CN112647261A

CN112647261A - Nursing machine

Info

Publication number: CN112647261A
Application number: CN202011518345.8A
Authority: CN
Inventors: 黄国鹏; 王立乾; 吴志亮; 刘佳; 熊传鑫; 刘林滔
Original assignee: Gree Electric Appliances Inc of Zhuhai
Current assignee: Gree Electric Appliances Inc of Zhuhai
Priority date: 2020-12-21
Filing date: 2020-12-21
Publication date: 2021-04-13

Abstract

The application provides a nursing machine. The nursing machine comprises a shell (1), wherein the shell (1) comprises a clothes treatment area, the clothes treatment area comprises a nursing area (402) and a storage area (403), a separation door (5) is arranged between the nursing area (402) and the storage area (403), the separation door (5) is closed when the nursing area (402) is in a nursing state of clothes (13), and is opened when the clothes (13) are moved from the nursing area (402) to the storage area (403) after the nursing is finished. According to the nursing machine provided by the application, the nursing area and the storage area of the nursing machine can be separated, the influence on clothes made of other materials in the nursing process is avoided, and the nursing quality and the nursing effect are guaranteed.

Description

Nursing machine

Technical Field

The application relates to the technical field of washing nursing, in particular to a nursing machine.

Background

The fabric used for weaving the clothes has various types of materials, and the clothes made of different materials are affected differently during nursing, for example, the clothes made of certain materials are easy to wrinkle, the clothes made of certain materials are easy to shrink or fluff and pilling, such as woolen clothes, and the like, and if the nursing method is not correct, the clothes can be damaged. And there are several kinds of measuring methods in the aspect of clothing material discernment at present: if the clothes material is obtained by measuring the clothes density by a ventilation method and the clothes material is measured by ultrasonic attenuation, the identification effect is not ideal and the process is complicated; there are some cases where the laundry is specifically marked or provided with a code or identifier similar to a bar code, but reading requires manual operation and reading of a specific position, which is troublesome and easily causes no recognition.

Patent publication No. CN208266545U discloses a family's intelligence clothing nursing machine, is equipped with the first nursing chamber on upper portion and the second nursing chamber of lower part, and the first nursing chamber and the second nursing chamber of this nursing machine are the intercommunication, and consequently the nursing and the storage of clothing are located same space, when nursing the clothing of a material, can cause the influence to the clothing of other different materials, influence nursing effect perhaps damage the clothing even.

Disclosure of Invention

Therefore, the technical problem that this application will be solved lies in providing a nursing machine, can make nursing machine's nursing district and storage area part, avoids the nursing in-process to cause the influence to the clothing of other materials, guarantees nursing quality and nursing effect.

In order to solve the above problems, the present application provides a nursing machine, which includes a housing, the housing includes a clothes treatment area, the clothes treatment area includes a nursing area and a storage area, a separation door is disposed between the nursing area and the storage area, the separation door is closed when the nursing area is in a clothes nursing state, and is opened when the nursing area moves from the nursing area to the storage area after the clothes are nursed.

Preferably, the shell is provided with an identification module, the identification module is configured to identify the material of the clothes entering the nursing area, and the nursing area selects the nursing mode according to the material of the clothes identified by the identification module.

Preferably, the nursing machine further comprises an upper body part disposed above the laundry treating region, the upper body part being mounted with a transmission module configured to control a movement position of the laundry.

Preferably, the nursing machine further comprises a lower body part disposed below the laundry treating region, and the laundry treating module is disposed at the bottom of the nursing region.

Preferably, the laundry treating module includes a steam generating module and a hot air module, a water tank is disposed in the lower portion of the machine body, the steam generating module is connected to the water tank and sprays steam to the laundry in the nursing area, and the hot air module dries the laundry in the nursing area.

Preferably, the care area is provided with at least one sterilisation module; and/or at least one odor purifying module is arranged in the nursing area.

Preferably, the laundry treating zone further includes a placing zone, the nursing zone and the storage zone are sequentially disposed along a traveling direction of the laundry, the placing zone and the nursing zone are spaced apart by a partition door, and the partition door between the placing zone and the nursing zone is opened when the laundry moves from the placing zone to the nursing zone.

Preferably, the nursing machine further comprises a machine door, wherein the machine door comprises a side door and a middle door, the side door is respectively arranged on the front side of the placing area and the front side of the storage area, and the middle door is arranged on the front side of the nursing area.

