WO2021184613A1 - 衣物护理装置 - Google Patents
衣物护理装置 Download PDFInfo
- Publication number
- WO2021184613A1 WO2021184613A1 PCT/CN2020/101957 CN2020101957W WO2021184613A1 WO 2021184613 A1 WO2021184613 A1 WO 2021184613A1 CN 2020101957 W CN2020101957 W CN 2020101957W WO 2021184613 A1 WO2021184613 A1 WO 2021184613A1
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- WO
- WIPO (PCT)
- Prior art keywords
- care
- cabinet
- cavity
- door
- clothes
- Prior art date
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Classifications
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- D—TEXTILES; PAPER
- D06—TREATMENT OF TEXTILES OR THE LIKE; LAUNDERING; FLEXIBLE MATERIALS NOT OTHERWISE PROVIDED FOR
- D06F—LAUNDERING, DRYING, IRONING, PRESSING OR FOLDING TEXTILE ARTICLES
- D06F73/00—Apparatus for smoothing or removing creases from garments or other textile articles by formers, cores, stretchers, or internal frames, with the application of heat or steam
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B01—PHYSICAL OR CHEMICAL PROCESSES OR APPARATUS IN GENERAL
- B01D—SEPARATION
- B01D46/00—Filters or filtering processes specially modified for separating dispersed particles from gases or vapours
- B01D46/10—Particle separators, e.g. dust precipitators, using filter plates, sheets or pads having plane surfaces
- B01D46/12—Particle separators, e.g. dust precipitators, using filter plates, sheets or pads having plane surfaces in multiple arrangements
-
- D—TEXTILES; PAPER
- D06—TREATMENT OF TEXTILES OR THE LIKE; LAUNDERING; FLEXIBLE MATERIALS NOT OTHERWISE PROVIDED FOR
- D06F—LAUNDERING, DRYING, IRONING, PRESSING OR FOLDING TEXTILE ARTICLES
- D06F58/00—Domestic laundry dryers
- D06F58/10—Drying cabinets or drying chambers having heating or ventilating means
-
- D—TEXTILES; PAPER
- D06—TREATMENT OF TEXTILES OR THE LIKE; LAUNDERING; FLEXIBLE MATERIALS NOT OTHERWISE PROVIDED FOR
- D06F—LAUNDERING, DRYING, IRONING, PRESSING OR FOLDING TEXTILE ARTICLES
- D06F58/00—Domestic laundry dryers
- D06F58/20—General details of domestic laundry dryers
Definitions
- the invention belongs to the technical field of clothing care, and in particular relates to a clothing care device.
- the laundry care machine has the functions of removing wrinkles, removing peculiar smell, hypoallergenic and gentle drying, etc., which brings convenience to the care of clothes. With the continuous improvement of the quality of life, consumers have more and more requirements for the diversified functions of the clothing care machine. Therefore, there is a need to provide a clothing care machine that integrates multiple use functions to meet the needs of consumers.
- an embodiment of the present application provides a clothing care device.
- the clothing care device includes: a cabinet with a cabinet care cavity for accommodating clothing to be treated; a door movably connected with the cabinet, and the door is used to connect the cabinet
- the body care cavity is sealed or opened, and the door body is formed with a door body care cavity for accommodating the clothes to be treated; a care component is used to treat the cabinet body care cavity and the clothes to be treated in the door body care cavity Take care.
- the care component includes a first care component and a second care component
- the first care component is at least partially disposed in the cabinet and is used to care for the clothes in the care cavity of the cabinet.
- the second care component is at least partially arranged in the door body, and is used to care for the clothes in the care cavity of the door body.
- the first care component includes: a medium care component, installed at the bottom of the cabinet, for converting the gas output from the cabinet care cavity into dry hot air; a first fan, installed At the bottom of the cabinet, the gas output after conversion by the medium care component is input into the cabinet care cavity; wherein the cabinet is provided with gas for output by the first fan A first input port entering into the cabinet care cavity and a first output port for outputting gas in the cabinet care cavity.
- the first input port and the first output port are both located at the bottom of the cabinet care cavity.
- the first care assembly further includes a filter assembly for filtering the gas output in the care cavity of the cabinet, and the filter assembly is at least partially located in the first output port.
- the filter assembly includes: a body, including an air outlet, a flow channel for the gas to pass is formed inside the body, and the flow channel is in communication with the air outlet; On the body and located in the first output port, the upper cover is provided with an air inlet hole for the gas to flow into the flow channel; a first filter element for filtering the gas for the first time
- the second filter element is arranged behind the first filter element along the flow direction of the gas for the second filter of the gas; wherein, the first filter element is installed on the Cover, the second filter element is mounted on the body; or the first filter element and the second filter element are both mounted on the upper cover; or the first filter element and the first filter element Both filter elements are installed on the body.
- the door body includes: a middle door movably connected with the cabinet body for sealing or opening the cabinet body care cavity, and the door body care cavity is formed on the middle door;
- the front sealing door is movably connected to the cabinet or the middle door, and is used to seal or open the door body care cavity; wherein, the second care component is installed in the middle door, on the middle door
- a second input port for gas output from the second care component to enter the door body care cavity and a second output port for gas output from the door body care cavity are opened.
- the second care component includes: a heating component installed in the middle door for heating air into hot air; a second fan installed in the middle door for sucking air Delivered to the heating assembly; wherein the middle door is also provided with an air inlet for the air sucked by the second fan to enter, and the exhaust end on the heating assembly is located in the second inlet.
- the second input port is provided at the bottom of the door body care cavity, and the second output port is provided at the top of the door body care cavity.
- the clothing care device further includes: a filter box installed on the middle door; The gas passing through the mouth is filtered; wherein the inner cavity of the filter box is communicated with the second output port.
- the clothing care device further includes: a third output port, which is arranged on the middle door, and is used for outputting gas in the door body care cavity; and an adjustment component is arranged on the third The output port is used to control the on-off of the gas output in the third output port.
- the clothing care device further includes: a first steam generator installed on the door body for delivering steam into the door body care cavity; and a second steam generator installed on the cabinet body , Used to deliver steam into the cabinet care cavity; storage box, installed in the door or the cabinet, used to store the medium required to generate steam; delivery assembly, used to transfer the first steam
- the generator and the second steam generator are connected to the storage box at the same time, so that the medium in the storage box can be transported to the first steam generator and/or the second steam generator.
- the clothing care device further includes: a hanging rack for hanging the clothes to be treated; a rotating assembly movably connected with the hanging rack for driving the hanging rack to rotate so as to The care position of the clothes can be adjusted; wherein the rotating assembly is installed on the cabinet and located in the care cavity of the cabinet.
- the hanging rack includes: a first suspension beam provided with a first sliding structure; a second suspension beam; provided with a second sliding structure; wherein, the first sliding structure and the second The sliding structure is slidably connected, and is used to guide the first suspension beam and the second suspension beam to be capable of reciprocating telescopic sliding; any one of the first suspension beam and the second suspension beam is connected to the rotating assembly Connected, the other is provided with a hanging structure for hanging the clothes.
- the clothing care device further includes a foldable shelf, and the shelf is arranged in the cabinet care cavity and located below the cabinet care cavity.
- the cabinet body care cavity is provided in the cabinet body, and the door body care cavity is provided in the door body; and the first care component is installed in the cabinet body and the second care component is installed in the door body.
- Care components are both the cabinet body and the door body.
- both the cabinet body and the door body can be used for the care of clothes, and the working modes can be carried out at the same time or independently of each other, and the use convenience is good.
- at least the drying care of clothes can be realized in the care cavity of the cabinet, and the dust removal care of the clothes can be realized at least in the care cavity of the door. need.
- Fig. 1 is a schematic diagram of a clothing care device provided by an embodiment of the present application with a door in an open state;
- FIG. 2 is a schematic diagram of the front door in an open state of the clothing care device provided by an embodiment of the present application
- FIG. 3 is a schematic diagram of the structure of the first care component and the filter component provided by an embodiment of the present application;
- FIG. 4 is a cross-sectional view of the filter assembly provided by the embodiment of the present application, and the connecting cylinder is omitted in the figure;
- Figure 5 is a schematic structural diagram of a door provided by an embodiment of the present application.
- FIG. 6 is a first exploded schematic diagram of the middle door provided by the embodiment of the present application.
- FIG. 7 is a second exploded schematic diagram of the middle door provided by the embodiment of the present application.
- FIG. 8 is a schematic diagram of assembly between the first hinge, the second hinge, and the first conveying pipe provided by the embodiment of the present application;
- FIG. 9 is a schematic diagram of the adjustment component provided by an embodiment of the present application in a first state
- FIG. 10 is a schematic diagram of the adjustment component provided by an embodiment of the present application in a second state
- Figure 11 is a schematic structural diagram of a steam assembly provided by an embodiment of the present application.
- FIG. 12 is a schematic diagram of clothes hanging on a hanging component according to an embodiment of the present application.
- FIG. 13 is an exploded schematic diagram of a hanging rack and a rotating assembly provided by an embodiment of the present application.
- FIG. 14 is an exploded schematic diagram of a hanging component provided by an embodiment of the present application.
- FIG. 15 is a schematic structural diagram of a rack provided by an embodiment of the present application.
- Fig. 16 is a partial enlarged schematic diagram of the position A in Fig. 15.
- the clothing care device provided by the embodiment of the present application can be used for daily care of clothing, such as drying, steam ironing and wrinkle removal, sterilization and aromatherapy, etc. Convenience of clothing care in daily life.
- the clothing care device includes a cabinet 1, a care component, and a door 3.
- the care component includes a first care component and a second care component 4 (refer to Figure 5).
- the cabinet 1 is formed with a cabinet care cavity 11 for accommodating the clothes to be treated, and the first care component is at least partially installed in the cabinet 1, which can generate a care medium during work and input the care medium into the cabinet.
- the body care cavity 11 is used for corresponding care of clothes.
- dry heat can be generated as the care medium to dry and care the clothes; while during aromatherapy, it can generate fragrance-containing gas as the care medium to fumigate the clothes.
- the first care component is used to at least dry the clothes in the cabinet care cavity 11. Therefore, the first care component can at least generate dry hot air as a care medium to achieve drying of the clothes in the cabinet care cavity 11. Dry care.
- the door body 3 is movably connected to the cabinet body 1, and the door body 3 can reciprocate relative to the cabinet body 1, and can be covered on the cabinet body 1, for sealing or sealing the cabinet care cavity 11 Open.
- the door body 3 is formed with a door body care cavity 31 for accommodating the clothes to be treated.
- the second care component 4 (refer to FIG. 5) is at least partially installed in the door body 3, and can generate a care medium during work, and input the care medium into the door body care cavity 31 for corresponding care of clothes.
- dry heat can be generated as the care medium to dry and care the clothes; while during aromatherapy, it can generate fragrance-containing gas as the care medium to fumigate the clothes.
- the cabinet care cavity 11 and/or the door care cavity 31 can also perform dust removal care.
- the dust removal care system referred to in this embodiment includes a process of blowing clothes with high-speed airflow to remove dust on the clothes;
- the second care component 4 can at least perform dust removal care on the clothes in the door care cavity 31, so the second care component 4 can at least generate a treatment medium with a relatively large flow rate, so as to be able to put the clothes on The dust is taken away to achieve the purpose of dust removal.
- the clothing care device provided by the embodiment of the present application adopts a cabinet body 1 with a cabinet body care cavity 11, a door body 3 with a door body care cavity 31, and a cabinet body 1 with a first care component. And a second care component 4 is provided in the door body 3.
- both the cabinet body 1 and the door body 3 can be used for the care of clothes, so that the use function of the clothes care device is improved, and the working mode of the first care component and the second care component 4 can be performed at the same time or It is independent of each other and easy to use.
- at least the drying care of clothes can be realized in the cabinet care cavity 11, and the dust removal care of clothes can be realized at least in the door care cavity 31.
- the use functions are diversified, which can well meet the diversification of consumers' use of the clothes care device. Demand.
- the first care component includes a medium care component 21 and a first fan 22.
- the medium care component 21 and the first fan 22 are both fixedly installed at the bottom of the cabinet 1, wherein the medium care component 21 is used to convert the gas output from the cabinet care cavity 11 into dry hot air, and the first fan 22 is used to convert the medium
- the gas output after the conversion of the care component 21 is input into the cabinet care cavity 11, so that the gas can be blown onto the clothes to be treated to realize the care of the clothes.
- it can also generate suction to the cabinet care cavity 11 to reduce The gas in the cabinet care cavity 11 is sucked out to realize the flow of internal gas.
- the cabinet 1 is provided with a first input port 18 for the first fan 22 to output gas into the cabinet care cavity 11 and a first output port 19 for the gas output in the cabinet care cavity 11 .
- the arrangement between the first input port 18 and the upper air outlet of the first fan 22 can be that the upper air outlet of the first fan 22 is directly arranged in the first input port 18, or the first input port 18 and The air outlets on the first fan 22 are communicated with each other through pipes.
- the arrangement between the first output port 19 and the medium care component 21 can be to directly set the suction port of the medium care component 21 in the first output port 19, or it can be to connect the first output port 19 to the medium care component.
- the suction ports of 21 are connected by pipes.
- the gas output from the first fan 22 can enter the cabinet care chamber 11 through the first input port 18, and after the laundry is processed, it is discharged from the first output port 19, so that the gas is in the cabinet.
- the nursing cavity 11 can continuously flow to realize the care of clothes.
- the medium care component 21 is a heat pump type clothing care component, and combined with the function of the first fan 22, the circulating use of gas in the closed channel can be realized.
- the medium care component 21 includes a condenser, a throttle valve, an evaporator, and the like.
