KR100651999B1 - Full automatic washing machine - Google Patents

Abstract

The present invention relates to a sewing machine of a full automatic washing machine, in particular, to be able to collect the seams and lint and the like contained in the wash water using the water flow generated by the washing tank,

As the washing tank rotates, the seams collecting port formed with the inflow hole into which the washing water flows is installed inside the washing tank to collect the seams and lint, so that the seams and lint in the wash water can be collected efficiently. It provides a seam collecting structure of the automatic washing machine to improve the washing power.

Sewing Machine for Fully Automatic Washing Machine

Description

Fully automatic washing machine {FULL AUTOMATIC WASHING MACHINE}

1 is a block diagram of a seams gatherer combined with a conventional automatic washing machine

Figure 2 is a block diagram of a fully automatic washing machine equipped with the present invention seams collection

Figure 3 is an exploded perspective view of the seams collecting port of the present invention

Figure 4 is an operation of the present invention seams collection

Figure 5 is another second embodiment of the present invention seams collecting port

Figure 6 is a third embodiment of the present invention seams collecting port

Figure 7 is a fourth embodiment of the present invention seams collecting port

Figure 8 is a fifth embodiment of the present invention seams collecting port

9 is a backflow prevention structure diagram of the present invention seams collecting port

<Code Description of Main Parts of Drawing>

W-Fully Automatic Washing Machine D-Sewing Machine

25,83-Fastener 6-Front

2b, 61,71,81,73-Inlet hole

64-Gathering Net 7-Rear Body

72-Slot 74-Hinge

8-assembly 82-coupling

The present invention relates to a sewing machine of a full automatic washing machine, and more particularly, to a sewing machine of a full automatic washing machine to be able to effectively collect the lint and seams generated during washing by combining the sewing machine to the inside of the washing tank.

1 is a configuration diagram of a sewing machine combined with a conventional automatic washing machine, the laundry machine is installed inside the automatic washing machine (W), and the laundry wing 21 with the ping part 22 is centered. A washing inner tub 2 installed at one side thereof and having a cover 23 provided with a guide passage 24 at one side thereof;

A balancer (BLANCE, 5) fixedly coupled to an upper portion of the washing tub 2 and having an outlet hole 51 formed at one side of its inner surface;

Is coupled to the discharge hole 51 by the fastener 61, the seam collecting port (D) consisting of a collecting net (6) for collecting foreign substances such as seams and lint included in the wash water;

It consists of a washing shaft (3) for transmitting the rotational force of the motor to rotate the washing blade (21), wherein the guide flow path (24) formed by the cover (23) of the washing tub (2) is a balancer ( It is formed to be located on the same line as the discharge hole 51 of 5).

Referring to the operation effect according to the above configuration, first, after putting the laundry into the interior of the washing tub (2), when the power switch is pressed, the automatic washing machine (W) is the washing water in the washing tank (2) by the set water level When the supply of the wash water is completed, the motor is rotated to wash the laundry by the washing wing (2), the balancer (5) of the automatic washing machine (W) such as seams and lint Since the seams collecting port (D) is installed to collect the foreign matter can be washed clean laundry.

That is, the wash water supplied to the seams collecting port (D) is rotated by the washing blade 21 in the inside of the washing tub (2) flows into the center of the washing tub (2) to the bottom surface of the washing tub (2) The wash water, which is located at the bottom surface, is pumped into the guide passage 24 by the pump unit 22 rotating together with the washing blade 21, thereby washing the water flowing along the guide passage 24. Is discharged to the discharge hole 51 of the balancer (5) is passed through the collecting net (6) of the seams collecting port (D) is supplied again to the washing tank (2) in the foreign matter filtered state.

However, as described above, the fully automatic washing machine (W), which is forcibly popped in order to supply the wash water to the seam collecting port (D), has a sufficient pumping force due to the rotation of the washing blade (21) coupled to the balancer (5). Washing water can be supplied to the seam collecting port 6, and when the amount of the laundry is set to be low, the water level of the washing water is set low, the pumping operation by the pumping part 22 of the washing blade 21 In addition, it is pointed out that the power does not reach the seams collecting port (D) of the balancer (5) so that no seams gathering effect can be obtained at all.

In addition, the cover 23 for guiding the wash water pumped from the pumping part 22 of the washing blade 21 to the balancer 5, and fixing for fixing the cover 23 to the washing tub 2 Means should be provided to change the structure of the balancer 5 so that the cover 23 can be coupled, and at the same time to supply the washing water supplied to the cover 23 to the inside of the washing tank 2. Since the discharge hole 51 must be formed on one side of the balancer 5, a large number of parts are required to circulate the wash water to collect the seams, thereby increasing the number of assembly operations and increasing raw materials when assembling the automatic washing machine (W). The problem arises that the cost is increased.