Preferably, the middle door is provided with a display control module.

Preferably, the identification module comprises an infrared spectrometer, a database, a main processor and a controller, the infrared spectrometer acquires spectrum curve information of clothes and sends the spectrum curve information to the main processor, the main processor performs comparative analysis on the spectrum curve information and the database, clothes material information is acquired from the database and sent to the controller, and the controller selects a corresponding nursing mode according to the clothes material information.

Preferably, the drive module covers the placement area, the care area and the storage area in the drive direction.

Preferably, the transmission module comprises a placing seat plate and a sliding part, a slideway extending along the movement direction of the clothes is arranged on the placing seat plate, the sliding part can move along the slideway, a clothes hanging arm is arranged on the sliding part, and the clothes are hung on the clothes hanging arm.

Preferably, the ramps decrease in height in a direction from the placement area to the care area, the lowest points of the ramps corresponding to the identification locations.

Preferably, the placing area, the nursing area and the storage area are respectively provided with a stop protrusion, the stop protrusion can stop the moving position of the sliding component, and the sliding component can get over the stop protrusion under the action of the driving force.

Preferably, the stop projection is an arc-shaped projection.

Preferably, the transmission module further comprises a transmission motor, a transmission belt and a transmission wheel, the transmission motor is connected with the transmission wheel to drive the transmission wheel to rotate, the transmission belt is sleeved on the transmission wheel and moves under the action of the transmission wheel, the transmission belt is provided with a push plate, the sliding part is provided with a stress plate, and the stress plate can move along with the transmission belt under the action of the push plate.

Preferably, the sliding part comprises a sliding wheel, the stress plate is arranged on one side of the sliding wheel facing the transmission belt, and the clothes hanging arm is arranged on one side of the sliding wheel far away from the transmission belt.

Preferably, the bottom of the hanging arm is provided with a hanging hole, and the clothes are hung in the hanging hole through the clothes hanger.

Preferably, one side of the sliding wheel facing the transmission belt is further provided with an auxiliary wheel, a pressing plate is arranged on the placing seat plate, the auxiliary wheel is located below the stress plate, and the pressing plate is located between the auxiliary wheel and the stress plate and presses on the pressing plate.

Preferably, a clamping ring is arranged on one side of the clothes hanging arm close to the sliding wheel, a guide rod is arranged below the slideway, and the clamping ring is borne on the guide rod and moves along the guide of the guide rod.

The application provides a nursing machine, including the casing, the casing includes clothing treatment zone, and clothing treatment zone includes nursing zone and storage area, is provided with the partition door between nursing zone and the storage area, and the partition door is closed when nursing zone is in the clothing nursing state, opens when the clothing finishes nursing back from nursing zone motion to storage area. This nursing machine separates nursing district and storage area through separating the door, distinguishes the region with the clothing and separates with the storage, and is mutual noninterfere between the region for the clothing of accomplishing the nursing can not influence mutually with the clothing that will nurse, can be so that the clothing that is located the nursing district is the clothing of same material, consequently can guarantee the nursing effect of clothing, avoids the nursing in-process to cause the influence to the clothing of other materials, guarantees nursing quality and nursing effect.

Drawings

Fig. 1 is a perspective structural view of a nursing machine according to an embodiment of the present application;

FIG. 2 is a schematic view of the internal structure of the nursing machine according to the embodiment of the present application;

FIG. 3 is a perspective view of a drive module of the nursing machine according to the embodiment of the present application;

FIG. 4 is a front view of a drive module of a care machine according to an embodiment of the present application;

FIG. 5 is a front view of a slide assembly of the treatment machine of an embodiment of the present application;

FIG. 6 is a side view of a slide assembly of the treatment machine of an embodiment of the present application;

FIG. 7 is a perspective view of a slide assembly of the nursing machine of the present embodiment;

FIG. 8 is a front view of a belt for a treatment machine according to an embodiment of the present application.

