KR100480492B1 - Bean curd for food and manufacturing method there of - Google Patents

Abstract

The present invention relates to a tofu rice and tofu rice production apparatus, the present invention comprises a grinding device for grinding soybeans, and a vacuum tank for vacuum suction of the soybean milk juice spilled from the soybeans pulverized from the grinding device And a heating tank for receiving and heating green soybean juice from the vacuum tank, and comprising a coagulation tank configured to receive the high-temperature soybean juice heated from the heating tank to coagulate. After a certain period of time in the tofu state is provided with a mixing tank located in the tofu to move, the mixing tank is located in the bottom side of the mixing tank so that the solidified tofu flows into one end with a large diameter to move by compression to the other end of the small diameter A compression screw is provided, and one end of the mixed compression screw is mixed with the head in the mixed compression screw. A first mixing portion for supplying the rock and cereals and a second mixing portion for supplying any one of acorn jelly, agar or buckwheat, and the other end of the mixed compression screw is preferably composed of a third mixing portion for supplying eggs or red beans Bar, according to the present invention configured as described above, the nutrients inherent in beans can supply the additional nutrients necessary for our body, and moreover, the effect of obtaining a tofu rice and tofu rice production apparatus that can be consumed as a meal replacement in busy daily life have.

Description

Bean curd for food and manufacturing method there of}

The present invention relates to a tofu rice and tofu rice production apparatus, and more particularly to a tofu rice production apparatus and tofu rice to mix the grains and acorn jelly, buckwheat jelly, agar and eggs or red beans and the like tofu.

In general, tofu is a traditional food of our country, which is made by coagulating by adding soy sauce using soybean juice produced by grinding beans.

In order to produce such tofu, the present applicant has applied for and registered an automatic tofu manufacturing apparatus (application number: 20-1993-0014242).

Such a conventional automatic tofu manufacturing apparatus was to simply pulverize beans to produce tofu, in the busy daily life like the modern tofu was to play a role limited to simply supply the intrinsic nutrients in the beans.

In this busy daily life, supplying only the nutrients inherent in tofu made by soybeans had inefficient problems with eating.

The present invention is to solve the above problems, an object of the present invention is to provide a nutrient inherent in beans to provide additional nutrients necessary for our body, and to provide a tofu rice and tofu rice production apparatus that can be used as a meal replacement .

Tofu and tofu rice production apparatus according to the present invention for achieving the object as described above is provided with a grinding device for grinding soybean, for vacuum suction of the soybean milk juice spilled from the soybean pulverized from the grinding device In the tofu manufacturing apparatus comprising a coagulation tank having a vacuum tank, the heating tank for receiving the raw soybean milk juice from the vacuum tank for heating, and the coagulation tank for receiving the hot soybean juice heated from the heating tank to coagulate. And a mixing tank in which the tofu solidified in the tofu state is moved and positioned within the coagulation tank. The solidified tofu is introduced into one end having a larger diameter and compressed to the other end having a smaller diameter at the bottom of the mixing tank. It is provided with a mixed compression screw to be moved by, and one end of the mixed compression screw to the mixed compression screw A first mixing part for supplying the grains to be mixed with the tofu and a second mixing part for supplying any one of acorn jelly, agar or buckwheat, and a third mixing part for supplying eggs or red beans to the other end of the mixed compression screw. Preferably, the first mixing section comprises a first hopper in which the grains are located, and one end of which is connected to the first hopper and the other end of which is connected to the mixing compression screw to crush the grains supplied to the first hopper. The second mixing portion is a second hopper in which acorn jelly, agar or buckwheat is located and one end is connected to the second hopper and the other end is connected to the mixed compression screw to supply acorn jelly, agar or buckwheat jelly to be supplied to the second hopper. It is composed of a second screw for crushing, the mixing tank is damaged when the tofu in the head state supplied from the coagulation tank is introduced Preferably, it is composed of a damage preventing plate for preventing the dust, comprising a grinding device for grinding soybeans, a vacuum tank for vacuum suctioning the soybean milk juice spilled from the soybeans pulverized from the grinding device, and the vacuum A tofu manufacturing apparatus comprising a coagulation tank configured to receive and heat green soybean juice from a tank for heating and to coagulate the high-temperature soybean juice heated from the heating tank, wherein the tofu manufacturing apparatus includes a coagulation tank. Equipped with a mixing tank in which the tofu is solidified in the state of the forward tofu is moved, and the mixed compression screw is moved to the bottom of the mixing tank so that the solidified tofu is introduced into one end having a larger diameter and is moved by pressing to the other end having a smaller diameter. And at one end of the mixed compression screw, mixed with the tofu in the mixed compression screw. It is provided with a first mixing unit so that the mixed grains are supplied and mixed, and a second mixing unit is provided to mix any one of the acorn jelly, agar or buckwheat jelly. It is preferable to prepare by supplying and mixing.

