CN218945731U - Intelligent cleaning equipment - Google Patents

Abstract

The utility model relates to intelligent cleaning equipment which comprises a cleaning cavity and a main rotary table arranged in the cleaning cavity, wherein the main rotary table comprises an outer ring, an inner support and a plurality of partition boards extending from the inner surface of the inner support or the outer ring, the partition boards are distributed in a radial mode, a plurality of containing cavities for containing to-be-cleaned appliances are defined among the partition boards, each partition board is provided with water leakage sieve holes for enabling water to circulate among the containing cavities, and the disinfecting device is used for disinfecting the cleaned appliances. The intelligent cleaning equipment can synchronously clean various different tools to be cleaned simultaneously, simultaneously rotates and cleans the tools in turn, saves the working procedure time, can continuously and fully automatically clean the tools, and is rapid and efficient.

Description

Intelligent cleaning equipment

Technical Field

The utility model relates to the technical field of cleaning equipment, in particular to intelligent cleaning equipment.

Background

In fire-fighting equipment, common components include masks, helmets, respirator harnesses, firefighters, etc., which all need to be cleaned after the firefighting rescue is completed, for maintenance. Existing mechanical cleaning is usually performed by spraying.

For example, the prior patent application entitled "a shared helmet cleaning device", publication number CN112402645a, discloses a shared helmet cleaning device, which comprises a housing frame, wherein the housing frame has a hollow structure, a cleaning cavity is arranged inside the housing frame, a rotating base is arranged at the bottom of the cleaning cavity, a helmet placing seat is arranged at the upper part of the rotating base, and a placing groove is formed in the helmet placing seat for placing a helmet. A plurality of spray heads are symmetrically arranged on the cavity walls at two sides of the cleaning cavity. During operation, water is sprayed out by the spray head to spray and disinfect the helmet, and after the spraying is finished, the fan is started to blow the helmet dry. This is where the helmet is placed in a placement tank and is sprayed to clean, and there must be a blind spot during the cleaning process, for example, the portion of the helmet in the tank is not cleaned to the same extent as the portion exposed to the outside of the tank. Moreover, the cleaning device can only clean one helmet at a time.

In the prior art, a plurality of devices for cleaning the face masks simultaneously are also arranged, the existing utility model has the patent name of a multifunctional fire-fighting face mask cleaning machine, and the publication number is CN213316436U, and the device comprises a frame, an ultrasonic cleaning device, a high-pressure spraying device, a disinfection and sterilization device, a drying device and a face mask rotating device; the inner side wall of the frame is fixedly connected with a baffle frame, and the ultrasonic cleaning device is fixedly connected to the baffle frame; the inner side wall of the frame is fixedly connected with a baffle plate, and the outer surface of the baffle plate is rotationally connected with the mask rotating device through a bearing. The multifunctional fire-fighting mask cleaning machine can clean a plurality of masks simultaneously, and the mask is hung and rotated, and then high-pressure spraying and ultrasonic cleaning are adopted. However, such a suspended mask washer is inconvenient to fix, or the fixation is prone to problems or malfunctions, aging, etc., affecting the life and safety reliability of the washing machine.

There are also drum-type cleaners in the prior art, for example, the utility model disclosed in the patent publication No. CN110899198B provides an apparatus for cleaning and sterilizing an anesthetic mask, which comprises a frame, a cleaning barrel for holding a disinfectant and an executing device for cleaning and sterilizing the anesthetic mask, wherein the cleaning barrel is arranged on the frame in parallel; the cleaning barrel is rotationally provided with a roller. Such drums typically only clean one, or a small number of, masks, and the masks become mixed together after cleaning, and are not distinguishable.

Disclosure of Invention

In view of the foregoing, it is necessary to provide an efficient and energy-saving intelligent cleaning device, which integrates the functions of cleaning, dewatering, drying, sterilizing and the like, and realizes the intelligent integrated one-key operation to complete the cleaning of various products such as full masks, half masks, helmets, respirator harnesses, other accessories and the like.

The utility model provides an intelligent cleaning equipment, its includes washs the cavity and locates the main carousel in the washs the cavity, main carousel includes outer loop, interior support and by a plurality of baffles that interior support or outer loop inner face extended, a plurality of the baffle is with radial distribution, a plurality of be used for placing the holding chamber of waiting to wash the apparatus between the baffle is limited with a plurality of, every baffle has seted up the sieve mesh that leaks respectively in order to make the circulation of water between the holding chamber.

