KR20070068064A - Cleaning machine for chinese medicine - Google Patents

Abstract

A washing machine for Chinese medication is provided to efficiently exhaust cleaned medication floating on water by forming a medication outlet on a side of a washing bath. A washing machine for Chinese medication includes a water tank(100), a washing bath(200), a supporter(400), a water pipe(510), a sub inlet pipe(520), a side inlet, and a side medication outlet(221). The washing bath has an outlet and an upper opening part, is cylindrical, and is arranged below the water tank. The supporter supports the washing bath to be separated from ground. The water tank has an inlet and stores water to wash the medication. The water pipe is installed on the inlet. The sub inlet pipe is diverged from the water pipe and is connected to at least one side inlet. The side inlet through which the water flow in is formed on a side of the washing bath. The inlet pipe is installed on the side inlet and is connected to the water tank. The side medication outlet is formed on an upper part of a side of the washing bath. The medication is exhausted by flow of the water.

Description

Medicine washing machine {CLEANING MACHINE FOR CHINESE MEDICINE}

1 is a perspective view of a medicine washer according to a preferred embodiment of the present invention.

Figure 2 is a cross-sectional view of the medicine washer according to a preferred embodiment of the present invention.

Figure 3 is a plan view of the washing tank according to a preferred embodiment of the present invention.

4 is an exploded perspective view of the container according to the preferred embodiment of the present invention.

5 is a cross-sectional view of the washing tub according to another embodiment of the present invention.

** Description of symbols for the main parts of the drawing **

100: reservoir 110: reservoir support frame

200, 600: washing tub 210: upper inlet

220: side medicine discharge pipe 221: side medicine discharge outlet

222: protrusion 230: medicine discharge pipe

240, 250, 640, 650: side inlet 260, 624: medicine outlet

261: jaw 270: stopper

271, 281: flange 280: auxiliary plug

282, 290: drain

300: container 310: upper entrance

320: handle 330: mounting portion

331: insertion hole 340: bolt

350: Load 360: Wheels

370: nut 380: water drain

381: stopper

400: support 410: washing tub support

420: support frame 430: bottom

431 vertical portion 440: locking portion

450: auxiliary drain container 451: drain

452: drain pipe 460: drip tray

510: raw water pipe

520, 530: inlet pipe 550: external washing pipe

560: upper connector 570: auxiliary drain pipe

620: outer cylinder 621: spacer

623: space portion 660: outlet

700: basket 710: water outlet

The present invention relates to a medicinal washer, in particular, the inlet pipe is installed on the side of the at least one washing water inflow, relates to a medicinal washer that can effectively wash the medicinal herbs by flowing the water inside the washing tub will be.

  As such a medicinal washer, it is proposed in the publication of Korean Utility Model Model No. 373008.

Chinese herbal medicine washing machine is composed of a washing tub composed of an open top metal and a plurality of ultrasonic transducers at the bottom of the washing tub, and a plurality of air holes are formed at the bottom of the washing tub to compensate for the weakening of washing as the length of ultrasonic washing increases. And the air supplied to the air port is supplied from the air pump driven through the air pump drive terminal through the non-return valve. When the drain valve is closed and the water supply valve is operated and water is supplied and the cleaning liquid flows into the washing tub, the air flows from the air pump to the air port to prevent the washing liquid from flowing back to the air port-air distributor-air pump due to unstable water pressure. Used for the purpose of making it work only. If the air line supplied to the air port is higher than the water supply of the washing tub and the line is extended, the reverse flow can be prevented.

Chinese herbal medicine washing machine is composed of a water supply valve connected to the side of the washing tub and the washing tub consisting of an open metal of the upper portion constitutes a water supply port for supplying the washing liquid.

The water supply valve operates the water supply valve solenoid valve through the water supply valve solenoid drive terminal to turn on the water supply valve to supply the cleaning liquid to the washing container, and the water supply valve is turned off at the level where the water level sensor operates through the water level sensor to supply the cleaning liquid to the washing container. To stop doing so. The purpose of automatic water supply can be achieved by configuring the overflow drain and adjusting the water supply time without a level sensor.

The purpose of other overflow drains is to allow the level sensor to be discarded to the outside by adding water to the residue of the medicinal herb even if the level sensor is supplied to the operating level.

