CN208692238U - A kind of semen viciae fabae valve koji-making system - Google Patents

Abstract

The utility model provides a kind of semen viciae fabae valve koji-making system, cooling device is steamed including sequentially connected drift, convey classification inoculation apparatus and yeast producing device, the conveying classification inoculation apparatus includes conveyer and classification inoculation apparatus, the classification inoculation apparatus includes percussion mechanism and cabinet, the percussion mechanism drives cabinet vibration, bacterium powder import is provided on the top of the box, any one sidewall opening of cabinet, the cabinet, which is set to, falls the bacterium powder in cabinet on a conveyor, the conveyer is axially inside provided with mixing auger, the conveyer be arranged in drift steam cooling device between yeast producing device.The system structure is simple, convenient for the semen viciae fabae valve koji-making system of operation, not only solves the problems, such as that traditional leaven cultivating equipment exists, while providing Equipment Foundations for semen viciae fabae valve koji-making scale.

Description

A kind of semen viciae fabae valve koji-making system

Technical field

The utility model relates to broad bean paste valve Preparation equipment technical fields, and in particular to a kind of semen viciae fabae valve koji-making system.

Background technique

Bean paste, Sichuan Province Chengdu Pi Douqu (former Pixian County) specialty, Chinese geography famous special product are the big names in Sichuan three One of valve.It takes the course of its own in selection and technique, unusual, primary raw material be pimiento and semen viciae fabae valve, through it is too long when Between biofermentation be made.

The production of bean paste includes the preparation of the preparation of broad bean paste valve raw material, capsicum green pepper embryo raw material, will be finally prepared into To broad bean paste valve and capsicum green pepper embryo mixed fermentation produce to obtain bean paste, wherein the preparation of broad bean paste valve generally includes semen viciae fabae Valve curing, inoculation material, semen viciae fabae valve koji-making, koji-making post-fermentation obtain broad bean paste valve；The direct shadow of quality of semen viciae fabae valve koji-making quality Broad bean paste valve flavor, mouthfeel and quality are rung, semen viciae fabae valve is sprayed by hot steam and is cured in semen viciae fabae valve koji-making by the prior art, It then takes out and is cooled to room temperature, bacterium powder is then accessed using inoculation device, is stirred evenly, be finally sent into bent room, by controlling bent room Temperature and humidity carry out fermentation koji-making, in above process, easily occur semen viciae fabae valve using existing spray is ripening device used and do not have Curing in place, semen viciae fabae valve wilfully the problem of；And existing inoculation device is exactly to be added to bacterium powder in the semen viciae fabae valve after curing, and is passed through The agitating device of inoculation device is stirred for uniformly, and because toughness is big after the curing of semen viciae fabae valve, stirring is difficult to stir after bacterium powder is added It mixes uniformly, is also easy to semen viciae fabae valve stirring into rotten valve, destroys the complete integrality of semen viciae fabae valve；It is needed in bent room fermentation process It is frequently necessary to turn material, currently, being all manually to turn over song；This kind of starter making method not only takes up a large area, and turns over song not Uniformly, a large amount of man power and material is expended；Although having the mechanical koji making disc machine for turning over song, such as Publication No. on the market CN104046560A, publication date 20140917, Main classification number are C12M1/00 (2006.01) I, disclose entitled disc type Leaven cultivating equipment, including at least one koji-making tower are divided into multiple koji-making rooms by tower internal partition；Circle with mesh is set in koji-making room Disk, center are fixed on main shaft, and edge is by koji-making room side wall support；Centre strut is set between tower internal partition, is used to support in tower Partition simultaneously installs main shaft；Disk driving mechanism is arranged in koji-making room side wall, for driving disc rotary；Yeast machine is set above disk Structure and flat material, Daqu outlet machine structure, the shaft of the two is respectively perpendicular to main shaft, and both ends are respectively by koji-making room side wall, centre strut branch Support；Koji-making room is divided into the upper and lower room of koji-making by disk, and return air inlet, air inlet, air inlet and return air inlet point is respectively set in the two side wall It is not connected to air duct；The upper and lower room side wall of koji-making is respectively set into and out of material mouth, is connected to respectively with charging and discharging channel；Koji-making room side Wall, tower internal partition are concrete structure.Main body uses concrete structure, can make full use of soil, reduces production cost, and raising is set The standby service life.Kind of koji making disc machine is mainly used for soya bean koji-making, and its particle is big compared with soya bean when semen viciae fabae koji-making, hardened degree also compared with Soya bean is bent big, in soya bean leaven cultivating equipment turning koji mechanism to turn over Qu Xiaoguo not satisfactory, cannot be crushed in yeast making process and generate completely Material plate agglomeration, it is excessive to turn over bent slurry advance resistance, and the hiding material that gets stuck is easy between slurry and slurry.Meanwhile at present on the market without energy The device that drift suitable for semen viciae fabae valve steams, is cooling, being inoculated with.