- the basic working process of the first care component for clothes drying care is as follows: the air is heated by the condenser, and the hot dry air is sent into the care cavity 11 of the cabinet containing wet clothes. The clothes pass through and take away the moisture to become warm and humid gas, and then the warm and humid gas enters the evaporator to be cooled, and at the same time the moisture taken away from the damp clothes is precipitated and becomes a low-temperature dry gas.
- Such a cyclic operation realizes continuous drying and care of clothes.
- the circulation of gas in the entire closed channel is realized by the suction of the first fan 22.
- the cooling and dehumidifying care of the warm and humid gas is realized by the cold and heat exchange of the refrigerant, and the circulating flow of the refrigerant in the closed-loop refrigerant circuit is realized by the work of the compressor.
- the water separated during the working process is finally collected in the water box 24 (refer to FIG. 3).
- the first input port 18 and the first output port 19 are both arranged at the bottom of the cabinet care cavity 11, and are arranged at intervals in the cabinet care cavity. 11 at both ends of the length direction.
- the clothes to be treated hanging in the cabinet care cavity 11 are located above the first input port 18 and the first output port 19. Therefore, under the blowing of the first fan 22, the air is blown upwards from the first input port 18 located below the clothing to the clothing, and the clothing is processed.
- the gas inside can be sucked down and discharged from the first output port 19.
- the gas flow in the cabinet care cavity 11 is as follows: flows upward from the first input port 18, and then flows from top to bottom to the first output port 19 to achieve discharge.
- the first care component further includes a filter component 23 for filtering the gas output in the cabinet care cavity 11, and filters
- the assembly 23 is at least partially located in the first outlet 19. In this way, when the gas in the cabinet care cavity 11 is discharged from the first output port 19, it can be filtered through the filter assembly 23 to filter out the impurities entrained in the gas, so that the gas can flow into the media care assembly 21 again At the same time, it can be kept clean.
- the filter assembly 23 includes a body 231, an upper cover 232, a first filter element 235, and a second filter element 236.
- the main body 231 includes an air outlet 2311, and the main body 231 is formed with a flow channel 2312 through which gas passes, and the flow channel 2312 communicates with the air outlet 2311.
- the upper cover 232 covers the main body 231 and is located in the first output port 19 (refer to FIG. 1 ).
- the upper cover 232 is provided with an air inlet 2321 for the gas to flow into the flow channel 2312.
- the first filter element 235 is used to filter the gas for the first time; the second filter element 236 is arranged behind the first filter element 235 along the flow direction of the gas, and is used to filter the gas for the second time.
- the installation method of the first filter element 235 and the second filter element 236 can be that the first filter element 235 is installed on the upper cover 232 and the second filter element 236 is installed on the body 231; or the first filter element 235 and the second filter element 235 are installed on the body 231.
- the filter elements 236 are both installed on the upper cover 232; or the first filter element 235 and the second filter element 236 are both installed on the body 231.
- the gas that needs to be discharged from the cabinet care cavity 11 enters the air inlet 2321 on the upper cover 232, passes through the flow channel 2312, and is discharged from the air outlet 2311.
- the gas enters from the air inlet 2321 and is discharged from the air outlet 2311, it will pass through the first filter element 235 and the second filter element 236 in sequence, so that the passing airflow can be filtered twice to It can filter out the hair, dander and other impurities contained in the gas, so that the gas can be kept clean.
- the filtered gas is further processed such as drying and heating, and then transported to the care chamber 11 of the cabinet body to care for the clothes.
- the first filter element 235 is installed in the upper cover 232 and the second filter element 236 is installed on the body 231. In this way, the first filter element 235 and the second filter element 236 are installed separately, and the two are separated by a certain distance without interfering with each other, which can improve the filtering effect and the smoothness of the gas flow.
- the upper cover 232 includes a cover body 2322, an air outlet 2323, and an air passage 2324.
- the cover body 2322 is detachably connected to the body 231 and is at least partially located in the flow channel 2312; the air outlet 2323 is provided on the end of the cover body 2322 located in the flow channel 2312; the gas channel 2324 is provided in the cover body 2322,
- the passage 2324 communicates with the air inlet 2321 and the air outlet 2323.
- the air inlet 2321 is provided at the top of the cover body 2322, and the first filter 235 is installed in the air channel 2324.
- the gas first enters the gas delivery channel 2324 from the air inlet 2321 on the cover body 2322, then passes through the first filter 235 for the first filtration, and then is output from the air outlet 2323 to enter the flow of the body 231.
- the second filter element 236 is passed through for the second filtering, and finally discharged from the air outlet 2311.
- the cover body 2322 is detachably connected to the body 231, which improves the convenience of disassembly and assembly between the upper cover 232 and the body 231, and also facilitates the cleaning of the first filter element 235 in the cover body 2322.
- the filter assembly 23 further includes a sliding frame 233.
- the sliding frame 233 is detachably connected to the upper cover 232, and the sliding frame 233 is used for installing the first filter element 235.
- the upper cover 232 is provided with a sliding groove 2325 inside, and the sliding frame 233 is movably inserted in the sliding groove 2325, and the sliding groove 2325 is in communication with the gas transmission channel 2324.
- the first filter element 235 is installed on the sliding frame 233, and after the sliding frame 233 is inserted into the sliding groove 2325, the first filter element 235 can be located in the air conveying channel 2324.
- the first filter 235 can filter the passing gas for the first time.
- the impurities filtered out on the first filter element 235 can be cleaned by pulling the sliding frame 233, which improves the convenience of cleaning the first filter element 235.
- the air outlet 2311 is arranged on the side wall of the body 231, and the second filter element 236 is installed in the air outlet 2311.
- the second filter element 236 is installed in the air outlet 2311.
- the way in which the second filter element 236 is installed in the air outlet 2311 may be fixed by means of glue, clamping or screws.
- the manner and position of the air outlet 2311 provided on the side wall of the main body 231 are determined according to the installation position of the media care assembly 21 to be transported to the used media, so that the filtered air can be reliably delivered to the media.
- the care component 21 is used.
- the air outlet 2311 is arranged on the side wall of the main body 231, and is kept perpendicular to the flow channel 2312 inside the main body 231, so that the gas is output from the lateral direction.
- the filter assembly 23 further includes a connecting cylinder 234.
- the connecting barrel 234 is arranged between the main body 231 and the medium care component 21. It is used to connect the air outlet 2311 on the main body 231 with the air inlet of the media care assembly 21 so that the air after the double filtration can flow into the media care assembly 21.
- the main body 231 is installed in the connecting cylinder 234 in a detachable manner. When the second filter element 236 needs to be cleaned, the main body 231 can be taken out of the connecting cylinder 234 to realize the detachable cleaning of the second filter element 236. This improves the convenience of cleaning the second filter element 236.
- both the first filter element 235 and the second filter element 236 are filter meshes.
- the specification and number of layers of the filter can be selected according to the actual filtering requirements. The setting flexibility is good, and there is no restriction here.
- the door body 3 includes a middle door 32 and a front sealing door 33.
- the middle door 32 is movably connected to the cabinet body 1 to seal or open the cabinet body care cavity 11.
- the door body care cavity 31 is formed on the middle door 32; and the front sealing door 33 can be movably connected to the cabinet body 1 or the middle door 32 , Used to seal or open the door care cavity 31.
- the second care component 4 is at least partially installed in the middle door 32, and the middle door 32 is provided with a second input port 321 (refer to Figure 2) and the second outlet 322 for the gas in the door body care chamber 31 to output.
- the clothes to be treated are placed in the door body care cavity 31, and the door body care cavity 31 is sealed by the cover of the front sealing door 33.
- the gas generated by the second care component 4 for clothing care is blown into the door care cavity 31 from the second input port 321, and the clothing is treated accordingly during the flow, and then the gas is discharged from The second output port 322 is discharged. In this way, through the continuous input and exhaust of gas, the care of the clothes is realized.
- the second care component 4 includes a heating component 41 and a second fan. Both the heating assembly 41 and the second fan are installed in the middle door 32.
- the heating assembly 41 is used to heat air into hot air, and the second fan is used to suck air and transport it to the heating assembly 41 for heating.
- the middle door 32 is also provided with an air inlet 323 for the air sucked by the second fan to enter, and the exhaust end on the heating assembly 41 is located in the second input port 321 or directly butted with the second input port 321, In this way, the air sucked by the second fan flows in through the air inlet 323, and is then delivered to the heating assembly 41 for heating treatment, and then blows into the door care cavity 31 from the second inlet 321 to make the heated air
- the clothes in the door body care cavity 31 can be dried.
- the second input port 321 is provided at the bottom of the door body care cavity 31, and the second output port 322 is provided at the top of the door body care cavity 31.
- the drying air is blown upward from the bottom of the door body care chamber 31 to the clothes, and then discharged from the second output port 322 at the top, so that the air can flow from bottom to top, and the door body care chamber 31 can be filled with air. And can maintain a longer contact time with the clothes, and improve the effect of caring for the clothes.
- the second input port 321 and the second output port 322 can also be arranged at other positions of the door body 3 under the premise of satisfying the function of setting and use, which is not limited here. .
- the middle door 32 (refer to FIG. 5) includes a first door frame 324, a first raised portion 325, a second door frame 326, and a second raised portion 327 .
- the first protrusion 325 is provided on the first door frame 324 and is used for recessing to form the door body care cavity 31.
- the second input port 321 and the second output port 322 are provided on the first door frame 324 and are connected to the door body care cavity 31.
- the second door frame 326 is connected to the first door frame 324, and the second raised portion 327 is provided on the second door frame 326 to form a cavity 3271 for accommodating the first raised portion 325.
- the first protrusion 325 is fitted into the cavity 3271 of the second protrusion 327 without interference, so that the first door frame 324 and the second door frame 324
- the two door frames 326 can be reliably assembled.
- an accommodating space 328 for accommodating the second care component 4 is formed between the first door frame 324 and the second door frame 326, so that the second care component 4 can be installed in the accommodating space 328 to achieve hidden installation.
- the purpose is to facilitate the overall aesthetics of the middle door 32. Specifically, as shown in FIG.
- the bottom of the cavity 3271 formed by the second protrusion 327 is lower than the bottom of the first protrusion 325, so that the first protrusion 325 and the second protrusion 325
- a second input port 321 communicating with the door care cavity 31 is opened on the first protrusion 325, and the exhaust end on the heating assembly 41 is provided in the second input port 321.
- the second input port 321 is provided at the bottom of the door care cavity 31, so that after the first door frame 324 and the second door frame 326 are assembled, the bottom wall of the door care cavity 31 and the bottom wall of the cavity 3271 can be heated
- the position of the components such as the component 41 does not need to be additionally provided with more fixing parts (such as screws) to fix the heating component 41 and the like, which is beneficial to cost reduction and convenient assembly.
- the second input port 321 is provided at the bottom of the door body care cavity 31 so that the second input port 321 is directly opposite to the heating assembly 41 and other care components.
- the gas sucked by the fan is input into the heating assembly 41, and the gas can be directly blown into the door care cavity 31 from the second input port 321 after being heated by the heating assembly 41, so that the heated gas can be used for the door care cavity.
- the clothes in 31 are dried, thereby shortening the gas path and reducing heat loss.
- the second door frame 326 is located on the side close to the cabinet 1, that is, the back of the middle door 32, and the air inlet 323 is opened on the second door frame 326.
- the air inlet 323 is opened on the back of the second door frame 326, which serves the purpose of hiding and setting the whole.
- the clothing care device further includes a first hinge 12.
- the middle door 32 is movably connected to the cabinet 1 through the first hinge 12, so that the middle door 32 can be relative to the cabinet 1. By rotating, when the middle door 32 is covered on the cabinet 1, the cabinet care cavity 11 can be sealed, and when the middle door 32 is separated from the cabinet 1, the cabinet care cavity 11 can be opened.
- the first hinge 12 includes a first supporting plate 121 and a first connecting shaft 122. One end of the first connecting shaft 122 is fixedly connected to the first supporting plate 121, and the other end extends upward.
- the first supporting plate 121 is fixedly connected to the cabinet body 1, and the middle door 32 is provided with upward supporting force through the first supporting plate 121, and the middle door 32 is movably connected to the extension end of the first connecting shaft 122, and It can rotate around the first connecting shaft 122. In this way, the entire middle door 32 rotates relative to the cabinet 1 with the first connecting shaft 122 as the center of rotation, so as to seal or open the cabinet care cavity 11.
- the cabinet care cavity 11 can be reliably sealed, and it can also be used on the middle door 32.
- a first sealing ring 320 is connected.
- the first sealing ring 320 is connected to the side of the middle door 32 facing the cabinet 1 and is arranged around the edge of the cabinet care cavity 11 according to the shape of the cabinet care cavity 11 to seal the edge of the cabinet care cavity 11.
- the middle door 32 includes a first door frame 324 and a second door frame 326, and the second door frame 326 is close to the cabinet 1 side. Therefore, in the actual installation, the first sealing ring 320 is connected to the side of the second door frame 326 facing the cabinet 1.
- the first sealing ring 320 may also be arranged on the cabinet 1.
- the air inlet 323 is provided on the second door frame 326, in order to prevent the second door frame 326 from being attached to the cabinet body 121 when the middle door 32 is covered on the cabinet body 1, the air inlet 323 is blocked.
- the air inlet 323 is arranged at the lower end of the second door frame 326 and located outside the first sealing ring 320. That is, the first sealing ring 320 is sleeved on the outer circumference of the second protrusion 327, and the air inlet 323 is lower than the position where the first sealing ring 320 is located.
- the first sealing ring 320 is not only able to reliably seal the cabinet care cavity 11, but also can at least be provided with an air inlet 323 on the second door frame 326 under the action of the interval of the first sealing ring 320 The position is kept spaced from the cabinet 1 so that the second fan can smoothly suck air through the air inlet 323.
