The draining system that a kind of soy sauce steeps jaundice beans in producing
Technical field
The utility model belongs to food processing equipment technical field, relates to soya bean fabricated product production system, the draining system that especially a kind of soy sauce steeps jaundice beans in producing.
Background technology
In the production process of soy sauce, soya bean need be through bubble beans, steaming beans, koji, fermentation to finally dissolving and make.Wherein steeping beans time too short, soya bean does not have the reasons such as fully expansions can directly affect the protein digestibility of soy sauce, thus the nutrition content in reduction soy sauce.
Soya bean needs it from bubble beans groove, to take out to put to industrial rotary spherical digester to steam beans after 7 hours bubbles are sent out.But in actual production process, often contain a large amount of dead beans in soya bean, it cannot normally absorb extraneous moisture at short notice, and water is difficult to bubble open expansion.Soya bean after bubble is sent out and the dead beans inflow next process that mixes, not only affects the flavor quality of product, also causes wastage of material.But, staff checkmate beans from bubble send out soya bean in choose, not only expend a large amount of manpowers, also lose time, restricted the production cycle of product.
Utility model content
The purpose of this utility model is to overcome the deficiencies in the prior art part, and a kind of design science, rational in infrastructure is provided, and can save to greatest extent the draining system of steeping jaundice beans in the soy sauce production of manpower and water saving.
The technical scheme that the utility model technical solution problem adopts is:
The draining system that a kind of soy sauce steeps jaundice beans in producing, comprise bubble beans groove, slip beans groove, water logging device and backflow water pump, the below of described bubble beans groove arranges and slips beans groove, the discharging opening coaxial communication of this bubble beans groove is seal-installed on slips the feed inlet end of beans groove, the below of the described discharging opening that slips beans groove arranges water logging device, the delivery port of described water logging device is communicated with the backflow water pump of the below that is mounted on water logging device, and described backflow water pump links together with bubble beans groove;
Described water logging device comprises draining casing, the beans groove end that closely slips on the described draining casing that slips beans groove below in plane is provided with draining charging aperture, below the opposite side of the draining casing relative with draining charging aperture, be provided with a draining discharging opening, between described draining charging aperture and draining discharging opening, horizontal cross is provided with a dewatering screen, on described dewatering screen, uniform interval is shaped with manhole, manhole can make not steep the soya bean sending out to be passed through, the axial height of this dewatering screen is lower than draining charging aperture and higher than draining discharging opening, described dewatering screen is by being connected and being rotated with transmission system.
And the aperture of described manhole is 0.5cm.
And, described transmission system comprises motor, drive sprocket, driven sprocket and chain, described motor and drive sprocket link together, drive sprocket passes through two chains together with driven sprocket level connection joint, between described two chains, be fixedly mounted with dewatering screen, this dewatering screen and two chain synchronous rotaries.
And, the draining casing of described dewatering screen below is tapered, lowermost end at this taper draining casing is provided with a delivery port, on described taper draining casing, a water strainer dividing plate is set, taper draining casing is divided into collect cavity and deslagging chamber by this water strainer dividing plate, the side of described water strainer dividing plate and taper draining casing is enclosed in delivery port in collect cavity, and water enters delivery port by water strainer dividing plate, and the lowermost end connection in described deslagging chamber is provided with a slag-drip opening.
And described delivery port is communicated with installation with one end of backflow water pump, the other end of described backflow water pump connects one end of recirculation water pipeline, and the other end of recirculation water pipeline stretches into the top in bubble beans groove.
And, described in slip beans groove and be the cavity type of hollow, slip beans groove and the discharging opening of bubble beans groove to be vertically mounted on the discharging opening place of bubble beans groove, described in slip the bottom surface of beans groove for being obliquely installed.
And, described in to slip the angle of inclination of bottom surface of beans groove be 30~45 degree.
And described cell body slips in the bottom surface of beans groove along be shaped with several gear stone dams perpendicular to the uniform interval of water (flow) direction.
And described motor is stepless speed regulation reducer.
And the bottom surface of described bubble beans groove is tapered, multiple legs are installed at coaxial uniform interval outside the bottom of described bubble beans groove.
Advantage of the present utility model and good effect are:
1, this draining system is provided with water logging device, can carry out the separation of thing water to granule materials by this water logging device, by the soya bean soaking with bubble send out, underproof " dead soya bean " and water separate easily, when the soya bean soaking is sent lower arrival dewatering screen rushing of water, water flows down along through hole, the soya bean that sends out volume increasing through bubble is blocked on dewatering screen, under the transmission of dewatering screen, carry out next procedure, in addition, the aperture design of this manhole is not for steeping jaundice beans size, so bubble is not sent out, underproof " dead soya bean " and water fall along aperture together, avoid entering next procedure, guarantee product quality, shorten the production cycle of product, improve operating efficiency.
2, this draining system slip the bottom surface of beans groove for being obliquely installed, be convenient to material utilization deadweight and roll and flow down, the soya bean soaking falls to dewatering screen by naturally rolling and carries out next procedure under rushing of water sent, and has avoided energy consumption, has greatly saved the energy.
3, the manhole of this draining system is the manhole in 0.5cm aperture, can carry out the separation of thing water to granule materials, and separating effect is obvious.
4, the draining casing of this draining system is established collect cavity, and the water in collect cavity is connected to backflow water pump by delivery port, water pump is returned in bubble beans groove to punching again and send soya bean, and the real utilization for the second time of existing water, has realized water saving effectively.
