KR200218794Y1 - Tofu manufacturing equipment - Google Patents

Abstract

The present invention relates to a tofu manufacturing apparatus for supplying fresh products to general consumers by manufacturing tofu by installing in a large restaurant or a conventional market.

The overall configuration of the head manufacturing apparatus of the subject innovation, the filter body 41 formed with the through-hole 41a is fixed while maintaining a constant inclination in the upper portion of the bottom space 44, the discharge port 24 is provided on one side And the integrated box 40 of the upper and lower strait shape to remove the foreign matter in the beans and to wash the dust and the like; A soaking tube 50 formed with a supply port 46 in which a valve is opened and closed by a lever 47 at a lower portion thereof, and a viewing window 45 formed on a front surface thereof; One side and the front side of the main body is provided with a collecting container (2) and the bean canister (10); At the bottom of the cylindrical boiler 21, a nozzle 23 for spraying water vapor supplied from a boiler and a discharge pipe 26 are mounted at the center of the bottom, and a temperature sensor for sensing an internal temperature at a predetermined portion of the outer wall ( 27 is mounted and the end device (20) equipped with a calcium tube (25) at the end by installing a branch pipe (24) at a predetermined portion of the pipe (29) connecting the boiler (21) and the boiler; The compressor 34 is installed at the lower part of the substrate 36, and the mounting plate 36 for mounting the piston 33 and the forming mold 31 which are operated up and down by the upper pneumatic device 35 is provided. It is composed of a molding apparatus 30.

Description

Tofu manufacturing equipment

The present invention relates to a tofu manufacturing apparatus for manufacturing tofu at a large restaurant or a conventional market and providing it to general consumers on the spot. Especially, in manufacturing tofu, it is called the best condition suitable for grinding and removing foreign substances mixed in soybeans. The soybeans are crushed by a grinding machine and separated into soybean juice and soybeans.The soybean juice is boiled at a constant temperature in a continuous pot, and calcium is added to it to put the tofu formed in a mold and pressed by a piston operated by a pneumatic device. It relates to a tofu manufacturing apparatus developed to manufacture tofu to complete all operations in one step.

In general, tofu is produced by conventional methods or by installing a separate device and proceeding with each process to produce a large amount of tofu and supply it to each retailer, which is distributed in a short time due to the characteristics of the product. It must be done, and special attention should be paid to hygiene.

The method for preparing tofu is soaked in water for a certain time, as it is well known, and then inflated so that the beans are suitable for grinding, and then supplied with a small amount of water to the beans, finely ground using a mixer, and then the ground contents Put the squeezed into the gauze to separate the soy juice and grounds (beech), and then put only the soybean juice in the pot and heated using a heater for a certain time, when a certain amount of calcium, which is a coagulant is added to the soybean heated to a certain temperature, the tofu is completed.

Put the soft tofu in the mold to put a weight on the top, the water contained in the soft tofu is discharged to complete the tofu.

However, the conventional manufacturing method of tofu prepared as described above has a problem in that it takes a lot of time and a number of working people in manufacturing tofu.

In addition, since all work processes are all made by hand, they are not only very dirty for hygiene, but also take a long time in distribution, and various problems caused by this are pointed out.

The present invention has been proposed in view of the above problems, and the purpose of the present invention is to prepare tofu, which is called to be suitable for grinding by removing foreign substances mixed in soybeans, and solidifying the boiled juice obtained by grinding it for a certain time. The present invention provides a tofu manufacturing apparatus capable of manufacturing tofu in one process by compressing the solidified tofu after adding ash to a molding machine.

Another object of the present invention is to provide a tofu manufacturing apparatus capable of minimizing the number of workers and fully manufacturing tofu with a sanitary bottom by fully automating the manufacturing process of tofu.

The overall configuration of the present invention for achieving the above object is integrated with a mesh body fixedly installed to maintain a constant slope on the bottom; A soaking tube called soybeans in the accumulator by a pump to supply a certain amount of water; At the lower part of the supply port mounted to the bottom of the soaking container, a grinding machine for grinding the beans supplied to the upper hopper by the driving of the motor and grinding the beans to separate them into soybean juice and sebum; A discharge pipe is installed at the nozzle and the bottom part to supply water vapor generated from the boiler, and a temperature sensor for detecting the internal temperature is installed at a certain part of the outer wall, and a branch pipe is installed at a certain part of the supply pipe connected to the boiler to store calcium at the end. End device which is composed of a calcium barrel to make; The compressor is installed in the lower part of the substrate and consists of a molding apparatus consisting of a piston for operating up and down and a mounting plate for placing the forming mold.