- the clothing care device further includes a second hinge 13.
- the second hinge 13 is used to movably connect the front door 33 (refer to FIG. 5) to the middle door 32.
- the second hinge 13 includes a second supporting plate 131 and a second connecting shaft 132.
- One end of the second connecting shaft 132 is fixedly connected to the second supporting plate 131 and the other end extends upward.
- the second support plate 1311 is fixedly connected to the middle door 32, and the front sealing door 33 is movably connected to the extension end of the second connecting shaft 132. In this way, the entire front closing door 33 rotates relative to the middle door 32 with the second connecting shaft 132 as the center of rotation.
- a second sealing ring is connected to the front sealing door 33 on the side facing the middle door 32 331, and the second sealing ring 331 is arranged around the edge of the door care cavity 31 according to the shape of the door care cavity 31, so as to be able to seal the edge of the door care cavity 31.
- the currently closed door 33 is set on the middle door
- the edge of the door body care cavity 31 is sealed by the second sealing ring 331, which can improve the reliability of sealing the door body care cavity 31.
- the clothing care device further includes a filter box 14 and a filter 15.
- the filter box 14 is installed on the top of the first protrusion 325, and the filter 15 is detachably arranged in the inner cavity of the filter box 14 for filtering the passing gas, and the inner cavity of the filter box 14 is connected to the door respectively.
- the body care cavity 31 is in communication with the second output port 322. In this way, the exhaust gas is filtered through the filter 15 to be able to filter out the gas such as hair, dander or peculiar smell, keep the exhaust gas clean, and achieve the effect of air purification.
- the provided filter 15 can reduce the speed of gas discharge, and can prolong the contact time between the gas and the clothes during steam ironing or aromatherapy, and enhance the effect of corresponding treatment.
- the filter 15 is a HEPA filter 15 (referred to as a high-efficiency air filter), which is mainly used to capture particulate dust and various suspended matter below 0.5um to achieve the purpose of air purification.
- the clothing care device further includes a third output port 16 and an adjustment assembly 17.
- the third output port 16 is provided on the middle door 32, specifically on the first protrusion 325, for gas output in the door body care chamber 31; and the adjustment assembly 17 is provided on the third output port 16, It is used to control the on and off of the gas output in the third output port 16. Because when clothes care is performed in the door care cavity 31 (refer to FIG. 5), the requirements for the flow rate of the discharged gas are different in different care modes.
- the opening of the third output port 16 can be enlarged by adjusting the assembly 17, so as to facilitate the rapid discharge of hot and humid gas to improve the drying efficiency, and in the early stage of drying (the temperature needs to be raised as soon as possible) Or later, the opening of the third output port 16 can be reduced or closed by the adjustment assembly 17, so that the gas can be discharged through the filter box 14 to achieve the purpose of purifying the discharged air.
- the opening of the third output port 16 is closed by the adjustment assembly 17, so that the clothing care device can be used as an air purifier.
- the top of the first protrusion 325 is provided with an exhaust port 34 communicating with the inner cavity of the filter box 14.
- the exhaust port 34 and the third output port 16 are both used to supply the gas in the door body care cavity 31. Pass, and then evacuate from the second output port 322 uniformly.
- the filter is installed in the exhaust port 34 to filter and purify the gas exhausted from the exhaust port 34. At the same time, it can also block the gas exhausted from the exhaust port 34 to slow down the gas from the exhaust port. 34, and the adjusting assembly 17 is arranged on the third output port 16 for adjusting the opening size of the third output port 16.
- the third output port 16 has a through-hole structure, and the gas can be smoothly discharged through the third output port 16. Therefore, the opening size of the third output port 16 can be adjusted by the adjustment assembly 17, and the discharge from the third output port 16 can be realized.
- the gas flow rate is controlled.
- the adjustment assembly 17 is provided to realize the control of the flow rate and the direction of the gas discharged from the door body care cavity 31. That is, when the adjusting assembly 17 completely closes the third output port 16 and other conditions remain unchanged, the gas can be discharged from the exhaust port 34 and through the second output port 322 at a substantially constant flow rate. In this state , Can be used for exhaust air in the early or late stage of drying.
- the opening size of the third output port 16 is adjusted by the adjustment assembly 17, as the third output port 16 is gradually opened, the way of gas discharge can be gradually changed to mainly discharge from the third output port 16, and from The flow rate of the gas discharged from the exhaust port 34 will gradually decrease, and when the third output port 16 is fully opened, the gas flow value discharged from the third output port 16 reaches the maximum state. At this time, it can meet the requirements for drying clothes. Exhaust demand in the mid-term state.
- the setting of the adjusting assembly 17 can effectively control the flow rate of the gas discharged from the door body care cavity 31 according to the size and the discharge direction, and meet the needs of diversified use of exhaust air.
- the adjusting assembly 17 includes an adjusting member 171 and a driving member 172.
- the adjusting member 171 is arranged adjacent to the third output port 16 for covering or opening the third output port 16; the driving member 172 is installed on the first protrusion 325 and connected with the adjusting member 171 for driving the adjusting member 171 moves relative to the third output port 16 to be able to adjust the opening size of the third output port 16 as required.
- the adjusting member 171 can be driven to reciprocate under the action of the driving member 172, and the range of the adjusting member 171 covered by the third output port 16 can be changed, thereby realizing the control of the gas passing through the third output port 16. The flow rate is adjusted.
- the adjusting member 171 includes an adjusting plate 1711, and the adjusting plate 1711 adopts an inverted manner to adjust the opening size of the third output port 16, that is, the adjusting plate 1711 completely covers
- the third output port 16 is provided on the third output port 16 to seal the third output port 16, or the third output port 16 is rotated to open a certain angle to adjust the opening size of the third output port 16.
- the driving member 172 is connected to the adjusting plate 1711 to be able to drive the adjusting plate 1711 to reciprocate and flip relative to the third output port 16 to achieve the purpose of adjusting the opening size of the third output port 16.
- the area of the adjusting plate 1711 in order to realize the effective covering of the third output port 16, it is preferable to set the area of the adjusting plate 1711 to be larger than the area of the third output port 16, so as to be able to cover the third output port 16 completely.
- the clothing care device further includes a steam generating assembly for generating steam required for care.
- the steam generating assembly includes a first steam generator 51, a second steam generator 52, a storage box 53 (refer to FIG. 1), and a conveying assembly 54.
- the first steam generator 51 is installed on the door body 3 and is used to deliver steam into the door body care cavity 31;
- the second steam generator 52 is installed on the cabinet body 1 and is used to deliver steam into the cabinet body care cavity 11;
- the storage box 53 is installed in the door body 3 or the cabinet 1 to store the medium needed to generate steam;
- the conveying assembly 54 is used to connect the first steam generator 51 and the second steam generator 52 to the storage box at the same time.
- a steam generator is provided to generate steam to perform care such as steam ironing, steam sterilization or aromatherapy on clothes.
- the first steam generator 51 and the second steam generator 52 are respectively used to provide steam to different care chambers.
- the door body 3 is provided with a first steam input port 329 (refer to FIG. 7) through which the steam generated by the first steam generator 51 can be input into the door body care chamber 31 (refer to FIG. 7).
- a second steam input port 10 is provided on the upper side for the steam generated by the second steam generator 52 to be input into the cabinet care cavity 11.
- first steam generator 51 and the second steam generator 52 are connected to the same storage box 53 through a conveying assembly 54.
- a conveying assembly 54 In this way, it is realized that multiple steam generators can share a storage box 53, so that there is no need to separately set a storage box 53 to store the medium for each steam generator. This not only reduces the complexity of the product structure, but also improves the production cost of the product. reduce. At the same time, it also simplifies the user's use and operation, the user's use and operation are convenient, and the user's actual use experience is improved.
- the delivery assembly 54 includes a first delivery pipe 541, a first delivery pump 542, a second delivery pipe 543 and a second delivery pump 544.
- One end of the first conveying pipe 541 is connected to the storage box 53, and the other end is connected to the first steam generator 51;
- the first conveying pump 542 is connected to the first conveying pipe 541 for conveying the medium in the storage box 53 to the first A steam generator 51;
- one end of the second delivery pipe 543 is connected to the storage box 53, and the other end is connected to the second steam generator 52;
- the second delivery pump 544 is connected in series to the second delivery pipe 543 to connect the storage box 53
- the medium inside is delivered to the second steam generator 52.
- the medium in the storage box 53 is transported to the first steam generator 51 through the first delivery pump 542, and the medium in the storage box 53 is delivered to the second steam generator 52 through the second delivery pump 544.
- the first steam generator 51 and the second steam generator 52 can work individually, or partly or completely work at the same time, and the use modes are diverse, which reliably meets the actual use requirements.
- the delivery assembly 54 further includes a converter 545 and an output pipe 546.
- the first delivery pipe 541 is connected between the converter 545 and the first steam generator 51
- the second The delivery pipe 543 is connected between the converter 545 and the second steam generator 52
- the output pipe 546 is connected between the storage box 53 and the converter 545.
- the first steam generator 51 is installed on the door 3, and the door 3 reciprocating rotation relative to the cabinet 1.
- the first delivery pipe 541 needs to pass through the door 3 and then penetrate into the cabinet 1 to realize the connection between the storage box 53 and the first steam generator 51. Therefore, in order to prevent the first conveying pipe 541 from being exposed directly and affecting the overall aesthetics.
- the first connecting shaft 122 is configured as a hollow shaft with a through hole, so that the first conveying tube 541 can pass through the through hole inside the first connecting shaft 122, which not only satisfies the connection
- the installation position of the first conveying pipe 541 is limited by the first connecting shaft 122, which can prevent the first conveying pipe 541 from being exposed directly, so as to prevent the exposed first conveying pipe 541 from affecting the overall aesthetics. This guarantees the aesthetic appearance of the product.
- the first connecting shaft 122 of the first hinge 12 located at the lower end of the middle door 32 is set as a hollow shaft with a through hole, which has little effect on the overall strength; the first hinge 12 located at the upper end of the middle door 32 can adopt a solid structure, thereby The manufacturing difficulty can be reduced; in some embodiments of the present application, the hinge at the upper end of the middle door 32 can also take other forms, which is not limited here.
- the clothing care device further includes a hanging component.
- the hanging component includes a hanging rack 61 and a rotating component 62.
- the hanging rack 61 is used to hang the clothes to be treated;
- the rotating assembly 62 is installed on the cabinet 1 (refer to Figure 1), and is connected with the hanging rack 61 and can be relatively rotated.
- the installed rotating assembly 62 is located in the cabinet for care
- the inside of the cavity 11 is used to drive the hanging rack 61 to be able to rotate, so as to adjust the care position of the clothes. That is, the hanging rack 61 and the rotating assembly 62 are connected, and the rotating assembly 62 is preferably fixedly installed on the top of the cabinet care cavity 11.
- the rotating assembly 62 can provide rotational driving force, so that the hanging rack 61 can be driven by the rotating assembly 62 to rotate clockwise or counterclockwise, so that the clothes hanging on the hanging rack 61 can rotate together.
- the position of the clothes care can be adjusted, so that the clothes can be uniformly treated, and the uniformity and efficiency of the clothes care are improved.
- the dust removal care may include High-speed air blowing and clothes shaking operation.
- the rotating assembly 62 includes a driving member 621 and a first fixing plate 622.
- the driving member 621 is used to provide the driving force required for the rotation of the hanging rack 61; and the first fixing plate 622 is connected to the cabinet 1 (refer to FIG. 1) for installation of the driving member 621.
- the driving member 621 is fixedly installed on the first fixing plate 622, and then the first fixing plate 622 is fixedly connected to the cabinet 1 to realize the installation of the entire rotating assembly 62.
- the hanging rack 61 can be driven to rotate when the rotating shaft of the driving member 621 rotates.
- the driving member 621 can drive the hanging rack 61 to rotate clockwise or counterclockwise within a certain range, preferably the rotation range is between plus and minus 15°, which can satisfy the clothing requirements.
- the use needs to be evenly cared for.
- the rotating assembly 62 further includes a second fixing plate 623 and a connecting beam 624.
- the second fixing plate 623 is connected to the cabinet 1 (refer to FIG. 1) for fixing the driving member 621; and the connecting beam 624 is arranged between the first fixing plate 622 and the hanging rack 61, and the hanging rack 61 is connected to the connecting beam. 624 connected.
- the first fixing plate 622 and the second fixing plate 623 are respectively bent and formed with grooves 625, and the driving member 621 is fixed in the installation space 626 formed by the two grooves 625.
- the common limiting and fixing of the two fixing plates 623 enables the driving member 621 to be reliably fixed.
- the grooves 625 are respectively formed in the middle of the first fixing plate 622 and the second fixing plate 623, and the two ends of the second fixing plate 623 are fixedly connected to the cabinet 1 by screw fasteners.
- the first fixing plate 622 The two ends of the connector are fixedly connected to the second fixing plate 623 and/or the cabinet 1 by screw-type fasteners.
- the driving member 621 is fixed together by the first fixing plate 622 and the second fixing plate 623, and the connecting beam 624 is fixedly connected with the rotating shaft of the driving member 621, and the hanging frame 61 is connected with the connecting beam 624.
- the driving member 621 under the rotation of the driving member 621, the connecting beam 624 can be driven to rotate, which drives the hanging rack 61 to rotate, thereby realizing the adjustment of the drying position of the clothes on the hanging rack 61.
- the driving member 621 is fixed in the installation space 626 with good fixing stability, and can reliably drive the clothes to rotate and adjust the care position.
- the rotating assembly 62 further includes a transmission gear 627 and a mounting plate 628.
