TWI738151B - Active dish dryer structure - Google Patents

Abstract

The present invention at least includes a storage cabinet that is divided into a storage room and a power control room, an air supply device installed in the power control room and one end connected to the storage room, and a power control room and one end energy supply device installed in the power control room. An air suction device connected to the storage room; wherein: the storage cabinet includes a frame, a storage room arranged inside the frame and used for accommodating dishes, assembled at the frame and covered with the The door panel for the storage room, the power control room for the installation of the air supply device and the air suction device; the air supply device at least includes a first fan unit for generating power, a connection between the power control room and the first An air inlet passage at a fan unit and an air inlet passage connecting the first fan unit to the storage compartment, so that the air inlet passage and the first fan unit and the air inlet passage are connected to form a slave The air outside the power control room flows into the air intake circuit in the storage room; the air suction device at least includes a second fan unit for generating power, and a storage area connected to the storage cabinet to the second fan The suction channel at the group, and a bleed channel connecting the second fan group to the outside of the control cabinet, so that the suction channel and the second fan group and the bleed channel are connected to form a channel from the storage room The air is sucked and discharged to the bleed circuit on the outside of the power control room; in addition, the air intake circuit and the bleed circuit are independently arranged between the power control room and the storage room, and the ends of the two are Do not connect directly.

Description

Active dish dryer structure

The present invention relates to a structure of a dish-drying machine; in particular, it relates to an active suction and discharge adjustment of moisture in a storage room, so as to keep the storage room optimally dry, and avoid bacterial proliferation or peculiar smell due to excessive heat and humidity The structure of the active dish dryer.

According to the general commercial dish dryer, it is used as a household appliance that dries the residual moisture on the bowl and plate. Especially, the bowl and plate are dried by the dish dryer to eliminate bacteria breeding on the bowl and plate. possibility. Furthermore, the general structure of a dish dryer on the market includes at least a cabinet body. An independent hollow-shaped accommodating area directly above the load-bearing area and installed with a fan unit, and a decorative panel fixedly sealed at the opening end of the accommodating area for the installation of a control switch, wherein one end of the fan unit is connected to At the outer side of the decorative plate and the other end of the fan unit is connected to the lower part of the accommodating area, so that the air outside the decorative plate can flow into the accommodating area, and serve as a bowl that is already located in the accommodating area. The residual moisture on the surface of the dishes is dried to achieve the purpose of drying the dishes.

Because commercially available dish dryers are usually installed near the washing tank of the flow table (for example, installed directly under the washing tank), and to prevent cockroaches and ants from entering the dishwasher In the containing area, the outer surface of the dish dryer is usually not preset with any vents to ensure that there is no channel for cockroaches and ants to enter between the dish dryer and the flow table, thereby preventing cockroaches and ants from entering. Contamination phenomenon in the containing area; therefore, during the drying process, although hot air can be injected into the containing area of the dish dryer, the flowing hot air can adsorb the water molecules on the surface of the dish away from it. The accommodating area circulates and flows, and the wet and hot water molecules cannot be discharged outside the accommodating area, so that the moisture entrained by the hot air flow will condense and adhere to the corners of the accommodating area and the junction between the door panel and the buffer strip. When the door panel is opened, water droplets flow on the edge of the door panel and the dish dryer, which causes inconvenience in using the dish dryer. At the same time, the accumulation of moisture in the corners or edges can easily breed bacteria or odors, which will cause hygiene problems. Doubts are a big trouble.

Therefore, how to develop a solution that can discharge the gas inside the dish dryer to the outside of the dish dryer to ensure that the inside of the dish dryer is kept dry and not easy to breed bacteria or odors is a problem that the industry needs to solve first.

The main content of the active dish dryer structure of the present invention is to provide an air supply device and a suction device by installing a power control room already located at the storage cabinet, and make the air inlet channel of the air supply device, The first fan set and the intake passage are connected to form an active intake circuit, and the intake passage of the suction device, the second fan set and the exhaust passage are connected to form an active exhaust circuit. In addition, the active The two ends of the air intake circuit and the two ends of the active bleed circuit are separately arranged in an independent manner to communicate with the power control room side and the storage compartment of the locker, and make the active air intake circuit and the active bleed The end of the circuit is not directly connected; in this way, when the air supply device and the air suction device are activated, the air outside the power control room can be sequentially passed through the air inlet vent. The air passage and the air intake channel then flow into the storage room, and then the air already in the storage room can be discharged to the outside of the power control room through the suction channel and the exhaust channel in sequence. A vigorous air convection will be formed in the storage room to ensure that the dishes in the storage room can be kept optimally dry, and avoid bacterial proliferation or peculiar smell due to excessive heat and humidity, so as to greatly enhance its purification effect , And then ensure the health and safety of consumers when using it as a progressive proposition.

