JPH07681A - Spinning washing machine - Google Patents

Abstract

PURPOSE:To improve washing performance by providing, on the upper end collar part of a cylindrical basket rotatably housed in a water tub, a water guide blade for horizontally dispersing a liquid raised between the water tub and the basket toward the central direction of the basket. CONSTITUTION:In a cylindrical water tub 2 having a collar part 21, a cylindrical basket 3 for housing a material to be washed is rotatably housed, and the collar part 21 of the water tub 2 has a water guide blade 1 for directionally converting a liquid, when the liquid penetrated into the material to be washed and passed through the basket 3 is spirally raised between the water tub 2 and the basket 3, to the inner part of the basket 3 in conformity to the spiral flow generated by the positive and reverse rotation of the basket 3 rotated by a rotating driving part. The water guide blade 1 is formed of a deflection vertical piece 12 vertical to the collar part 21 and a spraying horizontal piece 11 parallel to the collar part 21 for horizontally dispersing the directionally converted liquid. Thus, the passage of the liquid penetrated into the material to be washed can be variously changed to improve washing performance.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a dewatering washing machine, and more particularly to an improvement of a dewatering washing machine for washing and dewatering with a dewatering machine.

[0002]

2. Description of the Related Art In recent years, with the rise of health and hygiene ideas, the care of bedding has gradually been left to the hands of professionals due to housing conditions, rising employment rates of housewives, and the like. In addition, with the advent of rental banquet shops, various families have started to be washed by ordinary households and inns, rental banquet companies, etc. (washing of bunten). In the conventional round washing of buns, prewashing and main washing are carried out with a washing machine, then carried to the vicinity of the dehydrator by a belt conveyor, and the buns are manually put into the dehydrator, rinsed and dehydrated in the dehydrator, and dried. It consists of the steps of putting it in a room to remove water contained in the surface material and batting and drying it, and sterilizing and disinfecting and finishing drying it with a rotary dryer.

The washing machine used here has the drawback that it cannot be washed into the cotton wool, and it is a heavy labor to carry and spread a heavy cotton cake containing water from the belt conveyor to the dehydrator after washing. Therefore, improvement of the work process was desired. In view of these difficulties, the present applicant has proposed a dehydration washing machine that performs washing and dehydration in the same container (Japanese Patent Publication No. 3-17518). The dehydration washing machine
As shown in FIG. 6, a cylindrical water tank 2 having a collar 21 for containing a liquid, a rotary shaft 7 rotatably erected at the center of the water tank 2, and a screw 73 in the water tank 2 are provided. Rotating shaft 7
A cylindrical basket 3 which is fixed to the inside and accommodates an object to be cleaned 9 therein, and a drive motor 8 which is conductively connected to a rotating shaft 7.
2 and a transmission unit 8, and the collar 21 is filled with liquid when the liquid 9 that has penetrated the object to be cleaned 9 and has passed through the basket 3 is swirled up between the water tank 2 and the basket 3 by the centrifugal force. A vertical piece 120 (FIG. 4) that is substantially perpendicular to the collar 21 that changes the direction to the inside, and the aquarium 2 is formed by the vertical piece 120.
It has a horizontal piece 110 (FIG. 4) substantially parallel to the collar 21 that prevents the liquid that has turned to the center direction from falling and diffuses it in the horizontal direction.

The center of the bottom of the cylindrical water tank 2 has a rising shape and is in contact with the rotary shaft 7 via a bearing. The support arm 62 of the water tank 2 is suspended from the support base 63 by the spring 61 of the stand 6 and attached to the lid 4. Is connected to a liquid introduction pipe 51, a drain hole 52 is provided at the bottom of the cylindrical water tank 2, and the rotary shaft 7 is supported by a bearing support portion 74 of the water tank 2 via a bearing 75.

