KR100312813B1 - Lint collecting device of washing machine with rotating barrel and its method - Google Patents

Abstract

The present invention relates to a washing machine in which the tub is rotated, in particular, by connecting the washing tub of the washing machine and the water supply and detergent dispenser with a guide tube, and combining the seam collecting network to collect the seams and lint in the water and detergent container, The centrifugal force is generated between the washing tank and the washing tank by the high-speed rotation of the washing tank and the pulsator connected to the drive shaft of the tank, and the centrifugal force is used to supply the seams and lint included in the washing water that is pumped up along the guide tube. And it is designed to be collected very efficiently by the seams gathering network coupled to the detergent dispenser,

The centrifugal force is generated between the washing tank and the washing tank by the high-speed rotation of the washing tank connected to the drive shaft of the motor and the washing tank, and the centrifugal force is used to collect the seams and lint contained in the washing water that is pumped up to the upper side of the washing tank. A seams gathering network coupled to a water supply and detergent dispenser, a seaming means for coupling the seams gathering network to a water supply and detergent dispenser for rotation, and the seams gathering network to wash laundry and external laundry The present invention provides a lint collecting device for a washing machine in which a tub is rotated, and a method thereof, comprising a guide means for washing water for guiding and supplying the pumped wash water.

Description

Lint collector and his method of washing machine in which the tub is rotated

The present invention relates to a washing machine in which the tub is rotated, in particular, by connecting the washing tub of the washing machine and the water supply and detergent dispenser with a guide tube, and combining the seam collecting network to collect the seams and lint in the water and detergent container, The centrifugal force is generated between the washing tank and the washing tank by the high-speed rotation of the washing tank and the pulsator connected to the drive shaft of the tank, and the centrifugal force is used to supply the seams and lint included in the washing water that is pumped up along the guide tube. And it relates to a lint collecting device of the washing machine is rotated so that the barrel can be collected very efficiently by a seams gathering network coupled to the detergent dispenser.

The lint collection structure of the conventional washing machine is shown in FIG.

That is, the seams and lint collection structure of the conventional washing machine (1) is a washing tank (2) mounted inside the laundry outer tank (13) for storing laundry in the washing machine (1),

A pulsator 4 coupled to the bottom surface of the washing tub 2 and rotating by the drive shaft 7 to impart a tapping effect to the laundry;

A pumping rib 5 formed at the bottom of the pulsator 4 to recycle the wash water collected at the bottom of the washing tub 2;

A guide passage 3 formed in the cover 10 for supplying the wash water to the fluid balancer 12 by the pumping operation of the pumping rib 5;

A discharge port (8) formed in the fluid balancer (12) for resupplying the washing water guided into the guide passage (3) into the washing tub (2);

The filter frame 9 is coupled to the filter 11 coupled to the insertion passage 6 of the fluid balancer 12 to filter the seams and lint mixed in the wash water discharged to the discharge port (8). It is composed.

Referring to the effects of the conventional configuration as described above are as follows.

First, when the laundry is put into the washing tank 2 of the washing machine 1 and the start button is pressed, the water supply is made first and then the pulsator 4 of the washing shaft 7 connected to the motor 16 and the clutch 15 rotates. The laundry is stirred and washed.

In addition, the washing water collected at the bottom of the washing tub 2 by the rotation of the pulsator 4 is pumped by the pumping rib 5 of the pulsator 4.

In addition, by the pumping action of the pumping rib 5, the washing water is supplied to the guide passage (3) formed by the cover 10 while being discharged to the discharge port (8) formed in the fluid balancer (12) (2) re-supply the wash water.

At this time, since the filter 11 coupled to the filter frame 9 is blocked at the discharge port 8, the washing water discharged from the discharge port 8 passes through the filter 11, and the seams and lint mixed with the washing water are mixed. It is filtered.

Therefore, the washing water filtered by the filter 11 is re-supplied to the washing tank 2 so that washing can continue.

On the other hand, Figure 2 is a view showing a washing machine in which the tub is rotated, the configuration of the washing machine 51 is the washing shaft 53 in which the pulsator 54 is integrated into the drive shaft 55 of the motor 56 is coupled It is configured.

That is, the washing machine 51 washes laundry while the motor 56, the drive shaft 55, and the washing tub 53 and the pulsator 54 rotate at high speed.

