TW201713253A - Soybean milk/juice extraction device in the same production line achieving the effects of reducing the volume and increasing the production efficiency - Google Patents

Abstract

This invention discloses a soybean milk/juice extraction device in the same production line, comprising a storage tank, a first system switcher, a soybean soaking unit, a soybean grinding unit, an enzyme action unit, a second system switcher, an enzyme inhibiting unit and a soybean dreg separation unit, wherein the first system switcher is mutually communicated with the storage tank; the soybean soaking unit and the soybean grinding unit are mutually communicated with the first system switcher; the soybean grinding unit is communicated with the soybean soaking unit; the enzyme action unit is communicated with the soybean grinding unit; the second system switcher is communicated with the enzyme action unit; and the soybean dreg separation unit is communicated with the second system switcher and the enzyme inhibiting unit. This invention can be selectively switched into a wet soybean type manufacturing process or a dry soybean type manufacturing process so as to achieve the effects of reducing the volume and increasing the production efficiency.

Description

Co-linear soy milk juice extraction device

The invention relates to a soy milk bean juice extraction device, in particular to a collinear soy milk bean juice extraction device.

The existing soybean milk juice extraction device can be divided into a wet bean type soybean milk bean juice extraction device and a dry bean type soybean milk bean juice extraction device according to the taste of the soybean milk, and the existing wet bean type soybean milk bean juice extraction device is provided with a bean soaking unit. a grinding unit, an enzyme acting unit, an enzyme inhibiting unit, a bean dregs separating unit, and a bean juice storage tank, which are first subjected to the soaking bean unit during operation, and then sequentially pass the grinding bean unit, the enzyme acting unit, and the The enzyme inhibiting unit (boiled pulp), the bean dregs separating unit, and the bean juice storage tank, etc., as shown in FIG. 6, sequentially soaking beans, grinding beans, enzyme action, enzyme inhibition (boiled pulp), bean dregs separation, and bean juice storage, etc. Process, and then complete the extraction of soy milk.

The existing dry bean type soy milk bean juice extracting device is provided with a grinding bean unit, an enzyme action unit, an okara separation unit and an enzyme inhibiting unit. The existing dry bean type soy milk bean juice extracting device is required to pass through the grinding bean unit before operation. Then, the enzyme action unit, the bean dregs separation unit, and the enzyme inhibiting unit are sequentially passed, that is, as shown in FIG. 7, the grinding bean, the enzyme action, the bean dregs separation, the semi-finished bean juice, the enzyme inhibition (boiled pulp), and the like are sequentially performed. Soybean juice storage and other processes to complete the soy milk bean juice extraction, because the existing wet bean type soybean milk bean juice extraction device and the dry bean type soybean milk bean juice extraction device machine arrangement order and the process sequence are different, so the wet bean process and dried beans The process cannot be produced on the same production line. If the product produced by the wet bean type soy bean juice extraction device is in the peak season, and the product produced by the dry bean type soy bean juice extraction device is in the off-season of the market, the dry bean type soy milk The extraction device does not produce the product made by the wet bean-type soy milk bean extracting device, so that the production line is not blended. And occupied factory space, so that the plant can not make full use of space, and production capacity of the current period season Bean milk extraction device can be lowered or idle, not cost-effective, it is conventional soy bean slurry has improved the extraction apparatus Cheng necessary.

In order to solve the existing milk bean type soybean milk bean juice extraction device and the dry bean type soybean milk bean juice extraction device, the order of each machine arrangement and the process sequence of the process are different, which makes the preparation of the production line difficult and the space occupied by the plant is lacking, and the main body of the invention The object of the invention is to provide a collinear soybean milk juice extraction device, which utilizes the first and second system switchers to integrate the wet bean-type soy bean juice extraction device with each machine of the dry bean-type soybean milk juice extraction device, so that the invention It can be converted between the wet bean process and the dry bean process. In addition to effectively improving the space utilization, it can also produce the products in the current peak season according to the market demand. Therefore, the present invention does not cause the machine capacity to be degraded or idle. And can effectively improve production efficiency.

The present invention solves the prior art problem of the collinear soya-bean milk juice extraction device, comprising: a storage bucket; a first system switch, the first system switch is connected to the storage bucket and is provided with a first conveying pipe And a second conveying pipe; a bean-impregnating unit connected to the first conveying pipe and communicating with the first system switch; a grinding bean unit, the grinding bean unit and the second conveying pipe Connected to and communicate with the first system switch, and the grinder unit is in communication with the dip unit; an enzyme action unit, the enzyme action unit is in communication with the grinder unit; a second system switcher, The second system switch is in communication with the enzyme action unit and includes a first output tube and a second output tube; an enzyme suppression unit, the enzyme suppression unit is coupled to the first output tube and the second system The switch is connected, and the enzyme inhibiting unit comprises a lead-out tube and an introduction tube; a bean dreg separation unit, the bean dregs separation sheet Connected to the second output tube and connected to the second system switch, the bean dregs separation unit is connected to the lead-out tube and the introduction tube to communicate with the enzyme inhibiting unit, so that the enzyme inhibiting unit can pass through the The outlet tube flows into the bean dregs separation unit, and the bean dregs separation unit can flow into the enzyme inhibiting unit via the introduction tube; and a bean juice storage tank that communicates with the enzyme inhibiting unit and the bean dregs separating unit.

