KR20010082384A - Washing process - Google Patents

Abstract

PURPOSE: A washing method of a permeable washing machine is provided to enhance the efficiency of a washing machine by re-inputting the washing water rising in V shape into a washing tub via direction change ribs and a downward guide rib. CONSTITUTION: An outer tub and an inner tub are installed in a permeable washing machine. A tub cover(811) for supplying the washing water rising along a space between the outer tub and the inner tube is combined to the upper portion of the outer tub. Many first direction change ribs(812) are formed on the bottom of the tub cover to change the direction of the rising washing water to the center of the inner tub. A downward guide rib(813) is formed on the inner face of the tub cover to downwardly supply the washing water whose direction is changed to the center toward the laundry in the inner tub. A dispersion preventing rib(814) is formed on the bottom of the tub cover to prevent dispersion of the washing water and to let the washing water flow along the first direction change ribs. For preventing scattering of the washing water, first damping ribs are formed between the downward guide rib and the first direction change ribs.

Description

Washing method of washing machine for permeation washing machine {WASHING PROCESS}

The present invention relates to a permeable washing machine, in particular, a plurality of first direction switching ribs formed on the bottom surface of the tub cover, the inner circumferential surface of the tub cover the washing water is changed by the first direction switching rib inside the washing tank Tub cover for permeable washing machine that can change the direction of the washing water flowing in the V-shape by the high speed rotation of the washing tank or the washing blade to the center direction of the washing tank by forming a downward direction rib for feeding downward to the laundry. It relates to a washing water induction structure of.

The conventional permeable washing machine rotates the washing tank and the washing vanes at high speed to make the water flow in the washing tank V-type, and the centrifugal force washes the contaminants in the laundry while passing through the laundry, and exits to the dehydration hole formed on the side of the washing tank. .

Then, the washing water discharged to the dehydration hole is raised through the wall surface of the washing tub, and the washing and rinsing strokes are repeated while being re-introduced into the washing tub.

However, the conventional permeation washing machine as described above smoothly circulates the washing water for permeation washing as the washing water rising on the wall surface of the washing tub is continuously rotated along the circumferential surface of the washing tub and is not circulated or scattered and the washing water is reduced. Had a problem that could not be made.

In addition, a lot of washing water flows to the surface of the tub cover by the strong water flow of the washing water to be sprayed upward.

In particular, since the surface of the conventional tub cover is formed in a flat shape, when excessive washing water is scattered, only a part of the washing water is discharged to the drain hose through an overflow hole formed in the washing tank, and most of the washing water is washed out. It goes over the circumference and flows to the outer wall of the laundry outer tub.

Therefore, the washing water flows through the outer wall surface of the washing tub to the floor, causing insulation breakdown of the electrical equipment in the washing machine, and acting as a cause of failure.

In addition, when the wash water leaks outside of the washing machine, that is, indoors, the user may be in a dangerous situation in which an electric shock may occur.

In particular, when a strong water flow hits the tub cover, the noise is greatly generated and bubbles are generated.

The purpose of the present invention for solving and solving these conventional problems,

The purpose of the present invention is to improve the performance of permeation washing by changing the direction of the washing water flow rising in the V shape by the high speed rotation of the washing tank or the washing blade to be re-injected into the washing tank.

And, for another purpose of the present invention,

It also provides the purpose of minimizing the generation of water splashing, noise, bubbles caused by the washing water flow circulated in the V shape by the high speed rotation of the washing tank or washing blade.

In order to achieve the above objects, the present invention,

A plurality of first direction switching ribs are formed on the bottom surface of the tub cover, and the inner circumferential surface of the tub cover is configured to downwardly supply washing water whose direction is changed by the first direction switching rib to the laundry inside the washing tub. By forming the rib, it is possible to achieve the object of the present invention.

1 is a cross-sectional view for explaining the permeation washing of the present invention washing machine

Figure 2 is a bottom view of the first embodiment showing the structure of the tub cover of the present invention

Figure 3 is a partially cutaway perspective view of the present invention Figure 2

Figure 4 is an enlarged view of the main portion showing the action of the present invention Figure 2

Figure 5 is a bottom view of a second embodiment showing the structure of the tub cover of the present invention

Figure 6 is a partially cutaway perspective view of the present invention Figure 5

Figure 7 is an enlarged view of the main portion showing the action of the present invention Figure 5

8 is a bottom view of a third embodiment showing the structure of a tub cover of the present invention;

Figure 9 is a partially cutaway perspective view of the present invention Figure 8

Figure 10 is an enlarged view of the main portion showing the action of the present invention Figure 8