In order to carry out the whole washing and washing of the squash using this dehydration washing machine, the squash 9 is put along the circumference of the basket 3 and the stopper of the liquid introducing pipe 51 is opened while rotating the basket 3 at a low speed. An appropriate amount of water is poured into the water tank 4. When the motor 82 is operated, the shaft 7 connected to the transmission unit 8 rotates, the basket 3 fixed to the shaft 7 with the screw 73 rotates, and the centrifugal force generated by the rotation of the basket 3 causes water to flow in the water tank 2. While climbing along the side surface, a swirling motion is made between the inner surface of the aquarium 2 and the outer surface of the basket 3 (because the bunches are spread on the inner surface of the basket), and some of the water reaches the aquarium collar 21. Reach The water that has reached this aquarium collar 21 is
Vertical piece 1 of the water-inducing wing 1 attached to the lower surface of the water tank collar 21.
The direction is changed to the center of the water tank 2 by 20 and does not fall immediately by the horizontal piece 110, but falls over the basket flange 31 while being dispersed by the flow dividing guide 14 (FIG. 4). The water that has been spread by the action of the water guiding blades 1 and has permeated the various parts of the squat rises and swirls again along the side surface of the water tank 2, and repeats this operation. Stop the water, spin off, and finish the prewash.

Next, after draining from the drain hole 52, an appropriate amount of detergent liquid is injected into the water tank 2 from the liquid introducing pipe 51, and main washing is performed in the same manner as pre-washing. After that, the rinsing / dewatering process is performed in the same manner as the conventional dehydrator.

[0007]

As described above, in the spin-drying washing machine proposed by the applicant of the present invention, the whole washing of the sardines can be performed from washing to spin-drying in the same container. You can save the heavy labor of carrying it during washing,
The utilization rate of the floor area is improved, and the effect on the equipment price is also great.

By the way, in the above-described dewatering washing machine, the rotation directions of the baskets 3 accommodating the buns 9 are limited to the same direction. For this reason, there is a problem that a certain flow path is inevitably formed in the water that is spread by the action of the water guiding blades 1 and permeates the various parts of the bunches, and the detergent liquid and the rinse water do not necessarily spread all over the inside of the bunches 9. .

[0009]

SUMMARY OF THE INVENTION The present invention has been made to solve the above problems, and an object thereof is to provide a dewatering washing machine capable of performing prewashing / main washing and rinsing / dewatering in the same machine over each part of a squad. To do.

[0010]

In order to achieve the above-mentioned object, a spin-drying washing machine according to the present invention comprises a cylindrical water tub having a collar and containing a liquid, and rotatably erected at the center of the water tub. Rotation shaft, a cylindrical basket in the water tank that is fixed to the rotation shaft and stores an object to be cleaned, a drive motor that is conductively connected to the rotation shaft, and the drive motor is rotated forward and stopped. A rotation control unit for controlling reverse rotation is provided, and a basket controlled by the rotation control unit is provided when the liquid that has penetrated the object to be washed and has passed through the basket swirls up between the water tank and the basket due to centrifugal force. The turning vertical piece that is substantially perpendicular to the collar that redirects the liquid into the basket in accordance with the swirling direction of the liquid generated by the normal and reverse rotations of the liquid, and the collar that disperses the redirected liquid in the horizontal direction. Are substantially parallel to It is provided with a water attractive wing and a horizontal piece.

The water guiding blade is movable between forward and reverse rotation stoppers, one end of which is pivotally attached to the brim and the other end of which is arranged at a predetermined opening angle, and is generated by forward and reverse rotations of the basket. Between the water tank and the basket, a turning vertical piece that is pressed by the flow force of the liquid in the swirling direction and is brought into contact with stoppers for forward rotation and reverse rotation, respectively, and redirects the liquid inside the basket, and is substantially perpendicular to the collar. And a sprinkling horizontal piece that is substantially parallel to the brim that attracts the swirled liquid to the turning vertical piece and horizontally disperses the liquid whose direction is changed by the turning vertical piece.

The water guiding blade is a vertical vertical piece and a vertical vertical piece which are substantially perpendicular to the collar for fixing the liquid, which is fixed to the collar and generated by the normal rotation of the basket and swirling up between the water tank and the basket, into the inside of the basket. Inside the basket, a horizontal piece of water spray that is substantially parallel to the collar that horizontally disperses the liquid that has been redirected by the piece, and a liquid that is fixed to the collar and that is generated by the reverse rotation of the basket and swirls up between the water tank and the basket. And a turning vertical piece substantially vertical to the collar for changing the direction and a horizontal sprinkling piece substantially parallel to the flange for horizontally dispersing the liquid turned by the turning vertical piece.