Hereinafter, the operational state of the present invention will be described in detail with reference to the accompanying drawings.

1 is a perspective view illustrating the overall configuration of the present invention

Figure 2 is an exploded perspective view illustrating a configuration state of the grinding machine which is one component of the present invention

Figure 3 is a longitudinal sectional view illustrating a configuration state of the end pot which is one component of the present invention

4 is a front view illustrating a configuration state of a grinding device which is one component of the present invention;

Figure 5 is a partially cutaway cross-sectional view showing the configuration of the integrated box of the present invention

Explanation of symbols on the main parts of the drawings

(1) (1a)... Pulley (2). Trap

(3)... Housing 4... cover

(6)... Pivot shaft (7) Filter support plate

(8)… Mesh (A)… Crusher

(10)... Bean jar (11) outlet

(14)... Upper mixer board 15... Supply pipe

(16)... Lower mixer plate 18... Coil spring

(20)... End device 21... kettle

(22)... Cover 23... Nozzle

(23a)... Injection hole 24... Branch pipe

(25)... Calcium pain (26) outlet

(27)... Temperature sensor 30.. Molding equipment

(31)... Molding die 33... piston

(34)... Compressor 35... Pneumatic

(40)... Stack (41)... Filter sieve

(42)... Supply pipe 43... Pump

(45)... See-through window 46... Supply port

(47)... Lever 50... Soak

(100)... Board

1 to 5 illustrate the configuration of the present invention, the overall configuration of the present invention is an integrated box 40 for removing various foreign matters mixed in the beans; Boiler (50) for supplying the soybeans soaked in water for a certain time so as to be suitable for the grinding to the hopper provided on the upper grinding device; A grinding machine (A) for finely crushing the beans by a mixer plate provided in the body of the beans supplied from the soaking container 50; A continuous device 20 which boils the soybean juice supplied from the mill and adds calcium as a coagulant to make soft tofu; It is composed of a molding apparatus 30 that fills the forming head by the discharge port with the finished tofu part completed by the end device, and presses the molding mold onto a mounting plate and presses it by a piston for lifting and lowering.

As shown in Figure 5, the stacker 40 is formed in the upper and lower strait shape in order to easily insert the beans put in the bag as shown in Figure 5, the bottom surface is generated in the various foreign substances such as stones mixed in the beans and soybean washing process In order to allow the impurities to pass through, the space 44 is secured to the lower portion of the filter body 41 fixedly installed by maintaining a constant inclination angle, and the drain port 49 is connected to the space 44 in the outside. consist of.

In addition, the configuration of the soaking container (50) is supplied to the water by the pipe 42 by the operation of the pump 43 to clean the beans to clean the various foreign matters and dust mixed in the beans by the accumulation box (40) As immersed for a certain time, the supply port 46, which is equipped with a valve that is opened and closed by the lever 47 at the bottom, is mounted on the lower side, and the sight glass 45 on the front side makes it possible to visually identify the soaking degree of the bean. Consists of a formed structure.

The overall configuration of the grinding block (A) that is mounted to the lower portion of the soaking container 50, as shown in Figure 1 and 2, the shell and the busy that is generated while grinding the beans in the grinding machine (A) on one side Collector (2) and the front side to accumulate is composed of a soybean container (10) to receive and store the soybean juice discharged from the mill (A).

The configuration of the collecting container (2) is simply to store the debris generated by the operation of the crusher (A) is a rectangular body with four casters (2b) at the bottom is installed in the bottom to facilitate transport, the front The upper portion of the handle (2a) protrudes to the outside is formed integrally, the sump (10) is fixed to the substrate is to supply the juice through the pipe 12 installed on one side to the end device 20.

In addition, the configuration of the shredder (A) is a fixed installation on the substrate 60, as shown in Figure 2, which creeps the housing 3 of the cylindrical shape and the lid 4 of the upper portion (3b) As a combination consisting of), the diaphragm (3a) is mounted to the central portion of the inside of the housing (3) to extend the pivot shaft (6) downward in the hollow portion of the lower portion to secure the pulley (1) at one end The belt 1a 'is wound around the pulley 1a on the motor shaft so that the driving force of the motor M is transmitted. Further, the rotating shaft 6 is extended to the upper part of the diaphragm 3a, and the outer periphery of the rotating shaft 6 has a fine mesh on the inner side of the filter support plate 7 in which a plurality of through holes 7a are formed at the periphery. It is comprised so that the mesh 8 may be integrally integrated and it may be settled in the mounting jaw 7b provided in the upper part of the housing 3.

