KR910000604Y1 - Mixer - Google Patents

Abstract

No content.

Description

Milling centrifugal stirrer

1 is a side cross-sectional view of the centrifugal stirrer of the present invention assembled.

Figure 2 is a perspective view showing the separation of the centrifugal stirrer rotating disc of the present invention.

3 is a cross-sectional view taken along the line A-A 'of FIG.

* Explanation of symbols for main parts of the drawings

1: outer shell 2: inlet

3,3A: Body 4: Hopper

5,5A: Fante 6,6A: Motor

7,7A: shaft 8: fixture

9: bearing case 10: lampshade

11: disc 12: wings

13: tube 14,14A: wing

15: disc-shaped disc 17: injection hole

18: water supply pipe 19: connection ring

20,20A, 20B, 20C: Agitator blade 21: Outlet

The present invention sprays particles in a strong state with centrifugal force at the same time to supply the appropriate water proportional to the milling powder. It is a milling centrifugal stirrer that is mixed by (mixing) and flows out to the outlet, so that the dough with excellent quality of overdose is quickly obtained with little power of a small motor.

Conventional milling stirrer penetrates the shaft of the motor to the center of the mixing vessel, and a number of rotary stirring blades are installed on the shaft to mix the water injected with the milling for a long time, so that it is stirred. It takes a lot of agitation time to infiltrate evenly, but it takes a heavy load on the rotor blade which rotates at high speed, and the generated frictional heat is transferred to the dough under stirring and the quality is lowered. There was a problem that shortens the life of the motor with power consumption.

When the present invention devised in order to solve such a conventional problem will be described in detail the structure and the effect by the accompanying drawings.

The annulus 5 of the upper body 3 is wrapped around the upper annulus 5A of the body 3A so that the upper inlet 2 of the outer shell 1 and the hopper 4 of the upper body 3 coincide with each other. The tubular shaft (7) of the motor (6), which is assembled so that it can be assembled and fastened with a bolt to the circumferential surface of the annulus (5) (5A) and installed above the outer shell body (1), penetrates the outer shell body (3) Rotating into the bearing case 9 installed in the center of the fixing stand (8) which is connected to the inner surface of the upper body (3) through the center of the hopper (4) of the hopper (4) to the bottom position of the hopper (4) Installing the overbody 13 connecting the shade 10 and the disc 11 with the wings 12 and protruding the blade piece 14 at even intervals around the inner surface of the shade 10 and the lower part of the disc 11 The plate-shaped disc 15 is provided on the tubular shaft 7 which is a position, but the blade-shaped disc 15 protrudes in a uniform arrangement on the top surface of the plate-shaped disc 15 so that the outer end circumferential surface of the disc 15 and the shade 10 ) The bottom perimeter A jet port 17 is formed around the tubular shaft 7 at a position on the horizontal line and close to the disk 15 above the disk 15, and is supplied through the water supply pipe 18 from the upper part of the motor 6. The water to be discharged to the injection port 17.

At this time, the water supply pipe 18 and the tubular shaft 7 are rotatable only by the tubular shaft 7 by the connecting ring 19, and the shaft 7A of the motor 6A installed on the bottom of the lower body 3A is It penetrates the center of the lower body 3A and is mounted on the bottom of the bearing case 9 at the center of the inner surface fixing stand 8 of the upper body 3 so as to rotate separately from the tubular shaft 7 and the shaft of the motor 6A. The stirring blade 20 installed on the upper portion 7 mixes the dough falling on the inner surface of the lower body 3A from the inner surface of the upper body 3 so as to fall to the lower portion and the stirring blade 20A installed on the shaft 7A. 20B and 20C are the structures which discharged the dough to the bottom discharge port 21 of 3 A of lower bodies, mixing the dough falling instantaneously.

Connect the power supply to the motor (6) (A) of the centrifugal stirrer as described above, and continuously supply the mill through the inlet (2) of the outer shell body 1 into the hopper (4) of the upper body (3) When opening the valve of 18) and supplying water, the water passing through the tubular shaft 7 is rapidly dropped through the injection hole 17 to the upper portion of the disc-shaped disc 15, and then through the hopper 4 of the shade 10 The milling particles flowing into the upper opening hole fall on the disc 11 and are spread under the influence of the centrifugal force of the high speed rotation (1800 RPM), and this time, the milling particles are contacted by the centrifugal force of the shade 10 at the moment of contact with the bottom circumferential surface of the shade 10. In the dish-shaped disc 15, which was rotated before being diffused and spread around the inner end of the upper body 3 around the inclined inward surface end of the shade 10, sprayed with water flowing through the tubular shaft 7 in a spray state. Diffuse and spray the top of the 10 ° angle from the inner end of the shade 10 with a strong impact When the water particles sprayed on the milling particles collide with the strong impact, they repeatedly invade the ground around the milling particles, and the secondly infiltrated milling particles protrude around the bottom of the shade 10. 14) the inner circumferential surface of the upper body (3) by the impact and centrifugal force struck by the impact, and when the impact on the horizontal height position of the shade 10 is already completely mixed and the mixed dough at this time increases the viscosity The dough is dropped and mixed by stirring it as if scraping the dough from the upper end of the lower body 3A, the outer end of the stirring blade 20 installed at the upper end of the shaft 7A of the primary motor 6A flows downward. In the fourth step, an excessive amount of dough was obtained in a short time by a continuous action in which dough mixed with stirring blades 20A, 20B, and 20C was gradually discharged through the outlet 51.

By continuing this stirring process, mass production of excessive amount of dough is possible, and there is no cause of frictional heat during stirring, so the quality of dough is excellently formed, and it is a small centrifuge and efficient dough is obtained with the lowest power consumption. It is a new design designed to supply high quality noodles to consumers.

Claims (1)

The annulus 5 of the upper body 3 is assembled to surround the annulus 5A of the lower body 3A into the outer shell 1 and the inlet 2 of the outer shell 1 is the upper body 3. The upper motor 6 of the outer shell 1 and the tubular shaft 7 of the outer shell 1 penetrate the outer shell 1 and pass through the center of the hopper 4 of the upper body 3. 3) Inside the bearing case 9 in the center of the plurality of fixing stand (8), but the blade (10) and the disc 11 to protrude in a uniform arrangement around the bottom of the shade 10, a plurality of wings The opening hole of the shade 10 is installed on the tubular shaft 7 of the tubular disk 13 which is connected to the tubular body 13 connected to the tubular disk 13 and the top surface of the dish-shaped disk 15 by protruding the blade pieces 14A. 4) and the end circumference of the shade 10 and the outer circumferential surface of the plate-shaped disc 15 are assembled in a horizontal position, and the injection hole is formed on the tubular shaft 7 which is an adjacent upper position of the plate-shaped disc 15. A tubular shaft (7) formed and penetrated above the motor (6) The shaft 7A of the motor 6A installed on the bottom surface of the lower body 3A is attached to the water supply pipe 18 so that the water supply pipe 18 is idle by the connecting ring 19, and the upper body (3A) passes through the center of the lower body 3A. 3) A plurality of stirring blades 20 from the top of the shaft 7A of the motor 6A while being installed in the center of the holder 8 so as to be rotated separately from the tubular shaft 7 to the bottom of the bearing case 9. (20A) A milling centrifugal stirrer provided with 20B and 20C, and the outlet 21 is formed in one side of the lower body 3A bottom surface.