[0013]

The basket for storing the object to be cleaned includes a cylindrical water tank having a collar for storing the liquid, a rotary shaft rotatably erected at the center of the water tank, and a rotary shaft in the water tank. It is equipped with a cylindrical basket that is fixed and contains the object to be cleaned, a drive motor that is conductively connected to the rotating shaft, and a rotation control unit that controls the drive motor to rotate forward, stop, and reverse. Is the positive direction of the basket controlled by the rotation control unit when the liquid that has penetrated the object to be cleaned and passed through the basket swirls up between the water tank and the basket due to centrifugal force.
Inverse A vertical piece that is substantially perpendicular to the collar that redirects the liquid into the basket corresponding to the direction of the swirling flow of the liquid generated by each rotation, and a collar that disperses the redirected liquid in the horizontal direction. Since a water impeller with parallel sprinkling horizontal pieces was installed, the liquid rising between the tank and the basket due to centrifugal force was attracted into the basket from above and directed toward the center of the tank to spread horizontally. The rotation control unit controls the basket to rotate forward, stop, and reverse to change the direction of the rotary motion of the liquid in the water tank, and The vertical vertical piece corresponds to the direction of the spiral flow of the liquid that has risen due to each of the forward and reverse rotations, so the flow path of the liquid that permeates the object to be cleaned changes in various ways, and eventually the liquid flows to every corner of the object to be cleaned. Penetrated and complete Kiyoshi has been made, can be performed consistently to dehydration.

[0014]

Embodiments of the present invention will be described below with reference to the drawings. As shown in FIG. 1, the dewatering washing machine of the present invention includes a cylindrical water tub 2 having a lid 4 provided with a collar, a rotary shaft 7 rotatably erected at the center of the water tub 2, and a water tub 2 A cylindrical basket 3 which is inside and is fixed to the rotating shaft 7 and accommodates the object to be cleaned 9 therein; a drive motor 82 which is conductively connected to the rotating shaft 7; A rotation control unit 81 for controlling rotation is provided, and the collar 21
When the liquid that has penetrated the object to be cleaned 9 and has passed through the basket 2 spirally rises between the water tank 2 and the basket 3 due to centrifugal force, the normal and reverse rotations of the basket 3 controlled by the rotation controller 81 A collar 2 for changing the direction of the liquid into the basket 3 in accordance with the generated swirling direction of the liquid.
1, a water guide blade 1 having a turning vertical piece 12 substantially vertical to 1 and a sprinkling horizontal piece 11 substantially parallel to a collar 21 for horizontally dispersing the direction-changed liquid.

The bottom center of the cylindrical water tank 2 has a rising shape and is in contact with the rotating shaft 7 via a bearing 75.
The support arm 62 of is suspended from the support base 63 by the spring 61 of the stand 6, the liquid introducing pipe 51 is connected to the lid 4, the drain hole 52 is provided at the bottom of the cylindrical water tank 2, and the rotating shaft 7 is the water tank 2. It is supported by a bearing support portion 74 of the above through a bearing 75.

The basket 3 has a basket collar 31 on the upper surface.
And a large number of liquid passage holes are provided in the outer peripheral portion. The center of the bottom has a rising shape, and is fixed to the upper part of the rotary shaft 7 with a screw 73. The rotating shaft 7 is connected to the transmission unit 8, and the rotation from the motor 82 is transmitted to the transmission unit 8. The motor 82 is a rotary shaft 7 fixed to the basket 3.
Is connected to a rotation control unit 81 that controls normal rotation, stop, and reverse rotation. The rotation control unit 81 is preferably a known inverter that is a control device that converts the rotation direction of the motor 82, and normally rotates the basket 3 by a preset work system program according to the type of the cleaning target 9. , Stop, reverse rotation.

2 (a) and 3 (a), (b),
As shown in (c), when the liquid to be washed penetrates the object to be cleaned 9 and has passed through the basket 3, the liquid is swirled up between the water tank 2 and the basket 3 by the centrifugal force. The turning vertical piece 12 is substantially vertical to the collar 21 so as to be attracted to the inside of the water tank 2 and directed toward the center of the water tank 2, and the turning vertical piece 12 prevents the liquid that is turned to the center of the water tank 2 from falling and is horizontal. The vertical vertical piece 12 has a horizontal horizontal piece 11 substantially parallel to a collar 21 that is distributed in the direction, and the turning vertical piece 12 is in the spiral flow direction of the liquid raised by the forward and reverse rotations of the basket 3 controlled by the inverter 81. Correspondingly, one end is pivotally attached to the collar with the pivot shaft 10 as a fulcrum, and the other end is arranged with a predetermined opening angle for normal rotation and reverse rotation stoppers 18a, 1a.
8b is rotatable and movable in the horizontal direction, and is pressed by the flow force in the swirling direction of the liquid generated by the forward and reverse rotations of the basket, and abutted on the forward and reverse rotation stoppers 18a and 18b, respectively. The liquid is redirected into the basket 3.