The reference numerals are represented as:

1. a housing; 101. the upper part of the machine body; 102. the lower part of the machine body; 2. a machine door; 201. a side door; 202. a middle door; 3. a display control module; 401. a placement area; 402. a care area; 403. a storage area; 5. a partition door; 6. a transmission module; 601. placing a seat board; 602. pressing a plate; 603. a slideway; 604. a guide bar; 605. a stop projection; 606. a drive motor; 607. a transmission belt; 6071. pushing the plate; 6072. a belt body; 608. a driving wheel; 609. a sliding member; 6091. a stress plate; 6092. a sliding wheel; 6093. an auxiliary wheel; 6094. a connecting shaft; 6095. a clothes hanging arm; 6096. a snap ring; 6097. clothes hanging holes; 7. an identification module; 8. a sterilization module; 9. a smell purification module; 10. a steam generation module; 11. a hot air module; 12. a water tank; 13. clothes.

Detailed Description

With combined reference to fig. 1 to 8, according to an embodiment of the present application, the care machine comprises a housing 1, the housing 1 comprises a laundry treatment zone, the laundry treatment zone comprises a care zone 402 and a storage zone 403, a separation door 5 is arranged between the care zone 402 and the storage zone 403, the separation door 5 is closed when the care zone 402 is in a care state for the laundry 13, and is opened when the laundry 13 is moved from the care zone 402 to the storage zone 403 after completion of care.

This nursing machine separates nursing district 402 and storage area 403 through separating door 5, distinguishes the region of discerning and storage with the clothing, and is noninterfere between the region for the clothing of accomplishing the nursing can not influence each other with the clothing that will nurse, can be so that the clothing that is located nursing district 402 is the clothing of same material, consequently can guarantee the nursing effect of clothing, avoids the nursing in-process to cause the influence to the clothing of other materials, guarantees nursing quality and nursing effect.

The laundry treating zone further includes a placing zone 401, the placing zone 401, a nursing zone 402, and a storage zone 403 are sequentially disposed along a traveling direction of the laundry 13, the placing zone 401 and the nursing zone 402 are spaced apart by a partition door 5, and the partition door 5 between the placing zone 401 and the nursing zone 402 is opened when the laundry 13 moves from the placing zone 401 to the nursing zone 402.

The opening and closing state of the separating door 5 can be controlled according to the moving state or position of the clothes 13, a position detector can be arranged in the shell 1 to detect the moving position of the clothes 13, when the clothes 13 move to a preset position where the placing area 401 is close to the nursing area 402, the position detector sends a signal to a controller, the controller controls the separating door 5 between the placing area 401 and the nursing area 402 to be opened, the clothes 13 enter the nursing area 402 from the separating door 5, after the clothes 13 completely enter the nursing area 402, the position detector in the nursing area 402 detects that the clothes 13 reach the preset position in the nursing area 402, the controller sends a signal to the controller, and the controller controls the separating door 5 between the placing area 401 and the nursing area 402 to be closed. At this time, the separation door 5 between the nursing area 402 and the storage area 403 is closed, at this time, the nursing area 402 can set a nursing mode according to the material of the clothes 13 therein to effectively and accurately nurse the clothes 13, and after the nursing is completed, the controller can control the separation door 5 between the nursing area 402 and the storage area 403 to be opened, and at the same time, the clothes 13 are moved from the nursing area 402 to the storage area 403 to be stored.

Adopt the nursing machine of above-mentioned structure of this application, can carry out the nursing of clothing through three region before the nursing storage, the nursing of clothing and the clothing storage after the nursing, can reach and distinguish the clothing nursing and storage separately, each other noninterference between the region.

In one embodiment, taking the foldable separation door as an example, the foldable separation door is a double-opening type, each side separation door 5 is formed by several plates in a hinged manner and can be stretched or folded and contracted, the top or the bottom, or both the top and the bottom, of each side separation door 5 is provided with a wheel or a moving device, and the wheel or the moving device is driven to move through a transmission device so as to drive the separation door 5 to stretch, open or contract and close, namely when the wheel or the moving device is located at a middle position (seen from the side of the clothes care machine), the two side separation doors 5 are contacted and closed; the separation of the wheels or the moving means to both sides opens the separation door 5.

The nursing machine further comprises a machine door 2, the machine door 2 comprises a side door 201 and a middle door 202, the side door 201 is arranged on the front side of the placing area 401 and the front side of the storage area 403 respectively, the middle door 202 is arranged on the front side of the nursing area 402, and a display control module 3 is arranged on the middle door 202. Both the side door 201 and the middle door 202 can be opened in a sliding mode, so that clothes can be conveniently placed into the placing area 401 or clothes 13 can be conveniently taken out from the storage area 403, and the middle door 202 can be conveniently opened to overhaul the nursing area 402.