In order to achieve the purpose of the above-mentioned creation, the main technical means of the active dishwasher structure of the present invention is that the dishwasher at least includes a storage cabinet with a storage room and a power control room, and a storage cabinet installed in the power control room. One end can be connected to the air supply device in the storage room, and an air suction device installed in the power control room and one end can be connected to the storage room; wherein: the storage cabinet at least includes a frame and a suction device installed in the storage room; The interior of the frame and the storage room for bowls and dishes, the door panel assembled at the frame and covering the storage room, and the power control room for the installation of the air supply device and the suction device; and the The power control room is respectively provided with air inlets for the assembly of the air inlet channel of the air supply device, air inlets for the assembly of the air inlet channel of the air supply device, and air suction for the air suction channel of the air suction device. Hole, and a vent hole for the vent passage of the suction device; the power control room includes at least a first power control room for the air blowing device assembly, and a second power control room for the air suction device assembly The power control room, in other words, the storage cabinet is divided into a first power control room, a storage room, and a second power control room by a lower partition and an upper partition, and the first and second power The control room can be respectively arranged below and above the storage room, so that the air supply device and the air suction device are respectively installed and assembled at the first power control room and the second power control room, and the other end of the air supply device And the suction The other ends of the device are respectively connected to the bottom and the top of the storage room; the air supply device at least includes a first fan unit for generating power, and an air inlet channel connecting the outdoor side of the power control room to the first fan unit , And an intake passage connecting the first fan set to the storage compartment, so that the intake passage, the first fan set and the intake passage are connected to form an air inflow from the outside of the power control room The active air intake circuit to the storage room; the first fan set includes at least one installed at the power control room or installed at the first sliding member and then housed in the power control room for moving back and forth The casing group, a group of motors arranged at the casing group, and a group of blade blades arranged at the motor; the air inlet channel is directly arranged at the air inlet of the first fan unit The air inlet of the power control room or at least one air inlet pipe is connected in series and its two ends are connected to the air inlet of the first fan unit to the air inlet of the power control room, so as to attract the outside of the power control room. The air inflows into the first fan unit; the air intake passage is connected with the exhaust port of the first fan unit to the storage room through an air inlet pipe to guide the first fan unit The pressurized gas generated during operation can directly flow into the storage room; a heating device or an ozone device is provided at the intake passage, so that the air flowing through the intake passage will first flow through the heating device or ozone The device then arrives in the storage room to achieve the multiple functions of drying, dehumidification, deodorization and sterilization; the suction device at least includes a second fan unit for generating power, and a storage room connected to the storage cabinet The suction channel to the second fan set and a vent channel connecting the second fan set to the outside of the storage cabinet, so that the suction channel is connected with the second fan set and the bleed channel to form An active bleed circuit that sucks and discharges the air from the storage room to the outside of the power control room; the second fan unit includes at least one installed at or installed in the power control room Installed at the second sliding member and then housed in the power control room for moving back and forth, a group of motors arranged at the housing group, and a group of blades arranged at the motor The suction channel is connected with the suction port of the second fan unit to the storage room by an exhaust pipe, so as to be able to store the goods as the attraction generated by the second fan unit in operation Indoor air is sucked to the second fan unit; the vent channel is directly arranged at the vent hole of the power control room through the vent of the second fan unit or connected to the second fan through a vent nozzle. The air vent of the second fan unit to the air vent hole of the power control room is used to discharge the air flowing through the second fan unit to the outside of the power control room; in addition, the two ends of the active air intake circuit and the power control room The two ends of the active air bleed circuit are independently arranged to communicate with the power control room to the storage compartment, and the end of the active air intake circuit and the end of the active air bleed circuit are not directly connected.

