KR19990031957U - Busy strainer for tofu production - Google Patents

Abstract

The present invention relates to a busy squeeze device for tofu manufacturing, which is forcibly inserted into the drive shaft 95 of the crushing motor 90 so as to be supported by a bearing 600 provided in the sealing protrusion 16 raised on the bottom surface of the crushing tank 10. It is equipped with a bushing 240 to be fitted and a balance ring 260 to maintain a rotational balance integrally with the power transmission plate 200 to rotate in coordination with the drive shaft 95, and a fixed grinder on the top of the power transmission plate 200 The grinder plate 300 is fixed by mounting the movable grinder 100 for crushing the beans while rotating friction with the 110, and the grinder is fixed so that the movable grinder 100 is accommodated at the upper end of the grinder plate 300 and ground. And mesh filter net 400 to filter the busy in a mixture of water and water, the filter net 400 and the power transmission plate 200 and the grinding plate 300 integrally combined pin 500 to form a combination of the grinding motor ( The crushing motor, characterized in that the forming means for the dynamic rotation by the power of 90) The organic coupling means for transmitting the power source to the strainer with rotational force is made by fitting by pin coupling method, so it is made without separating the peripheral plates such as crushing plate and power transfer plate during the separation process of strainer for washing the absorbed paper. There is an effect of improving productivity by shortening the post-process.

Description

Filtration device of bean-curd refuse for production bean curd

The present invention relates to an improvement of the patent application No. 61068 tofu manufacturing apparatus, which is filed by the present applicant, and more particularly, to a tofu manufacturing apparatus for tofu which filters sebum in a mixture of fine soy flour and water.

The bean curd filter for manufacturing tofu applied to the patent application No. 61068 tofu manufacturing apparatus, which is the cause of the present application, is a process of grinding the bean curd in a mixture of soybean powder and water mixed with soybean, such as water, Simultaneously, the detailed configuration thereof is shown in FIG. 1.

In Fig. 1, the conventional bean curd filter for tofu is made by simultaneously putting the washed beans and water into the grinding tank 10 having a detachable cover 80 and then operating the grinding motor 90. The movable grinder 100 and the centrifugal blade 140 which are provided on the drive shaft 95 and located inside the grinding tank 10 rotate. The soybean is crushed by the friction of the stationary grinder 110 is provided to be shot by the elastic member 120 on the movable grinder 100 and the cover 80 in a state mixed with water. The beans are crushed through the conical sieve 130 having a circumferential surface and a bottom surface by the rotational force of the centrifugal blade 140 and the strain screen 130 through the outlet 12 provided at the bottom of the grinding tank 10 The filtered soymilk is discharged to the storage tank, and the filter paper filtered by the strainer 130 is guided to the guide plate 82 provided in the cover 80 to be separated and collected by the collection tank 50 to perform crushing and filtration. It is configured to have.

In addition, the water introduced into the grinding tank 10 enters the grinding motor 90 on the driving shaft 95 installed through the bottom surface of the grinding tank 10 so as to have a function of being blocked by the sealing protrusion 16. .

However, the above-mentioned tofu manufacturing apparatus, the present cause has been difficult to remove and assemble for cleaning the strainer 130.

That is, the pre-applied strainer 130 has a bottom and a circumferential surface, the bottom surface of the strainer 130 is inserted into the drive shaft 95 of the grinding motor 90 entering the grinding tank 10, the movable grinder ( 100) is fixed by the fastening force of the centrifugal wing 140 in a pressed state.

Therefore, the separation or assembly fixing of the strainer 130 is performed after releasing the movable grinder 100 and the centrifugal blade 140, thereby delaying the post-process by increasing the number of processes.

Another problem is that the power of the crushing motor 90 that provides rotational force to the strainer 130 and the movable grinder 100 is transferred to the strainer 130 by an indirect transfer method, thereby causing a power loss.

That is, the strainer 130 and the movable grinder 100 are fixed by the pressing pressure to which the centrifugal blade 140 is coupled to the driving side 95 of the grinding motor 90, and thus the grinding motor 90 in the power transmission process. The power of will depend on the degree of close contact with the centrifugal wing (140). Therefore, the slip pressure occurs at the initial startup of the grinding motor 90 due to the pressing pressure of the weak centrifugal blade 140, which lowers the filtration action and also causes the power loss due to the idling of the grinding motor 90.