Further, intelligent cleaning equipment still includes spray set in order to provide the clean water rinsing, intelligent cleaning equipment still includes ultrasonic device and is used for ultrasonic cleaning, intelligent cleaning equipment still includes and kills the device and be used for killing for the apparatus that washs.

Further, a rotating shaft is arranged in the inner support to drive the whole main turntable to rotate, and the plurality of partition plates radially extend from the inner support to be connected with the inner surface of the outer ring by taking the central shaft of the rotating shaft as the center of a circle.

Further, a plurality of clamping interfaces are distributed on the outer ring and used for being in butt joint with the first to-be-washed appliances, a plurality of clamping interfaces are correspondingly arranged on the outer wall of each accommodating cavity to be connected with the first to-be-washed appliances of different types, the accommodating cavity is internally used for accommodating the second to-be-washed appliances, and the inner and outer sides of the accommodating cavity are respectively used for accommodating the first to-be-washed appliances and the second to-be-washed appliances during cleaning.

Further, the outer wall or the inner wall of each accommodating cavity is further provided with a connecting part for being in butt joint or assembly with a third to-be-washed appliance, so that the intelligent cleaning equipment can clean three to-be-washed appliances simultaneously.

Further, the ultrasonic device comprises a pair of ultrasonic vibrators respectively positioned at two sides of the bottom of the cleaning cavity, a filter screen is arranged at the position between the two ultrasonic vibrators and used for filtering cleaning liquid, and the cleaning cavity is provided with at least one ultrasonic generator.

Further, the water leakage sieve holes are staggered rows of slots, the water leakage sieve holes are in a radial array form and distributed in the whole partition plate, and a plurality of through holes are formed in the wall surface of the outer ring corresponding to each accommodating cavity in a penetrating manner.

Further, the accommodating cavity is provided with a net bag for holding the to-be-washed appliance, the main rotary table is of a roller structure, and the accommodating cavities are a plurality of accommodating spaces which are distributed around the shaft of the main rotary table in an annular direction.

Further, the intelligent cleaning equipment further comprises a box body, the box body comprises a cleaning cabin, a feeding cabin and a control cabin, the cleaning cavity is located in the cleaning cabin, a control panel is assembled in the control cabin, the feeding cabin is divided into multiple layers, at least one layer is provided with an electromagnetic dosing pump, the bottom layer is provided with a detergent feeder and a disinfectant feeder, the detergent feeder and the disinfectant feeder are communicated to the cleaning cavity through pipelines, and the electromagnetic dosing pump is arranged in the middle of the pipelines.

Further, intelligent cleaning equipment still includes the frame, be equipped with heater and motor in the frame, the heater stretches into in wasing the cavity, the motor is connected with the pivot, wash the cavity bottom and still be equipped with special water pump, wash the cavity top and install the ultraviolet lamp, wash the cavity oblique top and install a plurality of air inlet channels, be equipped with hot air channel in wasing cavity outside one side.

In the intelligent cleaning equipment, the main rotary table is adopted, and the plurality of circumferentially-spaced accommodating cavities are arranged on the main rotary table, so that a plurality of tools to be cleaned can be cleaned simultaneously, and simultaneously, the tools can be cleaned while being rotated and cleaned or rinsed in turn. Moreover, the water leakage sieve holes are formed in the partition plate so that water flows between the accommodating cavities, the water flows smoothly and rotates smoothly, and the accommodating cavities can be cleaned synchronously and with the same effect. The cleaning device can be used for drying in situ after cleaning, and the whole process is carried out in the same accommodating cavity for each appliance, so that the steps can be continuously and automatically carried out, the whole process can be fully and automatically managed, the time is saved, the cleaning efficiency is improved, the rapid and intelligent cleaning is realized, and the cleaning and decontaminating capabilities are strong.

Drawings

Fig. 1 is a schematic perspective view of an intelligent cleaning apparatus according to an embodiment of the present utility model.

Fig. 2 is a schematic diagram of an internal structure of the intelligent cleaning apparatus according to the embodiment of the present utility model after the casing is removed.

Fig. 3 is a schematic view of the internal structure of the intelligent cleaning apparatus according to the embodiment of the present utility model after the outer casing and the cleaning chamber housing are removed.

Fig. 4 is a schematic view of an internal structure of the intelligent cleaning apparatus according to the embodiment of the present utility model, with the rear portion of the housing removed.

FIG. 5 is a schematic view of the internal structure of the intelligent cleaning apparatus according to the embodiment of the present utility model from another view of the rear part of the housing.

Detailed Description

In this embodiment, an intelligent cleaning apparatus is taken as an example, and the present utility model will be described in detail below with reference to specific embodiments and accompanying drawings.