In addition, the drain hole located in the lower portion of the washing tub is connected to the drain valve to serve to drain the washing liquid is completed. Also, the drain valve solenoid valve is operated through the drain valve solenoid valve driving terminal to drain the washing liquid having been cleaned.

Washing herbal medicines with specific gravity less than water floats the cleaning cloth containing herbal medicines, reducing the cleaning effect. In order to prevent the herbal medicine cleaning cloth from floating, the herbal medicine pressing plate was pressed on the herbal medicine cleaning cloth so that the herbal medicine was completely put in the cleaning agent so that there was no washing part. Chinese medicine base plate is constructed to prevent the drainage blockage during drainage after the Chinese medicine washing cloth is finished. To operate the washer structure, put the herbal medicine base plate into the washing container, put the herbal medicine, and then prepare the herbal medicine pressing plate. The operation of the present invention is set in the order of operation: water supply (until the water level sensor operation)-washing (ultrasound and air bubble operation)-draining (a certain amount of time to be fully drained)-resupply-rewashing-cultivation .... Will automatically operate for the set time.

Such a conventional medicine washing machine is expensive to manufacture, and after washing all the medicines, there is a difficulty to pull out from the washing container by human hand. In addition, there is a problem that the device is complicated by providing a separate pressing plate to prevent the overflow of water.

 The present invention has been made in order to solve the above-described problem, the side of the washing tub is provided with at least one inlet tube is introduced into the raw water, the medicine washing machine that can effectively wash the medicine by flowing the water inside the washing tub The purpose is to provide.

The medicine washing machine of the present invention for achieving the above object is made, including a washing barrel formed with an outlet, and a support for supporting the washing cylinder to be spaced from the ground,

At least one raw water inlet pipe is installed on the side of the washing container.

According to this configuration, there is an advantage that can effectively wash the medicine by flowing the water inside the washing tub.

The side of the washing barrel is formed with a drug discharge outlet for discharging the medicine by the water flow, the washed medicine floating on the water can be effectively discharged.

Protruding portion is formed on the inner circumferential surface of the washing tub so as to be close to the medicine outlet, the medicine and water can be guided to the medicine outlet effectively discharged.

According to another embodiment of the present invention, the medicine washing machine is installed so as to be spaced apart from the inside of the outer cylinder to form an outer passage in which water and medicine discharging dispensing outlets are formed, and a space communicating with the dispensing medicine dispensing opening, The outlet is formed, and comprises a washing tub with an upper opening to discharge the medicine by the water flow, and a support for supporting the washing tub to be spaced from the ground,

At least one inlet pipe is installed on the side surface of the washing tub by penetrating the outer tub so that raw water flows into the washing tub.

According to this configuration, the medicine is washed and then transported together with the water to the space between the outer cylinder and the washing tub is discharged to the medicine outlet.

According to another embodiment of the present invention, the medicine washing machine is installed so as to be spaced apart from the inside of the outer cylinder to form an outer passage in which water and medicine discharging dispensing outlets are formed, and a space communicating with the dispensing medicine dispensing opening, The outlet is formed, and the washing tub with an upper portion opened so that the medicine is discharged by the water flow, one end is installed in the outer cylinder and the other end is installed on the side of the washing cylinder, the spacer member disposed between the outer cylinder and the washing cylinder And, including the support for supporting the washing tub to be spaced apart from the ground,

The spacer member has a through hole formed in communication with the inside of the washing tub and the outside of the outer tub, at least one inlet pipe is installed in the spacer to allow the raw water to flow into the washing tub, the spacer is the At the same time separating the washing tub and the outer cylinder serves as a pipe for introducing water into the washing tub.

The inlet pipe is installed to cross the radial direction of the washing tub, it is possible to effectively rotate the water inside the washing tub, the medicine is washed more effectively.

According to a preferred embodiment of the present invention, there is provided a method for washing medicine, the step of putting the medicine in a washing tub, a washing step of flowing water while raising the water level inside the washing tub, and washing the medicine in the flowing water, and washing Characterized in that it comprises a discharge step of discharging the medicine by the water flow generated when discharging the water in the barrel.

In the above-described configuration, the washing step is radially spraying water on the medicine through the upper portion of the washing tub, washing the medicine with flowing water at the same time by spraying water from the top to wash the foreign matter in the medicine, etc. Can be removed effectively.