- the transmission gear 627 is connected to the rotating shaft of the driving member 621 and is installed in the connecting beam 624; the mounting plate 628 is fixedly connected to the connecting beam 624, and is used to install the transmission gear 627 on the connecting beam 624; it is preferably arranged on the connecting beam 624 There is a mounting hole 629 for the transmission gear 627 to be installed.
- the transmission gear 627 is connected to the rotating shaft of the driving member 621, and the transmission gear 627 can be restricted and fixed in the mounting hole 629 on the connecting beam 624 through the mounting plate 628.
- the connecting beam 624 can rotate relative to the driving member 621, and at the same time, the requirement of providing reliable support for the hanging clothes is met.
- the driving member 621 and the connecting beam 624 are transmitted through the transmission gear 627, so there will be no slipping and idling problems, and the transmission reliability is good.
- the transmission gear 627 includes a gear body 6271 and a mounting protrusion 6272 located at the upper end of the gear body 6271.
- the mounting protrusion 6272 is suitable for mating with the rotating shaft of the driving member 621.
- a limit tooth meshing with the transmission gear 627 is formed in the mounting hole 629, the tooth on the transmission gear 627 for meshing with the limit tooth in the mounting hole 629 is provided on the gear body 6271, and the mounting protrusion 6272
- the shaft hole matching the shaft of the driving member 621 the shaft of the driving member 621 is inserted into the shaft hole to realize the connection, and a non-slip structure is provided between the shaft of the driving member 621 and the shaft hole to avoid driving The rotating shaft of the piece 621 slips in the shaft hole.
- the mounting plate 628 is formed with a via 6281.
- the aperture of the via 6281 is larger than the radial size of the mounting protrusion 6272 and the aperture of the via 6281 is smaller than the radial size of the gear body 6271.
- the screw 6272 is adapted to pass through the through hole 6281 to be connected to the rotating shaft of the driving member 621.
- the aperture of the via 6281 is smaller than the radial size of the gear body 6271, and the mounting plate 628 Under the limitation of, the transmission gear 627 can be reliably fixed in the mounting hole 629 without falling out of the through hole 6281.
- the aperture of the through hole 6281 is larger than the radial size of the mounting protrusion 6272, and the mounting protrusion 6272 can still rotate relative to the mounting plate 628 after passing through the through hole 6281 on the mounting plate 628.
- the hanging rack 61 includes a first suspension beam 611 and a second suspension beam 612.
- the first suspension beam 611 is provided with a first sliding structure;
- the second suspension beam 612 is provided with a second sliding structure, and the first sliding structure is slidably connected to the second sliding structure.
- Either one of the first suspension beam 611 and the second suspension beam 612 is adapted to be connected to the connecting beam 624, and the other is provided with a hanging structure 613 for clothes hanging.
- the hanging rack 61 formed in this way is arranged, the hanging structure 613 is used for at least the hanging of the clothes to be treated, and any one of the first hanging beam 611 and the second hanging beam 612 is connected with the connecting beam 624 to achieve fixed installation. Then, the other suspension beam can reciprocally slide and expand relative to the connecting beam 624. As a result, the length of the hanging rack 61 can be converted into reciprocating and retractable. In the actual use process, one of the hanging beams can be extended when one of them is in an active state, so as to be suspended on the hanging beam. The clothes protrude from the cabinet 1, which is convenient for distinguishing and picking and placing the hanging clothes. After the identification and pick-and-place operations are completed, the suspended beam that has been pulled out can be pushed back. The hanging rack 61 under this structure can be easily withdrawn and pushed back, which improves the convenience of taking and placing clothes.
- the first suspension beam 611 is connected with the connecting beam 624
- the second suspension beam 612 can reciprocate and retract relative to the first suspension beam 611
- the hanging structure 613 is arranged on the second suspension beam 612.
- the hanging rack 61 further includes a connecting piece 614 (refer to FIG. 13) for installing the first suspension beam 611.
- One end of the connecting piece 614 is connected to the connecting beam 624, and the other end of the connecting piece 614 is fixedly connected to the first suspension beam 611.
- the connection between the first suspension beam 611 and the connecting beam 624 is realized by providing the connecting member 614, which improves the convenience of installation of the overall structure.
- two or more connecting members 614 can be evenly arranged to improve the fixing reliability of the connection.
- the hanging structure 613 is a clothes hanging rod connected to the second suspension beam 612.
- the clothes hanging rod is bent to form a receiving groove 6131, and the clothes are hung on the clothes hanging rod and located in the receiving groove.
- the two ends of the clothes rail are connected to the second suspension beam 612.
- a plurality of limiting protrusions 6132 may be provided at intervals on the clothes rail and located at the bottom of the accommodating groove 6131 to prevent the hanging clothes from sliding.
- the positioning of the hanging clothes can also be achieved by setting pits.
- the hanging rack 61 further includes a handle 615.
- the handle 615 is connected to the second suspension beam 612 for pulling the second suspension beam 612 so that the second suspension beam 612 can telescope and slide relative to the first suspension beam 611.
- a handle 615 on the second suspension beam 612 it can act on the handle 615 when the second suspension beam 612 is pulled or pushed back, which can improve the convenience of corresponding operations.
- the first sliding structure is a sliding block, and the second sliding structure is a sliding groove; or the first sliding structure is a sliding groove, and the second sliding structure is a sliding block, and the sliding block is slidably arranged in the sliding groove.
- the sliding groove guides the movement of the sliding block, so that the sliding block can smoothly slide back and forth in the sliding groove, thereby realizing the reciprocating sliding of the second suspension beam 612 relative to the first suspension beam 611, and improving the loading of clothes on the hanging structure 613 Convenience of access.
- the hanging rack 61 further includes pulleys. Arranging the pulley between the first sliding structure and the second sliding structure can reduce the relative sliding friction between the first sliding structure and the second sliding structure, thereby improving the smoothness of the reciprocating expansion and contraction of the second suspension beam 612. Comfort.
- the hanging device 1 provided in the embodiment of the present application is provided with a hanging rack 61 and a rotating assembly 62, and the hanging rack 61 and the rotating assembly 62 are connected, thereby not only meeting the hanging needs of clothes during care, but also Moreover, the hanging device 1 can also realize the rotation adjustment or shaking operation of the care position of the clothes during the care, so that the clothes care effect is better. At the same time, the hanging device 1 can also reciprocate and retract, which is convenient for taking and placing clothes. It is easy to distinguish and easy to use.
- the clothing care device further includes a foldable rack 7, which is arranged in the cabinet care cavity 11 and located below the cabinet care cavity 11, When the clothing care device is caring for small pieces of clothing, it can provide support for the small pieces of clothing, so as to meet the needs of placing small pieces of clothing.
- the rack 7 includes a rack body 71 and a rotating structure 72.
- the frame 71 is arranged in the cabinet care cavity 11 (refer to FIG. 1) of the clothing care device, and is located below the cabinet care cavity 11.
- the frame 71 is used to place objects to be treated; the frame 71 and the cabinet 1
- the connection between the two sides may be a fixed connection, or a connecting piece is provided on the inner wall of the cabinet care cavity 11, which can meet the requirement of forming a detachable connection with the two ends of the frame 71.
- the rotating structure 72 is arranged on the frame 71, and the rotating structure 72 is used to enable a part of the frame 71 to be turned over, so as to reduce the supporting surface for placing the object to be processed.
- the frame 71 when the care of small pieces of clothing (such as drying) is performed in the cabinet care cavity 11, the frame 71 can be fully unfolded, and the frame 71 can form a supporting surface, and the small pieces of clothing to be treated can be placed on The shelf 71 is sufficient.
- the shelf body 71 can be placed at any position in the height direction of the cabinet care cavity 11 as required, and is preferably arranged in a horizontal state.
- the frame 71 can be rotated with the rotating structure 72 as the center of rotation, and a part of the frame 71 can be turned over to reduce the supporting area of the frame 71. In turn, it is possible to prevent the long clothes from being shielded in the height direction of the cabinet care cavity 11, and meet the use requirements of the hanging long clothes to be fully expanded in the cabinet care cavity 11 for care.
- the frame body 71 is configured to include at least two bracket monomers 711, and the rotating structure is arranged between two adjacent bracket monomers 711.
- two adjacent stent monomers 711 can rotate with each other, so that one stent 711 can be folded and attached to the other stent 711; it can also be that each stent 711 is completely unfolded; One part of the single stent 711 is folded, and the other part is unfolded for use.
- the single bracket 711 includes a frame body 7111 and a network frame 7112 provided inside the frame body 7111.
- the shape of the frame body 7111 is set according to actual usage requirements.
- the interior of the frame body 7111 is a hollow structure, and the net frame 7112 is arranged inside the frame body 7111 and is connected to the frame body 7111, so that the single stent 711 formed can satisfy Place small pieces of clothing.
- a plurality of hollow holes are provided in the net frame 7112 for air to pass through the hollow holes during the care process to care for the clothes placed on the stand monomer 711, which can improve the efficiency of clothes care.
- the rack 7 further includes a fixing member 73.
- the fixing member 73 is connected to two adjacent bracket monomers 711, and the fixing member 73 is used to fix the folded adjacent two bracket monomers 711.
- the fixing member 73 is used to fix the folded adjacent two bracket monomers 711.
- the fixing member 73 includes a fixing portion 731 and a fixing groove 732.
- One end of the fixing portion 731 is connected to any one of the two adjacent bracket monomers 711; and the fixing groove 732 is provided on the other end of the fixing portion 731, and the fixing groove 732 is used for the adjacent two bracket monomers 711. The other one is snapped into place.
- the fixing portion 731 can be elastically deformed.
- the fixing member 73 has a simple structure and is easy to manufacture, which is beneficial to reducing the production cost of the rack 7.
- the clothing care device includes: a cabinet with a cabinet care cavity for accommodating the clothing to be treated; a door movably connected with the cabinet, and the door is used to connect the
- the cabinet body care cavity is sealed or opened, and the door body is formed with a door body care cavity for accommodating the clothes to be treated; the care component is used to treat the cabinet body care cavity and the door body care cavity to be treated Care of clothing.