Hereinafter, one preferred embodiment according to the present invention will be described in more detail with reference to the drawings, wherein the same reference numerals shown in each drawing indicate the same members having the same function.

As shown in Figures 1 to 3, tofu and tofu production apparatus according to the present invention is provided with a grinding device 100 for grinding beans (soybean), the grinding device 100 is soybean Collecting hopper 102 for holding is located on the upper side.

The lower side of the collecting hopper 102 is provided with a cutter blade and a grinding blade (not shown) for grinding the collected soybean, and a drive motor 104 for rotating the cutter blade and the grinding blade.

Soybean milk juice of the soybean pulverized by the crusher 100 is collected in the vacuum tank 200, the pulverized soybean is moved to the juice hopper 202, these are again the inlet hole of the vacuum suction screw 204 ( 220 is introduced into the non-draining hole 208 formed in the tip of the casing 206 is discharged, soybean juice is filtered by the first filter network 210 by a vacuum pipe through a transfer pipe 212 connected to the upper Collected into the vacuum tank 200.

The upper portion of the vacuum tank 200 is provided with a gauge 214 for checking the flow rate of soybean juice, the lower portion is provided with a control valve 216 for controlling the outflow of soybean juice, soybean juice A pump 218 is forcibly pulled up.

The soybean juice pulled up by the vacuum pressure or by the pump 218 is transferred to the heating tank 300 through the transfer pipe 312 and heated by the heating pipe 304 provided in the heating tank 300. .

As the soybean juice heated by the heating tube 304 is heated for a predetermined time, a situation overflowing to the upper portion of the heating tank 300 may occur. In order to prevent this, the heated soybean juice is heated on the upper portion of the heating tank 300. A sensor 306 that recognizes this when rising to a certain height is attached, and when the soybean juice is raised to a certain height, the sensor 306 recognizes it and cools the heated soybean juice. Cooling water is supplied through the cooling water injection pipe 308 connected to the cooling water.

After repeating this heating and cooling several times, soybean juice is solidified along the transfer pipe 312 by the air pressure of the compressed air supplied through the compressed air inlet 310 connected to the upper portion of the heating tank 300 It is conveyed to the coagulation tank 400, the second injection port 402 is connected to the transfer pipe 312 to inject the soybean juice transferred from the heating tank 300, the upper portion of the coagulation tank 400, In addition, the second injection hole 402 is connected to one end of the water supply pipe 406 for supplying the water so that the soybean juice is sprayed and coagulated at the same time, the other end is provided with a water tank 408 for storing the water! have.

Steam inlet 410 and steam outlet 412 are provided at the lower inclined portion of the coagulation tank 400 so that external cold air and internal hot air are circulated and cooled, and the side of the coagulation tank 400 is solidified. A steam supply unit 440 is provided to supply steam to maintain the inside of the tank 400 at 100 ° C.

And, the upper part of the coagulation tank 400 is provided with a timer 414 for checking the coagulation time of the mixed soybean juice, the lower portion of the outlet valve for discharging the tofu in the solidified state for a certain time ) Is provided.

Thereafter, the tofu in the tofu state solidified in the coagulation tank 400 is transferred to the mixing tank 500 through the head transfer pipe 420.

The head to be transferred to the mixing tank 500 is moved to the mixing compression screw 600 in the mixing casing 602 located at the lower side of the mixing tank 500. The mixing compression screw 600 has one end portion into which the tofu flows. The diameter of 600a is large, and the diameter of the other end portion 600b that flows out is small, which is to compress the head as it moves to the other end portion 600b that flows into the one end portion 600a. .

In addition, the mixing tank 500 is provided with a steam supply unit 552 for supplying steam to adjust the temperature inside the mixing tank 500.

In the mixing tank 500 introduced through the head transfer pipe 420, a break prevention plate 510 is provided to prevent the head of the net head state flowing into the mixing compression screw 600 from being damaged.

A second filter net 604 is provided between the mixed casing 602 and the mixed compression screw 600 to filter the soybean juice remaining in the head. The soybean juice generated in the mixed casing 602 is transferred to the outside. An outlet 608 is provided for outflow and a steam supply unit 552 is provided to maintain the temperature.