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

For reference, among the configurations of the present invention to be described below, the same configuration as the prior art will be referred to the above-described prior art, and a detailed description thereof will be omitted.

1 is a perspective view of a medicinal washer according to a preferred embodiment of the present invention, Figure 2 is a cross-sectional view of the medicinal washer according to a preferred embodiment of the present invention, Figure 3 is a plan view of the washing container according to a preferred embodiment of the present invention, Figure 4 5 is a perspective view illustrating a separating container according to a preferred embodiment of the present invention, and FIG. 5 is a cross-sectional view of a washing container according to another embodiment of the present invention.

As shown in Figures 1 to 5, the drug washing machine of the present embodiment, the washing container 200 is formed with an outlet, and comprises a support 400 for supporting the washing container 200 to be spaced apart from the ground .

Reservoir 100 has an inlet (not shown) is formed to store the raw water for washing the medicine, the inlet is provided with a raw water pipe 510 for transferring the raw water.

The inlet is provided with a water level control device for adjusting the water level inside the reservoir 100, for example, may be installed as shown in the 5757872.

An upper connection pipe 560 is installed at the bottom of the reservoir 100 to transfer the water of the reservoir 100 to the upper inlet 210 of the washing tub 200.

A nozzle is installed at the end of the upper connection pipe 560 so that water is pressurized and sprayed, and the nozzle may be rotatably installed at the upper connection pipe 560 to allow water to be sprayed in a larger area.

Unlike this, an outlet (not shown) may be formed at the bottom of the reservoir 100, and a valve or a nozzle may be directly installed at the outlet to allow water to flow into the upper inlet 210.

Four supports for supporting the reservoir 100 are formed in the lower portion of the reservoir 100 by the reservoir support frame 110 to support the reservoir 100.

The raw water pipe 100 is formed by branching the flexible external washing pipe 550, it is possible to clean the entire device and the surroundings installed with water to clean.

In addition, the raw water pipe 100 is formed by branching the auxiliary inlet pipe 520, the auxiliary inlet pipe 520 is connected to at least one side inlet (240).

As such, the auxiliary inlet pipe 520 is connected to the side inlet 240, can be introduced directly from the raw water pipe 100 without storing the raw water in the reservoir 100 can be introduced into the washing tub 200 with a large water pressure. have.

The washing tub 200 has an upper inlet 210 formed in an open cylindrical shape, and is disposed below the reservoir 100.

Side inlet 250 is formed on the side of the washing tub 200, at least one or more raw water is introduced, the inlet pipe 530 connected to the reservoir 100 is installed on the side inlet 250.

The auxiliary inlet pipe 520 and the inlet pipe 530 are installed to cross the radial direction of the washing tub 200.

The auxiliary inlet pipe 520 and the inlet pipe 530 are installed in close proximity to the inner wall of the washing tub 200 to face in the opposite direction, the water introduced through the auxiliary inlet pipe 520 and the inlet pipe 530 is washed To be effectively rotated inside the barrel (200).

Auxiliary inlet pipe 520, inlet pipe 530, the upper connection pipe 560, the external washing pipe 550 is provided with a valve for opening and closing the flow path, respectively.

At the upper side of the washing tub 200, a side medicine discharge port 221 is formed through which the medicine is discharged by water flow.

The side medicinal herb outlet 221 is provided with a side medicinal herb discharge pipe 220 connected to the medicinal herb discharge pipe 230, the medicine along with the water exiting the medicinal herb outlet 221 through the side medicinal herb discharge tube 220, 300 Is discharged.

On the other hand, the side drug discharge pipe 220 is formed of a transparent member, it is preferable to be able to immediately find out whether the medicine while being transported through the side drug discharge pipe 220.

Furthermore, the inner circumferential surface of the washing tub 200 is preferably formed with a protrusion 222 to be close to the side drug outlet 221 so that the medicine and water is guided to the side drug outlet 221 effectively.

Protruding portion 222 is formed in the longitudinal direction so that the cross-sectional shape is a semi-circle along the side medicine discharge port 221 formed in a circular shape.

The bottom of the washing tub 200 is formed with a drug outlet 260 for discharging the medicine by the water flow.

The bottom surface of the washing tub 200 is formed to be inclined around the medicine outlet 260.

The medicine discharging outlet 260 is provided with a medicine discharging pipe 230 to discharge the medicine and water to the container (300).

