steam organization of supply includes setting For vapour source and setting outside the tank body in the indoor steam pipe of the storage chamber, steam pipe is equipped with gas vent, vapour source Pipeline docked with the intracorporal steam pipe of tank by quick coupling.

8. vinegar solid-state Rapid Fermentation machine as described in claim 1, it is characterised in that: the discharge port is arranged in the tank body Along axial one end, the tank body is equipped with air inlet along the axial other end, and air inlet is equipped with wind-guiding stop gauge, wind-guiding gear Expect that device includes outer ring, inner ring and the multiple backgauge pieces being arranged between outer ring and inner ring, week of multiple backgauge pieces along inner ring To uniformly distributed, backgauge piece is obliquely installed relative to the axis of the inner ring.

9. vinegar solid-state Rapid Fermentation machine as described in claim 1, it is characterised in that: the stirring blade be it is multiple, it is multiple Stirring blade is laid along the circumferential of inner wall of the tank body, and stirring blade includes stock guide and is formed on one end of stock guide Striker plate, stock guide is axially extending along the inner wall of the tank body, opposite being obliquely installed with the axis of the tank body of stock guide.

10. vinegar solid-state Rapid Fermentation machine as claimed in claim 9, it is characterised in that: the discharge port is arranged in the tank On the central axis of body, discharge port is equipped with spiral and slips flitch, and spiral is slipped in end and the multiple stirring blades of flitch One is correspondingly arranged, and spiral slips flitch and slips flitch equipped with barricade, barricade and spiral and surround to slip and expect channel.