Utility model content

The utility model aims to solve the problem that the equipment in traditional semen viciae fabae valve yeast making process, and there are problems, according to the physics of semen viciae fabae valve Property, specifically devises the drift soup cooling device for semen viciae fabae valve, the conveying classification inoculation apparatus and device processed of the semen viciae fabae valve of curing, And above-mentioned each device is integrated into a nested structure is simple, convenient for the semen viciae fabae valve koji-making system of operation, not only solve traditional koji-making Equipment there are the problem of, while providing Equipment Foundations for semen viciae fabae valve koji-making scale.

In order to solve the above technical problems, the utility model is achieved through the following technical solutions:

Cooling device is steamed in a kind of semen viciae fabae valve koji-making system, including sequentially connected drift, conveys classification inoculation apparatus and yeast producing device, The conveying classification inoculation apparatus includes conveyer and classification inoculation apparatus, and the classification inoculation apparatus includes percussion mechanism and cabinet, the vibration Mechanism drives cabinet vibration, and bacterium powder import is provided on the top of the box, and any one sidewall opening of cabinet forms bacterium powder and goes out Mouthful, the cabinet, which is set to, falls the bacterium powder in cabinet on a conveyor from the outlet of bacterium powder, the conveying Machine is axially inside provided with mixing auger, the conveyer be arranged in drift steam cooling device between yeast producing device.

Further, groove body and cooling tank body are steamed in the drift that the drift steams that cooling device includes connection；The drift steam groove body and The transport mechanism that can carry material is axially inside at least arranged in the cooling tank body, and the transport mechanism steams groove body in drift Internal position is lower than position of the transport mechanism inside cooling tank body；The drift, which is steamed, is communicated with recirculated water inside groove body Case, the drift steaming groove body top is axially disposed spraying mechanism, and the spraying mechanism connects the cyclic water tank, the circulation Water tank connects steam-heating pipe；It is additionally provided with cooling water circulating box, the cooling tank body top is axially disposed cooling body, The cooling body connects the cooling water circulating box；The part that the transport mechanism is located at drift steaming groove body is also connected with driving and passes Send the elevating mechanism that mechanism rises and driving transport mechanism declines.

Elevating mechanism described in the utility model includes a cam, is provided with bolt on the cam；Groove body is steamed in the drift Inner wall is provided with strip-shaped clamp groove；The cam can be moved up and down and be fixed in strip-shaped clamp groove.Bolt band moving cam is moved down upper Dynamic, the transmission mechanism is covered on the cam, and when cam position is high, the position of transport mechanism just rises, it is on the contrary then The position of transport mechanism just declines.

Drift described in the utility model, which is steamed, is provided with overflow port on groove body, the overflow port connects siphoning installation；The overflow The position of mouth is located between the highest point of transport mechanism rising and the minimum point of decline.Overflow port is an aperture, described Aperture is connect with extraneous discharge line, and the water more than overflow port is discharged by overflow port.Further, the overflow port institute The position in the transport mechanism inside the cooling bath is set low in place.

The junction of groove body and the cooling tank body is steamed in the utility model drift, and transport mechanism is inclined to set.The cooling Groove body position is higher than the drift and steams groove body position, prevents the water of heating from having entered inside cooling tank body, affects Cooling effect.

Cooling water circulating box connection cooling water cycle water pump described in the utility model；The cyclic water tank connects hot water circuit Water pump.

Drift described in the utility model, which is steamed, is provided with material inlet at the top of groove body, the opening of the material inlet is towards the biography Send the one end of mechanism.Material enters from material inlet, can be handled from the end of transport mechanism, extends and floats to material Steam the time of cold treatment.It prevents from entering from positions such as the middle parts of transmission mechanism, the drift steaming time is inadequate, and semen viciae fabae valve amount of cure is inadequate The case where occur.

The top of the transport mechanism is arranged in spraying mechanism described in the utility model, and the spraying mechanism is to be arranged in multiple row Multiple spray heads；The cooling body is arranged at the top of cooling tank body, and the spraying mechanism is to be arranged in the setting of multiple row each column Multiple spray heads.The direction of spray head can rotate, and can have the mechanism of rotating function to realize by connecting, such as hose Or universal wheel.

Transport mechanism described in the utility model is belt conveyor, pulley type conveyer belt or chain-plate type conveyer belt.

Drift described in the utility model, which is steamed, is also connected with steam collection hood at the top of groove body, the steam collection hood connects wind Pipe.The steam collecting tank can be located at any position at the top of drift steaming groove body.Preferably, drift can be located at and steams groove body and cooling Energy loss when material drift is steamed is reduced in the junction of groove body.

Drift described in the utility model, which is steamed, is additionally provided with spray hot-water collection slot inside groove body.

Groove body is steamed in drift described in the utility model and the junction of the cooling tank body is provided with water partition.Can by hot water into Row stops, and prevents hot water from spilling into inside cooling bath, influences cooling effect.

