CN101899766B - Washing machine with functions of ozone deodorization and anionic sterilization and working method thereof - Google Patents

Abstract

The invention discloses a washing machine with the functions of ozone deodorization and negative ion sterilization and its working method. The washing machine includes a computer board, an outer cylinder and an inner cylinder arranged on the upper part of the washing machine and a drawer assembly arranged on the lower part of the washing machine. The washing machine is equipped with Two sets of deodorization and sterilization systems, including the upper deodorization and sterilization system using the inner drum of the washing machine as the deodorization and sterilization space, and the lower deodorization and sterilization system installed in the lower drawer assembly of the washing machine. The deodorization and sterilization systems are respectively equipped with ozone and negative ions Generator and circulating air duct system for ozone and negative ion circulation; users can choose any one or both of the upper deodorization and sterilization system and the lower deodorization and sterilization system to use at the same time. The present invention can choose to use different deodorizing and sterilizing systems according to objects of different sizes, and can also use two sets of deodorizing and sterilizing systems at the same time to quickly deodorize and sterilize a large number of clothes, and has the characteristics of simple structure and convenient use.

Description

A washing machine with ozone deodorization and negative ion sterilization functions and its working method

technical field

The invention relates to a washing machine, in particular to a washing machine with deodorizing and sterilizing functions, in particular to a washing machine with both ozone deodorizing and anion sterilizing functions in an inner cylinder and a lower drawer and a working method thereof.

Background technique

The washing machines sold on the market can wash almost any clothes or items we wear every day, and some washing machines can even wash fine clothes such as wool. But almost no washing machine has the function of "washing" shoes. The so-called "washing" here is not washing in the true sense, but refers to removing the peculiar smell of shoes. With the improvement of people's quality of life, the opportunity and frequency of sports are getting higher and higher, but the problem of cleaning the shoes and socks worn by sports is in front of people. Frequent washing can easily damage the shoes and waste time; without washing, there will be a bad smell left in the shoes and socks, which is unsightly and affects wearing again. In addition, shoes with peculiar smell may also lead to the growth of fungi on the feet, affecting the health of the human foot skin.

At present, there is a method of inventing a shoe washing machine to clean sports shoes. Although this method has liberated manpower, it may damage shoes more severely than hand washing, and the smell of shoes cannot be removed by washing alone.

The Chinese patent application number is 200620068783.8 discloses a negative ion deodorizing washing machine, including a shell forming the appearance of the washing machine, a drum frame arranged in the casing, a drum that is rotatable and used for washing clothes in the drum frame, and used for washing clothes. The drainage device for discharging the washing water from the outside, the drying device and the motor for drying the laundry; the drying device includes a drying pipe, a fan and a heater, the fan is arranged at the air inlet of the drying device, and the heater is arranged at the In the drying pipe, the outlet of the drying pipe communicates with the inner cavity of the drum; a filter device made of negative ion material is arranged in the drying pipe. This structure uses the dried hot air to pass through the filter device made of negative ion material and then enters the drum to achieve the purpose of deodorization, which has relatively large restrictions on footwear, especially leather shoes.

At present, the drum washing machines produced by some washing machine manufacturers have a large drawer at the bottom, such as: Wirlpool, SAMSUNG, LG, etc. However, they are only drawers for storage and cannot serve other functions. At the same time, the drawer is a component independent of the washing machine and can be purchased separately from the washing machine.

The Chinese patent application number 200610148750.9 discloses a washing machine with the function of removing moisture or peculiar smell of articles, including a main body of the washing machine, and a moisture or peculiar smell removing device, which is connected adjacent to the main body of the washing machine , forming an overall structure. Further, the moisture or odor removal device includes a heating component. The moisture or odor removal device includes a ventilation system. The moisture or odor removal device includes a connecting bracket, which is arranged under the main body of the washing machine; a drawer is arranged on the connecting bracket, and a partition structure is arranged in the drawer. A partition part is arranged between the main body of the washing machine and the connecting bracket to isolate the structure at the bottom of the main body of the washing machine from the connecting bracket. The washing machine generates hot air dehumidification through the heating part and ventilation system arranged in the drawer, thereby removing peculiar smell, but this structure also has a destructive effect on articles such as shoes or clothes of special materials, especially the heating part is arranged in the drawer, and removes peculiar smell The principle is physical change, the effect is extremely poor.

