KR200408740Y1 - Packed bean-curd prodoction device using magnesium chloride - Google Patents

Abstract

The present invention relates to an apparatus for producing packaged tofu using magnesium chloride, and more particularly, to inject soymilk and magnesium chloride into the packaging case at the same time before packaging tofu to mix the instant to produce a good quality tofu The present invention relates to a packaging tofu production apparatus using magnesium chloride.

In the packaging tofu production apparatus for producing a packaged tofu while the supply frame is moved by a conveyor device, the contact silicon is formed on the upper end of the supply frame to support the wing of the packaging case, the soymilk supply unit The secondary soybean milk supply part is formed in parallel with the secondary soybean milk supply part, and the secondary soymilk supply part is transported up and down by a cylinder, and the cover closes the packing case, and the soymilk and magnesium chloride are instantaneously mixed by the stirring member. It is characterized in that it is formed to be.

As described above, according to the packaging tofu production apparatus using magnesium chloride of the present invention, by mixing the instant soy milk and magnesium chloride in the packaging tofu case at the same time there is an effect that the taste and quality of the tofu can be good.

Tofu, magnesium chloride, packaged tofu, conveyor equipment, close silicone, instant mixing

Description

PACKED BEAN-CURD PRODOCTION DEVICE USING MAGNESIUM CHLORIDE}

1 is an exploded perspective view of a secondary soybean milk supply unit of the packaging tofu production apparatus using magnesium chloride formed as a preferred embodiment of the present invention.

Figure 2 is a side view of a packaging tofu production apparatus using magnesium chloride formed by a preferred embodiment of the present invention.

Figure 3 is an enlarged view of the portion A of the packaging tofu production apparatus using magnesium chloride formed in a preferred embodiment of the present invention.

Figure 4 is a cross-sectional view of the portion B of the packaging tofu production apparatus using magnesium chloride formed in a preferred embodiment of the present invention.

** <Description of the symbols for the main parts of the drawings> **

100: conveyor 110: supply frame

114: close contact silicon 120: packaging tofu case supply

130: primary soybean milk supply unit 140: secondary soybean milk supply unit

141: high speed motor 142: flat plate

143: stirring member 144: cover

145: coagulant supply pipe 146: soy milk outflow pipe

147: soymilk supply pipe 148: support

150: wrapping paper supply roller 152: wrapping paper

160: expiration date printing unit 170: fusion unit

180: control box

The present invention relates to an apparatus for producing packaged tofu using magnesium chloride, and more particularly, to inject soymilk and magnesium chloride into the packaging case at the same time before packaging tofu to mix the instant to produce a good quality tofu The present invention relates to a packaging tofu production apparatus using magnesium chloride.

In general, the tofu is soaked in soybeans in water, then mixed with drinking water, crushed with a millstone or grinder, boiled, filtered off with soy milk, and then mixed with coagulant magnesium chloride or gluconodeltalactone (GDL). It was.

Recently, in order to automate the mass production of tofu, a plurality of supplying frames are transported at the upper end of the conveyor apparatus, and the soymilk and coagulant are injected into the packaging case and then packed and produced.

The tofu varies in taste depending on which coagulant is used, and the quality and taste of tofu using magnesium chloride are known to be the best.

However, the magnesium chloride has a very fast reaction rate with soy milk, so that the coagulation reaction occurs immediately after injecting a coagulant into the soy milk, so that the working efficiency is less than that for producing large amounts of tofu. Late coagulants are used to increase work efficiency. Therefore, the natural taste and quality of tofu was inevitably deteriorated.

In order to solve the above problems, the applicant of the present application injects hot soy milk into a sealed tofu molding container in order to mass-produce pan or tofu using magnesium chloride, and then injects magnesium chloride into the coagulant for instant stirring. Applied tofu manufacturing apparatus using the instant mixing method has been disclosed in the Republic of Korea Patent Application Registration No. 0389336.

Tofu manufacturing apparatus using the coagulant instant mixing method (hereinafter referred to as instant mixing device) is a cylinder is formed on the top, the flat plate formed at the end of the cylinder rod of the cylinder; The cover is connected to the lower end of the plate with a plurality of supports to form a parallel to the plate, the center of the top of the cover is formed a motor for rotating the motor shaft through which the stirring member is formed at the end of the cover, spaced apart from the motor Soy milk outlet, coagulant supply port and soy milk supply port are formed.

However, the instant mixing device has a problem in that it is not possible to produce a packaging tofu produced by heating soymilk and a coagulant into the packaging case at the same time to produce a tofu or tofu in a tofu molding container.

In particular, the packaging tofu is infused with soy milk and a coagulant at the same time and gradually heated, so when magnesium chloride is used, some of the coagulants become coagulated, and some of them are not coagulated.

In order to solve the above problems, the present invention has been devised for the following purposes.