The efficiencies that can be obtained by the technical means of the present invention are: the present invention is provided with the first system switch between the storage tub, the bean dip unit and the grinder unit, so that the storage bucket can be selectively entered into the dip Providing the second system switch between the enzyme unit and the enzyme inhibiting unit and the bean dregs separation unit in the bean unit or the grinder unit, so that the semi-finished product in the enzyme action unit can be selectively entered into the In the enzyme inhibiting unit or the bean dregs separating unit, the invention can effectively integrate the wet bean type soybean milk bean juice extracting device and the dry bean type soy milk bean juice extracting device, thereby saving space and determining the appropriate soy milk bean juice according to market demand. Production methods can effectively improve production efficiency.

In order to understand the technical features and practical effects of the present invention in detail, and in accordance with the present invention, further details are shown in the following preferred embodiments.

A preferred embodiment of the collinear soymilk juice extraction device provided by the present invention is shown in FIG. 1. The collinear soymilk juice extraction device comprises a storage tank 10, a first system switcher 20, and a bean dip unit. 30. A grinder unit 40, an enzyme action unit 50, a second system switcher 60, an enzyme inhibiting unit 70, a bean dregs separation unit 80, and a bean juice storage tank 90, wherein:

The storage tub 10 is a bucket for storing soybeans. The first system switch 20 and the storage tub 10 are in communication with each other and are provided with a first conveying pipe 21 and a second conveying pipe 22, and the first system switcher 20 is a common diverting device, the dip bean unit 30 is a device commonly used for soaking soybeans, and the dip bean unit 30 is connected to the first conveying pipe 21 and communicates with the first system switch 20, The grinder unit 40 is a device for pulverizing soybeans. The grinder unit 40 is connected to the second transfer tube 22 and communicates with the first system switch 20, and the grinder unit 40 is provided with The first system switch 20 can selectively input the soybeans in the storage tub 10 into the bean immersing unit 30 via the first conveying pipe 21 and the second conveying pipe 22 . Or within the grinder unit 40.

The enzyme action unit 50 is in communication with the grinder unit 40. The second system switch 60 is in communication with the enzyme action unit 50 and includes a first output tube 61 and a second output tube 62. The second system switches The device 60 is a common shunt device. The enzyme suppressing unit 70 is connected to the first output pipe 61 and communicates with the second system switch 60. The bean dreg separating unit 80 is connected to the second output pipe 62. The second system switch 60 can be connected to the enzyme inhibiting unit 70 or the bean dregs via the first output pipe 61 and the second output pipe 62 via the first output pipe 61 and the second output pipe 62. Separation unit 80.

The enzyme inhibiting unit 70 includes a lead-out tube 71 and an introduction tube 72. The enzyme inhibiting unit 70 is connected to the lead-out tube 71 and the introduction tube 72 to communicate with the bean dregs separating unit 80, so that the enzyme inhibiting unit 70 can The bean waste separation unit 80 flows into the bean residue separation unit 80 via the outlet tube 71, and the bean residue separation unit 80 can flow into the enzyme suppression unit 70 via the introduction tube 72, and the bean juice storage tank 90 communicates with the enzyme suppression unit 70 and the bean residue separation unit 80. .

Referring to FIG. 2 and FIG. 4, when the present invention performs a wet bean process to extract the bean juice, the soybeans are input into the bean soaking unit 30 via the first system switch 20 and the first conveying pipe 21 thereof. The grinding unit 40 is in communication with the bean-impregnating unit 30, and the soy bean that completes the soaking process enters the inside of the grinder unit 40 to grind the beans. When the grinding unit 40 grinds the beans, water is added to the grinder unit 40 to complete the grinding. The semi-finished product after the bean enters the enzyme action unit 50, and the semi-finished product which completes the enzyme action is input into the enzyme inhibiting unit 70 via the first output pipe 61 of the second system switcher 60, that is, the semi-finished product which completes the enzyme action in the enzyme. The suppression unit 70 performs a boiling process, and after completion of the boiling process of the enzyme suppression unit 70, it flows into the bean dregs separation unit 80 via the discharge tube 71 of the enzyme suppression unit 70, and finally, the semi-finished product after the completion of the boiling process is used. The bean dregs separation unit 80 separates the bean juice from the residue, and the bean juice enters the bean juice storage tank 90 to complete the wet bean process extraction bean juice program.