Referring to fig. 1 to 5, an intelligent cleaning apparatus 100 provided by the embodiment of the utility model includes a cleaning chamber 10 and a main turntable 50 disposed in the cleaning chamber 10, the main turntable 50 includes an outer ring 51, an inner support 52, and a plurality of partitions 53 extending from an inner surface of the inner support 52 or the outer ring 51, the partitions 53 are distributed in a radial manner, a plurality of accommodating chambers 55 for accommodating a to-be-cleaned appliance (not shown) are defined between the partitions 53, and each partition 53 is provided with water leakage sieve holes 54 to enable water between the accommodating chambers 55 to circulate. In a preferred embodiment, the intelligent cleaning apparatus 100 further comprises an ultrasonic device, a spray device, a sanitizing device. The spraying device is used for providing clean water rinsing, the disinfecting device is used for disinfecting the cleaned tool, and the ultrasonic device is used for ultrasonic cleaning.

As shown in fig. 1, the intelligent washing apparatus 100 generally includes a housing 101 and a base 102, and the bottom of the housing 101 is supported on the base 102 by rollers and legs, respectively. When the support needs to be moved, the support is moved by the roller, and the support legs are positioned until the support is achieved. The housing 101 has a front case 103, a side case 104, and a top case 105. The front case 103 is provided with a front door panel 103a and a control panel 103b and a decorative door panel 103c. The side shell 104 is provided with a plurality of ventilation holes. A perspective window 103d is embedded in the middle of the front door plate 103a, and the front door plate 103a is opened to take and place the to-be-washed appliance, so that the cleaning state of the to-be-washed appliance and the running state of the accommodating cavity 55 can be intuitively seen through the window 103 d. A rack 107 is arranged at the lower edge of the front door plate 103a and is used for placing the articles to be washed or washed articles and the like.

Specifically, a rotating shaft 521 is disposed in the inner support 52 to drive the entire main turntable 50 to rotate, and the plurality of partitions 53 radially extend from the inner support 52 to contact with the inner surface of the outer ring 51 with the central axis of the rotating shaft 521 as the center. The plurality of baffles 53, like fan blades or paddles, agitate the water flow as it rotates. The cleaning cavity 10 is integrally in a windmill form, at least the bottom is a closed space, a skylight is arranged at the top and used for allowing ultraviolet light to irradiate and directly irradiate the to-be-cleaned appliance, a front window 10a is arranged at the front side of the upper part of the cleaning cavity 10, and the front window 10a corresponds to the window 103d in position and is used for embedding a glass window. There are water inlet and outlet pipes on both sides of the cleaning chamber 10, and water is filled in the cleaning chamber 10 during cleaning, and the water can be the storage chambers 55 immersed in a part of the water, for example, the storage chambers 55 immersed in the water to the bottom of the cleaning chamber 10. Because of the rotation mode, each of the dishes to be washed mounted on the accommodating chamber 55 is sequentially rotated to the bottom to be in contact with water for rinsing or washing.

Further, the water leakage sieve holes 54 are staggered rows of slots, the water leakage sieve holes 54 are radially arranged in an array form and distributed throughout the partition plate 53, and a plurality of through holes are further formed in the wall surface of the outer ring corresponding to each accommodating cavity 55. The elongated holes are elongated in the radial direction and have a plurality of rows and columns. The spray device comprises a plurality of spray heads which are distributed around the cleaning cavity 10.

Further, the accommodating cavity 55 is provided with a net bag for holding the to-be-washed appliance, the main turntable 50 is in a roller structure, and the accommodating cavities 55 are a plurality of accommodating spaces distributed around the axis of the main turntable 50 in a circumferential direction. The net bag is fixed on the outer ring 51, for example, hooks are arranged at the edge of the outer ring 51, and one hook is respectively arranged at the edge of the outer ring 51 at two sides of each accommodating cavity 55, so that the to-be-washed appliance such as a helmet can be conveniently held. Through the form of string bag, can fix and wait to wash the apparatus, do not influence rinsing or washing simultaneously again, do not influence the transmission of ultrasonic oscillation effect, spray and stoving also can take the string bag to go on.

Preferably, as shown in the drawing, the outer ring 51 is provided with a plurality of card interfaces 511 for docking with a first to-be-washed appliance, the outer wall of each accommodating cavity 55 is correspondingly provided with a plurality of card interfaces 511 for docking with different types of first to-be-washed appliances, the accommodating cavity 55 is internally provided with a second to-be-washed appliance, and during washing, the inside and the outside of the accommodating cavity 55 are respectively provided with the first to-be-washed appliance and the second to-be-washed appliance, and simultaneously a plurality of first to-be-washed appliances and a plurality of second to-be-washed appliances are provided.

