KR100257296B1 - Crooked vessel washing machine - Google Patents

Abstract

PURPOSE: A bent or grooved dish washer is provided to wash deep, small-mouthed or bent-sided vessels or dishes having difficulty in washing. CONSTITUTION: A bent or groove dish washer has a sink(10) on a box-shaped body(1). A washing unit(2) having plural brushes(21,22) is formed on a bottom(11) of the sink. A drive unit(3) and a dishwater pipe(4) are arranged under the sink. The drive unit drives the washing unit in the body and the dishwater pipe circulates or drains dishwater. After water flows into the sink, a motor(31) is driven and the brushes are rotated. When the inner brush(21) is pushed into a vessel, inside and outside of the vessel are washed out. A sensor(S) of the inner brush operates a circulating pump(43) of the dishwater pipe by recognizing movement of the vessel. The water of the sink is injected into the vessel. Thereby, the water washes inside and outside of the vessel with the brushes.

Description

Curved or Grooved Vessel Washers

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a curved or grooved container washer that automatically washes out foreign matter deposited on deep and deep containers, narrow spout containers, and inside and outside of curved containers.

In general, washing dishes after washing food is very cumbersome and difficult work, so the dishwasher has been invented.

However, these dishwashers are devices for washing dishes by spraying the washing water onto the dishes, which will be suitable for washing dishes that are not deep in the inner space such as plates.

In other words, cups and deep bowls are not suitable to be washed out by the spray of washing water, so they are impossible to cleanly and hygienically clean with existing dishwashers, or even very unsanitary. Instead of washing, people are washing by hand.

However, it is not only difficult to clean a deep bowl such as a cup with a hand scrubbing brush, but even if the spout is narrow, it is difficult to clean the bottom of the tableware. In some cases, they were reused in very unsanitary conditions. In addition, when the spout of the bowl is narrow, it is difficult to put a person's hand, or the side wall of the bowl has a problem as described above.

The cleaning of containers, especially in large restaurants using many cups and deep bowls, or in laboratory laboratories using laboratory containers of various shapes or sizes, was a significant problem.

In addition, in the industrial general, the use of a scrubber to wipe off foreign substances or an oil film from a deep container or a grooved container may cause the same problem.

The present invention has been devised to solve the conventional problems as described above, but an object of the present invention is to clean a bowl or a container that is difficult to clean the inside and outside of a container having a deep depth, a narrow snout, a groove, or a container side wall. It is characterized by providing a container washer to facilitate the circulating the washing water and rotating the brush to automatically clean the container to be cleaned by the rotating brush.

1 is a side cross-sectional view of a curved or grooved container washer according to the present invention;

2 is a plan view of a curved or grooved container washer according to the present invention;

3 is a side view of a curved or grooved container washer according to the present invention;

Figure 4 is a side cross-sectional view of the use state of the curved or grooved container washer according to the present invention,

<Explanation of symbols for main parts of drawing>

1 body 2 cleaning unit

3: driving part 4: piping part

10: sink 21: inner washing brush

22: outside cleaning brush 41: drainage pipe

42: circulation inlet pipe 43: circulation water pump

44: circulation exit pipe 212, 222: center pivot

V: Vessel W: Washing Water

Hereinafter, a curved or grooved container washer according to the present invention will be described in detail with the accompanying drawings.

1 is a side cross-sectional view of a curved or grooved container washer according to the present invention, FIG. 2 is a plan view of a curved or grooved container washer of the present invention, and FIG. 3 is a side view of a curved or grooved container washer of the present invention.

1, 2, 3, the curved or grooved container washer according to the present invention, the sink 10 is formed on the upper side of the body 1 taking the form of a box and the bottom surface of the sink 10 A washing part 2 formed of a plurality of brushes is formed at the 11, and the driving part 3 driving the washing part 2 in the body 1 at the bottom of the bottom of the sink 10 and the circulating or discharging the washing water. Washing water circulation pipe (4) is formed.

The sink 10 is formed by pressing the metal plate as shown in Figure 1 to form a rectangular concave space, and the drain hole 12 and the washing section 2 is connected to the pipe portion 4 on the bottom surface 11 is formed. And the overdrain port 13 is formed in one side of the long hole in the square is connected to the pipe (4).

The washing unit 2 is composed of a plurality of brushes as shown in Figures 1 and 2, the inner washing brush 21 is formed in the center and the outer side of the shorter and smaller diameter around the inner washing brush 21 A plurality of washing brushes 22 are formed at regular intervals.

Brushes 211 and 221 of the washing brushes 21 and 22 of the washing unit 2 are formed on the outer circumferential surfaces of the center pivot shafts 212 and 222, and the center pivot shafts 212 and 222 are the driving units 3 to be described later. The lower end is connected to the gearbox 32 of the) is configured to receive rotational power.

The central pivot shaft 212 of the inner cleaning brush 21 of the washing brush is formed with a pipe (pipe) is connected to the circulating pipe of the pipe unit 4 to be described later, the pipe is a washing export water path (213) ) And the sensor (S) is formed at the lower end side of the center pivot shaft 212 of the inner washing brush (21) to instruct the operation of the circulation pump of the pipe 4 to be described later when the container is inserted.

The drive unit 3 is composed of a drive motor 31 and a gear box 32 as shown in FIG.

