Clothing processing device, clothing processing method, and atomizing device

Abstract

The present invention provides a clothing treatment device, a clothing treatment method, and an atomizing device, which aims to solve the problem that the structure for realizing atomized washing in the conventional clothing treatment device is too complicated and has a limited range of application. To this end, the clothing treatment device includes a box body, a clothing treatment drum, and a door device, the clothing treatment drum is installed in the box body, the box body is formed with a clothing inlet, the door device is used for opening and closing the clothing inlet, and the clothing inlet is connected to the clothing treatment drum via a connecting part, the clothing treatment device further includes an atomizing device in which a clothing treatment agent is accommodated, the atomizing device is installed in the clothing treatment drum, the door device, and / or the connecting part, and the atomizing device has at least one outlet (1a) installed toward the inside of the clothing treatment drum so that the atomizing device injects atomized gas into the clothing treatment drum. The atomizing structure is simplified, avoiding occupying too much space, and expanding the range of application of the atomizing structure.

Description

Technical Field

[0001] The present invention relates to the technical field of clothing treatment, and specifically provides a clothing treatment apparatus, a clothing treatment method, and an atomizing device.

Background Art

[0002] A clothing treatment apparatus is a device capable of washing, rinsing, dehydrating, and / or drying clothes. General clothing treatment apparatuses include washing machines, clothes dryers, washer-dryers, and clothing care devices, etc.

[0003] With the continuous improvement of living standards, users may have demands for clothing treatment apparatuses not only for washing and drying, but also for wrinkle removal, deodorization, disinfection, sterilization, bleaching, softening, or fragrance addition to clothes. For example, atomizing washing, which can wet clothes in advance, is advantageous for the penetration of clothing treatment agents into clothes.

[0004] In the prior art, usually, atomizing washing is realized by an atomizer, which is welded to the water supply system, realizes the water supply of the atomizer by using the water supply of the water supply system, and uses the action of the atomizer to turn water into small-particle atomized liquid droplets and put them into the clothing treatment drum to realize atomizing washing for clothes. However, the atomizer and the water supply system are welded, which is disadvantageous for the arrangement of components due to the presence of pipes, and it is necessary to supply clothing treatment agents by a separate supply tank, which occupies a large space. And in some clothes dryers, adding too many components to realize atomizing washing is disadvantageous for the space arrangement. The conventional structure for realizing atomizing washing affects its application range.

[0005] In view of this, this field needs a new clothing treatment apparatus and its clothing treatment method to solve the above problems.

Summary of the Invention

Problems to be Solved by the Invention

[0006] The present invention aims to solve the above technical problems, namely, the problem that conventional garment processing devices have a structure that is too complex to achieve atomization washing, thus limiting their applicability. [Means for solving the problem]

[0007] According to a first aspect, the present invention relates to a garment processing apparatus comprising a box body, a garment processing drum, and a door device, wherein the garment processing drum is installed inside the box body, the box body has a garment input opening, the door device is used to open and close the garment input opening, and the garment input opening is connected to the garment processing drum via a connecting component, The present invention provides a garment processing apparatus further comprising an atomizing device containing a garment processing agent, the atomizing device being installed in the garment processing drum, the door device and / or the connecting component, and the atomizing device having at least one outlet positioned toward the interior of the garment processing drum so that the atomizing device injects an atomizing gas into the garment processing drum.

[0008] In the above-described preferred technical proposal for the garment processing apparatus, the atomizing apparatus includes a water tank and an atomizing sheet, the water tank is installed in the garment processing drum, the door device and / or the connecting parts, the outlet is formed in the water tank, a water storage chamber for containing a garment processing agent is formed in the water tank, there is one outlet and it communicates with the water storage chamber, and the atomizing sheet is installed at the outlet.

[0009] In the above-described preferred technical proposal for the garment processing apparatus, a first sealing component and a sealing retaining ring are installed at the outlet, the atomizing sheet is housed within the first sealing component, and the sealing retaining ring is attached to the side of the first sealing component that is closer to the inside of the garment processing drum.

[0010] In the above-described preferred technical proposal for the garment processing apparatus, a decorative case is attached to the side of the water tank facing the inside of the garment processing drum, and an opening is formed in the decorative case that communicates with the outlet.

[0011] In the above preferred technical proposal for the garment processing apparatus, an electric chamber is further formed in the water tank, the electric chamber and the water storage chamber are isolated from each other, and the electric chamber can house a harness connected to the atomizing sheet.

[0012] In the above preferred technical proposal for the garment processing apparatus, the atomizing device further includes a wireless charging assembly for supplying power to the atomizing sheet, the wireless charging assembly being connected to the water tank and a portion of the wireless charging assembly located within the electrical chamber.

[0013] In the above-described preferred technical proposal for the garment processing apparatus, the wireless charging assembly includes a fixed component, an induction coil, an inductance element, a first circuit board, and a second circuit board, wherein the fixed component is installed on the garment processing drum, the door device, and / or the connecting component, the fixed component is connected to the water tank, the induction coil and the inductance element are both installed on the fixed component, the induction coil is fitted outside the inductance element, the first circuit board is connected to the induction coil, and the second circuit board is connected to the inductance element.

[0014] In the above-described preferred technical proposal for the garment processing apparatus, the fixing component includes a fixing inner plate and a fixing outer plate, the fixing inner plate being connected to the water tank, the fixing outer plate being fixed to the garment processing drum, door device and / or connecting component, a first hollow columnar structure being formed on the fixing outer plate, a second hollow columnar structure being formed on the fixing inner plate, the second hollow columnar structure being fitted onto the first hollow columnar structure, the induction coil being fitted onto the second hollow columnar structure, the inductance element being installed inside the first hollow columnar structure, the first circuit board being installed on the fixing inner plate, and the second circuit board being installed on the fixing outer plate.

[0015] In the above-described preferred technical proposal for the garment processing apparatus, a mounting opening is formed in the water tank, mounting ribs are formed on the inner wall of the mounting opening, mounting grooves are formed on the edge of the fixed inner plate, and the mounting ribs are installed in the mounting grooves so as to fix the fixed inner plate to the water tank.

[0016] In the above preferred technical proposal for the garment processing apparatus, the tank includes a tank body and a tank lid, the tank body is installed on the garment processing drum, the door device and / or the connecting parts, and the outlet is formed in the tank body. A contact component and a locking component are installed between the tank lid and the tank body. When attaching the tank lid and the tank body, the tank lid is first brought into contact with the tank body via the contact component, and then the tank lid and the tank body are locked and fixed together via the locking component.

[0017] In the above-described preferred technical proposal for the garment processing apparatus, a second sealing component is installed between the tub body and the tub lid, the second sealing component has a through-hole, and the engaging component includes a first engaging member installed on the tub lid and a second engaging member installed on the tub body, the first engaging member is fixed by engaging with the second engaging member through the through-hole.

[0018] In the above-described preferred technical proposal for the garment processing apparatus, the tank further includes a supply lid, the tank lid has a supply port formed therein, the supply lid has a first helical groove formed therein, the supply port has a second helical groove formed therein, and the supply lid and the supply port are screwed together via the first helical groove and the second helical groove.

[0019] In the above preferred technical proposal for the garment processing apparatus, a handle ring is rotatably connected to the outer surface of the supply lid, and the handle ring can rotate in a non-up position and be stored inside the supply port.

[0020] In the above preferred technical proposal for the garment processing apparatus, a third sealing component is installed between the supply lid and the supply port.

[0021] In the above-described preferred technical proposal for the garment processing apparatus, the atomizing apparatus includes a water tank and a plurality of atomizing sheets, the water tank being installed in the garment processing drum, the door device and / or the connecting parts, the water tank having a plurality of water storage chambers for containing the same or different garment processing agents, the outlets being a plurality of outlets, all of which are formed in the water tank, the water storage chambers, the outlets and the atomizing sheets corresponding one-to-one, the outlets communicating with the corresponding water storage chambers and the atomizing sheets being installed at the corresponding outlets.

[0022] In the above-mentioned preferred technical proposal for the clothing processing device, the device is a clothes dryer, and the connecting component is a front support structure for the clothes dryer.

[0023] In the above-described preferred technical proposal for the garment processing device, it is a combined washing and drying machine, and the connecting component is the window packing of the combined washing and drying machine.

[0024] According to a second aspect, the present invention relates to a garment processing method for a garment processing apparatus, wherein the garment processing apparatus includes a box body, a garment processing drum, and a door device, the garment processing drum is installed inside the box body, the box body has a garment input opening, the door device is used to open and close the garment input opening, and the garment input opening is connected to the garment processing drum via a connecting component, and the present invention relates to a garment processing method for a garment processing apparatus, The garment processing apparatus further includes an atomizer containing a garment processing agent, the atomizer being installed in the garment processing drum, the door device and / or the connecting component, and the atomizer having at least one outlet facing inward from the garment processing drum. The aforementioned garment processing method is: The present invention further provides a method for processing clothing in a clothing processing apparatus, which includes injecting an atomizing gas onto clothing in the clothing processing drum.

[0025] When adopting the above technical solution, the present invention can directly accommodate the clothing treatment agent in the atomizing device, and the atomizing device is installed on the clothing treatment drum, the door device and / or the connecting parts, and directly sprays the clothing treatment agent into the clothing treatment drum by an atomizing method, thereby realizing an atomizing washing treatment for clothing. With such an installation, by installing only one atomizing device capable of accommodating the clothing treatment agent, atomizing washing for clothing can be realized, the atomizing structure is greatly simplified, avoiding occupying too much space, expanding the application range of the atomizing structure. For example, in a clothes dryer, if the clothing treatment agent is put into the atomizing device, atomizing washing for clothing can be realized, without the need to install a welded water supply system and an atomizer, nor the need to install a supply tank separately.

[0026] Furthermore, by adopting the atomizing sheet, the spraying of the clothing treatment agent can be realized, which is advantageous for supplying the atomizing gas to the clothing over a large area, and is advantageous for sufficient bonding with the fibers of the clothing, thereby enhancing the treatment effect on the clothing.

[0027] Furthermore, the first sealing part can realize the sealing of the outlet so that the clothing treatment agent in the water tank does not overflow from the gap between the outlet and the atomizing sheet, enhancing the sealing effect. The sealing pressing ring can press the first sealing part, thereby making the seal between the first sealing part and the outlet tighter and enhancing the sealing effect.

[0028] Furthermore, the decorative case can improve the overall appearance without affecting the injection of the atomizing gas.

[0029] Furthermore, the electric chamber and the water storage chamber are mutually blocked to prevent the clothing treatment agent in the water storage chamber from flowing into the electric chamber and causing the harness to short-circuit, thereby enhancing the electrical safety of the clothing treatment device.

[0030] Furthermore, by adopting a wireless charging method, the use of the harness can be reduced, avoiding the problem that the volume of the atomizing device is too large due to the limited harness arrangement space.

[0031] Furthermore, the electromagnetic induction wireless charging method enables short-range wireless charging, thereby reducing the cost of wireless charging.

[0032] Furthermore, the mutual fitting of the first hollow columnar structure and the second hollow columnar structure enables the mutual positioning of the fixed inner plate and the fixed outer plate, as well as the fixing of the induction coil and the housing of the inductance element, making the overall structure more compact and facilitating spatial arrangement.

[0033] Furthermore, the fixed inner plate is directly attached to the tank's mounting opening, making the overall structure more compact and facilitating space arrangement.

[0034] Furthermore, by connecting the tank body and the tank lid with contact and locking parts, rapid assembly of the tank lid and tank body is possible. First, the contact parts enable approximate positioning of the tank body and tank lid, and then the locking parts ensure precise locking of both, thereby increasing assembly efficiency.

[0035] Furthermore, the second sealing component can achieve a seal between the tank body and the tank lid, preventing the laundry treatment agent from leaking out through the gap between the lid and the tank body. In addition, the first and second engaging members not only achieve secure attachment between the tank body and the tank lid, but also position the second sealing component, ensuring that the second sealing component does not shift position and thus avoiding any impact on the sealing effect of the second sealing component.

[0036] Furthermore, the supply port allows for the addition of garment treatment agents, and the screw-fitting of the supply lid and the supply port facilitates the screw-in and screw-out of the supply lid, thereby enabling the opening and closing of the supply port, resulting in quick assembly and easy addition of garment treatment agents.

[0037] Furthermore, the handle ring not only enables the screwing in and out of the supply lid, but can also be stored inside the supply port, thereby avoiding occupying space and facilitating the assembly of the atomizer, garment processing drum, door device, and / or connecting parts.

[0038] Furthermore, the third sealing component can achieve a seal between the supply lid and the supply port, ensuring that the garment treatment agent does not overflow from the supply port.

[0039] Furthermore, if the water tank has multiple water storage chambers, the same or different garment treatment agents can be contained in each chamber, thereby providing greater flexibility in atomized supply of the garment treatment agent, enabling personalized supply for the user and improving the user experience.

[0040] According to a third aspect, the present invention provides an atomizing device comprising a tank body, a tank lid, and an atomizing sheet, wherein the tank body has an outlet, the atomizing sheet is installed at the outlet, a contact part and a locking part are installed between the tank lid and the tank body, and when attaching the tank lid and the tank body, the tank lid is first brought into contact with the tank body via the contact part, and then the tank lid and the tank body are locked and fixed together via the locking part.

[0041] In the above-described preferred technical proposal for the atomizing device, the contact component includes a contact rib formed on the tank lid, the tank body has a tank opening that fits into the tank lid, and when assembly is complete, the contact rib contacts the inside of the tank opening.

[0042] In the above-described preferred technical proposal for the atomizing device, the contact rib is an L-shaped contact rib.

[0043] In the above-described preferred technical proposal for the atomizing device, a sealing component is installed between the tank body and the tank lid, a through-hole is formed in the sealing component, and the engaging component includes a first engaging member installed on the tank lid and a second engaging member installed on the tank body, the first engaging member is fixed by engaging with the second engaging member through the through-hole.

[0044] In the above-described preferred technical proposal for the atomizing device, the first engaging member is a locking plate having a locking opening, the second engaging member is an engaging projection, the locking plate penetrates the through opening and exposes the locking opening, and the engaging projection engages with the locking opening.

[0045] In the above-described preferred technical proposal for the atomizing device, a positioning projection is formed on the sealing component, a positioning groove is formed on the tank lid, and the positioning projection and the positioning groove are positioned and fitted together.

[0046] In the above-described preferred technical proposal for the atomizing device, the atomizing device further includes a supply lid, the tank lid has a supply port formed therein, the supply lid has a first helical groove formed therein, the supply port has a second helical groove formed therein, and the supply lid and the supply port are screwed together via the first helical groove and the second helical groove.

[0047] In the above-described preferred technical proposal for the atomizing device, a handle ring is rotatably connected to the outer surface of the supply lid, and the handle ring can rotate in a non-retracted state and be stored inside the supply port.

[0048] In the above-described preferred technical proposal for the atomizing device, a water storage chamber and an electrical chamber are formed inside the tank body, which are isolated from each other. The outlet communicates with the water storage chamber, and the electrical chamber is used to house a harness connected to the atomizing sheet.

[0049] According to a fourth aspect, the present invention relates to a clothing processing apparatus, which includes the atomizing device described above, The system further includes a box body, a garment processing drum, and a door device, wherein the garment processing drum is installed inside the box body, the box body has a garment input opening, the door device is used to open and close the garment input opening, and the garment input opening is connected to the garment processing drum via a connecting component. The present invention further provides a garment processing apparatus in which the tank is installed in the garment processing drum, the door device and / or the connecting component, and the outlet is positioned toward the interior of the garment processing drum to inject atomized gas into the garment processing drum.

[0050] When the above technical proposal is adopted, the present invention allows the atomizing device itself to contain the solvent to be atomized and ejected by the tank body, and can be used without cooperating with the water supply system or water storage system of the other device when attaching the atomizing device to other devices, enriching the usage scenarios of the atomizing device. The tank body and tank lid are connected by contact parts and locking parts, enabling rapid assembly of the tank lid and tank body. First, the contact parts achieve approximate positioning of the tank body and tank lid, and then the locking parts achieve precise locking of both, thereby increasing assembly efficiency. The tank lid and tank body are removable, making it easy to clean the inside of the tank body, avoiding the accumulation of contaminants in the tank body, and extending the service life of the atomizing device.

[0051] Furthermore, the sealing component can achieve a seal between the tank body and the tank lid, preventing the solvent in the tank body from leaking out through the gap between the tank lid and the tank body. In addition, the first and second engaging members not only achieve engagement and fixation between the tank body and the tank lid, but also allow for the positioning of the sealing component, ensuring that the sealing component does not shift position and thus avoid affecting the sealing effect of the sealing component.

[0052] Furthermore, the positioning protrusions on the seal component and the positioning grooves on the tank lid can further enhance the positioning and fitting capability between them, thus avoiding misalignment and deformation of the seal component.

[0053] Furthermore, the supply port allows for the addition of solvent, and the screw-fitting of the supply lid and the supply port facilitates the screw-in and screw-out of the supply lid, thereby enabling the opening and closing of the supply port, resulting in quick assembly and easy solvent addition.

[0054] Furthermore, the handle ring not only enables the screwing in and out of the supply lid, but can also be stored inside the supply port, thereby avoiding occupying space and facilitating the assembly of the atomizer and other equipment.

[0055] Furthermore, the electric chamber and the water storage chamber are isolated from each other, preventing solvent from the water storage chamber from flowing into the electric chamber and causing a short circuit in the harness, thereby enhancing the electrical safety of the atomizing device.

