TWI619458B - Grinding system unit and method for grinding the same - Google Patents

Abstract

The invention relates to a grinder system unit and a grinding method thereof, wherein the grinding system unit comprises: a bean dip bucket, a water filter bucket, a refiner, a sandwich boiler, a heating device and an okara mixing bucket, and the grinding machine thereof The bean method comprises the following steps: adding soy beans and water to the soaking bean bucket for soaking operation, separating the soaked beans from the water by a filter bucket, filtering the separated water to the soaking bucket for recycling, and filtering and separating the finished soaked beans to the mill. The pulper will be finished by the refiner to soak the beans for grinding, and then grind into soymilk water and bean dregs. The soymilk water is transferred to the sandwich pot for heating, and the mature soymilk is cooked. The bean dregs are transferred to the bean dregs mixing tank and stirred, and then transported back. The refiner performs re-grinding action; thereby, Trent can automate the work with high efficiency, safety and hygiene, and can increase the output value and reduce the cost.

Description

Grinding system unit and method for grinding the same

The invention relates to a grinder system unit and a grinding method thereof, in particular to a grinder system unit capable of automatically and efficiently producing soybean milk or bean products and a grinding method thereof.

Soymilk has long been proven to be a very nutritious food. Because of its nutrition and nourishment, it is increasingly valued by nutritionists. The nutrient content of soy milk contains protein, fat, crude fiber, ash, calcium. Phosphorus, iron, sodium, potassium, vitamins, etc., soy milk contains all the ingredients contained in milk, in which the content and quality of protein are not lower than milk, and soy milk can be solidified into bean products such as tofu and bean board.

Conventional soymilk or soy products require a variety of processes in the production and processing process, and the processing sites are subject to economic and space constraints, so that some production processes are still manually implemented, such as feeding, soaking, grinding, and filtration. This not only has low production efficiency, but also is not safe and hygienic. In addition, the conventional production process uses only one filtration device to grind the bean material, and then the bean dregs are discarded. However, the nutritional value of the soybean is extremely rich, and the general bean dregs still contain 30% of raw materials. The proportion of ingredients is discarded, resulting in an increase in the cost of soy milk production, which is not economical.

The inventors of the present invention have the above-mentioned shortcomings in view of the production and processing of the conventional soymilk or soy products, and the present invention is finally derived from the idea of creating and testing the sample, and after many modifications and improvements.

The invention provides a grinder system unit and a grinding method thereof, wherein the grinding system unit comprises: a bean dip bucket; a water filter bucket, a discharge port at the lower end, and a conveying pipe between the dip bean bucket and the water filter bucket; The road and the water recovery pipeline are provided with a first sanitary pump; a refiner is disposed under the water filter bucket, the refiner is provided with a soymilk water guiding passage on one side and one on the other side The bean dregs guide channel; a sandwich pot is disposed on one side of the refiner and is connected with the soymilk water guiding channel of the refiner, the sandwich pot is connected with an output line, and the output line is provided with a a second sanitary pump; a heating device disposed around the sandwich boiler; and a bean dreg mixing drum disposed on the other side of the refiner and coupled to the bean dregs guiding channel of the refiner, the bean dreg mixing drum A bean residue recovery line is disposed between the refiner and a third sanitary pump is disposed on the bean residue recovery line.

The method for grinding beans comprises the following steps: (1) adding soy beans and water to a soaking bean bucket for soaking operation; (2) pumping the soaked beans in the soaked bean bucket together with water to a water filter bucket, through which the water filter bucket is completed. The soaked beans are separated from the water by filtration, and the separated water is filtered to be recovered in a soaking bucket, and the separated soaked beans are separated by filtration and sent to a refiner; (3) the soaked beans are refining by the refiner and ground into soy milk. Water and bean dregs; (4) The bean dregs are transferred to a bean dregs mixing tank and stirred with water, and then transported back to the refiner for re-grinding action.

The main object of the present invention is to provide a grinder system unit and a grinding method thereof, which can automatically perform work with high efficiency, which not only saves time and labor, has high production efficiency, and is safe and sanitary.