2‧‧‧Locker

20‧‧‧Frame

21‧‧‧Lower partition

22‧‧‧Upper partition

23‧‧‧The first power control room

231‧‧‧Into the air hole

232‧‧‧Air Inlet

24‧‧‧Second power control room

241‧‧‧Vent hole

242‧‧‧Suction hole

25‧‧‧Storage Room

26‧‧‧Door Panel

27‧‧‧Control switch

28‧‧‧First sliding part

29‧‧‧Second sliding piece

4‧‧‧Air supply device

40‧‧‧First fan unit

401‧‧‧Chassis Group

402‧‧‧Motor

403‧‧‧Leaf fan

404‧‧‧Air inlet

405‧‧‧Exhaust port

41‧‧‧Inlet passage

42‧‧‧Inlet passage

45‧‧‧Air inlet takeover

46‧‧‧Air intake takeover

48‧‧‧Heating device

5‧‧‧Suction device

50‧‧‧The second fan unit

501‧‧‧Chassis Group

502‧‧‧Motor

503‧‧‧Leaf fan

504‧‧‧Inhalation port

505 ‧ ‧ discouraged mouth

51‧‧‧Vent Channel

52‧‧‧Inhalation channel

55‧‧‧Wind venting takeover

56‧‧‧Exhaust air takeover

60‧‧‧Dishes

65‧‧‧Basket

7‧‧‧Partition

8‧‧‧Sliding Parts

A‧‧‧Power Control Room

Figure 1 is a three-dimensional exploded partial cross-sectional enlarged view of the present invention.

Figure 2 is a schematic partial cross-sectional view of the three-dimensional assembly of Figure 1 after being assembled.

Fig. 3 is a cross-sectional plan view of Fig. 2.

Figure 4 is a cross-sectional plan view of Figure 3 at the time of maintenance.

Figure 5 is an exploded perspective view of the second embodiment of the present invention.

The present invention relates to an active dishwasher structure, please refer to Figures 1 to 4, which at least includes a storage compartment 25 and a power control room A, a storage cabinet 2 installed in the The power control room A and one end can be connected to the storage room 2 The air supply device 4 in 5, and an air suction device 5 installed in the power control room A and connected to the storage room 25 at one end; wherein: the storage cabinet 2 includes at least a frame 20 and a suction device 5 arranged in The interior of the frame 20 and the storage room 25 for accommodating the dishes, the door panel 26 assembled at the frame 20 and covering the storage room 25, the control switch 27 assembled at the door panel 26, The power control room A for the installation of the air blowing device 4 and the air suction device 5; and the power control room A is respectively provided with an air inlet 231 for the air inlet channel 41 of the air blowing device 4, and the air blowing device The air inlet 232 for the air inlet channel 42 of 4, the air inlet 242 for the air inlet channel 52 of the air suction device 5, and the air vent hole 241 for the air outlet channel 51 of the air suction device 5; In addition, the power control room A includes at least a first power control room 23 for the 4 sets of air blowing devices, and a second power control room 24 for the 5 sets of air suction devices. In other words, by The partition 21 and an upper partition 22 divide the interior of the storage cabinet 2 into a first power control room 23, a storage room 25, and a second power control room 24, and make the first and second power control rooms 23 , 24 can be respectively arranged below and above the storage room 25, so that the air supply device 4 and the suction device 5 are installed and assembled in the first power control room 23 and the second power control room 24 respectively, and make The other end of the air supply device 4 and the other end of the air suction device 5 are respectively connected below and above the storage room 25; the air supply device 4 is installed in the first power control room 23 of the power control room A, It at least includes a first fan unit 40 for generating power, an air inlet passage 41 from the outside of the first power control chamber 23 connected to the power control chamber A to the first fan unit 40, and an air inlet channel 41 connected to the first fan unit 40. A wind turbine 40 to the The intake passage 42 at the storage chamber 25, and the intake passage 41 and the first fan unit 40 and the intake passage 42 are connected to form a line from the outside of the first power control room 23 of the power control room A Air flows into the active air intake circuit in the storage room 25; the first fan unit 40 includes at least one installed at the power control room A or installed at the first sliding member 28 and then accommodated in the The first power control of the power control room A to 23 is a casing group 401 for moving back and forth, a group of motors 402 arranged at the casing group 401, and a group of blades 403 arranged at the motor 402 The air inlet channel 41 is directly set at the air inlet 231 of the first power control room 23 of the power control room A by the air inlet 404 of the first fan unit 40, or by at least one air inlet The connecting pipe 45 is connected in series and its two ends are connected to the air inlet 404 of the first fan unit 40 to the air inlet 231 of the first power control chamber 23 of the power control room A as the first power to attract the power control room A The air outside the control room 23 flows into the first fan unit 40; the air intake passage 42 is connected with the exhaust port 405 of the first fan unit 40 through an air inlet pipe 46 to the storage room 25, to guide the pressurized gas generated by the first fan unit 40 during operation to flow directly into the storage compartment 25; in addition, the air inlet passage 42 is additionally provided with a heating device 48 or an ozone device (in the figure) (Not shown), so that the air flowing through the air intake passage 42 will first flow through the heating device 48 or the ozone device and then reach the storage room 25, so as to achieve the multiple effects of drying, dehumidification, deodorization and sterilization;