[0056] Furthermore, when a garment processing device employs the aforementioned atomizing device, it can acquire the technical effects of the aforementioned atomizing device, and the garment processing agent can be directly contained in the atomizing device. The atomizing device is installed in the garment processing drum, door device and / or connecting parts, and the garment processing agent is directly sprayed into the garment processing drum by the atomizing method, thereby realizing atomized laundry treatment for the garments. With such an installation, atomized laundry treatment for the garments can be achieved by installing only one atomizing device capable of containing the garment processing agent, greatly simplifying the atomizing structure, avoiding the occupancy of excessive space, and expanding the range of application of the atomizing structure. For example, in a clothes dryer, if the garment processing agent is placed in the atomizing device, atomized laundry treatment for the garments can be achieved, eliminating the need to install a welded water supply system and atomizer, and eliminating the need to install a separate supply tank.

[0057] According to a fifth aspect, the present invention provides an atomizing device comprising a water tank and an atomizing sheet, wherein the water tank has an outlet, the atomizing sheet is installed at the outlet, a water storage chamber and an electrical chamber are formed inside the water tank, the water storage chamber is closed and communicates with the outlet, a decorative case is connected to the water tank, the decorative case closes the lower part of the electrical chamber, and the electrical chamber is used to house a harness connected to the atomizing sheet.

[0058] In the above preferred technical proposal for the atomizing device, the decorative case is attached to and fixed to the water tank.

[0059] In the above-described preferred technical proposal for the atomizing device, the decorative case is provided with a plurality of elastic locking claws, and the water tank is formed with a plurality of engaging protrusions, and the elastic locking claws and the engaging protrusions correspond one-to-one and are locked to each other.

[0060] In the above-described preferred technical proposal for the atomizing device, positioning ribs are formed in the decorative case, positioning grooves are formed in the water tank, and the positioning ribs and the positioning grooves are positioned and fitted together with respect to each other.

[0061] In the above preferred technical proposal for the atomizing device, the atomizing device further includes a wireless charging assembly for supplying power to the atomizing sheet, the wireless charging assembly being connected to the water tank and a portion of the wireless charging assembly being located within the electrical chamber.

[0062] In the above-described preferred technical proposal for the atomizing device, the wireless charging assembly includes a fixed component, an induction coil, an inductance element, a first circuit board, and a second circuit board, wherein the fixed component is connected to the water tank, the induction coil and the inductance element are both installed on the fixed component, the induction coil is fitted outside the inductance element, the first circuit board is connected to the induction coil, and the second circuit board is connected to the inductance element.

[0063] In the above-described preferred technical proposal for the atomizing device, the fixing component includes a fixing inner plate and a fixing outer plate, the fixing inner plate is connected to the water tank, a first hollow columnar structure is formed on the fixing outer plate, a second hollow columnar structure is formed on the fixing inner plate, the second hollow columnar structure is fitted onto the first hollow columnar structure, the induction coil is fitted onto the second hollow columnar structure, the inductance element is installed inside the first hollow columnar structure, the first circuit board is installed on the fixing inner plate, and the second circuit board is installed on the fixing outer plate.

[0064] In the above-described preferred technical proposal for the atomizing device, a mounting opening is formed in the water tank, mounting ribs are formed on the inner wall of the mounting opening, mounting grooves are formed on the edge of the fixed inner plate, and the mounting ribs are installed in the mounting grooves so as to fix the fixed inner plate to the water tank.

[0065] In the above-described preferred technical proposal for the atomizing device, the fixed inner plate and the fixed outer plate are connected to each other by magnetic attraction.

[0066] According to the sixth aspect, the present invention is a clothing processing apparatus, comprising the atomizing apparatus described above, The system further includes a box body, a garment processing drum, and a door device, wherein the garment processing drum is installed inside the box body, the box body has a garment input opening, the door device is used to open and close the garment input opening, and the garment input opening is connected to the garment processing drum via a connecting component. The present invention provides a garment processing apparatus in which the water tank is installed in the garment processing drum, the door device and / or the connecting component, and the outlet is positioned toward the inside of the garment processing drum to spray atomizing gas into the garment processing drum.

[0067] When the above technical proposal is adopted, the present invention allows the atomizing device itself to contain the solvent to be atomized and ejected in a water tank, and can be used without cooperating with the water supply system or water storage system of other devices when installing the atomizing device with other devices, enriching the usage scenarios of the atomizing device. The electric chamber and the water storage chamber are isolated from each other, preventing the solvent in the water storage chamber from flowing into the electric chamber and causing a short circuit in the harness, thereby improving the electrical safety of the atomizing device. The decorative case can improve the overall appearance and can also close the electric chamber, preventing dirt from entering the electric chamber.

[0068] Furthermore, the connection between the display case and the aquarium allows for easy removal of the display case, thereby facilitating inspection of the electrical chamber.

[0069] Furthermore, the engagement stability can be enhanced by the mating of multiple elastic locking claws with engaging projections.

[0070] Furthermore, the positioning rib and positioning groove are positioned and fitted together, and when installing, the positioning rib in the decorative case and the positioning groove in the aquarium are first aligned to achieve approximate positioning, and then the positioning rib gradually enters the positioning groove, providing a certain guiding action to the decorative case, thereby completing the precise locking of the decorative case and the aquarium.

[0071] Furthermore, by adopting a wireless charging method, the use of harnesses can be reduced, avoiding the problem of the atomizer being too large in volume due to limited space for harness placement.

[0072] Furthermore, the electromagnetic induction wireless charging method enables short-range wireless charging, thereby reducing the cost of wireless charging.

[0073] Furthermore, the mutual fitting of the first hollow columnar structure and the second hollow columnar structure enables the mutual positioning of the fixed inner plate and the fixed outer plate, as well as the fixing of the induction coil and the housing of the inductance element, making the overall structure more compact and facilitating spatial arrangement.

[0074] Furthermore, the fixed inner plate is directly attached to the tank's mounting opening, making the overall structure more compact and facilitating space arrangement.

[0075] Furthermore, the fixed inner plate and fixed outer plate are connected by magnetic attraction, making them easy to remove from each other, which is advantageous for assembling the atomizing device.

[0076] Furthermore, when a garment processing device employs the aforementioned atomizing device, it can acquire the technical effects of the aforementioned atomizing device, and the garment processing agent can be directly contained in the atomizing device. The atomizing device is installed in the garment processing drum, door device and / or connecting parts, and the garment processing agent is directly sprayed into the garment processing drum by the atomizing method, thereby realizing atomized laundry treatment for the garments. With such an installation, atomized laundry treatment for the garments can be achieved by installing only one atomizing device capable of containing the garment processing agent, greatly simplifying the atomizing structure, avoiding the occupancy of excessive space, and expanding the range of application of the atomizing structure. For example, in a clothes dryer, if the garment processing agent is placed in the atomizing device, atomized laundry treatment for the garments can be achieved, eliminating the need to install a welded water supply system and atomizer, and eliminating the need to install a separate supply tank.

[0077] According to the seventh aspect, the present invention is an atomizing device comprising a water tank, an atomizing sheet, and a wireless charging assembly, wherein the water tank has an outlet, the atomizing sheet is installed at the outlet, and inside the water tank are a water storage chamber and an electrical chamber which are isolated from each other, and the water storage chamber is in communication with the outlet. The wireless charging assembly includes a fixed component, an induction coil, an inductance element, a first circuit board, and a second circuit board, wherein the fixed component is connected to the water tank, the induction coil and the inductance element are both installed on the fixed component, and the induction coil is fitted outside the inductance element, the first circuit board is connected to the induction coil, the second circuit board is connected to the inductance element, and the induction coil or the first circuit board is connected to the atomizing sheet via a harness, the harness is located inside the electric chamber, thereby providing an atomizing device.

[0078] In the above-described preferred technical proposal for the atomizing device, the fixing component includes a fixing inner plate and a fixing outer plate, the fixing inner plate is connected to the water tank, a first hollow columnar structure is formed on the fixing outer plate, a second hollow columnar structure is formed on the fixing inner plate, the second hollow columnar structure is fitted onto the first hollow columnar structure, the induction coil is fitted onto the second hollow columnar structure, the inductance element is installed inside the first hollow columnar structure, the first circuit board is installed on the fixing inner plate, and the second circuit board is installed on the fixing outer plate.

[0079] In the above-described preferred technical proposal for the atomizing device, a mounting opening is formed in the water tank, mounting ribs are formed on the inner wall of the mounting opening, mounting grooves are formed on the edge of the fixed inner plate, and the mounting ribs are installed in the mounting grooves so as to fix the fixed inner plate to the water tank.

[0080] In the above-described preferred technical proposal for the atomizing device, the fixed inner plate and the fixed outer plate are connected to each other by magnetic attraction.

[0081] In the above-described preferred technical proposal for the atomizing device, the water tank includes a tank body and a tank lid, the outlet is formed in the tank body, a contact part and a locking part are installed between the tank lid and the tank body, and when attaching the tank lid and the tank body, the tank lid is first brought into contact with the tank body via the contact part, and then the tank lid and the tank body are locked and fixed together via the locking part.

[0082] In the above-described preferred technical proposal for the atomizing device, the contact component includes a contact rib formed on the tank lid, the tank body has a tank opening that fits into the tank lid, and when assembly is complete, the contact rib contacts the inside of the tank opening.

[0083] In the above-described preferred technical proposal for the atomizing device, a sealing component is installed between the tank body and the tank lid, a through-hole is formed in the sealing component, and the engaging component includes a first engaging member installed on the tank lid and a second engaging member installed on the tank body, the first engaging member is fixed by engaging with the second engaging member through the through-hole.

[0084] In the above-described preferred technical proposal for the atomizing device, the atomizing device further includes a supply lid, the tank lid has a supply port formed therein, the supply lid has a first helical groove formed therein, the supply port has a second helical groove formed therein, and the supply lid and the supply port are screwed together via the first helical groove and the second helical groove.

[0085] In the above-described preferred technical proposal for the atomizing device, a handle ring is rotatably connected to the outer surface of the supply lid, and the handle ring can rotate in a non-retracted state and be stored inside the supply port.

[0086] According to the eighth aspect, the present invention is a clothing processing apparatus, comprising the atomizing apparatus described above, The system further includes a box body, a garment processing drum, and a door device, wherein the garment processing drum is installed inside the box body, the box body has a garment input opening, the door device is used to open and close the garment input opening, and the garment input opening is connected to the garment processing drum via a connecting component. The present invention further provides a garment processing apparatus in which the water tank is installed in the garment processing drum, the door device and / or the connecting component, and the outlet is installed toward the interior of the garment processing drum to inject atomizing gas into the garment processing drum.

[0087] When the above technical proposal is adopted, the present invention allows the atomizing device itself to contain the solvent to be atomized and ejected in a water tank, and can be used without cooperating with the water supply system or water storage system of other devices when attaching the atomizing device to other devices, enriching the usage scenarios of the atomizing device, reducing the use of harnesses by adopting a wireless charging method, avoiding the problem of the atomizing device being too large in volume due to limited space for harness placement, and enabling short-range wireless charging by electromagnetic induction, thereby reducing the cost of wireless charging.

[0088] Furthermore, the mutual fitting of the first hollow columnar structure and the second hollow columnar structure enables the mutual positioning of the fixed inner plate and the fixed outer plate, as well as the fixing of the induction coil and the housing of the inductance element, making the overall structure more compact and facilitating spatial arrangement.

[0089] Furthermore, the fixed inner plate is directly attached to the tank's mounting opening, making the overall structure more compact and facilitating space arrangement.

[0090] Furthermore, the fixed inner plate and fixed outer plate are connected by magnetic attraction, making them easy to remove from each other, which is advantageous for assembling the atomizing device.

[0091] Furthermore, the connection between the tank body and the tank lid using contact and locking parts enables rapid assembly of the tank lid and tank body. First, the contact parts allow for approximate positioning of the tank body and tank lid, and then the locking parts ensure precise locking, thereby increasing assembly efficiency.

[0092] Furthermore, the sealing component can achieve a seal between the tank body and the tank lid, preventing the solvent from leaking out through the gap between the tank lid and the tank body. In addition, the first and second engaging members not only achieve secure attachment between the tank body and the tank lid, but also allow for the positioning of the sealing component, ensuring that the sealing component does not shift position and thus avoid affecting the sealing effect of the sealing component.

[0093] Furthermore, the supply port allows for the addition of solvent, and the screw-fitting of the supply lid and the supply port facilitates the screw-in and screw-out of the supply lid, thereby enabling the opening and closing of the supply port, resulting in quick assembly and easy solvent addition.

[0094] Furthermore, the handle ring not only enables the screwing in and out of the supply lid, but can also be stored inside the supply port, thereby avoiding occupying space and facilitating the assembly of the atomizer and other equipment.

[0095] Furthermore, when a garment processing device employs the aforementioned atomizing device, it can acquire the technical effects of the aforementioned atomizing device, and the garment processing agent can be directly contained in the atomizing device. The atomizing device is installed in the garment processing drum, door device and / or connecting parts, and the garment processing agent is directly sprayed into the garment processing drum by the atomizing method, thereby realizing atomized laundry treatment for the garments. With such an installation, atomized laundry treatment for the garments can be achieved by installing only one atomizing device capable of containing the garment processing agent, greatly simplifying the atomizing structure, avoiding the occupancy of excessive space, and expanding the range of application of the atomizing structure. For example, in a clothes dryer, if the garment processing agent is placed in the atomizing device, atomized laundry treatment for the garments can be achieved, eliminating the need to install a welded water supply system and atomizer, and eliminating the need to install a separate supply tank.

[0096] According to the ninth aspect, the present invention is an atomizing device comprising a water tank, an atomizing sheet, and a wireless charging assembly, wherein the water tank has an outlet, the atomizing sheet is installed at the outlet, and inside the water tank are a water storage chamber and an electrical chamber which are isolated from each other, and the water storage chamber is in communication with the outlet. The water tank is further provided with a mounting opening, the wireless charging assembly is fixed to the mounting opening, the wireless charging assembly is connected to the atomizing sheet via a harness, and the harness is located inside the electric chamber, providing an atomizing device.

[0097] In the above-described preferred technical proposal for the atomizing device, the wireless charging assembly includes a fixed component, an induction coil, an inductance element, a first circuit board, and a second circuit board, wherein both the induction coil and the inductance element are installed on the fixed component, and the induction coil is fitted onto the outside of the inductance element, the first circuit board is connected to the induction coil, and the second circuit board is connected to the inductance element, and a mounting groove is formed in the fixed component, and a mounting rib is formed on the inner wall of the mounting opening, and the mounting rib is installed in the mounting groove so as to fix the fixed component to the water tank.

[0098] In the above-described preferred technical proposal for the atomizing device, the fixing component includes a fixing inner plate and a fixing outer plate, a first hollow columnar structure is formed on the fixing outer plate, a second hollow columnar structure is formed on the fixing inner plate, the second hollow columnar structure is fitted onto the first hollow columnar structure, the induction coil is fitted onto the second hollow columnar structure, the inductance element is installed inside the first hollow columnar structure, the first circuit board is installed on the fixing inner plate, the second circuit board is installed on the fixing outer plate, and the mounting groove is formed on the edge of the fixing inner plate.

[0099] In the above-described preferred technical proposal for the atomizing device, a decorative case is connected to the water tank, the decorative case closes the electric chamber, and the decorative case rests on the bottom of the fixed inner plate.

[0100] In the above-described preferred technical proposal for the atomizing device, the mounting rib is a U-shaped mounting rib, and the mounting groove is a U-shaped mounting groove.

[0101] In the above-described preferred technical proposal for the atomizing device, the water tank includes a tank body and a tank lid, the outlet is formed in the tank body, a contact part and a locking part are installed between the tank lid and the tank body, and when attaching the tank lid and the tank body, the tank lid is first brought into contact with the tank body via the contact part, and then the tank lid and the tank body are locked and fixed together via the locking part.

[0102] In the above-described preferred technical proposal for the atomizing device, the contact component includes a contact rib formed on the tank lid, the tank body has a tank opening that fits into the tank lid, and when assembly is complete, the contact rib contacts the inside of the tank opening.

[0103] In the above-described preferred technical proposal for the atomizing device, a sealing component is installed between the tank body and the tank lid, a through-hole is formed in the sealing component, and the engaging component includes a first engaging member installed on the tank lid and a second engaging member installed on the tank body, the first engaging member is fixed by engaging with the second engaging member through the through-hole.

[0104] In the above-described preferred technical proposal for the atomizing device, the atomizing device further includes a supply lid, the tank lid has a supply port formed therein, the supply lid has a first helical groove formed therein, the supply port has a second helical groove formed therein, the supply lid and the supply port are screwed together via the first helical groove and the second helical groove, a handle ring is rotatably connected to the outer surface of the supply lid, the handle ring can rotate in a non-retracted state and be housed inside the supply port.

[0105] According to the tenth aspect, the present invention is a clothing processing apparatus, comprising the atomizing device described above, The system further includes a box body, a garment processing drum, and a door device, wherein the garment processing drum is installed inside the box body, the box body has a garment input opening, the door device is used to open and close the garment input opening, and the garment input opening is connected to the garment processing drum via a connecting component. The present invention provides a garment processing apparatus in which the water tank is installed in the garment processing drum, the door device and / or the connecting component, and the outlet is positioned toward the inside of the garment processing drum to spray atomizing gas into the garment processing drum.

[0106] When the above technical proposal is adopted, the present invention allows the atomizing device itself to contain the solvent to be atomized and ejected in a water tank, and when the atomizing device is installed with other devices, it can be used without cooperating with the water supply system or water storage system of the other devices, enriching the usage scenarios of the atomizing device. The electric chamber and the water storage chamber are isolated from each other, preventing the solvent in the water storage chamber from flowing into the electric chamber and causing a short circuit in the harness, thereby enhancing the electrical safety of the atomizing device. The mounting port can accommodate a wireless charging assembly, ensuring the compactness of the overall structure.