(1) Provides a packaging tofu production apparatus capable of instant mixing by injecting soymilk and magnesium chloride at the same time inside the packaging case.

(2) Provides packaging tofu production apparatus that can produce packaging tofu with good taste and quality even if magnesium chloride is applied to packaging tofu.

In order to achieve the above object, the present invention is a general packaging tofu to produce a packaging tofu while passing through the packaging case supply unit, soymilk supply unit, packaging paper supply frame unit, expiration date printing unit and fusion unit by moving the feeding frame by a conveyor device In the production apparatus,

The contact silicon is formed on the upper end of the supply frame to support the wing of the packaging case, and the soymilk supply part is formed in parallel with the primary soymilk supply part and the secondary soymilk supply part, and the secondary soymilk supply part is provided in the cylinder. A cover is formed to seal the top of the packaging case at a lower end of the flat plate formed to be transported up and down by a high speed motor; A stirring member connected to the shaft of the high speed motor and protruding to a lower end of the cover; Soymilk supply pipe, soymilk outflow pipe, coagulant supply pipe is formed spaced apart from the high-speed motor.

Hereinafter, described in detail with reference to the preferred embodiments and the accompanying drawings as follows.

As shown in Figure 1 to Figure 3, the present invention is a packaging case supply unit 120, soymilk supply unit, packaging paper supply frame unit 120, the expiration date printing unit 160 while the supply frame 110 is moved by the conveyor device 100 In the general packaging tofu production apparatus for producing a packaging tofu while passing sequentially and the fusion unit 170,

A close-up silicon 114 is formed on the upper end of the supply frame 110 to support the wing 200a of the packaging case 200. The soymilk supply unit may include a primary soymilk supply unit 130 and a secondary soymilk. Is formed of a supply unit 140, the secondary soybean oil supply unit 140 is a cover 144 to seal the top of the packing case 200 to the bottom of the flat plate 142 formed to be transported up and down by a cylinder ) Is formed, the high speed motor 141 and the center of the upper end of the cover 144; A stirring member 143 connected to the shaft of the high speed motor 141 and protruding toward a lower end of the cover 144; Soymilk supply pipe 147, soymilk outflow pipe 146, coagulant supply pipe 145 is formed to be spaced apart from the high-speed motor 141.

The packing case supply unit 120 is a general supply device formed so that the packing case 200 may be automatically inserted one by one into the supply frame 110 moved by the conveyor apparatus 100.

The primary soybean milk supply unit 130 is a device for supplying soymilk when the packaging case 200 which is connected to the pipe from the soymilk storage tank (not shown) and is transported by the conveyor apparatus 100 is located at the bottom.

Only about 80% to 90% of the soymilk is supplied into the packaging case 200. The reason for the above is to allow the bubbles generated when the soymilk is supplied to be removed during the transfer to the next step.

The supply frame 110 is composed of a container portion (110a) and the wing portion (110b), the close contact silicon (114) is formed at the upper end of the wing portion (110b), the packaging case 200 is inserted, then packed The cover 144 of the secondary soybean oil supply unit 140 is formed to be firmly adhered to the wing 200a of the case 200.

The close contact silicon 114 is formed of a material such as silicon having elasticity, and a stepped portion is formed at a lower end thereof and inserted into a groove formed at an upper end of the wing part 110a of the supply frame 110.

The secondary soybean oil supply unit 140 has a flat plate 142 is formed to be transported up and down by a cylinder, the lower end of the flat plate 142 is formed with a cover 144 fixed by a support 148, the cover The high speed motor 141 is formed at the center of the upper end of the 144, and the stirring member 143 is formed at the end of the high speed motor 141, soymilk supply pipe 147, soy milk spaced apart from the high speed motor 141. Outlet pipe 146, coagulant supply pipe 145 is configured.

The inside of the cover 144 is formed in a curved surface so that the bubbles generated when the soymilk is injected into the packing case 200 is formed on the top end to form a soymilk outlet 146 near the apex of the curved surface to overflow the foam or part Soymilk is allowed to flow out, the outer periphery is formed flat so as to match the position of the close contact silicon 114 of the supply frame (110).

The stirring member 143 is formed in the shape of a screw (Screw) at the end of the high-speed motor 141, a plurality of holes are formed on the surface of the screw-shaped is formed so that the stirring is better. The stirring member 143 may have a screw shape, a blade, or a rod shape.

The soymilk supply pipe 147 is to fill the remaining 10 to 20% to the packaging case 200, the valve is formed on the cover 144 and the connection portion to be injected at the same time with the coagulant.

The soymilk outlet 146 is operated so that the soymilk is supplied from the soymilk supply pipe 147 and is formed so as to discharge the foam or overflowing soymilk generated when the soymilk is injected, and a valve is formed at the cover 144 and the connection portion.

Soy milk or foam leaked as described above is transferred to the secondary storage tank (not shown) is formed to be reused.