In addition, when the washing machine 51 is dehydrated, the washing water in the washing inner tank 53 rises along the wall surface of the washing inner tank 53 by high-speed rotation of the washing inner tank 53 and is discharged to the dehydration hole 57.

And the wash water discharged to the dehydration hole 57 is collected on the bottom surface of the laundry outer tank 53 is drained to the outside by the drain valve.

At this time, the wash water drained through the drain valve did not need a separate seams collecting device because the seams or lint generated during washing are discharged in a mixed state.

However, when the washing machine 51 is rotated when the tub is rotated, the washing inner tank 53 is rotated at high speed, so centrifugal force is generated, and the seams and lint included in the wash water are washed along the wash water by the centrifugal force. The phenomenon of permeation into laundry does not go up to the dehydration hole.

Therefore, there has been a problem in that washing cannot be performed due to the above phenomenon.

The purpose of the present invention for solving and complementing such a conventional problem,

It provides an object to improve the washing performance by being able to collect the lint contained in the washing water of the rotating washing machine very efficiently.

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

Connecting the laundry outer tub of the washing machine and the water supply and detergent dispenser of the rotating tub with a guide tube, and combining the seams and collecting nets to collect the seams and lint to the water and detergent can achieve the object of the present invention.

1 is a cross-sectional view showing the configuration of a lint collecting device of a conventional clutch type washing machine

Figure 2 is a cross-sectional view showing the configuration of a washing machine in which the conventional barrel is rotated

Figure 3 is a cross-sectional view of the lint collecting device of the washing machine is rotated the present invention

Figure 4 is a main sectional view showing an enlarged view of the seams collecting device of the present invention washing machine

Figure 5 is a flute chart shown to explain the method of collecting seams of the present invention washing machine

<Code Description of Main Parts of Drawing>

101-washing machine 102-washing tank

103-Laundry 104-Motor

105-drive shaft 106-pulsator

111-Water and detergent dispenser 112-Hook

113-Hinge 114-Euro

115-Guide Slope 121-Seafood Collection Net

122-frame 123-hinge axis

124-hook 125-handle

131-Guide 132-Water Supply Valves

The configuration of the present invention will be described in detail with reference to Figs.

The centrifugal force is generated between the washing tub 103 and the washing tub 102 by the high-speed rotation of the washing tub 103 and the pulsator 106 connected to the drive shaft 105 of the motor 104. The seams gathering network 121 is coupled to the water supply and detergent injection container 111 to collect the seams and lint included in the washing water being pumped up the inner tank 103,

Coupling means of the seams gathering network for coupling the seams gathering network 121 for rotation and water supply and detergent inlet 111, and

It is configured with a guide means for the wash water for guiding and supplying the wash water pumped between the laundry inner tank 103 and the laundry outer tank 102 to the seam collecting network 121.

And, the coupling means of the seams gathering network is a hinge hole 113 formed in the water supply and detergent dispenser 111, and

The hinge hole 113 is provided with a hinge shaft 123 protruding on both sides of the frame 122 of the seams gathering network 121.

In addition, the guide means for the wash water is a guide tube 131 for connecting the lower portion of the outer tub 102 and the water supply and detergent dispenser 111, and

In order to supply the wash water guided to the guide tube 131 to the seam collecting network 121 was provided with a flow path 114 is formed in the water supply and detergent inlet 111.

Then, the hook hole formed in the water supply and detergent input container 111 to open and close the seams collecting net 121 coupled to the water supply and detergent input container 111 to collect and collect again the seams collected ( 112),

Hook 124 formed on the frame 122 of the seams gathering network 121 to be coupled or separated by the hook hole 112,

In order to easily open the hook 124, a handle 125 formed on the frame 122 was further provided.

In addition, the detergent supplied into the water supply and detergent input container 111 is smoothly mixed with the wash water circulated through the guide tube 131 and then supplied to the flow path 114 to supply the water and detergent input container (111). The guide inclined surface 115 was further provided to allow the detergent to flow well inside.

Meanwhile, the seams gathering method of the present invention will be described in detail with reference to FIG.

First, a motor high speed rotation process (S1) for rotating the motor 104 at high speed,

A high speed rotation process (S2) of the washing inner tub for rotating the washing tub 103 connected to the motor 104 and the drive shaft 105 at high speed;

Centrifugal force is generated in the wash water by the high speed rotation of the washing tub 103, and the centrifugal force generation and pumping process (S3) is pumped between the washing tub 102 and the washing tub 103;

Washing water guide process (S4) for guiding the washing water pumped between the washing tub 103 and the washing tub 102 to the water supply and detergent dispenser 111 through the guide tube 131,

Detergent mixing process (S5) and for mixing the detergent of the water supply and detergent inlet 111 to the wash water guided by the guide tube 131,

After collecting the seams and lint and the like contained in the wash water guided by the guide tube 131 consists of a seams and lint gathering process (S6) for supplying only the clean wash water to the washing tank (103).