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- Engineering & Computer Science (AREA)
- Textile Engineering (AREA)
- Chemical & Material Sciences (AREA)
- Chemical Kinetics & Catalysis (AREA)
- Apparatus For Disinfection Or Sterilisation (AREA)
- Accessory Of Washing/Drying Machine, Commercial Washing/Drying Machine, Other Washing/Drying Machine (AREA)
Abstract
一种衣物护理装置,包括:柜体(1),内部形成有用于容纳待护理衣物的柜体护理腔(11);门体(3),与所述柜体活动连接,所述门体用于将所述柜体护理腔密封或打开,所述门体的内部形成有用于容纳待护理衣物的门体护理腔(31);护理组件,用于对所述柜体护理腔及所述门体护理腔内的待护理衣物进行护理。柜体和门体均能够用于衣物的护理,可以同时进行,也可以相互独立进行,能够实现衣物护理的功能多样,很好地满足消费者对衣物护理装置的使用需求。
Description
相关申请的交叉引用
本申请基于申请号为202010188670.6.5、申请日为2020年03月18日的中国专利申请提出,并要求该中国专利申请的优先权,该中国专利申请的全部内容在此引入本申请作为参考。
本发明属于衣物护理技术领域,尤其涉及一种衣物护理装置。
衣物护理机以其具有除褶皱、除异味、防过敏和轻柔烘干等功能,为衣物的护理带来了方便。而随着生活品质的不断提升,消费者对衣物的护理机的使用功能的多样性要求也越来越多。因而,需要提供一种集多种使用功能为一体的衣物护理机来满足消费者的使用需求。
发明内容
为解决上述技术问题,本申请实施例提供了一种衣物护理装置。
本申请实施例提供的衣物护理装置,包括:柜体,内部形成有用于容纳待护理衣物的柜体护理腔;门体,与所述柜体活动连接,所述门体用于将所述柜体护理腔密封或打开,所述门体的内部形成有用于容纳待护理衣物的门体护理腔;护理组件,用于对所述柜体护理腔及所述门体护理腔内的待护理衣物进行护理。
本申请实施例中,所述护理组件包括第一护理组件及第二护理组件,所述第一护理组件至少部分设于所述柜体内,用于对所述柜体护理腔内的 衣物进行护理,所述第二护理组件至少部分设于所述门体内,用于对所述门体护理腔内的衣物进行护理。
本申请实施例中,所述第一护理组件包括:介质护理组件,安装在所述柜体的底部,用于将由所述柜体护理腔输出的气体转换为干燥的热风;第一风机,安装在所述柜体的底部,用于将由所述介质护理组件转换后输出的气体输入到所述柜体护理腔内;其中,所述柜体上开设有用于供所述第一风机输出的气体进入到所述柜体护理腔内的第一输入口和用于供所述柜体护理腔内的气体输出的第一输出口。
本申请实施例中,所述第一输入口和所述第一输出口均位于所述柜体护理腔的底部。
本申请实施例中,所述第一护理组件还包括用于对所述柜体护理腔内输出的气体进行过滤的过滤组件,所述过滤组件至少部分位于所述第一输出口中。
本申请实施例中,所述过滤组件包括:本体,包括出风口,所述本体内部形成有供所述气体通过的流道,所述流道与所述出风口连通;上盖,盖设在所述本体上,并位于所述第一输出口中,所述上盖设置有供所述气体流向所述流道内的进气孔;第一过滤件,用于对所述气体进行第一次过滤;第二过滤件,沿所述气体的流动方向,设置在所述第一过滤件的后方,用于对所述气体进行第二次过滤;其中,所述第一过滤件安装在所述上盖上,所述第二过滤件安装在所述本体上;或所述第一过滤件和所述第二过滤件均安装在所述上盖上;或所述第一过滤件和所述第二过滤件均安装在所述本体上。
本申请实施例中,所述门体包括:中门,与所述柜体活动连接,用于将所述柜体护理腔密封或打开,所述门体护理腔形成在所述中门上;前封门,与所述柜体或所述中门活动连接,用于将所述门体护理腔密封或打开; 其中,所述第二护理组件安装在所述中门内,所述中门上开设有用于供所述第二护理组件输出的气体进入到所述门体护理腔内的第二输入口和供所述门体护理腔内的气体输出的第二输出口。
本申请实施例中,所述第二护理组件包括:加热组件,安装在所述中门内,用于将空气加热成热风;第二风机,设置在所述中门内,用于抽吸空气输送至所述加热组件;其中,所述中门上还开设有供所述第二风机抽吸的空气进入的进风口,所述加热组件上的排气端位于所述第二输入口中。
本申请实施例中,所述第二输入口设置在所述门体护理腔的底部,所述第二输出口设置在所述门体护理腔的顶部。
本申请实施例中,所述衣物护理装置还包括:过滤盒,安装在所述中门上;过滤器,可拆卸设置在所述过滤盒的内腔中,用于对从所述第二输出口中通过的气体进行过滤;其中,所述过滤盒的内腔与所述第二输出口相连通。
本申请实施例中,所述衣物护理装置还包括:第三输出口,设置在所述中门上,用于供所述门体护理腔内的气体输出;调节组件,设置在所述第三输出口上,用于控制所述第三输出口内输出的气体的通断。
本申请实施例中,所述衣物护理装置还包括:第一蒸汽发生器,安装在门体上,用于向所述门体护理腔内输送蒸汽;第二蒸汽发生器,安装在柜体上,用于向所述柜体护理腔内输送蒸汽;存储盒,安装在所述门体或所述柜体内,用于存储产生蒸汽所需的介质;输送组件,用于将所述第一蒸汽发生器和所述第二蒸汽发生器同时与所述存储盒连接,以能够将所述存储盒内的介质输送至所述第一蒸汽发生器和/或所述第二蒸汽发生器。
本申请实施例中,所述衣物护理装置还包括:挂物架,用于供待护理的衣物悬挂;旋转组件,与所述挂物架活动连接,用于驱动所述挂物架转动,以能够对所述衣物的护理位置进行调整;其中,所述旋转组件安装在 柜体上,并位于所述柜体护理腔内。
本申请实施例中,所述挂物架包括:第一悬挂梁,设置有第一滑动结构;第二悬挂梁;设置有第二滑动结构;其中,所述第一滑动结构与所述第二滑动结构滑动相连,用于导向所述第一悬挂梁和所述第二悬挂梁之间能够往复伸缩滑动;所述第一悬挂梁和所述第二悬挂梁中的任意一个与所述旋转组件相连接,另一个设置有供所述衣物悬挂的挂物结构。
本申请实施例中,所述衣物护理装置还包括可折叠的置物架,所述置物架设置在柜体护理腔内,并位于所述柜体护理腔的下方。
本申请实施例所提供的衣物护理装置,通过在柜体内设置有柜体护理腔,在门体内设置有门体护理腔;而且在柜体内安装有第一护理组件,在门体内安装有第二护理组件。这样设置,实现了柜体和门体均能够用于衣物的护理,而且工作方式可以同时进行,也可以相互独立进行,使用方便性好。并且在柜体护理腔内至少能够实现衣物的烘干护理,在门体护理腔内至少能够实现衣物的除尘护理,从而使用功能多样,能够很好满足消费者对衣物护理装置使用功能多样性的需求。
应当理解的是,以上的一般描述和后文的细节描述仅是示例性和解释性的,并不能限制本申请。
此处的附图被并入说明书中并构成本说明书的一部分,示出了符合本申请的实施例,并与说明书一起用于解释本申请的原理。
图1是本申请实施例提供的衣物护理装置中门体处于打开状态下的示意图;
图2是本申请实施例提供的衣物护理装置中前封门处于打开状态下的示意图;
图3是本申请实施例提供的第一护理组件和过滤组件的结构示意图;
图4是本申请实施例提供的过滤组件的剖视图,图中省略了连接筒;
图5是本申请实施例提供的门体的结构示意图;
图6是本申请实施例提供的中门的第一种分解示意图;
图7是本申请实施例提供的中门的第二种分解示意图;
图8是本申请实施例提供的第一铰链、第二铰链以及第一输送管之间的装配示意图;
图9是本申请实施例提供的调节组件在第一状态下的示意图;
图10是本申请实施例提供的调节组件在第二状态下的示意图;
图11是本申请实施例提供的蒸汽组件的结构示意图;
图12是本申请实施例提供的衣物悬挂在挂物组件上的示意图;
图13是本申请实施例提供的挂物架与旋转组件的分解示意图;
图14是本申请实施例提供的挂物组件的分解示意图;
图15是本申请实施例提供的置物架的结构示意图;
图16是图15中A处的局部放大示意图。
附图标记说明:
1、柜体;10、第二蒸汽输入口;11、柜体护理腔;12、第一铰链;121、第一支撑板;122、第一连接轴;13、第二铰链;131、第二支撑板;132、第二连接轴;14、过滤盒;15、过滤器;16、第三输出口;17、调节组件;171、调节件;1711、调节板;172、驱动部件;18、第一输入口;19、第一输出口;
21、介质护理组件;22、第一风机;23、过滤组件;231、本体;2311、出风口;2312、流道;232、上盖;2321、进气孔;2322、盖体;2323、出气孔;2324、输气通道;2325、滑槽;233、滑动架;234、连接筒;235、第一过滤件;236、第二过滤件;24、水盒;
3、门体;31、门体护理腔;32、中门;320、第一密封圈;321、第二 输入口;322、第二输出口;323、进风口;324、第一门框;325、第一凸起部;326、第二门框;327、第二凸起部;3271、凹腔;328、容置空间;3281、空间;329、第一蒸汽输入口;33、前封门;331、第二密封圈;34、排气口;
4、第二护理组件;41、加热组件;
51、第一蒸汽发生器;52、第二蒸汽发生器;53、存储盒;54、输送组件;541、第一输送管;542、第一输送泵;543、第二输送管;544、第二输送泵;545、转换器;546、输出管;
61、挂物架;611、第一悬挂梁;612、第二悬挂梁;613、挂物结构;6131、容置槽;6132、限位凸块;614、连接件;615、拉手;62、旋转组件;621、驱动件;622、第一固定板;623、第二固定板;624、连接梁;625、凹槽;626、安装空间;627、传动齿轮;6271、齿轮本体;6272、安装凸起;628、安装板;6281、过孔;629、安装孔;
7、置物架;71、架体;711、支架单体;7111、框体;7112、网架;72、转动结构;73、固定件;731、固定部;732、卡固槽。
为了能够更加详尽地了解本申请实施例的特点与技术内容,下面结合附图对本申请实施例的实现进行详细阐述,所附附图仅供参考说明之用,并非用来限定本申请实施例。
如图1所示,本申请实施例提供的一种衣物护理装置,可用于对衣物进行日常护理,如用于对衣物进行烘干、蒸汽熨烫除皱、杀菌和香薰等处理,提高了人们日常生活中对衣物护理的方便性。
如图1和图2所示,衣物护理装置包括柜体1、护理组件、门体3,护理组件包括第一护理组件和第二护理组件4(参照图5)。柜体1的内部形成有用于容纳待护理衣物的柜体护理腔11,而第一护理组件则至少部分安 装在柜体1内,能够在工作时产生护理介质,并将该护理介质输入到柜体护理腔11内用于对衣物进行相应的护理。如在烘干护理时,便能产生干燥的热气作为护理介质来对衣物进行烘干护理;而在香薰时,便能产生含有香味的气体作为护理介质来对衣物进行熏蒸。该第一护理组件用于至少对柜体护理腔11的衣物进行烘干护理,因而,该第一护理组件至少能够产生干燥的热风作为护理介质来实现对柜体护理腔11内的衣物进行烘干护理。
如图1和图2所示,门体3与柜体1活动连接,门体3能够相对柜体1往复转动,并能够盖设在柜体1上,用于将柜体护理腔11密封或打开。而门体3的内部形成有用于容纳待护理衣物的门体护理腔31。第二护理组件4(参照图5)至少部分安装在门体3内,能够在工作时产生护理介质,并将该护理介质输入到门体护理腔31内用于对衣物进行相应的护理。如在烘干护理时,便能产生干燥的热气作为护理介质来对衣物进行烘干护理;而在香薰时,便能产生含有香味的气体作为护理介质来对衣物进行熏蒸。本实施例中,柜体护理腔11和/或门体护理腔31还可以进行除尘护理,本实施例所称的除尘护理系包括对衣物进行高速气流吹扫以去除衣物上的灰尘的处理;本申请的一些实施例中,第二护理组件4可至少对门体护理腔31内的衣物进行除尘护理,因而该第二护理组件4至少能够产生流速较大的处理介质,以能够实现将衣物上的灰尘带走而达到除尘的目的。
本申请实施例所提供的衣物护理装置,通过采用在柜体1上设置有柜体护理腔11,在门体3上设置有门体护理腔31,并在柜体1中设置第一护理组件和在门体3中设置有第二护理组件4。从而,实现了柜体1和门体3均能够用于衣物的护理,使衣物护理装置的使用功能得到了提升,而且第一护理组件和第二护理组件4的工作方式可以同时进行,也可以相互独立进行,使用方便性好。并且在柜体护理腔11内至少能够实现衣物的烘干护理,在门体护理腔31内至少能够实现衣物的除尘护理,使用功能多样,能 够很好满足消费者对衣物护理装置使用功能多样性的需求。
如图1和图3所示,第一护理组件包括介质护理组件21和第一风机22。介质护理组件21和第一风机22均固定安装在柜体1的底部,其中介质护理组件21用于将由柜体护理腔11输出的气体转换为干燥的热风,而第一风机22用于将由介质护理组件21转换后输出的气体输入到柜体护理腔11内,使气体能够吹向待处理的衣物上而实现对衣物的护理,同时,还能够对柜体护理腔11产生抽吸力,将柜体护理腔11内的气体抽吸出而实现内部气体的流动。具体地,柜体1上开设有用于供第一风机22输出气体进入到柜体护理腔11内的第一输入口18和用于供柜体护理腔11内的气体输出的第一输出口19。第一输入口18与第一风机22上排风口之间的设置方式可以是将第一风机22上排风口直接设置在第一输入口18内,也可以是将第一输入口18与第一风机22上的排风口之间通过管道相连通。同样,第一输出口19与介质护理组件21之间的设置方式可以是将介质护理组件21的吸风口直接设置在第一输出口19内,也可以是将第一输出口19与介质护理组件21的吸风口之间通过管道相连通。这样,实现了使从第一风机22输出的气体能够经过第一输入口18进入到柜体护理腔11内,在对衣物进行处理后,再由第一输出口19排出,使气体在柜体护理腔11中能够持续流动,实现对衣物的护理。