The turning vertical piece 12 is fixed to the collar 21 on the upper surface 15, and the bottom surface thereof is a distributed horizontal piece 11 (FIG. 2) parallel to the collar 21.
(A) and FIG. 3 (c)), and the inclined piece 1 for attracting the liquid to the dispersion horizontal piece 11 continuously to the dispersion horizontal piece 11.
6 and a horizontal end 16 ', which is located near the top surface of the basket collar 31. Also,
The liquid outlet side 17 of the dispersion horizontal piece 11 has a shape that is opened toward the center of the water tank 2, and the opened central portion 171 is slightly obtuse (FIG. 3A). The upper surface 15 and the bottom surface 17 on the liquid outlet side are provided with stoppers 18a and 18b.
The upper surface 15 on the circumferential side of the water tank 2 and the basket 3 and the dispersion horizontal piece 11 are also connected by the peripheral side surface 18 '. The liquid that has risen between the water tank 2 and the basket 3 is guided into the water intake vane 1 through the inlet 19 that connects the lines of the upper surface 15, the horizontal dispersion piece 11, the peripheral side surface 18 ′ and the stopper 18 b (18 a). .

Further, as shown in FIG.
A turning vertical piece 120 provided substantially vertically to the collar 21 from the mounting piece 13 fixed to 1, and a sprinkling horizontal piece 110 provided on the turning vertical piece 120 and substantially parallel to the collar 21, As shown in FIG. 2B, the turning vertical pieces 120, 120 of the pair of water guiding blades rotate when the liquid passing through the basket 3 is swirled up between the water tank 2 and the basket 3 by the centrifugal force. A pair in the circumferential direction of the water tank 2 is arranged so as to change the direction of the liquid inside the basket 3 in accordance with the swirling direction of the liquid generated by the forward and reverse rotations of the basket 3 controlled by the inverter of the controller 81. They are arranged symmetrically with respect to a line connecting the center of the water tank 2 and the midpoint of the distance between the turning vertical pieces 120, 120. The mounting positions of the pair of water guiding blades 1L and 1R are not limited to the figures, and it is preferable to provide a space.

As a material for the water guiding blade, stainless steel which is resistant to chemicals and is resistant to rust is preferable. Next, the operation of the dehydration washing machine of the present invention will be described. The kamadan gathered from the users will be subjected to Japanese binding as necessary to prevent the shift of the batting. The Japanese-batch processed sardines are put directly into the dehydration washing machine of the present invention (not put into the washing machine). The basket 3 is put in a shape such that it is wound along the inner circumference of the basket 3. While rotating the basket 3 at a low speed, the stopper of the liquid introducing pipe 51 is opened, and an appropriate amount of water is poured into the water tank 4. When the motor 82 is operated, the shaft 7 connected to the transmission portion 8 rotates, the basket 3 fixed to the shaft 7 with the screw 73 rotates, and the basket 3
Due to the centrifugal force caused by the rotation of the water, the water rises along the side surface of the water tank 2 and swirls between the inner surface of the water tank 2 and the outer surface of the basket (because the sac is spread on the inner surface of the basket). , Some water reaches the aquarium 21. The water that has reached the water tank collar 21 is introduced from the end 16 ′ near the upper surface of the basket collar 31 into the introduction port 19 along the inclined piece 16, and the rising liquid enters the water impeller 1 and is dispersed in the entire squad. To fall. Since the water attracting blade 1 has the inclined piece 16 which is close to the basket collar 31 and which follows the dispersing horizontal piece 11, a large amount of the liquid that has risen enters the water attracting blade 1, and therefore the liquid on the outer periphery of the basket 3 also rises quickly. The flow rate of the liquid passing through the squad is also accelerated, and the cleaning effect is further enhanced.