In addition, the medicine discharge outlet 260 is provided with an auxiliary plug 280 through which the drain 282 is formed through, and a stopper 270 for opening and closing the drain 282 is provided.

A locking jaw 261 is formed on the lower inner circumferential surface of the medicine discharge outlet 260.

The auxiliary stopper 280 is formed on the medicine discharge port 260 by a flange 281 is formed on the upper outer circumferential surface is caught by the locking jaw 261.

Cap 270 is a flange 271 is formed on the upper outer circumferential surface is caught in the washing tub 200, it is installed in the drug outlet 260 to be disposed on the auxiliary cap 280.

In addition, the stopper 270 and the auxiliary stopper 280 is provided with a connecting line so that the user can remove the stopper 270 and the auxiliary stopper 280 from the medicine outlet 260 even outside the washing tub 200.

Unlike the above description, a protrusion may be formed on the top surface of the stopper 270 to serve as a handle.

In addition, by providing a handle of the stopper 270 and the auxiliary stopper 280 as a lever installed outside the washing tub 200, it is possible to more easily open and close the medicine outlet 260.

On the other hand, the auxiliary plug 280 may be in the form of a filter net formed with a plurality of small diameter drain 282.

Furthermore, the stopper 270 and the auxiliary stopper 280 are provided as solenoid valves, such as a solenoid valve, to completely block the medicine discharging outlet 260 and to partially open the flow path of the medicine discharging outlet 260 during washing. 200) Only the internal water flows out, and when the washing process is completed, only a part of the flow path is opened so that only the water in the washing tub 200 is drained so that a proper amount of water remains inside the washing tub 200, and then the flow path is completely opened. So that both water and medicine can be discharged.

In addition, there is an advantage that can be adjusted to the cross-sectional area of the medicine outlet 260 using the auxiliary plug 280 or the solenoid valve according to the size of the medicine.

Unlike the above, opening and closing the medicine outlet 260 through the stopper, and form a drain 290 in the washing tub 200 separately from the medicine outlet 260, opening and closing to open and close the drain 290 It may be provided with a member.

Such a drain 290 is formed on the side of the washing tub 200, the opening and closing member may be provided as an electromagnetic valve such as a solenoid valve.

When the drain 290 is formed on the side of the washing tub 200 as described above, when the water level is lowered down the drain 290, the water is not discharged to the drain 290 any more, so that only a certain amount of water is discharged even if the user does not watch continuously. You can do that.

On the other hand, as in this embodiment, having a stopper 270 and the auxiliary stopper 280 and the drain 290 is formed on the side of the washing tub 200, by simultaneously discharging the side at the time of draining the washing tub 200 water The water can be discharged quickly.

Therefore, it is possible to effectively discharge the water inside the washing tub 200 to quickly discharge the water to wash the medicine and new water to be continuously filled in the washing tub 200.

The drain 290 is provided with an auxiliary drain pipe 570 connected to the medicine discharge pipe 230.

In addition, in order to quickly discharge the water and medicine, a plurality of medicine discharge ports 260 may be formed, and each medicine discharge outlet 260 may be provided with an auxiliary plug and a stopper. Such a plurality of stoppers and auxiliary stoppers are connected to each other to be opened or closed at the same time to easily discharge the medicine and water.

The supporter 400 includes a washing tub support 410 connected to the top of the washing tub 200 and four support frames 420 connected to the washing tub supporting portion 410, and separates the washing tub 200 from the ground. I support it.

The washing tub support 410 is formed of a flat plate having a square shape, and the reservoir support frame 110 is installed at an upper portion thereof.

The support frame 420 is connected to the bottom of each vertex of the wash tub support 410.

In this way, by integrally forming a pipe connecting the support frame 420 and the washing tub 200 and the sump container 300, the device can be maintained as compact as possible.

Similarly, the reservoir support frame 110 installed between the reservoir 100 and the washing tub 200 may also integrally form a pipe connecting the reservoir 100 and the washing tub 200.

The sump container 300 is a rectangular tube having an upper opening 310 formed thereon and is open at an upper portion thereof. The container 300 is disposed under the washing container 200 and has a water dropping part 380 formed at the bottom thereof.

As such, after washing the medicine in the washing tub 200, it can be immediately collected in the container 300 disposed at the bottom to be able to use the medicinal herbs to speed up the medicinal washing process to prevent the medicinal ingredients from being diluted in water. can do.