The nursing machine further comprises a machine body upper part 101, the machine body upper part 101 is arranged above the clothes treatment area, the machine body upper part 101 is provided with a transmission module 6, and the transmission module 6 is configured to control the movement position of the clothes 13.

The nursing machine further comprises a lower body part 102, the lower body part 102 is arranged below the laundry treatment area, and the laundry treatment module is arranged at the bottom of the nursing area 402.

The clothes treatment module comprises a steam generation module 10 and a hot air module 11, a water tank 12 is arranged in the lower part 102 of the machine body, the steam generation module 10 is connected with the water tank 12 and sprays steam to clothes 13 in the nursing area 402, and the hot air module 11 dries the clothes 13 in the nursing area 402.

The care area 402 is provided with at least one sterilisation module 8; and/or at least one odour-cleaning module 9 is arranged in the care area 402.

The laundry care area 402 is mainly used for performing centralized processing such as wrinkle removal, sterilization, odor removal, and the like on laundry. Specifically, the bottom of the clothes care area 402 is provided with a steam generation module 10 and a hot air module 11, the steam generation module 10 is connected with a water tank 12 arranged in the lower part 102 of the machine body, and the steam generated by the steam generation module 10 or the water pre-sprayed on the clothes 13 can be dried by combining the steam and the hot air module 11, so as to achieve the wrinkle removal requirement. One or more sterilization modules 8 are arranged at the top of the clothes care area 402, and an ultraviolet sterilization lamp is arranged in the sterilization module 8 and is used for performing covering sterilization on clothes. The inner side wall of the clothes care area 402 is also provided with a smell cleaning module 9, the smell cleaning module 9 is internally provided with a fragrant agent or other smell removing agents or smell removing liquid, and the clothes 13 are cleaned by the fragrant agent and steam. The post-care garment storage area 403 is primarily used for storing the garments 13 treated in the garment care area 402 to avoid mixing and infection of the pre-and post-care garments 13.

The shell 1 is provided with an identification module 7, the identification module 7 is configured to identify the material of clothes entering the nursing area 402, and the nursing area 402 selects a nursing mode according to the material of clothes identified by the identification module 7. The identification module 7 may be disposed in the care area 402 or the placement area 401 to identify the material of the clothes entering the care area 402. Identification module 7 is preferentially installed in placement area 401, and identification module 7 need not to be subjected to moisture-proof treatment, so that the structure of identification module 7 can be simplified, and the accuracy and the service life of identification module 7 can be improved.

The recognition module 7 comprises an infrared spectrometer, a database, a main processor and a controller, the infrared spectrometer acquires spectrum curve information of the clothes 13 and sends the spectrum curve information to the main processor, the main processor performs contrastive analysis on the spectrum curve information and the database, clothes material information is acquired from the database and sent to the controller, and the controller selects a corresponding nursing mode according to the clothes material information.

When clothes approach or contact the infrared spectrometer of the identification module 7, the infrared spectrometer emits infrared light of a specific waveband (such as a waveband from 1550nm to 1950 nm) to act on the clothes, material molecules on the clothes 13 absorb wavelength infrared light of the same frequency and reflect the infrared light of different frequency wavelengths back to an infrared light sensor in the infrared spectrometer, after filtering processing, reflected spectrum curve information is obtained through an algorithm of the main processor and is compared and analyzed with a cloud database to obtain clothes material information and feed back the clothes material information to the main processor, and finally, the stored program is transmitted to a controller of the nursing machine through the main processor to further control the nursing machine to carry out corresponding nursing work.

The transmission module 6 covers the placing area 401, the nursing area 402 and the storage area 403 in the transmission direction, and is responsible for moving the clothes 13 from the clothes placing area 401 before nursing to the clothes nursing area 402 for nursing and then moving the clothes 13 from the clothes nursing area 402 to the clothes storage area 403 after nursing for storage.

The transmission module 6 comprises a placing seat plate 601 and a sliding part 609, a slide 603 extending along the movement direction of the clothes 13 is arranged on the placing seat plate 601, the sliding part 609 is placed in cooperation with the slide 603, the sliding part 609 can move along the slide 603, a clothes hanging arm 6095 is arranged on the sliding part 609, and the clothes 13 are hung on the clothes hanging arm 6095.

