KR200166515Y1 - Grain washer using hydraulic power - Google Patents

Abstract

The present invention relates to a semi-apparatus configured to automatically wash grains such as rice, and more particularly, a water supply port formed by inserting a predetermined size through-hole into the bottom of the semi-apparatus, and a connection water supply hose having one end connected to an outer circumferential surface of the water supply port. And, the water is supplied to the connection water supply hose at the same time it is converted to the water flow and after a certain level of semi-finished by a predetermined semi-means, the drain of the water washed by a predetermined drain consisting of several holes installed in the upper end of the semi-device is made smoothly It is related to the semi-device of the grain configured to make it so that the grain washed in the semi-device is not leaked to the supply and drainage means, as well as configured to eliminate the backflow phenomenon, such as the re-inflow of the washing water discharged from the semi-device, It relates to a new semi-device which allows for a more effective and hygienic semi-process.

Description

Semi washer using hydraulic pressure {Grain washer using hydraulic power}

The present invention relates to a semi-device configured to automatically wash grains such as rice, in particular a certain amount of water through the water supply hose connected along the outer circumferential surface of the water inlet formed by inserting a certain amount of through-hole into the bottom of the semi-device The semi-process is performed by the flow of water supplied and formed at this time, and when the semi-work is completed, the grain is configured to smoothly drain the washed water through a drain hole consisting of several holes in the lid located at the top of the semi-device. It's about a semi device.

Semi device according to the present invention is configured to adjust the progress of the semi and the speed according to the amount of water supplied through the above water inlet, and does not require a separate power source or power to save energy effect In addition, the grain washed in the semi apparatus is configured so that it is not leaked to the supply and drainage means, and it is designed so that there is no backflow phenomenon such as the re-introduction of the washing water discharged from the semi apparatus, thereby making it more effective and hygienic. The semi-process according to the present invention is configured, and thus there is a purpose of the present invention to provide a new semi-apparatus accordingly.

In the past, various types of semi-apparatuses have appeared to eliminate the inconvenience of washing rice directly, which corresponds to a semi-apparatus that requires a separate driving device or is attached to various kitchen containers. If you look like this:

Semi-finished machine with a separate drive device is a utility model registration application No. 85-11439, 86-1495, 86-5116, 86-17752, 86-17849, 87-3103, 88-313 No. 88-13789, 88-19954, 89-10610, 89-10015, 90-10180, 91-423, 91-13613, 92-10968, 94-6202, 95-39398 Arcs, etc.

For semi-finished appliances attached to other separate kitchen utensils

Attached to the dishwasher as shown in Utility Model Registration Nos. 89-2452 and 92-4325,

As shown in Utility Model Registration Application Nos. 83-3090, 92-20776, 92-21686 and 94-1870, attached to the fully automatic cooking machine,

Attached to the electric mixer as shown in Utility Model Registration Nos. 84-9588 and 86-7527,

Utility Model Registration Application Nos. 83-947, 84-8585, and 85-15035, as shown in the rice container.

However, such a conventional semi-machinery requires a separate driving device or is installed in various kitchen utensils, so it is not easy to carry out its role as an exclusively-configured semi-machine. Another object of the present invention is to provide a semi-function of a simple function that performs only a function.

In the semi-process that is considered to be the first process in the cooking process, and the modern society is complicated, it uses the water pressure and centrifugal force due to the flow of water according to the regulation of the amount of water supplied to the water inlet without a separate driving device or energy supply. It is a feature of the present invention to be able to complete a predetermined semi-process.

The present invention was created in view of the problems of the various conventional semi-machines described above, and eliminates the separate driving device as seen in the conventional semi-machines, and is also a conventional semi-engineer configured to be used in various kitchen utensils. Unlike the kiln, it is designed to meet the semi-function of grain more easily and usefully, and to provide a new semi-apparatus using centrifugal force of water supply.