The front surface of the container 300, the handle 320 is rotatably installed.

On both sides of the front of the container 300, a mounting portion 330 having a rectangular insertion hole 331 is formed.

A cutout (not shown) is formed in the mounting portion 330 so as to communicate with the insertion hole 331, and a nut 370 is installed at the front of the mounting portion 330 so as to communicate with the cutout.

In the insertion hole 331, the wheel 360 runs at the end, and a rod 350 having a rectangular cross section is inserted.

As such, the wheels 300 are installed in the container 300, so that the container 300 can be more easily inserted into and removed from the supporter 400.

After the rod 350 is inserted into the insertion hole 331, the bolt 340 is inserted into the nut 370 to complete the assembly.

The bolt 340 preferably welds the frame to the head so that the user can easily rotate the bolt 340.

After the rod 350 is inserted, the bolt 340 is coupled to the nut 370 to freely adjust the height of the container 300 according to the user's convenience.

Unlike the above, the wheel 300 may be installed directly on the bottom surface.

The water container 300 is formed with a plurality of water outlets 710 and inserts a basket 700 of various sizes in which the porcelain porcelain is disposed.

On the other hand, a plurality of baskets 700 may be placed in the container 300 overlapping with one another so that when one basket 700 is filled with medicine, the basket 700 may be lifted out and sequentially filled in the basket 700 below. .

In addition, the handle of the basket 700 may be provided by connecting both sides, or the handles may be formed on both sides, as shown in FIG. 4.

Thus, even if the user inserts the basket 700 of the size corresponding to the weight as needed in the container 300, even if the weight is not checked separately, the medicine discharged from the washing container 200 is directly filled with a certain weight in the medicine box This can be taken out and used for convenience.

Due to this structure, even if the accidental medicine overflows the basket 700, because it is collected in the container 300 is a dual structure that can collect the dropped medicine, the container 300 is able to adjust the height of the user's height By adjusting in consideration, the inconvenience caused by the height of the user can be minimized, and the hole of the water draining part 380 can be formed small to prevent the sewer from being blocked.

A bottom portion 430 supporting the container 300 is formed in the front and rear direction under the support frame 420, and vertical portions 431 for guiding the container 300 are installed at both sides of the bottom part 430.

The bottom portion 430 includes a left bottom portion at which both ends are connected to the support frame 420 at the left front and rear, and a left bottom portion at which both ends are connected to the support frame 420 at the right front and back.

The vertical portion 431 is vertically installed at the outer end of the bottom portion 430 and disposed in the front-rear direction.

That is, the bottom portion 430 and the vertical portion 431 have a cross-sectional shape of 'b' shape as a whole.

Due to this structure, it is possible to maintain the compact device by simultaneously supporting the container 300 through the support 400, the vertical portion 431 is formed to easily put the container 300 from the support 400 Can be subtracted.

A locking portion 420 is formed to connect the left rear support frame 420 and the right rear support frame 420 so that the container 300 is separated from the support frame 420 to the rear when the container 300 is pushed in. To prevent it.

A supporter 400 is disposed in front of the supporter 400, and when water is removed from the supporter 400, the water receiver 460 receives the water remaining in the container 300 as the water supporter 460 to prevent the water from flowing out. can do.

The drip tray 460 side can be connected to the pipe that can be drained water can be automatically discharged to the drain.

Furthermore, it is preferable to arrange the supporter 400 such that the sewers are provided under the container 300.

Auxiliary drainage container 450 in which water discharged from the container 300 is temporarily stored so as to be provided under the bottom part 430 is installed in the supporter 400.

A drain drain 451 is formed in the auxiliary drain container 450, and a drain pipe 452 is provided in the drain drain 451.

One end of the drain pipe 452 is connected to the drain 451 and the other end is connected to the sewer, so that the water exiting the sump 300 stays in the auxiliary drain container 450 primarily through the drain pipe 452. Direct entry into sewers can be achieved.

As such, the auxiliary drain container 450 is provided to prevent a large amount of water from the sump 300 suddenly flowing into the sewer to prevent the overflow of the sewer.

In addition, the stopper 381 is formed at the rear lower end of the container 300 so that when the container 300 is pulled out, the stopper 381 is caught on the front surface of the auxiliary container 450 so that the container 300 is completely separated from the supporter 400. Can be prevented.