The lower mixer plate 16, in which the motor M is driven by the operation, is fixed to the inner side of the filter support plate 7 by the fastening bolt 9, and the diaphragm 3a and the filter bark plate 7 are fixed. A certain portion between the discharge port 11 for transferring the juice to the boiling pot 21 is formed.

On the other hand, the bottom of the cover 4 is equipped with the upper mixer plate 14 to grind the beans into fine particles, which is a hollow portion of the screw portion 15a and the inside hollow on a predetermined portion of the upper outer periphery A mounting plate 17 for fixing and coupling the upper mixer plate 14 is integrally formed at the lower end of the 15, and an upper portion of the lower mixer plate 16 and the upper mixer plate 14 is mounted on the upper portion of the mounting plate 17. The coil spring 18, which is elastically installed to adjust the spacing, is extrapolated, and the upper portion of the coil spring 18 is supported by the protruding jaw 4a formed at the bottom of the lid 4, and the The supply pipe 15 protruding to the upper surface is to adjust the upper and lower height of the upper mixer plate 14 by combining the gap adjusting lever 19.

Then, one side of the cover 4 is cut to form a discharge port 4b, which is ground by the upper and lower mixer plates 14 and 16 and guides the debris that is moved upward by centrifugal force to the collecting container 2. Will be.

The ground grounded as described above is stacked in the collecting container (2) and the soybean juice is filled in the soybean container 10 installed on the front side of the grinding machine (A) via the pipe 24 by the operation of the pump 43 By transferring to the end device 20 to heat the soybean juice filled in the inside of the boiling pot 21 with steam supplied from a boiler (not shown) to a proper temperature, the configuration of the end device 20 is shown in FIG. As shown in the boil-cooker 21 and the top of the cylindrical shape or square is provided with a cover 22 configured to be opened and closed, the bottom of the inside for spraying the water vapor supplied from the boiler The nozzle 23 in which many injection hole 23a is formed is arrange | positioned.

The nozzle 23 can be installed in a straight bar or excreted in a circular shape along the inner circumference of the boiling pot 21, which is configured in any form as long as the heat of the steam can be evenly applied to the inside of the bean juice. It doesn't matter.

The outer end of the nozzle 23 branches the predetermined portion in the middle of the pipe 29 connected to the boiler to form a branch pipe 24, and a calcium container 25 for storing calcium in the upper part of the branch pipe 24. ) Is provided.

And the center of the bottom surface of the boiling pot 21 is formed with a discharge port 26 for transferring the contents of the interior to the molding die 31 is provided separately, a predetermined portion of the outer wall for detecting the temperature inside The temperature sensor 27 is mounted, the temperature sensor 27 is connected to the solenoid valve 28 provided in the lower portion of the calcium cylinder 25 to perform the function of automatically opening or closing.

That is, the bean juice filled in the boiling pot 21 is heated to a predetermined temperature, and the bean juice is mixed with calcium, which is a coagulant, to make a tofu, and the supply of calcium is detected by the temperature sensor 27 as described above. If the automatic opening and closing system of the solenoid valve 28 is applied, or when aged at a certain temperature may be employed to artificially open the valve (28a).

Then, when the valve 26a mounted at the outlet 26 provided at the lower portion of the tofu solidified by the boiling pot 21 is opened, the inside of the tofu is discharged to form the mold formed in the forming apparatus 30. (31) is compressed by a pressing plate (33a) fixedly mounted to the end of the cylinder 33, which lifts and lifts, the overall configuration of the molding apparatus 30 is a pneumatic device (mounted at the top) Compressor 34 for supplying air to the 35 is installed, and the mounting plate 36 for placing the molding die 31 on the upper part of the substrate 34 is provided, and the upper and lower pneumatic devices 35 are operated. ) Is integrated.

As described above, the soaking container 50 for washing the beans and the soaking container 50 to be called the best condition for the grinding, the grinding machine A for grinding the beans supplied from the soaking container 50 and the grinding device generated Looking at the operating state of the present invention for producing tofu in one process consisting of a continuous device 20 for receiving the soy juice and heating to a certain temperature and molding the tofu in a certain form, first put the beans soybeans In order to facilitate the grinding of the beans by washing them in the collecting box (40) to remove the foreign substances mixed in the dust and supplying them to the soaking container (50), the beans are swelled and inflated for a predetermined time (A) When supplied to the hopper (H) provided in the upper portion of the lower mixer plate 16 through the hollow portion 15, the motor (M) mounted on the lower portion of the housing 3 is activated Is mounted on the end of the rotating shaft (6). The lower mixer plate 16 rotates at high speed while finely grinding the beans supplied between the lower mixer plate 16 and the upper mixer plate 14.