Then, the detergent supplied in the lump state to the water supply and detergent injection container 111 is completely dissolved due to frequent contact with the wash water circulated while staying in the seams gathering network 121 to be supplied to the washing inner tank 103 It is done.

In addition, in order to ensure a smooth pumping of the wash water even at the low water level of the washing inner tank 103, the washing water may be pumped up by increasing the rotational speed of the motor 104 below a certain water level.

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

First, Figure 3 is a cross-sectional view showing the lint collecting device of the washing machine in which the present invention is rotated, Figure 4 is an enlarged main sectional view showing the seam collecting device of the washing machine of the present invention, washing tub of the washing machine 101 is rotated ( Put the laundry into 103 and press the start button, the water is made into the washing tank 103.

The water supply is formed in the water supply valve 132, when the water supply valve 132 opens the water supply passage, the washing water flows into the water supply and the detergent injection container 111, the flow passage 114 and the seam collecting network 121 Water is supplied to the washing tub 103 through.

Then, when the washing water of a predetermined level is supplied to the washing inner tank 103, the water supply valve 132 is blocked and the motor 104 is driven.

Then, as the drive shaft 105 is rotated by the driving of the motor 104, the washing tub 103 is reversed at high speed.

At this time, the centrifugal force is generated between the washing tub 103 and the washing tub 102 by the high-speed reversal movement of the washing tub 103. The centrifugal force causes the wash water to wash the tub 103 and the tub 102. The pumping force to be pumped through is generated.

In addition, the washing water pumped up by the pumping force is transferred upward by the guide of the guide tube 131 and is supplied to the water supply and the detergent injection container 111.

In addition, the wash water supplied to the water supply and detergent dispenser 111 flows into the seams gathering network 121 along the flow path 114 of the water supply and detergent dispenser 111 and the seams gathering network 121. Washing water passing through is supplied to the washing tub 103 again.

At this time, when the wash water passes through the seams gathering network 121, the seams, lint, and various foreign matters contained in the wash water are not filtered out.

Therefore, the wash water passing through the seams gathering network 121 is supplied to the washing tub 103 as a clean wash water that does not contain foreign matters to be washed.

By collecting the seams and lint included in the wash water while repeatedly circulating the wash water by using the centrifugal force generated by the high speed rotation of the washing tank 103 as described above, a lot of seams and lint are accumulated in the seams gathering network 121. It becomes a state.

At this time, the seams gathering network 121 should be empty.

That is, when holding the handle 125 formed in the frame 122 of the seams gathering network 121, and placed in the center direction of the washing tank 103, the hook 124 of the frame 122 is water supply and detergent dispenser 121 It is removed from the hook hole 112 formed in the.

In addition, as the hook 124 is removed from the hook hole 112, the hinge shaft 123 of the frame 122 is rotated from the hinge hole 113 of the water supply and detergent delivery container 121. While the seams gathering network 121 is represented as represented by the virtual line of Figure 4 is in a state of being struck.

Therefore, the seams or lint bundles gathered inside the seams gathering network 121 can be collected to the outside.

And, by combining the seams gathering network 121 in the opposite operation as described above it is possible to continuously carry out seams gathering.

In addition, the guide inclined surface 115 is formed inside the water supply and detergent inlet 111, the detergent is smoothly introduced by the guide inclined surface 115 to be mixed in the wash water flowing into the flow path (114). It was.

Therefore, it is possible to obtain improved washing performance by efficient supply of seams and lint collection and detergents.

On the other hand, Figure 5 is a flute chart shown to explain the method of collecting the seams of the washing machine of the present invention, when the high speed rotation process (S1) of the motor is made in the state of water supply is completed during the washing administration, and at the same time the high speed rotation process of the washing tank S2 is also made.

The centrifugal force is generated in the wash water by the washing inner tank high-speed rotation process (S2), and the pumping process (S3) is made to pump the wash water through the inner tub and the outer tub 103, 102 by the centrifugal force. You lose.