The present invention has been made to solve the above problems, and an object of the present invention is to provide a bean curd device for tofu production having a separation net that can be separated without interference of the peripheral member.

Another object is to provide a bean curd device for tofu production, in which the rotational force of the strainer by organic transmission of the power source is directly transmitted to the whole strainer.

Still another object is to provide a bean curd device for tofu manufacturing, in which the binding between the mesh and the organic coupling means for transmitting the power source to the strain net with rotational force is firmly included, including the power source.

Figure 1 is an exploded cross-sectional view showing the configuration of the busy filtering device for tofu production according to the prior art,

Figure 2 is an exploded cross-sectional view showing the configuration of the busy filtering device for tofu production according to the present invention,

3 is a cross-sectional view of the busy filter device applied to FIG.

Explanation of symbols on the main parts of the drawings

DESCRIPTION OF SYMBOLS 10 Grinding tank 16 Sealing process 90 Grinding motor

95: drive shaft 100: movable grinder 110: fixed grinder

200: power transmission means 220: screw hole 240: bushing

260: balancing ring 300: grinding plate 320: through hole

340: support frame 400: strainer 420: demand

440: fastening groove 460: outward flange 500: pin

520: thread portion 540: elastic hook 600: bearing

When described in detail with reference to Figures 2 and 3 attached to the embodiment of the present invention for realizing the above object.

In the drawing, the present invention is operated by a grinding motor 90 in a grinding tank 10 having a removable cover 80, and a movable grinder 100 that rotates to grind washed beans that are simultaneously introduced with water. A mixture of crushing means consisting of a fixed grinder 110, which is elastically in close contact with the grinder 100 by the support of the elastic member 120, and pulverized soybean flour and water mixed by the power of the crushing motor 90. It comprises a structure of a conventional tofu maker which is installed so as to communicate with one side of the cover 80, the filtering means which is a rotating body for filtering the busy, and the collecting tank 50 for collecting the busy by the filtering means.

In the conventional configuration, the filtration means applied to the present invention is supported on the drive shaft 95 of the grinding motor 90 so as to be supported by the bearing 600 provided in the sealing projection 16 raised on the bottom surface of the grinding tank 10. The power transmission plate 200 which is co-rotating with the drive shaft 95 by integrally provided with a bushing 240 for interference fit and a balance ring 260 for maintaining the balance of rotation, and the upper end of the power transmission plate 200 The grinder plate 300 is fixed by mounting the movable grinder 100 to grind the beans while rotating friction with the fixed grinder 110, and the movable grinder 100 is fixed to the upper end of the grinder plate 300 to be crushed. Strained soybean meal and water in the mixture of the filtering net 400, and the strainer 400 and the power transmission plate 200 and the crushing plate 300 are integrally pinned to the pin 500 by the combination of the grinding The molding means for rotating the motor by the power of the motor 90 is characterized by the configuration.

A key groove 242 is formed inside the bushing 240 provided in the power transmission plate 200, and a key 97 into which the key groove 242 is fitted is formed in the drive shaft 95.

In addition, the forming means is provided with a threaded portion 520 and the elastic hook 540 on the upper side and the lower side at least one or more pins 500 to be fitted to protrude upward and downward through the through hole 320 of the grinding plate 300, A fastening groove 440 that forms a screw hole 220 fastened to the threaded portion 520 of the 500 to form a screw type coupling, and a fastening groove 440 to be joined to the elastic hook 540 of the pin 500. Forming a request 420 having an inner side to form a strainer 400 to form a removable fitting fit. At this time, the elastic hook 540 is cut vertically to a certain range to hold a predetermined elastic force.

In addition, the mesh 400 has a conical circumferential surface and at the same time communicates up and down, and has an outward flange 460 having a request 420 forming a joining means at the bottom thereof. The inner diameter of the outward flange 460 of the strainer 400 is formed to have a diameter adjacent to the side of the movable grinder 100 mounted on the grinding plate 400.

In addition, the upper end of the crushing plate 300 is provided with a support frame 340 which is attached in contact with the inner diameter of the outward flange 460 of the strainer 400 and the movable grinder 100 is accommodated.

Referring to the assembly and separation process of the subject innovation by the above configuration as follows.

First, the drive shaft 95 of the grinding motor 90 penetrates through the lower end of the grinding tank 10, and the power transmission plate 200 is supported on the driving shaft 95 by the bearing 600 between the sealing protrusion 16. While the key 97 of the drive shaft 95 is inserted into the key groove 242 formed in the bushing 240 of the fitting, the screw portion 520 of the pin 500 is fastened to the screw hole 220. .