11 is a bottom view of a fourth embodiment showing the structure of the tub cover of the present invention;

Figure 12 is a partially cutaway perspective view of the present invention Figure 11

Figure 13 is an enlarged view of the main portion showing the action of the present invention Figure 11

Figure 14 is a bottom view of a fifth embodiment showing the structure of a tub cover of the present invention;

Figure 15 is a partially cutaway perspective view of the present invention Figure 14

Figure 16 is an enlarged view of the main portion showing the action of the present invention Figure 14

17 is a bottom view of a sixth embodiment showing the structure of a tub cover of the present invention;

Figure 18 is a partially cutaway perspective view of the present invention Figure 17

Figure 19 is an enlarged view of the main portion showing the action of the present invention Figure 17

<Code Description of Main Parts of Drawing>

801-Permeable Washing Machine 802-Laundry

803-Laundry wing 804-Laundry tank

805-Motor

811-tub cover 812-first direction rib

813-downward guide rib 814-dispersion prevention rib

815-First buffer rib 816-First through hole

817-First guide slope 818-Reinforcement rib

822-second direction rib 825-second buffer rib

826-Second through hole 827-Second induction slope

The configuration of the present invention will be described in detail.

First, Figure 1 is a cross-sectional view for explaining the permeation washing of the present invention washing machine,

The washing tub 804 is fixedly installed inside the permeable washing machine 801, and the washing tub 802 is integrally formed with the washing blade 803 in the washing tub 804.

In addition, a tub cover 811 is coupled to an upper side of the washing tub 804 for supplying the washing water flow raised between the washing tub 804 and the washing tub 802 to the washing tub 802.

In addition, a motor 805 for rotating the washing tub 802 and the washing blade 803 is fixed to the bottom of the washing tub 804.

On the other hand, Figure 2 is a bottom view of the first embodiment showing the structure of the tub cover of the present invention, Figure 3, Figure 4 is a partially cutaway perspective view of the present invention Figure 2, one-way rotation of the washing inner tub 802 or washing blade 803 Washing the direction of the washing water which rose on the wall surface of the washing tub 804 by

A plurality of first direction switching ribs 812 are formed on the bottom surface of the tub cover 811 in order to shift them in the center direction of the 802.

In addition, the lower direction guide rib 813 is provided on the inner circumferential surface of the tub cover 811 to supply the washing water whose direction is changed by the first direction changing rib 812 to the laundry inside the washing tub 802. Is formed.

5 is a bottom view of a second embodiment showing the structure of the tub cover of the present invention, and FIGS. 6 and 7 are partially cutaway perspective views of the present invention of FIG. 5, wherein the direction is changed by the first direction switching rib 812. In order to minimize the scattering of the wash water due to the impact when the converted wash water collides with the lower induction rib 813, the impact is buffered by lowering the lower induction rib 813 before the lower induction rib 813. A first buffer rib 815 connecting the first direction switching rib end portion 812 and the lower induction rib 813 to collide with is provided.

The first buffer rib 815 is formed to have a height lower than the height of the first direction switching rib 812 and the downward direction rib 813.

In addition, a dispersion preventing rib 814 formed on the bottom surface of the tub cover 811 to prevent dispersion of the wash water induced by the first direction switching rib 812 and the downward direction rib 813 is further included. Equipped.

8 is a bottom view of a third embodiment showing the structure of the tub cover of the present invention, and FIGS. 9 and 10 are partially cutaway perspective views of the present invention of FIG. 8, wherein the direction is changed by the first direction switching rib 812. Wash water passing through the end of the first direction switching rib 812 to the washing tank 802 without resistance in order to minimize the wash water is scattered by the impact when the converted washing water hits the lower induction rib 813 A first induction inclined surface 817 was further provided at the end positions of the first direction switching rib 812 and the dispersion prevention rib 814 to be supplied.

11 is a bottom view of a fourth embodiment showing the structure of the tub cover of the present invention, and FIGS. 12 and 13 are partially cutaway perspective views of the present invention of FIG. 11, wherein the washing tub 802 or the washing wing 803 are bidirectional. A plurality of first direction switching ribs 812 formed on the bottom surface of the tub cover 811 in order to change the direction of the washing water rising on the wall surface of the washing outer tub 804 by rotation to the center direction of the washing tub 802. A plurality of second direction switching ribs 822 are further provided to be symmetrical with ().