An object of the present invention for solving and solving such a conventional problem,

It is an object of the present invention to implement a sewing machine of a full automatic washing machine to collect the seams and lint included in the wash water by using the water flow generated by the washing tank.

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

As the washing tank rotates, the seams collecting port formed with the inflow hole into which the washing water flows is installed inside the washing tank to collect the seams and lint, so that the seams and lint in the wash water can be collected efficiently. It should have the effect of improving the washing power.

Hereinafter, a preferred embodiment of the present invention will be described in detail with reference to the accompanying drawings using the same member reference numerals for the same members and parts of the prior art.

2 is a block diagram of a fully automatic washing machine in which the sewing machine is equipped with the present invention;

The washing tub (2) is installed and coupled to the inside of the laundry outer tub (1) and washes the laundry, and a washing wing (21) is formed at the center lower portion thereof. It consists of.

Figure 3 is an exploded perspective view of the seams collectors of the present invention, Figure 4 is a functional diagram of the seams collectors of the present invention, the washing tank 2 is formed with a plurality of fastening holes 25;

A fastener 84 corresponding to the fastening hole 25 is formed, and a coupling part 82 having a fastening hole 83 is formed at the center thereof, and an inlet hole is formed at one side of the coupling part 82. An assembly 8 on which an 81 is formed;

A front body (6) and a rear body (7) coupled to the coupling portion (82) of the assembly (8) and connected by a hinge portion (74) for collecting lint included in the wash water;

Correspondingly coupled with the fastening hole 83 is composed of a fastener 63 for coupling the front body 6 and the rear body 7 to the assembly (8).

The front body (6) and the flange 62 is provided with an inlet hole 61 protrudes rearward inflow of washing water on one side;

It consists of a collection network 64 for collecting lint included in the wash water introduced into the inlet 61.

The rear body (7) is formed to correspond to the inlet hole (61) of the front body (6) on one side and the inlet hole (71) into which the wash water flows;

It consists of an insertion groove 72 correspondingly coupled to the flange 62 of the front body (61).

Referring to the operation effect according to the above configuration, first, when the automatic washing machine (W) starts to operate the motor is rotated to rotate the washing tank 2, washing by the rotation of the washing tank (2) The water flows to wash the laundry, and the flowing wash water includes lint and the like and is located in the washing tub 2 and the washing tub 1.

And, the wash water located in the wash tub 2 is the wash water flows into the inside of the seams collecting port (D) when the wash tub 2 is rotated clockwise as shown in Figure 4 seams and lint Only the wash water is collected and re-supplied to the washing tub 2 so that the laundry can be washed clean.

At this time, the seam collecting port (D) is an assembly groove (2) attached to the washing tub (2) in the flange 62 of the front body 6 is inserted into the insertion groove 72 of the rear body (7) ( 8, the fastener 63 formed on the upper portion of the front body 6 is coupled to the fastening hole 83 of the assembly 8, and the front body 6 and the rear body 7 are pushed into the coupling part 82. Is firmly fixed, and also the front body 6 and the rear body 7 are connected by a hinge portion 74, the hinge portion 74 is thin in a range that does not break as shown in FIG. Molding is preferred.

At this time, the inflow holes 61 and 71 into which the washing water flows into the front body 6 and the rear body 7 are formed in two instead of one, and if the inflow holes 61 and 71 are largely one, seams The amount of wash water flowing into the collecting hole D is increased in the amount of the collected lint to be re-flowed into the washing tank 2, thereby preventing the lint from being spilled again and at the same time reinforcing the strength of the side portion of the sewing collecting port D. And, it is preferable to form two pieces so as to prevent the seam collecting port (D) is removed.

In addition, by forming the assembly (8) larger than the front body (6) and the rear body (7) to be combined with the washing tank 2, it is possible to give the effect of rubbing the laundry, while the rear body (7) Inlet hole 71 of the) to form a thin hole so as not to enter or pinch the laundry to protect the laundry and so that only lint flows into and can be collected.

At this time, as shown in FIG. 2, when one or more seams collecting holes (D) are coupled to the inner surface of the washing tub 2, the seams collecting efficiency can be improved, and the coupling portion 82 of the assembly 8 is located. Combining the different to the lint can filter lint at the water level of the wash water, forming two coupling portion 82 in one assembly (8) even when using a combination of seams collecting port (D) It can be effective.