The air suction device 5 is installed in the second power control room 24 of the power control room A, and at least includes a second fan unit 50 for generating power, and a storage room connected to the storage cabinet 2 25 to 50 suction of the second fan unit Channel 52, and a vent channel 51 connecting the second fan unit 50 to the outside of the storage cabinet 2, so that the suction channel 52 and the second fan unit 50 and the vent channel 51 are connected to form a The air in the storage room 25 is sucked and discharged to the active bleed circuit outside the second power control room 24 of the power control room A; the second fan unit 50 includes at least one installed in the power control room A or installed in the power control room A. After the second sliding member 29 is placed in the second power control room 24 of the power control room A, a casing group 501 for moving back and forth, a group of motors 502, and a group of motors 502 arranged at the casing group 501 And a set of blades 503 arranged at the motor 502; the suction channel 52 is connected with the suction port 504 of the second fan unit 50 to the storage compartment 25 through an exhaust pipe 56 As the suction generated by the second fan unit 50 during operation, the gas in the storage compartment 25 can be attracted to the second fan unit 50; the air vent passage 51 is through the air vent of the second fan unit 50 505 is directly assembled at the vent 241 of the second power control room 24 of the power control room A or is connected to the vent 505 of the second fan unit 50 to the power control room A through a vent connector 55. The air vent 241 of the second power control chamber 24 is used to discharge the air flowing through the second fan unit 50 to the outside of the second power control chamber 24 of the power control chamber A; further, the active air intake The two ends of the circuit and the two ends of the active bleed circuit are respectively arranged in an independent manner to communicate with the outside of the power control room A to the storage chamber 25, and make the end of the active air intake circuit and the active bleeder The end of the loop is not directly connected;

When you want to dry the dishes, please refer to Figures 2 to 3, just put the washed dishes 60 into the basket 65 already located in the storage room 25, and then Cover the door panel 26 on the open end of the storage compartment 25 so that the storage compartment 25 forms a closed or airtight shape, and then press the control switch 27 so that the control switch 27 can synchronously start the heating device 48 and the first fan unit 40 of the air supply device 4 and the second fan unit 50 of the suction device 5 are operating; The air passage 42 becomes an active air intake circuit connecting the outside of the first power control room 23 of the power control room A to flow into the storage room 25, and the air suction channel 52 of the air suction device 4 and the The second fan unit 50 and the air bleed channel 51 become an active air bleed circuit connecting the air in the storage room 25 to be sucked and discharged to the outside of the second power control room 24 of the power control room A, and make the active air The two ends of the intake circuit and the two ends of the active bleed circuit are independently arranged to communicate between the outside of the power control chamber A and the storage chamber 25, and the ends of the two are not directly connected; therefore, , The air already located outside the first power control room 23 of the locker 2 (that is, the cold air below and outside the locker 2) can be directly passed through the active air inlet circuit (that is, the air inlet channel 41 and The first fan unit 40 and the intake passage 42 are connected in series, and the heating device 48 is assembled at the intake passage 42. The heating device 48 can be an electric heating tube, an electric heating rod, etc.) and The temperature of the air is increased and then flows into the storage compartment 25 to form a hot air flowing upward or toward the periphery from the bottom surface of the storage compartment 25 until the hot air flows from bottom to top and diffuses throughout the entire Inside the storage compartment 25, the flowing hot air can bring the water molecules that have been attached to the surface of the bowl 60 upward to flow. At the same time, the hot air already located in the upper half of the storage compartment 25 Air will flow through the active vent by the suction generated by the operation of the second fan unit 50 of the suction device 5 The circuit (that is, the suction channel 52, the second fan unit 50, and the exhaust channel 51 are connected in series) and then directly discharges the hot air flowing upward to the first power control room A above the storage cabinet 2. The outside of the second power control room 24; in this way, by starting the operation of the air supply device 4 and the air suction device 5, the cold air below the first power control room 23 of the power control room A can be sequentially passed through The active air intake circuit then flows into the storage compartment 25, and then the hot air already in the storage compartment 25 can be discharged into the second power control room A through the active bleed circuit. The upper and outer sides of the power control room 24, so that a strong convection of hot air will be formed in the storage room 25, so as to ensure that the dishes 60 in the storage room 25 can maintain the best and rapid drying, and avoid excessive heat and humidity. And there are problems of bacterial proliferation or peculiar smell.