Further, the outer wall or the inner wall of each accommodating cavity 55 is further provided with a connecting part 512 for docking or assembling with a third to-be-washed appliance, so that the intelligent washing device can wash three to-be-washed appliances simultaneously. The structure of the card interface 511 corresponds to the structure of the connecting portion 512 according to the shape and structure of the to-be-washed appliance, for example, when the card interface 511 is used for installing a mask, since the mask is provided with a respirator, the card interface is a convex connecting and clamping structure to be jointed with the breathing opening of the mask, and the structural characteristics of the to-be-washed appliance are fully utilized, so that smart installation connection can be performed during washing. A plurality of through holes are formed on the outer wall of each accommodating cavity 55 or the main turntable 50, namely, the peripheral surface of the outer ring 51, wherein the plurality of through holes comprise a first through hole 514 uniformly formed on the same ring surface and positioned on the middle periphery of the outer ring 51 and a second through hole 515 formed on two edges of the outer ring 51, and the first through hole 514 is opened as much as possible, so that the degree of installing the clamping interface 511 and the connecting part 512 is not influenced. And the size of the first through hole 514 is larger than that of the second through hole 515, and the second through hole 515 is a long and narrow hole, and water, hot air, ultraviolet light and the like can act on each to-be-washed appliance inside and outside the accommodating cavity 55 through the through holes.

As shown in fig. 3 and 4, further, the ultrasonic device includes a pair of ultrasonic vibrators 21 respectively located at both sides of the bottom of the cleaning chamber 10, and the two ultrasonic vibrators 21 include the inside of the bottom of the cleaning chamber 10 and are located at both sides of the bottom of the main turntable 50 in an inverted splayed shape. A filter screen 22 is arranged between the two ultrasonic vibrators 21 for filtering the cleaning liquid, and a drain port is arranged at the bottommost part of the cleaning cavity 10, and the filtered cleaning liquid is discharged from the drain port. The washing chamber 10 is equipped with at least one ultrasonic generator 23. Fig. 4 shows two sonotrodes 23, which are housed in a lower compartment in the side shell 104.

Further, the intelligent cleaning apparatus 100 further includes a case, and the housing 101 is a shell of the case. As shown in fig. 1 and 2, the box body comprises a cleaning cabin 112, a feeding cabin 113 and a control cabin 115, the cleaning cavity 10 is located in the cleaning cabin 112, the control cabin 115 is internally provided with the control panel 103b, the feeding cabin 116 is divided into multiple layers, at least one layer is provided with an electromagnetic dosing pump 116, and the top layer is provided with an ultrasonic generator. The base layer is provided with a detergent dispenser and a disinfectant dispenser (not shown), which are separated by a partition 117 and mounted to the base layer. The detergent feeder and the disinfectant feeder are communicated to the cleaning chamber 10 through a pipe, and the electromagnetic dosing pump 116 is installed midway in the pipe. The electromagnetic dosing pump 116 may be more than two and corresponds to the detergent and disinfectant applicators to control the respective times and amounts of dosing.

Specifically, as shown in fig. 3 to 5, the intelligent cleaning apparatus 100 further includes a frame 106, and the motor 15 is mounted on the frame 106, and the motor 15 is connected to the rotating shaft 521. The motor 15 is mounted to the frame 106 by a motor mount 151. The motor 15 includes a bearing 152, a hypoid gear reducer 153. The bottom of the cleaning cavity 10 is provided with a heater 16, the heater 16 stretches into the cleaning cavity 10, the heater 16 is provided with a heating pipe and stretches into the lower part of the filter screen 22, and the heater 16 is mounted on the bottom of the frame 106 or the cleaning cavity 10 through a flange. The bottom of the cleaning cavity 10 is also provided with a special water pump 17, an ultraviolet lamp 18 is arranged above the cleaning cavity 10, and the ultraviolet lamp 18 is arranged at the top of the whole box body through an ultraviolet lampshade 181. A plurality of air inlet channels are arranged above the cleaning cavity 10 in an inclined manner, and a hot air channel 19 is arranged on one side of the periphery of the cleaning cavity 10.