And, Figure 5 is a second embodiment of the seams collecting port of the present invention, forming an inlet hole 26 in the washing tank 2 and the inlet hole 73 in the rear portion 7 so as to correspond to the inlet hole (26) When forming the washing tank (2) is rotated in the clockwise direction as well as the washing water of the washing tank (2) is also introduced into the inside of the seam collecting port (D) to collect the seams and lint It becomes possible.

In addition, Figure 6 is a third embodiment of the seams collecting port of the present invention, when the inlet holes (26, 73) formed in the washing tub (2) and the rear body (7) in the opposite direction of the assembly (8) clockwise When the washing tub 2 rotates, the washing water of the washing tub 2 flows in and passes through the thread collecting port D. When the washing tub 2 rotates counterclockwise, the washing tub 1 is rotated. Washing water flows through the seams collecting port (D) and lint and seams are collected.

And, Figure 7 is a fourth embodiment of the seams collecting port of the present invention, the inlet holes (61, 71, 81) are formed on both sides of the assembly (8), the front body (6) and the rear body (7), the front body The separation wall 65 is formed at the center of the 61. When the washing tub 2 rotates clockwise or counterclockwise, the washing water inside the washing tub 2 passes through the seam collecting hole D, You can collect.

In addition, Figure 8 is a fifth embodiment of the seams collecting port of the present invention, the inlet holes (61, 71, 81) are formed on both sides of the assembly (8), the front body (6) and the rear body (7), the front body The separation wall 65 is formed at the center of the 6, and the inflow holes 26 and 73 corresponding to the two directions of the washing tub 2 and the rear body 7 are formed, respectively, so that the washing tub 2 is clockwise. When rotating in the clockwise or clockwise direction, the wash water in the washing tank (2) and the washing tank (1) can pass through the sewing catcher (D) and collect lint, etc. In addition, the washing water flows into the sewing catcher when the washing watch is rotated. The structure may be presented in various ways.

On the other hand, Figure 9 is a backflow prevention structure diagram of the seams collecting port of the present invention, by combining the opening and closing plate 66 in the inlet 61 of the front body 6, when the washing tank 2 is rotated clockwise washing water The seams are collected into the seams (D), but when rotated counterclockwise, the opening and closing plate (66) blocks the inlet hole (61), and the seams collected inside the seams (D) are washed again. To prevent it from being resupplied.

In addition, Figure 10 is another backflow prevention structure of the seams collecting port of the present invention, by forming a partition wall 65 in the center of the front body (6) by forming a space between the partition wall 65 and the rear body (7) Washing water flows, and when the washing tub 2 rotates clockwise, the washing water flows into the seam collecting hole D, and part of the washing water flows into the space between the separating wall 65 and the rear body 7. When entering, the seams and lint are collected, and when the washing tub 2 rotates clockwise, the wash water flows from the left side by the dividing wall 65 to buffer the seams inside the seams collecting port D. And lint and the like is prevented to be supplied back to the washing tank (2), in addition to the various ways for preventing the backflow of the seam collecting port (D) can be presented.

The present invention as described above is to install the seams collecting port formed with an inlet hole in which the washing water flows as the washing tank is rotated to collect the seams and lint, such as seams and lint, etc. Efficiently collect them to have a useful effect to improve the washing power.

Claims (5)

In the automatic washing machine (W) having a laundry inner tank (2), a laundry outer tank (1) coupled to the outside of the laundry inner tank (2), and a seams gathering structure for collecting the seams contained in the wash water, The seams gathering structure, A collection net 64 provided at the front, a flange formed to protrude rearwards from both sides of the front, and formed in the one side or both sides of the inlet hole 61 is introduced into the wash water in the washing tub 2 A front body 6 including; A rear body (7) assembled and separated from the front body (6); And And an assembly 8 coupled to the inside of the washing tub 2 and the rear body 7, respectively. In the laundry inner tank 2 in which the assembly 8 is coupled, an inflow hole 26 through which the washing water of the washing outer tank 1 flows into the washing inner tank 2 is formed through the collection network 64. Fully automatic washing machine, characterized in that the inlet hole (73) is formed in the rear body (7) to correspond to the inlet hole (26). The method of claim 1, The rear washing machine 7 is characterized in that the inlet hole 71 is formed on one side or both sides to correspond to the inlet hole (61). The method of claim 1, Fully automatic washing machine, characterized in that formed in the center of the front body (6) separating walls 65 for separating the collection chamber in which the seams are collected. The method of claim 1, Fully automatic washing machine characterized in that it is provided with an opening and closing plate (66) to prevent the lint collected and coupled to the inlet (61) of the front body (6) to be supplied back to the washing tank (2). The method of claim 1, Fully automatic washing machine, characterized in that the front body (6) and the rear body (7) is connected through a hinge portion (74).

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