A second object of the present invention is to provide a grinder system unit and a grinding method thereof, which can fully precipitate the soybean milk remaining in the bean dregs, increase the production value, reduce the cost, and meet economic benefits.

Referring to the first figure and the second figure, the grinding bean system unit of the present invention comprises: a bean dip bucket 10, a water filter bucket 20, a refiner 30, a sandwich boiler 40, a heating device 50, and an okara mixing drum. 60 and a little brine barrel 70.

The bean dip bucket 10 is used to soak beans.

A discharge port 21 is disposed at a lower end of the water filter bucket 20, and a transfer pipeline 11 and a water recovery pipeline 12 are disposed between the bean bucket 10 and the water filter bucket 20, and the first sanitary pump 13 is disposed on the transport pipeline 11. The delivery line 11 is disposed between the lower end of the bean hopper 10 and the upper end of the water filter bucket 20, and the water recovery pipeline 12 is disposed between the lower end of the water filter bucket 20 and the upper end of the bean hopper 10.

The refiner 30 is disposed under the water filter bucket 20. The refiner 30 is provided with a soymilk water guiding passage 31 on one side and a bean dregs guide passage 32 on the other side.

The sandwich boiler 40 is disposed on the side of the refiner 30 and is coupled to the soymilk water guiding passage 31 of the refiner 30. The interlayer boiler 40 is connected to an output line 41, and the output line 41 is provided. There is a second sanitary pump 42 , and the output line 41 is connected with a first output manifold 411 and a second output manifold 412 .

The heating device 50 is disposed at the periphery of the sandwich boiler 40 for heating the sandwich boiler 40. In the embodiment, the heating device 50 is a mobile burner, disposed under the sandwich boiler 40, but not This is limited to, for example, it may be set to indirect heating of steam or the like.

The bean dregs mixing tank 60 is disposed on the other side of the refiner 30 and is engaged with the bean dregs guiding passage 32 of the refiner 30. The bean dreg mixing drum 60 and the refiner 30 are provided with a bean dregs recovery line 61. A third sanitary pump 62 is disposed on the bean residue recovery line 61.

The point bunker 70 is disposed on the side of the sandwich pot 40 and engages with the second output manifold 412 of the sandwich pot 40.

Furthermore, the sandwich boiler 40 may be provided with a heating function in addition to heating by the heating device 50.

The method of grinding beans of the present invention comprises the following steps:

(1) Soaking, adding beans and water to the soaking bean bucket 10 for soaking operation.

(2) Filter separation, using the delivery line 11 and the first sanitary pump 13 to complete the soaked beans in the bean dip 10 together with water to the water filter bucket 20, through which the soaked beans are separated from the water by filtration, and separated by filtration. The discharged water is discharged to the soaking tank through the water recovery line 12, and the finished soaked beans separated by the filtration are discharged from the discharge port 21 to the refiner 30.

(3) Grinding, the soaking beans are finished by the refiner 30 for refining action, and ground into soy milk water and bean dregs.

(4) The bean dregs are recovered, and the bean dregs after being ground by the refiner 30 are transported from the bean dregs guide channel 32 to a bean dregs mixing tank 60 with water and stirred, and the bean dregs recovery line 61 is used together with the third sanitary pump 62 to be transported back to the refiner. 30, performing a refining action again.

(5) The slurry is boiled, and the soymilk water ground by the refiner 30 is transported to the sandwich pot 40 by the soy milk water guiding passage 31 for heating, and the cooked soybean milk is cooked.

(6) Cooling or argon, the cooked soymilk cooked in the sandwich boiler 40 is transported by the output line 41 to the second sanitary pump 42 via the first output manifold 411 to a suitable container, cooled for loading, or by an output tube. The road 41 is coupled to the second sanitary pump 42 via the second output manifold 412 to the point brine barrel 70 for point-halogen solidification to form soy products such as tofu and bean boards.