Soybean juice is pulverized in this way through the through hole (7a) on the mesh (8) and the filter support plate (7) is discharged to the outlet (11) mounted on the upper portion of the diaphragm (3a) outwards and filled with the soybean can (10) pump By the operation of the 43 is transferred to the boiling pot 21 through the pipe 42, the residue (busy) blocked by the mesh (8) by the centrifugal force generated while the lower mixer plate 16 rotates. While moving upward, the discharge port 4b is integrally provided on one side of the cover 4 and is stacked on the collecting container 2 provided on one side of the housing 1.

When the bean juice supplied from the crusher A is filled to the boiler 21 by a certain amount, the boiler mounted on one side of the boiler 21 is operated so that steam generated from the boiler is provided at the end of the pipe 29. It is injected into the injection hole (23a) formed in the nozzle 23 is to be heated until the soybean juice, which is the heated material in the boiler 21 to rise to approximately 100 ℃.

When heated to a certain temperature, the temperature sensor 27 mounted on one side of the cooker 21 detects this to automatically stop the operation of the boiler and at the same time the solenoid valve mounted on the lower portion of the calcium cylinder ( 28) is opened, calcium in the barrel 25 is supplied to the inside of the cooking pot via the pipe 29 and the nozzle 23, and after about 10 minutes, the mixture is mixed with the soybean juice and the soft tofu part It is made.

When the soft tofu is opened by the valve 26a attached to the outlet 26 provided in the lower part of the boiling pot 21, the soft tofu is contained in the forming mold 31 along the outlet 26 to form the mold 31. ) Is stacked and placed on the mounting plate 36 and the upper pneumatic device 35 is operated. As the cylinder 33 descends, the pressing plate 33a presses the upper plate of the forming mold 31 to remove the contents. When compressed, the water is discharged to complete the tofu.

As described above, the present invention removes foreign substances mixed with soybeans, washes dust, etc., and soybeans are fed and soaked in soaking and soaking bowls soaked in water for a certain time in order to optimize soybeans for grinding. A grinding device that separates the bean and soybean juice and the crushed soybean juice from the grinding device and boils for a certain period of time, and then adds calcium, which is a coagulant, to make a tofu tofu and the tofu curd from the cooking pot into a mold and lifts the piston. By forming the tofu by compressing the integrally configured tofu tofu can not only manufacture tofu quickly and easily in a series of processes to manufacture tofu, but also tofu tofu can be supplied to the manufacturing consumer on the spot, to each store Since the supply time can be omitted, it is always possible to supply fresh products. .

Claims (1)

The upper part of the bottom space portion 44 maintains a constant inclination to fix and install the filter body 41 formed with the through-hole 41a, and has a discharge port 24 on one side to remove foreign substances in the beans and to clean the dust. Accumulation box 40 of the upper and lower negotiations; A soaking tube 50 having a viewing window 45 formed on a front surface thereof, and a supply port 46 having a valve open and closed by a lever 47 at a lower portion thereof; On one side of the main body is provided with a collecting container (2) and a juice container (10) on the inner side of the cylindrical housing (3) is formed with a discharge port 11 on one side is provided with a plate (3a), the lower part The valve 1a 'is wound around a pair of poly 1s 1a fixed to the end of the rotational shaft 6, and the filter support plate 7 on which the inner peripheral mesh 8 is fixed is placed. The lower mixer plate 16 is fixed to the pivot shaft 6 with a fastening bolt 9, and the supply pipe 15 is elongated downward in the center of the cover 4 provided at one side with a discharge port 4b on the upper side thereof. It is extended and fixed, the lower end of the supply pipe 15 is integrally configured with a mounting plate 17 fixing the upper mixer plate 14, the outer periphery of the supply pipe 15 fixed to the upper surface of the mounting plate 17 The spacing adjustment lever 19 is installed on the threaded portion 15a formed on the outer circumference of the supply pipe 15 protruding the coil spring 18 and protruding from the upper surface of the cover 4. Do wedge (A); At the bottom of the cylindrical boiler 21, a nozzle 23 for injecting water vapor supplied from a boiler and a discharge pipe 26 are fixed at the center of the bottom and a temperature sensor 27 for detecting an internal temperature at a predetermined portion of the outer wall. ) Is mounted, the end device 20 is installed in the predetermined portion of the pipe (29) connecting the boiler (21) and the boiler and the branch tube (24) equipped with a calcium cylinder (25) at the end; The compressor 34 is installed at the lower part of the substrate 36 and the mounting plate 36 for mounting the piston 33 and the forming mold 31 which are operated up and down by the pneumatic device 35 is provided at the upper part thereof. Tofu manufacturing apparatus, characterized in that consisting of a molding apparatus (30).