CN201339116Y - Double-drum energy-saving washing machine - Google Patents

Abstract

The utility model discloses a double-drum energy-saving washing machine. A large washing tub and a small washing tub are installed horizontally and coaxially in the casing. Equipped with a horizontal large drum and a horizontal small drum, the large drum and the small drum are provided with water inlet holes, and an inner door is provided on the upper part of the large drum and the small drum opposite to the cylinder head; A double-shaft motor is arranged between the large washing tub and the small washing tub. The rotating shaft of the large drum protrudes from the large washing tub and is connected to one of the output shafts of the motor through the first electronic clutch. The rotating shaft of the small drum Stretch out described small washing tub, link to each other with the other output shaft of this motor through the second electronic clutch. The utility model can conveniently classify and wash clothes, meet people's living needs, and save materials and energy; moreover, the utility model is beneficial to saving water.

Description

Double-drum energy-saving washing machine

technical field

The utility model relates to a washing machine, in particular to a double-drum energy-saving washing machine.

Background technique

At present, the washing machine is an essential household appliance for every family, but most households still have some clothes that need to be washed by hand after buying a washing machine. This is because the contact surfaces of underwear and outerwear are different during wearing, so they cannot be washed at the same time. Otherwise, cross-contamination is likely to occur, which is not conducive to health. The structure of the common single-tub washing machine has caused that the clothes cannot be sorted and washed. However, the washing tub and the drying tub of an ordinary double-tub washing machine have different functions, which still prevents the clothes from being sorted and washed. Therefore, someone designed a special washing machine for underwear, which has a smaller capacity than ordinary washing machines and is suitable for washing a small amount of underwear every day. However, buying a special washing machine for underwear in addition causes a great waste of materials and energy, and also takes up too much living space in the family. In a word, the current washing machines cannot be classified and washed, and cannot meet the needs of the normal life of the family.

Utility model content

The technical problem to be solved by the utility model is to provide a double-drum energy-saving washing machine, so as to achieve the purpose of sorting and washing clothes in one washing machine, and save energy and reduce emission.

In order to solve the above problems, the technical solution of the utility model is: a double-drum energy-saving washing machine, including a casing, and a large washing tub and a small washing tub are installed horizontally and coaxially in the casing. The washing tanks are equipped with water inlets and drains, and cylinder covers are arranged on the upper part of the large washing tank and the small washing tank, and the large horizontal drum and the small horizontal drum are respectively installed in the large washing tank and the small washing tank. , the large drum and the small drum are provided with water inlet holes, and an inner door is arranged on the upper part of the large drum and the small drum opposite to the cylinder cover; between the large washing tank and the small washing tank, a A double-shaft motor, the rotating shaft of the large drum protrudes from the large washing tub, and is connected to one of the output shafts of the motor through the first electronic clutch, the rotating shaft of the small drum extends out of the small washing tub, and passes through the second The electronic clutch is connected with the other output shaft of the motor.

The utility model adds a small drum in the casing, so that the big drum is used for cleaning large coats, and the small drum is used for cleaning small underwear, and the electronic clutch can be controlled by the control system to realize simultaneous washing, or single Side wash. Moreover, the utility model drives two drums for washing through one motor, and the start or stop of one drum does not affect the washing of the other drum, so as to improve the washing efficiency and save electric energy.

As a preferred embodiment of the present utility model, the drain outlet of the above-mentioned large washing tank and the drain outlet of the small washing tank are respectively connected with the drain pipe; a medium water tank is arranged below the large washing tank and the small washing tank, and the medium water tank is passed through The water inlet valve communicates with the drain pipe. In this way, the reclaimed water after washing can be stored in the reclaimed water tank, and the control system controls the switch of the water inlet valve of the reclaimed water tank to achieve the purpose of reclaiming reclaimed water in different periods of the washing process. The reclaimed water tank can be pulled out to facilitate the reuse of reclaimed water.

A deodorizing box is arranged beside the reclaimed water tank, and both the deodorizing box and the reclaimed water tank are located in the casing. Convenient temporary storage of dirty laundry. There is a deodorizing box in the clothes storage box, and deodorant can be added to prevent the dirty clothes from smelling.

Compared with the prior art, the utility model has the beneficial effects that: the utility model can conveniently classify and wash clothes, which meets people's living needs, and saves materials and energy; moreover, the utility model is beneficial to saving water.

Description of drawings

Fig. 1 is the perspective view of the utility model;

Fig. 2 is a structural schematic diagram of the utility model.

Detailed ways

Below in conjunction with accompanying drawing and embodiment further illustrate the utility model.

