KR200191348Y1 - Vegetables washing machine - Google Patents

Abstract

The present invention relates to a vegetable washer. In general, in washing vegetables, a detergent is used, which causes various problems due to the detergent remaining after washing. The present invention is a tank containing the washing water, a washing water supply pipe for supplying the washing water in the tank, a washing water supply pipe for supplying the washing water to the tank, an overflow tube for overflowing the washing water and the float in the tank, the tank Bubble mixing water injection means for injecting bubble mixed water in which washing water and bubbles are mixed in the inside is cleaned by spraying bubble mixed water in which washing water and bubbles are mixed without using detergent, so that it can be cleaned cleanly and remains in residual detergent. It is to be able to exclude the harm caused by.

Description

Vegetable washer

The present invention relates to a vegetable washer, and relates to a vegetable washer that can be cleaned without using a separate detergent by washing the vegetables contained with water in the tank by the bubble.

In general, in washing vegetables, it is common to remove the detergent in the water containing the bowl, to wash the first time, and to wash the water secondly.

However, in the conventional vegetable washing method, it is difficult to completely wash the detergent used for washing, and thus, when the vegetables are not completely washed, the various problems are caused.

The object of the present invention is to be able to clean vegetables without using a separate detergent, and to be able to eliminate the damage caused by detergent residues.

1 is a plan view of a vegetable washer according to the present invention.

2 is a front view of the vegetable washer according to the present invention.

3 is a longitudinal front view of the vegetable washer according to the present invention.

Figure 4 is a longitudinal front view showing an operating state of the present invention.

5 is a perspective view of the vegetable transport means of the present invention.

6 and 7 are partially enlarged cross-sectional view showing an embodiment of the bubble mixing water generator used in the present invention.

** description of the symbols for the main parts of the drawings **

10: water tank 11, 12, 13: washing unit

14,15: bulkhead 14a, 15a: first-class wear

19: washing water supply pipe 20: overflow pipe

51,81: pressure pump 53,83: bubble mixed water injection pipe

70,80: Bubble Mixer Generator 71,81: Outer Tube

71a, 81a: air intake 72,82: nozzle

In order to achieve the object of the present invention, the water tank containing the washing water, the washing water supply pipe for supplying the washing water in the tank, the washing water supply pipe for supplying the washing water from the upstream side of the tank, and is installed on the downstream side of the tank The overflow tube which overflows the washing water and the floats in the tank, the vegetable basket installed in each said washing | cleaning part, and the vegetable basket of the said 1st and 2nd washing | cleaning part are rotated and inverted, and the 2nd and 2nd washed vegetables are rotated. Vegetable conveying means for transferring to the car and the final cleaning unit, the vegetable discharge means for discharging the finished vegetables by rotating the vegetable basket of the final cleaning unit, and spraying the bubble mixed water mixed with the washing water and bubbles in the tank Vegetable washing machine is provided, characterized in that it comprises a bubble mixed water injection means.

Hereinafter, the vegetable washer according to the present invention will be described in detail according to the embodiment shown in the accompanying drawings.

1 to 5 illustrate an embodiment of a vegetable washer according to the present invention, as shown in the figure, the upper surface is formed in an open box shape and the primary cleaning part 11 by the partitions 14 and 15. And a water tank (10) partitioned into a second washing unit (12) and a final washing unit (13), a washing water supply pipe (19) for supplying washing water to the water tank (10), and washing water in the water tank (10) Thin overflow pipe 20, vegetable baskets 31, 32, 33 provided in each of the cleaning parts 11, 12, 13, and vegetable baskets of the primary and secondary cleaning parts 11, 12. Vegetable transfer means for transferring the primary and secondary washed vegetables to the secondary and final washing units 12 and 13 by rotating the 31 and 32 to rotate, and the vegetable basket 33 of the final washing unit 13. It is equipped with a vegetable discharge means for discharging the washed vegetables by rotating and rotating, and the bubble mixed water spraying means for spraying the bubble mixed water mixed with bubbles in the water tank (10) do.

The water tank 10 includes several partitions 14 (15 in the figure) from an upstream side to which the washing water supply pipe 19 is connected to a downstream side where the overflow pipe 20 is installed. ) Are divided into several washing parts (11, 12, 13).

The cleaning parts 11, 12, and 13 are divided into a primary cleaning part 11, a secondary cleaning part 12, and a final cleaning part 13 from a downstream side to an upstream side, and the partition walls 14 and 15. ), First-class ware 14a and 15a are formed so that the washing water supplied from the washing water feed pipe 20 to the upstream final washing unit 13 flows to the downstream primary washing unit 11 side.