In one embodiment, the ramps 603 decrease in height in a direction from the placement zone 401 to the care zone 402, with the lowest point of the ramps 603 corresponding to the identified location. The identification position is the installation position of the identification module 7, the lowest point of the slideway 603 is located at a position close to the identification position on the front side or the rear side of the identification position, or is just aligned with the identification module 7 in the sliding direction of the slideway 603, as long as the position where the clothes 13 are stopped can facilitate the identification module 7 to identify the material of the clothes 13 when the clothes 13 are stopped.

The placement section 401, the care section 402 and the storage section 403 are each provided with a stop projection 605, the stop projections 605 being capable of stopping the movement position of the slide member 609, the slide member 609 being capable of passing over the stop projections 605 under the action of the driving force. In one embodiment, stop tab 605 is an arcuate tab. The stop protrusion 605 is an arc-shaped protrusion, which can stop the sliding member 609 when the force is not large, and can make the sliding member 609 move forward beyond the stop protrusion 605 under the action of the transmission force.

In one embodiment, a stop tab 605 located in the placement area 401 is located at the lowest point of the slide 603, such that the hanger and the garment 13 are automatically moved to the stop tab 605.

In one embodiment, the two ends of the slide 603 are provided with a certain inclination towards the middle, so that the clothes rack and the clothes 13 automatically move to the stop protrusions 605, and the number of the stop protrusions 605 is three, and the stop protrusions are respectively and correspondingly arranged in the pre-care clothes placement area 401, the clothes care area 402 and the post-care clothes storage area 403. In this embodiment, the slide 603 is only partially inclined, i.e. inclined from the two ends of the slide 603 to the middle, but only partially inclined, the middle part is horizontal, and a stop protrusion 605 is provided at the inclined bottom end to stop and control the clothes.

The transmission module 6 further comprises a transmission motor 606, a transmission belt 607 and a transmission wheel 608, the transmission motor 606 is connected with the transmission wheel 608 to drive the transmission wheel 608 to rotate, the transmission belt 607 is sleeved on the transmission wheel 608 and moves under the action of the transmission wheel 608, a push plate 6071 is arranged on the transmission belt 607, a stress plate 6091 is arranged on the sliding part 609, and the stress plate 6091 can move together with the transmission belt 607 under the action of the push plate 6071.

As shown in fig. 6, the belt 607 includes a belt body 6072 and a push plate 6071, and the belt body 6072 may be a belt type or a rack type, but is not limited to this form; the push plates 6071 are provided in two or more and spaced apart at a certain distance. As shown in fig. 3, when the push plate 6071 cooperates with the force-bearing plate 6091 on the sliding member 609, the sliding member 609 can be driven to move forward or backward.

The sliding component 609 comprises a sliding wheel 6092, a stress plate 6091 is arranged on one side of the sliding wheel 6092 facing the transmission belt 607, and a clothes hanging arm 6095 is arranged on one side of the sliding wheel 6092 far away from the transmission belt 607 and is fixedly connected to the sliding wheel 6092 through a connecting shaft 6094. The bottom of the hanging arm 6095 is provided with a hanging hole 6097, and the clothes 13 are hung in the hanging hole 6097 through the clothes rack. One side of the sliding wheel 6092 facing the transmission belt 607 is further provided with an auxiliary wheel 6093, the placing seat plate 601 is provided with a pressing plate 602, the auxiliary wheel 6093 is located below the stress plate 6091, and the pressing plate 602 is located between the auxiliary wheel 6093 and the stress plate 6091 and is pressed on the pressing plate 602.

A clamping ring 6096 is arranged on one side of the clothes hanging arm 6095 close to the sliding wheel 6092, a guide rod 604 is arranged below the slide 603, and the clamping ring 6096 is borne on the guide rod 604 and moves along the guide direction of the guide rod 604. The snap ring 6096 cooperates with the guide rod 604 to provide compression and guidance of the slide 609.

In this embodiment, by the cooperation of the auxiliary wheel 6093 and the pressing plate 602 and the cooperation of the clamp ring 6096 and the guide rod 604, the gravity of the clothes rack and the clothes 13 can be balanced by applying pressure to the auxiliary wheel 6093 by the pressing plate 602 and applying bearing force to the clamp ring 6096 by the guide rod 604, so that the sliding component 609 can stably move forward in a specified direction.