In addition, one end portion 600a of the mixed compression screw 600 is a first mixing portion 620 for supplying grains such as brown rice, barley, and wheat called tofu in a tofu state, and acorns such as acorn jelly, agar, buckwheat jelly, and the like. The second mixing unit 630 for supplying the is connected.

The first mixing unit 620 and the second mixing unit 630 may include a first hopper 622 in which grains are located and a second hopper 632 and a first hopper 622 and a second hopper 632 in which the muds are located. It is composed of a first screw 624 and a second screw 634 for conveying the grains and mussels supplied to).

As such, the first mixing unit 620 and the second mixing unit 630 may supply more nutrients as the mixed grains and the jelly are mixed in the tofu, thereby producing food for meals.

On the other hand, the other end portion 600b of the mixed compression screw 600 having a small diameter is provided with a third mixing portion 640 for mixing eggs, etc. in the mixture of the tofu, grains and jelly, the third mixing portion 640 includes a third hopper 642 in which eggs and the like are located, and the third hopper 642 is connected to the mixing screw 600.

Eggs and the like by the third mixing unit 640 is introduced into the mixture of tofu, grains and jelly.

One end of the moving tube 700 to which the tofu rice moves is connected to the other end 600b of the mixed compression screw 600 into which the mixture (hereinafter referred to as tofu rice) in which tofu, grains, jelly, and eggs are mixed is spilled. have.

The other end of the moving tube 700 is connected to the tofu rice transfer mold 800, the tofu rice transfer mold 800 is a bevel gear at both ends of the four shafts 802 consisting of a horizontal and vertical rectangular structure 804 is provided, and the filter cloth 806 is rotatably connected to each of the four shafts.

Tofu rice is passed through between the rectangular tofu rice transfer mold 800, and finished with tofu rice, tofu rice moving between the filter cloth 806 'located on the upper side of the tofu rice transfer mold 800 Finally press once more to make the shape of tofu rice moving frame 900 is provided to move up and down, and the remaining molds of the left and right and lower sides to remove the moisture remaining in the tofu rice by vacuum suction do.

The moving frame 900 is provided with a plurality of rotating rollers 902 so that the filter cloth 806 can be rotated so that the filter cloth 806 moves around its outer circumference.

Then, the moving frame 900 is pressed into the outlet side (800a) than the inlet side (800a) to be pressed by the pressing portion 830 is made of tofu in a high density state.

Reference numeral 418 denotes a solidification tank cap, and 520 denotes a brush for brushing them into the mixed compression screw 600 when grains and mussels are supplied.

Hereinafter will be described the operating state of the tofu rice and tofu rice production apparatus according to the present invention.

First, the user puts soybeans soaked in water into the collecting hopper 102 and operates the driving motor 104 to grind the soybeans.

When the soybean is crushed, the pulverized soybean is moved to the juice hopper 202, and is introduced into the vacuum suction screw 204 located below the juice hopper 202, and the soybeans are busy by the rotation of the vacuum suction screw 204. Is discharged to the non-drainage discharge hole 208, soybean juice is collected by the first filter network 210, the vacuum tank 200, wherein the soybean juice is at room temperature.

Thereafter, the soybean juice at room temperature located in the vacuum tank 200 is transferred to the heating tank 300 by vacuum pressure. The heating tank 300 serves as a pressure cooker, and boils soybean juice at room temperature several times. Repeated cooling.

The upper part of the heating tank 300 is provided with a sensor 306 to operate to rise to a certain height in order to prevent the boiled soybean juice overflows to cool the soybean juice by spraying the coolant through the first nozzle 302. Let's go.

Soybean juice is repeated heating and cooling is moved to the coagulation tank 400 to solidify for a predetermined time.

After the predetermined time has elapsed, the curd tofu moves to the mixing tank 500 and then flows into the mixing compression screw 600. In the mixing tank 500, the tofu in the tofu state is directly introduced into the mixing compression screw 600. The breakage preventing plate 510 is provided to prevent falling by the height difference.

The tofu in the head state is first moved to the breakage preventing plate 510 and stably flows into the mixed compression screw 600.

The first screw 624 of the first mixing portion 620 for supplying and mixing the called mixed grains is connected to the one end portion 600a having a large diameter of the mixed compression screw 600 in which the tofu in the head state is located. The second screw 634 of the second mixing unit 630 for supplying and mixing acorn jelly, buckwheat jelly or agar is connected.