[0107] Furthermore, the electromagnetic induction wireless charging method enables short-range wireless charging, thereby reducing the cost of wireless charging, and the fitting of the mounting groove and mounting rib ensures stable mounting of the wireless charging assembly.

[0108] Furthermore, the mutual fitting of the first hollow columnar structure and the second hollow columnar structure enables the mutual positioning of the fixed inner plate and the fixed outer plate, as well as the fixing of the induction coil and the housing of the inductance element, making the overall structure more compact and facilitating spatial arrangement.

[0109] Furthermore, the display case can improve the overall appearance and also close off the electrical chamber, preventing dirt from entering it.

[0110] Furthermore, the connection between the tank body and the tank lid using contact and locking parts enables rapid assembly of the tank lid and tank body. First, the contact parts allow for approximate positioning of the tank body and tank lid, and then the locking parts ensure precise locking of both, thereby increasing assembly efficiency.

[0111] Furthermore, the sealing component can achieve a seal between the tank body and the tank lid, preventing the solvent from leaking out through the gap between the tank lid and the tank body. In addition, the first and second engaging members not only achieve secure attachment between the tank body and the tank lid, but also allow for the positioning of the sealing component, ensuring that the sealing component does not shift position and thus avoid affecting the sealing effect of the sealing component.

[0112] Furthermore, the supply port allows for the addition of solvent, and the screw-fitting of the supply lid and the supply port facilitates the screw-in and screw-out of the supply lid, thereby enabling the opening and closing of the supply port, resulting in quick assembly and easy solvent addition. The handle ring not only facilitates the screw-in and screw-out of the supply lid but can also be stored inside the supply port, thereby avoiding occupying space and facilitating the assembly of the atomizer and other devices.

[0113] Furthermore, when a garment processing device employs the aforementioned atomizing device, it can acquire the technical effects of the aforementioned atomizing device, and the garment processing agent can be directly contained in the atomizing device. The atomizing device is installed in the garment processing drum, door device and / or connecting parts, and the garment processing agent is directly sprayed into the garment processing drum by the atomizing method, thereby realizing atomized laundry treatment for the garments. With such an installation, atomized laundry treatment for the garments can be achieved by installing only one atomizing device capable of containing the garment processing agent, greatly simplifying the atomizing structure, avoiding the occupancy of excessive space, and expanding the range of application of the atomizing structure. For example, in a clothes dryer, if the garment processing agent is placed in the atomizing device, atomized laundry treatment for the garments can be achieved, eliminating the need to install a welded water supply system and atomizer, and eliminating the need to install a separate supply tank.

[0114] According to the eleventh aspect, the present invention provides an atomizing device comprising a water tank, a supply lid, a handle ring, and an atomizing sheet, wherein the water tank has a supply port and an outlet, the atomizing sheet is installed at the outlet, the handle ring is connected to the supply lid, the supply lid has a first helical groove, the supply port has a second helical groove, the supply lid and the supply port are screwed together via the first helical groove and the second helical groove, and the handle ring is configured to allow the supply lid to screw forward and backward relative to the supply port.

[0115] In the above preferred technical proposal for the atomizing device, the handle ring is rotatably connected to the outer surface of the supply lid, and the handle ring can rotate in a non-retracted state and be housed inside the supply port.

[0116] In the above preferred technical proposal for the atomizing device, a first sealing component is installed between the supply lid and the supply port.

[0117] In the above-described preferred technical proposal for the atomizing device, the water tank includes a tank body and a tank lid, the outlet is formed in the tank body, the supply port is formed in the tank lid, and contact parts and locking parts are installed between the tank lid and the tank body. When attaching the tank lid and the tank body, the tank lid is first brought into contact with the tank body via the contact parts, and then the tank lid and the tank body are locked and fixed together via the locking parts.

[0118] In the above-described preferred technical proposal for the atomizing device, the contact component includes a contact rib formed on the tank lid, the tank body has a tank opening that fits into the tank lid, and when assembly is complete, the contact rib contacts the inside of the tank opening.

[0119] In the above-described preferred technical proposal for the atomizing device, a second sealing component is installed between the tank body and the tank lid, a through-hole is formed in the second sealing component, and the engaging component includes a first engaging member installed on the tank lid and a second engaging member installed on the tank body, the first engaging member is fixed by engaging with the second engaging member through the through-hole.

[0120] In the above-described preferred technical proposal for the atomizing device, the first engaging member is a locking plate having a locking opening, the second engaging member is an engaging projection, the locking plate penetrates the through opening and exposes the locking opening, and the engaging projection engages with the locking opening.

[0121] In the above-described preferred technical proposal for the atomizing device, a positioning projection is formed on the second seal component, a positioning groove is formed on the tank lid, and the positioning projection and the positioning groove are positioned and fitted together.

[0122] In the above-described preferred technical proposal for the atomizing device, a water storage chamber and an electrical chamber are formed inside the water tank, which are isolated from each other, the supply port and the outlet both communicate with the water storage chamber, and the electrical chamber is used to house a harness connected to the atomizing sheet.

[0123] According to the twelfth aspect, the present invention is a clothing processing apparatus, comprising the atomizing device described above, The system further includes a box body, a garment processing drum, and a door device, wherein the garment processing drum is installed inside the box body, the box body has a garment input opening, the door device is used to open and close the garment input opening, and the garment input opening is connected to the garment processing drum via a connecting component. The present invention provides a garment processing apparatus in which the water tank is installed in the garment processing drum, the door device and / or the connecting component, and the outlet is positioned toward the inside of the garment processing drum to spray atomizing gas into the garment processing drum.

[0124] When the above technical proposal is adopted, the present invention allows the atomizing device itself to contain the solvent to be atomized and ejected in a water tank, and when attaching the atomizing device to other devices, it can be used without cooperating with the water supply system or water storage system of the other devices, enriching the usage scenarios of the atomizing device. The supply port allows for the addition of solvent, and by screwing the supply lid and the supply port together, a handle ring is adopted to easily screw the supply lid in and out, thereby enabling opening and closing of the supply port, resulting in quick assembly and easy solvent addition.

[0125] Furthermore, the handle ring not only enables the screwing in and out of the supply lid, but can also be stored inside the supply port, thereby avoiding occupying space and facilitating the assembly of the atomizer and other equipment.

[0126] Furthermore, the first sealing component can achieve a seal between the supply lid and the supply port, ensuring that the solvent does not overflow from the supply port.

[0127] Furthermore, the connection between the tank body and the tank lid with contact and locking parts enables rapid assembly of the tank lid and tank body. First, the contact parts allow for approximate positioning of the tank body and tank lid, and then the locking parts ensure precise locking of both, thereby increasing assembly efficiency. Additionally, the removable tank lid and tank body make it easier to clean the inside of the tank, preventing the accumulation of contaminants within the tank and extending the service life of the atomizer.

[0128] Furthermore, the second sealing component can achieve a seal between the tank body and the tank lid, preventing the solvent in the tank body from leaking out through the gap between the tank lid and the tank body. In addition, the first and second engaging members not only achieve engagement and fixation between the tank body and the tank lid, but can also position the second sealing component, ensuring that the position of the second sealing component does not shift and thus avoid affecting the sealing effect of the second sealing component.

[0129] Furthermore, the positioning projection on the second seal component and the positioning groove on the tank lid can further enhance the positioning and fitting capability between them, thereby avoiding misalignment and deformation of the second seal component.

[0130] Furthermore, the electric chamber and the water storage chamber are isolated from each other, preventing solvent from the water storage chamber from flowing into the electric chamber and causing a short circuit in the harness, thereby enhancing the electrical safety of the atomizing device.

[0131] Furthermore, when a garment processing device employs the aforementioned atomizing device, it can acquire the technical effects of the aforementioned atomizing device, and the garment processing agent can be directly contained in the atomizing device. The atomizing device is installed in the garment processing drum, door device and / or connecting parts, and the garment processing agent is directly sprayed into the garment processing drum by the atomizing method, thereby realizing atomized laundry treatment for the garments. With such an installation, atomized laundry treatment for the garments can be achieved by installing only one atomizing device capable of containing the garment processing agent, greatly simplifying the atomizing structure, avoiding the occupancy of excessive space, and expanding the range of application of the atomizing structure. For example, in a clothes dryer, if the garment processing agent is placed in the atomizing device, atomized laundry treatment for the garments can be achieved, eliminating the need to install a welded water supply system and atomizer, and eliminating the need to install a separate supply tank. [Brief explanation of the drawing]

[0132] Hereinafter, preferred embodiments of the present invention will be described with reference to the drawings, and in the drawings, [Figure 1] This is the first schematic diagram of the overall structure of the atomizing device in Example 1 of the present invention. [Figure 2] This is the second schematic diagram of the overall structure of the atomizing device in Example 1 of the present invention. [Figure 3] This is the first exploded view of the atomizing device in Embodiment 1 of the present invention (arrows indicate the installation process of the atomizing device). [Figure 4] This is the second exploded view of the atomizing device in Embodiment 1 of the present invention (arrows indicate the installation process of the atomizing device). [Figure 5] This is a schematic diagram of the structure of the tank body of the atomizing device in Example 1 of the present invention. [Figure 6] This is a schematic diagram of the structure of the second seal component of the atomizing device in Embodiment 1 of the present invention. [Figure 7] This is a schematic diagram of the structure of the tank lid of the water tank of the atomizing device in Example 1 of the present invention. [Figure 8] This is the first schematic diagram of the overall structure of the atomizing device in Example 2 of the present invention. [Figure 9]This is the second schematic diagram of the overall structure of the atomizing device in Example 2 of the present invention. [Figure 10] This is an exploded view of the atomizing device in Embodiment 2 of the present invention (arrows indicate the installation process of the atomizing device). [Figure 11] This is a schematic diagram of the structure of the tank body of the atomizing device in Example 2 of the present invention. [Figure 12] This is a schematic diagram of the structure of the sealing component of the atomizing device in Embodiment 2 of the present invention. [Figure 13] This is a schematic diagram of the structure of the tank lid of the atomizing device in Embodiment 2 of the present invention. [Figure 14] This is the first schematic diagram of the overall structure of the atomizing device in Example 3 of the present invention. [Figure 15] This is the second schematic diagram of the overall structure of the atomizing device in Example 3 of the present invention. [Figure 16] This is the first exploded view of the atomizing device in Embodiment 3 of the present invention (arrows indicate the installation process of the atomizing device). [Figure 17] This is the second exploded view of the atomizing device in Embodiment 3 of the present invention (arrows indicate the installation process of the atomizing device). [Figure 18] This is a schematic diagram of the structure of the tank body of the atomizing device in Example 3 of the present invention. [Figure 19] This is a schematic diagram of the structure of the sealing component of the atomizing device in Embodiment 3 of the present invention. [Figure 20] This is a schematic diagram of the structure of the tank lid of the water tank of the atomizing device in Example 3 of the present invention. [Figure 21] This is the first schematic diagram of the overall structure of the atomizing device in Example 4 of the present invention. [Figure 22] This is the second schematic diagram of the overall structure of the atomizing device in Example 4 of the present invention. [Figure 23] This is the first exploded view of the atomizing device in Embodiment 4 of the present invention (arrows indicate the installation process of the atomizing device). [Figure 24] This is the second exploded view of the atomizing device in Embodiment 4 of the present invention (arrows indicate the installation process of the atomizing device). [Figure 25]This is a schematic diagram of the structure of the tank body of the atomizing device in Embodiment 4 of the present invention. [Figure 26] This is a schematic diagram of the structure of the sealing component of the atomizing device in Embodiment 4 of the present invention. [Figure 27] This is a schematic diagram of the structure of the tank lid of the water tank of the atomizing device in Embodiment 4 of the present invention. [Figure 28] This is the first schematic diagram of the overall structure of the atomizing device in Example 5 of the present invention. [Figure 29] This is the second schematic diagram of the overall structure of the atomizing device in Example 5 of the present invention. [Figure 30] This is the first exploded view of the atomizing device in Example 5 of the present invention (arrows indicate the installation process of the atomizing device). [Figure 31] This is the second exploded view of the atomizing device in Embodiment 5 of the present invention (arrows indicate the installation process of the atomizing device). [Figure 32] This is a schematic diagram of the structure of the tank body of the atomizing device in Example 5 of the present invention. [Figure 33] This is a schematic diagram of the structure of the sealing component of the atomizer in Embodiment 5 of the present invention. [Figure 34] This is a schematic diagram of the structure of the tank lid of the water tank of the atomizing device in Example 5 of the present invention. [Figure 35] This is the first schematic diagram of the overall structure of the atomizing device in Example 6 of the present invention. [Figure 36] This is the second schematic diagram of the overall structure of the atomizing device in Example 6 of the present invention. [Figure 37] This is an exploded view of the atomizing device in Embodiment 6 of the present invention (arrows indicate the installation process of the atomizing device). [Figure 38] This is a schematic diagram of the structure of the tank body of the atomizing device in Example 6 of the present invention. [Figure 39] This is a schematic diagram of the structure of the second seal component of the atomizer in Embodiment 6 of the present invention. [Figure 40] This is a schematic diagram of the structure of the tank lid of the water tank of the atomizing device in Example 6 of the present invention. [Modes for carrying out the invention]

[0133] Preferred embodiments of the present invention will be described below with reference to the drawings. As those skilled in the art will understand, these embodiments are merely for illustrating the technical principles of the present invention and are not intended to limit the scope of protection of the present invention. For example, the garment processing apparatus of the present invention may be a wash-dryer, a clothes dryer, or a garment care device, and such modifications to the application do not constitute a limitation of the present invention.

[0134] It should be explained that in the description of this invention, terms such as "up," "down," "inside," and "outside," which indicate directions or positional relationships, are based on the directions or positional relationships shown in the drawings. These are merely for the purpose of facilitating explanation and do not indicate or imply that the device or component must have a specific orientation or must be configured and operated in a specific orientation, and therefore should not be understood as a limitation of this invention. Furthermore, it should be explained that the terms "first," "second," and "third" are merely for explanatory purposes and should not be understood as indicating or implying relative importance.

[0135] Furthermore, it should be explained that, in the description of this invention, unless otherwise specifically defined and limited, the terms "installation," "connection," and "connection" should be understood in a broad sense. For example, "connection" may be a removable connection, an integral connection, a direct connection, or an indirect connection via an intermediate member. Those skilled in the art will be able to understand the specific meaning of the above terms in this invention depending on the specific situation.

[0136] Example 1 Based on the problem pointed out in the background technology that conventional garment processing devices have a structure that is too complex to achieve atomization washing, thus limiting their applicability, the present invention aims to provide a garment processing device and a garment processing method thereof, simplifying the atomization structure, avoiding the occupancy of excessive space, and expanding the applicability of the atomization structure.

[0137] Specifically, the garment processing apparatus of the present invention comprises a box body, a garment processing drum, and a door device, wherein the garment processing drum is installed inside the box body, the box body has a garment input opening, the door device is used to open and close the garment input opening, the garment input opening is connected to the garment processing drum via a connecting component, and the garment processing apparatus further comprises an atomizer containing a garment processing agent, the atomizer is installed in the garment processing drum, the door device, and / or the connecting component, and the atomizer has at least one outlet positioned toward the inside of the garment processing drum so that the atomizer injects atomizing gas into the garment processing drum. When the garment processing device is a clothes dryer, the garment processing drum is a dry drum, and when the dry drum has a single-drum structure, the atomizing device is preferably installed on the dry drum, door device and / or connecting component, in which case the connecting component is a front support structure of the clothes dryer, the front end of the front support structure is connected to the garment input opening of the box body, and the rear end of the front support structure is connected to the front end of the dry drum via a movable seal structure, and the front support structure can support the front end of the dry drum without affecting the rotation of the dry drum. In the case of a garment processing device that is a washer-dryer, the garment processing drum is a washing and drying drum, and the garment processing drum has a sleeve drum structure, that is, it has an outer drum and an inner drum (also called a roller) that rotates and is installed on the outer drum, and the atomizing device may be installed on the outer drum, door device and / or connecting parts, in which case the connecting part is a window packing, the front end of the window packing is connected to the garment input opening, and the rear end of the window packing is connected to the outer drum, and the window packing is used to ensure a seal between the outer drum and the garment input opening. In the present invention, the atomizing device may be an ultrasonic atomizer having a garment processing agent storage chamber, or it may be an atomizing nozzle having a garment processing agent storage chamber, or other atomizing structure, as long as the atomizing device can inject atomized gas into the garment processing drum. The garment processing agent may be water, or a laundry agent, fabric softener, dehydrator, fragrance agent, or other garment processing solvent, or a mixture of the above water and solvent.Atomized gas is a liquid droplet formed from a large number of fine particles. Because it is difficult to observe each individual droplet with the naked eye, it has a gaseous structure, and the atomizing device can spray the garment treatment agent and supply it to the garments in the garment treatment drum.

[0138] In one possible case, as shown in Figures 1-4, the atomizing device includes a water tank 1 and an atomizing sheet 2, the water tank 1 is installed on the garment processing drum, door device and / or connecting parts, an outlet 1a is formed in the water tank 1, a water storage chamber 1b for containing the garment processing agent is formed in the water tank 1, there is one outlet 1a and it communicates with the water storage chamber 1b, and the atomizing sheet 2 is installed at the outlet 1a. That is, there may be only one water storage chamber 1b and it communicates with one outlet 1a, and by adopting a single atomizing outlet structure, the size of the atomizing device can be made as small as possible and it can avoid occupying a large space. If there is one water storage chamber 1b, water and a water-soluble garment processing agent can be mixed into a mixture and placed in the water storage chamber 1b, and the mixture can be sprayed by the vibration of the atomizing sheet 2 and supplied to the garments in the garment processing drum. In another possible case, the atomizing device includes a water tank 1 and a plurality of atomizing sheets 2, the water tank 1 being installed in a garment processing drum, door device and / or connecting parts, the water tank 1 having a plurality of water storage chambers 1b for containing the same or different garment processing agents, and there being a plurality of outlets 1a, all of which are formed in the water tank 1, the water storage chambers 1b, outlets 1a and atomizing sheets 2 corresponding one-to-one, the outlets 1a communicating with the corresponding water storage chambers 1b, and the atomizing sheets 2 being installed on the corresponding outlets 1a. That is, in addition to adopting the single atomizing port structure described above, a structure with multiple atomizing ports may also be adopted, and with such an installation, the user can flexibly add different or the same garment processing agent to each of the plurality of water storage chambers 1b according to their needs, thereby realizing multi-layered care for garments, allowing the user to personalize the care of their garments, realizing a personalized garment care experience, and meeting the diverse needs of the user.