A driving belt pulley 312 is formed at the end of the motor shaft 311 of the drive motor 31. In the gearbox 32, a plurality of gears are assembled to the center pivot shafts 212 and 222 of the washing brushes 21 and 22 and engaged with each other (not shown). The gear formed on the center rotating shaft 212 is configured to transfer power to a driven gear that rotates the center rotating shaft 222 of the outer washing brush 22 formed in the gearbox 32 as a motive gear (in FIG. 1). The illustration of the configuration in the gearbox 32 as described above is omitted). And the center pivot shaft 212 of the inner washing brush 21 is formed to extend to the bottom of the bottom surface of the gear box 32 as the lower end penetrates the gear box 32 as shown in FIG. The central pivot shaft 212 is rotatably assembled while communicating with the washing export water passage 213 at the upper end of the circulation discharge pipe 44 without leakage. In addition, a driven belt pulley 214 is formed at the lower end of the center pivot 212 of the inner washing brush 21, and is driven by the power of the driving belt pulley 312 of the driving motor 31 by the belt B. It is formed to be.

The pipe 4 is connected to the drain 12 of the sink 10, the drain pipe 41 formed downward, the circulating inlet pipe 42 and the circulating water pump 43, the circulating water pipe 44 and It is composed of a drainage electric valve 45 formed in the lower end of the drain pipe (41).

The circulation inlet pipe 42 connects the drain pipe 41 and the circulation pump 43, and the circulation outlet pipe 44 is exposed to the bottom surface of the circulation pump 43 and the gear box 32. By connecting the lower end of the central rotating shaft 212 of the washing brush 21, the circulating water discharge pipe 44 is piped so as to communicate with the washing water outlet 213 of the central rotating shaft 212 of the inner washing brush.

4 is a side cross-sectional view illustrating a state of use of the curved or grooved container washer according to the present invention having the above configuration. First, when the driving motor 31 of the driving unit 3 is driven by putting the washing water W in the sink 10, the driving motor 31 is driven to the gear box 32 to rotate the washing brushes 21 and 22 of the washing unit 2. do.

As such, when the inside of the container V to be cleaned is pushed into the inner cleaning brush 21 while the cleaning brushes 21 and 22 are rotated, the inside of the container V is rotated by the rotating cleaning brushes 21 and 22. The outer surface is washed at this time, the sensor (S) formed at the lower end of the inner washing brush (212) recognizes the entry of the container (V) to operate the circulation pump 43 of the pipe (4) in the sink 10 Washing water flow path 213 formed in the central pivot shaft 212 of the inner washing brush 21 by the washing water (W) is sucked through the drain pipe 41, the circulation inlet pipe (42). ) To send the washing water and spray the washing water to the inside of the container (V) to be washed.

In this manner, the washing water W is circulated, and the inside and the outside of the container V are washed by the washing brushes 21 and 22 of the washing unit 2.

When the container V is cleanly cleaned, the container V is released, and the sensor S detects this and the operation of the circulation pump 43 of the pipe part 4 stops, thereby stopping the washing water circulation. Then, the inside of the other container (V) is pushed into the inner washing brush (21) of the washing unit 2 is to wash the container (V) while the wash water is circulated by the pipe unit (4) again.

When washing a plurality of containers (V) in the above manner, if the washing water (W) is dirty and requires a new washing water (W), the drainage electric valve formed on the lower end side of the drain pipe 41 of the piping (4) After opening (45) to discharge the used washing water (W), the drain pipe 41 is closed again by the drainage electric valve 45 so that the washing water can be circulated.

Curved or grooved container washer according to the present invention having the configuration and action as described above with the inner washing brush 22 that is automatically rotated even if the inner depth of the container is deep, the container spout is narrow, or the side wall of the container is curved It can be said to be extremely useful because it can be cleaned cleanly every corner by the outer washing brush 21 and the circulating washing water. Especially, the usefulness is maximized in a large restaurant where many bowls are used or a laboratory using various experimental beakers. The container washer according to the present invention is to use a plurality of brushes, so the amount of washing water is reduced, and thus the amount of detergent is reduced, so that it is economical and prevents water pollution. And the curved or grooved container washer according to the present invention as described above can be used in a variety of industrial cleaning field in addition to the above use it will not be outside the scope of the present invention.

Claims (2)

Cleaning of the washing unit 2 and the washing unit 2 formed on the bottom surface of the sink 10 consisting of a box-shaped body 1, a plurality of outer washing brush 22 and one inner washing brush 21 A drive unit 3 composed of a drive motor 31 and a gearbox 32 for applying rotational power of the brushes 21 and 22, and an electric drain valve for discharging the used washing water W out of the sink 10. Comprising a pipe portion (4) consisting of a drain pipe 41 formed with a 45, the center pivot shaft of the inner washing brush 21 when the inner side of the container (V) to be cleaned is inserted into the inner washing brush (21). The sensor S formed in the 212 senses the insertion of the container V and operates the driving unit 3 to rotate the cleaning brushes 21 and 22 of the cleaning unit 2, thereby rotating the cleaning brush 21 and 22. It is configured to wipe the outside with the washing water and the washing water used for the drainage transmission valve 45 of the piping (4) by opening and closing the drain pipe 41 The emissions to be able to bend or home Dishwasher binary container. According to claim 1, wherein the pipe 4 is composed of a drain pipe 41, a circulating inlet pipe 42, a circulating water pump 43, a circulating outlet pipe 44 having a dedicated valve for drainage 45 In addition, the washing export water path 223 is formed at the center of the center pivot shaft 212 of the inner washing brush 21, and connects the drain pipe 41 and the circulating article 43 to the circulation inlet pipe 42. And the inner side of the container (V) to be washed by connecting the washing export water passage (213) formed in the central rotating shaft (212) of the circulating water pump (42) and the inner washing brush (21) with the circulating extraction pipe (44). When inserted into the inner washing brush 21, the sensor (S) detects this by operating the circulating water pump 43, the bent or grooved container washer to allow the washing water to be injected into the interior of the container (V).