That is, the height of the first-class ware 14a formed in the partition wall 14 partitioning the primary washing unit 11 and the secondary washing unit 12 may increase the secondary washing unit 12 and the final washing unit 13. The washing water that is formed lower than the height of the first-rate ware 15a formed in the partition wall 15 partitioning and supplied to the final washing unit 13 is first-classed as the secondary washing unit 12 and the washing water of the secondary washing unit 12 is removed. Is capable of being first-class as the primary cleaning unit (11).

In the illustrated example, the water tank 10 is divided into three washing portions 11, 12, and 13 by two partitions 14 and 15, but is not necessarily limited thereto, and may be divided into more washing portions. It can also be divided into two washing parts.

Filter nets 16, 17, and 18 are respectively installed in the cleaning parts 11, 12, and 13 of the water tank 10 at positions spaced upwardly from the bottom surfaces of the cleaning parts 11, 12, and 13, respectively. .

Drain valves V1, V2, and V3 for draining the washing water of the cleaning units 11, 12, and 13 are installed at the bottoms of the cleaning units 11, 12, 13 of the water tank 10.

The vegetable conveying means is fixed to one side (left side in the drawing) of the vegetable baskets 31 and 32 of the primary and secondary cleaning units 11 and 12 so that both ends thereof are fixed to the primary cleaning unit 11 and 2. Rotation shafts 40a and 40b rotatably supported on the front and rear surface walls 11a and 12a of the vehicle cleaning unit 12, and a rotation driving mechanism for rotating the rotation shafts 40a and 40b.

The rotary drive mechanism includes drive motors 41a and 61b, drive sprockets 42a and 42b fixed to the shafts of the drive motors 41a and 61b, and driven sprockets fixed to one end of the rotation shafts 40a and 40b. And chains 44a and 44b spanning between 43a and 43b and the sprockets 42a and 42b and 43a and 43b.

The drive motors 41a and 41b are used to enable forward and reverse rotation.

The vegetable discharging means is fixed to one side (left side in the drawing) of the vegetable basket 33 of the final washing unit 13 so that both ends are rotatably supported on the front and rear walls 13a of the final washing unit 13. Rotated shaft 45 and a rotary drive mechanism for rotating the rotary shaft 45.

The rotary drive mechanism includes a drive motor 46, a drive sprocket 47 fixed to the shaft of the drive motor 46, a driven sprocket 48 and the sprocket 47 fixed to one end of the rotary shaft 45. It consists of a chain 49 spanning between 48.

The drive motor 46 is used that can be forward and backward rotation.

In FIG. 5, the vegetable baskets 31, 32, and 33 are also displayed as symbols of the vegetable transfer means and the vegetable discharge means.

The bubble mixture water injection means includes pressurization pumps 51 and 61 for pressurizing and discharging the washing water, washing water discharge pipes 52 and 62 connected to discharge ports of the pressure pumps 51 and 61, and the washing water discharge pipe ( 52, 62 and the bubble mixed water generator (70, 80) connected to the front end, and the bubble mixed water generator (70, 80) connected to the bottom surface of the primary and secondary cleaning parts (11, 12) It is composed of a bubble mixed water injection pipe (53, 63) fixedly installed between the strainer (16, 17).

The pressure pumps 51 and 61 are connected to separate water tanks (not shown), and are configured to continuously pressurize the washing water.

A plurality of injection holes 53a and 63a are drilled in the bubble mixed water injection pipes 53 and 63.

The bubble mixed water generators 70 and 80 are connected to the front ends of the washing water discharge pipes 52 and 62 and have at least one air suction port 71a and 81a on the outer circumferential surface as shown in FIG. 6. , And nozzles 72 and 82 which are connected to the front ends of the washing water discharge pipes 52 and 62 and are installed in the outer tube 71 and 81.

The outer tube (71, 81) and the bubble mixed water injection pipe (53, 63) is connected to the connecting pipe (54, 64). Air intake pipes (73, 83) for guiding the suction of air is coupled to the air intake (71a, 51a).

In FIG. 6, the code | symbol of the bubble mixing water generator 70 provided in the primary washing | cleaning part 11 and the bubble mixing water generator 80 provided in the secondary washing | cleaning part 12 are shown together.

The dashed arrows in FIG. 4 indicate the order of cleaning.

Hereinafter, a process of washing vegetables using the vegetable cleaner according to the present invention will be described.

First, when the water supply process is described, the washing water is supplied to the final washing unit 13 through the washing water supply pipe 19. When the wash water is supplied to the final washing unit 13 and the water level rises to be higher than the first wear 15a of the partition wall 15, the washing water is supplied to the second washing unit 12 beyond the first wear 15a. When the washing water level of the secondary washing unit 12 rises and becomes higher than the first wear 14a of the partition 14, the washing water is supplied to the primary washing unit 11 beyond the primary wear 14a.

