JPS58152597A - Dehydrator - Google Patents

Abstract

(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

DETAILED DESCRIPTION OF THE INVENTION The present invention is capable of performing water rinsing in a dehydration tank, and also by sucking outside air and passing it through the clothes during dehydration.
This invention relates to a dehydrator that can improve the water contact rate.

In this type of dehydrator, it is necessary to effectively introduce a large amount of outside air, and conventionally, a blade was installed around the outer circumference of a ball set upright in the dehydrator, Both are centrifugal fans, making it difficult to draw in a large amount of outside air from the top to the bottom of the water tank.

In view of the above points, the present invention is capable of sucking a large amount of outside air from the upper part to the lower part of the tank by providing a trickle fan in the snow press. At the same time, a ball is set upright in the center of the tank to form a cavity around the ball by centrifugal force, while the fan is formed around the center of the presser tube to face the cavity.

This allows the dead outside air to flow down into the cavity for effective air supply. Furthermore, when rinsing with water, a water inlet is formed on the outer periphery of the fan of the presser foot to allow the rinsing water to flow down onto the clothes avoiding the cavity, allowing the rinsing water to effectively penetrate into the clothes.

Then, a plurality of water spouts are formed around the entire circumference of the lid, and the openings are bordered with a lip, so that the rinsing water is once stored on the tube, and the lip is allowed to flow down while overflowing. The water can flow down uniformly from the water inlet, and uneven rinsing can be reduced.

Below, the embodiments will be explained based on the drawings. (1) is a two-tub washing machine, and (2) is a dryer connected to the washing machine at the back and placed above, each of which can be used independently. It is something that will be done.

(3) is the washing machine (inside ll +7) water tray I'1l (inside 41 [
A dehydrator is equipped with a dehydration tank (51), and the upper opening of the water receiving tank (4) is provided with a top plate (7) having a clothes outlet (61), and a transparent inner lid (8) is provided on this top plate r71. ) is rotatably supported by a button, and the outer tube (9) located above the inner W(s+) is rotatably supported within the control box αG.

Qll is a hole that communicates the water receiving tank (4) and the overflow chamber (not shown) of the washing tub, (2)... is a water inlet hole drilled in the peripheral wall of the water contact f11 fil, (to) is A water inlet for injecting water as needed into the upper opening of the dehydration tank C51, C4 is the dehydration tank (51
This is a motor rotation shaft connected to the bottom of the busy tank to rotate the tank.

Here, the above-mentioned upper surface plate (7) is attached to the rear both gaK-bunbu a9 (
) is formed as a bulge, and t! is formed between and in the vicinity of this shaft support 0909. g18 part (18Ql, slightly concave first engaging part aηαη, !2nd step part (to) (to), second engaging part α9Q9t which is a horizontal concave part - from rear to front III
IK continuous formation.

On the other hand, the inner 1i (81) has both rear sides rotatably supported on the above-mentioned -branch 05Q5, and the above-mentioned $1. A protruding piece (1) placed within the rotation locus is integrally protruded.Therefore, the inner lid (
8) When it is rotated to release, the protruding piece j hits the first step part α0αeK at about 50 degrees and rests on the shaft while being recessed, and it fits into the first retaining part αηαη at about 70 degrees, and this It is held with a 70 degree open shaft. After this, the engagement piece ■■ can be further rotated, and immediately after the rillill movement, the crane 2nd stage part (toward) is reached.
QSK hits and rests on the shaft with a concave 1, and it fits into the second retaining part Q9Q9 at 90 degrees, and is held by the 90 degrees open shaft. 1st. Second retaining part (17) l) 7) (1 (Jα9 is the frame piece ■
Although it is held by simply fitting the fins together, it is also possible to always press the projecting piece eln upward in order to strengthen this holding force.

The degree of opening of the inner lid (81) is selected to be 70 degrees or 90 degrees depending on the conditions of use.In other words, when the dryer (21) is combined as in this embodiment, the dryer 121 and washing machine (21) are selected for the convenience of the user.
1) Since it is not possible to provide a large gap, a ``70 degree open'' is inevitably used.

Also, when the dryer (2) is not connected, the "90"
It is possible to open the

The inner IF (81) has a central part recessed downward to the clothing outlet (6), and multiple annular intake holes are provided in this four-part effect. Provide an opening and oppose the inner lid (8) with a slight gear knob of 3H or less.

A bowl-shaped transparent plate made of a hard material such as this opening 01C upper concave part @VC* is attached. This transparent plate @ has air intake holes (to) arranged radially. The above-mentioned gap (1)) allows the omission of the auxiliary material that is placed in the interior (8) and the outer cover (9) during conventional packaging. That is,
Closed during transportation 1. If this is done, the inner and outer fi+81(9) will almost be in contact with each other, so just pressing the outer @(9) from the outside will prevent looseness between the two. or,! ! 1. The light plate is concave in the shape of a bowl, so even if something is placed on the outer lid (9), it will not be damaged (,! It is able to maintain its brightness and is a separate member from the treatment (9). Hard materials can also be used to prevent scratches.