具体地,在本申请实施例中,介质护理组件21为热泵式衣物护理组件,结合第一风机22的作用,能够实现气体在封闭通道中的循环使用。该介质护理组件21包括冷凝器、节流阀和蒸发器等。具体地,第一护理组件进行衣物烘干护理的基本工作过程为:通过冷凝器将空气加热,生成热的干燥气体被送入到装有潮湿衣物的柜体护理腔11内,干燥气体从潮湿衣物中穿过而带走水分而变成温湿气体,然后该温湿气体进入到蒸发器内被冷却,同时析出从潮湿衣物中所带走的水分而变成低温的干燥气体,该干燥气体 再次进入到冷凝器内,在冷凝器内再次被加热而成为热的干燥气体,然后再次被送入到装有潮湿衣物的柜体护理腔11内,开始下一个工作循环。如此循环运行,实现对衣物的连续干燥护理。气体在整个封闭通道中的循环流动则通过第一风机22的抽吸来实现。而在蒸发器中对温湿气体进行降温除湿的护理是通过制冷剂进行冷热交换来实现,制冷剂在闭环制冷剂回路中的循环流动则通过压缩机的工作而实现。而工作过程中析出的水最后被收集在水盒24中(参照图3)。
如图1和图3所示,在一些可能的实施方案中,采用将第一输入口18和第一输出口19均设置在位于柜体护理腔11的底部,并间隔设置在柜体护理腔11的长度方向的两端。这样设置,使悬挂在柜体护理腔11中的待处理衣物位于第一输入口18和第一输出口19的上方。从而,在第一风机22的吹动下,使气体由位于衣物下方的第一输入口18朝向上方吹向衣物,对衣物进行处理,而由于第一风机22也会在第一输出口19会产生抽吸力,便能够将内部的气体往下抽吸而从第一输出口19排出。具体地,气体在柜体护理腔11中的流动方式为:由第一输入口18向上流动,再由上往下流向第一输出口19而实现排出。
如图1和图3所示,由于待处理的衣物上会存在粘附有毛发、皮屑等杂物的情况,而在气体在吹向衣物上时,会将杂物从衣物上吹落而混合在气体中。因而,为了实现对气体中所夹带的杂物进行过滤,在本申请实施例中,该第一护理组件还包括用于对柜体护理腔11内输出的气体进行过滤的过滤组件23,而且过滤组件23至少部分位于第一输出口19中。这样,柜体护理腔11中的气体在由第一输出口19排出时,能够经由过滤组件23而实现过滤,将夹带在气体中的杂物滤除,使气体再次流入到介质护理组件21中时,能够保持洁净。
如图3和图4所示,过滤组件23包括本体231、上盖232、第一过滤 件235和第二过滤件236。本体231包括出风口2311,而本体231形成有供气体通过的流道2312,流道2312与出风口2311连通的流道2312。上盖232盖设在本体231上,并位于第一输出口19(参照图1)中,上盖232设置有供气体流向流道2312内的进气孔2321。而第一过滤件235用于对气体进行第一次过滤;第二过滤件236沿气体的流动方向,设置在第一过滤件235的后方,用于对气体进行第二次过滤。而第一过滤件235和第二过滤件236的安装方式,可以是第一过滤件235安装在上盖232上,第二过滤件236安装在本体231上;或第一过滤件235和第二过滤件236均安装在上盖232上;或第一过滤件235和第二过滤件236均安装在本体231上。这样,工作过程中,柜体护理腔11内需要排出的气体由上盖232上的进气孔2321进入,并穿过流道2312后从出风口2311排出。而气体在从进气孔2321进入,再从出风口2311排出的过程中,会依次穿过第一过滤件235和第二过滤件236,便可实现对穿过的气流进行两次过滤,以能够将气体中所夹带的毛发、皮屑等杂物滤除,使气体能够保持洁净。而经过滤除后的气体,再经过如干燥、加热等处理后,再次被输送到柜体护理腔11内用于对衣物进行护理。
在一些可能的实施方案中,采用将第一过滤件235安装在上盖232中,而第二过滤件236安装在本体231上。这样,将第一过滤件235和第二过滤件236分开安装,而且两者间隔有一定距离,互不干扰,能够提升过滤的效果和气体流动的顺畅性。
如图3和图4所示,上盖232包括盖体2322、出气孔2323和输气通道2324。盖体2322可拆卸连接在本体231上,并至少部分位于流道2312内;出气孔2323设置在盖体2322位于流道2312内的一端上;输气通道2324设置在盖体2322内,输气通道2324连通进气孔2321与出气孔2323。进气孔2321设置在盖体2322的顶部,第一过滤件235安装在输气通道2324内。 这样设置,气体首先从盖体2322上的进气孔2321进入到输气通道2324内,然后穿过第一过滤件235进行第一次过滤,再从出气孔2323输出而进入到本体231的流道2312内,随后从第二过滤件236穿过而进行第二次过滤,最后从出风口2311排出。而且,盖体2322可拆卸与本体231连接,提高了上盖232与本体231之间的拆装的方便性,也便于对盖体2322内的第一过滤件235的清洗。
如图3和图4所示,在一种可能的实施方案中,过滤组件23还包括滑动架233。滑动架233与上盖232可拆卸连接,滑动架233用于安装第一过滤件235。上盖232的内部设置有滑槽2325,滑动架233可活动地插设在滑槽2325内,滑槽2325与输气通道2324连通。这样,第一过滤件235安装在滑动架233上,且在当滑动架233插入到滑槽2325内后,第一过滤件235能够位于输气通道2324内。从而,在将滑动架233插入到滑槽2325内,第一过滤件235便可对通过的气体进行第一次过滤。而设置有滑动架233,便可通过抽拉滑动架233而实现对第一过滤件235上所滤除的杂物进行清洗,提升了对第一过滤件235清洗的方便性。
在一种可能的实施方案中,将出风口2311设置在本体231的侧壁上,而第二过滤件236安装在出风口2311中。这样,流道2312内的气体在从出风口2311排出时,先经过第二过滤件236的过滤后再排出,能够进一步提升排出的气体的洁净性。而第二过滤件236安装在出风口2311中的方式,可以是通过胶粘或卡固或螺丝等方式固定。同时,出风口2311设置在本体231的侧壁上的方式以及位置,根据过滤后的气体所要输送到被使用的介质护理组件21的安装位置来决定,以使过滤后的气体能够可靠输送到介质护理组件21中被利用。在本申请实施例中,根据介质护理组件21所安装的位置,将出风口2311设置在本体231的侧壁上,与本体231内部的流道2312保持垂直,使气体从侧向方向输出。
如图3和图4所示,过滤组件23还包括连接筒234。该连接筒234设置在本体231与介质护理组件21之间。用于将本体231上的出风口2311和介质护理组件21的进风口相连通,使经过双重过滤之后的气体能够流入到介质护理组件21内。而本体231采用可拆卸的方式安装在连接筒234中,在需要对第二过滤件236进行清洗时,可以将本体231从连接筒234取出,实现对第二过滤件236的可拆卸清洗,提升了对第二过滤件236清洗的方便性。
在一些可能的实施方案中,将第一过滤件235和第二过滤件236均为过滤网。过滤网的规格和层数,可根据实际的过滤需求来选择,设置灵活性好,在此并不做限制。
如图1和图5所示,在一些可能的实施方案中,门体3包括中门32和前封门33。中门32与柜体1活动连接,用于将柜体护理腔11密封或打开,门体护理腔31形成在中门32上;而前封门33则可以与柜体1或中门32活动连接,用于将门体护理腔31密封或打开。具体地,第二护理组件4至少部分安装在中门32内,而中门32上开设有用于供第二护理组件4输出的气体进入到门体护理腔31内的第二输入口321(参照图2)和供门体护理腔31内的气体输出的第二输出口322。这样,待护理的衣物放置在门体护理腔31内,通过前封门33的盖设将门体护理腔31密封。在护理时,第二护理组件4产生的衣物护理时所需的气体由第二输入口321吹入到门体护理腔31内,并在流动的过程中对衣物进行相应的护理,然后气体从第二输出口322排出。如此,通过气体的持续输入和排出,实现衣物的护理。
如图2和图6所示,在一种可能的实施方案中,第二护理组件4包括加热组件41和第二风机。加热组件41和第二风机都安装在中门32内。加热组件41用于将空气加热成热风,而第二风机用于抽吸空气输送至加热组件41内进行加热。具体地,在中门32上还开设有供第二风机抽吸的空气 进入的进风口323,加热组件41上的排气端位于第二输入口321中或与第二输入口321直接对接,这样,第二风机抽吸的空气由进风口323流入,然后被输送至加热组件41内进行加热处理,之后再从第二输入口321而吹向门体护理腔31内,使加热后的气体能够对门体护理腔31内的衣物进行烘干处理。
如图2和图5所示,在本申请实施例中,采用将第二输入口321设置在门体护理腔31的底部,第二输出口322设置在门体护理腔31的顶部。这样,烘干气体由门体护理腔31的底部向上吹向衣物,然后从顶部的第二输出口322排出,使气体能够由下往上流动,便可使门体护理腔31内充满气体,并能与衣物保持较长的接触时间,提升对衣物进行护理的效果。当然,可以理解地,在其他实施例中,在满足设置和使用功能的前提下,也可将第二输入口321和第二输出口322设置在门体3的它位置,在此并不作限制。
如图6和图7所示,在一种可能的实施方案中,中门32(参照图5)包括第一门框324、第一凸起部325、第二门框326和第二凸起部327。第一凸起部325设置在第一门框324上,用于凹陷形成门体护理腔31,第二输入口321和第二输出口322设置在第一门框324上,并与门体护理腔31相连通;第二门框326与第一门框324相连,而第二凸起部327设置在第二门框326上,用于形成容纳第一凸起部325的凹腔3271。这样,第一门框324和第二门框326在进行装配时,第一凸起部325便装入到第二凸起部327的凹腔3271内,不会出现干涉,使第一门框324和第二门框326之间能够可靠实现装配。而且,在第一门框324和第二门框326之间形成有用于容纳第二护理组件4的容置空间328,便可将第二护理组件4安装在该容置空间328内,达到隐藏安装的目的,有利于中门32整体的美观性。具体的,如图7所示,本实施例中,第二凸起部327形成的凹腔3271的底部 低于第一凸起部325的底部,从而第一凸起部325与第二凸起部327形成的凹腔3271之间存在空间3281,该空间3281为容置空间328的组成部分,可将第二护理组件4中的一部分,如加热组件41安装在该空间3281内。同时,在第一凸起部325上开设有与门体护理腔31连通的第二输入口321,加热组件41上的排气端设置在第二输入口321内,对应的,本实施例中,第二输入口321设于门体护理腔31的底部,从而在第一门框324与第二门框326装配后,门体护理腔31的底壁以及凹腔3271的底壁即可实现对加热组件41等部件的限位,这使得本实施例不需要额外设置较多的固定件(如螺钉)来对加热组件41等进行固定,从而有利于成本的降低以及装配方便。另外,第二输入口321设于门体护理腔31的底部,使得第二输入口321与加热组件41等护理组件直接相对。这样,风机抽吸的气体输入到加热组件41中,气体被加热组件41加热后可直接从第二输入口321中吹入到门体护理腔31中,使加热后的气体能够对门体护理腔31内的衣物进行烘干处理,从而缩短了气体路径,减少了热量损失。
本实施例中,第一门框324和第二门框326装配后,第二门框326位于靠近柜体1的一侧,即为中门32的背面,而进风口323开设在第二门框326上。这样,避免了进风口323的直接外露,不仅满足了供第二风机所抽吸的空气能够顺利进入,而且,进风口323开设在第二门框326的背面,起到了隐藏设置的目的,使整个门体3的外观能够保持一致性,提升了门体3整体的美观性。
如图1和图8所示,本申请实施例中,衣物护理装置还包括第一铰链12,中门32通过第一铰链12与柜体1实现活动连接,使中门32能够相对柜体1转动,当中门32盖设在柜体1上时,便能将柜体护理腔11密封,而中门32与柜体1分离时,便实现了柜体护理腔11的打开。该第一铰链12包括第一支撑板121和第一连接轴122,第一连接轴122一端固定连接 在第一支撑板121上,另一端向上延伸。具体地,第一支撑板121与柜体1固定连接,通过第一支撑板121为中门32提供向上的支撑力,而中门32则活动连接在第一连接轴122的延伸端上,并能够绕第一连接轴122转动。这样,整个中门32便以第一连接轴122为旋转中心而相对于柜体1转动,实现对柜体护理腔11密封或打开。
如图1和图5所示,在一些可能的实施方案中,为了提高当中门32盖设在柜体1上时,能够可靠将柜体护理腔11密封,还可采用在将中门32上连接有第一密封圈320。该第一密封圈320连接在中门32朝向柜体1的一面上,并根据柜体护理腔11的形状环绕柜体护理腔11的边缘设置,用于将柜体护理腔11边缘密封。具体地,由于中门32包括第一门框324和第二门框326,而且是第二门框326靠近于柜体1的一侧。因而,在实际设置中,将第一密封圈320连接在第二门框326朝向于柜体1的一面上。当然,可以理解地,在其它实施例中,也可采用将第一密封圈320设置在柜体1上。
进一步地,由于进风口323设置在第二门框326上,为了防止中门32盖设在柜体1上时,由于第二门框326与柜体121发生贴合而造成进风口323堵塞。如图6所示,在本申请实施例中,采用将进风口323设置在第二门框326的下端,并位于第一密封圈320外侧。即第一密封圈320套设在第二凸起部327的外周,而进风口323低于第一密封圈320所在的位置。这样,使所设置的第一密封圈320不仅能够满足将柜体护理腔11可靠密封,而且在第一密封圈320的间隔作用下,还能够至少将第二门框326上设置有进风口323的位置与柜体1保持间隔,使第二风机能够通过该进风口323顺利实现顺畅抽吸空气。