In view of this, the present invention is proposed.

Contents of the invention

The technical problem to be solved by the present invention is to overcome the deficiencies of the prior art and provide a washing machine that utilizes ozone and negative ions to deodorize and sterilize clothing, footwear or other items in the inner barrel of the washing machine and the storage drawer at the bottom of the washing machine simultaneously or separately.

Another object of the present invention is to provide a working method for deodorizing and sterilizing the washing machine.

In order to solve the above technical problems, the basic idea of the technical solution adopted by the present invention is: a washing machine with ozone deodorization and negative ion sterilization functions, including a computer board, an outer cylinder and an inner cylinder arranged on the upper part of the washing machine and a drawer arranged on the lower part of the washing machine component, the washing machine is equipped with two sets of deodorization and sterilization systems, including the upper deodorization and sterilization system with the inner drum of the washing machine as the deodorization and sterilization space and the lower deodorization and sterilization system in the lower drawer assembly of the washing machine. The deodorization and sterilization systems are both There are respectively ozone and negative ion generators and a circulating air duct system for ozone and negative ion circulation.

The drawer assembly includes a drawer body and a drawer box equipped with the drawer body. The upper part of the drawer box body is provided with an upper cover, and the lower part of the deodorization and sterilization system is arranged on the upper cover. The circulating air duct system includes a sealed air duct and a set For the fan in the air duct, the two ends of the upper cover plate corresponding to the air duct are provided with vents communicating with the inside of the drawer box. Ozone and negative ions are released in the air duct by the ozone and negative ion generators respectively or simultaneously.

The upper cover plate and the drawer box body are detachably connected, and a sealing strip is provided at the joint, and a sealing strip is also provided between the drawer body and the drawer box body.

The drawer body is provided with vertical drawer partitions that divide the internal space into multiple areas of different sizes for placing different items, or is provided with independent components that are layered horizontally.

The independent parts include a large clothes tray located at the inner bottom of the drawer body and a small clothes tray at the upper rear of the drawer body. The front part of the large clothes tray is provided with a handle, and the rear part is provided with an upward flange to form a disc-shaped structure. The bottom and sides of the small clothes tray are provided with a plurality of slits and through holes to facilitate the circulation of ozone and negative ions in the drawer body.

The upper deodorizing and sterilizing system sequentially includes an air outlet at the rear of the outer cylinder, an air duct, a fan arranged in the air duct, a filter, an ozone and negative ion generator, and an air inlet at the front of the outer cylinder.

For ordinary washing machines, it is realized through the circulating sealed channel installed on the outer cylinder: including fan, ozone and negative ion generator and channel. Clothes are placed in the inner drum of the washing machine, and the circumference and rear of the inner drum of the washing machine are designed with many through holes for smooth circulation of water leakage, ozone and negative ions.

For the washing and drying integrated machine, the whole working process includes: washing, rinsing, dehydration, and drying. You can borrow drying fans and drying air ducts, and add ozone and negative ion generators. Clothes are placed in the inner drum of the washing machine, and the circumference and rear of the inner drum of the washing machine are designed with many through holes for smooth circulation of water leakage, ozone and negative ions.

A fixing bracket for placing smelly shoes, smelly insoles and socks is detachably arranged in the inner cylinder of the washing machine.

Described ozone and negative ion generator comprise power supply input, high-voltage generator, high-voltage output and the launching base of ozone and negative ion successively, and the computer board of washing machine controls the closure of corresponding ozone and negative ion power supply input through control port, respectively controls ozone and negative ion Ozone or negative ions or both ozone and negative ions are generated at the same time; the emission bases of ozone and negative ions are all set in the air duct.