In addition, the washing water pumped up by the centrifugal force generation and pumping process (S3) is a washing water guide process of supplying the water supply and the detergent injection container 111 to the flow path 114 by the guide tube 131 (S4). ) Will be made.

In addition, the wash water supplied to the flow path 114 of the washing water guide process (S4) is made of the seams and lint gathering process (S6) to collect the seams and lint while passing through the seams gathering network 121.

At this time, in the washing water guide process (S4) is added a detergent mixing process (S5) is added to the detergent and mixed in the wash water.

By circulating the wash water by the above process it is possible to collect the seams and lint.

In addition, the detergent lump is also included in the detergent introduced into the guide inclined surface 115 of the water supply and detergent injection container 111 during the washing water guide process (S4).

When the detergent mass is directly rolled into the washing tub 103, the dissolution time is long because it must be dissolved in the washing tub 103, and the detergent function is not properly performed.

Therefore, in the present invention, even when the detergent mass is supplied, it is induced to stay while being caught by the seams gathering network 121.

That is, the detergent lump staying in the seams gathering network 121 as described above can be supplied to the washing tank 103 after being dissolved while being washed by the wash water supplied to the seams gathering network 121 through the flow passage 114. As a result, a higher degree of cleaning can be obtained.

And, if the wash water level of the washing tank 103 is less than a certain level pumping is not made well, in the present invention by increasing the number of revolutions of the motor 104 to pump the wash water even at low water levels Smooth pumping of the wash water was made.

In this way, the present invention, by connecting the washing outer tub of the washing machine rotating the tub and the water supply and detergent dispenser with a guide tube, by combining the seam collecting network that can collect the seams and lint in the water and detergent container,

It is possible to collect lint included in the washing water of the washing machine rotating the tub very efficiently has a useful effect to improve the washing performance.

Claims (5)

The centrifugal force is generated between the washing tank and the washing tank by the high-speed rotation of the washing tank connected to the drive shaft of the motor and the washing tank, and the centrifugal force is used to collect the seams and lint contained in the washing water that is pumped up to the upper side of the washing tank. Seams gathering network coupled to the water supply and detergent dispenser; Coupling means of a seams gathering network formed a hinge axis and a hinge hole in a position corresponding to each other in order to couple the seams gathering network to the water supply and detergent dispenser for rotation; In order to guide and supply the wash water pumped from the washing tank and the laundry outflow to the seams gathering network, a guide tube is connected to the lower part of the washing tank and water supply and detergent dispenser, and the wash water guided to the guide tube. Lint collecting device of the washing machine rotating the tub, characterized in that it has a guide means for the wash water consisting of a flow path formed inside the water supply and detergent dispenser to supply to the seams collecting net. The method of claim 1, A hook hole formed in the water supply and the detergent input container so as to open the seam collecting network coupled to the water supply and the detergent input container so that the collected seams can be collected and closed again; Hook formed in the frame of the seams gathering network to be coupled or separated by the hook hole, Lint collecting device of the washing machine in which the tub is rotated, characterized in that it further comprises a handle formed in the frame to easily open the hook. The method of claim 1, In order to ensure that the detergent introduced into the water supply and the detergent input bottle is smoothly mixed with the wash water circulated through the guide tube and then supplied to the flow path, the guide inclined surface is further provided so that the detergent flows well into the water supply and the detergent input container. Lint collecting device of the washing machine is rotated. Motor high speed rotation process (S1) for rotating the motor at high speed, A high speed rotation process (S2) of the washing inner tub for rotating the washing tub connected to the motor and the drive shaft at high speed; Centrifugal force is generated in the wash water by the high speed rotation of the washing tub, and the centrifugal force generation and pumping process (S3) is pumped between the washing tub and the tub. Washing water guide process (S4) for guiding the washing water pumped between the washing tank and the laundry outer tank to the water supply and detergent inlet through the guide tube, Detergent mixing process (S5) and for mixing the detergent of the water supply and detergent inlet to the wash water guided by the guide tube, Lint of the washing machine is rotated, characterized in that the seams and lint collecting process (S6) for supplying only the clean wash water to the washing tank after collecting the seams and lint and the like contained in the wash water guided by the guide tube How to collect. The method of claim 4, wherein Lint collecting method of the washing machine in which the tub is rotated, characterized in that the pump is made to pump the washing water by increasing the number of revolutions of the motor below a certain level in order to ensure a smooth pumping of the wash water even at the low water level of the washing tank.