As shown in FIG. 5, the medicine washing machine according to another embodiment of the present invention includes an outer cylinder 620 having a medicine outlet 624 through which water and medicines are discharged, and a space communicating with the medicine outlet 624. It is installed to be spaced apart inside the outer cylinder 620 so that the portion 623 is formed, the outlet 660 is formed in communication with the space portion 623, the upper portion is opened so that the medicine is discharged by water flow And a support for supporting the tub 600 and the washing tub 600 to be spaced apart from the ground.

The outlet 660 is provided with a stopper 270 and an auxiliary stopper 280 as in the above-described embodiment.

Detailed description of the same configuration as in the above-described embodiment will be omitted.

At least one inlet pipe 530, 520 is installed on the side surface of the washing tube 620 to penetrate the outer tube 620 so that raw water flows into the washing tube 600.

As described above, since the inflow pipes 530 and 520 are disposed between the washing container 600 and the outer cylinder 620, the inflow pipes 530 and 520 are formed of a hard material such as steel to wash the container 600 and the outer cylinder 620. It can be used as a member to separate the space.

Unlike the above, one end is installed in the outer cylinder 620 and the other end is installed on the side of the washing cylinder 600, the spacer 621 disposed between the outer cylinder 620 and the washing cylinder 600. ) May be provided separately, so that the space portion 623 is formed between the washing tub 600 and the outer tub 620.

The spacer 621 may be disposed at both the lower side and the washing tub 600.

Furthermore, the spacer 621 is formed in the through-hole so as to communicate with the inside of the cleaning cylinder 600 and the outside of the outer cylinder 620, the inlet pipe (530, 520) of the outer cylinder (621) 620 is installed in a portion protruding to the outside, the spacer member 621 serves to introduce water into the washing barrel 600 while at the same time separating the washing cylinder 600 and the outer cylinder 620. You can do

It is provided with a plurality of spacers formed with such a through-hole, each of the pipes connected to the washing tub 600 is connected to the spacer member 621 to go out into the washing tub 600 and all the water and medicine coming in the separation It may be transferred through the member 621.

Further, the height of the outer cylinder 620 is formed higher than the height of the washing cylinder 600, it is preferable not to flow to the outside even if the water in the washing cylinder 600 flows.

In addition, the outer cylinder 620 may be installed only at a portion of which the height of the portion of the washing tub 600 is lowered and the height is lowered.

According to this configuration, when the water level of the washing tub 600 rises, the medicine is washed and then transferred to the space 623 between the outer cylinder 620 and the washing tub 600 together with the water to discharge the medicine ( 624).

As a result, the medicine is put into the washing tub 200 and water is introduced into the washing tub through the inlet pipe 530 and the auxiliary inlet pipe 520.

Water introduced into both sides is rotated along the inner wall in the washing tub 200 and at the same time, sprays water to the upper inlet 210 through the upper connecting pipe 560.

At this time, when the user leaves the stopper 270 from the medicine outlet 260, only the water exits through the drain 282.

When the water level rises while washing the water rotated while discharging water and water sprayed from the upper portion, the medicine is discharged to the container 300 by the flow of water to the side medicine discharge port 221.

Subsequently, when the medicinal herbs are washed, the water is drained to some degree into the drain 282 formed in the auxiliary drain pipe 270 and the auxiliary stopper 280, and then the auxiliary stopper 280 is separated from the medicine discharge port 260 to remove water and medicine. At the same time to discharge to the container (300).

When the medicine falls to the container 300, water from the container 300 falls into the water draining part 380, and the container 380 can be taken out from the support frame 420 to use the medicine.

In addition, in the washing of impurities and pesticide heavy metals on the surface of herbal medicines and medicinal herbs, dried medicinal herbs are washed in a short time by supplying a lot of water in a short time considering the properties of floating on the surface about 3/2 and a weak enzyme room for long time washing. There is an advantage that can effectively wash the medicinal herbs by using the method of washing in flowing water and the method of washing in flowing water, which is discharged quickly and advantageous for washing pesticides and heavy metals.

As such, the medicine washing machine may be sequentially arranged in the order of the reservoir 100, the washing tub 200, and the collecting vessel 300 to maintain the device compactly.

On the other hand, the drug washing device to include a control unit such as a timer, it is possible to automatically perform a series of washing process as described above.