[0139] The atomizing sheet 2 is preferably an ultrasonic atomizing sheet, but of course, it may also be any other type of atomizing sheet, as long as the atomizing sheet 2 can be used to spray the clothing treatment agent.

[0140] Preferably, as shown in Figures 3 and 4, a first sealing component 3 and a sealing retaining ring 4 are installed at the outlet 1a, the atomizing sheet 2 is housed inside the first sealing component 3, and the sealing retaining ring 4 is attached to the side of the first sealing component 3 that is close to the inside of the garment processing drum. The first sealing component 3 may be a sealing ring, a sealing packing, or other sealing structure, as long as the atomizing sheet 2 can be housed by the first sealing component 3 without affecting the atomizing sheet 2 injecting atomizing gas into the inside of the garment processing drum. The sealing retaining ring 4 can press down on the first sealing component 3, thereby more tightly bonding the first sealing component 3 and the outlet 1a, enhancing the sealing effect, and the internal ring opening formed by the sealing retaining ring 4 ensures communication between the atomizing sheet 2 and the inside of the garment processing drum. Specifically, the sealing retaining ring 4 can be connected to the water tank 1 via a screw or bolt.

[0141] Preferably, as shown in Figures 1-4, a decorative case 5 is attached to the side of the water tank 1 facing the inside of the garment processing drum, and an opening 5a is formed in the decorative case 5 that communicates with the outlet 1a, and this opening 5a ensures that the atomizing sheet 2 sprays atomizing gas into the inside of the garment processing drum, and a plurality of locking claws 5b may be installed on the decorative case 5, and a plurality of engaging protrusions may be installed on the water tank 1, and the locking claws 5b and engaging protrusions are engaged in a one-to-one correspondence to realize the connection between the decorative case 5 and the water tank 1, and the decorative case 5 is further provided with positioning ribs 5c It may be placed in a position where a positioning groove 1d is installed in the water tank 1, and the positioning rib 5c and the positioning groove 1d are positioned and fitted together. When installing, first the positioning rib 5c in the decorative case 5 and the positioning groove 1d in the water tank 1 are aligned, and then the positioning rib 5c gradually enters the positioning groove 1d, after which the corresponding locking claw 5b and the engaging projection are locked together, thereby achieving pre-positioning using the positioning groove 1d and the positioning rib 5c, and the locking claw 5b and the engaging projection achieve accurate locking between the decorative case 5 and the water tank 1. Of course, in actual applications, mutual locking between the decorative case 5 and the water tank 1 may be achieved by other locking methods.

[0142] Preferably, as shown in Figures 3 to 5, an electrical chamber 1c is further formed in the water tank 1, the electrical chamber 1c and the water storage chamber 1b are isolated from each other, and the electrical chamber 1c can accommodate a harness 6 connected to the atomizing sheet 2. Specifically, the electrical chamber 1c and the water storage chamber 1b can be separated by a partition structure 1e, the partition structure 1e ensures the closure of the water storage chamber 1b, and an outlet 1a is formed in the partition structure 1e. The electrical chamber 1c may be closed or open. In the structure shown in Figure 4, the lower part of the electrical chamber 1c is closed by a decorative case 5, and the harness 6 connected to the atomizing sheet 2 can be housed inside the electrical chamber 1c, thereby enabling power supply and control of the atomizing sheet 2. More preferably, a storage groove is formed on the outside of the partition structure 1e, and a part of the harness 6 may be housed in the storage groove to position the harness 6.

[0143] Preferably, as shown in Figures 3 and 4, the atomizing device further includes a wireless charging assembly 7 for supplying power to the atomizing sheet 2, the wireless charging assembly 7 being connected to a water tank 1, and a portion of the wireless charging assembly 7 being located within an electrical chamber 1c. The wireless charging assembly 7 may employ a wireless charging method by electromagnetic induction, or a wireless charging method by magnetic resonance, or of course, any other wireless charging method. In one preferred case, the wireless charging assembly 7 includes a fixed component 71, an induction coil 72, an inductance element 73, a first circuit board 74, and a second circuit board 75, the fixed component 71 being installed on a garment processing drum, door device and / or connecting component, the fixed component 71 being connected to the water tank 1, the induction coil 72 and the inductance element 73 both being installed on the fixed component 71 and the induction coil 72 being fitted outside the inductance element 73, the first circuit board 74 being connected to the induction coil 72, and the second circuit board 75 being connected to the inductance element 73. The fixing component 71 may be a fixing support frame, a fixing plate, or another fixing structure. The induction coil 72 is connected to the atomizing sheet 2 via a harness 6, or the first circuit board 74 is connected to the atomizing sheet 2 via a harness 6, and the second circuit board 75 is connected to a power supply via a harness. The inductance element 73 generates a constant current in the induction coil 72 by electromagnetic induction based on alternating current of a constant frequency, thereby transferring electrical energy from the inductance element 73 to the induction coil 72, and thereby realizing power supply to the atomizing sheet 2. This wireless charging method eliminates the need for a harness between the inductance element 73 and the induction coil 72. Of course, as an alternative, a wired connection method may also be used to realize power supply to the atomizing sheet 2.

[0144] Preferably, as shown in Figures 3 and 4, the fixing component 71 includes a fixing inner plate 711 and a fixing outer plate 712, the fixing inner plate 711 is connected to the water tank 1, the fixing outer plate 712 is fixed to the garment processing drum, door device and / or connecting component, a first hollow columnar structure 712a is formed on the fixing outer plate 712, a second hollow columnar structure 711a is formed on the fixing inner plate 711, the second hollow columnar structure 711a is fitted onto the first hollow columnar structure 712a, the induction coil 72 is fitted onto the second hollow columnar structure 711a, the inductance element 73 is installed inside the first hollow columnar structure 712a, the first circuit board 74 is installed on the fixing inner plate 711, and the second circuit board 75 is installed on the fixing outer plate 712. The first hollow columnar structure 712a is formed on the side of the fixed outer plate 712 that is close to the fixed inner plate 711, i.e., on the side facing the inside of the garment processing drum, and the second hollow columnar structure 711a is formed on the side of the fixed inner plate 711 that is away from the fixed outer plate 712, i.e., on the side facing the inside of the garment processing drum, and the diameter of the outer wall of the first hollow columnar structure 712a is preferably equal to the diameter of the inner wall of the second hollow columnar structure 711a, thereby enabling mutual positioning of the first hollow columnar structure 712a and the second hollow columnar structure 711a, and the first hollow columnar structure 712a and the second hollow columnar structure 711a are made of insulating material, such as glass, plastic or ceramic, and the generation of electromagnetic shielding can be avoided by not using metal. It should be explained that the inner ends of the first hollow columnar structure 712a and the inner ends of the second hollow columnar structure 711a (i.e., the ends adjacent to the garment processing drum) are preferably installed in a closed type to prevent external dirt from entering the electric chamber 1c.With this installation, the fixed outer plate 712 can function as a mounting base for the fixed inner plate 711, and can be fixed to the garment processing drum, door device and / or connecting parts. When it is necessary to add or replace the garment processing agent in the water tank 1, the fixed inner plate 711 can be removed from the fixed outer plate 712, and when installing, the fixed inner plate 711 can be attached to the fixed outer plate 712. The first hollow columnar structure 712a and the second hollow columnar structure 711a can play a positioning role when installing, and an inductance element 73 can be housed inside the first hollow columnar structure 712a, and an induction coil 72 can be fitted outside the second hollow columnar structure 711a. Thus, both the first hollow columnar structure 712a and the second hollow columnar structure 711a have multiple roles, thereby further increasing the compactness of the atomizing device. Furthermore, a magnetic adsorption structure may be installed between the fixed inner plate 711 and the fixed outer plate 712. For example, a first permanent magnet may be installed on the fixed outer plate 712 and a second permanent magnet on the fixed inner plate 711, with the magnetisms of the first and second permanent magnets being different, thereby achieving magnetic adsorption and fixing of the fixed inner plate by the fixed outer plate 712. The fixed outer plate 712 may be fixed by being screwed to the garment processing drum, door device and / or connecting parts.

[0145] Preferably, a mounting opening is formed in the water tank 1, mounting ribs are formed on the inner wall of the mounting opening, and mounting grooves are formed on the edge of the fixed inner plate 711. The mounting ribs are installed in the mounting grooves to fix the fixed inner plate 711 to the water tank 1. The mounting opening may be square or semicircular, as long as the fixed inner plate 711 can fit into the mounting opening. For example, in the structures shown in Figures 3 and 4, the mounting opening is square, a U-shaped mounting rib 1f is formed on the inner wall of the square opening, and a U-shaped mounting groove 711b is formed on the edge of the fixed inner plate 711. The fixed inner plate 711 is inserted into the mounting opening from one side, and both sides of the U-shaped mounting rib 1f are first inserted into both sides of the U-shaped mounting groove 711b. When inserting to a predetermined position, all three sides of the U-shaped mounting rib 1f are inserted into all three sides of the U-shaped mounting groove 711b. If a decorative case 5 is present, the bottom of the fixed inner plate 711 can be secured using the decorative case 5. That is, when installing, the fixed inner plate 711 is first attached to the water tank 1, and then the decorative case 5 is secured to the water tank 1. The decorative case 5 can then rest the bottom of the fixed inner plate 711 on it and also close the electric chamber 1c.

[0146] In the present invention, the water tank 1 may adopt an integrated structure or a separate structure. When a separate structure is adopted, the inside of the water tank 1 can be easily cleaned. For example, as shown in Figures 3 to 7, the water tank 1 includes a tank body 11 and a tank lid 12. The tank body 11 is installed on the clothing processing drum, door device and / or connecting parts. The outlet 1a is formed in the tank body 11. Contact parts and locking parts are installed between the tank lid 12 and the tank body 11. When attaching the tank lid 12 and the tank body 11, the tank lid 12 is first brought into contact with the tank body 11 via the contact parts. The tank lid 12 and the tank body 11 are locked and fixed together via the locking parts. The contact parts may be a structure in which a contact rib or a contact rib and a contact groove are fitted together. For example, a contact rib may be formed on the tank lid 12. Figures 3 and 7 show an L-shaped contact rib 12a. When installing, the L-shaped contact rib 12a is brought into contact with the edge of the tank opening 11a formed on the tank body 11, which is fitted to the tank lid 12. The tank lid 12 and the tank body 11 are then locked together via the locking parts, enabling the tank lid 12 to close the tank opening 11a. Preferably, a second sealing component 8 is installed between the tank body 11 and the tank lid 12, and a through-hole 8a is formed in the second sealing component 8. The engaging component includes a first engaging member 91 installed on the tank lid 12 and a second engaging member 92 installed on the tank body 11, with the first engaging member 91 penetrating the through-hole 8a and engaging and fixing to the second engaging member 92. The second sealing component 8 may be a sealing ring, a sealing packing, or another sealing structure. The fitting of the through-hole 8a and the first engaging member 91 enables the first engaging member 91 to engage with the second engaging member 92, thereby enabling the attachment of the tank lid 12 to the tank body 11, and further positions the second sealing component 8, preventing the second sealing component 8 from flapping during the process of the tank lid 12 capping the tank opening 11a.Of course, the second seal component 8 may also have a positioning projection 8b, and the tank lid 12 may have a positioning groove 12b, and the positioning projection 8b and the positioning groove 12b may be fitted together. For example, if the second seal component 8 is an annular seal packing, the first engaging member 91 may be two in number and positioned on one pair of sides of the annular seal packing, the positioning projection 8b may be two in number and positioned on the other pair of sides of the annular seal packing, and there may also be two corresponding positioning grooves 12b. When the tank lid 12 caps the tank opening 11a, the fitting of the first engaging member 91 with the through-hole 8a enables positioning with respect to one pair of sides of the annular seal packing, and the positioning fitting of the positioning projection 8b with the positioning groove 12b enables positioning with respect to the other pair of sides of the annular seal packing, thereby ensuring that all four sides of the annular seal packing can be positioned and that the annular seal packing does not flap around or deform. Alternatively, in the above, the number of positioning protrusions 8b and the number of positioning grooves 12b may each be one. In one preferred case, the first engaging member 91 is a locking plate having a locking opening, and the second engaging member 92 is an engaging projection, and when attached, the locking plate passes through the through opening 8a and exposes the locking opening to engage the locking opening with the engaging projection. Of course, the first engaging member 91 and the second engaging member 92 may employ other engagement methods.

[0147] Preferably, as shown in Figures 3, 4 and 7, the water tank 1 further includes a supply lid 13, a supply port 12c is formed in the tank lid 12, a first helical groove is formed in the supply lid 13, and a second helical groove is formed in the supply port 12c, and the supply lid 13 and the supply port 12c are screwed together via the first and second helical grooves. Specifically, the screwing of the supply lid 13 and the supply port 12c enables the supply lid 13 to screw in and out relative to the supply port 12c. That is, by rotating the supply lid 13 in one direction, the supply lid 13 can screw in and close the supply port 12c, and by rotating it in another direction, the supply lid 13 can screw out and open the supply port 12c. Of course, a flip-cover type structure in which the supply lid 13 and the supply port 12c are further pivotally connected may be adopted. A third sealing component may be installed between the supply cover 13 and the supply port 12c, and the third sealing component may be a sealing ring, a sealing packing, or another sealing structure.

[0148] Preferably, as shown in Figures 3 and 4, a handle ring 14 is pivotally connected to the outer surface of the supply lid 13, and the handle ring 14 can rotate in the non-up position and be housed in the supply port 12c, and may be pivotally connected to the outer surface of the supply lid 13, and after the supply lid 13 closes the supply port 12c, the outer surface of the supply lid 13 is at a certain distance from the edge of the outer opening of the supply port 12c, and this distance ensures that the handle ring 14 can be housed in the non-up position, and in this position the plane on which the handle ring 14 is located and the plane on which the outer surface of the supply lid 13 is located are parallel, and when the handle ring 14 is in the up position, for example the handle ring 14 exposes the supply port 12c, thereby making it convenient for the user to grasp, and the plane on which the handle ring 14 is located and the plane on which the outer surface of the supply lid 13 is located are perpendicular or at a certain angle, thereby twisting the handle ring 14 to enable the supply lid 13 to retract from the supply port 12c.

[0149] The garment processing method of the garment processing apparatus of the present invention includes injecting atomizing gas onto garments in a garment processing drum. In practical applications, the material and / or type of garments in the garment processing drum can be further detected, and the amount of atomizing gas to be introduced into the atomizer can be determined based on the material and / or type of garments. Furthermore, the introduction occasion and introduction time can also be determined based on the material and / or type of garments.

[0150] Example 2 In response to the problems of conventional atomizers having limited usage scenarios and being unable to be cleaned internally, the present invention aims to provide an atomizer and a clothing processing device, enriching the usage scenarios of the atomizer, avoiding the occurrence of scale buildup in the atomizer, and extending the service life of the atomizer.

[0151] Specifically, as shown in Figures 8 to 10, the atomizing device of the present invention includes a tank body 1, a tank lid 2, and an atomizing sheet 3. The tank body 1 has an outlet 1a, and the atomizing sheet 3 is installed at the outlet 1a. A contact part and a locking part are installed between the tank lid 2 and the tank body 1. When attaching the tank lid 2 and the tank body 1, the tank lid 2 is first brought into contact with the tank body 1 via the contact part, and the tank lid 2 and the tank body 1 are locked and fixed together via the locking part. The contact component may be a contact rib or a structure in which a contact rib and a contact groove are fitted together. For example, a contact rib may be formed on the tank lid 2. Figures 10 and 13 show an L-shaped contact rib 2a. When installing, as shown in Figures 10, 11, and 13, the L-shaped contact rib 2a is brought into contact with the edge of the tank opening 1d formed on the tank body 1, which is fitted to the tank lid 2. The tank lid 2 and the tank body 1 are then engaged via the engaging component, thereby achieving capping and closing of the tank opening 1d by the tank lid 2. The engaging component may be of a type in which a locking claw and a locking opening are fitted together, or of a type in which an engaging projection and an engaging groove are fitted together. Those skilled in the art can provide it flexibly.

