CN1990939A - Waterway configuration structure of water-saving washing machine - Google Patents

Abstract

A waterway configuration structure of a water-saving washing machine. The water-saving washing machine of the present invention is composed of a fully automatic washing machine and a single cylinder washing machine. A drain valve and a drain pump are arranged at the bottom of the fully automatic washing machine and the single cylinder washing machine. It is connected in a certain way, so that the user can use the water that is considered to be available for multiple times, such as reusing the first rinse water or the second rinse water, etc. These water can be used in another washing mode or another washing cycle. Use, so as to achieve the purpose of saving washing water, through the configuration of the water channel of the present invention, the consumption of washing water can be obviously saved, the utilization rate of water can be improved, and the washing water can be saved by 30-60% at most.

Description

Waterway configuration structure of a water-saving washing machine

technical field

The present invention relates to a waterway configuration structure of a water-saving washing machine. Specifically, the water-saving washing machine of the present invention is composed of a fully automatic washing machine and a single-tubular washing machine. A waterway configuration structure of water that can be reused.

Background technique

In the prior art, combined washing machines have been disclosed, for example:

CN98220047 discloses a combined multi-functional washing machine, which is composed of a casing, a sleeve type washing machine, a pulsator side-mounted single-tub washing machine and a drainage pump. In the body, the drainage pump is fixed on the bottom of the sleeve type washing machine and the pulsator side mounted single cylinder washing machine.

CN00210330 discloses a combined three-tub washing machine, the large washing tub has a detachable small washing tub. There is a handle on the upper part of the small washing bucket, and a drainage device is installed on the inner wall: the drainage rod is covered with a drainage spring, and the lower part is inserted into the valve hole of the drain valve. A small wave wheel fixed on the transmission shaft and rotated synchronously with the big wave wheel is installed at the bottom. The transmission shaft is covered with a water seal shaft sleeve, and the lower part is inserted into the spline sleeve of the big impeller. The hook of the small washing bucket is hung in the hook groove of the large washing bucket, and is flexibly connected. The advantage is that one machine can be used for two purposes, and it is easy to assemble and disassemble.

However, the above-mentioned literature only discloses how to combine the fully automatic sleeve washing machine and the single-tub washing machine, but does not involve how to utilize the advantages of the combination of the two to maximize the reuse of water, nor does it involve the secondary use of water. Utilized waterway configuration structure, in view of this, propose the present invention especially.

Contents of the invention

The object of the present invention is to provide a waterway configuration structure of a water-saving washing machine;

Another object of the present invention is to provide a washing machine provided with the above waterway configuration structure.

The stated purpose of the present invention can be achieved in the following ways:

A combined washing machine includes a fully automatic washing machine and a single-tub washing machine in the combination.

Set drain valves and drain pumps at the bottom of fully automatic washing machines and single-tub washing machines, and connect them in a certain way, which allows users to choose, for example, to use the fully automatic first rinsing water or the second rinsing water. The secondary rinsing water and the like are reserved for another washing mode or another washing cycle, thereby achieving the purpose of saving washing water.

A waterway configuration structure of a water-saving washing machine, comprising a full-automatic washing machine and a single-tub washing machine arranged side by side in a cabinet, the full-automatic washing machine and the single-tub washing machine are connected through a waterway, and it is characterized in that the draining water in the fully-automatic washing machine is pipe and the single-tub washing machine drain pipe intersect and merge into a total external drain pipe 4, the fully automatic washing machine and the single-tub washing machine have independent water inlets respectively, the water inlet 11 of the fully automatic washing machine and the water inlet 7 of the single-tub washing machine are connected with the three-way inlet The two water outlets of the water valve 6 are connected, and the total water inlet of the three-way water inlet valve 6 is connected with the tap water pipe. At the bottom of the fully automatic washing machine and the single-tub washing machine, there are drain valves 1, 1' connected. The bottom of the single-tub washing machine is directly or indirectly connected with drain pumps 2, 2'.

