KR960010142Y1 - Machine for washing rice - Google Patents

Abstract

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Description

Semi-gi

1 is a perspective view of the present invention.

2 is a cross-sectional view of the present invention.

Figure 3 is an enlarged perspective view of the semi-screw for the present invention.

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

Figure 5 is a cross-sectional view showing an embodiment of the present invention.

Figure 6 is a cross-sectional view showing another embodiment of the present invention.

* Explanation of symbols for main parts of the drawings

1: semi transfer part 2: hopper

3: Sliding adjustment board 4: Semi screw for

4 ': screw right 5: rotary feed plate

6: pulley 7,7 ', 7: motor

8 outlet 9 bend

10: rising screw 11: rising supply

11a: supply pipe 12: transfer plate

13,13 ', 44,44', 45,46,44a, 44a ': Bevel Gear

14: Motor 15: Rotating Cylindrical Network

16,21,41,41 ', 42,27,48,: Chain gear

17: injection hole 18: injection pipe

19: guide part 20: motor side

22,49: chain 23,24: water pipe

43: axis of rotation

The present invention relates to a semi-gigi which can semi-mass a large amount of rice quickly and cleanly. Specifically, when rice is fed into a hopper, the rice is fed to a semi-transfer section and semi-screwed and transferred by a semi-screw. Subsequently, the first semi-semi rice is transferred to the upper part by the rising screw installed on one side of the semi-transfer part and supplied to the second washing part. In the second washing part, the rice supplied by the rising screw is washed once more to the outside. The automatic discharge allows the rice to be semi-cleaned quickly and cleanly.

Generally, when washing rice, pour rice and water in a wide container as much as possible, and it is common. Usually, when washing rice, it is not semi-cleaned at a time.

The problem is that small families with small households use rice to make rice, but in large restaurants, dormitories, or military cookhouses that require a large amount of rice at a time, it takes a long time to semi-seed rice. It was difficult to wash it cleanly, and the waste of water was severe.

In addition, the above-mentioned closure is a case of eating rice as a staple, but in the case of manufacturing confectionery, bread, and rice wine with rice as raw materials, the same closure was followed, and the waste of manpower could not be ignored.

Therefore, the present invention was devised in view of the above-mentioned general problems, and in particular, a semi-conveying unit, an upward conveying unit, and a secondary washing unit, which are suitable for washing a large amount of rice, feed the rice and the machine automatically The purpose is to provide a semi-fiber to let it out after the semi-cleaning.

In addition, the size of the semi-gigi can be made relatively small and can be manufactured for home use. In this case, housewives can conveniently wash rice in each home, thereby reducing the time according to the housework.

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

1 to 4 are related to the configuration of the present invention,

1 is a semi-transfer section,

Hopper (2) is installed on the upper end, a slidable adjustment plate (3) is installed in the lower portion of the hopper (2) directly to adjust the amount of rice, inside the semi-screw screw (4), but the semi- The screw right 4 is provided with a plurality of rotary feed plates 5 on the outer circumferential surface, so that the rotary feed plate 5 is fixed at regular intervals in a spiral direction on the outer circumference of the screw right shaft 4 'to transport the rice while washing the rice. It was installed while maintaining.

In addition, a pulley 6 was installed at the distal end of the screw right shaft 4 'to receive the power of the motor 7 installed under the semi-transfer unit 1, and to be rotated. The discharge port was disposed at one end of the fuselage. 8), and the water level was to be supplied based on the bent portion 9 formed on the semi-transfer portion (1) the upper body of the body.

11 is a rising supply unit in which the rising screw 10 is installed, which is inclined at both ends of the semi-transferring unit 1 so as to be in contact with the semi-transferring unit 1 and forms a supply pipe 11a at an upper portion thereof. 10 is formed on the outer periphery of the transfer plate 12 in a spiral, the bevel of the motor (14) installed above the rising supply portion 11 by laying out the bevel gear 13 on the shaft top of the rising screw (10) The gear 13 'is engaged with and rotated.