[0152] Preferably, as shown in Figures 10 to 13, a sealing component 4 is installed between the tank body 1 and the tank lid 2, and a through-hole 4a is formed in the sealing component 4. The engaging component includes a first engaging member 51 installed on the tank lid 2 and a second engaging member 52 installed on the tank body 1, with the first engaging member 51 penetrating the through-hole 4a and engaging and fixing to the second engaging member 52. The sealing component 4 may be a sealing ring, a sealing packing, or another sealing structure. By fitting the through-hole 4a with the first engaging member 51, the first engaging member 51 engages with the second engaging member 52, thereby enabling the attachment of the tank lid 2 and the tank body 1, and further positioning the sealing component 4, preventing the sealing component 4 from flapping during the process in which the tank lid 2 caps the tank opening 1d. Of course, the sealing component 4 may also have positioning protrusions 4b, and the tank lid 2 may have positioning grooves 2b, and the positioning protrusions 4b and the positioning grooves 2b may be fitted together. For example, if the sealing component 4 is an annular seal packing, the first engaging members 51 may be two in number and located on one pair of sides of the annular seal packing, and the positioning protrusions 4b may be two in number and located on the other pair of sides of the annular seal packing. Accordingly, the number of positioning grooves 2b may also be two. When the tank lid 2 caps the tank opening 1d, the fitting of the first engaging members 51 with the through-hole 4a enables positioning of one pair of sides of the annular seal packing, and the positioning fitting of the positioning protrusions 4b with the positioning grooves 2b enables positioning of the other pair of sides of the annular seal packing, thereby ensuring that all four sides of the annular seal packing can be positioned and that the annular seal packing does not flap around or deform. Alternatively, in the above, the number of positioning protrusions 4b and the number of positioning grooves 2b may each be one. In one preferred case, the first engaging member 51 is a locking plate having a locking opening, and the second engaging member 52 is an engaging projection, and when installed, the locking plate passes through the through-hole 4a and exposes the locking opening to engage the locking opening with the engaging projection. Of course, the first engaging member 51 and the second engaging member 52 may employ other engagement methods. Of course, in the above, the engaging parts may not be further fitted into the sealing part 4, but may directly engage the tank body 1 and the tank lid 2.

[0153] Preferably, as shown in Figures 8 and 10, the atomizing device further includes a supply lid 6, the tank lid 2 has a supply port 2c formed therein, the supply lid 6 has a first helical groove formed therein, and the supply port 2c has a second helical groove formed therein, and the supply lid 6 and the supply port 2c are screwed together via the first helical groove and the second helical groove. Specifically, the screwing of the supply lid 6 and the supply port 2c enables the supply lid 6 to screw in and out relative to the supply port 2c, that is, by rotating the supply lid 6 in one direction, the supply lid 6 can screw in and close the supply port 2c, and by rotating it in another direction, the supply lid 6 can screw out and open the supply port 2c. Of course, a flip-cover type structure in which the supply lid 6 and the supply port 2c are further pivotally connected may be adopted.

[0154] Preferably, as shown in Figures 8 and 10, a handle ring 7 is pivotally connected to the outer surface of the supply lid 6, and the handle ring 7 can rotate in the non-up position and be housed in the supply port 2c, and may also be pivotally connected to the outer surface of the supply lid 6, and after the supply lid 6 closes the supply port 2c, the outer surface of the supply lid 6 is at a certain distance from the edge of the outer opening of the supply port 2c, and this distance ensures that the handle ring 7 can be housed in the non-up position, and in this state the plane on which the handle ring 7 is located and the plane on which the outer surface of the supply lid 6 is located are parallel, and when the handle ring 7 is in the up position, for example the handle ring 7 exposes the supply port 2c, thereby making it convenient for the user to grip, and the plane on which the handle ring 7 is located and the plane on which the outer surface of the supply lid 6 is located are perpendicular or at a certain angle, thereby twisting the handle ring 7 to enable the supply lid 6 to retract from the supply port 2c.

[0155] Preferably, as shown in Figures 10 and 11, a water storage chamber 1b and an electrical chamber 1c are formed inside the tank body 1, which are separated from each other. The outlet 1a communicates with the water storage chamber 1b, and the electrical chamber 1c is used to house a harness 8 connected to the atomizing sheet 3. Specifically, the electrical chamber 1c and the water storage chamber 1b can be separated by a partition structure 1e, the partition structure 1e, the tank lid 2 and the supply lid 6 ensure that the water storage chamber 1b is closed, the outlet 1a is formed in the partition structure 1e, the electrical chamber 1c may be closed or open, and in the structure shown in Figure 10, the lower part of the electrical chamber 1c is closed by a decorative case 9, and the harness 8 connected to the atomizing sheet 3 can be housed inside the electrical chamber 1c, thereby realizing power supply and control to the atomizing sheet 3. More preferably, the partition structure is U-shaped, the outlet 1a is formed at the bottom of the U-shaped partition structure, a storage groove is formed on the outside of the bottom of the partition structure 1e, and a portion of the harness 8 may be stored in the storage groove to position the harness 8.

[0156] Preferably, as shown in Figure 10, the atomizing device further includes a wireless charging assembly for supplying power to the atomizing sheet 3, the wireless charging assembly being connected to the tank 1 and part of the wireless charging assembly located in the electrical chamber 1c. The wireless charging assembly may employ a wireless charging method by electromagnetic induction, or a wireless charging method by magnetic resonance, or of course, any other wireless charging method. In one preferred case, the wireless charging assembly includes a fixed component, an induction coil 10, an inductance element 20, a first circuit board 30, and a second circuit board 40, the fixed component being installed in another device and connected to the tank 1, the induction coil 10 and the inductance element 20 both being installed in the fixed component and the induction coil 10 being fitted outside the inductance element 20, the first circuit board 30 being connected to the induction coil 10, and the second circuit board 40 being connected to the inductance element 20. The fixing component may be a fixing support frame, a fixing plate, or another fixing structure. The induction coil 10 is connected to the atomizing sheet 3 via a harness 8, or the first circuit board 30 is connected to the atomizing sheet 3 via a harness 8, and the second circuit board 40 is connected to a power supply via a harness. The inductance element 20 generates a constant current in the induction coil 10 by electromagnetic induction based on alternating current of a constant frequency, thereby transferring electrical energy from the inductance element 20 to the induction coil 10, and thereby realizing power supply to the atomizing sheet 3. This wireless charging method eliminates the need for a harness between the inductance element 20 and the induction coil 10. Of course, as an alternative, a wired connection method may also be used to realize power supply to the atomizing sheet 3.

[0157] Preferably, as shown in Figure 10, the fixing components include a fixing inner plate 50 and a fixing outer plate 60, the fixing inner plate 50 is connected to the tank body 1, the fixing outer plate 60 is fixed to another device, a first hollow columnar structure 60a is formed on the fixing outer plate 60, a second hollow columnar structure 50a is formed on the fixing inner plate 50, the second hollow columnar structure 50a is fitted onto the first hollow columnar structure 60a, the induction coil 10 is fitted onto the second hollow columnar structure 50a, the inductance element 20 is installed inside the first hollow columnar structure 60a, the first circuit board 30 is installed on the fixing inner plate 50, and the second circuit board 40 is installed on the fixing outer plate 60. The first hollow columnar structure 60a is formed on the side of the fixed outer plate 60 that is close to the fixed inner plate 50, and the second hollow columnar structure 50a is formed on the side of the fixed inner plate 50 that is away from the fixed outer plate 60. Preferably, the diameter of the outer wall of the first hollow columnar structure 60a is equal to the diameter of the inner wall of the second hollow columnar structure 50a, thereby enabling mutual positioning of the first and second hollow columnar structures 60a and 50a. The first and second hollow columnar structures 60a and 50a are made of insulating material, such as glass, plastic, or ceramic, and the absence of metal avoids the generation of electromagnetic shielding. It should be noted that both the end of the first hollow columnar structure 60a and the end of the second hollow columnar structure 50a preferably employ a closed-type installation. With this installation, the fixed outer plate 60 can function as a mounting base for the fixed inner plate 50, can be fixed to other devices, and when it is necessary to add or replace solvent in the tank body 1, the fixed inner plate 50 can be removed from the fixed outer plate 60 and attached to the fixed inner plate 50 when reattaching. The first hollow columnar structure 60a and the second hollow columnar structure 50a can play a positioning role when reattaching, and the inductance element 20 can be housed inside the first hollow columnar structure 60a, and the induction coil 10 can be fitted outside the second hollow columnar structure 50a. Thus, both the first hollow columnar structure 60a and the second hollow columnar structure 50a have multiple roles, thereby further increasing the compactness of the atomizing device.Furthermore, a magnetic adsorption structure may be installed between the fixed inner plate 50 and the fixed outer plate 60. For example, a first permanent magnet may be installed on the fixed outer plate 60 and a second permanent magnet on the fixed inner plate 50, with the magnetisms of the first and second permanent magnets being different, thereby achieving magnetic adsorption and fixing of the fixed inner plate by the fixed outer plate 60.

[0158] Preferably, a mounting opening is formed in the tank body 1, mounting ribs are formed on the inner wall of the mounting opening, and mounting grooves are formed on the edge of the fixed inner plate 50. The mounting ribs are installed in the mounting grooves so as to fix the fixed inner plate 50 to the tank body 1. The mounting opening may be square or semicircular, as long as the fixed inner plate 50 can enter the mounting opening. For example, in the structure shown in Figure 10, the mounting opening is square, a U-shaped mounting rib 1f is formed on the inner wall of the square opening, and a U-shaped mounting groove 50b is formed on the edge of the fixed inner plate 50. The fixed inner plate 50 is inserted into the mounting opening from one side, and both sides of the U-shaped mounting rib 1f are first inserted into both sides of the U-shaped mounting groove 50b. When inserting to a predetermined position, all three sides of the U-shaped mounting rib 1f are inserted into all three sides of the U-shaped mounting groove 50b. If a decorative case 9 is provided, the bottom of the fixed inner plate 50 can be secured using the decorative case 9. That is, when installing, the fixed inner plate 50 is first attached to the tank body 1, and then the decorative case 9 is locked to the tank body 1. The decorative case 9 can support the bottom of the fixed inner plate 50 and also close the electric chamber 1c.

[0159] The garment processing apparatus of the present invention comprises a box body, a garment processing drum, and a door device, wherein the garment processing drum is installed inside the box body, the box body has a garment input opening, the door device is used to open and close the garment input opening, the garment input opening is connected to the garment processing drum via a connecting component, and the garment processing apparatus further comprises an atomizer containing a garment processing agent, the tank body 1 of the atomizer is installed inside the garment processing drum, the door device, and / or the connecting component, and the atomizer has at least one outlet 1a positioned toward the inside of the garment processing drum so that the atomizer injects atomizing gas into the garment processing drum. When the garment processing device is a clothes dryer, the garment processing drum is a dry drum, and when the dry drum has a single-drum structure, the atomizing device tank 1 is preferably installed on a door device and / or connecting component, in which case the connecting component is a front support structure for the clothes dryer, the front end of the front support structure is connected to the garment input port of the box body, and the rear end of the front support structure is connected to the front end of the dry drum via a movable seal structure, and the front support structure can support the front end of the dry drum without affecting the rotation of the dry drum. When the garment processing device is a washer-dryer, the garment processing drum is a washing and drying drum, and the garment processing drum has a sleeve drum structure, that is, it has an outer drum and an inner drum (also called a roller) that rotates and is installed on the outer drum. The atomizing device tank 1 may be installed on the outer drum, door device and / or connecting parts, in which case the connecting parts are window packing, the front end of the window packing is connected to the garment input opening, and the rear end of the window packing is connected to the outer drum, and the window packing is used to ensure a seal between the outer drum and the garment input opening. In the present invention, the garment processing agent may be water, or a laundry detergent, fabric softener, dehydrator, fragrance agent or other garment processing solvent, or a mixture of the above water and solvent. The atomizing gas is a droplet in which a large number of fine particles are formed, and since it is difficult to observe each minute droplet with the naked eye, it has a gaseous structure, and the atomizing device can spray the garment processing agent and supply it to the clothes in the garment processing drum.

[0160] Example 3 In response to the limitations on the usage scenarios of conventional atomizing devices and the safety risks associated with a high likelihood of short circuits, the present invention aims to provide an atomizing device and a clothing processing device that enrich the usage scenarios of the atomizing device, avoid short circuits, improve the electrical safety of the atomizing device, and enhance the appearance of the atomizing device.

[0161] Specifically, as shown in Figures 14 to 20, the atomizing device of the present invention includes a water tank 1 and an atomizing sheet 2. The water tank 1 has an outlet 1a, and the atomizing sheet 2 is installed at the outlet 1a. Inside the water tank 1, there is a water storage chamber 1b and an electrical chamber 1c that are separated from each other. The water storage chamber 1b is closed and communicates with the outlet 1a. A decorative case 3 is connected to the water tank 1, and the decorative case 3 closes the lower part of the electrical chamber 1c. The electrical chamber 1c is used to house a harness 4 connected to the atomizing sheet 2. The decorative case 3 has an opening 3a that communicates with the outlet 1a, and this opening 3a ensures that the atomizing sheet 2 sprays atomized gas outwards. The decorative case 3 may be equipped with multiple elastic locking claws 3b, and the water tank 1 may be equipped with multiple engaging protrusions (not shown). The elastic locking claws 3b and the engaging protrusions engage in a one-to-one correspondence, thereby realizing the connection between the decorative case 3 and the water tank 1. The decorative case 3 may also be equipped with a positioning rib 3c, and the water tank 1 may be equipped with a positioning groove 1d. The positioning rib 3c and the positioning groove 1d are positioned and fitted together. When installing, first the positioning rib 3c on the decorative case 3 and the positioning groove 1d on the water tank 1 are aligned, and then the positioning rib 3c gradually enters the positioning groove 1d, after which the corresponding elastic locking claws 3b and engaging protrusions engage with each other, thereby achieving pre-positioning using the positioning groove 1d and the positioning rib 3c, and then the elastic locking claws 3b and engaging protrusions realize accurate locking between the decorative case 3 and the water tank 1. Of course, in actual applications, other attachment methods may be used to achieve mutual locking between the display case 3 and the aquarium 1.

[0162] Preferably, the electric chamber 1c and the water storage chamber 1b are separated from each other by a partition structure 1e, the partition structure 1e ensures the closure of the water storage chamber 1b, and the outlet 1a is formed in the partition structure 1e. The electric chamber 1c may be closed or open. In the structure shown in Figures 16 and 17, the lower part of the electric chamber 1c is closed by a decorative case 3, and a harness 4 connected to the atomizing sheet 2 can be housed inside the electric chamber 1c, thereby enabling power supply and control of the atomizing sheet 2. More preferably, a storage groove is formed on the outside of the partition structure 1e, and a part of the harness 4 may be housed in the storage groove to position the harness 4.

[0163] Preferably, the atomizing device further includes a wireless charging assembly for supplying power to the atomizing sheet 2, the wireless charging assembly being connected to the water tank 1 and part of the wireless charging assembly located in the electrical chamber 1c. The wireless charging assembly may employ a wireless charging method by electromagnetic induction, or a wireless charging method by magnetic resonance, or of course, any other wireless charging method. In one preferred case, as shown in Figures 16 and 17, the wireless charging assembly includes a fixed component 71, an induction coil 72, an inductance element 73, a first circuit board 74, and a second circuit board 75, the fixed component 71 being installed in another device and connected to the water tank 1, the induction coil 72 and the inductance element 73 both being installed in the fixed component 71 and the induction coil 72 being fitted outside the inductance element 73, and the first circuit board 74 being connected to the induction coil 72 and connected to the second circuit board 75 and the inductance element 73. The fixing component 71 may be a fixing support frame, a fixing plate, or another fixing structure. The induction coil 72 is connected to the atomizing sheet 2 via the harness 4, or the first circuit board 74 is connected to the atomizing sheet 2 via the harness 4, and the second circuit board 75 is connected to the power supply via the harness. The inductance element 73 generates a constant current in the induction coil 72 by electromagnetic induction based on alternating current of a constant frequency, thereby transferring electrical energy from the inductance element 73 to the induction coil 72, and thereby realizing power supply to the atomizing sheet 2. This wireless charging method eliminates the need for a harness between the inductance element 73 and the induction coil 72. Of course, as an alternative, a wired connection method may also be used to realize power supply to the atomizing sheet 2.

[0164] Preferably, as shown in Figures 16 and 17, the fixing component 71 includes a fixing inner plate 711 and a fixing outer plate 712, the fixing inner plate 711 is connected to the water tank 1, the fixing outer plate 712 is fixed to another device, a first hollow columnar structure 712a is formed on the fixing outer plate 712, a second hollow columnar structure 711a is formed on the fixing inner plate 711, the second hollow columnar structure 711a is fitted onto the first hollow columnar structure 712a, the induction coil 72 is fitted onto the second hollow columnar structure 711a, the inductance element 73 is installed inside the first hollow columnar structure 712a, the first circuit board 74 is installed on the fixing inner plate 711, and the second circuit board 75 is installed on the fixing outer plate 712. The first hollow columnar structure 712a is formed on the side of the fixed outer plate 712 that is close to the fixed inner plate 711, and the second hollow columnar structure 711a is formed on the side of the fixed inner plate 711 that is away from the fixed outer plate 712. Preferably, the diameter of the outer wall of the first hollow columnar structure 712a is equal to the diameter of the inner wall of the second hollow columnar structure 711a, thereby enabling mutual positioning of the first and second hollow columnar structures 712a and 711a. The first and second hollow columnar structures 712a and 711a are made of insulating material, such as glass, plastic, or ceramic, and the absence of metal avoids the generation of electromagnetic shielding. It should be noted that both the end of the first hollow columnar structure 712a and the end of the second hollow columnar structure 711a preferably employ a closed-type installation. With this installation, the fixed outer plate 712 can function as a mounting base for the fixed inner plate 711, the fixed outer plate 712 can be fixed to other devices, the fixed inner plate 711 can be removed from the fixed outer plate 712 when it is necessary to add or replace solvent in the water tank 1, and the fixed inner plate 711 can be attached to the fixed outer plate 712 when it is necessary to install it, the first hollow columnar structure 712a and the second hollow columnar structure 711a can play a positioning role when installing, an inductance element 73 can be housed inside the first hollow columnar structure 712a, and an induction coil 72 can be fitted outside the second hollow columnar structure 711a, so that both the first hollow columnar structure 712a and the second hollow columnar structure 711a have multiple roles, thereby further increasing the compactness of the atomizing device.Furthermore, a magnetic adsorption structure may be installed between the fixed inner plate 711 and the fixed outer plate 712. For example, a first permanent magnet may be installed on the fixed outer plate 712 and a second permanent magnet on the fixed inner plate 711, where the magnetism of the first permanent magnet and the magnetism of the second permanent magnet are different, thereby achieving magnetic adsorption and fixing of the fixed inner plate by the fixed outer plate 712.