For example, if the user presses the start button after putting the medicine in the washing tub 200, a certain amount of water in the reservoir tank 100 is introduced into the side and the top to wash the medicine for a certain time and overflow after a predetermined time Discharge to the outside of the washing tub 200, and then to control the valves and the like installed in each tube to discharge all the water and medicine in the washing tub 200 to the collecting container 300 so that the washing process is made automatically. Can be.

The operation of this embodiment having the above-described configuration will be described below.

According to a preferred embodiment of the present invention, a method for washing a medicine includes placing a medicine in a washing tub 200 and flowing water while raising the water level in the washing tub 200, and washing the medicine in the flowing water. It includes a washing step, and the discharge step of discharging the medicine by the water flow generated when discharging the water in the washing tub 200.

Put the dried medicine in the washing tub (200).

The water flows while raising the water level inside the washing tub 200, and washes the medicine in the flowing water.

Here, water is introduced into both sides of the washing tub 200 to rotate the water inside the washing tub 200, and sprays the water radially through the upper portion of the washing tub 200.

Thus, while washing the medicinal herbs in the flowing water at the same time to spray the water to the upper effectively washes the medicinal herbs floated on the water.

In this way, by washing with water sprayed from the top of the medicinal herbs floated on the water surface can be effectively cleaned with the contact area between the water and the medicinal herbs.

In addition, by supplying water from the top and side can supply a lot of water to the washing tub 200 in a short time, it is possible to generate a water flow such as a rotation without a separate rotating device such as a motor.

In addition, the washed water is discharged so that the medicine can be washed in the running water and the fresh water is continuously supplied from the upper and side parts.

In addition, when the washing is to some extent, the water level is increased to go through the overflow step to discharge the medicine and water floated on the water outside the washing tub 200.

When the washing is completely completed, the water is drained to some extent to the drain 282 formed in the auxiliary drain pipe 270 and the auxiliary stopper 280, and then the water and medicinal herbs are simultaneously discharged by the water flow generated when the water is discharged. Discharged from the washing tub 200 through).

The discharged medicine is collected in the container 300 is used after the water is drained.

As described above, although described with reference to a preferred embodiment of the present invention, those skilled in the art various modifications or variations of the present invention without departing from the spirit and scope of the invention described in the claims below Can be carried out.

According to the drug washing machine of the present invention as described above, has the following effects.

An inlet tube into which at least one raw water is introduced is installed at the side of the washing tub, and there is an advantage that the medicine can be effectively washed by flowing water inside the washing tub.

The side of the washing barrel is formed with a drug discharge outlet for discharging the medicine by the water flow, the washed medicine floating on the water can be effectively discharged.

In addition, in the washing of impurities and pesticide heavy metals on the surface of herbal medicines and medicinal herbs, in consideration of the floating properties of the dried chemicals and the drug enzymatic chamber during long-term washing, it supplies a lot of water in a short time to wash and discharges water quickly in a short time, The method of washing in flowing water and washing in flowing water, which is advantageous for heavy metal washing, has the advantage of effectively washing the medicine.

Protruding portion is formed on the inner circumferential surface of the washing tub so as to be close to the medicine outlet, the medicine and water can be guided to the medicine outlet effectively discharged.

According to another embodiment of the present invention, the medicine washing machine is installed so as to be spaced apart from the inside of the outer cylinder to form an outer passage in which water and medicine dispensing outlets are discharged, and a space communicating with the medicine discharging openings, The outlet is formed, and comprises a washing tub with an upper opening to discharge the medicine by water flow, and a support for supporting the washing tub to be spaced from the ground, so that the raw water flows into the washing tub At least one inlet tube is installed at the side of the washing tub through the tub, and the medicine is washed and then transported to the space between the outer tub and the washing tub with water and discharged to the medicine outlet.

The spacer member has a through hole formed to communicate with the inside of the washing tub and the outside of the outer tub, and at least one inlet pipe is installed in the separating member so that raw water flows into the washing tub, and the spacer is washed. At the same time as passing through the outer cylinder serves as a pipe for introducing water into the wash tub.

The inlet pipe is installed to cross the radial direction of the washing tub, it is possible to effectively rotate the water inside the washing tub, the medicine is washed more effectively.

In the washing step, by spraying water on the medicine radially through the upper part of the washing container, washing the medicine with flowing water, and at the same time by spraying water from the top, it is possible to effectively remove foreign substances in the medicine.