The coagulant supply port 145 is formed by mounting a valve on the cover 144 and the connection portion so that a predetermined amount of magnesium chloride can be supplied.

The wrapping paper supply roller 150 is a general supply device that can be sealed by high frequency fusion on the top of the wing of the packaging case 200.

The expiration date printing unit 160 is a general printing device formed so that the manufacturing date and the like can be printed when the wrapping paper 152 is supplied to seal the upper end of the packaging case 200.

The fusion unit 170 is a general fusion device that fuses the wrapping paper 152 placed on the top of the packaging case 200 at high frequency while being moved up and down by a general fusion splicer using heat.

Hereinafter, the operation method of the packaging tofu production apparatus using magnesium chloride formed by the preferred embodiment of the present invention as follows.

The supply frame 110 transported by the conveyor apparatus 100 receives the packing case 200 from the packing case supply unit 120, and the wing 200a of the packing case 200 is the supply frame 110. It is placed on the close contact silicon 114 formed on the top of the wing portion (110a).

The packaging case 200 is transferred to the lower end of the primary soybean milk supply unit 130 by the supply frame 110 transported by the conveyor apparatus 100, in which the soy milk storage tank (not shown) through the soy milk pipe About 80 to 90% of the packing case 200 is injected.

Thereafter, the packing case 200 is transferred to the lower end of the secondary soybean milk supply unit 140, while covering the top of the packing case 200 while the cover 144 is downward by the cylinder of the secondary soybean milk supply unit 140. The wing 200a is brought into close contact and sealed.

The valve of the soymilk supply pipe 147 formed on the cover 144 of the secondary soybean milk supply unit 140 is opened into the sealed packaging case 200 to inject 10 ~ 20% of soymilk. After the valve of 146 is opened at the same time to remove bubbles and overflowing soy milk generated from the soy milk, the valves of the soy milk supply pipe 147 and the soy milk outflow pipe 146 are closed at the same time.

Thereafter, the coagulant supply pipe 145 is opened to supply magnesium chloride, and at this time, the stirring member 143 rotated by the high speed motor 141 is operated to instantaneously mix soymilk and magnesium chloride in 1 second.

The secondary soybean milk supply unit 140 in close contact with the packing case 200 has a cover 144 upward by a cylinder, and the packing case 200 is transported by the conveyor apparatus 100 to the packing paper supply roller 150. The packaging paper 152 is supplied and packaged, the packaging paper 152 is printed by the expiration date printing unit 160 and the manufacturing date and the expiration date, the printed wrapping paper 152 is the top of the packaging case 200 High frequency fusion by the fusion unit 170 in the.

As described above, the present invention produces the following effects.

(1) By forming close contact silicon on the wing of the supply frame and forming a secondary soybean milk supply device at the upper end of the supply frame, the soymilk and magnesium chloride can be injected at the same time to the inside of the packaging case and mixed instantly. Can produce good quality tofu.

(2) Magnesium chloride can be applied to packaged tofu to produce packaged tofu with good taste and quality.

Claims (4)

While the feeding frame 110 is moved by the conveyor apparatus 100, the packaging case supply unit 120, the soymilk supply unit, the wrapping paper supply frame unit 120, the expiration date printing unit 160, and the fusion unit 170 are sequentially passed. In the general packaging tofu production apparatus for producing packaging tofu, A close-up silicon 114 is formed on the upper end of the supply frame 110 to support the wing 200a of the packaging case 200. The soymilk supply unit may include a primary soymilk supply unit 130 and a secondary soymilk. Is formed of a supply unit 140, the secondary soybean oil supply unit 140 is a cover 144 to seal the top of the packing case 200 to the bottom of the flat plate 142 formed to be transported up and down by a cylinder ) Is formed, the high speed motor 141 and the center of the upper end of the cover 144; A stirring member 143 connected to the shaft of the high speed motor 141 and protruding toward a lower end of the cover 144; Soymilk supply pipe 147, soymilk outflow pipe 146, coagulant supply pipe 145 is formed to be spaced apart from the high-speed motor 141 packaging tofu production apparatus using magnesium chloride. The method of claim 1, The supply frame 110 is composed of a container portion (110a) and the wing portion (110b), packaging tofu production apparatus using magnesium chloride, characterized in that the contact silicon 114 is formed at the top of the wing portion (110b). . The method according to claim 1 or 2, The close contact silicon 114 is a packaging tofu production apparatus using magnesium chloride, characterized in that the stepped bottom formed of a material such as silicon having elasticity. The method of claim 1, The inside of the cover 144 is formed in a curved surface so that the bubbles generated when the soy milk is introduced into the top, the outer periphery is flat so as to match the position of the contact silicon 114 of the supply frame 110 Packaging tofu production apparatus using magnesium chloride, characterized in that formed.

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