[0165] Preferably, a mounting opening is formed in the water tank 1, mounting ribs are formed on the inner wall of the mounting opening, and mounting grooves are formed on the edge of the fixed inner plate 711. The mounting ribs are installed in the mounting grooves so as to fix the fixed inner plate 711 to the water tank 1. The mounting opening may be square or semicircular, as long as the fixed inner plate 711 can fit into the mounting opening. For example, in the structure shown in Figures 16 and 17, the mounting opening is square, a U-shaped mounting rib 1f is formed on the inner wall of the square opening, and a U-shaped mounting groove 711b is formed on the edge of the fixed inner plate 711. The fixed inner plate 711 is inserted into the mounting opening from one side, and both sides of the U-shaped mounting rib 1f are first inserted into both sides of the U-shaped mounting groove 711b. When inserting to a predetermined position, all three sides of the U-shaped mounting rib 1f are inserted into all three sides of the U-shaped mounting groove 711b. The decorative case 3 is used to locate the bottom of the fixed inner plate 711, and when installing it, the fixed inner plate 711 is first attached to the water tank 1, and then the decorative case 3 is secured to the water tank 1. The decorative case 3 can support the bottom of the fixed inner plate 711 and also close the electric chamber 1c.

[0166] In the present invention, the water tank 1 may adopt an integrated structure or a separate structure. When a separate structure is adopted, the inside of the water tank 1 can be easily cleaned. For example, as shown in Figures 16 to 20, the water tank 1 includes a tank body 11 and a tank lid 12. The tank body 11 is installed in another device, and an outlet 1a is formed in the tank body 11. A contact part and a locking part are installed between the tank lid 12 and the tank body 11. When attaching the tank lid 12 and the tank body 11, the tank lid 12 is first brought into contact with the tank body 11 via the contact part and then the locking part is used. The tank lid 12 and the tank body 11 are locked and fixed together. The contact part may be a structure in which a contact rib or a contact rib and a contact groove are fitted together. For example, a contact rib may be formed on the tank lid 12. Figures 16 and 20 show an L-shaped contact rib 12a. When installing, the L-shaped contact rib 12a is brought into contact with the edge of the tank opening 11a formed on the tank body 11, which is fitted to the tank lid 12. The tank lid 12 and the tank body 11 are locked together via the locking part, and the tank lid 12 can be used to close the tank opening 11a. Preferably, a sealing part 5 is installed between the tank body 11 and the tank lid 12, and a through-hole is formed in the sealing part 5. The locking part includes a first locking member 61 installed on the tank lid 12 and a second locking member 62 installed on the tank body 11. The first locking member 61 passes through the through-hole and is locked and fixed to the second locking member 62. The sealing component 5 may be a sealing ring, a sealing packing, or another sealing structure. The fitting of the through-hole with the first engaging member 61 enables the first engaging member 61 to engage with the second engaging member 62, thereby enabling the attachment of the tank lid 12 to the tank body 11, and also allows the sealing component 5 to be positioned, preventing the sealing component 5 from flapping during the process in which the tank lid 12 caps the tank opening 11a.Of course, positioning protrusions may be formed on the sealing component 5, and positioning grooves may be formed on the tank lid 12, and the positioning protrusions and positioning grooves may be fitted together. For example, if the sealing component 5 is an annular seal packing, the first engaging members 61 may be two in number and positioned on one pair of sides of the annular seal packing, and the positioning protrusions may be two in number and positioned on the other pair of sides of the annular seal packing. When the tank lid 12 caps the tank opening 11a, the fitting of the first engaging members 61 with the through-hole enables positioning relative to one pair of sides of the annular seal packing, and the positioning fitting of the positioning protrusions with the positioning grooves enables positioning relative to the other pair of sides of the annular seal packing, thereby ensuring that all four sides of the annular seal packing can be positioned and that the annular seal packing does not flap around or deform. In one preferred case, the first engaging member 61 is a locking plate having a locking opening, and the second engaging member 62 is an engaging projection, and when installed, the locking plate passes through the opening and exposes the locking opening to engage the locking opening with the engaging projection. Of course, the first engaging member 61 and the second engaging member 62 may employ other engagement methods.

[0167] Preferably, the atomizing device further includes a supply lid 13, the tank lid 12 has a supply port 12b formed therein, the supply lid 13 has a first helical groove formed therein, and the supply port 12b has a second helical groove formed therein, and the supply lid 13 and the supply port 12b are screwed together via the first helical groove and the second helical groove. Specifically, the screwing of the supply lid 13 and the supply port 12b enables the supply lid 13 to screw forward and backward relative to the supply port 12b, that is, by rotating the supply lid 13 in one direction, the supply lid 13 can screw forward and close the supply port 12b, and by rotating it in another direction, the supply lid 13 can screw backward and open the supply port 12b. Of course, the supply lid 13 and the supply port 12b may also be further connected in a flip-cover type structure. A seal ring may be installed between the supply lid 13 and the supply port 12b.

[0168] Preferably, a handle ring 14 is pivotally connected to the outer surface of the supply lid 13, and the handle ring 14 can rotate in the non-up position and be housed in the supply port 12b, and may be pivotally connected to the outer surface of the supply lid 13, and after the supply lid 13 closes the supply port 12b, the outer surface of the supply lid 13 is at a certain distance from the edge of the outer opening of the supply port 12b, and this distance ensures that the handle ring 14 can be housed in the non-up position, and in this position the plane on which the handle ring 14 is located and the plane on which the outer surface of the supply lid 13 is located are parallel, and when the handle ring 14 is in the up position, for example the handle ring 14 exposes the supply port 12b, thereby making it convenient for the user to grasp, and the plane on which the handle ring 14 is located and the plane on which the outer surface of the supply lid 13 is located are perpendicular or at a certain angle, thereby twisting the handle ring 14 to enable the supply lid 13 to retract from the supply port 12b.

[0169] The garment processing apparatus of the present invention comprises a box body, a garment processing drum, and a door device, wherein the garment processing drum is installed inside the box body, the box body has a garment input opening, the door device is used to open and close the garment input opening, the garment input opening is connected to the garment processing drum via a connecting component, the garment processing apparatus further comprises an atomizer containing a garment processing agent, the water tank of the atomizer is installed in the garment processing drum, the door device, and / or the connecting component, and the atomizer has at least one outlet positioned toward the inside of the garment processing drum so that the atomizer injects atomizing gas into the garment processing drum. When the garment processing device is a clothes dryer, the garment processing drum is a dry drum, and when the dry drum has a single-drum structure, the water tank of the atomizing device is preferably installed in a door device and / or connecting part, in which case the connecting part is a front support structure of the clothes dryer, the front end of the front support structure is connected to the garment input opening of the box body, and the rear end of the front support structure is connected to the front end of the dry drum via a movable seal structure, and the front support structure can support the front end of the dry drum without affecting the rotation of the dry drum. When the garment processing device is a washer-dryer, the garment processing drum is a washing and drying drum, and the garment processing drum has a sleeve drum structure, that is, it has an outer drum and an inner drum (also called a roller) that rotates and is installed on the outer drum. The water tank of the atomizing device may be installed on the outer drum, door device and / or connecting parts, in which case the connecting parts are window packings, the front end of the window packing is connected to the garment input opening, and the rear end of the window packing is connected to the outer drum, and the window packing is used to ensure a seal between the outer drum and the garment input opening. In the present invention, the garment processing agent may be water, or a laundry detergent, fabric softener, dehydrator, fragrance agent or other garment processing solvent, or a mixture of the above water and solvent. The atomizing gas is a droplet in which a large number of fine particles are formed, and since it is difficult to observe each minute droplet with the naked eye, it has a gaseous structure, and the atomizing device can spray the garment processing agent and supply it to the clothes in the garment processing drum.

[0170] Example 4 In response to the problems of limited usage scenarios for conventional atomizing devices and the disadvantage of large numbers of harnesses being difficult to arrange, the present invention aims to provide an atomizing device and a clothing processing device that enrich the usage scenarios for atomizing devices, reduce the use of harnesses, and avoid the problem of the atomizing device being too large in volume due to limited space for harness placement.

[0171] Specifically, as shown in Figures 21 to 27, the atomizing device of the present invention includes a water tank 1, an atomizing sheet 2, and a wireless charging assembly 3. The water tank 1 has an outlet 1a, the atomizing sheet 2 is installed at the outlet 1a, and inside the water tank 1 are a water storage chamber 1b and an electrical chamber 1c that are isolated from each other. The water storage chamber 1b communicates with the outlet 1a, and the wireless charging assembly 3 includes a fixing component 31, an induction coil 32, an inductance element 33, a first circuit board 34, and a second circuit The circuit board 34 includes a substrate 35, the fixed component 31 is connected to the water tank 1, the induction coil 32 and the inductance element 33 are both installed on the fixed component 31 and the induction coil 32 is fitted outside the inductance element 33, the first circuit board 34 is connected to the induction coil 32 and the second circuit board 35 is connected to the inductance element 33, the induction coil 32 or the first circuit board 34 is connected to the atomizing sheet 2 via a harness 4, and the harness 4 is located inside the electrical chamber 1c. Power may be supplied directly to the atomizing sheet 2 via the induction coil 32, or the induction coil 32 may directly supply power to the first circuit board 34 and the first circuit board 34 may supply power and control the atomizing sheet 2. The fixing component 31 may be a fixing support frame, a fixing plate, or another fixing structure. The induction coil 32 is connected to the atomizing sheet 2 via a harness 4, or the first circuit board 34 is connected to the atomizing sheet 2 via a harness 4, and the second circuit board 35 is connected to a power supply via a harness. The inductance element 33 generates a constant current in the induction coil 32 by electromagnetic induction based on alternating current of a constant frequency, thereby transferring electrical energy from the inductance element 33 to the induction coil 32, and thereby supplying power to the atomizing sheet 2. With this wireless charging method, the placement of a harness between the inductance element 33 and the induction coil 32 is omitted, making the space arrangement easier, and the electrical chamber 1c can be closed, eliminating the need to drill holes for the harness to pass through and preventing the intrusion of dust and other dirt.

[0172] Preferably, as shown in Figures 23 and 24, the fixing component 31 includes a fixing inner plate 311 and a fixing outer plate 312, the fixing inner plate 311 is connected to the water tank 1, the fixing outer plate 312 is fixed to another device, a first hollow columnar structure 312a is formed on the fixing outer plate 312, a second hollow columnar structure 311a is formed on the fixing inner plate 311, the second hollow columnar structure 311a is fitted onto the first hollow columnar structure 312a, the induction coil 32 is fitted onto the second hollow columnar structure 311a, the inductance element 33 is installed inside the first hollow columnar structure 312a, the first circuit board 34 is installed on the fixing inner plate 311, and the second circuit board 35 is installed on the fixing outer plate 312. The first hollow columnar structure 312a is formed on the side of the fixed outer plate 312 that is close to the fixed inner plate 311, and the second hollow columnar structure 311a is formed on the side of the fixed inner plate 311 that is away from the fixed outer plate 312. Preferably, the diameter of the outer wall of the first hollow columnar structure 312a is equal to the diameter of the inner wall of the second hollow columnar structure 311a, thereby enabling mutual positioning of both the first and second hollow columnar structures 312a and 311a. The first and second hollow columnar structures 312a and 311a are made of insulating material, such as glass, plastic, or ceramic, and the absence of metal avoids the generation of electromagnetic shielding. It should be noted that both the end of the first hollow columnar structure 312a and the end of the second hollow columnar structure 311a preferably employ a closed-type installation. With this installation, the fixed outer plate 312 can function as a mounting base for the fixed inner plate 311, the fixed outer plate 312 can be fixed to other devices, the fixed inner plate 311 can be removed from the fixed outer plate 312 when it is necessary to add or replace solvent in the water tank 1, and the fixed inner plate 311 can be attached to the fixed outer plate 312 when it is necessary to install it, the first hollow columnar structure 312a and the second hollow columnar structure 311a can play a positioning role when installing, an inductance element 33 can be housed inside the first hollow columnar structure 312a, and an induction coil 32 can be fitted outside the second hollow columnar structure 311a, so that both the first hollow columnar structure 312a and the second hollow columnar structure 311a have multiple roles, thereby further increasing the compactness of the atomizing device.Furthermore, a magnetic adsorption structure may be installed between the fixed inner plate 311 and the fixed outer plate 312. For example, a first permanent magnet may be installed on the fixed outer plate 312 and a second permanent magnet on the fixed inner plate 311, with the magnetic properties of the first and second permanent magnets being different, thereby achieving magnetic adsorption and fixing of the fixed inner plate by the fixed outer plate 312.

[0173] Preferably, a mounting opening is formed in the water tank 1, mounting ribs are formed on the inner wall of the mounting opening, and mounting grooves are formed on the edge of the fixed inner plate 311. The mounting ribs are installed in the mounting grooves so as to fix the fixed inner plate 311 to the water tank 1. The mounting opening may be square or semicircular, as long as the fixed inner plate 311 can fit into the mounting opening. For example, in the structure shown in Figures 23 and 24, the mounting opening is square, a U-shaped mounting rib 1f is formed on the inner wall of the square opening, and a U-shaped mounting groove 311b is formed on the edge of the fixed inner plate 311. The fixed inner plate 311 is inserted into the mounting opening from one side, and both sides of the U-shaped mounting rib 1f are first inserted into both sides of the U-shaped mounting groove 311b. When inserting to a predetermined position, all three sides of the U-shaped mounting rib 1f are inserted into all three sides of the U-shaped mounting groove 311b. The decorative case 5 can be used to locate the bottom of the fixed inner plate 311. In other words, when installing, the fixed inner plate 311 is first attached to the water tank 1, and then the decorative case 5 is secured to the water tank 1. The decorative case 5 can support the bottom of the fixed inner plate 311 and also close the electric chamber 1c.

[0174] In the present invention, the water tank 1 may adopt an integrated structure or a separate structure. When a separate structure is adopted, the inside of the water tank 1 can be easily cleaned. For example, as shown in Figures 23 to 27, the water tank 1 includes a tank body 11 and a tank lid 12. The tank body 11 is installed in another device, an outlet 1a is formed in the tank body 11, and contact parts and locking parts are installed between the tank lid 12 and the tank body 11. When attaching the tank lid 12 and the tank body 11, the tank lid 12 is first brought into contact with the tank body 11 via the contact parts and then locked together via the locking parts. The tank lid 12 and the tank body 11 are locked and fixed together. The contact part may be a structure in which a contact rib or a contact rib and a contact groove are fitted together. For example, a contact rib may be formed on the tank lid 12. Figures 23 and 27 show an L-shaped contact rib 12a. When installing, the L-shaped contact rib 12a is brought into contact with the edge of the tank opening 11a formed on the tank body 11, which is fitted to the tank lid 12. The tank lid 12 and the tank body 11 are locked together via the locking part, and the tank lid 12 can be used to close the tank opening 11a. Preferably, a sealing component 6 is installed between the tank body 11 and the tank lid 12, and a through-hole 6a is formed in the sealing component 6. The engaging component includes a first engaging member 71 installed on the tank lid 12 and a second engaging member 72 installed on the tank body 11, with the first engaging member 71 penetrating the through-hole 6a and engaging and fixing to the second engaging member 72. The sealing component 6 may be a sealing ring, a sealing packing, or another sealing structure. The fitting of the through-hole 6a and the first engaging member 71 enables the first engaging member 71 to engage with the second engaging member 72, thereby enabling the attachment of the tank lid 12 to the tank body 11, and also allows the sealing component 6 to be positioned, preventing the sealing component 6 from flapping during the process in which the tank lid 12 caps the tank opening 11a.Of course, positioning protrusions may also be formed on the seal component 6, and positioning grooves may be formed on the tank lid 12, and the positioning protrusions and positioning grooves may be fitted together. For example, if the seal component 6 is an annular seal packing, the first engaging members 71 may be two in number and positioned on one pair of sides of the annular seal packing, and the positioning protrusions may be two in number and positioned on the other pair of sides of the annular seal packing. When the tank lid 12 caps the tank opening 11a, the fitting of the first engaging members 71 with the through-hole 6a enables positioning relative to one pair of sides of the annular seal packing, and the positioning fitting of the positioning protrusions with the positioning grooves enables positioning relative to the other pair of sides of the annular seal packing, thereby ensuring that all four sides of the annular seal packing can be positioned and that the annular seal packing does not flap around or deform. In one preferred case, the first engaging member 71 is a locking plate having a locking opening, and the second engaging member 72 is an engaging projection. When installed, the locking plate passes through the through-hole 6a and exposes the locking opening, engaging the locking opening with the engaging projection. Of course, the first engaging member 71 and the second engaging member 72 may employ other engagement methods.

[0175] Preferably, the atomizing device further includes a supply lid 13, the tank lid 12 has a supply port 12b formed therein, the supply lid 13 has a first helical groove formed therein, and the supply port 12b has a second helical groove formed therein, and the supply lid 13 and the supply port 12b are screwed together via the first helical groove and the second helical groove. Specifically, the screwing of the supply lid 13 and the supply port 12b enables the supply lid 13 to screw forward and backward relative to the supply port 12b, that is, by rotating the supply lid 13 in one direction, the supply lid 13 can screw forward and close the supply port 12b, and by rotating it in another direction, the supply lid 13 can screw backward and open the supply port 12b. Of course, the supply lid 13 and the supply port 12b may also be further connected in a flip-cover type structure. A seal ring may be installed between the supply lid 13 and the supply port 12b.