In addition, after the grinding system unit of the present invention is used, all the pipelines, the water filter bucket 20, the bean dip bucket 10 and the like can be backwashed by heating the water by the sandwich boiler 40 or directly pouring hot water or cold water.

From the structure of the above specific embodiment, the following benefits can be obtained:

1. The grinder system unit and the grinding method thereof of the invention can automatically carry out operations with high efficiency, which not only saves time and labor, has high production efficiency, and is safe and sanitary.

2. The grinding bean system unit and the grinding method thereof of the invention can fully precipitate the soybean milk remaining in the bean dregs, increase the output value, reduce the cost, and meet the economic benefit.

10‧‧‧ Soaked bean bucket

11‧‧‧Transportation line

12‧‧‧Water recovery pipeline

13‧‧‧First sanitary pump

20‧‧‧Water filter bucket

21‧‧‧Outlet

30‧‧‧Refiner

31‧‧‧ Soymilk water guiding channel

32‧‧‧Dance Transfer Channel

40‧‧‧Mezzanine skillet

41‧‧‧Output line

411‧‧‧First Output Manifold

412‧‧‧Second output manifold

42‧‧‧Second sanitary pump

50‧‧‧ heating device

60‧‧‧ bean dregs mixing tank

61‧‧‧Doma recycling line

62‧‧‧ Third sanitary pump

70‧‧‧ point halogen barrel

The first figure is a plan view of the grinder system unit of the present invention. The second figure is a block diagram of the grinder system of the present invention. The third figure is a schematic plan view of the operation flow of the grinder system unit of the present invention. The fourth figure is a block diagram showing the operation flow of the grinding bean system unit of the present invention.

Claims (10)

A grinding bean system unit comprises: a bean dip bucket; a water filter bucket, a discharge port at the lower end, a conveying pipeline and a water recovery pipeline between the dip bean bucket and the water filter bucket; a refiner, The utility model is disposed under the water filter bucket, a soybean water guiding channel is arranged on one side of the refiner, and a bean dregs guiding channel is arranged on the other side; and a bean dreg mixing drum is arranged on one side of the refiner, and The bean dregs guiding channel of the refiner is connected, and an okara recovery pipeline is arranged between the bean dreg mixing drum and the refiner. The grinding bean system unit of claim 1, further comprising a sandwich cooking pot disposed on a side of the refiner and coupled to the soymilk water guiding channel of the refiner, The sandwich boiler is connected to an output line. The grinder system unit of claim 2, wherein the sandwich pot itself has a heating function. The grinder system unit according to claim 2, further comprising a heating device disposed around the sandwich pot. The grinder system unit according to claim 2, further comprising a halogen bunker disposed on a side of the sandwich pot, the output line of the sandwich pot being connected to a first output a manifold and a second output manifold, the point brine barrel engaging the second output manifold. The grinding system unit of claim 1, wherein a first sanitary pump is disposed on the delivery line of the water filter bucket, and a third sanitary pump is disposed on the bean dreg recovery pipeline of the bean dregs mixing drum. The grinding bean system unit of claim 2, wherein a second sanitary pump is disposed on the output line of the sandwich boiler. A method for grinding beans, comprising the following steps: (1) adding soy beans and water to a soaking bean bucket for soaking operations; (2) pumping the soaked beans in the soaked bean bucket together with water to a water filter bucket, through which the water filter bucket will The soaked beans are separated from the water by filtration, and the separated water is filtered to be recovered in a soaking bucket, and the separated soaked beans are separated by filtration and sent to a refiner; (3) the soaked beans are refining by the refiner and ground into Soymilk water and bean dregs; (4) The bean dregs are transferred to a bean dregs mixing tank and stirred with water, and then transported back to the refiner for re-grinding action. The method for grinding beans according to claim 8 further comprises a step (5) of: delivering soy milk water to a sandwich pot for heating and cooking the mature soybean milk. The method for grinding beans according to claim 9 of the patent application further comprises a step (6): the cooked soymilk cooked in the sandwich pot is cooled and then filled, or sent to a brine tank for solidification to form tofu. Beans and other soy products.