Referring to the bubble mixed water generation process, when the pressure pump (51, 61) is operated, the washing water pressurized by the pressure pump (51, 61) is discharged through the discharge pipe (52, 62), discharge pipe (52, It is bubble mixed water by the bubble mixed water generator (70, 80) connected to the tip of the 62 is sent to the bubble mixed water injection pipe (53, 63) through the connecting pipe (54, 64) where the injection hole (53a, It is sprayed into the wash water in the primary and secondary cleaning parts (11, 12) through 63a).

Referring to the specific action of the bubble mixed water generator (70, 80), the washing water discharged from the discharge pipe (52, 62) by the pressure pump (51, 61) is connected to the front end of the discharge pipe (52, 62) Through the nozzles 72 and 82 installed inside the outer tube 71 and 81, the nozzle is ejected at a high speed into the outer tube 71 and 81, and in this process, the outer tube 71 and 81 of the outer tube 71 and 81 are discharged. As the outside air is mixed with the washing water through the air suction ports 71a and 81a formed on the outer circumferential surface, the bubble mixing water is formed.

Next, the process of washing vegetables is described. When the vegetables to be cleaned are put in the vegetable basket 31 of the primary washing unit 11 and the pressure pump 51 of the bubble mixture water injection means is operated, the bubbles as described above are bubbled. By the action of the mixed water generator 70 and the like, the bubble mixed water is injected into the washing water of the primary washing unit 11 through the injection hole 53a of the bubble mixed water injection pipe 53, and thus the bubble mixed water is washed into the washing water. When sprayed, a large number of bubbles are generated in the primary cleaning unit 11 to clean the vegetables contained in the vegetable basket 31.

When the cleaning in the primary washing unit 11 is completed, the driving sprocket 42a fixed to the shaft rotates when the driving motor 41a of the primary vegetable basket 31 side of the vegetable transfer unit is moved in the forward direction. And the rotational force is transmitted to the rotating shaft 40a through the chain 44a and the driven sprocket 43a so that the vegetable basket 31 having the rotating shaft 40a fixed therein rotates in a counterclockwise direction. The vegetable basket 32 of the washing unit 12 is transferred.

When the primary washed vegetables are transferred to the vegetable basket 32 of the secondary cleaning unit 12, the drive motor 41a is operated in the reverse direction to rotate the vegetable basket 31 clockwise to the original state. Return

When the bubble washing water injection means on the secondary washing part side is operated, the bubble mixing water is discharged from the bubble mixing water injection pipe 63 by the action of the washing pressure pump 61 and the bubble mixing water generator 80 as described above. Secondary cleaning is performed by being sprayed into the washing water through the injection hole (63a).

When the cleaning in the secondary cleaning unit 12 is completed, when the driving motor 41b of the vegetable basket 32 side of the secondary cleaning unit 12 is moved in the forward direction, the rotational force is driven by the driving sprocket 42b and the chain 44b. Rotation shaft 40b is rotated clockwise through the rotating sprocket 43b) and the vegetable basket 32 fixed thereto is rotated in a clockwise direction to transfer the vegetables contained therein into the vegetable basket of the tertiary washing unit 13. Transfer to (33).

When the second washed vegetables are transferred to the vegetable basket 33 of the final washing unit 13, the driving motor 41b is moved in the reverse direction to return the original state by rotating the vegetable basket 32 clockwise. Let's do it.

In the final washing tank 13, fine final washing is performed by hand without washing with the bubble mixture water.

After the final cleaning is completed, the drive motor 46 of the vegetable discharge means is operated in the forward direction, the rotary shaft 45 is rotated clockwise through the drive sprocket 47, the chain 49 and the driven sprocket 48 The vegetable basket 33 coupled to the rotary shaft 45 is rotated in a clockwise direction and discharged to a collecting basket (not shown) which is placed outside the final cleaning unit 13.

When the discharge of the vegetables is completed, the vegetable basket 33 is returned to its original position by operating the driving motor 46 in the reverse direction.

In the above-described washing process, when the first washed vegetables are transferred to the second washing unit 12 and the vegetable basket 11 of the first washing unit 11 side returns to its original position, the vegetable basket of the primary washing unit 11 ( 31), the second washing of the first washed vegetables and the first washing of the new vegetables are carried out by simultaneously operating the bubble mixed water injection means at the primary and secondary washing units (11, 12). It can be done at the same time.

Here, the primary washing unit 11 is located on the downstream side, and the washing water of the primary washing unit 11 cannot be flowed into the secondary washing unit 12, and the washing water of the secondary washing unit 12 is the final three. Since it cannot be first-class as the government unit 13, the washing water is kept clean as it goes from the primary washing unit 11 to the final washing unit 13, thereby increasing the washing effect.

In addition, the washing water is continuously supplied through the washing water supply pipe 19 in the water tank 10 during the washing process, and the bubble water is continuously sprayed by the bubble mixing water spraying means, so that the water level in the water tank 10 is increased. Foreign matter suspended in the is discharged to the outside through the overflow tube 20 with the washing water.

