CN101697791A

CN101697791A - Soymilk grinder

Info

Publication number: CN101697791A
Application number: CN200910109367A
Authority: CN
Inventors: 卢志丽
Original assignee: Individual
Current assignee: Individual
Priority date: 2009-08-20
Filing date: 2009-08-20
Publication date: 2010-04-28

Abstract

The invention relates to a soymilk grinder. The grinder comprises a soymilk grinding part, a separating part, a soymilk boiling part and an electric control part, wherein the soymilk grinding part grinds the soymilk under the action of the electric control part; the soymilk boiling part boils the soymilk under the action of the electric control part; slurry grinded by the soymilk grinding part is separated through a separating part, and enters the soymilk boiling part for soymilk boiling. Because a centrifugal separation mechanism is adopted, under a condition of same raw materials, the soymilk amount can be improved by over 10 percent to solve the technical problems that the prior soymilk grinder adopts a mode of natural filtration of a filter screen, has poor filtration effect and more residual serous fluid in the slurry, thus causing waste.

Description

A kind of soy bean milk making machine

Technical field

The present invention relates to a kind of soy bean milk making machine.

Background technology

Existing soy bean milk making machine as the soy bean milk making machine of announcing among the CN1459270, adopts the mode of screen pack natural filtration, and filter effect is bad, and slurries residual in the slag are a lot, cause waste.

Summary of the invention

The invention provides a kind of soy bean milk making machine, to solve the mode that existing soy bean milk making machine adopts the filtering net natural filtration, filter effect is bad, and slurries residual in the slag are a lot, wasting technical problem.

In order to solve above technical problem, the present invention takes following technical scheme:

A kind of soy bean milk making machine comprises defibrination parts, mashing off parts and electric-controlled parts; Described defibrination parts defibrination under the effect of electric-controlled parts, described mashing off parts mashing off under the effect of electric-controlled parts, it is characterized in that: also comprise separating component, the slag slurry that described defibrination parts grind is undertaken entering mashing off parts mashing off again after the slag slurry separates by separating component.

Described separating component is a centrifuge mechanism, comprise separating barrel, bung, separation motor, separate mesh and pump, described separation motor is connected with separate mesh, described separate mesh is positioned at separating barrel, the slag slurry that described defibrination parts grind falls on the separate mesh from the middle part of separate mesh together, separates by motor rotation carrying out slag slurry, and slag is discharged by the slag-drip opening between separating barrel and the bung, slurry falls in the pump by separating barrel, and enters in the slurry bucket by discharge pipe.

Described pump is the vane pump that is arranged at the separate mesh bottom, and the impeller of described vane pump is with described to separate motor coaxial.

Described defibrination parts comprise motor, reducing mechanism, hopper, discharge pipe, and described reducing mechanism comprises moving bistrique, quiet bistrique, cavity, impeller; Described mashing off parts comprise size cooking pan and slurry bucket calandria.

On the described hopper calandria is installed.

Also comprise water supply component, described water supply component comprise water tank, for water provide power water pump, for water provide pipeline upper hose, for water provide heating heating tube, the induction water tank in water temperature the water tank temperature sensor and the induction quantity of water in water tank the cistern water level sensor.

After having adopted technique scheme, owing to adopted centrifuge mechanism, under identical material condition, can improve the slurry amount more than 10%, to solve the mode that existing soy bean milk making machine adopts the screen pack natural filtration, filter effect is bad, slurries residual in the slag are a lot, wasting technical problem.

Description of drawings

Fig. 1 is the structural representation of soy bean milk making machine of the present invention;

Fig. 2 is the structural representation that comprises water supply component in the soy bean milk making machine of the present invention;

Among the figure: 1, housing; 2, hopper; 3, quiet bistrique; 4, moving bistrique; 5, impeller; 6, cavity; 7, defibrination motor; 8, hopper calandria; 9, hopper temperature sensor; 10, hopper cover; 11, hopper level electrode; 12, drainage conduit; 13, separate mesh; 14, bung; 15, discharge pipe; 16, slurry bung; 17, slurry barrel temperature sensor; 18, size cooking pan; 19, slag-drip opening; 20, separating barrel; 21, pump; 22, separate motor; 23, slurry bucket calandria; 24, Electronic Control plate; 25, upper hose; 26, water tank; 27, cistern water level measuring appliance; 28, heating tube; 29, water tank temperature sensor; 30, water pump.

The specific embodiment

Below in conjunction with accompanying drawing and preferred embodiment content of the present invention is further described.

As shown in Figure 1, a kind of soy bean milk making machine comprises housing 1, defibrination parts, separating component, mashing off parts, electric-controlled parts; The defibrination parts comprise defibrination motor 7, reducing mechanism, hopper 2, drainage conduit 12, and described reducing mechanism comprises moving bistrique 4, quiet bistrique 3, cavity 6, impeller 5; Separating component comprises separating barrel 20, bung 14, separates motor 22, separate mesh 13, pump 21 etc.; Described mashing off parts comprise size cooking pan 18, slurry bucket calandria 23; Electric-controlled parts comprises Electronic Control plate 24.After beans and water add material bin 2, complete machine starts, Electronic Control plate 24 is controlled defibrination motors 7 and is separated motor 22 work, pulverize by moving bistrique 4 and quiet bistrique 3, and by impeller 5 will starch and slag enter separating component by cavity 6 and drainage conduit 12 together, fall on the separate mesh 13 from the middle part of separate mesh 13, slag is discharged by the slag-drip opening between separating barrel 20 and the bung 14 19, slurry falls in the pump 21 by separating barrel 20, and enter in the size cooking pan 18 by discharge pipe 15, carry out mashing off by 23 pairs of size cooking pans of slurry bucket calandria 18, and by being fixed on slurry barrel temperature sensor 17 and the time control mashing off process on the slurry bung 16, guarantee that slurry boils, process finishes.