Described power input comprises the power input that produces ozone, the power input that produces negative ion and common terminal input, controls the power input that produces ozone and negative ion by computer board through two control ports; The high-voltage circuit is connected to the power input; the high-voltage output is respectively connected to the emission base of ozone and the emission base of negative ions.

The high-voltage circuit includes an oscillation feedback circuit, a step-up transformer, and a voltage doubler rectifier circuit. The high-voltage circuit boosts and rectifies the low voltage to a DC high voltage of about 3000-5000V.

The emission base of described ozone and negative ion comprises an installation base, is installed on the installation base and is respectively connected with the positive and negative electrode plate that releases ozone with the high voltage output and the carbon fiber hair brush head that releases negative ions, is also provided with on the installation base Isolation enclosure for high voltage isolation.

The power input is a 12V DC power supply.

The power input can also use 220V AC mains as the power supply, and its high-voltage circuit is a high-voltage circuit in the prior art.

When the washing machine is in use, the user can choose any one of the upper deodorization and sterilization system and the lower deodorization and sterilization system to use or use both of them at the same time.

The computer board controls the ozone and negative ion generators to release ozone and negative ions successively or simultaneously and open the circulating air duct system. After sterilization and deodorization within a certain period of time, the ozone and negative ion generators are stopped, and the fan continues to work for a certain period of time.

Before releasing ozone and negative ions, the washing machine first detects whether the washing machine door or the drawer body is closed, and if not, an alarm will be issued to remind the user to close it.

After adopting the above technical solution, the present invention has the following beneficial effects compared with the prior art.

The washing machine of the present invention has two sets of deodorizing and sterilizing systems at the same time. It not only uses the inner cylinder of the washing machine as a space for deodorizing and sterilizing, but also adds a deodorizing and sterilizing system in the lower drawer of the washing machine, which can be used according to different sizes of objects. Different deodorization and sterilization systems, two sets of deodorization and sterilization systems can also be used at the same time to quickly deodorize and sterilize a large number of clothes.

In addition to the storage function, the drawer added to the lower part of the existing washing machine can also realize the functions of ozone deodorization and negative ion sterilization; an ozone and negative ion generator is installed on the upper cover of the drawer, and a sealed circulating air duct system is designed , is driven by the fan to form a fluid circulation of ozone and negative ions in the air duct and the drawer, the ozone and negative ion generator releases ozone and negative ions, and uses the circulating air duct system to achieve better deodorization and sterilization effects; deodorizing and disinfecting clothes in In the sealed drawer space, it is ensured that ozone and negative ions do not leak, reducing the harm to users; connecting different launch bases through high-voltage circuits, deodorization and sterilization can be carried out at the same time or in steps, and ozone and negative ions can be generated together , coexist together, negative ions cannot neutralize ozone molecules, they are positive ions that neutralize the derivatives in the process of ozone generation, and a large amount of energy released during neutralization has a bactericidal effect.

The specific implementation manners of the present invention will be further described in detail below in conjunction with the accompanying drawings.

Description of drawings

Fig. 1 is a schematic structural view of the deodorizing and sterilizing system of the washing machine of the present invention;

Fig. 2 is a schematic diagram of the wind circuit circulation of the deodorizing and sterilizing system on the upper part of the common washing machine of the present invention;

Fig. 3 is a schematic diagram of the wind circuit circulation of the deodorizing and sterilizing system on the upper part of the drying machine of the present invention;

Fig. 4 is a schematic diagram of the fixed bracket installed inside the inner cylinder according to the present invention;

Fig. 5 is a schematic diagram of the deodorizing and sterilizing system at the lower part of the washing machine of the present invention;

Fig. 6 is a schematic structural view of the drawer assembly according to the present invention;

Fig. 7 is a schematic diagram of the internal structure of the drawer assembly according to the present invention;

Fig. 8 is the schematic diagram of ozone and negative ion generator of the present invention;

Fig. 9 is a schematic structural view of a large laundry tray according to the present invention;

Fig. 10 is a schematic diagram of the structure of a small clothes tray according to the present invention;

Fig. 11 is the circuit diagram that the present invention produces ozone;

Fig. 12 is the circuit diagram that the present invention produces negative ion;

Fig. 13 is a work flow diagram of deodorization and sterilization of the present invention.