[0176] Preferably, a handle ring 14 is pivotally connected to the outer surface of the supply lid 13, and the handle ring 14 can rotate in the non-up position and be housed in the supply port 12b, and may be pivotally connected to the outer surface of the supply lid 13, and after the supply lid 13 closes the supply port 12b, the outer surface of the supply lid 13 is at a certain distance from the edge of the outer opening of the supply port 12b, and this distance ensures that the handle ring 14 can be housed in the non-up position, and in this position the plane on which the handle ring 14 is located and the plane on which the outer surface of the supply lid 13 is located are parallel, and when the handle ring 14 is in the up position, for example the handle ring 14 exposes the supply port 12b, thereby making it convenient for the user to grasp, and the plane on which the handle ring 14 is located and the plane on which the outer surface of the supply lid 13 is located are perpendicular or at a certain angle, thereby twisting the handle ring 14 to enable the supply lid 13 to retract from the supply port 12b.

[0177] The garment processing apparatus of the present invention comprises a box body, a garment processing drum, and a door device, wherein the garment processing drum is installed inside the box body, the box body has a garment input opening, the door device is used to open and close the garment input opening, the garment input opening is connected to the garment processing drum via a connecting component, the garment processing apparatus further comprises an atomizer containing a garment processing agent, the water tank 1 of the atomizer is installed in the garment processing drum, the door device and / or the connecting component, and the atomizer has at least one outlet 1a positioned toward the inside of the garment processing drum so that the atomizer injects atomizing gas into the garment processing drum. When the garment processing device is a clothes dryer, the garment processing drum is a dry drum, and when the dry drum has a single-drum structure, the water tank 1 of the atomizing device is preferably installed on a door device and / or connecting part, in which case the connecting part is a front support structure of the clothes dryer, the front end of the front support structure is connected to the garment input opening of the box body, and the rear end of the front support structure is connected to the front end of the dry drum via a movable seal structure, and the front support structure can support the front end of the dry drum without affecting the rotation of the dry drum. When the garment processing device is a washer-dryer, the garment processing drum is a washing and drying drum, and the garment processing drum has a sleeve drum structure, that is, it has an outer drum and an inner drum (also called a roller) that rotates and is installed on the outer drum. The water tank 1 of the atomizing device may be installed on the outer drum, door device and / or connecting parts, in which case the connecting parts are window packing, the front end of the window packing is connected to the garment input opening, and the rear end of the window packing is connected to the outer drum, and the window packing is used to ensure a seal between the outer drum and the garment input opening. In the present invention, the garment processing agent may be water, or a laundry detergent, fabric softener, dehydrator, fragrance agent or other garment processing solvent, or a mixture of the above water and solvent. The atomizing gas is a droplet in which a large number of fine particles are formed, and since it is difficult to observe each minute droplet with the naked eye, it has a gaseous structure, and the atomizing device can spray the garment processing agent and supply it to the clothes in the garment processing drum.

[0178] Example 5 In response to the limitations on usage scenarios and safety hazards associated with conventional atomizing devices, such as their susceptibility to short circuits, the present invention aims to provide an atomizing device and a clothing processing device that enrich the usage scenarios of the atomizing device, avoid short circuits, enhance the electrical safety of the atomizing device, and ensure the compactness of the overall structure.

[0179] Specifically, as shown in Figures 28 to 34, the atomizing device of the present invention includes a water tank 1, an atomizing sheet 2, and a wireless charging assembly 3. The water tank 1 has an outlet 1a, the atomizing sheet 2 is installed at the outlet 1a, and a water storage chamber 1b and an electrical chamber 1c are formed inside the water tank 1, which are mutually isolated. For example, a partition structure 1e divides the inside of the water tank 1 into a mutually independent water storage chamber 1b and an electrical chamber 1c. The water storage chamber 1b communicates with the outlet 1a, and the water tank 1 further has a mounting opening. The wireless charging assembly 3 is fixed to the mounting opening, and the wireless charging assembly 3 is connected to the atomizing sheet 2 via a harness 4, and the harness 4 is located inside the electrical chamber 1c. The mounting opening may be square, or it may be semicircular, as long as the wireless charging assembly 3 can enter the mounting opening. The wireless charging assembly 3 may employ a wireless charging method by electromagnetic induction, or it may employ a wireless charging method by magnetic resonance, or of course, it may employ any other wireless charging method. The wireless charging assembly 3 may be inserted into the mounting port, further secured to the mounting port, or attached to the mounting port by magnetic attraction, and can be flexibly provided to those skilled in the art.

[0180] Preferably, as shown in Figures 30 and 31, the wireless charging assembly 3 includes a fixing component 31, an induction coil 32, an inductance element 33, a first circuit board 34, and a second circuit board 35, wherein both the induction coil 32 and the inductance element 33 are installed on the fixing component 31, and the induction coil 32 is fitted onto the outside of the inductance element 33, the first circuit board 34 is connected to the induction coil 32, and the second circuit board 35 is connected to the inductance element 33, and a mounting groove is formed in the fixing component 31, and a mounting rib is formed on the inner wall of the mounting opening, and the mounting rib is installed in the mounting groove so as to fix the fixing component 31 to the water tank 1. Power may be supplied directly to the atomizing sheet 2 via the induction coil 32, or the induction coil 32 may directly supply power to the first circuit board 34, and the first circuit board 34 may supply power and control the atomizing sheet 2. The fixing component 31 may be a fixing support frame, a fixing plate, or another fixing structure. The induction coil 32 is connected to the atomizing sheet 2 via a harness 4, or the first circuit board 34 is connected to the atomizing sheet 2 via a harness 4, and the second circuit board 35 is connected to a power supply via a harness. The inductance element 33 generates a constant current in the induction coil 32 by electromagnetic induction based on alternating current of a constant frequency, thereby transferring electrical energy from the inductance element 33 to the induction coil 32, and thereby supplying power to the atomizing sheet 2. With this wireless charging method, the placement of a harness between the inductance element 33 and the induction coil 32 is omitted, making the space arrangement easier, and the electrical chamber 1c can be closed, eliminating the need to drill holes for the harness to pass through and preventing the intrusion of dust and other dirt.

[0181] Preferably, as shown in Figures 30 and 31, the fixing component 31 includes a fixing inner plate 311 and a fixing outer plate 312, the fixing inner plate 311 is connected to the water tank 1, the fixing outer plate 312 is fixed to another device, a first hollow columnar structure 312a is formed on the fixing outer plate 312, a second hollow columnar structure 311a is formed on the fixing inner plate 311, the second hollow columnar structure 311a is fitted onto the first hollow columnar structure 312a, the induction coil 32 is fitted onto the second hollow columnar structure 311a, the inductance element 33 is installed inside the first hollow columnar structure 312a, the first circuit board 34 is installed on the fixing inner plate 311, and the second circuit board 35 is installed on the fixing outer plate 312. The first hollow columnar structure 312a is formed on the side of the fixed outer plate 312 that is close to the fixed inner plate 311, and the second hollow columnar structure 311a is formed on the side of the fixed inner plate 311 that is away from the fixed outer plate 312. Preferably, the diameter of the outer wall of the first hollow columnar structure 312a is equal to the diameter of the inner wall of the second hollow columnar structure 311a, thereby enabling mutual positioning of both the first and second hollow columnar structures 312a and 311a. The first and second hollow columnar structures 312a and 311a are made of insulating material, such as glass, plastic, or ceramic, and the absence of metal avoids the generation of electromagnetic shielding. It should be noted that both the end of the first hollow columnar structure 312a and the end of the second hollow columnar structure 311a preferably employ a closed-type installation. With this installation, the fixed outer plate 312 can function as a mounting base for the fixed inner plate 311, the fixed outer plate 312 can be fixed to other devices, the fixed inner plate 311 can be removed from the fixed outer plate 312 when it is necessary to add or replace solvent in the water tank 1, and the fixed inner plate 311 can be attached to the fixed outer plate 312 when it is necessary to install it, the first hollow columnar structure 312a and the second hollow columnar structure 311a can play a positioning role when installing, an inductance element 33 can be housed inside the first hollow columnar structure 312a, and an induction coil 32 can be fitted outside the second hollow columnar structure 311a, so that both the first hollow columnar structure 312a and the second hollow columnar structure 311a have multiple roles, thereby further increasing the compactness of the atomizing device.Furthermore, a magnetic adsorption structure may be installed between the fixed inner plate 311 and the fixed outer plate 312. For example, a first permanent magnet may be installed on the fixed outer plate 312 and a second permanent magnet on the fixed inner plate 311, with the magnetic properties of the first and second permanent magnets being different, thereby achieving magnetic adsorption and fixing of the fixed inner plate by the fixed outer plate 312.

[0182] Preferably, the mounting groove is formed in the fixed inner plate 311. For example, as shown in Figures 30 and 31, a U-shaped mounting groove 311b is formed on the edge of the fixed inner plate 311. The fixed inner plate 311 is inserted into the mounting opening from one side, and both sides of the U-shaped mounting rib 1f are first inserted into both sides of the U-shaped mounting groove 311b. When inserted to the predetermined position, all three sides of the U-shaped mounting rib 1f are inserted into the three sides of the U-shaped mounting groove 311b. The decorative case 5 can be used to secure the bottom of the fixed inner plate 311. That is, when installing, the fixed inner plate 311 is first attached to the water tank 1, and then the decorative case 5 is locked to the water tank 1. The decorative case 5 can support the bottom of the fixed inner plate 311 and also close the electric chamber 1c. Of course, the decorative case 5 may be connected to the water tank 1 by other connection methods.

[0183] Preferably, as shown in Figures 28 to 32, the decorative case 5 has an opening that communicates with the outlet 1a, and this opening ensures that the atomizing sheet 2 sprays atomized gas to the outside. The decorative case 5 may be equipped with multiple elastic locking claws, and the water tank 1 may be equipped with multiple engaging protrusions, and the elastic locking claws and engaging protrusions engage in a one-to-one correspondence to achieve connection between the decorative case 5 and the water tank 1. The decorative case 5 may also be equipped with positioning ribs, and the water tank 1 may be equipped with positioning grooves, and the positioning ribs and positioning grooves are positioned and fitted together. When installing, first the positioning ribs on the decorative case 5 and the positioning grooves on the water tank 1 are aligned, and then the positioning ribs gradually enter the positioning grooves, and the corresponding elastic locking claws and engaging protrusions are engaged with each other, thereby achieving pre-positioning using the positioning grooves and positioning ribs, and then the elastic locking claws and engaging protrusions achieve accurate locking between the decorative case 5 and the water tank 1.

[0184] In the present invention, the water tank 1 may adopt an integrated structure or a separate structure. When a separate structure is adopted, the inside of the water tank 1 can be easily cleaned. For example, as shown in Figures 30 to 34, the water tank 1 includes a tank body 11 and a tank lid 12. The tank body 11 is installed in another device, an outlet 1a is formed in the tank body 11, and contact parts and locking parts are installed between the tank lid 12 and the tank body 11. When attaching the tank lid 12 and the tank body 11, first the tank lid 12 is brought into contact with the tank body 11 via the contact parts and the locking parts are engaged. The tank lid 12 and the tank body 11 are locked and fixed together via the locking component. The locking component may have a structure in which a locking rib or a locking rib and a locking groove are fitted together. For example, a locking rib may be formed on the tank lid 12. Figures 30 and 34 show an L-shaped locking rib 12a. When installing, the L-shaped locking rib 12a is brought into contact with the edge of the tank opening 11a formed on the tank body 11, which is fitted to the tank lid 12. The tank lid 12 and the tank body 11 are locked together via the locking component, thereby enabling the tank lid 12 to close the tank opening 11a. Preferably, a sealing component 6 is installed between the tank body 11 and the tank lid 12, and a through-hole 6a is formed in the sealing component 6. The engaging component includes a first engaging member 71 installed on the tank lid 12 and a second engaging member 72 installed on the tank body 11, with the first engaging member 71 penetrating the through-hole 6a and engaging and fixing to the second engaging member 72. The sealing component 6 may be a sealing ring, a sealing packing, or another sealing structure. The fitting of the through-hole 6a and the first engaging member 71 enables the first engaging member 71 to engage with the second engaging member 72, thereby enabling the attachment of the tank lid 12 to the tank body 11, and also allows the sealing component 6 to be positioned, preventing the sealing component 6 from flapping during the process in which the tank lid 12 caps the tank opening 11a.Of course, positioning protrusions may also be formed on the seal component 6, and positioning grooves may be formed on the tank lid 12, and the positioning protrusions and positioning grooves may be fitted together. For example, if the seal component 6 is an annular seal packing, the first engaging members 71 may be two in number and positioned on one pair of sides of the annular seal packing, and the positioning protrusions may be two in number and positioned on the other pair of sides of the annular seal packing. When the tank lid 12 caps the tank opening 11a, the fitting of the first engaging members 71 with the through-hole 6a enables positioning relative to one pair of sides of the annular seal packing, and the positioning fitting of the positioning protrusions with the positioning grooves enables positioning relative to the other pair of sides of the annular seal packing, thereby ensuring that all four sides of the annular seal packing can be positioned and that the annular seal packing does not flap around or deform. In one preferred case, the first engaging member 71 is a locking plate having a locking opening, and the second engaging member 72 is an engaging projection. When installed, the locking plate passes through the through-hole 6a and exposes the locking opening, engaging the locking opening with the engaging projection. Of course, the first engaging member 71 and the second engaging member 72 may employ other engagement methods.

[0185] Preferably, the atomizing device further includes a supply lid 13, the tank lid 12 has a supply port 12b formed therein, the supply lid 13 has a first helical groove formed therein, and the supply port 12b has a second helical groove formed therein, and the supply lid 13 and the supply port 12b are screwed together via the first helical groove and the second helical groove. Specifically, the screwing of the supply lid 13 and the supply port 12b enables the supply lid 13 to screw forward and backward relative to the supply port 12b, that is, by rotating the supply lid 13 in one direction, the supply lid 13 can screw forward and close the supply port 12b, and by rotating it in another direction, the supply lid 13 can screw backward and open the supply port 12b. Of course, the supply lid 13 and the supply port 12b may also be further connected in a flip-cover type structure. A seal ring may be installed between the supply lid 13 and the supply port 12b.

[0186] Preferably, a handle ring 14 is pivotally connected to the outer surface of the supply lid 13, and the handle ring 14 can rotate in the non-up position and be housed in the supply port 12b, and may be pivotally connected to the outer surface of the supply lid 13, and after the supply lid 13 closes the supply port 12b, the outer surface of the supply lid 13 is at a certain distance from the edge of the outer opening of the supply port 12b, and this distance ensures that the handle ring 14 can be housed in the non-up position, and in this position the plane on which the handle ring 14 is located and the plane on which the outer surface of the supply lid 13 is located are parallel, and when the handle ring 14 is in the up position, for example the handle ring 14 exposes the supply port 12b, thereby making it convenient for the user to grasp, and the plane on which the handle ring 14 is located and the plane on which the outer surface of the supply lid 13 is located are perpendicular or at a certain angle, thereby twisting the handle ring 14 to enable the supply lid 13 to retract from the supply port 12b.

[0187] The garment processing apparatus of the present invention comprises a box body, a garment processing drum, and a door device, wherein the garment processing drum is installed inside the box body, the box body has a garment input opening, the door device is used to open and close the garment input opening, the garment input opening is connected to the garment processing drum via a connecting component, the garment processing apparatus further comprises an atomizer containing a garment processing agent, the water tank 1 of the atomizer is installed in the garment processing drum, the door device and / or the connecting component, and the atomizer has at least one outlet 1a positioned toward the inside of the garment processing drum so that the atomizer injects atomizing gas into the garment processing drum. When the garment processing device is a clothes dryer, the garment processing drum is a dry drum, and when the dry drum has a single-drum structure, the water tank 1 of the atomizing device is preferably installed on a door device and / or connecting part, in which case the connecting part is a front support structure of the clothes dryer, the front end of the front support structure is connected to the garment input opening of the box body, and the rear end of the front support structure is connected to the front end of the dry drum via a movable seal structure, and the front support structure can support the front end of the dry drum without affecting the rotation of the dry drum. When the garment processing device is a washer-dryer, the garment processing drum is a washing and drying drum, and the garment processing drum has a sleeve drum structure, that is, it has an outer drum and an inner drum (also called a roller) that rotates and is installed on the outer drum. The water tank 1 of the atomizing device may be installed on the outer drum, door device and / or connecting parts, in which case the connecting parts are window packing, the front end of the window packing is connected to the garment input opening, and the rear end of the window packing is connected to the outer drum, and the window packing is used to ensure a seal between the outer drum and the garment input opening. In the present invention, the garment processing agent may be water, or a laundry detergent, fabric softener, dehydrator, fragrance agent or other garment processing solvent, or a mixture of the above water and solvent. The atomizing gas is a droplet in which a large number of fine particles are formed, and since it is difficult to observe each minute droplet with the naked eye, it has a gaseous structure, and the atomizing device can spray the garment processing agent and supply it to the clothes in the garment processing drum.

[0188] Example 6 In response to the limitations on the usage scenarios of conventional atomizing devices, the present invention aims to provide an atomizing device and a clothing processing device, thereby enriching the usage scenarios of the atomizing device and enabling rapid and easy addition of solvents.

[0189] Specifically, as shown in Figures 35 to 40, the atomizing device of the present invention includes a water tank 1, a supply lid 2, a handle ring 3, and an atomizing sheet 4. The water tank 1 has an outlet 1a and a supply port 1b. The atomizing sheet 4 is installed at the outlet 1a. The handle ring 3 is connected to the supply lid 2. The supply lid 2 has a first helical groove, and the supply port 1b has a second helical groove. The supply lid 2 and the supply port 1b are screwed together via the first and second helical grooves. The handle ring 3 is configured to allow the supply lid 2 to screw forward and backward relative to the supply port 1b. The screwing of the supply lid 2 and the supply port 1b enables the supply lid 2 to screw forward and backward relative to the supply port 1b. That is, by rotating the supply lid 2 in one direction, the supply lid 2 can screw forward and close the supply port 1b, and by rotating it in another direction, the supply lid 2 can screw backward and open the supply port 1b.