Incidentally, since the gap Q) is extremely small, when the trickle fan described later is activated, the amount of air entering the cabin through this gap can be greatly reduced. The cabin air is often highly humid.

Also, since it has a smell, I don't want it to come into contact with my clothes.

The cap is a cap fixed to the center of the inner bottom of the dehydration tank (5).
A polygonal cylindrical bow Jv@ is installed in a removable manner. (to)... is a through hole provided in the peripheral wall of the ball plate, C21 is the entrance of the upper end opening of the pole lv@, (to)... is the ball/I
/ It is formed on the lower peripheral wall of the plate and has nine blades.

el is a presser foot fitted into the upper opening of the dehydration tank (5).

The central part should be closely opposed to the upper end Ka[ii of the pole handle, and the central part should have a round hole (
). The facing is a deep annular inner rib formed around the central part and surrounds the upper end of the pole. (To)
is a deep outer lip formed in a coral shape concentric with the inner rib (to) at a predetermined interval, and there is a KFi through hole (to) between it and the inner rib.
. . . and small blades (7) . . . are continuously formed to form an axial flow fan-like structure. (To) ... is a water inlet provided radially around the outer circumference of this axial flow fan (To).

The rim of the mouth is a shallow lip (to)...K, so it is border 1.

- is the presser foot! It is a fitting belt integrally formed on the outer circumferential edge of Gυ, and when fitted, it comes into close contact with the inner surface of the dehydration tank (5) to strengthen the holding force of the presser tube C]).

Next, to explain the operation of this embodiment, @Waterfw+
Put the clothing (5) inside 51, fit the presser lid OD, and then close the inside and outside @ (81 (91).

When performing water rinsing in the dewatering tank (5), continuously inject water from the water inlet (to) and rotate [119 water tank (+51). This rotation may be intermittent, and water may be injected only during interruptions. You can do this.Press the water once and press the top of tube 61.
The overflow of R & R, which is accumulated, flows down from the ends of each water outlet onto the clothing surface, so that it flows down uniformly over the entire garment. In addition, some of it forms around the pole due to centrifugal action, flows down into the cavity, and enters the lower part. The reason why the water inlet (a) was installed at the side of the station, avoiding the top of the cavity, was to inject water only into the air conditioning unit.
This is because the injected water is difficult to penetrate into the upper part of the clothing W) and there is a lot of waste.

During this time, water injection and other damage can be confirmed from the outside through the transparent plate (1) and the inner 11F181. In this way, the water that has entered the clothes 1i1W)K dilutes the detergent and then flows out from the water holes (2) to the water receiving tank (41), from which it is discharged as appropriate.

For final dehydration, water injection is stopped and the dehydration tank +51 is continuously rotated. Then, the axial flow 7 candles of the presser foot WcIη suck in outside air from the warm air holes..., □□□..., and since it is located above the top cavity, there is no wind inside this cavity. The water is allowed to flow down through the clothing holder) and directed toward the water hole a...

In addition, since Bo/L/@ also has a polygonal outer shape, it acts as a centrifugal fan, sucking in outside air through the round hole (A) and inlet 4, and discharging it from the through hole @... to the clothing on the outer periphery. . , l! to 4
The blades (to) also act as centrifugal fans, allowing the air to flow down at the bottom and pass through the bottom of the clothing (b). In this way, the clothes 1I (111) are centrifugally dehydrated and the moisture is evaporated by the wind.Therefore, the water contact rate is improved.

As described above, in the dehydrator according to the present invention, the presser foot 111FK axial flow fan and the water inlet are integrally formed, so that rinsing water can effectively penetrate into the clothes during water injection rinsing, and when dehydrating It is possible to improve deleveling by inhaling a large amount of outside air.

[Brief explanation of the drawing]

Figure 1 is a side view of a two-tank washing machine using a dehydrator according to the present invention with a dryer combined. J! Figure 2 is a perspective view of the dehydrator, Figure 5 is a sectional view, Figure 4 (A) is a sectional view and top view of the main parts, Figure 5 is an enlarged sectional view of the dehydrator, and Figure 6 is the presser foot. It is a perspective view of a lid. (5)...Dehydration tank 1 port 3...Water inlet,
Of course...ball. ((11-----・-presser clamp, C(71------axial fan, (to)... water inlet, (7)...
・Rip, sir... hollow section, and clothing. - R = -1 Figure 3 Figure 4 (A) (B)
811 6th map village

Claims (2)

[Claims] (1) A ball is placed upright in the center of the centrifugal dehydration tank to form a cavity around the ball during centrifugal dehydration, and a water inlet for injecting rinsing water into the dehydration tank and outside air directed into the dehydration tank. In a dehydrator equipped with an intake hole for suction, a presser bud is fitted into the upper opening of the dehydrating tank, and the presser cover is integrated with a trickle fan around the center part that allows the outside air to flow down into the cavity. A dehydrator characterized in that a water inlet for causing the rinsing water to flow down into the tank is integrally formed on the outer periphery of the fan. (2) The dehydrator according to claim 1, wherein a plurality of the water holes are formed around the entire circumference of the holding lid, and the edge of each water hole is cut off with a lip.