Detailed ways

The washing machine with functions of ozone deodorization and negative ion sterilization according to the present invention comprises upper and lower parts: the upper part uses the inner cylinder of the washing machine as a space for ozone deodorization and negative ion sterilization; the lower part uses a specially designed drawer as a The space is deodorized by ozone and sterilized by negative ions. In the medical field, negative ions are recognized as an effective means of killing germs and purifying the air. The mechanism is mainly that after the combination of negative ions and bacteria, the bacteria undergo structural changes or energy transfer, resulting in the death of the bacteria and eventually sinking to the ground. It has a strong oxidation-reduction effect, which can destroy the bacterial cell membrane or the activity of protoplasmic active enzymes, so as to achieve the purpose of antibacterial and sterilizing. Negative ion generators have not found side effects yet.

As shown in Fig. 1, the washing machine of the present invention is a drum washing machine 1, comprising a computer board, an outer cylinder 11 and an inner cylinder 12 arranged on the top of the washing machine and a drawer assembly 2 arranged at the bottom of the washing machine. The drum washing machine 1 is provided with two Cover the deodorization and sterilization system, including the upper deodorization and sterilization system with the washing machine inner cylinder 12 as the deodorization and sterilization space and the lower deodorization and sterilization system provided in the lower drawer assembly 2 of the washing machine. The deodorization and sterilization systems are respectively equipped with ozone and Negative ion generator 6 and the circulation air duct system that ozone and negative ion cycle use.

Wherein, the upper deodorizing and sterilizing system sequentially includes an air outlet 13 at the rear of the outer cylinder 11, an air duct 14, a fan 15 arranged in the air duct, a filter 16, an ozone and negative ion generator 6, and an air inlet 17 at the front of the outer cylinder .

The scheme realized above requires that the space where the clothes are located be airtight and sealed to ensure that the ozone does not leak during operation. Therefore, in the design of the circulating air duct system, use sealing strips to seal between the upper and lower shells of the air duct, or use blow molding technology to achieve sealing; on the joints of the air duct, use sealing strips for sealing design; in the front of the washing machine At the clothes inlet, the observation window pad is used to seal around the door body; at the rear bearing of the washing machine, an oil seal is used to seal; in order to ensure the performance in the ozone environment, the channel and the outer cylinder are made of plastic, and the inner cylinder is made of stainless steel. The rubber parts are made of EPDM material or silicone rubber material or fluorine rubber material. In order to ensure smooth circulation between the outer cylinder and the inner cylinder, many regular through holes are designed on the circumference of the inner cylinder and the rear flange of the inner cylinder.

The design of the filter is to ensure that large lint is filtered to prevent it from adhering to the ozone and negative ion emitter of the ozone and negative ion generator, affecting the concentration of negative ions and ozone.

As shown in Figure 2 and Figure 3, the upper deodorization and sterilization system can be improved on the existing drum washing machine or washing and drying machine:

For a common washing machine, it is realized by a circulating sealed passage installed on the outer cylinder 111 : including a fan 151 , an ozone and negative ion generator 6 and a passage 141 . Clothing is placed in the washing machine inner cylinder 121, and the circumference and the rear portion of the washing machine inner cylinder 121 are designed with many through holes 181, which are used for the smooth circulation of water leakage, ozone and negative ions.

For washing and drying all-in-one machine, its whole working process includes: washing, rinsing, dehydration, drying, can borrow drying fan 152 and drying air duct 142, add ozone and negative ion generator 6 and get final product. Clothing is placed in the washing machine inner cylinder 122, and the circumference and the rear portion of the washing machine inner cylinder are designed with many through holes 182, which are used for the smooth circulation of water leakage, ozone and negative ions.

As shown in FIG. 4 , a fixing bracket 19 for placing smelly shoes, smelly insoles and socks is detachably provided in the washing machine inner cylinder 12 .