[0190] Preferably, the outer surface of the supply cover 2 is pivotally connected to a handle ring 3, which can rotate in the non-up position and be housed in the supply port 1b, and may also be pivotally connected to the outer surface of the supply cover 2. After the supply cover 2 closes the supply port 1b, the outer surface of the supply cover 2 is at a certain distance from the edge of the outer opening of the supply port 1b, and this distance ensures that the handle ring 3 can be housed in the non-up position. In this position, the plane on which the handle ring 3 is located and the plane on which the outer surface of the supply cover 2 is located are parallel, and when the handle ring 3 is in the up position, for example, the handle ring 3 exposes the supply port 1b, making it convenient for the user to grasp. The plane on which the handle ring 3 is located and the plane on which the outer surface of the supply cover 2 is located are perpendicular or at a certain angle, thereby allowing the handle ring 3 to twist and retract from the supply port 1b. Of course, alternatively, the handle ring 3 and the supply cover 2 may be further connected by insertion or locking, and those skilled in the art can provide flexible arrangements.

[0191] Preferably, a first sealing component is installed between the supply lid 2 and the supply port 1b, and the first sealing component may be a sealing ring seal packing or another sealing structure.

[0192] Preferably, as shown in Figures 37, 38 and 40, the water tank 1 includes a tank body 11 and a tank lid 12, with an outlet 1a formed in the tank body 11 and a supply port 1b formed in the tank lid 12. Contact parts and locking parts are installed between the tank lid 12 and the tank body 11. When attaching the tank lid 12 and the tank body 11, the tank lid 12 is first brought into contact with the tank body 11 via the contact parts, and the tank lid 12 and the tank body 11 are locked and fixed together via the locking parts. The contact component may be a contact rib or a structure in which a contact rib and a contact groove are fitted together. For example, a contact rib may be formed on the tank lid 12. Figures 37 and 40 show an L-shaped contact rib 12a. When installing, the L-shaped contact rib 12a is brought into contact with the inside edge of the tank opening 11a formed on the tank body 11, which is fitted to the tank lid 12. The tank lid 12 and the tank body 11 are then engaged via the engaging component, enabling the tank lid 12 to close the cap over the tank opening 11a. The engaging component may be of a type in which a locking claw and a locking opening are fitted together, or of a type in which an engaging projection and an engaging groove are fitted together. Those skilled in the art can provide it flexibly.

[0193] Preferably, as shown in Figures 37 to 40, a second sealing component 5 is installed between the tank body 11 and the tank lid 12, and a through-hole 5a is formed in the second sealing component 5. The engaging component includes a first engaging member 61 installed on the tank lid 12 and a second engaging member 62 installed on the tank body 11, and the first engaging member 61 is engaged and fixed to the second engaging member 62 by passing through the through-hole 5a. The second sealing component 5 may be a seal ring, a seal packing, or another seal structure. By fitting the through-hole 5a with the first engaging member 61, the first engaging member 61 can engage with the second engaging member 62, thereby enabling the attachment of the tank lid 12 to the tank body 11, and further positioning the second sealing component 5, preventing the second sealing component 5 from flapping during the process in which the tank lid 12 caps the tank opening 11a. Of course, the second seal component 5 may also have positioning protrusions, and the tank lid 12 may have positioning grooves, and the positioning protrusions and positioning grooves may be fitted together. For example, if the second seal component 5 is an annular seal packing, the first engaging members 61 may be two in number and positioned on one pair of sides of the annular seal packing, and the positioning protrusions may be two in number and positioned on the other pair of sides of the annular seal packing. When the tank lid 12 caps the tank opening 11a, the fitting of the first engaging members 61 with the through-hole 5a enables positioning with respect to one pair of sides of the annular seal packing, and the positioning fitting of the positioning protrusions with the positioning grooves enables positioning with respect to the other pair of sides of the annular seal packing, thereby ensuring that all four sides of the annular seal packing can be positioned and that the annular seal packing does not flap around or deform. In one preferred case, the first engaging member 61 is a locking plate having a locking opening, and the second engaging member 62 is an engaging projection, and when installed, the locking plate passes through the through-hole 5a and exposes the locking opening to engage the locking opening with the engaging projection. Of course, the first engaging member 61 and the second engaging member 62 may employ other engagement methods. Of course, in the above, the engaging parts may not be further fitted into the second sealing part 5, but may directly engage the tank body 11 and the tank lid 12.

[0194] Preferably, as shown in Figures 37 and 38, a water storage chamber 1c and an electrical chamber 1d are formed inside the water tank 1, which are separated from each other. The supply port 1b and outlet 1a both communicate with the water storage chamber 1c, and the electrical chamber 1d is used to house a harness 7 connected to the atomizing sheet 4. Specifically, the electrical chamber 1d and the water storage chamber 1c can be separated by a partition structure 1e, the partition structure 1e, the tank lid 12 and the supply lid 2 ensure that the water storage chamber 1c is closed, the outlet 1a is formed in the partition structure 1e, the electrical chamber 1d may be closed or open, and in the structure shown in Figure 37, the lower part of the electrical chamber 1d is closed by a decorative case 8, and the harness 7 connected to the atomizing sheet 4 can be housed inside the electrical chamber 1d, thereby realizing power supply and control to the atomizing sheet 4. More preferably, a storage groove is formed on the outside of the partition structure 1e, and a part of the harness 7 may be housed in the storage groove to position the harness 7.

[0195] Preferably, the atomizing device further includes a wireless charging assembly for supplying power to the atomizing sheet 4, the wireless charging assembly being connected to the water tank 1 and part of the wireless charging assembly located in the electrical chamber 1d. The wireless charging assembly may employ a wireless charging method by electromagnetic induction, or a wireless charging method by magnetic resonance, or of course, any other wireless charging method. In one preferred case, as shown in Figure 37, the wireless charging assembly includes a fixed component, an induction coil 10, an inductance element 20, a first circuit board 30, and a second circuit board 40, the fixed component being installed in another device and connected to the water tank 1, the induction coil 10 and the inductance element 20 both being installed in the fixed component and the induction coil 10 being fitted outside the inductance element 20, the first circuit board 30 being connected to the induction coil 10, and the second circuit board 40 being connected to the inductance element 20. The fixing component may be a fixing support frame, a fixing plate, or another fixing structure. The induction coil 10 is connected to the atomizing sheet 4 via a harness 7, or the first circuit board 30 is connected to the atomizing sheet 4 via a harness 7, and the second circuit board 40 is connected to a power supply via a harness. The inductance element 20 generates a constant current in the induction coil 10 by electromagnetic induction based on alternating current of a constant frequency, thereby transferring electrical energy from the inductance element 20 to the induction coil 10, and thereby realizing power supply to the atomizing sheet 4. This wireless charging method eliminates the need for a harness between the inductance element 20 and the induction coil 10. Of course, alternatively, power supply to the atomizing sheet 4 may also be realized by a wired connection method.

[0196] Preferably, as shown in Figure 37, the fixing components include a fixing inner plate 50 and a fixing outer plate 60, the fixing inner plate 50 is connected to the water tank 1, the fixing outer plate 60 is fixed to another device, a first hollow columnar structure 60a is formed on the fixing outer plate 60, a second hollow columnar structure 50a is formed on the fixing inner plate 50, the second hollow columnar structure 50a is fitted onto the first hollow columnar structure 60a, the induction coil 10 is fitted onto the second hollow columnar structure 50a, the inductance element 20 is installed inside the first hollow columnar structure 60a, the first circuit board 30 is installed on the fixing inner plate 50, and the second circuit board 40 is installed on the fixing outer plate 60. The first hollow columnar structure 60a is formed on the side of the fixed outer plate 60 that is close to the fixed inner plate 50, and the second hollow columnar structure 50a is formed on the side of the fixed inner plate 50 that is away from the fixed outer plate 60. Preferably, the diameter of the outer wall of the first hollow columnar structure 60a is equal to the diameter of the inner wall of the second hollow columnar structure 50a, thereby enabling mutual positioning of the first and second hollow columnar structures 60a and 50a. The first and second hollow columnar structures 60a and 50a are made of insulating material, such as glass, plastic, or ceramic, and the absence of metal avoids the generation of electromagnetic shielding. It should be noted that both the end of the first hollow columnar structure 60a and the end of the second hollow columnar structure 50a preferably employ a closed-type installation. With this installation, the fixed outer plate 60 can function as a mounting base for the fixed inner plate 50, can be fixed to other devices, and when it is necessary to add or replace solvent in the water tank 1, the fixed inner plate 50 can be removed from the fixed outer plate 60 and attached to the fixed inner plate 50 when it is to reattach it. The first hollow columnar structure 60a and the second hollow columnar structure 50a can play a positioning role when being installed, and an inductance element 20 can be housed inside the first hollow columnar structure 60a, and an induction coil 10 can be fitted outside the second hollow columnar structure 50a. Thus, both the first hollow columnar structure 60a and the second hollow columnar structure 50a have multiple roles, thereby further increasing the compactness of the atomizing device.Furthermore, a magnetic adsorption structure may be installed between the fixed inner plate 50 and the fixed outer plate 60. For example, a first permanent magnet may be installed on the fixed outer plate 60 and a second permanent magnet on the fixed inner plate 50, with the magnetisms of the first and second permanent magnets being different, thereby achieving magnetic adsorption and fixing of the fixed inner plate by the fixed outer plate 60.

[0197] Preferably, a mounting opening is formed in the water tank 1, mounting ribs are formed on the inner wall of the mounting opening, and mounting grooves are formed on the edge of the fixed inner plate 50. The mounting ribs are installed in the mounting grooves so as to fix the fixed inner plate 50 to the water tank 1. The mounting opening may be square or semicircular, as long as the fixed inner plate 50 can fit into the mounting opening. For example, in the structure shown in Figure 37, the mounting opening is square, a U-shaped mounting rib 1f is formed on the inner wall of the square opening, and a U-shaped mounting groove 50b is formed on the edge of the fixed inner plate 50. The fixed inner plate 50 is inserted into the mounting opening from one side, and both sides of the U-shaped mounting rib 1f are first inserted into both sides of the U-shaped mounting groove 50b. When inserting to a predetermined position, all three sides of the U-shaped mounting rib 1f are inserted into all three sides of the U-shaped mounting groove 50b. If a decorative case 8 is provided, the bottom of the fixed inner plate 50 can be secured using the decorative case 8. That is, when installing, the fixed inner plate 50 is first attached to the water tank 1, and then the decorative case 8 is secured to the water tank 1. The decorative case 8 can support the bottom of the fixed inner plate 50 and also close the electric chamber 1d.

[0198] The garment processing apparatus of the present invention comprises a box body, a garment processing drum, and a door device, wherein the garment processing drum is installed inside the box body, the box body has a garment input opening, the door device is used to open and close the garment input opening, the garment input opening is connected to the garment processing drum via a connecting component, the garment processing apparatus further comprises an atomizer containing a garment processing agent, the water tank 1 of the atomizer is installed in the garment processing drum, the door device and / or the connecting component, and the atomizer has at least one outlet 1a positioned toward the inside of the garment processing drum so that the atomizer injects atomizing gas into the garment processing drum. When the garment processing device is a clothes dryer, the garment processing drum is a dry drum, and when the dry drum has a single-drum structure, the water tank 1 of the atomizing device is preferably installed on a door device and / or connecting part, in which case the connecting part is a front support structure of the clothes dryer, the front end of the front support structure is connected to the garment input opening of the box body, and the rear end of the front support structure is connected to the front end of the dry drum via a movable seal structure, and the front support structure can support the front end of the dry drum without affecting the rotation of the dry drum. When the garment processing device is a washer-dryer, the garment processing drum is a washing and drying drum, and the garment processing drum has a sleeve drum structure, that is, it has an outer drum and an inner drum (also called a roller) that rotates and is installed on the outer drum. The water tank 1 of the atomizing device may be installed on the outer drum, door device and / or connecting parts, in which case the connecting parts are window packing, the front end of the window packing is connected to the garment input opening, and the rear end of the window packing is connected to the outer drum, and the window packing is used to ensure a seal between the outer drum and the garment input opening. In the present invention, the garment processing agent may be water, or a laundry detergent, fabric softener, dehydrator, fragrance agent or other garment processing solvent, or a mixture of the above water and solvent. The atomizing gas is a droplet in which a large number of fine particles are formed, and since it is difficult to observe each minute droplet with the naked eye, it has a gaseous structure, and the atomizing device can spray the garment processing agent and supply it to the clothes in the garment processing drum.

[0199] Although the technical proposals of the present invention have been described above in relation to preferred embodiments shown in the drawings, it will be readily apparent to those skilled in the art that the scope of protection of the present invention is clearly not limited to these specific embodiments. Without departing from the principles of the present invention, those skilled in the art can make equivalent modifications or substitutions to the relevant technical features, and all such modified or substituted technical proposals will fall within the scope of protection of the present invention.

Claims

1. A garment processing apparatus comprising a box body, a garment processing drum, and a door device, wherein the garment processing drum is installed inside the box body, the box body has a garment input opening, the door device is used to open and close the garment input opening, and the garment input opening is connected to the garment processing drum via a connecting component, The present invention further includes an atomizing device containing a garment treatment agent, the atomizing device being installed on the garment treatment drum, the door device and / or the connecting component, and the atomizing device having at least one outlet positioned toward the interior of the garment treatment drum so that the atomizing device injects atomizing gas into the garment treatment drum. The atomizing device includes a water tank, an atomizing sheet, and a wireless charging assembly for supplying power to the atomizing sheet, the water tank being installed in the garment processing drum, the door device, and / or the connecting component, and the outlet being formed in the water tank. A water reservoir chamber for containing a clothing treatment agent is formed in the water tank, there is one outlet which communicates with the water reservoir chamber, and the atomizing sheet is installed at the outlet, or a plurality of water reservoir chambers for containing the same or different clothing treatment agents are formed in the water tank, there are multiple outlets which are all formed in the water tank, the water reservoir chambers, the outlets and the atomizing sheet correspond to each other, the outlets communicate with the corresponding water reservoir chambers, and the atomizing sheets are installed at the corresponding outlets. An electrical chamber is further formed in the water tank, the electrical chamber and the water storage chamber are isolated from each other, and the electrical chamber is capable of housing a harness connected to the atomizing sheet. The wireless charging assembly is connected to the water tank and partially located within the electrical chamber, and includes a fixed component, an induction coil, an inductance element, a first circuit board, and a second circuit board. The fixing component is installed on the garment processing drum, the door device and / or the connecting component so as to be connected to the water tank, the induction coil and the inductance element are both installed on the fixing component, and the induction coil is fitted outside the inductance element, the first circuit board is connected to the induction coil, and the second circuit board is connected to the inductance element. A garment processing apparatus characterized by the following:

2. The garment processing apparatus according to claim 1, characterized in that a first sealing component and a sealing retaining ring are installed at the outlet, the atomizing sheet is housed inside the first sealing component, and the sealing retaining ring is attached to the side of the first sealing component that is close to the inside of the garment processing drum.

3. The garment processing apparatus according to claim 1, characterized in that a decorative case is attached to the side of the water tank facing the inside of the garment processing drum, and an opening communicating with the outlet is formed in the decorative case.

4. The garment processing apparatus according to claim 1, wherein the fixing component includes a fixing inner plate and a fixing outer plate, the fixing inner plate is connected to the water tank, the fixing outer plate is fixed to the garment processing drum, door device and / or connecting component, a first hollow columnar structure is formed on the fixing outer plate, a second hollow columnar structure is formed on the fixing inner plate, the second hollow columnar structure is fitted onto the first hollow columnar structure, the induction coil is fitted onto the second hollow columnar structure, the inductance element is installed inside the first hollow columnar structure, the first circuit board is installed on the fixing inner plate, and the second circuit board is installed on the fixing outer plate.

5. The garment processing apparatus according to claim 4, characterized in that a mounting opening is formed in the water tank, mounting ribs are formed on the inner wall of the mounting opening, mounting grooves are formed on the edge of the fixed inner plate, and the mounting ribs are installed in the mounting grooves so as to fix the fixed inner plate to the water tank.

6. The water tank includes a tank body and a tank lid, the tank body is installed on the garment processing drum, the door device and / or the connecting parts, and the outlet is formed in the tank body. The garment processing apparatus according to claim 1, wherein a contact part and a locking part are installed between the tank lid and the tank body, and when attaching the tank lid and the tank body, the tank lid is first brought into contact with the tank body via the contact part, and then the tank lid and the tank body are locked and fixed together via the locking part.

7. A second sealing component is installed between the tank body and the tank lid, a through-hole is formed in the second sealing component, the engaging component includes a first engaging member installed on the tank lid and a second engaging member installed on the tank body, the first engaging member penetrates the through-hole and engages with and is fixed to the second engaging member, as described in claim 6.

8. The garment processing apparatus according to claim 6, wherein the water tank further includes a supply lid, the tank lid has a supply port formed therein, the supply lid has a first helical groove formed therein, the supply port has a second helical groove formed therein, and the supply lid and the supply port are screwed together via the first helical groove and the second helical groove.

9. The garment processing apparatus according to claim 8, characterized in that a handle ring is rotatably connected to the outer surface of the supply lid, and the handle ring can rotate in a non-up position and be stored inside the supply opening.

10. The garment processing apparatus according to claim 8, characterized in that a third sealing component is installed between the supply lid and the supply port.

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