如图7和图8所示,本申请实施例中,衣物护理装置还包括第二铰链13。第二铰链13,用于将前封门33(参照图5)活动连接在中门32上。该 第二铰链13包括第二支撑板131和第二连接轴132,第二连接轴132一端固定连接在第二支撑板131上,另一端向上延伸。具体地,第二支撑板1311与中门32固定连接,而前封门33活动连接在第二连接轴132的延伸端上。这样,整个前封门33便以第二连接轴132为旋转中心而相对于中门32转动,当前封门33盖设在中门32上时,便实现了将门体护理腔31密封,而前封门33与中门32分离时,便实现了门体护理腔31的打开。
如图5所示,同样,为了确保前封门33盖设在中门32上时,能够可靠将门体护理腔31密封,采用在前封门33上朝向中门32的一面上连接有第二密封圈331,而且该第二密封圈331根据门体护理腔31的形状,采取环绕门体护理腔31的边缘设置,以能够将门体护理腔31的边缘密封,这样,当前封门33盖设在中门32上时,通过第二密封圈331来将门体护理腔31的边缘密封,能够提高将门体护理腔31密封的可靠性。
如图6和图7所示,衣物护理装置还包括过滤盒14和过滤器15。过滤盒14安装在第一凸起部325的顶部,而过滤器15可拆卸设置在过滤盒14的内腔中,用于对通过的气体进行过滤,并且,过滤盒14的内腔分别与门体护理腔31和第二输出口322相连通。这样,便通过过滤器15对排出的气体进行过滤,以能够实现对气体进行如毛发、皮屑或异味进行滤除,使排出的气体保持洁净,达到空气净化的效果。而且,设置的过滤器15能够降低气体排出的速度,在进行蒸汽熨烫或是香薰等护理时,能够延长气体与衣物之间接触的时间,增强相应处理的效果。优选地,该过滤器15为HEPA过滤器15(指高效空气过滤器),主要用于捕集0.5um以下的颗粒灰尘及各种悬浮物,达到空气净化的目的。
如图9和图10所示,在一种可能的实施方案中,衣物护理装置还包括第三输出口16和调节组件17。第三输出口16设置在中门32上,具体为设置在第一凸起部325上,用于供门体护理腔31内的气体输出;而调节组件 17设置在第三输出口16上,用于控制第三输出口16内输出的气体的通断。由于在门体护理腔31(参照图5)内进行衣物护理时,在不同的护理模式下对排出的气体的流量大小需求不同。如在烘干中期,可以通过调节组件17将第三输出口16的开口开大,从而有利于湿热气体的快速排出,以提高烘干效率,而在烘干初期(需要尽快的升高温度)或后期,可通过调节组件17将第三输出口16的开口调小或关闭,可使得气体经由过滤盒14排出以达到净化排出空气的目的。在烘干功能不使用时,如关闭加热组件时,通过调节组件17将第三输出口16的开口关闭,使得衣物护理装置可以作为空气净化器使用。
具体地,第一凸起部325的顶部开设有与过滤盒14的内腔连通的排气口34,该排气口34和第三输出口16均用于供门体护理腔31内的气体通过,然后再统一从第二输出口322排空。过滤器设置在排气口34中,用于对从排气口34中排出的气体进行过滤净化,同时还能够对从排气口34中排出的气体产生阻挡,起到减缓气体从排气口34中排出的流速,而调节组件17设置在第三输出口16上,用于调节第三输出口16开口大小。该第三输出口16为通孔结构,气体经过第三输出口16能够顺畅排出,因而通过调节组件17对第三输出口16的开口大小进行调节,便能够实现对从第三输出口16排出的气体流量大小进行控制。
在本申请实施例中,通过设置有调节组件17,便实现了对从门体护理腔31内排出的气体的流量大小和排出的方向进行控制。即当调节组件17使第三输出口16完全闭合,并在其他条件不变的情况下,气体便能够以基本不变的流速从排气口34并经由第二输出口322排出,此种状态,可以用于在进行如烘干初期或后期状态下的排风。而在通过调节组件17对第三输出口16的开口大小进行调节时,在随着第三输出口16逐渐打开,气体排出的方式便能够逐渐改变为主要从第三输出口16排出,而从排气口34排 出的气体流速便会逐渐降低,并在当第三输出口16完全打开时,从第三输出口16排出的气体流量值达到最大状态,此时可以满足在对衣物进行烘干中期状态的排气需求。该调节组件17的设置,能够有效对从门体护理腔31内排出的气体的流量按大小和排出的方向进行控制,满足了多样化排风的使用需求。
具体地,如图9和图10所示,调节组件17包括调节件171和驱动部件172。调节件171相邻第三输出口16设置,用于对第三输出口16进行遮盖或打开;驱动部件172安装在第一凸起部325上,并与调节件171连接,用于驱动调节件171相对第三输出口16运动,以能够按需调节第三输出口16的开口大小。这样设置,便可在驱动部件172的作用下驱使调节件171进行往复运动,能够改变调节件171遮盖在第三输出口16的范围大小,进而实现了对从第三输出口16所通过的气体流量大小进行调节。
如图9和图10所示,在本申请实施例中,调节件171包括调节板1711,而且调节板1711采用翻转的方式进行第三输出口16开口大小的调节,即通过调节板1711完全盖设在第三输出口16上实现对第三输出口16的密封,或是转动开启一定的角度而实现对第三输出口16开口大小的调节。这样,将驱动部件172与调节板1711连接,以能够驱动调节板1711相对于第三输出口16往复翻转而达到对第三输出口16开口大小进行调节使用目的。在具体设置中,为实现对第三输出口16的有效盖设,优选将调节板1711的面积设置成大于第三输出口16的面积,以能够完全遮盖第三输出口16
如图6和图11所示,在一种可能的实施方案中,衣物护理装置还包括蒸汽发生组件,用于产生护理时所需的蒸汽。该蒸汽发生组件包括第一蒸汽发生器51、第二蒸汽发生器52、存储盒53(参照图1)和输送组件54。第一蒸汽发生器51安装在门体3上,用于向门体护理腔31内输送蒸汽;第二蒸汽发生器52安装在柜体1上,用于向柜体护理腔11内输送蒸汽; 而存储盒53,安装在门体3或柜体1内,用于存储产生蒸汽所需的介质;输送组件54则用于将第一蒸汽发生器51和第二蒸汽发生器52同时与存储盒53连接,以能够将存储盒53内的介质输送至第一蒸汽发生器51和/或第二蒸汽发生器52。通过设置有蒸汽发生器,用于产生蒸汽来对衣物进行如蒸汽熨烫、蒸汽杀菌或香薰等护理。本申请实施例中,通过设置第一蒸汽发生器51和第二蒸汽发生器52分别用于向不同的护理腔内提供蒸汽。而且为满足使用需求,在门体3上开设有供第一蒸汽发生器51所产生的蒸汽能够输入到门体护理腔31内的第一蒸汽输入口329(参照图7),在柜体1上开设有供第二蒸汽发生器52所产生的蒸汽能够输入到柜体护理腔11内的第二蒸汽输入口10。并将第一蒸汽发生器51和第二蒸汽发生器52通过输送组件54连接在同一个存储盒53上。这样,实现了多个蒸汽发生器能够共用一个存储盒53,从而无需分别设置存储盒53来为每个蒸汽发生器存储介质,不仅降低了产品结构的复杂度,还能使产品的生产成本得到降低。同时,也简化了用户的使用操作,用户使用操作方便,改善了用户的实际使用体验感。
如图11所示,输送组件54包括第一输送管541、第一输送泵542、第二输送管543和第二输送泵544。第一输送管541的一端与存储盒53连接,另一端与第一蒸汽发生器51连接;第一输送泵542连接在第一输送管541上,用于将存储盒53内的介质输送至第一蒸汽发生器51;第二输送管543的一端与存储盒53连接,另一端与第二蒸汽发生器52连接;第二输送泵544串联在第二输送管543上,用于将存储盒53内的介质输送至第二蒸汽发生器52。这样设置,通过第一输送泵542将存储盒53内的介质输送至第一蒸汽发生器51,通过第二输送泵544将存储盒53内的介质输送至第二蒸汽发生器52。从而,实现第一蒸汽发生器51和第二蒸汽发生器52的单独工作,也可以是部分或者全部同时工作,使用方式多样,可靠满足了实际 使用的需求。
如图11所示,在一种可能的实施方案中,输送组件54还包括转换器545和输出管546,第一输送管541连接在转换器545和第一蒸汽发生器51之间,第二输送管543连接在转换器545和第二蒸汽发生器52之间,输出管546连接在存储盒53和转换器545之间。这样设置,使第一输送泵542和第二输送泵544在抽吸存储盒53内的介质时,介质在由存储盒53流向至转换器545之间的过程中,两者共用一个输出管546,而抽吸到的介质在进入到转换器545之后,再根据实际的工作方式,使介质流向第一蒸汽发生器51和/或第二蒸汽发生器52内使用。采用此时设置方式,能够减少介质由存储盒53内输出的管路,提升了整体管路的简洁性。
如图7和图8所示,在本申请实施例中,由于采用将存储盒53安装在柜体1(参照图1)中,第一蒸汽发生器51安装在门体3上,而门体3相对于柜体1往复转动。这样,第一输送管541便需要由门体3穿出,再穿入到柜体1内而实现存储盒53和第一蒸汽发生器51之间的连接。因而,为了防止第一输送管541直接外露而影响整体的美观性。在本申请实施例中,采用将第一连接轴122设置成具有通孔的空心轴,从而使第一输送管541能够从第一连接轴122内部的通孔穿出,这样,不仅满足了连接需求,而且第一输送管541的安装位置通过第一连接轴122限定,能够避免第一输送管541直接外露,便能够防止外露的第一输送管541影响整体的美观性的情况发生,很好地保证了产品外观的美观性。本实施例中,第一铰链12为两个,设于中门32的上下两端,另外,申请人发现,位于下端的第一铰链12主要承受向上支撑力,因此,本实施例中,仅将位于中门32下端的第一铰链12的第一连接轴122设置为具有通孔的空心轴,这对整体强度影响较小;位于中门32上端的第一铰链12可以采用实心结构,从而可以降低制造难度;在本申请的一些实施例中,位于中门32上端的铰链也可以 采用其他形式,在此不做限制。
如图12和图13所示,在一些可能的实施方案中,衣物护理装置还包括挂物组件。挂物组件包括挂物架61和旋转组件62。挂物架61用于供待护理的衣物悬挂;旋转组件62安装在柜体1(参照图1)上,并与挂物架61连接且能够相对转动,安装后的旋转组件62位于柜体护理腔11内部,用于驱动挂物架61能够转动,以对衣物的护理位置进行调整。即,挂物架61和旋转组件62连接,而旋转组件62优选固定安装在柜体护理腔11的顶部。采用上述设置,旋转组件62能够提供旋转的驱动力,便实现了挂物架61能够被旋转组件62驱动而进行顺时针或逆时针旋转,进而使悬挂在挂物架61上的衣物能够一起旋转,在护理的过程中通过驱使挂物架61顺时针或逆时针旋转,便能够对衣物护理的位置进行调整,使衣物能够被均匀护理,提升了衣物护理的均匀性和效率。另外,对于灰尘较多的衣物,通过控制旋转组件62能够对待护理衣物进行抖动等操作,配合高速气流吹扫,能够更好的去除衣物上的灰尘,也即,本实施中,除尘护理可以包括高速气流吹扫以及衣物抖动操作。
如图13和图14所示,旋转组件62包括驱动件621和第一固定板622。驱动件621用于提供挂物架61转动时所需的驱动力;而第一固定板622与柜体1(参照图1)连接,用于供驱动件621安装。这样,将驱动件621固定安装在第一固定板622上,再将第一固定板622与柜体1固定连接,便实现整个旋转组件62安装。在将驱动件621的转轴与挂物架61固定连接后,便可以在驱动件621的转轴转动时,驱使挂物架61转动。在本申请实施例中,根据实际的使用需求,驱动件621驱动挂物架61在一定范围内顺时针或逆时针旋转即可,优选为旋转范围在正负15°之间,即可满足衣物被均匀护理的使用需求。
如图13和图14所示,在一种可能的实施方案中,该旋转组件62还包 括第二固定板623和连接梁624。第二固定板623与柜体1(参照图1)连接,用于固定驱动件621;而连接梁624设置在第一固定板622与挂物架61之间,挂物架61则与连接梁624相连。具体地,第一固定板622和第二固定板623上分别弯折形成有凹槽625,驱动件621便固定在两个凹槽625形成的安装空间626中,通过第一固定板622和第二固定板623的共同限位固定,使驱动件621能够被可靠固定。优选将凹槽625分别形成在第一固定板622和第二固定板623的中部,而第二固定板623的两端通过螺丝类紧固件固定连接在柜体1上,第一固定板622的两端则通过螺丝类紧固件固定连接在第二固定板623和/或柜体1上。这样,驱动件621被第一固定板622和第二固定板623共同固定,而连接梁624与驱动件621的转轴固定连接,同时挂物架61则与连接梁624相连。如此,在驱动件621的转动下,能够驱使连接梁624旋转,便带动挂物架61转动,进而实现了挂物架61上衣物烘干位置的调整。驱动件621固定在安装空间626内,固定稳定性好,能够可靠实现驱使衣物旋转调整护理位置。
如图13和图14所示,在一种可能的实施方案中,旋转组件62还包括传动齿轮627和安装板628。传动齿轮627连接在驱动件621的转轴上,并安装在连接梁624内;安装板628与连接梁624固定连接,用于将传动齿轮627安装在连接梁624上;优选在连接梁624上设置有供传动齿轮627安装的安装孔629。这样设置,通过在驱动件621的转轴上连接有传动齿轮627,而传动齿轮627通过安装板628能够被限位固定在连接梁624上的安装孔629内。从而,当驱动件621的转轴与传动齿轮627固定连接后,便实现了连接梁624能够相对于驱动件621旋转,同时满足对所悬挂的衣物提供可靠支撑的使用需求。而驱动件621与连接梁624之间通过传动齿轮627进行传动,不会发生打滑、空转的问题,传动可靠性好。
如图13和图14所示,传动齿轮627包括齿轮本体6271及位于齿轮本 体6271上端的安装凸起6272,安装凸起6272适于与驱动件621的转轴配合。具体地,安装孔629内形成有与传动齿轮627啮合的限位齿,传动齿轮627上用于与安装孔629内的限位齿相互啮合的齿设置在齿轮本体6271上,而安装凸起6272中设置有与驱动件621的转轴相配合的轴孔,驱动件621的转轴插设在该轴孔内实现连接,并在驱动件621的转轴和轴孔之间设置有防滑结构,以避免驱动件621的转轴在轴孔内打滑。这样设置,在将传动齿轮627装配在安装孔629内后,齿轮本体6271位于安装孔629内,而安装凸起6272便露出在安装孔629之外,方便与驱动件621实现连接。