Referring to FIG. 3 and FIG. 5, when the present invention performs a dry bean process to extract the bean juice, the soybean is input into the grinder unit 40 via the first system switch 20 and the second transfer tube 22 thereof. 40. When grinding the beans, water is added to the grinder unit 40, and the soybeans are directly ground. The semi-finished product of the grinding process enters the enzyme action unit 50, and the semi-finished product that completes the enzyme function passes through the second system. The switch 60 and the second output tube 62 thereof enter the bean dregs separating unit 80, so that the semi-finished product of the grinding process is separated by the bean dregs separating unit 80, and the bean juice in the dregs separating unit 80 passes through the bean juice. The introduction tube 72 of the enzyme inhibiting unit 70 flows into the enzyme inhibiting unit 70, so that the bean juice in the enzyme inhibiting unit 70 starts to be boiled, and the boiled soybean juice directly enters the soybean juice storage tank 90 to complete the extraction of the dried bean process. Bean juice program.

The invention utilizes the design of the first system switch 20 and the second system switch 60 to integrate the wet bean type soy bean juice extracting device with each machine of the dry bean type soybean milk bean juice extracting device, so that the present invention can be The wet bean type process and the dry bean type process are converted, and the existing wet bean type soy bean juice extracting device or the dry bean type soy milk bean juice extracting device can only produce a single product through a single process, and occupy space. The utility model can cause the idle season product production device to be idle, and does not meet the production efficiency. The invention integrates the wet bean type and the dry bean type soybean milk bean juice extraction device, and in addition to effectively utilizing the volume utilization, it can also produce the products of the current peak season according to the market demand. Therefore, the present invention does not generate an idle state, and can effectively improve production efficiency.

10‧‧‧ storage bucket
20‧‧‧First System Switcher
21‧‧‧First duct
22‧‧‧Second duct
30‧‧‧ Soaked Bean Unit
40‧‧‧ Grinding unit
41‧‧‧Connected pipe
50‧‧‧Enzyme action unit
60‧‧‧Second system switcher
61‧‧‧First output tube
62‧‧‧Second output tube
70‧‧‧Enzyme inhibition unit
71‧‧‧Extraction tube
72‧‧‧Introduction tube
80‧‧‧Dish separation unit
90‧‧‧ Bean Juice Storage Bucket

1 is a schematic view showing the piping configuration of a preferred embodiment of the present invention. 2 is a schematic view showing the operation of a wet bean according to a preferred embodiment of the present invention. 3 is a schematic view showing the operation flow of a dried bean according to a preferred embodiment of the present invention. Figure 4 is a flow chart showing the operation of a wet bean according to a preferred embodiment of the present invention. Figure 5 is a flow chart showing the operation of dried beans according to a preferred embodiment of the present invention. Fig. 6 is a flow chart showing the operation of the conventional wet bean type soybean milk bean juice extracting device. Fig. 7 is a flow chart showing the operation of the conventional dry bean type soybean milk bean juice extracting device.

10‧‧‧ storage bucket

20‧‧‧First System Switcher

21‧‧‧First duct

22‧‧‧Second duct

30‧‧‧ Soaked Bean Unit

40‧‧‧ Grinding unit

41‧‧‧Connected pipe

50‧‧‧Enzyme action unit

60‧‧‧Second system switcher

61‧‧‧First output tube

62‧‧‧Second output tube

70‧‧‧Enzyme inhibition unit

71‧‧‧Extraction tube

72‧‧‧Introduction tube

80‧‧‧Dish separation unit

90‧‧‧ Bean Juice Storage Bucket

Claims (1)

A collinear soymilk bean juice extracting device, comprising: a storage tank; a first system switcher, the first system switcher and the storage tub are connected to each other and provided with a first conveying pipe and a second conveying pipe; a bean-impregnating unit connected to the first conveying pipe and communicating with the first system switch; a grinding bean unit connected to the second conveying pipe and the first system The switcher is in communication with each other, and the grinder unit is in communication with the dip bean unit; an enzyme action unit, the enzyme action unit is in communication with the grinder unit; a second system switcher, the second system switcher and the The enzyme action unit is connected to each other and includes a first output tube and a second output tube; an enzyme suppression unit, the enzyme suppression unit is connected to the first output tube and communicates with the second system switch, and the enzyme The suppression unit comprises a discharge tube and an introduction tube; a bean dreg separation unit, the bean residue separation unit is connected to the second output tube and a second system switcher is connected, the bean dregs separating unit is connected to the outlet tube and the introduction tube to communicate with the enzyme inhibiting unit, so that the enzyme inhibiting unit can flow into the bean dregs separation unit via the outlet tube, and the bean dregs The separation unit may flow into the enzyme inhibiting unit via the introduction tube; and a bean juice storage tub that communicates with the enzyme inhibiting unit and the bean dregs separating unit.