In addition, the first direction switching rib 812 in order to minimize the wash water is scattered by the impact when the washing water is changed by the first direction switching rib 812 and the lower direction guide rib 813. The first through hole 816 is formed in the lower direction guide rib 813 at the end position of the first direction switching rib 812 so that the washing water passing through the end of the head can be supplied to the washing inner tub 802 without resistance. It was further provided.

Then, in order to minimize the scattering of the wash water due to the impact when the washing water is changed by the second direction switching rib 822 hits the lower direction guide rib 813, the second direction switching rib 822 The first through portion 816 of the lower induction rib 813 symmetrically formed on the lower induction rib 813 so that the washing water passing through the end of the upper side can be supplied to the washing inner tub 802 without resistance. Also provided with two through-holes (826).

14 is a bottom view of a fifth embodiment showing the structure of the tub cover of the present invention, and FIGS. 15 and 16 are partially cutaway perspective views of the present invention of FIG. 14, the direction of which is changed by the second direction switching rib 822. FIG. In order to minimize the scattering of the wash water due to the impact when the converted wash water collides with the lower induction rib 813, the impact is buffered by lowering the lower induction rib 813 before the lower induction rib 813. A second buffering rib 825 is further provided to connect the end portion of the second directional switching rib 822 and the downward guiding rib 813 so as to collide with the second direction switching rib 822.

The second buffer rib 825 is formed to have a height lower than the height of the second direction switching rib 822 and the downward direction rib 813.

FIG. 17 is a bottom view of a sixth embodiment showing the structure of the tub cover of the present invention, and FIGS. 18 and 19 are partially cutaway perspective views of the present invention of FIG. 17, the direction of which is changed by the second direction switching rib 822. FIG. The wash water passing through the end of the second direction switching rib 822 to the washing tank 802 without resistance in order to minimize the scattering of the wash water due to the impact when the converted washing water hits the lower induction rib 813. A second induction inclined surface 827 was further provided at the end positions of the second direction switching rib 822 and the dispersion prevention rib 814 to be supplied.

In addition, the first and second diverting ribs 812 and 822 may be deformed by the water spray state due to the vortex while guiding the washing water. A plurality of reinforcing ribs 818 connecting the two-way switching ribs 822 were further provided.

Referring to the operation of the present invention as described above is as follows.

First, when the laundry is put into the washing tub 802 coupled to the permeable washing machine 801 of FIG. 1 and the washing start button is pressed, water is supplied and the motor 805 starts driving.

In addition, the washing inner tub 802 and the washing blade 803 are driven at a high speed by the driving of the motor 105.

At this time, the wash water in the wash tub 802 is discharged to the wash tub 804 through the laundry holes of the wash tub 802 after passing through the laundry.

In addition, the washing water discharged to the washing tub 804 is moved upward by riding on the inner wall surface of the washing tub 804 by the high speed rotational force of the washing tub 802.

In addition, the washing water rising to the upper side of the washing tub 804 is re-supplied into the washing tub 802 by the guide of the tub cover 811.

As described above, the permeable washing machine 801 of the present invention can perform permeation washing while circulating the washing water in the V-shape.

At this time, the washing water raised upward along the wall surface of the washing tub 804 by the high-speed rotation of the washing tub 802 is in contact with the bottom surface of the tub cover 811, the washing water tub cover 811 Under the direction of the first direction switching ribs 812 formed as shown in the first embodiment of FIG. Facing the center of 802.

In addition, the washing water whose direction is changed by the first direction switching rib 812 is not dispersed by the dispersion preventing rib 814 formed on the bottom surface of the tub cover 811. Flow along the ribs 812.

As described above, the washing water whose direction is changed by the first direction switching rib 812 collides with the lower direction guide rib 813 formed on the inner circumferential surface of the tub cover 811, and the force that is about to proceed horizontally is lowered. You will be directed to.

Accordingly, the washing water is supplied to the washing inner tub 802 while the washing water is changed downward by the lower guiding rib 813.

At this time, when hitting the lower induction rib 813 in the state flowing horizontally along the first direction switching rib 812, most of the water is changed to the lower direction is supplied to the washing tank 802 Some washing water is scattered by the impact of the impact occurs.

In order to prevent the washing water from scattering, in the present invention, the first buffering ribs 815 having a lower height than those between the end portion of the first direction switching rib 812 and the downward direction rib 813 are disposed. It was provided as in the second embodiment of FIG.

That is, the first buffering ribs 815 weaken the force of the washing water by hitting the washing water moving along the first direction switching rib 812 before hitting the lower induction rib 813. In addition, when the wash water collides with the lower induction rib 813, the direction is changed, thereby minimizing the generation of water splashes, noise, and bubbles due to the circulating water.