Through the waterway configuration of the present invention, the consumption of washing water can be obviously saved, the utilization rate of water can be improved, and the washing water can be saved by 30-60% at most.

Description of drawings

Fig. 1 is a schematic diagram of the water flow direction corresponding to Embodiment 1 of the water-saving washing machine according to the present invention;

Fig. 2 is a schematic diagram of water flow corresponding to Embodiment 2 of the water-saving washing machine according to the present invention;

In the present invention, the relationship between the legends of the drawings and the names of the corresponding parts is as follows:

Drain valve 1, drain pump 1', drain valve 2, drain pump 2', main drain pump 3, main external drain pipe 4, secondary water inlet 5 on the automatic side, solenoid valve 6, water inlet 7 on the single washing side, single 8 secondary water inlets on the washing side, 9 on the single washing side, 10 on the fully automatic side, and 11 on the fully automatic side water inlet.

The fully automatic side in the present invention is the side where the mechanism is a fully automatic washing machine, and the single washing side is the side for single washing.

Detailed ways

Example 1

A full-automatic washing machine and a single-tub washing machine are arranged side by side in a cabinet, and the fully-automatic washing machine and the single-tub washing machine are connected through a water-saving waterway.

A drain valve 1 and a drain pump 1' are arranged at the bottom of the fully automatic washing machine. The input end of the drain valve 1 is connected to the bottom of the fully automatic washing machine through a drain pipe, and the output end is connected to the input end of the drain pump 1'. The output end is connected to the secondary water inlet 8 of the single-tub washing machine through the drain pipe, and the secondary water inlet 8 is arranged on the barrel wall of the single-tub washing machine; the other outlet of the drain valve 1 is connected to the drain pipe 4 of the fully automatic washing machine. Link to each other, if necessary, can also connect a general drainage pump 3 to link to each other.

A drain valve 2 and a drain pump 2' are arranged at the bottom of the single-tub washing machine. The input end of the drain valve 2 is connected to the bottom of the single-tub washing machine through a drain pipe, and the output end is connected to the main drain pipe 4, or connected to the drain pump 3 .

The output end of the drain pump 2' is connected to the secondary water inlet of the fully automatic washing machine through the drain pipe; the other outlet of the drain valve 2 is connected to the drain pipe of the single-tub washing machine;

The drainpipe of the fully automatic washing machine intersects with the drainpipe of the single-tub washing machine to form a main outer drainpipe 4, which is connected with the main drainpipe 3.

The fully automatic washing machine and the single-tub washing machine have independent water inlets respectively, the water inlet 11 of the fully automatic washing machine and the water inlet 7 of the single-tub washing machine are connected with the two water outlets of the three-way water inlet valve 6, and the water inlet of the three-way water inlet valve 6 The main water inlet is connected with the tap water pipe, and the main water inlet is set on the water inlet console. The secondary water inlet of the single-tub washing machine is set on the barrel wall of the single-tub washing machine. On the washing machine tray.

Example 2

A full-automatic washing machine and a single-tub washing machine are arranged side by side in a cabinet, and the fully-automatic washing machine and the single-tub washing machine are connected through a water-saving waterway.

A drain valve 1 and a drain pump 1' are arranged at the bottom of the fully automatic washing machine. The input end of the drain valve 1 is connected to the bottom of the fully automatic washing machine through a drain pipe, and the output end is connected to the drain pipe of the fully automatic washing machine; the input of the drain pump 1' The end is connected with the bottom of the fully automatic washing machine through the drain pipe, and the output end is connected with the secondary water inlet 8 of the single-tub washing machine through the drain pipe.

A drain valve 2 and a drain pump 2' are arranged at the bottom of the single-tub washing machine. The input end of the drain valve 2 is connected to the bottom of the single-tub washing machine through a drain pipe, and the output end is connected to the drain pipe of the single-tub washing machine; the input of the drain pump 2' The end is connected to the bottom of the single-tub washing machine through the drain pipe, and the output end is connected to the secondary water inlet 5 of the fully automatic washing machine through the drain pipe.