Further, the classification inoculation apparatus further includes bag support, and vibration pedestal, the jarring machine are provided on the bracket Structure setting is connected on percussion mechanism in vibration pedestal, the cabinet by connecting rod.It is arranged at vibration pedestal upper surface edge Multiple vibration springs, the vibration spring lateral connection support plate；The support plate is flexibly connected with the bottom of the cabinet.Institute It states bracket and the vibration pedestal is connected by stabilizer blade.Stabilizer blade makes vibration pedestal have hanging space, convenient for having for percussion mechanism Effect vibration.If being directly whole face fitting vibration pedestal, the vibration of percussion mechanism will not be particularly evident.The support plate passes through spiral shell Female bottom with the cabinet is connect.Nut connection is simple and efficient, and installation and removal are all rapidly, low in cost.

Motor-driven shake can also can be used using the percussion mechanism of cylinder driving in the percussion mechanism of the utility model Motivation structure is able to drive cabinet vibration.The vibration frequency of percussion mechanism is adjustable, adapts to the speed of bacterium powder discharging and wants It asks.

Conveyer described in the utility model is obliquely installed upwards from feed inlet to discharge port.Tilt angle be 20 ° -45 ° it Between.Tilt angle is too big to bring too big burden to conveyer, and the high time of delivery simultaneously of power demand is long.Inclined angle is too It is small to play the role of preventing material accumulation.Conveyer axial ends is supported by conveyer bridge respectively.Tune can be passed through The height of conveyer bridge is saved to adjust the tilt angle of conveyer.The discharge outlet of conveyer is provided with oblique scraper plate conveying Machine, oblique drag conveyor are located at the underface of discharge port.

The bacterium powder entrance connection bacterium powder promotes auger, and bacterium powder promotes auger and connects mixing machine；The mixing machine is horizontal Mixing machine, the mixing machine is axially inside provided with thread mixing auger, and is provided with mixing machine discharge port.

The bacterium powder entrance is provided with a linkage section straight up, and the linkage section promotes auger with the bacterium powder and connect At inverted v-shaped.The linkage section can be also possible to be promoted with bacterium powder to promote the integrally formed tubular structure of auger with bacterium powder The tubular structure that auger is flexibly connected.

Further, the yeast producing device includes shell and is arranged in the intracorporal koji-making disk mechanism of shell, cloth discharging machine Structure and turning koji mechanism, the koji-making disk mechanism include koji-making disk, the disk main shaft for being used to support koji-making disk, for driving The disk of koji-making disk rotational drives, it is characterised in that: the turning koji mechanism includes turning over bent component, driving and turn over bent component around koji-making Disk rotational turn over bent driving and driving turns over bent component and turns over bent lifting driving relative to what koji-making disk go up and down, the cloth discharges Mechanism includes cloth discharge component, driving cloth discharge component carries out cloth, the cloth discharging of discharging drives and driving cloth goes out The cloth lifting that material mechanism go up and down relative to koji-making disk drives, it is described turn over bent component include it is several turn over crankshaft, turn over song around described Axis is provided with propeller, and the lower end for turning over crankshaft is provided with material scraper plate, and the crankshaft installed of turning over is on turning over bent driving, specifically It is mountable in the installation axle for turning over bent driving.It is described to turn over crankshaft and koji-making disk at an angle.

In above-mentioned yeast producing device structure, screw blade is to be spirally wrapped around to turn over using square steel to be formed on crankshaft.Turn over song The quantity of axis is specifically arranged according to the size of koji-making disk, and when installation, in order to guarantee to turn over bent uniformity, turning over crankshaft should be uniform Installation.Described to turn over crankshaft and koji-making disk at an angle, such as turning over crankshaft can tilt relative to koji-making disk, can also be perpendicular to Koji-making disk.

Disk driving in above structure turns over bent driving, turns over bent lifting driving, cloth discharging driving, cloth lifting driving It is arranged on the side wall of shell, motor can be used, other actuators can also be used.

It is provided with feed opening at the top of the shell and position corresponding with cloth discharge component, in order to which cloth goes out Material component expects the material cloth inputted from feed opening on koji-making disk.On the side wall of the shell and with cloth discharge component phase Vacuum suction discharge port is provided at corresponding position；Cloth discharge component leads to material collection to vacuum suction discharge outlet It crosses vacuum suction discharge port and material is sucked out from koji-making disk, into next production stage.The cloth discharge component packet Cloth rotary shaft and the screw distribution scraper plate around the setting of cloth rotary shaft are included, the cloth rotary shaft is mounted on cloth discharging and drives On dynamic, specifically it is mounted in the installation axle of cloth discharging driving.