As shown by the arrow in FIG. 2A, the water tank collar 2
The vertical vertical piece 12 of the water attracting blade 1 attached to the lower surface of the water tank 1 changes the direction toward the center of the water tank 2 and
1 does not fall immediately due to 1, the center 17 of the liquid outlet side 17
While dispersing in one direction, it falls over the basket brim 31 and flows into the squad from the center of the water tank 2 (arrow a in FIG. 1). The water that has permeated each part of the squad rises again along the side surface of the water tank 2 and makes a spiral motion, and this operation is repeated. After a fixed number of times (fixed time) of forward rotation, the rotation stops and then reverse rotation starts. Although the direction of the liquid introduced into the water impeller 1 is reversed from that in the normal rotation, since the turning vertical piece 12 swivels in the horizontal direction with the swivel shaft 10 as a fulcrum (FIG. 3 (a)), the liquid is The basket collar 3 is introduced into the water guide blade from the direction opposite to that of the normal rotation, and is directed to the center of the water tank 2 to be dispersed and dispersed.
It drops over 1. In the case of the other embodiment shown in FIG. 2B, one of the pair of turning vertical pieces 120 corresponds to the forward rotation of the basket 3 and the other corresponds to the reverse rotation thereof, and functions similarly.

As shown in FIG. 5, this forward rotation, stop, and reverse rotation are repeated for a fixed number of times (fixed time), so that the squad 9 is formed.
Is completely prewashed on the front side and batting. After the drainage, while rotating the basket 3 at a low speed, the stopper following the liquid introducing pipe 51 is opened to inject an appropriate amount of the detergent liquid into the water tank 4, and the main washing is performed in the same manner as the pre-washing. For subsequent rinsing, the drain pipe 52 is opened and the liquid introduction pipe 51 is opened.
Then, while pouring in fresh water, the water is slowly rotated forward and backward several times, and finally the high speed rotation is used to dehydrate and drain the residual water.

Hereinafter, the drying / sterilizing and disinfecting step is the same as the conventional method. The cleaning according to the present invention in which the normal rotation, the stop, and the reverse rotation are repeated a certain number of times (a certain period of time) corresponds to so-called push washing, and the liquid outside the basket 3 at the time of the stop is discharged from the liquid passage hole of the basket 3 by hydraulic pressure. The water flows into the squad (arrow b in FIG. 1), and the squad holds water. Then, when the reverse rotation starts, the water retention further progresses. When the number of rotations increases, the squat 9 is pressed against the outer circumference of the basket 3 by centrifugal force, the liquid in the squat 9 is extruded, and flows into the squat from the center of the water tank 2 (arrow a in FIG. 1). By repeating the above process, the liquid permeates from the entire surface of the fiber and from both the front and back sides, so that the cleaning effect is greatly enhanced as compared with the case where the liquid permeates from one side.

Although the present embodiment has been described with respect to washing the whole lump, it is suitable for washing fibers such as wool and silk, which must avoid shrinkage, and is not limited to the whole washing of the lump, and it has been a conventional dry cleaning object such as a suit. It can be used as a commercial dewatering washing machine for household items, or as a household dewatering washing machine that is downsized. The use of CFCs and ethane, which are currently used in the cleaning industry, is banned, and the development of detergents to replace them is awaited, but the development of washing methods that do not use CFCs and ethane, and the development of machines therefor. Similarly desired, the dewatering washing machine according to the present invention has a sufficient cleaning effect only with water that spreads to every corner of the object to be cleaned, and when a detergent liquid is used, the detergent liquid is collected from the detergent collection pipe 53 by the collection pump. It can be collected and used multiple times, which is useful for preventing environmental pollution.

The size and the number of the water suction blades 1 to be attached depend on the size of the water tank 2, but are such that the liquid can be introduced between the center and the side surface of the basket 3, the position (attachment angle) and the number. Is desirable.

[0026]

As is apparent from the above description, in the spin-drying washing machine of the present invention, the basket for storing the item to be washed is provided with a rotation control section for controlling forward rotation, stop, and reverse rotation. The water guide vanes connected to the collar part are provided on the tsuba.The water guide blades correspond to the spiral flow direction of the liquid that is raised by the forward and reverse rotations of the basket, and the turning vertical pieces that are substantially perpendicular to the tsuba and the turning vertical pieces Since it has a horizontal piece that is substantially parallel to the collar that prevents the liquid that has turned to the center direction from falling and spreads in the horizontal direction, the liquid that has risen between the aquarium and the basket due to centrifugal force It can be attracted to the inside of the basket and directed toward the center of the water tank to disperse it horizontally so that it can permeate the object to be cleaned. Furthermore, the rotation control unit controls the basket to rotate forward, stop, and reverse to rotate the water tank. Rotation of liquid in By changing the direction of movement, the turning vertical piece of the water guiding blade corresponds to the direction of the spiral flow of the liquid that has risen by each of the forward and reverse rotations, so the flow path of the liquid that permeates the object to be cleaned can be changed in various ways. , The liquid is permeated to every corner of the object to be cleaned, and complete cleaning is performed, and it is possible to consistently perform dehydration with the same dehydration washing machine.