As shown in Figure 5, the design scheme of the deodorizing and sterilizing system of the washing machine is: a drawer assembly 2 with a special function is designed at the bottom of the washing machine. The upper part of the box body 4 is provided with an upper cover plate 5, and the lower part of the deodorization and sterilization system is arranged on the upper cover plate 5. The upper cover plate 5 and the drawer box body 4 are detachably connected, and the joint is provided with a sealing strip 10, and the circulating air duct system Including a sealed air duct 7 and a fan 8 arranged in the air duct 7, the two ends of the upper cover plate 5 corresponding to the air duct 7 are provided with vents 9 communicating with the inside of the drawer box body 4 (see Figure 6), ozone and negative ions The ozone and negative ion generator 6 are released in the air duct 7 separately or simultaneously, and driven by the blower 8 to form a fluid circulation of ozone and negative ions in the air duct 7 and the drawer body 3 .

In the design of the air duct, sealing strips are used to seal the air duct and the upper cover. In order to ensure the performance in the ozone environment, the air duct and drawer components are made of plastic, and the sealing strip is made of EPDM or silicone rubber.

In order to increase the space for placing items inside the drawer body 3 , one or two independent parts are added in the drawer body 3 , as shown in FIG. 7 .

Add an independent part at the inner bottom of the drawer body 3: a large clothing tray 30 (referring to Figure 9), which is mainly used to place men's and women's shoes to deodorize and sterilize. Two pairs of men's shoes can be placed at a time, and one pair of large women's boots such as women's boots can be placed at a time. The large clothes tray 30 is inclined front and back, the front is high and the back is low, and a flanging 301 is designed upward at the rearmost part (that is, deep into the inside of the drawer box) to form a concave space for collecting the dust attached to the outer surface of the shoes and sand and other debris. There is a handle 302 at the front portion of the large clothing tray 30, which is convenient for the large clothing tray 30 to be taken out from the drawer body 3, and put into the drawer body 3 after cleaning up the sundries in the large clothing tray 30. The bottom of the large clothes tray 30 is also provided with a plurality of retaining ribs 303, which are used to facilitate the circulation of ozone or negative ions in the drawer body 3, and improve the deodorization and sterilization effects.

An independent part is added to the rear portion of the upper end of the drawer body 3: a small tray for clothes 31 (referring to Fig. 10). It is mainly used to place small pieces of clothing that need to be deodorized and sterilized, such as socks, insoles, etc. There are many slits and through holes 310 on the bottom and sides of the small clothes tray 31, which are used to facilitate the circulation of ozone or negative ions in the drawer body 3, and improve the deodorization and sterilization effects. The small clothes tray 31 is easy to take out from the drawer body 3, which is convenient for cleaning. Sand grains and other sundries on the small clothing tray 31 will fall to the rear portion of the large clothing tray 30 at the bottom of the drawer body 3 through the slit or through hole at the bottom, and will be cleaned up together with the foreign materials in the large clothing tray 30.

After removing the above-mentioned functional accessories such as large clothes tray, small clothes tray, fan, air duct, ozone and negative ion generator. The drawer can be used as a separate storage cabinet for detergent, bleach, softener, laundry detergent and more. Available vertical drawer partitions 32 in the drawer body 3 can be divided into two or three areas of different sizes for placing different articles (referring to FIG. 7 ). The drawer partition 32 is designed with a handle for easy removal or insertion. The drawer partition 32 is designed to be undulating, thick and strong.

The drawer assembly at the bottom of the washing machine is not a separate part, it is part of the overall structure of the entire washing machine. The drawer body 3 can be drawn or rotated.