When the first and second fan units 40, 50 or the heating device 48 are malfunctioning, it is only necessary to apply force to pull the first and second sliding parts 28, 29 to the outside for a proper distance to enable the first , The second fan unit 40, 50 or the heating device 48 is exposed on the outside of the storage cabinet 2 (as shown in Figure 4), so that the air inlet passage 42 (or the air inlet connector 46) and the air suction passage 52 ( Or the exhaust pipe 56) will be disassembled into two large sections, so that it can be disassembled and replaced with tools, which is beneficial to the designer of maintenance.

Please refer to Figure 5, which is a diagram of the second embodiment of the present invention. The main change is that the interior of the storage cabinet 2 is divided into the first power by the lower partition 21 and the upper partition 22. The control room 23, the storage room 25, and the second power control room 24 are changed to divide the interior of the storage cabinet 2 into a storage room 25 and a power control room A by a partition 7, and make the air supply Device 4 and the suction device 5 series The installation assembly is installed at the power control room A or installed at a sliding member 8 and then housed in the power control room A to move back and forth, and make the other end of the blowing device 4 and the suction device 5 separate The ends are respectively connected to the bottom and top of the storage compartment 25; in this way, by starting the operation of the air supply device 4 and the air suction device 5, the cold air below and outside the power control room A can be After passing through the active air intake circuit, it flows into the storage compartment 25, and then the hot air already in the storage compartment 25 can be discharged above the power control room A through the active bleed circuit Outside, so that a vigorous convection of hot air will be formed in the storage compartment 25 to ensure that the dishes 60 in the storage compartment 25 can maintain the best and rapid drying, and avoid bacterial growth or proliferation due to excessive heat and humidity. The trouble of peculiar smell; as for the above-mentioned storage cabinet 2, the air supply device 4, the air suction device 5, the power control room A and other structures, all have been described in detail in the above content, so I will not repeat them here.

The above are only the preferred embodiments of the present invention and are not used to limit the scope of implementation of the present invention; therefore, all equivalent changes or modifications based on the features and spirit described in the scope of the application of the present invention shall include Within the scope of the patent application of the present invention.

2‧‧‧Locker

20‧‧‧Frame

21‧‧‧Lower partition

22‧‧‧Upper partition

23‧‧‧The first power control room

231‧‧‧Into the air hole

232‧‧‧Air Inlet

24‧‧‧Second power control room

241‧‧‧Vent hole

242‧‧‧Suction hole

25‧‧‧Storage Room

26‧‧‧Door Panel

27‧‧‧Control switch

28‧‧‧First sliding part

29‧‧‧Second sliding piece

4‧‧‧Air supply device

40‧‧‧First fan unit

401‧‧‧Chassis Group

403‧‧‧Leaf fan

41‧‧‧Inlet passage

42‧‧‧Inlet passage

45‧‧‧Air inlet takeover

46‧‧‧Air intake takeover

48‧‧‧Heating device

5‧‧‧Suction device

50‧‧‧The second fan unit

501‧‧‧Chassis Group

503‧‧‧Leaf fan

51‧‧‧Vent Channel

52‧‧‧Inhalation channel

55‧‧‧Wind venting takeover

56‧‧‧Exhaust air takeover

A‧‧‧Power Control Room

Claims (10)