15 is a rotary cylinder network, which is inserted into the front end of the supply pipe (11a), the chain gear 16 is formed on the outer periphery of the tip, and the center of the injection pipe formed with a plurality of injection holes 17 at regular intervals (18) is inserted and installed in the lower portion, the inclined guide portion 19 is formed in the lower portion, the chain gear 21 and the chain gear (16) installed in the rotating cylindrical network (15) installed at the tip of the motor shaft (20) ) Is discharged in the process of being interlocked by the chain 22 is collected into the inclined guide portion 19, a part of which is supplied to the lower screw 11 through the water pipe 23, a part of the water pipe ( It is to be supplied to the semi-transfer section (1) through 24).

Figure 5 shows an embodiment of the present invention, which is a single motor (7 ') to drive a semi-transfer screw 4, the rising screw (10) and the rotating cylinder network (15) In addition, two chain gears 41 and 41 'or double pulleys are also possible at the tip of the motor 7' shaft, and the chain gear 42 is disposed at the tip between the semi-transfer section 1 and the motor 7 '. And the bevel gear 44 is arranged on the rear end of the rotating shaft 43 to be engaged with the bevel gear 44 'built on the bottom of the rising screw 10, and the top of the rising screw 10. Another bevel gear 45 is laid in the end, and a bevel gear 46 is installed at the tip of the rotating cylinder network 15 so that the bevel gears 45 and 46 mesh with each other to rotate.

6 is another embodiment of the present invention, which is also a motor (7) as a single screw (4), the rising screw (10), it is possible to drive the rotary cylinder (15), the motor ( 7) The rotating shaft 43 'is laid out between the semi-transfer part 1 and the semi-transfer part 1 as a rotating material, and the bevel gear 44a is built up in the center position of this rotating shaft 43', and the bevel gear built up on the rising screw 10. And a chain gear 47 at the end of the rotating cylindrical network 15 to connect with the chain gear 48 and the chain 49 arranged at the end of the front shaft 43 '. will be.

Reference numeral 25 denotes a semi-framework, and 26 denotes a frame.

27 is the transfer wheel, 28 and 29 are bearings, 30 is the input hole,

31 is a drain valve.

The present invention configured as described above is able to semi-efficiently and prevent waste of water in advance.

Hereinafter, the operation and effects of the present invention will be described.

At first, when the semi-fiber is to be supplied, water is supplied while the semi-fiber 25 is operated. The water is normally supplied through the injection pipe 18 installed inside the rotary cylindrical network 15, and The water coming out through the injection hole 17 is supplied to the semi-transfer part 1 and the upward supply part 11 through the water pipes 23 and 24 which are connected to the inclined guide part 19, respectively.

And when the supplied water reaches the position of the bent portion 9 of the semi-transfer unit (1) fuselage, the rice to be semi-injected, and the bottom of the rotating cylindrical network (15) to place the tarana bucket to pick up the semi-rice. , The rice introduced into the hopper (2) is dropped into the semi-screw screw 4 of the semi-transporting portion 1 through the injection hole (30) and washed by the rotation of the semi-screw screw (4), the rising screw relatively slowly It is conveyed to the right 11 position and is raised by the spiral feed plate 12 of the rising supply part 11.

However, what is important here is the above-mentioned semi-transfer screw (4), the rotary feed plate (5) formed on the outer periphery of the semi-transfer screw (4) while maintaining a constant interval in a spiral direction like a spiral screw It is formed, and accordingly the rice is gradually transported to the rising feed section 11 while being stirred by the rotary transfer plate (5).

In the process of being transferred to the ascending supply unit 11 as described above, the semi-finished is about 80% to 90%, and is supplied to the ascending rotating cylinder network 15 through the ascending screw 11 while maintaining a relatively clean state. It becomes.

Subsequently, the rice supplied to the rotating cylindrical network 15 is gradually transferred forward while being discharged in the rotational direction as the rotating cylindrical network 15 rotates, and water is supplied without a break through the injection pipe 18 in this process. Therefore, it is discharged while semi-cleaning finally.

And the water supplied to the injection pipe 18 is discharged to the inclined guide portion 19 while washing the rice supplied to the rotary cylinder network 15, the discharged water is again through the water pipes (23) and (24) It is supplied to the rising supply unit 11 and the semi-transporting unit (1) to wash the rice and then discharged to save water, and the semi is made clean.