Hopper calandria 8 and hopper temperature sensor 9 are installed on hopper 2, after beans and water add material bin 2, complete machine starts, Electronic Control plate 24 control hopper calandrias 8 begin the material in the hopper 2 is heated, 9 pairs of temperature of hopper temperature sensor detect, after reaching the temperature of setting, defibrination motor 7 with separate motor 22 and start working, pulverize by moving bistrique 4 and quiet bistrique 3, and by impeller 5 will starch and slag enter separating component by cavity 6 and drainage conduit 12 together, fall on the separate mesh 13 from the middle part of separate mesh 13, slag is discharged by the slag-drip opening between separating barrel 20 and the bung 14 19, slurry falls in the pump 21 by separating barrel 20, and enter in the size cooking pan 18 by discharge pipe 15, carry out mashing off by 23 pairs of size cooking pans of slurry bucket calandria 18, and by being fixed on slurry barrel temperature sensor 17 and the time control mashing off process on the slurry bung 16, guarantee that slurry boils, process finishes.

As shown in Figure 2, also comprise water supply component, water supply component comprises water tank 26, water pump 30, upper hose 25, heating tube 28, water tank temperature sensor 29, cistern water level sensor 27, complete machine can be realized automatic cleaning function like this, also can control the slurrying amount, guarantees soymilk concentration.After beans add material bin 2, complete machine starts, Electronic Control plate 24 each processes of control, beginning adds water toward water tank 26, after cistern water level sensor 27 is sensed water level, heating tube 28 begins heating, 29 pairs of water temperatures of water tank temperature sensor detect, after reaching design temperature, add water through upper hose 25 toward hopper 2 by water pump 30, be fixed on after hopper level electrode 11 on the hopper cover 10 detects, defibrination motor 7 with separate motor 22 and start, pulverize by moving bistrique 4 and quiet bistrique 3, and by impeller 5 will starch and slag enter separating component by cavity 6 and drainage conduit 12 together, fall on the separate mesh 13 from the middle part of separate mesh 13, slag is discharged by the slag-drip opening between separating barrel 20 and the bung 14 19, slurry falls in the pump 21 by separating barrel 20, and enter in the size cooking pan 18 by discharge pipe 15, carry out mashing off by 23 pairs of size cooking pans of slurry bucket calandria 18, water pump 30 constantly adds water toward hopper 2 therebetween, 30 working times of water pump are by 24 controls of Electronic Control plate, after reaching certain hour, material has ground in the hopper 2, enters hopper 2 and cleans, and rinse water also enters size cooking pan 18 by separating component together, enter the mashing off program through behind the setting-up time, and, guarantee that slurry boils by being fixed on slurry barrel temperature sensor 17 and the time control mashing off process on the slurry bung 16, process finishes.

Claims

1. a soy bean milk making machine comprises defibrination parts, mashing off parts and electric-controlled parts; Described defibrination parts defibrination under the effect of electric-controlled parts, described mashing off parts mashing off under the effect of electric-controlled parts, it is characterized in that: also comprise separating component, the slag slurry that described defibrination parts grind is undertaken entering mashing off parts mashing off again after the slag slurry separates by separating component.

2. soy bean milk making machine as claimed in claim 1, it is characterized in that: described separating component is a centrifuge mechanism, comprise separating barrel, bung, separation motor, separate mesh and pump, described separation motor is connected with separate mesh, described separate mesh is positioned at separating barrel, the slag slurry that described defibrination parts grind falls on the separate mesh from the middle part of separate mesh together, separate by motor rotation carrying out slag slurry, slag is discharged by the slag-drip opening between separating barrel and the bung, slurry falls in the pump by separating barrel, and enters in the slurry bucket by discharge pipe.

3. soy bean milk making machine as claimed in claim 2 is characterized in that: described pump is the vane pump that is arranged at the separate mesh bottom, and the impeller of described vane pump is with described to separate motor coaxial.

4. as claim 1 or 2 or 3 described soy bean milk making machine, it is characterized in that: described defibrination parts comprise motor, reducing mechanism, hopper, drainage conduit, and described reducing mechanism comprises moving bistrique, quiet bistrique, cavity, impeller; Described mashing off parts comprise size cooking pan and slurry bucket calandria.

5. full-automatic soybean milk machine as claimed in claim 4 is characterized in that: on the described hopper calandria is installed.

6. full-automatic soybean milk machine as claimed in claim 1 or 2, it is characterized in that: also comprise water supply component, described water supply component comprise water tank, for water provide power water pump, for water provide pipeline upper hose, for water provide heating heating tube, the induction water tank in water temperature the water tank temperature sensor and the induction quantity of water in water tank the cistern water level sensor.