The temperature of the first hopper 622 of the first mixing unit 620 where the grains are located and the second hopper 632 of the second mixing unit 630 where the mule is located is approximately 80 ° C. Will be used.

In addition, an electric heater (not shown) is used to maintain a temperature in the first screw 624 through which the cereals move and the second screw 634 through which the mute moves.

As heads, grains, and mussels are operated together with one end portion 600a of the large diameter mixed compression screw 600, they move to the other end portion 600b having a smaller diameter and are simultaneously compressed and mixed. The water remaining in the tofu, grains and jelly is removed through the second filter network 604, the temperature of the mixed compression screw 600 is to maintain approximately 100 ℃.

At this time, the temperature inside the mixed compression screw 600 is maintained by the steam supplied to the steam supply unit 552.

When the tofu, grains and jelly are mixed and moved to the other end 600b of the mixed compression screw 600, the other end 600b is provided at the other end 600b so as to supply eggs, etc. by the third mixing part 640. This is mixed.

Tofu, grains and jelly in the state of moving to the other end 600b of the mixed compression screw 600 is when the eggs, etc. are mixed, the water is removed more than 80%, the eggs are located inside them.

Tofu rice mixed with tofu, cereals, jelly, eggs, etc. is then introduced into the tofu rice transfer mold 800 and finally finished in the form of tofu.

As described above, the tofu rice and tofu rice production apparatus according to the present invention can supply additional nutrients necessary for our body to nutrients inherent in soybeans, and tofu rice and tofu that can be consumed as a meal substitute in busy daily life. It is effective to get rice maker.

1 is a cross-sectional view of tofu rice and tofu rice production apparatus according to the present invention,

Figure 2 is an enlarged cross-sectional view of the main part of tofu rice and tofu rice production apparatus according to the present invention,

Figure 3a and 3c is a sectional view of the operation state of the tofu rice transfer mold of tofu and tofu rice production apparatus according to the present invention.

<Description of reference numerals for main parts of the drawings>

100; Grinding apparatus 102; Collection hopper

200; Vacuum tank 202; Juice Hopper

204; Vacuum suction screw 208; Busy discharge

210; First filter network 300; Heating tank

302; First nozzle 306; sensor

400; Coagulation tank 402; 2nd nozzle

500; Mixing tank 510; Breakage prevention plate

600; Mixed compression screw 608; Outlet

800; Tofu rice transfer mold 900; Frame

Claims (3)

It is provided with a crushing device 100 for crushing soybeans, a vacuum tank 200 for vacuum suction of the soybean milk juice discharged from the soybean pulverized from the crushing device 100, from the vacuum tank 200 In the tofu manufacturing apparatus comprising a coagulation tank (400) which is provided with a heating tank (300) for receiving and heating green soybean milk juice, and receiving the high-temperature soybean juice heated from the heating tank (300), After the predetermined time has elapsed in the coagulation tank, the solidified tofu is provided with a mixing tank 500 in which the head is moved, and the bottom of the mixing tank 500 has the coagulated tofu flowing into one end having a larger diameter. A first mixing part having a mixed compression screw 600 to be moved to the other end by compression, and to supply the grains to be mixed with the head in the mixed compression screw 600 at one end of the mixed compression screw 600 ( 620 and a second mixing unit 630 for supplying any one of acorn jelly, agar or buckwheat, and the other end of the mixed compression screw consisting of a third mixing unit 640 for supplying eggs or red beans Tofu rice manufacturing device characterized in that. The method of claim 1, wherein the first mixing unit 620 is the first hopper 622 and the one end is connected to the first hopper 622 and the other end is connected to the mixing compression screw 600 is located The first hopper 622 is composed of a first screw 624 for grinding the grains, the second mixing unit 630 is a second hopper 632 and one end of the acorn jelly, agar or buckwheat is located It is connected to the second hopper 632 and the other end is connected to the mixing compression screw 600 is composed of a second screw 634 for grinding the acorn jelly, agar or buckwheat jelly supplied to the second hopper 632, the mixing tank 500 tofu rice production apparatus, characterized in that consisting of a damage prevention plate (510) to prevent damage when the tofu in the tofu state supplied from the coagulation tank 400 is introduced. Tofu rice produced by the tofu rice production apparatus of claim 1, wherein the tofu rice, tofu and solidified after a certain time; Any one of acorn jelly, agar or buckwheat mixed with the tofu; At least one or more grains mixed in said tofu; Tofu rice, characterized in that the mixture is mixed with the egg or red beans mixed in the tofu.