In order to effectively achieve such technical aspects and inherent semi-functions, in providing a semi-device according to the present invention, the semi-tub mounted on the inside of the semi-device and the schedule placed on the outside of the semi-device and the inner surface of the semi-tub It is configured to connect the water supply hose of the size, and the water supply port is formed in the form of a hole on one side of the bottom of the semi-tub, and the centrifugal force generated at a constant speed and a certain amount of water flow supplied through the water supply port. However, this centrifugal force is a semi-process to be carried out in the present invention through a spiral semi channel which is formed in the inside of the semi tank by a continuous and constant level of water flow centering on the water inlet of the bottom of the semi tank. It is configured to be able to perform, and to drain the water semi-finished by a constant speed of water flow It is to be able to complete a predetermined semi-process through a certain number of drainage holes formed in the lid portion of the upper end of the semi-tub.

According to the semi-device according to the present invention as described above, the grains, such as rice washed in the semi-bath is not leaked to the supply and drainage means, as well as configured to arbitrarily control the amount of washing water discharged from the semi-device is more efficiently The semi-process of the grain can be performed.

1 is an internal configuration diagram schematically showing the internal structure of the semi-apparatus applied to the present invention

2 is a state diagram schematically showing a state in which water is supplied to the semi-apparatus applied to the present invention

Figure 3 is an internal cross-sectional view schematically showing the cross-sectional configuration of the inner semi-bar of the semi-apparatus applied to the present invention

Figure 4 is a plan view showing a drain portion of the semi-apparatus applied to the present invention

5 is a cross-sectional view showing the drain portion of the semi-apparatus applied to the present invention

Explanation of symbols for main parts of the drawings

11: faucet 21: semi-coated body 31: semi-coated lid

12 one-touch clamp 22 internal water supply hole 32 drain

13 water supply pipe 23 semi-chamber 33 drainage filter

14: water supply hose 24: water flow 34: drainage

15: water inlet 25: spiral channel

16: handle portion 26: water cut off portion

27: feed water filter

28: grain

Hereinafter, an embodiment of a semi device according to the present invention will be described in detail with reference to the accompanying drawings.

1 is an internal configuration diagram schematically showing the internal structure of the semi-apparatus applied to the present invention, Figure 2 is a state diagram showing the state of water supply to the semi-apparatus applied to the present invention, Figure 3 Is an internal cross-sectional view schematically showing the cross-sectional configuration of the inner semi-tub of the semi-apparatus applied to the present invention, Figure 4 is a plan view showing the drainage portion of the semi-apparatus applied to the present invention, Figure 5 When explaining the semi-process according to the present invention with reference to the description of the reference numerals shown in each drawing as a cross-sectional configuration diagram showing the drainage portion of the semi-apparatus applied as follows.

The semi-device according to the present invention is a semi-bath 21 for dispensing grains, such as rice for passing through a semi-process, and a water supply hose 14 and a water supply port 15 located at the bottom of the semi-bath to supply the washing water for the semi And, when the end of the water supply through the water inlet 15, the water blocking portion 26 to prevent the back flow of the wash water and semi-grains, and wash the grains 27 guided in the semi-tub 21 The semi-trough body 21 and the drainage port 32 of the washing water formed by centrifugal force of the water supply supplied through the water supply port 15 and discharged after passing through a semi-process along the spiral channel 25, It is composed of a drain filter 33 for filtering and draining the grain size of the grain, and a drainage path 34 for smoothly draining the washing water through the drain hole 32.