As shown in FIG. 8 , the ozone and negative ion generator 6 of the present invention includes a power input 61 , a high voltage generator 62 , a high voltage output 63 and an emission base 64 of ozone and negative ions. The power input can be AC or DC, and the present embodiment adopts a 12V DC power supply. The power input 61 includes three wires, namely a power input 610 for generating ozone, a power input 611 for generating negative ions, and a common terminal 622 . The computer board of the washing machine controls the power input 610, 611 for generating ozone and negative ions through two control ports; the high-voltage generator 62 is a high-voltage circuit that produces negative ions and ozone. The high-voltage output 63 is respectively connected with the emission base 64 of ozone and negative ions. As shown in Figure 11 and Figure 12, the high-voltage circuit includes an oscillation feedback circuit, a step-up transformer, and a voltage doubler rectifier circuit, which boosts and rectifies the low voltage to a high voltage of about 3000-5000V, and the negative 3000V high-voltage output is connected through a high-voltage line 631 The carbon fiber brush head 65 discharges negative ions; the other two high-voltage wires 632 with opposite polarities are respectively connected to the positive and negative plates 66 and 67 that generate ozone to form a high-voltage discharge to electrolyze the air to release ozone. The brush head 65 for releasing negative ions and the positive and negative plates 66 and 67 for generating ozone are all installed on the emission base 68 . Mounting holes are arranged on the launch base so as to be installed; there is also an isolation cover 69 that isolates the positive and negative plates 66, 67 that generate ozone, so as to prevent people from being exposed to high voltage and causing danger.

Ozone and negative ions can be controlled separately, it can supply power to the ozone input line, the ozone generator works to generate ozone; supply power to the negative ion input line, the negative ion generator works to generate negative ions; at the same time supply power to ozone and negative ions, the ozone and negative ion generator work at the same time , while emitting ozone and negative ions. Generally, the time for releasing ozone and negative ions is 15-30 minutes respectively, and it takes 20-40 minutes to release ozone and negative ions at the same time. After the ozone and negative ion generator were closed, the fan would continue to work for a period of time such as 10-40 minutes to dilute the concentration of ozone in the air. Therefore, generally, ozone is released for 15-30 minutes first, and then negative ions are released for 15-30 minutes. During the period of releasing negative ions, it is also a process of diluting the concentration of ozone in the air.

When the above-mentioned washing machine is in use, the user can choose any one of the upper deodorizing and sterilizing system and the lower deodorizing and sterilizing system to use or use both simultaneously. The user can set a single upper or lower deodorizing and sterilizing system as the default deodorizing and sterilizing program in the washing machine, and can also set two simultaneous working as the default deodorizing and sterilizing program.

As shown in Figure 13, the main control chip of the computer board controls the ozone and negative ion generators to release ozone and negative ions successively or simultaneously and open the circulating air duct system. After sterilization and deodorization within a certain period of time, stop the ozone and negative ion generators. The fan continues to work for a certain period of time. Before releasing ozone and negative ions, the washing machine first detects whether the washing machine door or the drawer body is closed, and if not, an alarm will be issued to remind the user to close it.

The scheme realized above can control the output voltage on the ozone and negative ion generator. When the output voltage is a positive pressure of 3000V, a high-voltage electric field is formed, and the corona discharge generates ozone. By selecting the fan speed, the ozone concentration is ensured at 0.15ppm/ Within 8 hours, the purpose of deodorization is achieved.

The scheme realized above can control the voltage on the ozone/negative ion generator. When the output voltage is a negative voltage of about -5000V, negative ions are generated. By selecting the fan speed, the concentration of negative ions is guaranteed to be not less than 1.0×10^6n/cm^ 3. Through circulation, it can sterilize the clothes.

It has been confirmed by tests that if the drawer or machine door is suddenly opened, the ozone concentration in the air will be within 0.01ppm. China stipulates that in the living environment, when the ozone concentration exceeds 0.15mg/m ³ (equivalent to 0.075ppm in the air), it will constitute air pollution. . When the concentration of ozone in the air reaches 0.01-0.02mg/m ³ (equivalent to 0.005-0.01ppm in the air), people can smell it. In order to ensure that the drawer body or door is suddenly opened during use, and the ozone concentration dissipated in the air is within a safe range, the design of the fan speed of the washing machine and the design of the channel structure ensure that the concentration of ozone in the clothing space does not exceed 0.15ppm/8 hours . At the same time, it is controlled by the computer board of the washing machine. After the deodorization is completed, the door or the drawer body cannot be opened. After blowing natural wind for 30 to 40 minutes, the door lock can be unlocked to open the door or the drawer body.