It is also provided with air inlet and air outlet on the shell, cabinet is connected on the air inlet, is offered on cabinet Fresh wind port is connected with blower on the air outlet, and the blower is connect with cabinet.Start koji-making when, blower starting, fresh wind port into Enter fresh air, mix in cabinet with steam or shower water, be passed through in shell together, realize heating and cooling in shell, fresh air into After wind, fresh wind port is closed, opens air outlet, carries out shell interior air-flow circulation, when oxygen content reduction, reopens fresh wind port It is passed through new air.

The above-mentioned yeast producing device course of work is as follows: the semen viciae fabae valve material after inoculation is transported to koji-making disk from feed inlet On, then start disk, disk rotational, while material is uniformly distributed on koji-making disk by the cloth scraper plate for the cloth component that discharges Surface, after cloth, discharging cloth lifting driving rises cloth Component driver, far from koji-making disk.When material is laid It finishes, disk, which stops operating, to ferment.Temperature, humidity variation adjustment supply air temperature, humidity and air output are regarded in fermentation process. When fermentation process material needs to turn over song, starts koji-making disk and turn over bent component, turn over bent component and operate and be down to and disk web plate Place but not with disk contact, according to material fermentation situation adjustment turn over bent component propeller revolving speed make material overturning uniformly it is thin It is broken, after material turns over song, bent component promotion will be turned over far from koji-making disk using bent lifting driving is turned over, koji-making disk also stops Rotation, continues to ferment.

When material fermentation, which finishes, to be needed to discharge, koji-making disk starting, discharging cloth lifting driving drives cloth discharging group Part, which drops on material, to discharge, and screw distribution blade height should be gradually reduced during discharging, and layering limits material output, Until discharging finishes, koji-making disk stops operating, and cloth discharge component rises again.

The system also includes mycelium recyclable device, the mycelium recyclable device includes being connected to going out for yeast producing device Temporary storage tank in material mouth, recycling cavity and the vacuum pump being connected on recycling cavity are provided with thallus silk in the reclaiming chamber body Adhere to net, offer mycelium entrance on the side wall of the recycling cavity, mycelium outlet is offered in the temporary storage tank, it is described Mycelium outlet is connect with mycelium entrance, and the mycelium entrance is lower than thallus silk attachment net position, the vacuum pump Air entry be connected to recycling cavity top and be higher than thallus attachment net position.From yeast producing device export semen viciae fabae valve into Enter temporary storage tank, the mycelium in temporary storage tank is drawn into recycling cavity under the action of vacuum pump, and it is attached to be then attached to mycelium It is online.

The beneficial effects of the utility model are as follows:

1, the utility model passes through a large amount of practical studies, is floated by design and steams cooling, conveying inoculation, semen viciae fabae valve yeast producing device Structure, and by after above-mentioned each device integration, form for the first time a whole set of, the system of the semen viciae fabae valve koji-making of automation, it is whole Structure is simple, without manually, facilitating operation, providing equipment base for semen viciae fabae valve koji-making industry chain upgrade and extensive semen viciae fabae valve koji-making Plinth.

2, the utility model is directed to the characteristic of semen viciae fabae valve raw material, and traditional existing round koji-maker device is improved, is obtained The round koji-maker device for semen viciae fabae valve is arrived, the utility model turns over that bent component is several to turn over crankshaft, is provided with spiral shell around crankshaft is turned over Paddle is revolved, the lower end for turning over crankshaft is provided with material scraper plate, and the bent component that turns over of this propeller and the hardened conjunction of material scraper solves existing There is the round koji-maker device of technology existing Qu Xiaoguo that turns over when for semen viciae fabae valve koji-making uneven, koji-making mistake cannot be crushed completely The material plate agglomeration generated in journey, it is excessive to turn over bent slurry advance resistance, be easy to get stuck between slurry and slurry hiding material the problem of.

3, in the utility model, when blanching is cooling, semen viciae fabae valve enters box house from material inlet, is placed in conveyer On structure, material advances under the drive of transport mechanism, and when by below spraying mechanism, the hot water heating sprayed by spraying mechanism is extremely Material curing；Semen viciae fabae valve is avoided to cure incomplete problem, and after floating steaming processing semen viciae fabae valve, it is directly over transport mechanism and is transmitted to Inside cooling tank body, then by cooling body to semen viciae fabae valve surface spraying cold water, cooling treatment is carried out to semen viciae fabae valve, forms semen viciae fabae Valve floats the cooling serialization integration of soup, avoids the workload for needing blanching, cooling individually to carry out and occur in traditional technology and increases Greatly, the problem of completion operation takes up a large area, low efficiency.

The utility model controls maximum water level by setting overflow port, prevents transport mechanism in the driving of elevating mechanism Under when being raised to extreme higher position, be still within the state of water-bath.The junction of groove body and cooling tank body is steamed in drift, and transport mechanism is inclined Setting.The hot water that ensure that drift is steamed inside groove body will not enter inside cooling tank body, and transport mechanism is in the setting of ramp shaped, can be with The transmit process for guaranteeing the semen viciae fabae valve of delivery will not allow the semen viciae fabae valve of delivery to transport and stop.