[Brief description of drawings]

FIG. 1 is a diagram illustrating a dewatering washing machine according to the present invention.

FIG. 2A is a diagram for explaining a main part thereof, and FIG. 2B is a diagram for explaining a main part of another embodiment.

3 (a), (b), and (c) are diagrams illustrating a main part.

FIG. 4 is a diagram illustrating a main part of another embodiment.

FIG. 5 is a work flow chart of the dehydration washing machine according to the present invention.

FIG. 6 is a diagram illustrating a conventional dewatering washing machine.

[Explanation of symbols]

 DESCRIPTION OF SYMBOLS 1 ... Water-inducing blade 10 ... Swivel axis 11, 110 ... Dispersion horizontal piece 12, 120 ... Turning vertical piece 13 ... Attachment piece 14 ... Flow distribution guide piece 15 ... Upper surface 16 ... Inclined piece 16 '... End part 17 ... Liquid outlet side 18a , 18b ... Stopper 18 '... Circumferential side surface 19 ... Inlet port 2 ... Water tank 21 ... Water tank collar 3 ... Basket 31 ... Basket collar 4 ... Water tank lid 51 ... Liquid introduction pipe 52 ... Drain pipe 6 ... Stand 61 ... Spring 62 ... Support arm 63 ... Supporting base 7 ... Rotating shaft 73 ... Screw 74 ... Bearing supporting part 75 ... Bearing 8 ... Transmission part 82 ... Drive motor 83 ... Rotation control part 9 ... Cleaning object (group)

Claims (3)

[Claims] 1. A cylindrical water tank having a collar and containing a liquid,
A rotating shaft rotatably installed at the center of the water tank,
A cylindrical basket fixed in the water tank and fixed to the rotating shaft to store an object to be cleaned therein; a drive motor conductively connected to the rotating shaft; forward rotation, stop, and reverse rotation of the drive motor. And a rotation control unit for controlling the liquid, and the tsuba is controlled by the rotation control unit when the liquid that has penetrated the object to be cleaned and has passed through the basket swirls up between the water tank and the basket due to centrifugal force. A turning vertical piece that is substantially perpendicular to the brim that redirects the liquid into the basket in response to a swirl direction of the liquid generated by controlled forward and reverse rotations of the basket; A dehydration washing machine, characterized in that the collar for dispersing the collected liquid in the horizontal direction is provided with a water-inducing blade having substantially parallel water-sprinkling horizontal pieces. 2. One end of the water guiding blade is pivotally attached to the collar,
The other end is movable between a forward rotation stopper and a reverse rotation stopper arranged at a predetermined opening angle, and is pressed by the flow force of the liquid in the swirling direction generated by the normal rotation and the reverse rotation of the basket, respectively. A turning vertical piece that is in contact with rotation and reverse rotation stoppers and that redirects the liquid into the basket substantially perpendicularly to the collar, and the liquid that swirls up between the water tank and the basket. The dehydration washing machine according to claim 1, further comprising: a sprinkling horizontal piece that is substantially parallel to the brim that attracts water to the vertical piece and horizontally disperses the liquid whose direction is changed by the turning vertical piece. . 3. The water guiding blade is substantially fixed to the collar, and is substantially fixed to the collar for changing the direction of the liquid generated by the normal rotation of the basket and swirling up between the water tank and the basket. A vertical vertical piece and a watering horizontal piece that is substantially parallel to the collar for horizontally dispersing the liquid that has been diverted by the vertical vertical piece, and a horizontal piece fixed to the collar and generated by reverse rotation of the basket. A turning vertical piece that is substantially vertical to the flange that redirects the liquid swirling up between the water tank and the basket into the basket, and the collar that horizontally disperses the liquid that is redirected by the turning vertical piece. 2. The dehydration washing machine according to claim 1, wherein the water sprinkling horizontal pieces are substantially parallel to each other.