The process of passing the laundry 13 through the partition door 5 in this embodiment is as follows: after the clothes identification process is finished, the controller controls the transmission device to work to drive the wheels or the moving device to move from the middle to two sides, the separation door 5 is opened, the transmission module 6 works, namely the transmission motor 606 works to drive the transmission belt 607 to rotate, the push plate 6071 on the transmission belt 607 is in contact fit with the stress plate 6091 on the sliding part 609 to push the sliding part 609 to move towards the clothes care area 402 against the resistance of the stop protrusion 605 and pass through the separation door 5, so that the clothes hung on the clothes hanging arm 6095 of the sliding part 609 can be driven to move, the clothes are moved to the next stop protrusion 605 (the middle part of the clothes care area 402) to stop, then the transmission device works again to enable the wheels or the moving device to move towards the middle part, the separation door 5 is closed, and the process is finished.

The clothes 13 longitudinally pass through the separation door 5 and transversely pass through the separation door 5 basically similarly, but because the hanging directions of the clothes 13 are different, when the clothes 13 are hung longitudinally, the wide side of the clothes 13 passes through the separation door 5, the opening degree of the separation door 5 needs to be larger, and the clothes 13 can pass through the separation door 5; when the clothes hanger is hung transversely, the narrow side of the clothes 13 passes through the separation door 5, the opening degree of the separation door 5 does not need to be too large, and the clothes 13 can be ensured to pass through the separation door 5 only, but when the clothes hanger is hung transversely, the clothes 13 capable of being hung is less than that when the clothes hanger is hung longitudinally because of large occupied space.

The working principle of the nursing machine is as follows: the clothes 13 to be nursed are hung on the hanging arm 6095 of the clothes placing area 401 before nursing, because the slideway 603 has an inclination, the clothes 13 automatically move to a position close to or in contact with the identification module 7, the nursing machine is started, the identification module 7 performs identification work, and the identified result is fed back to the display control module 3, the display control module 3 controls and selects a corresponding nursing program to work, then the transmission motor 606 starts to work to drive the transmission belt 607 to move, the push plate 6071 on the transmission belt 607 is in contact fit with the stress plate 6091 to further drive the sliding part 609 to move, so that the first clothes 13 (i.e. the clothes close to or in contact with the identification module 7) enter the specified position of the clothes caring area 402, the transmission motor 606 stops working to perform a clothes caring stage, after caring is finished, the transmission motor 606 starts to work again to move the clothes 13 to the cared clothes storage area 403 for storage, the next garment 13 is then cared and the process is repeated until all garments have been cared.

It is readily understood by a person skilled in the art that the advantageous ways described above can be freely combined, superimposed without conflict.

The present invention is not intended to be limited to the particular embodiments shown and described, but is to be accorded the widest scope consistent with the principles and novel features herein disclosed. The foregoing is only a preferred embodiment of the present application, and it should be noted that, for those skilled in the art, several modifications and variations can be made without departing from the technical principle of the present application, and these modifications and variations should also be considered as the protection scope of the present application.

Claims

1. A care machine, characterized in that it comprises a housing (1), said housing (1) comprising a laundry treatment zone comprising a care zone (402) and a storage zone (403), a separation door (5) being provided between said care zone (402) and said storage zone (403), said separation door (5) being closed when said care zone (402) is in a state of care for laundry (13), and being open when the laundry (13) is moved from said care zone (402) to said storage zone (403) after completion of care.

2. The nursing machine according to claim 1, wherein the housing (1) is provided with an identification module (7), the identification module (7) is configured to identify the material of the clothes entering the nursing zone (402), and the nursing zone (402) selects the nursing mode according to the material of the clothes identified by the identification module (7).

3. The nursing machine according to claim 1, further comprising an upper body portion (101), the upper body portion (101) being disposed above the laundry treatment area, the upper body portion (101) being mounted with a transmission module (6), the transmission module (6) being configured to control a movement position of the laundry (13).

4. The nursing machine according to claim 1, further comprising a lower body portion (102), wherein the lower body portion (102) is disposed below the laundry treatment area, and a laundry treatment module is disposed at the bottom of the nursing zone (402).

5. The machine according to claim 4, characterized in that said laundry treatment module comprises a steam generation module (10) and a hot air module (11), a water tank (12) being provided in said lower portion (102), said steam generation module (10) being connected to said water tank (12) for spraying steam onto the laundry (13) located in said care zone (402), said hot air module (11) drying the laundry (13) located in said care zone (402).