In addition, looking at the power transmission state, the motor 7 and the semi-screw screw 4 is driven as a belt, the rising screw 10 is to be rotated by the motor 14 installed on the upper, The shaft 14 of the motor 14 is provided with not only a bevel gear 13 'for driving the rising screw 10 but also a chain gear 21. The chain gear 21 simultaneously with the rising screw 10. Rotating cylindrical network 15 will also be rotated.

FIG. 5 shows an embodiment of the present invention, and the semi-finishing process is the same as that shown in FIGS. 1 to 4, and only one motor 7 'is installed, as one motor 7'. Semi-wool screw (4) can be driven at the same time the screw (10) and the rotating cylindrical network (15) is to reduce the production cost and power, etc. in use.

FIG. 6 shows an embodiment of the present invention, which can also simultaneously drive a screw screw 4, a rising screw 10 and a rotating cylindrical network 15 as a single motor 7. In addition to cost savings, it also saves power when used.

As described above, the present invention is capable of semi-fast and clean semi-screwing by semi-screwed cow 4, rising screw 10, and rotary cylindrical network 15, and can quickly semi-mass a large amount of rice. Of course, once the water supplied is semi-reflected rice supplied to the rotary cylindrical network (15) is also supplied to the rising supply section 11 and the semi-transfer section (1) to wash the rice to minimize the waste of water will be.

In addition, the scale can be made large or small, so that it can be selected according to the consumption of the rice of the appropriate scale, by adjusting the slide control plate (3) installed in the lower hopper (2) can also adjust the input amount of rice as desired It is a very useful design.

Claims (3)

The semi-screw screw 4 rotated by the motor 7 is built in the semi transfer part 1 with the hopper 2 installed in the upper part, and the rising feed part 11 and the rotating cylinder on one side of the semi transfer part 1. The mesh 15 is installed, but the screw screw 4 for the semi-installed a plurality of rotary transfer plate (5) on the outer periphery, the rotary screw plate (5) so as to transfer the washing while washing the rice screw screw ( 4 ') is installed to maintain a constant interval in the spiral direction on the outer periphery, and the discharge port 8 and the bent portion 9 is formed on the upper side of the semi-transfer section 1, the rising supply section 11 is a semi-transfer section ( 1) Slightly installed at the rear end, but abuts the semi-transporting portion (1), forming a supply pipe (14) at the top, and to raise the rising screw (10) therein, the upper screw (10) above the shaft The bevel gear 13 is built up, and the motor 14 which has built up the bevel gear 13 'and the chain gear 21 is installed above the upward supply part 11, The bevel gear 13 'is engaged with the bevel gear 13 arranged on the rising screw 10, and the rotating cylindrical network 15 fixes the chain gear 16 to the outer periphery of the tip to fix the motor 14. It is interlocked with the chain gear 21 installed in the insertion, inserting the injection pipe 18 having a plurality of injection holes 17 in the center of the rotating cylindrical network 15, the guide inclined in the lower portion of the rotating cylindrical network (15) Semi-formation is characterized in that to form a portion (19), the water supply through the water pipes (23) and (24) to the supply unit 11 and the semi-transporting unit (1). The motor (7) according to claim 1, which drives a semi-threaded screw (4), a rising screw (10) and a rotating cylindrical network (15) with one motor (7 '), with two chain gears (41) at the tip of the motor shaft. ) 41 'or double pulley is also possible, and between the semi-transfer part 1 and the motor 7', the rotary shaft 43 which accumulates the chain gear 42 at the tip is constructed, and the bevel is at the rear of the rotary shaft 43. The gear 44 is laid out to be engaged with the bevel gear 44 'which is arranged at the bottom of the rising screw 10, and the other bevel gears 45 and 46 are engaged with the top of the rising screw 10 to rotate. Semi-gi which is characterized by. The motor (7) according to claim 1 or 2, wherein a single screw (7) can drive the semi-threaded screw (4), the rising screw (10), the rotary cylindrical network (15), but the motor (7) and semi Bevel gears 44a 'built up on the rising screw 10 by placing the rotating shaft 43' between the conveying section 1 and rotating the bevel gear 44a at the position of the rotating shaft 43 '. And a chain gear 47 at the end of the rotating cylindrical network 15 to connect and drive the chain gear 48 and the chain 49 arranged at the end of the rotating shaft 43 '.