5, slipping in the bottom surface of beans groove along being shaped with several gear stone dams in uniform interval perpendicular to water (flow) direction of this draining system, when material rolls while flowing down, effectively prevents that finger stone from entering next procedure, plays purification of raw materials effect.
Accompanying drawing explanation
Fig. 1 is structure connection diagram of the present utility model;
Fig. 2 slips the structure connection diagram of beans groove in Fig. 1;
Fig. 3 is the structure connection diagram that in Fig. 1, dewatering screen is connected with the transmission system of driven by motor.
The specific embodiment
For further understanding content of the present utility model, Characteristic, hereby exemplify following examples, and coordinate accompanying drawing to be described in detail as follows.It should be noted that, the present embodiment is descriptive, is not determinate, can not limit thus protection domain of the present utility model.
The draining system that a kind of soy sauce steeps jaundice beans in producing, as shown in Figure 1, comprise bubble beans groove 1, slip beans groove 6, water logging device and backflow water pump 17, the below of described bubble beans groove arranges and slips beans groove, discharging opening 3 coaxial communication of this bubble beans groove are seal-installed on slips the feed inlet end 4 of beans groove, the below of the described discharging opening 8 that slips beans groove arranges water logging device, and the delivery port of described water logging device is communicated with the backflow water pump of the below that is mounted on water logging device, and described backflow water pump links together with bubble beans groove.
In the present embodiment, the bottom surface of described bubble beans groove is tapered, is beneficial to water in bubble beans groove and soya bean because Action of Gravity Field flows out, and has saved the energy; Outside the bottom of described bubble beans groove, multiple legs 5 are installed at coaxial uniform interval, are convenient to this bubble beans groove and more stably stand on ground.
As shown in Figure 2, described in slip beans groove and be the cubic of hollow, in this enforcement, slip beans groove and the discharging opening of bubble beans groove to be vertically mounted on the discharging opening place of bubble beans groove, described in slip the bottom surface of beans groove for being obliquely installed, angle of inclination is 30~45 to spend.Owing to slipping the bottom surface of beans groove for being obliquely installed, to be convenient to material utilization deadweight and to roll and flow down, the soya bean soaking falls to dewatering screen by naturally rolling and carries out next procedure under rushing of water sent, and has avoided energy consumption, has greatly saved the energy; And angle of inclination is 30~45 degree, can guarantee that material utilization deadweight slowly rolls and flow down, nor can be excessive and flow down rapidly due to angle of inclination, thereby water logging device is caused and damages or draining effect is had to impact.Described cell body slips in the bottom surface of beans groove along being shaped with several gear stone dams 18 in uniform interval perpendicular to water (flow) direction, when material rolls while flowing down, has effectively prevented that finger stone from entering next procedure, plays purification of raw materials effect.
Described water logging device comprises draining casing 12, the beans groove end that closely slips on the described draining casing that slips beans groove below in plane is provided with draining charging aperture 7, below the opposite side of the draining casing relative with draining charging aperture, be provided with a draining discharging opening 13, between described draining charging aperture and draining discharging opening, horizontal cross is provided with a dewatering screen 9, on described dewatering screen, uniform interval is shaped with manhole, manhole can make not steep the soya bean sending out to be passed through, the soya bean that can not make bubble send out passes through, the axial height of this dewatering screen is lower than draining charging aperture and higher than draining discharging opening, described dewatering screen is by being connected and being rotated with transmission system, described motor can be stepless speed regulation reducer,
As shown in Figure 3, described transmission system comprises motor 21, driven sprocket 19, drive sprocket 22 and chain 20, described motor and drive sprocket link together, drive sprocket passes through two chains together with driven sprocket level connection joint, between described two chains, be fixedly mounted with dewatering screen, the rotation of driven by motor drive sprocket, drive sprocket drives driven sprocket rotation, drive sprocket and driven sprocket drive chain rotation, this dewatering screen and two chain synchronous rotaries.
On described dewatering screen, uniform interval is shaped with manhole, and this manhole can be the circular aperture in 0.5cm aperture, can carry out the separation of thing water to granule materials.When the soya bean soaking is sent lower arrival dewatering screen rushing of water, water falls along aperture together with underproof " dead soya bean ", and the soya bean soaking under the transmission of dewatering screen from draining discharge hole for discharge, can enter subsequent processing and use.
The draining casing of described dewatering screen below is tapered, be provided with a delivery port 16 at the lowermost end of this taper draining casing, on described taper draining casing, a water strainer dividing plate 10 is set, only have water pass through this water strainer every, taper draining casing is divided into collect cavity 11 and deslagging chamber 14 by this water strainer dividing plate, the side of described water strainer dividing plate and taper draining casing is enclosed in delivery port in collect cavity, water enters delivery port by water strainer dividing plate, and the lowermost end connection in described deslagging chamber is provided with a slag-drip opening 15;
Described delivery port is communicated with installation with one end of backflow water pump, and the other end of described backflow water pump connects one end of recirculation water pipeline 2, and the other end of recirculation water pipeline stretches into the top in bubble beans groove.The water of collecting in collect cavity flows to backflow water pump through delivery port, and backflow water pump returns water pump in bubble beans groove and rushes and send soya bean again, realizes the utilization for the second time of water, has effectively realized water saving.