6. A machine as claimed in claim 1, characterized in that said care area (402) is provided with at least one sterilisation module (8); and/or at least one odor purification module (9) is arranged in the care area (402).

7. The care machine according to any of the claims 1 to 6, characterized in that the laundry treatment zone further comprises a placement zone (401), the care zone (402) and the storage zone (403) being arranged in sequence along the travelling direction of the laundry (13), the placement zone (401) and the care zone (402) being spaced apart by the partition door (5), the partition door (5) between the placement zone (401) and the care zone (402) being opened when the laundry (13) is moved from the placement zone (401) to the care zone (402).

8. A machine as claimed in claim 7, characterized in that it further comprises a door (2), said door (2) comprising side doors (201) and an intermediate door (202), said side doors (201) being arranged on the front side of said deposition area (401) and said storage area (403), respectively, said intermediate door (202) being arranged on the front side of said care area (402).

9. The machine according to claim 8, characterized in that a display control module (3) is provided on the intermediate door (202).

10. The nursing machine according to claim 2, wherein the recognition module (7) comprises an infrared spectrometer, a database, a main processor and a controller, the infrared spectrometer acquires spectral curve information of the clothes (13) and sends the spectral curve information to the main processor, the main processor performs comparative analysis with the database according to the spectral curve information, acquires clothes material information from the database and sends the clothes material information to the controller, and the controller selects a corresponding nursing mode according to the clothes material information.

11. The care machine according to claim 7, characterized in that the transmission module (6) covers the placement zone (401), the care zone (402) and the storage zone (403) in a transmission direction.

12. The care machine according to claim 11, characterized in that the transmission module (6) comprises a placing seat plate (601) and a sliding member (609), a slideway (603) extending along the moving direction of the clothes (13) is arranged on the placing seat plate (601), the sliding member (609) can move along the slideway (603), a hanging arm (6095) is arranged on the sliding member (609), and the clothes (13) is hung on the hanging arm (6095).

13. The care machine according to claim 12, characterized in that the chute (603) is gradually decreasing in height in a direction from the placement area (401) to the care area (402), the lowest point of the chute (603) corresponding to an identified location.

14. The care machine according to claim 12, characterized in that the placement zone (401), the care zone (402) and the storage zone (403) are each provided with a stop projection (605), the stop projections (605) being capable of stopping the movement position of the sliding member (609), the sliding member (609) being capable of passing over the stop projections (605) under the action of a drive force.

15. The machine according to claim 14, characterised in that the stop projection (605) is an arc-shaped projection.

16. The nursing machine according to any of claims 12-15, wherein the transmission module (6) further comprises a transmission motor (606), a transmission belt (607) and a transmission wheel (608), the transmission motor (606) is connected with the transmission wheel (608) to drive the transmission wheel (608) to rotate, the transmission belt (607) is sleeved on the transmission wheel (608) and moves under the action of the transmission wheel (608), a push plate (6071) is arranged on the transmission belt (607), a stress plate (6091) is arranged on the sliding component (609), and the stress plate (6091) can move along with the transmission belt (607) under the action of the push plate (6071).

17. The care machine according to claim 16, characterized in that the sliding part (609) comprises a sliding wheel (6092), the force plate (6091) being arranged on the side of the sliding wheel (6092) facing the drive belt (607), and the clothing arm (6095) being arranged on the side of the sliding wheel (6092) facing away from the drive belt (607).

18. The nursing machine according to claim 17, characterized in that the bottom of the arm (6095) is provided with a hole (6097) for hanging the clothing (13) by a hanger in the hole (6097).

19. The machine according to claim 17, characterized in that the side of the sliding wheel (6092) facing the belt (607) is further provided with an auxiliary wheel (6093), the placing seat plate (601) is provided with a pressure plate (602), the auxiliary wheel (6093) is located below the force plate (6091), and the pressure plate (602) is located between the auxiliary wheel (6093) and the force plate (6091) and presses on the pressure plate (602).

20. The care machine according to any of the claims 17 to 19, characterized in that the side of the clothing arm (6095) near the sliding wheel (6092) is provided with a catch ring (6096), and below the slide (603) is provided with a guide rod (604), and the catch ring (6096) bears on the guide rod (604) and moves along the guide of the guide rod (604).