Meanwhile, the bubble mixed water injected from the bubble mixed water injection pipes 53 and 63 in the above-described cleaning process is provided through the lattice holes of the filter nets 16 and 17 installed on the bubble mixed water injection pipes 53 and 63. As it rises, the entire washing water is bubbled.

Each washing unit (11, 12, 13) is provided with a strainer (16, 17, 18) at a position spaced from the bottom to the top, so that vegetables can not escape under it, and miscellaneous goods such as stones or sand are It will exit to the bottom.

When the washing is completed, the drain valves V1, V2, and V3 are opened to drain the washing water of the washing units 11, 12, and 13.

According to the test results, when spraying the washing water onto the vegetable by pressing it, the vegetable was damaged by the pressure of the washing water. When spraying the bubble mixture water into the washing water as in the present invention, the bubble is not damaged even when the vegetable is sprayed. It turned out that it can wash cleanly.

FIG. 7 illustrates another embodiment of the bubble mixture generators 70 and 80 used in the present invention, and the bubble mixture generators 70 and 80 in this embodiment have one end in the discharge pipes 52 and 62. FIG. The connecting pipes are formed of shafts 74a and 84a formed in the middle of the pipeline and air mixing holes 74b and 84b provided on the outer circumferential surface thereof.

The air suction pipes 74 and 84 are connected to air suction pipes 75 and 85 for guiding the suction of air.

In this embodiment, the speed is increased in the process of passing the washing water discharged from the discharge pipe (52, 62) through the shaft diameter portion (74a, 84a) of the mixing pipe (74, 84), and thus the air suction pipe (75,85) and The outside air is sucked through the air inlets 74b and 84b and is supplied to the bubble mixed water injection pipes 53 and 63 through the connecting pipes 54 and 64 while being mixed with the washing water, where the injection holes 53a and 63a are provided. It is sprayed into the washing water fresh in the cleaning unit (11, 12) of the water tank (10) through.

In FIG. 7, the code | symbol of the bubble mixing water generator 80 provided in the secondary washing | cleaning part 12 and the bubble mixing water generator 70 provided in the primary washing | cleaning part 11 are shown together.

As described above, according to the present invention, it is possible to clean vegetables without using a separate detergent, and also to eliminate the harmful effects of detergent residues.

In addition, the vegetables are washed in the basket, and when the cleaning is completed, the basket is rotated and inverted by the vegetable transfer means to be automatically transferred to the next washing part. When the final cleaning is completed, the basket is removed by the vegetable discharge means. By rotating it to be discharged automatically, the cleaning operation can be made more convenient.

Claims (6)

A water tank containing the wash water, a washing water supply pipe for supplying the washing water into the water tank, a washing water supply pipe for supplying the washing water from the upstream side of the water tank, and a downstream side of the water tank, to flush the washing water and the floats in the water tank. A vegetable which rotates the overflow tube, the vegetable baskets installed in each of the washing units, and the vegetable baskets of the primary and secondary washing units to rotate the primary and secondary washed vegetables to the secondary and final washing units. And a conveying means, a vegetable discharging means for discharging the washed vegetables by rotating the vegetable basket of the final washing unit, and a bubble mixed water spraying means for spraying the mixed water mixed with the washing water and the bubbles in the water tank. Vegetable dishwasher characterized by the above-mentioned. The vegetable washing machine according to claim 1, wherein the water tank is divided into several washing units by partition walls, and first-class ware having a higher height is formed at an upper end of the partition walls. The vegetable washing machine according to claim 1, wherein each washing unit is provided with a strainer at a position spaced upward from the bottom thereof. The rotating shaft of claim 1, wherein the vegetable transfer means is fixedly coupled to the vegetable baskets of the primary and secondary washing units, and both ends thereof are rotatably supported on the front and rear walls of the primary and secondary washing units. Vegetable washer, characterized in that consisting of a rotary drive mechanism for rotating forward and backward. According to claim 1, wherein the vegetable discharging means is a rotary shaft fixedly coupled to the vegetable basket of the final washing unit, both ends thereof rotatably supported on the front and rear walls of the final washing unit, and a rotary drive mechanism for forward and reverse rotation of the rotating shaft Vegetable washers, characterized in that configured. According to claim 1, wherein the bubble mixed water injection means is a pressure pump for sending out the washing water, the discharge pipe connected to the discharge port side of the pressure pump, the outside is connected to the distal end of the discharge pipe and the air suction hole is formed on the outer peripheral surface A vegetable washer comprising: a tubular body, a nozzle connected to the distal end of the discharge tube and installed inside the outer tubular body, and a bubble-mixed water spray tube disposed on the bottom side of the water tank and connected to the outer tubular body.