KR200258098Y1 - Small Washing Machine - Google Patents

Abstract

The present invention relates to a small washing machine configured to replace the laundry by configuring a small washing capacity.

According to the present invention, in the washing machine to be rotated left and right using a motor (13) is provided with a drum (6) and the reservoir (7) inside the outer enclosure (1), the drum (6) The y-shaped triangular guide (5) and the hammer (8) is built therein to be able to reciprocate vertically by the low speed gear motor (28), and the fixing pin (49) protruding from the rear is inserted into the angle (55). There is provided a small washing machine characterized in that configured to be fixed to the wall.

Description

Small Washing Machine

Compared with the conventional washing machine, the present invention has a significantly smaller washing capacity, and has a mechanical mechanism that strikes the laundry in order to maximize the washing effect. It relates to a compact washing machine.

In general, conventional washing machines are large in size, which has a washing capacity of at least 5 kg to 20 kg in terms of size, and thus are not easy to create a space for installation. Occasionally there have been dangerous cases of putting on a shower tub. And because of the large washing machine capacity, there is an advantage that a large amount of washing can be done once. However, if you need to wash it quickly or if the amount of washing is small, it is a wasteful factor and time-consuming inconvenience of using a large amount of water and electricity. Inevitably, there was also a hassle to wash by hand.

In particular, office workers who leave work every evening, students who return from school, and socks that need to be removed immediately after returning home are not only bad smells, but they may not look good. It can also be a problem of severe odor.

Of course, due to the busy time of modern people, you cannot wash every day. In most cases, the laundry is collected in a certain storage space and the washing machine is used once every weekday or weekend. If you mix socks with other healthy people's socks and put them in the washing machine, it is the result of sharing athlete's foot fungus. So, if you put women's panties or underwear together in the washing machine, there is an unsanitary problem that can cause the cause of women's diseases. Doing.

The above-mentioned problems are recognized and sympathized by everyone, but they are not easy to correct without special care, and they are easy to neglect.In order to correct them, you have to take your own socks immediately and wash them yourself. have.

The present invention has been devised to solve the conventional problems as described above, and the object of the present invention is to provide a mechanism such as washing by pounding a person to achieve the maximum washing effect in a short time without loading a small amount of laundry. It is designed to be suitable for small clothes such as socks. Unlike conventional washing machines, it can be installed anywhere in a narrow space. Especially, when washing is required in a hurry, it is easy to solve the problem without using a small amount of tap water and electricity bills with simple switch operation. It is a small washing machine that is simply installed on the wall of a washroom and solves a small amount of laundry at any time, namely, laundry that has to be processed immediately, such as socks, and is configured to enable hygienic and easy washing.

1 is a perspective view of a state in which the subject innovation is installed

2 is a perspective view partially cut out after listing to explain the structure around the drum (6) in the present invention for clarity.

3 is a perspective view partially cut to show the internal structure of the shaft bar 4 of the present invention.

4 is a cross-sectional view showing in detail the internal structure and surface state of the hammer (8) of the present invention.

Figure 5 is a cross-sectional view for explaining the entire internal structure of the subject innovation.

Figure 6 is a perspective view of the drum 6 from the top down to explain the embodiment of the present invention.

7 is a perspective view showing through perspective to explain the operation of the hammer (8) of the present invention.

8 is a perspective view showing a state in which the present invention is installed.

9 is a perspective view showing the shape of the angle 55 and the fixing pin 49 for installing the present invention on the wall.

10 is a block diagram briefly showing the overall operation of the present invention.

<Description of Significant Symbols in Drawings>

1. Enclosure 21. Guide

2. Axial rod 24. Mount

3. Tripod guide 25. Through hole

8. Hammer 27. Groove

9. Vertical rod 31. Solenoid valve

11. Belt 33. Intake pipe

15. Support 35. Drainage pipe

18. Crank 55. Angle

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

In the accompanying drawings, the present invention is installed on the wall. The door 2 is connected to the upper end of the outer case 1, and the inlet pipe is located on the upper left side, and the rotary switch 3 and The pilot lamp 23 is installed side by side and the drain pipe 35 is connected to the bottom hole 60 at the bottom.

In FIG. 2, the Y-shaped triangular guide 5 is connected to the vertical rod 9 in an upright position, and at each end thereof is directly connected to the shaft 4, and the guide 21 is connected to the shaft 4. It was composed of the inserted form and the hammer (8) is shown directly connected to the bottom of each guide (21).

In addition, the drum (6) with a large number of through holes (12) has a shape in which a U-shaped latching jaw (16) is bent into a plurality of wrinkles, and the outermost part has a reservoir (7) and has a bottom center. The mount 24 through which four bolt holes penetrate is located, and the drain hole 17 penetrates to the left side.

Meanwhile, in FIG. 3, the shaft bar 4 and the triangular guide 5 are combined at right angles, and are directly connected to the bottom of the shaft 21 so as to be connected to the guide 21 so as to move with elasticity during the vertical reciprocation of the shaft bar 4. A plurality of through holes 25 are drilled in the upper corner of the rubber hammer 8.

In addition, in FIG. 4, a plurality of through holes 25 pass through the inside of the hammer 8, which has a compression spring 26 embedded in the shaft bar 4, and is installed directly on the bottom of the guide 21. Shaped groove 27 is formed.