The implementations in the above examples can be further combined or replaced, and the examples are only descriptions of preferred embodiments of the present invention, and are not intended to limit the concept and scope of the present invention. Various changes and improvements to the technical solutions of the present invention made by those skilled in the art belong to the protection scope of the present invention.

Claims (9)

1. one kind has the washing machine of ozone deodorization and anion sterilization function, comprise computer board, be located at the urceolus on washing machine top and inner core and be located at the drawer appliance of washing machine bottom, it is characterized in that: this washing machine is provided with two cover flavor-absorbing disinfecting systems, the bottom flavor-absorbing disinfecting system comprising the top flavor-absorbing disinfecting system using inner tank of washing machine as flavor-absorbing disinfecting space and be provided with in the drawer appliance of washing machine bottom, flavor-absorbing disinfecting system averages is not provided with the circulation air path system that ozone and anion generator and ozone and anion recycle, described drawer appliance is not independently parts, it is the integrally-built part of whole washing machine, drawer appliance comprises drawer body and the drawer box body of drawer body is housed, drawer box body top is provided with upper cover plate, upper cover plate and drawer box body are for removably connecting, junction is provided with sealing strip, bottom flavor-absorbing disinfecting system is located on upper cover plate, the air channel that circulation air path system comprises sealing and the blower fan be arranged in air channel, the two ends in the corresponding air channel of upper cover plate are provided with the ventilating opening communicated with drawer tray interior, ozone and anion are released in air channel by ozone and anion generator respectively or simultaneously.

2. a kind of washing machine with ozone deodorization and anion sterilization function according to claim 1, is characterized in that: be provided with sealing strip between described drawer body and drawer box body.

3. a kind of washing machine with ozone deodorization and anion sterilization function according to claim 1, it is characterized in that: be provided with in described drawer body and be divided into the region of multiple different size to place the vertical dust panel of different article inner space, or be provided with the individual components of horizontal layering.

4. a kind of washing machine with ozone deodorization and anion sterilization function according to claim 3, it is characterized in that: described individual components comprises the little pallet of clothing of the large pallet of the clothing being located at drawer body inner bottom part and drawer body upper rear, the large pallet front portion of clothing is provided with handle, the rear portion flange be provided with upwards forms a disk-like structure, and the little tray bottom of clothing and side are provided with multiple ozone and anion of facilitating at the gap of drawer body internal circulation flow and through hole.

5. a kind of washing machine with ozone deodorization and anion sterilization function according to claim 1, is characterized in that: described top flavor-absorbing disinfecting system comprises the air intake vent of the air outlet at urceolus rear portion, air channel, the blower fan be located in air channel, filter, ozone and anion generator, urceolus front portion successively.

6. a kind of washing machine with ozone deodorization and anion sterilization function according to claim 5, is characterized in that: in inner tank of washing machine, be removably provided with one for placing the fixed support of smelly footwear, smelly shoe-pad, socks.

7. according to the arbitrary described a kind of washing machine with ozone deodorization and anion sterilization function of claim 1-6, it is characterized in that: described ozone and anion generator comprise the transmitting pedestal of power supply input, high pressure generator, High voltage output and ozone and anion successively, the computer board of washing machine controls the closed of corresponding ozone and the input of anion power supply by control port, controls transmitting pedestal generation ozone or the anion of ozone and anion respectively or ozone and anion occurs simultaneously; The transmitting pedestal of ozone and anion is all located in air channel.

8. a method of work for washing machine as described in as arbitrary in claim 1-7, is characterized in that: user can at top flavor-absorbing disinfecting system and bottom flavor-absorbing disinfecting Systematic selection any one use or two use simultaneously.

9. method of work according to claim 8, it is characterized in that: computer board controls ozone and anion generator and successively or simultaneously discharges ozone and anion and ON cycle ducting system, after carrying out sterilizing deodoring within a certain period of time, stop ozone and anion generator work, blower fan is continuous firing certain hour still.