The utility model is located at the elevating mechanism for the transport mechanism connection adjustable conveyor structure height that drift is steamed inside groove body, Spray plus water bath processing or only spray process can be selected as needed.It needs to spray the semen viciae fabae valve for adding water-bath Duplex treatment, It needs that transport mechanism is dropped to drift by elevating mechanism and steams inside groove body；Only need to handle semen viciae fabae valve by spray, It needs that transport mechanism is raised to drift by elevating mechanism and steams above groove body, the semen viciae fabae valve transported on the transfer mechanism does not pass through water-bath Processing；It only needs to handle semen viciae fabae valve by water-bath, spraying mechanism is closed, adjust elevating mechanism transport mechanism is straight It is connected to and steams groove body inside in drift.

4, the conveying classification inoculation apparatus of the utility model contains bacterium powder using the cabinet of sidewall opening, uses simultaneously, jarring machine Structure drives cabinet vibration, and cabinet is set to the top of conveying device, and the mixing flood dragon being arranged in conveying device, such cabinet In bacterium powder fallen on the material in conveyer in the effect dispersion of vibration, while being axially arranged inside conveyer mixed Material flood dragon immediately mixes it, so as to full and uniform mixing.It mixes on one side, on one side in the rotation of mixing flood dragon It is lower to be driven discharge port, without to be first inoculated with mixing as the prior art, then conveyed again using conveying device.

5, the utility model is being provided with mycelium recyclable device, is recycled mycelium by the device, save at This.

Detailed description of the invention

FIG. 1 is a schematic structural view of the utility model；

Fig. 2 is blanching cooling device schematic view of the front view；

Fig. 3 is blanching cooling device overlooking structure diagram

Fig. 4 is elevating mechanism schematic diagram；

Fig. 5 is conveying classification inoculation apparatus schematic view of the front view；

Fig. 6 is conveying classification inoculation apparatus overlooking structure diagram；

Fig. 7 is classification inoculation apparatus structural schematic diagram；

Fig. 8 is yeast producing device structural schematic diagram；

Fig. 9 is yeast producing device overlooking structure diagram；

Figure 10 is partial enlarged view at A in Fig. 9；

Figure 11 is partial enlarged view at B in Fig. 9；

Figure 12 is mycelium recyclable device structural schematic diagram；

The appended drawing reference of above-mentioned attached drawing are as follows:

Cooling device, II conveying classification inoculation apparatus, yeast producing device, IV mycelium recyclable device, V fermentor are steamed in I drift；

11 drift steaming groove bodies, 12 transport mechanisms, 13 cyclic water tanks, 14 spraying mechanisms, 15 steam-heating pipes, 16 elevating mechanisms, 17 cams, 18 bolts, 19 strip-shaped clamp grooves, 110 overflow ports, 112 material inlets, 113 steam collection hoods, 115 frame bodies, 116 is cooling Groove body, 117 cooling water circulating boxes, 118 cooling water cycle waters pump, 119 cooling bodies, 120 spray hot-water collection slots, 121 hot water Water circulating pump, 122 water partitions；

21 brackets, 22 vibration pedestals, 23 percussion mechanisms, 24 connecting rods, 25 cabinets, 26 bacterium powder imports, the outlet of 27 bacterium powder, 214 vibration springs, 215 support plates, 216 bacterium powder promote auger, 218 mixing machines, 219 thread mixing augers, the discharging of 220 mixing machines Mouthful, 221 stabilizer blades, 222 percussion mechanism pedestals, 223 nuts；

31 shells, 32 feed openings, 33 clothes lifting driving, 34 clothes discharging driving, 35 vacuum suction discharge ports, 36 koji-makings Disk, 37 turn over bent lifting driving, 38 turn over bent driving, the driving of 39 disks, 310 disk main shafts, 311 turn over bent component, 312 clothes discharge 3112 propeller of crankshaft, 3113 are turned in component, 313 air outlets, 314 fresh wind ports, 315 blowers, 316 cabinets, 317 air inlets, 3111 Material scraper plate, 3121 cloth rotary shafts, 3122 screw distribution scraper plates；

The outlet of 41 mycelium, 42 temporary storage tanks, 43 mycelium entrances, 44 thallus silks attachment net, 45 recycling cavitys, 46 vacuum Pump.

Specific embodiment

With reference to the accompanying drawing and specific embodiment illustrates the utility model.

Embodiment 1

Cooling device I, conveying classification inoculation apparatus II, koji-making dress are steamed in a kind of semen viciae fabae valve koji-making system, including sequentially connected drift III is set, the conveying classification inoculation apparatus II includes conveyer and classification inoculation apparatus, and the classification inoculation apparatus includes percussion mechanism 23 and cabinet 25, the percussion mechanism 23 drives cabinet 25 to shake, and is provided with bacterium powder import 26 on 25 top of cabinet, cabinet 25 it is any One side wall is open to form bacterium powder outlet 27, and the cabinet 25, which is set to, makes bacterium powder in cabinet 25 from bacterium powder above conveyer Outlet 27 is fallen on a conveyor, and the conveyer is axially inside provided with spiral mixing auger 219, and the conveyer setting exists Drift steam cooling device I between yeast producing device III.