That is, by configuring the one-touch clamp 12 to be connected to the existing faucet (11: not shown) to the water supply port of the semi-device according to the present invention, the semi-device according to the present invention can be used for various types of faucets. The length of the water supply pipe 13 or the water supply hose 14 connecting the faucet 11 and the water inlet 15 is also configured to be arbitrarily adjusted by the user, and is inserted and formed at the bottom of the semi-device. When the wash water is introduced through the water inlet 15, the water supply blocking part 26 is configured to be lifted toward the upper end of the semi-tub body 21, and when the semi-process is completed, the water supply is stopped and the water supply pipe 13 connected to the faucet 13 When removing the water, etc., the water supply blocking part 26 is lowered back to the lower part of the semi-tub body 21 so that the washing water or rice may be used during the mid-process of the semi-process or after the completion process. Is dropped prevent the phenomenon that the reverse flow of grain into the water supply pipe 13 or the water supply hose (14).

The washing water supplied through the water inlet 15 forms a water flow 24 having a predetermined pressure by the centrifugal force generated along the inner surface of the semi-tub body 21 having a cylindrical shape. Considering that the water pressure is 15㎏ / ㎠, it can be considered that the pressure is enough to semi-semble grains such as rice administered in the semi-process. The feed water pressure is considered to be raised to 25 kg / cm 2, resulting in a more effective and rapid semi-process.

In addition, the washing water supplied through the internal water supply hole 22 through the water supply hose 14 has a diameter of the water supply port 15 smaller than that of the water supply pipe 13 and the water supply hose 14. Compared to the pressure of the water will bring a significantly increased pressure increase effect will be able to achieve a semi-process by the method of the present invention more effectively.

Semi-processing proceeds at a constant water pressure of 15 kg / cm 2 by the inflow of the washing water, and the semi-crude located at the top of the semi-bath body 21 along the spiral channel 25 by the centrifugal force such as grains 28. The cover 31 is raised toward the drain 31 and drained toward the drain 34 through the drain filter 33 and the drain hole 32.

At this time, the drainage passage 34 formed to be inclined at one side of both sides of the semi-trough lid 31 serves to guide the washing water drained through the drain filter 33 to the drain hole 32 in one direction. In addition, the shape of the semi-like lid portion 31 is not necessarily limited to the form according to the present invention, and may be used according to the semi-place and the use by allowing arbitrary selection or use according to the preference of the consumer. There is a convenience provided.

In addition, in the case of the semi-process is completed, it is also possible to go through the immersion process for a predetermined time by stopping the supply of the washing water by using the water supply blocking portion 26 and stopping the discharge of the washing water to the drain 34.

According to the semi-apparatus according to the present invention, not only grains such as rice washed in the semi-apparatus do not flow out into the water supply port and the drain, but also the washing water washed in the semi-apparatus depends on the position of the drainage path formed in the semi-trough lid. It is convenient to be used according to the semi-place and its use, and also has the advantage of arbitrarily adjusting the semi speed and the washing water capacity according to the water pressure of the washing water, and soaking grains such as rice for a certain time after the semi By making it possible, the semi process and the immersion process can be performed simultaneously.

Claims (4)

Semi-thick body consisting of a water inlet 15 located at the bottom of the semi-trough body 21 for dispensing grains, a water supply block 26 for preventing backflow of semi-grained grains, and a spiral channel 25 formed along an inner side surface. (21) and the semi-tub lid 31 formed in the upper end is formed with a drain port 32 and a drain filter part 33 for discharging the wash water, the washing water discharged through the drain port 32 in one direction Semi-apparatus using water pressure, characterized in that the drainage path 34 is formed in a constant inclination toward one side end of the semi-tub lid 31 for draining. According to claim 1, wherein the water inlet 15 located at the lower end of the semi-tub body 21 is addressed to the internal water supply hole 22, the diameter of the water supply hose (so that the water pressure increase effect in the water supply of the washing water ( Semi-apparatus using water pressure, characterized in that significantly smaller than the diameter of 14). The semi-apparatus according to claim 1, wherein the semi-tub body (21) is provided with a spiral channel (25) formed at regular intervals along the inner side surface. The semi-apparatus using hydraulic pressure according to claim 1, characterized in that a drainage passage (34) is formed along the one end of the semi-tight lid portion (31) to form a constant slope.