如图13和图14所示,安装板628上形成有过孔6281,过孔6281的孔径大于安装凸起6272的径向尺寸且过孔6281的孔径小于齿轮本体6271的径向尺寸,安装凸起6272适于穿过该过孔6281而与驱动件621的转轴相连。具体地,安装板628在与连接梁624相连后,便实现了能够将传动齿轮627固定在安装孔629内;而且,过孔6281的孔径小于齿轮本体6271的径向尺寸,便在安装板628的限定下,使传动齿轮627能够可靠被固定在安装孔629内而不会从过孔6281内掉出。并且,该过孔6281的孔径大于安装凸起6272的径向尺寸,安装凸起6272从而安装板628上的过孔6281中穿过后,仍能够相对于安装板628转动。这样设置,在将驱动件621的转轴与传动齿轮627相连后,在安装板628的固定作用下,传动齿轮627与连接梁624不会发生脱离,从而能够实现连接梁624和挂物架61的可靠悬吊
如图13和图14所示,在本申请实施例中,挂物架61包括第一悬挂梁611和第二悬挂梁612。第一悬挂梁611上设置有第一滑动结构;第二悬挂梁612上设置有第二滑动结构,第一滑动结构与第二滑动结构滑动相连。第一悬挂梁611和第二悬挂梁612中的任意一个适于与连接梁624相连接,另一个设置有供衣物悬挂的挂物结构613。这样设置所形成的挂物架61, 挂物结构613用于至少供待护理衣物的悬挂,而第一悬挂梁611和第二悬挂梁612中的任意一个在与连接梁624相连接实现固定安装后,其中的另一个悬挂梁便能够相对连接梁624往复滑动伸缩。从而,使挂物架61的长度能够转换成可以往复伸缩,在实际的使用过程,便可以通过抽拉,使其中的一个处于活动状态下悬挂梁伸出,进而实现将悬挂在该悬挂梁上的衣物从柜体1内伸出,便于对悬挂的衣物进行辨别和取放操作。在完成辨别和取放操作后,可将其中被拉出的悬挂梁推回。此种结构下的挂物架61,能够方便地进行抽出和推回操作,提高了衣物取放的方便性。
在本申请实施例中,采用将第一悬挂梁611与连接梁624相连接,第二悬挂梁612能相对第一悬挂梁611往复伸缩,挂物结构613便设置在第二悬挂梁612上。具体地,挂物架61还包括用于供第一悬挂梁611安装的连接件614(参照图13),连接件614的一端与连接梁624相连接,连接件614的另一端固定连接在第一悬挂梁611上。这样,通过设置连接件614来实现第一悬挂梁611与连接梁624之间的连接,提高了整体结构安装的方便性。在实际设置中,可将连接件614均匀设置有两个或多个,以能够提高连接的固定可靠性。
如图13和图14所示,挂物结构613为与第二悬挂梁612相连的挂衣杆,挂衣杆弯折形成有容置槽6131,衣物悬挂在挂衣杆上并位于容置槽6131内,挂衣杆的两端则连接在第二悬挂梁612上。而为了对所悬挂的衣物进行定位,可采用在挂衣杆上并位于容置槽6131的底部位置处间隔设置有多个限位凸块6132,用于防止所悬挂的衣物发生滑动。当然,也可通过设置凹坑的方式来实现对悬挂的衣物进行定位。
如图13所示,在一种可能的实施方案中,挂物架61还包括拉手615。拉手615连接在第二悬挂梁612上,用于抽拉第二悬挂梁612,使第二悬挂梁612能够相对第一悬挂梁611伸缩滑动。通过在第二悬挂梁612设置有 拉手615,便可以在进行第二悬挂梁612抽拉或推回操作时,作用在拉手615上,能够提高相应操作的方便性。
在一种可能的实施方案中,第一滑动结构为滑块,第二滑动结构为滑槽;或第一滑动结构为滑槽,第二滑动结构为滑块,滑块滑动设置在滑槽内。这样,通过滑槽导向滑块运动,使滑块能够顺畅在滑槽内往复滑动,进而实现了第二悬挂梁612相对于第一悬挂梁611的往复滑动,提高向挂物结构613上进行衣物取放的方便性。
在一种可能的实施方案中,挂物架61还包括滑轮。将滑轮设置在第一滑动结构与第二滑动结构之间,便能够起到降低第一滑动结构与第二滑动结构之间相对滑动的摩擦力,进而提高第二悬挂梁612往复伸缩的平稳、舒畅性。
本申请实施例中所提供的挂物装置1,通过设置有挂物架61和旋转组件62,挂物架61和旋转组件62之间连接,从而,不仅能够满足衣物在护理时的悬挂需求,而且,该挂物装置1还能够实现对衣物在护理时的护理位置进行转动调整或抖动操作,使衣物护理效果更好,同时,该挂物装置1还能够往复伸缩,便于进行衣物取放以及辨别,使用方便性好。
如图1所示,在一种可能的实施方案中,衣物护理装置还包括可折叠的置物架7,置物架7设置在柜体护理腔11内,并位于柜体护理腔11的下方,用于衣物护理装置在对小件衣物进行护理时,能够为小件衣物提供支撑,以满足小件衣物放置的使用需求。
如图15所示,置物架7包括架体71和转动结构72。架体71设置在衣物护理装置的柜体护理腔11(参照图1)内,并位于柜体护理腔11的下方,架体71用于放置待处理的物件;架体71与柜体1之间的连接方式,可以是固定连接,也可以是柜体护理腔11的内壁上设置有连接件,能够满足与架体71的两端形成可拆卸连接。转动结构72设置在架体71上,转动结构 72用于使架体71的一部分能够翻转,以缩小用于放置待处理物件的支撑面。这样设置,在柜体护理腔11内进行小件衣物的护理时(如烘干),可以将架体71完全展开,便可通过架体71形成支撑面,将待护理的小件衣物放置在架体71上即可。通常,可按需将架体71放置在柜体护理腔11在高度方向上的任意位置,并优选呈水平状态的方式设置。而当柜体护理腔11需要用于对长款衣物进行护理时,便可使架体71以转动结构72为转动中心,将架体71的一部分翻转,用于缩小架体71的支撑面积,进而能够起到在柜体护理腔11的高度方向上不对长款衣物进行遮挡,满足悬挂的长款衣物在柜体护理腔11内完全展开进行护理的使用需求。
如图15所示,在一些可能的实施方案中,将架体71设置成至少包括两个支架单体711,而转动结构设置在相邻两个支架单体711之间。这样,相邻两个支架单体711之间能相互转动,使一个支架单体711能够折叠贴合在另一个支架单体711上;也可以是各支架单体711完全展开;也可以是各支架单体711中的部分进行折叠,另一部分展开使用。设置方式多样,能够满足不同的使用需求。
如图15所示,支架单体711包括框体7111和设置在框体7111内部的网架7112。框体7111的形状按照实际的使用需求来设置,框体7111的内部为中空结构,网架7112设置在框体7111的内部,并与框体7111实现连接,从而形成的支架单体711能够满足小件的衣物放置。而且,网架7112内部设置有多个镂空孔,用于在护理的过程中,气体能够从镂空孔中穿过,对放置在支架单体711上衣物进行护理,能够提升衣物护理的效率。
如图15和图16所示,在本申请实施例中,置物架7还包括固定件73。固定件73与相邻两个支架单体711相连,固定件73用于将折叠后的相邻两个支架单体711固定。这样,在对置物架7进行折叠时,便可通过固定件73来对折叠后的相邻两个支架单体711的位置进行固定,防止折叠后的 支架单体711的位置发生变动,提升折叠后的架体71结构的稳定性。
如图15所示,在一种可能的实施方案中,固定件73包括固定部731和卡固槽732。固定部731的一端与相邻两个支架单体711中的任意一个相连;而卡固槽732设置在固定部731的另一端上,卡固槽732用于供相邻两个支架单体711中的另一个卡入固定。具体地,优选将固定部731固定在一个支架单体711中的框体7111上,而卡固槽732用于供相邻两个支架单体711中的另一个框体7111卡入固定,而且固定部731能够发生弹性变形。这样,在折叠时,通过挤压使卡固槽732发现弹性形变,便可实现相邻两个支架单体711中的一个框体7111卡入到卡固槽732内,通过卡固槽732的固定,将折叠后的相邻两个支架单体711的位置固定,固定可靠性好。而且,固定件73结构简单,便于制造,有利于置物架7生产成本的降低。
本申请实施例所记载的技术方案之间,在不冲突的情况下,可以任意组合。
以上所述,仅为本申请的具体实施方式,但本申请的保护范围并不局限于此,任何熟悉本技术领域的技术人员在本申请揭露的技术范围内,可轻易想到变化或替换,都应涵盖在本申请的保护范围之内。
本申请实施例的技术方案,衣物护理装置包括:柜体,内部形成有用于容纳待护理衣物的柜体护理腔;门体,与所述柜体活动连接,所述门体用于将所述柜体护理腔密封或打开,所述门体的内部形成有用于容纳待护理衣物的门体护理腔;护理组件,用于对所述柜体护理腔及所述门体护理腔内的待护理衣物进行护理。如此,实现了柜体和门体均能够用于衣物的护理,而且柜体和门体两者间的工作方式可以同时进行,也可以相互独立进行,使用方便性好,能够很好满足消费者对衣物护理装置使用功能多样性的需求。
Claims (15)
- 一种衣物护理装置,其特征在于,包括:柜体,内部形成有用于容纳待护理衣物的柜体护理腔;门体,与所述柜体活动连接,所述门体用于将所述柜体护理腔密封或打开,所述门体的内部形成有用于容纳待护理衣物的门体护理腔;护理组件,用于对所述柜体护理腔及所述门体护理腔内的待护理衣物进行护理。
- 如权利要求1所述的衣物护理装置,其特征在于,所述护理组件包括第一护理组件及第二护理组件,所述第一护理组件至少部分设于所述柜体内,用于对所述柜体护理腔内的衣物进行护理,所述第二护理组件至少部分设于所述门体内,用于对所述门体护理腔内的衣物进行护理。
- 根据权利要求2所述的衣物护理装置,其特征在于,所述第一护理组件包括:介质护理组件,安装在所述柜体的底部,用于将由所述柜体护理腔输出的气体转换为干燥的热风;第一风机,安装在所述柜体的底部,用于将由所述介质护理组件转换后输出的气体输入到所述柜体护理腔内;其中,所述柜体上开设有用于供所述第一风机输出的气体进入到所述柜体护理腔内的第一输入口和用于供所述柜体护理腔内的气体输出的第一输出口。
- 如权利要求3所述的衣物护理装置,其特征在于,所述第一输入口和所述第一输出口均位于所述柜体护理腔的底部。
- 如权利要求3所述的衣物护理装置,其特征在于,所述第一护理组件还包括用于对所述柜体护理腔内输出的气体进行过滤的过滤组件,所述过滤组件至少部分位于所述第一输出口中。
- 如权利要求5所述的衣物护理装置,其特征在于,所述过滤组件包括:本体,包括出风口,所述本体内部形成有供所述气体通过的流道,所述流道与所述出风口连通;上盖,盖设在所述本体上,并位于所述第一输出口中,所述上盖设置有供所述气体流向所述流道内的进气孔;第一过滤件,用于对所述气体进行第一次过滤;第二过滤件,沿所述气体的流动方向,设置在所述第一过滤件的后方,用于对所述气体进行第二次过滤;其中,所述第一过滤件安装在所述上盖上,所述第二过滤件安装在所述本体上;或所述第一过滤件和所述第二过滤件均安装在所述上盖上;或所述第一过滤件和所述第二过滤件均安装在所述本体上。
- 如权利要求2所述的衣物护理装置,其特征在于,所述门体包括:中门,与所述柜体活动连接,用于将所述柜体护理腔密封或打开,所述门体护理腔形成在所述中门上;前封门,与所述柜体或所述中门活动连接,用于将所述门体护理腔密封或打开;其中,所述第二护理组件安装在所述中门内,所述中门上开设有用于供所述第二护理组件输出的气体进入到所述门体护理腔内的第二输入口和供所述门体护理腔内的气体输出的第二输出口。
- 如权利要求7所述的衣物护理装置,其特征在于,所述第二护理组件包括:加热组件,安装在所述中门内,用于将空气加热成热风;第二风机,设置在所述中门内,用于抽吸空气输送至所述加热组件;其中,所述中门上还开设有供所述第二风机抽吸的空气进入的进风口, 所述加热组件上的排气端位于所述第二输入口中。
- 如权利要求8所述的衣物护理装置,其特征在于,所述第二输入口设置在所述门体护理腔的底部,所述第二输出口设置在所述门体护理腔的顶部。
- 如权利要求7所述的衣物护理装置,其特征在于,所述衣物护理装置还包括:过滤盒,安装在所述中门上;过滤器,可拆卸设置在所述过滤盒的内腔中,用于对从所述第二输出口中通过的气体进行过滤;其中,所述过滤盒的内腔与所述第二输出口相连通。
- 如权利要求7所述的衣物护理装置,其特征在于,所述衣物护理装置还包括:第三输出口,设置在所述中门上,用于供所述门体护理腔内的气体输出;调节组件,设置在所述第三输出口上,用于控制所述第三输出口内输出的气体的通断。
- 如权利要求1至11中任一项所述的衣物护理装置,其特征在于,所述衣物护理装置还包括:第一蒸汽发生器,安装在门体上,用于向所述门体护理腔内输送蒸汽;第二蒸汽发生器,安装在柜体上,用于向所述柜体护理腔内输送蒸汽;存储盒,安装在所述门体或所述柜体内,用于存储产生蒸汽所需的介质;输送组件,用于将所述第一蒸汽发生器和所述第二蒸汽发生器同时与所述存储盒连接,以能够将所述存储盒内的介质输送至所述第一蒸汽发生器和/或所述第二蒸汽发生器。
- 如权利要求1至11中任一项所述的衣物护理装置,其特征在于,所述衣物护理装置还包括:挂物架,用于供待护理的衣物悬挂;旋转组件,与所述挂物架活动连接,用于驱动所述挂物架转动,以能够对所述衣物的护理位置进行调整;其中,所述旋转组件安装在柜体上,并位于所述柜体护理腔内。
- 如权利要求13所述的衣物护理装置,其特征在于,所述挂物架包括:第一悬挂梁,设置有第一滑动结构;第二悬挂梁;设置有第二滑动结构;其中,所述第一滑动结构与所述第二滑动结构滑动相连,用于导向所述第一悬挂梁和所述第二悬挂梁之间能够往复伸缩滑动;所述第一悬挂梁和所述第二悬挂梁中的任意一个与所述旋转组件相连接,另一个设置有供所述衣物悬挂的挂物结构。
- 如权利要求1至11中任一项所述的衣物护理装置,其特征在于,所述衣物护理装置还包括可折叠的置物架,所述置物架设置在柜体护理腔内,并位于所述柜体护理腔的下方。
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