As shown in Figures 1 and 2, a large outer door 14a and a small outer door 14b are arranged on the top of the double-drum energy-saving washing machine casing 1, and a control panel 15 is arranged between the large outer door 14a and the small outer door 14b. A large washing tub 31 and a small washing tub 32 are coaxially installed on the upper part of the casing 1, and the large washing tub 31 and the small washing tub 32 are provided with openings opposite to the large outer door 14a and the small outer door 14b. , the openings are closed by cylinder heads 31c, 32c, respectively. Both the large washing tub 31 and the small washing tub 32 are also provided with water inlets 31a, 32a and water outlets 31b, 32b, wherein the water inlets 31a, 32a are connected to the water inlet tanks 11a, 11b arranged on the rear upper part of the casing 1 through water pipes. Connected, the water inlet tanks 11a, 11b can be convenient for adding detergent and artificial water intake. The top of the water inlet tanks 11a, 11b is provided with a main water inlet 12, and a detergent storage box 10 is arranged between the two water inlet tanks 11a, 11b.

In the large washing tub 31 and the small washing tub 32, a horizontal large drum 41 and a horizontal small drum 42 are respectively housed, and a number of water inlets and a feeding port are arranged on the cylinder bodies of the drums 41, 42. Closed by inner doors 41a, 42a, a double-axis motor 2 is installed between the large washing tub 31 and the small washing tub 32. The rotating shaft at both ends of the large drum 41 is installed in the large washing tub 31. The rotating shaft of the large drum 41 stretches out from the large washing tub 31 and is connected to an output shaft of the motor 2 through the first electronic clutch 5a. The rotating shaft at two ends of the small drum 42 is installed on the small washing tub 32, and the rotating shaft of the small drum 42 stretches out from the small washing tub 32, and is connected with the output shaft of the motor 2 through the second electronic clutch 5b. A two-axis motor motor 2 drives two cylinders 31, 32 for washing, and the start or stop of one of the cylinders does not affect the washing of the other cylinder, so as to achieve classified washing, improve the washing efficiency, and save electric energy.

The water outlet 31b of the large washing tank 31 and the water outlet 32b of the small washing tank 32 are respectively connected with the drainpipe 6; below the large washing tank 31 and the small washing tank 32, a middle water tank 7 is arranged, and the middle water tank 7 passes through the The water valve 8 communicates with the drain pipe 6 . Be provided with deodorizing box 9 next to described middle water tank 7, make things convenient for the temporary storage of dirty clothes. Design deodorizing box 9 in the clothes storage box 7, this deodorizing box 9 and described medium water tank 7 all are positioned at described casing 1, can add deodorant in deodorizing box 9, prevent dirty clothes 16 from producing peculiar smell.

Claims (4)

1. A double-drum energy-saving washing machine, comprising a casing (1), characterized in that: a large washing tub (31) and a small washing tub (32) are installed horizontally and coaxially in the casing (1). Water inlets (31a, 32a) and drains (31b, 32b) are all provided on the large washing tub (31) and the small washing tub (32), and on the top of the large washing tub (31) and the small washing tub (32) A cylinder cover (31c, 32c) is provided, and a horizontal large cylinder (41) and a horizontal small cylinder (42) are respectively housed in the large washing cylinder (31) and the small washing cylinder (32), and the large cylinder (41 ) and the small drum (42) are provided with water inlet holes, and an inner door (41a, 42a) is provided opposite to the cylinder head on the top of the large drum (41) and the small drum (42); A double-shaft motor (2) is arranged between the large washing tub (31) and the small washing tub (32), and the rotating shaft of the large drum (41) stretches out from the large washing tub (31). 5a) is connected with one of the output shafts of the motor (2), the rotating shaft of the small drum (42) protrudes from the small washing tub (32), and is connected with the motor (2) through the second electronic clutch (5b). Another output shaft is connected. 2. The double-drum energy-saving washing machine according to claim 1, characterized in that: the drain port (31b) of the large washing tub (31) and the drain port (32b) of the small washing tub (32) are respectively connected to the drain pipe ( 6) communicate with each other; a middle water tank (7) is provided below the large washing tank (31) and the small washing tank (32), and the middle water tank (7) is connected to the drain pipe (6) through the water inlet valve (8) ) are connected. 3. The double-drum energy-saving washing machine according to claim 2, characterized in that: a deodorizing box (9) is arranged beside the reclaimed water tank (7), and the deodorizing box (9) and the reclaimed water tank ( 7) are all located in the casing (1). 4. The double-drum energy-saving washing machine according to claim 1, characterized in that: the cross-sectional sizes of the large drum (41) and the small drum (42) are the same, and the length of the large drum (41) is longer than that of the small drum (42). )length.

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