The drainpipe of the fully automatic washing machine intersects with the drainpipe of the single-tub washing machine to form a total outer drainpipe 4. If necessary, the total outer drainpipe 4 can be connected to the main drainpipe 3.

The fully automatic washing machine and the single-tub washing machine have independent water inlets 11 and 7 respectively, the water inlet 11 of the fully automatic washing machine and the water inlet 7 of the single-tub washing machine are connected to the two water outlets of the three-way water inlet valve 6, and the three-way water inlet The main water inlet of valve 6 is connected with the tap water pipe, the main water inlet is set on the water inlet console, the secondary water inlet of the single-tub washing machine is set on the barrel wall of the single-tub washing machine, and the secondary water inlet of the fully automatic washing machine is set On the tray seat of the water-saving washing machine.

Claims (8)

1, a kind of waterway configuration structure of water-conservation washing machine, be included in automatic washing machine and the single container washing machine of being provided with arranged side by side in the casing, link to each other by the water route between this automatic washing machine and the single container washing machine, it is characterized in that described automatic washing machine drainpipe and single container washing machine drainpipe intersect synthetic one total outside drainpipe (4), automatic washing machine and single container washing machine have independently water inlet respectively, the water inlet (7) of water inlet of automatic washing machine (11) and single container washing machine links to each other with two delivery ports of threeway water intaking valve (6), the total water inlet of this threeway water intaking valve (6) links to each other with running water pipe, bottom at automatic washing machine and single container washing machine, be connected with draining valve (1), (1 '), the direct or indirect draining pump (2) that is connected with in the bottom of automatic washing machine and single container washing machine, (2 ').

2, configuration structure according to claim 1 is characterized in that total water inlet is arranged on on the water console.

3, configuration structure according to claim 1 is characterized in that the secondary water inlet of single container washing machine is arranged on the bucket wall of single container washing machine.

4, configuration structure according to claim 1 is characterized in that the secondary water inlet of automatic washing machine is arranged on the water-conservation washing machine dish seat.

5, configuration structure according to claim 1, it is characterized in that the fully-automatic washing motor spindle is provided with draining valve (1), draining pump (1 '), the input of this draining valve (1) links to each other with the bottom of automatic washing machine by drainpipe, output links to each other with the input of draining pump (1 '), and the output of draining pump (1 ') links to each other with the secondary water inlet (8) of single container washing machine by drainpipe; Another outlet of draining valve (1) links to each other with the drainpipe (4) of automatic washing machine; In the single container washing machine bottom draining valve (2), draining pump (2 ') are set, the input of this draining valve (2) links to each other with the bottom of single container washing machine by drainpipe, output be connected with main sewer 4, or being connected to draining pump (3), the output of draining pump (2 ') links to each other with the secondary water inlet of automatic washing machine by drainpipe; Another outlet of draining valve 2 links to each other with the drainpipe of single container washing machine.

6, configuration structure according to claim 1, it is characterized in that draining valve (1), draining pump (1 ') being set at the fully-automatic washing motor spindle, the input of this draining valve (1) links to each other with the bottom of automatic washing machine by drainpipe, and output links to each other with the drainpipe of automatic washing machine; The input of draining pump (1 ') links to each other with the bottom of automatic washing machine by drainpipe, and output links to each other with the secondary water inlet (8) of single container washing machine by drainpipe; In the single container washing machine bottom draining valve (2), draining pump (2 ') are set, the input of this draining valve (2) links to each other with the bottom of single container washing machine by drainpipe, and output links to each other with the drainpipe of single container washing machine; The input of draining pump (2 ') links to each other with the bottom of single container washing machine by drainpipe, and output links to each other with the secondary water inlet 5 of automatic washing machine by drainpipe.

7, configuration structure according to claim 1 is characterized in that automatic washing machine drainpipe and the single container washing machine drainpipe synthetic total outer drainpipe (4) that intersects.

8, configuration structure according to claim 7 is characterized in that drainpipe (4) is gone up connection total draining pump (3) outside total.