An active dish dryer structure, which at least includes a storage cabinet divided into a storage room and a power control room, an air supply device installed in the power control room and one end connected to the storage room, and an air supply device installed in the storage room The power control room and one end can be connected to the suction device in the storage room; wherein: the storage cabinet is provided with at least a frame, a storage room arranged inside the frame and used for accommodating dishes, assembly At the frame and cover the door panel for the storage room, the power control room for the installation of the air supply device and the air suction device; the air supply device includes at least a first fan unit for generating power, An air inlet channel connecting the power control room to the first fan set, and an air inlet channel connecting the first fan set to the storage room, through the air inlet channel and the first fan The group and the air inlet passage are connected to form an active air inlet circuit that flows from the air outside the power control room into the storage room; the air suction device includes at least a second fan unit for generating power , A suction channel connecting the storage area of the locker to the second fan unit, and a bleed channel connecting the second fan unit to the outside of the control cabinet, through the suction channel and the first The connection between the two fan sets and the bleed channel forms an active bleed circuit in which the air in the storage room is sucked and discharged to the outside of the power control room; in addition, the two ends of the active air intake circuit and the active bleed The two ends of the circuit are separately arranged to connect from the power control room to the storage compartment, and the end of the active air intake circuit and the end of the active bleed circuit are not directly connected; With the above structure, when the air blowing device and the air suction device are activated, the air outside the power control room can flow into the storage room through the air inlet channel and the air inlet channel in sequence, and then by The air already in the storage room can be discharged to the outside of the power control room through the suction channel and the exhaust channel in sequence, so that a vigorous air convection is formed in the storage room to ensure the storage room The bowls and dishes can be kept optimally dry, and avoid the trouble of bacterial proliferation or peculiar smell due to excessive heat and humidity. The structure of the active dish dryer described in item 1 of the scope of patent application, wherein the air blowing device is installed in the power control room or installed at a sliding member and then is housed in the power control room to move back and forth. The use; and the suction device is installed in the power control room or installed in a sliding part and then housed in the power control room for moving back and forth. For example, the active dish dryer structure described in item 2 of the scope of patent application, wherein a heating device or an ozone device is provided at the air inlet passage, so that the air flowing through the air inlet passage will flow through the air inlet first. The heating device or the ozone device then arrives in the storage room to achieve the multiple functions of drying, dehumidification, deodorization and sterilization. According to the structure of the active dish dryer described in one of items 1 to 3 of the scope of the patent application, the air inlet passage is connected to the air inlet of the first fan unit through an air inlet pipe. The storage room is used to guide the pressurized gas generated by the first fan unit during operation to directly flow into the storage room; in addition, the suction channel is connected to the second fan unit through an exhaust pipe. The suction port to the storage room serves as the suction force generated by the second fan unit during operation to suck and discharge the gas already in the storage room to the outside of the power control room. The active dish dryer structure described in item 4 of the scope of patent application, wherein the power control room is respectively provided with air inlets for the air inlet channel assembly of the air supply device, and air inlet channel group for the air supply device The air inlet is provided, the air inlet is used for the air suction channel of the air suction device, and the air vent hole is used for the air outlet channel of the air suction device. The active dish dryer structure described in item 5 of the scope of patent application, wherein the air inlet channel is directly assembled at the air inlet of the power control room through the air inlet of the first fan unit or by a The air inlet pipe is used as an air inlet connecting the air inlet of the first fan unit to the power control room, and is used for attracting air outside the power control room to flow into the first fan unit. The active dish dryer structure described in item 6 of the scope of patent application, wherein the air vent channel is directly assembled at the air vent of the power control room through the air vent of the second fan unit or by a vent The wind pipe is used as a vent connecting the vent of the second fan unit to the power control room, so as to discharge the air flowing through the second fan unit to the outside of the power control room. The active dish dryer structure described in item 7 of the scope of patent application, wherein, the first fan unit includes at least one installed at the power control room or installed at a sliding member and then accommodated in the power. A casing group used for moving back and forth in the control room, a group of motors arranged at the casing group, and a group of blades arranged at the motor. The active dish dryer structure described in item 8 of the scope of patent application, wherein the second fan unit includes at least one installed at the power control room or installed at a sliding member and then housed in the power. Chassis for moving back and forth in the control room Group, a group of motors arranged at the casing group, and a group of blades arranged at the motor. The active dishwasher structure described in item 9 of the scope of patent application, wherein the storage cabinet is divided into a first power control room, a storage room, and a storage cabinet by a lower partition and an upper partition. And a second power control room, and enable the first and second power control rooms to be respectively arranged below and above the storage room, so that the air supply device and the suction device are respectively installed and assembled in the first power control room And the second power control room, and the other end of the air blowing device and the other end of the air suction device are respectively connected to the bottom and the top of the storage room.

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