Embodiment 2

The present embodiment on the basis of embodiment 1, provides a kind of preferred construction of defeated drift steaming cooling device, such as Fig. 2, Fig. 3 Shown, cooling device I is steamed in drift, and groove body 11 and cooling tank body 116 are steamed in the drift including connection；Groove body 11 and the cooling are steamed in the drift The transport mechanism 12 that can carry material is axially inside at least arranged in groove body 116, and the transport mechanism 12 steams groove body in drift Position inside 11 is lower than position of the transport mechanism 12 inside cooling tank body 116；The drift is steamed to be connected to inside groove body 11 There is cyclic water tank 13,1 top of the drift steaming groove body is axially disposed spraying mechanism 14, and the spraying mechanism 14 connects described follow Ring water tank 13, the cyclic water tank 13 connect steam-heating pipe 15；It is additionally provided with cooling water circulating box 117, the cooling tank body 116 tops are axially disposed cooling body 119, and the cooling body 119 connects the cooling water circulating box 117；The biography The part for sending mechanism 12 to steam groove body 11 positioned at drift is also connected with driving transport mechanism 12 and rises and transport mechanism 12 is driven to decline Elevating mechanism 16.

Wherein, the elevating mechanism 16 includes a cam 17, is provided with bolt 18 on the cam 17；Groove body is steamed in the drift 11 inner wall is provided with strip-shaped clamp groove 19；The cam 17 can be moved up and down and be fixed in strip-shaped clamp groove 19.

Groove body 11 is steamed in drift and cooling tank body 116 uses SUS304^#It is made, the thickness of groove body 11 and cooling tank body 116 is steamed in drift For 2.5mm.Drift, which is steamed, is provided with overflow port 110 on groove body 11, the overflow port 110 connects siphoning installation；The overflow port 110 Position is located between the highest point of the transport mechanism 12 rising and the minimum point of decline.110 position of overflow port is low In position of the transport mechanism 12 inside the cooling bath 116.

The junction of groove body 11 and the cooling tank body 116 is steamed in drift, and transport mechanism 2 is inclined to set.Groove body is steamed in the drift 11 tops are provided with material inlet 112, the one end of the opening of the material inlet 112 towards the transport mechanism 12.Drift is steamed Groove body is also connected with steam collection hood 113 on 11 top, and the steam collection hood 113 connects air hose.Inside is additionally provided with spray Hot-water collection slot 120.Groove body 11 is steamed in drift and the junction of the cooling tank body 116 is provided with water partition 122.

The cooling water circulating box 117 connects cold water water water circulating pump；The cyclic water tank 13 connects hot-water circulating pump 121.Spraying mechanism 14 is arranged the drift and steams 11 top of groove body, and the spraying mechanism 14 is the multiple spray heads for being arranged in multiple row； At 116 top of cooling tank body, the spraying mechanism 14 is to be arranged in multiple row often to show multiple sprays for the setting of cooling body 119 Head.Steam-heating pipe 15 heats the water inside cyclic water tank 13, and the hot water after heating is some to enter drift steaming groove body 11 Inside forms water bath, other directly spray semen viciae fabae valve by spraying mechanism 14.Cooling water circulating box 117 will be cold But after water or normal-temperature water are passed through cooling body 119, the semen viciae fabae valve after steaming to drift carries out chilling spray processing.Drift is steamed and cooling is It is handled by the water of different temperatures.Transport mechanism 12 is that belt conveyor, pulley type conveyer belt or chain-plate type pass Send band.

Embodiment 3

The present embodiment on the basis of embodiment 1, provides a kind of preferred construction for conveying classification inoculation apparatus: such as the institute of Fig. 5,6,7 Show, the conveying classification inoculation apparatus includes conveyer and classification inoculation apparatus, and the classification inoculation apparatus includes percussion mechanism 23 and cabinet 25, institute Stating percussion mechanism 23 drives cabinet 25 to shake, and is provided with bacterium powder import 26, any side of cabinet 25 on 25 top of cabinet Wall opening forms bacterium powder outlet 27, and the cabinet 25, which is set to, exports the bacterium powder in cabinet 25 from bacterium powder 27 fall on a conveyor, and the conveyer is axially inside provided with spiral mixing auger 219, and the conveyer setting is steamed in drift Between cooling device I and yeast producing device III.