In the third embodiment of FIG. 10 of the present invention, the first induction inclined surface 817 is formed at the end positions of the first direction switching rib 812 and the dispersion prevention rib 814.

That is, since the wash water flowing between the first direction switching rib 812 and the dispersion preventing rib 814 is supplied to the washing tank 802 through the first induction slope 817 without resistance, the washing water is scattered. It can be minimized.

However, in the third embodiment, since the wash water falls to the center or across the center of the washing tub 802 while drawing a parabola, in terms of efficiency, the washing water is vertically washed by the lower induction rib 813. The drop in 802 is lower than in the first and second embodiments.

However, since the third embodiment can achieve the object of the present invention sufficiently, it will be included in the scope of the present invention.

Meanwhile, in the fourth exemplary embodiment of FIG. 13 of the present invention, the plurality of second direction switching ribs are symmetrical with the plurality of first direction switching ribs 812 formed on the bottom surface of the tub cover 811.

By forming the 822, the direction of the washing water rising on the wall surface of the washing tub 804 by the bidirectional rotation of the washing tub 802 or the washing blade 803 can be changed to the center direction of the washing tub 802. It was made.

In addition, in Fig. 12 of the present invention, instead of the first buffering rib 815 of the second embodiment, the lowering guide rib

By forming the first through hole 816 in the 813, the wash water passing through the end of the first turning rib 812 is supplied to the washing tub 802 while passing through the first through hole 816 without resistance. It will be able to minimize the scattering of the wash water.

In addition, the wash water passing through the end of the second direction switching rib 822 is symmetrically lower than the first through part 816 of the downward direction rib 813 so that the washing water can be supplied to the washing tub 802 without resistance. By forming a second through-hole 826 in the directional induction rib 813, the washing water diverted by the second directional switching rib 822 collides with the downward guiding rib 813, and thus the washing water is scattered. Can be minimized.

Further, in the fifth embodiment of Fig. 15 of the present invention, the second buffering ribs 825 having lower heights are provided between the end portions of the second turning ribs 822 and the downwardly directed ribs 813. The washing water moving along the second direction switching rib 822 is weakened by the force of the washing water by colliding with the second buffering ribs 825 before hitting the lower induction rib 813. In addition, when the wash water collides with the lower induction rib 813, the direction is changed, thereby minimizing the generation of water splashes, noise, and bubbles due to the circulating water.

In addition, the height of the second buffer rib 825 is also formed to be lower than the height of the second direction switching rib 822 and the downward direction rib 813.

19 shows the sixth embodiment of the present invention and the second direction switching rib

The second induction inclined surface at the position of the end of the second direction switching rib 822 and the dispersion prevention rib 814 so that the wash water passing through the end of 822 can be supplied to the washing tub 802 without resistance.

827 may minimize the washing water scattered due to the impact when the washing water is changed by the second direction switching rib 822 and the lower direction induction rib 813.

Further, a plurality of reinforcing ribs 818 connecting the first direction switching ribs 812 and the second direction switching ribs 822 of the fourth to sixth embodiments are further provided. The ribs 812 and 822 can be prevented from being deformed by the water spray form due to the vortex while guiding the wash water.

According to the present invention, a plurality of first direction switching ribs are formed on the bottom surface of the tub cover, and the washing water whose direction is changed by the first direction switching rib on the inner circumferential surface of the tub cover is directed downward to the laundry inside the washing tub. By forming a lower side guide rib for supplying, the direction of the washing water flowing in the V shape by the high speed rotation of the washing tank or the washing blade is converted to the center direction of the washing tank, and re-introduced into the washing tank, thereby improving performance. It is possible to carry out permeation washing.

In addition, it has a useful effect of minimizing the generation of water splashes, noise, bubbles caused by the washing water flow circulated in the V shape by the high-speed rotation of the washing tank or washing blade.

Claims (2)

A wash tub for storing wash water, Donut-shaped tub cover to cover the top of the wash tub, A laundry inner tub rotatably installed in the outer tub for housing clothes; In the washing machine consisting of washing blades for generating water flow rotatably installed on the bottom of the washing tank, A washing method of a washing machine for a permeable washing machine in which only the washing blade rotates at a high speed in one direction, and the washing water in the center of the washing blade is lowered in the washing blade direction, and the outer diameter portion of the washing blade forms a rising V-shaped water flow. The method of claim 1, The high speed rotation of the washing blade is a washing method of the washing machine for a permeable washing machine, characterized in that the washing water rising between the washing tub and the washing tub is re-introduced again through the top of the tub.