An inlet is formed in the water reservoir, a raw water pipe is installed at the inlet, and a flexible external washing pipe is branched to the raw water pipe, so that the device and the surroundings of the device can be washed using raw water to wash the medicine. You can always keep the device clean.

The raw water pipe is formed by branching the auxiliary inlet pipe, the auxiliary inlet pipe is connected to at least one side inlet, it can be introduced directly from the raw water pipe without storing the raw water in the reservoir tank can be introduced into the washing tub with a large water pressure have.

It is installed in the medicine discharge outlet and comprises an auxiliary stopper formed with a drain opening, and a stopper for opening and closing the drain opening, it can be washed more effectively by washing the medicine flowing water, and finally when the medicine is discharged from the wash tub The first to drain to the drain and then discharge a small amount of water and medicine together to prevent the medicine from being discharged to the sewer or overflowing the sump at a high flow rate.

When the drain is formed on the side of the washing tub, when the water level is lowered down the drain, water is not discharged to the drain any more, so that only a certain amount of water is discharged even if the user is not constantly watching.

In addition, when the water is discharged to prevent the medicinal material is caught in the drain hole formed on the side can discharge the water inside the washing tub more quickly.

In addition, by simultaneously discharging through the drain hole formed in the drain and the auxiliary stopper can quickly discharge the water inside the washing tub.

The container disposed below the washing container and formed with a water draining part, and the support for supporting the washing container, after washing the medicine in the washing container can be used immediately by collecting the medicine in the lower container to wash the medicine The process can be speeded up to prevent dilution of the medicinal components in water.

The support is formed with a bottom portion for supporting the container, and both sides of the bottom portion is provided with a vertical portion for guiding the container, can support the container through the support at the same time to maintain the compact device, the vertical portion is formed in the container Can be easily inserted and removed from the support.

Wheels are installed in the container, so that the container can be more easily put into and removed from the support.

The container is provided with a mounting portion formed with an insertion hole, the mounting portion is formed with a cut portion to communicate with the insertion hole, the mounting portion is provided with a nut to communicate with the cut portion, the insertion hole is inserted into the rod with a wheel The nut is inserted into the nut, so that the height of the container can be adjusted by coupling the bolt to the nut after inserting the rod, thereby freely adjusting the height of the container according to the user's convenience.

Claims (7)

A washing tub with an outlet formed therein; It includes a support for supporting the washing tub to be spaced apart from the ground, Medicine washing machine, characterized in that the inlet pipe is installed on the side of the at least one raw water inlet. The method of claim 1, Medicine washing machine, characterized in that the side of the washing container is formed with a drug discharge outlet for discharging the medicine by the water flow. The method of claim 2, Medicine washing machine, characterized in that the protrusion is formed on the inner circumferential surface of the washing tub to approach the medicine outlet. An outer cylinder having a medicine discharge outlet through which water and medicine are discharged; A washing tub installed to be spaced inside the outer cylinder so as to form a space communicating with the medicine outlet, an outlet communicating with the space, and having an upper portion open to discharge the medicine by water flow; It includes a support for supporting the washing tub to be spaced apart from the ground, At least one inlet pipe penetrates the outer cylinder so that raw water flows into the washing barrel, and is installed on the side of the washing container. An outer cylinder having a medicine discharge outlet through which water and medicine are discharged; A washing tub installed to be spaced inside the outer cylinder so as to form a space communicating with the medicine outlet, an outlet communicating with the space, and having an upper portion open to discharge the medicine by water flow; One end is installed in the outer cylinder and the other end is installed on the side of the washing cylinder is disposed between the outer cylinder and the washing cylinder; It includes a support for supporting the washing tub to be spaced apart from the ground, The spacer is formed with a through hole to communicate with the inside of the washing tub and the outside of the outer tub, Medicine washing machine, characterized in that at least one inlet pipe is installed in the spacer member so that the raw water flows into the washing tub. Putting the medicine in the washing tub; A washing step of flowing water while raising the level of the inside of the washing tub and washing the medicine with the flowing water; The medicine washing method comprising the step of discharging the medicine by the water flow generated when discharging the water inside the washing tub. The method of claim 6, The washing step, The medicine washing method, characterized in that the spraying the radially water to the medicine through the top of the washing tub.

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