When specific production, classification inoculation apparatus further includes bracket 21, and vibration pedestal 22, the vibration are provided on the bracket 21 Percussion mechanism 23 is provided on pedestal 22, the percussion mechanism 23 is connected with cabinet 25 by connecting rod 24；

Preferably, multiple vibration springs 214, the shake is arranged in 2 top surface edge of vibration pedestal described in the utility model It moves 214 lateral connection support plate 215 of spring；The support plate 215 is flexibly connected with the bottom of the cabinet 25.The utility model The support plate 215 is connect by nut 223 with the bottom of the cabinet 25.

Bacterium powder entrance described in the present embodiment connects bacterium powder and promotes auger 216.The bacterium powder promotes auger 216 and connects mixing machine 218.The mixing machine 218 is flat mixer, and the mixing machine 218 is axially inside provided with thread mixing auger 219.

The bracket 21 connects the vibration pedestal 22 by stabilizer blade 221.The vibration pedestal 22 passes through percussion mechanism bottom Seat 222 connects percussion mechanism 23.The height of 25 place plane of cabinet described in the utility model is higher than the mixing machine discharge port 220 The height of place plane.

The bacterium powder entrance is provided with a linkage section straight up, and the linkage section and the bacterium powder promote auger 216 Connect into inverted v-shaped.

Embodiment 4

The present embodiment provides a kind of yeast producing device structural schematic diagram on the basis of embodiment 1, such as Fig. 8, Fig. 9, Figure 10, figure 11 shown, yeast producing devices, including shell 31 and the koji-making disk mechanism being arranged in shell 31, cloth discharging mechanism and yeast machine Structure, the koji-making disk mechanism include koji-making disk 36, the disk main shaft 310 for being used to support koji-making disk, for driving koji-making Disk rotational disk driving 39, it is characterised in that: the turning koji mechanism include turn over bent component 311, driving turn over bent component 311 around What koji-making disk 36 rotated turn over bent driving 38 and driving is turned over the bent lifting of turning over that bent component 311 go up and down relative to koji-making disk 36 and driven 37, the cloth discharging mechanism includes cloth discharge component 312, the cloth for driving the progress of cloth discharge component 312 cloth, discharging The cloth lifting driving 33 that discharging driving 4 and driving cloth discharging mechanism are gone up and down relative to koji-making disk 36, it is described to turn over bent component 311 turn over crankshaft 3111 including several, the crankshaft 3111 that turns over are provided with propeller 3112, the lower end for turning over crankshaft 3111 is set Be equipped with material scraper plate 3113, it is described turn over crankshaft 3111 and be mounted on turn in bent driving 38.

In practical application, the crankshaft 3111 that turns over uniformly is mounted in the installation axle for turning over bent driving 38.It is described to turn over crankshaft 3111 with koji-making disk 36 at an angle, can also be vertically arranged.

The top of shell 31 is provided with feed opening 32, and the position phase of the feed opening 31 and cloth discharge component 312 It is corresponding.Vacuum suction discharge port 35 is provided on the side wall of the shell 31 and at position corresponding with koji-making disk 36.Institute The screw distribution scraper plate 3122 that cloth discharge component 312 includes cloth rotary shaft 3121 and is arranged around cloth rotary shaft 3121 is stated, The cloth rotary shaft 3121 is mounted in the installation axle of cloth discharging driving 34.Air inlet 317 is also provided on shell 31 With air outlet 313, be connected with cabinet 316 on the air inlet 317, offer fresh wind port 314 on the cabinet 316, it is described go out Blower 315 is connected on air port 313, the blower 315 is connect with cabinet 316.

Embodiment 5

The present embodiment provides thallus silk recyclable device structure on the basis of embodiment 4:

As shown in figure 12, mycelium recyclable device, the mycelium recyclable device include temporary storage tank 42, recycling cavity 45 and The vacuum pump 46 being connected on recycling cavity 45, the temporary storage tank 42 are connected on the vacuum suction discharge port 35 of yeast producing device III , it is provided with thallus silk attachment net 44 in the recycling cavity 45, offers mycelium on the side wall of the recycling cavity 45 and enters Mouthfuls 43, mycelium outlet 41 is offered in the temporary storage tank 42, and the mycelium outlet 41 is connect with mycelium entrance 43, described Mycelium entrance 43 adheres to 44 position of net lower than thallus silk, and the air entry of the vacuum pump 46 is connected to recycling cavity 45 Top and be higher than thallus adhere to 44 position of net.

Claims (10)

1. a kind of semen viciae fabae valve koji-making system, it is characterised in that: including sequentially connected drift steam cooling device, convey classification inoculation apparatus and Yeast producing device, the conveying classification inoculation apparatus include conveyer and classification inoculation apparatus, and the classification inoculation apparatus includes percussion mechanism and cabinet, The percussion mechanism drives cabinet vibration, is provided with bacterium powder import, any one sidewall opening shape of cabinet on the top of the box It being exported at bacterium powder, the cabinet, which is set to, falls the bacterium powder in cabinet on a conveyor from the outlet of bacterium powder, The conveyer is axially inside provided with mixing auger, the conveyer be arranged in cooling device is steamed in drift and yeast producing device it Between.