Thereafter, when the through hole 320 of the grinding plate 90 is inserted into the pin 500, the upper side of the pin 500 having the elastic hook 540 protrudes from the upper side of the grinding plate 400. At the same time, the request 420 of the outward flange 460 provided at the lower end of the strainer 400 is fitted to the upper side of the protruding pin 500, and at the same time, the pin ( The elastic hook 540 of the 500 is fastened in a state where separation is prevented and the assembly of the filtration means according to the present invention is completed.

At this time, the separation of the strainer 400 is applied to the elastic hook 540 of the pin 500 when pulled out by applying a constant tensile pressure upward without separating the peripheral member, that is, the crushing plate 300 and the power transmission plate 200. As the fastening groove 440 of the request 420 is separated, the strainer 400 is separated in a single process.

When the assembly is completed as described above, when the drive shaft 95 rotates according to the operation of the grinding motor 90, the power transmission plate 200 coupled to the key 97 rotates. At this time, the power transmission plate 200 is provided with a balance ring 260 around the bottom, so that the thrust generated during the initial startup of the crushing motor 90 and the rotation is balanced in a state where the shaking is prevented during the rotation process.

When the power transmission plate 200 rotates, this rotational force is transmitted directly to the strainer 400 and the crushing plate 300 coupled with the pin 500, and rotates at the same time without the power loss due to slip by the pin 500 coupling. .

By this rotation, that is, by the rotation of the power transmission plate 200, the movable grinder 100 forms a rotational friction with the fixed grinder 110, and pulverizes the beans introduced as water, and at the same time, the strainer 400 is rotated and pulverized. The soy milk is collected through a sieve (50), and the soymilk is discharged through the outlet (12) provided at the bottom of the grinding tank (300).

The present invention is made by fitting the organic coupling means by the pin coupling method to transfer the power source of the crushing motor to the strainer, the grinding plate and the power transmission as a peripheral member during the separation process of the strainer to wash the adsorbed busy There is an effect that the productivity is improved by shortening the post-processing is made without separating the plate.

In addition, the net that is rotated by the power source of the grinding motor is directly loaded in the direction of rotation of the net by the pins fitted to the power transmission plate, and also by the initial rotation of the grinding motor by the balanced rotation of the power transmission plate by the balancing ring. Since the slippage of the pulverizing plate with the strainer and the movable grinder is prevented in the thrust and rotation process, the filterability is improved without power loss.

Claims (2)

It is operated by the power of the grinding motor and equipped with a pair of movable grinders and fixed grinders elastically in contact with each other to operate the grinding motor with a detachable free lid to grind the washed beans that are simultaneously introduced with water. In the tofu maker which performs a pulverization and filtration at the same time having a filtration means that is a rotating body for filtering the busy in a mixture of crushed soy flour and water, The filtration means is a bushing 240 and an interference fit to the drive shaft 95 of the grinding motor 90 so as to be supported by a bearing 600 provided in the sealing projection 16 raised on the bottom surface of the grinding tank 10 A balance ring 260 is integrally provided to maintain balance, and the power transmission plate 200 co-rotates with the drive shaft 95, and the rotation of the fixed grinder 110 on the top of the power transmission plate 200 makes rotational friction. The grinder plate 300 is fixed by mounting the movable grinder 100 to grind the beans, and the movable grinder 100 is fixed to the upper end of the grinder plate 300 so as to be ground in a mixture of crushed soy flour and water. Filtering mesh 400, the strainer 400, and the power transmission plate 200 and the crushing plate 300 is made by the pin 500 is integrally combined to rotate by the power of the crushing motor 90 Towel manufacturing apparatus for manufacturing tofu, characterized in that configured as a molding means to be. According to claim 1, The forming means is provided with at least one pin (40) and the elastic hook 540 on the upper side and the lower side at least one pin to be fitted so as to project to the upper and lower side through the through hole 320 of the grinding plate 300 ( 500 and a screw hole 220 fastened to the threaded portion 520 of the pin 500 to form a screwed coupling to the power transmission plate 200 and the elastic hook 540 of the pin 500 Bust strainer for manufacturing a head, characterized in that formed by a strainer (400) to form a request 420 having a fastening groove (440) on the inside to form a removable fitting fit.