In FIG. 5, a water inlet pipe 33 into which a door 2 is installed at an upper end and tap water supplied from a water supply pipe is formed at an upper right side, and immediately a solenoid valve 31 is formed at an upper end of a reservoir 7. The drum (6) is inserted into the water reservoir (7) and the dozens of through holes (12) are perforated inside, and the vertical rod (9) is upright at the center and the triangular guide (5) and the shaft (4) at the top. , Guide (21) and hammer (8) are assembled.

Meanwhile, the holder 10 supporting and enclosing the vertical rod 9 is connected to the lower end like the shaft 9 to be assembled orthogonally to the fixing plate 15, and the reservoir 7 and the holder 10 come into contact with each other. The part is equipped with a waterproof bearing 24 in consideration of friction and leakage, and the drain port 17 connected to the bottom of the reservoir 7 is connected long and directly connected to the drain pump 22 at the lower end thereof to exit the drain pump outlet 36. It is supposed to.

And the close contact with the drum (6) and the holder 10, the wheel 14 and the belt (11) for the rotational movement of the drum (6) is connected and assembled side by side with the rotary motor (13) and a vertical rod The shaft 20, which is the vertical movement mechanism of (9), is directly connected to the crank 18, and finally connected to the low speed geared motor 28 configured on one side, and the other side is erected by the support 19.

Meanwhile, in FIG. 6, the drum 6 having a plurality of locking jaws 16 bent in a U-shape is rotated one turn to the left and one to the right so that the laundry can be washed due to the friction of each other. Triangular guide (5) shows the washing effect of tapping the laundry inside the drum (6) by reciprocating up and down, crank the rotational movement of the low-speed geared motor (28), which is more specific representation in the accompanying drawings (18) and the reciprocating up and down movement, the hammer (8) is a direct blow to the laundry, the shaft 4 is the load amount of laundry that can be stacked on the bottom of the drum (6) by the elasticity of the spring (26) According to the high place is hammered low because the hammer (8) receives a force, and the low load is shown the operating process to deeply bind.

8 and 9 in the accompanying drawings, an angle 55 fixing the main design on the wall is closely attached to two places at the top and bottom to push the fixing pin 49 protruding from the rear side of the outer case 1 into the hole 49. It is supposed to fix it.

Referring to the operation process and the effect of the compact washing machine of the present invention having the structure as described above in detail as follows.

As shown in Fig. 1, install the small washing machine in this paper in a suitable place, connect the inlet pipe (33) projecting on the upper left side of the outer box (1) with the faucet, open the door (2), and put the laundry. Turning the rotary switch (3) on the front of the pilot lamp 23 is turned on at the same time the water supply soylool 31 is opened to start the water supply.

When a certain time elapses, the water rises to a certain height of the reservoir 7 and the drum 6, and the water supply is stopped by the operation of the buoyancy switch according to a known method, and immediately the rotary motor 13 and the low speed geared motor ( 28) is operated at the same time, first, the motor 13, which is connected to the belt 6 and connected to the drum 6, is configured to repeat one rotation to the left and one rotation to the left by a switching action using a semiconductor circuit as in a conventional washing machine. The specific circuit description of the insertion or operation of the separate circuit diagram is made of known ones and thus is omitted from the description of the present invention.

In addition, the vertical bar (9) and Y-shaped triangular guide (5), the shaft bar (4), the hammer (8) is integrally reciprocating simultaneously up and down.

More specifically, the two effects described above will be described in the accompanying drawings, as shown in FIG. 7. The laundry administered with the detergent is mixed with water and loaded into the drum 6, and the drum 6 repeats the left and right rotations. Hanging on the hanging jaw (16) of the laundry to collide with each other to cause friction with each other and at the same time generates a cleaning effect by friction of water and detergent.

At the same time, the laundry is returned by the up-and-down reciprocating motion of the hammer (8), and since the washing effect is doubled by the double washing action, the washing effect of 30% or more can be expected as compared with the conventional washing machine.

And a plurality of through holes 25 perforated in the hammer (8) is responsible for improving the washing effect while bringing the effect of crushing the pressure due to the buoyancy of the water when the hammer (8) up and down reciprocating motion.

On the other hand, after a certain time elapses when the washing process is finished, the drain pump 22 is operated to dump the waste water inside the drum 6 to the outside through the drain pipe 35, where the water supply and draining process is repeated twice. Since it is intended to rinse the role, there are a lot of known methods that can also be applied to the switching circuit configured to operate in this way, so the specific circuit diagram and description is omitted.

The laundry and the washing process of the present invention are configured so that the laundry remaining inside the drum 6 remains at the bottom when the washing and the rinsing process is finished and the dehydration is completed by the high speed rotation of the rotary motor 13. Regardless of the place where you want to install, it can be easily installed on any wall in a narrow space and it is related to a useful small washing machine that can expect superior cleaning effect due to the double washing process of returning and tapping.

Claims (1)

As in the washing machine commonly used in homes, a rotary switch 3 is installed in the outer housing 1, and the drum 6 is rotated left and right using a rotary motor 13 to achieve a washing effect. In a known washing machine, a Y-shaped triangular guide (5) is connected to a shaft (4) having a compression spring (26) therein, which is integrally connected to the bottom of the Y-shaped triangle guide (5). Shaped groove 27 is formed and the hammer 8 and the guide 21 in which a plurality of through holes 25 are perforated are integrally welded, and the triangular guide 5 and the vertical rod 9 are orthogonal to each other. The shaft 20 and the crank 28 are connected to the low speed geared motor 28 to be configured to reciprocate up and down, and the fixing pin 49 protruding from the rear of the present invention so as to be easily installed on the wall angle 55. Small washing machine configured to be attached to the through-hole 53 in the center of the attachment.