2. semen viciae fabae valve koji-making system according to claim 1, it is characterised in that: it includes connection that cooling device is steamed in the drift Groove body and cooling tank body are steamed in drift；Groove body and the cooling tank body are steamed in the drift, and axially inside at least setting one can carry material Transport mechanism, the transport mechanism drift steam groove body inside position be lower than position of the transport mechanism inside cooling tank body It sets；The drift, which is steamed, is communicated with cyclic water tank inside groove body, axially disposed at the top of the drift steaming groove body to have spraying mechanism, the spray It drenches mechanism and connects the cyclic water tank, the cyclic water tank connects steam-heating pipe；It is additionally provided with cooling water circulating box, it is described cold But axially disposed at the top of groove body to have cooling body, the cooling body connects the cooling water circulating box；The transport mechanism Driving transport mechanism, which is also connected with, positioned at the part that groove body is steamed in drift rises and drive the elevating mechanism of transport mechanism decline.

3. semen viciae fabae valve koji-making system according to claim 2, it is characterised in that: the elevating mechanism includes a cam, institute It states and is provided with bolt on cam；The inner wall that groove body is steamed in the drift is vertically arranged with a strip-shaped clamp groove；The cam can be in bar shaped card It moves up and down and fixes in slot；The drift, which is steamed, is provided with overflow port on groove body, the overflow port connects siphoning installation；The overflow The position of mouth is located between the highest point of transport mechanism rising and the minimum point of decline.

4. semen viciae fabae valve koji-making system according to claim 1, it is characterised in that: the classification inoculation apparatus further includes bag support, Vibration pedestal is provided on the bracket, in vibration pedestal, the cabinet is connected to by connecting rod for the percussion mechanism setting On percussion mechanism.

5. semen viciae fabae valve koji-making system according to claim 1, it is characterised in that: the bacterium powder entrance connection bacterium powder, which is promoted, to be twisted Dragon, the bacterium powder promote auger and are connected with mixing machine；The mixing machine is flat mixer, and the mixing machine is axially inside It is provided with thread mixing auger, and is provided with mixing machine discharge port.

6. semen viciae fabae valve koji-making system according to claim 1, it is characterised in that: the yeast producing device includes shell and setting In the intracorporal koji-making disk mechanism of shell, cloth discharging mechanism and turning koji mechanism, the koji-making disk mechanism include koji-making disk, use In the disk main shaft of support koji-making disk, for driving the disk of koji-making disk rotational drive, the turning koji mechanism is including turning over song Component, driving turn over bent component around koji-making disk rotational turn over bent driving and driving is turned over bent component and is turned over relative to what koji-making disk was gone up and down Song lifting driving, the cloth discharging mechanism include cloth discharge component, the cloth for driving cloth discharge component progress cloth, discharging The cloth lifting that material discharging driving and driving cloth discharging mechanism go up and downs relative to koji-making disk drives, described to turn over bent component and include It is several to turn over crankshaft, the crankshaft that turns over is provided with propeller, the lower end for turning over crankshaft is provided with material scraper plate, described to turn over crankshaft It is mounted on and turns in bent driving.

7. semen viciae fabae valve koji-making system according to claim 1, it is characterised in that: the system also includes mycelium recycling to fill It sets, the mycelium recyclable device includes the temporary storage tank being connected on the discharge port of yeast producing device, recycling cavity and is connected to back The vacuum pump on cavity is received, thallus silk attachment net is provided in the reclaiming chamber body, is offered on the side wall of the recycling cavity Mycelium entrance offers mycelium outlet in the temporary storage tank, and the mycelium outlet is connect with mycelium entrance, the bacterium Filament entrance is connected to the top of recycling cavity and is higher than lower than thallus silk attachment net position, the air entry of the vacuum pump Thallus attachment net position.

8. semen viciae fabae valve koji-making system according to claim 2, it is characterised in that: the drift, which is steamed, is provided with overflow on groove body Mouthful, the overflow port connects siphoning installation；The position of the overflow port is located at highest point and the decline of transport mechanism rising Minimum point between.

9. a kind of semen viciae fabae valve koji-making system according to claim 6, it is characterised in that: the top of the shell and and cloth It is provided with feed opening at the corresponding position of discharge component, on the side wall of the shell and position corresponding with cloth discharge component The place of setting is provided with vacuum suction discharge port；The cloth discharge component includes cloth rotary shaft and the spiral shell around the setting of cloth rotary shaft Cloth scraper plate is revolved, the cloth rotary shaft is mounted in the installation axle of cloth discharging driving.

10. a kind of semen viciae fabae valve koji-making system according to claim 6 or 9, it is characterised in that: be also provided on the shell Air inlet and air outlet are connected with cabinet on the air inlet, fresh wind port are offered on the cabinet, is connected on the air outlet There is blower, the blower is connect with cabinet.