The embodiment of the utility model also provides an intelligent cleaning method, which comprises the following steps:

step S10: the spraying device, the ultrasonic device and the sterilizing device are prepared, and a plurality of different types of to-be-washed appliances are arranged in the accommodating cavity;

step S20: automatically inputting a detergent into the cleaning cavity, automatically introducing hot water and/or starting ultrasonic waves for preliminary cleaning;

step S30: and starting an ultrasonic device to carry out ultrasonic cleaning, starting a spraying device to spray the to-be-washed appliance, and rotating the main rotary table to enable the accommodating cavity to drive the to-be-washed appliance to rotate so as to spray and rinse.

Step S40: ultraviolet sterilization is adopted, and then heat pump drying is carried out, so that synchronous cleaning of different tools to be cleaned is realized.

In step S10, the spraying device, the ultrasonic device and the sterilizing device are prepared, that is, the water pipe required by the spraying device is connected, the water source is prepared, the ultrasonic generator of the ultrasonic device is started for standby, the ultrasonic vibrator is started, the sterilizing device is also prepared with the disinfectant, and the disinfectant is delivered to place, and the cleaning solution is prepared. The cleaning chamber 10 has a water inlet pipe and a water outlet pipe.

In particular operations, in addition to the readiness of the devices, the materials are also transported into place, including in particular the following preparatory procedures.

1. Total electrical access: the junction box needs to be ensured to adopt a cable with the size of more than 4 square and an empty open drain protector with the size of more than 32A at the minimum, the total electric access is three-phase five-wire access, and the ground wire access needs to be ensured to be well grounded.

2. The water inlet pipe is connected, and after the water inlet pipe is connected, whether water leakage occurs is checked; the drain pipe is connected out, preferably a 2 inch (DN 50) braided hose is adopted, and after the drain pipe is connected in, whether water leakage occurs or not is checked, and the water pipe is arranged smoothly.

After the machine is started, the front door panel 103a is opened, at least one tool to be washed is loaded, a plurality of tools to be washed are simultaneously loaded, for example, a face mask and a helmet are simultaneously loaded, the braces are fixed by nylon net, the helmet is loaded into the roller (main turntable 50) and fixed by nylon net, and the front door is closed after loading is completed.

In step S20, detergent is added, typically by household concentrated detergent, and may be fed continuously or intermittently, for example by an electromagnetic dosing pump. Simultaneously, hot water is automatically introduced and/or ultrasonic waves are started for preliminary cleaning.

Then starting up, wherein the control panel is provided with a plurality of buttons, firstly, the left side 'starting up' knob is turned right to open, and at the moment, the screen on the control panel is started up to enter the starting-up interface. Selection mode: one of the face mask, helmet, back strap and shuffling (back strap + helmet, face mask + helmet) is selected, and the "start" or lower green "start" button on the screen is pressed to start the wash. The washing is carried out by using a detergent firstly, and preferably hot water or ultrasonic waves are adopted for washing for 30-45 minutes.

In step S30, the rinsing time period is 20-30 minutes, including clean water spray rinsing and ultrasonic rinsing, and the two rinsing steps are not sequentially separated, and can be performed simultaneously. The rinsing is to further rinse the washed appliance with clean water.

After rinsing, sterilizing and drying are carried out for 35-50 minutes, and ultraviolet sterilization and heat pump drying are mainly adopted.

In addition, the control panel is also provided with a pause/start key. When the whole cleaning process needs to be temporarily stopped to increase the articles to be cleaned or perform other actions, the cleaning can be continued by pressing the pause/start button again when the cleaning process needs to be continued; the control panel is also provided with an emergency stop button, namely, when the 'pause\start' button is inconvenient to operate, the emergency stop button is quickly pressed when an emergency is met, the emergency stop switch is turned right after the treatment is finished, and the machine is reset to an initial state.

Automatically stopping after the whole cleaning process is finished, and prompting the cleaning completion by a screen; at the moment, the front door can be opened to take out the to-be-washed appliance; and closing the power switch after the use is completed.

The intelligent cleaning apparatus 100 described above has at least the following advantages:

1. high versatility: the self-adapting head is suitable for cleaning, sterilizing and drying all types of full masks, half masks and helmets, and the built-in appliance is quickly connected with the appliance, so that the functionality and the integrity of the washed objects are ensured.

2. Multifunction: integrates cleaning, dewatering, drying and disinfection, adopts advanced ultrasonic decontamination, warm water flushing, ultraviolet sterilization, soft water flushing, high-temperature drying and other processes, and has strong cleaning and decontaminating capability.

3. High stability: the product is made of all-stainless steel materials. The product has the characteristics of durability such as salt fog resistance and the like.

4. Flexibility: the whole machine adopts full-automatic control of a computer, is internally provided with four common standard modes, is additionally provided with a custom mode which is selected according to requirements, can individually set parameters such as water temperature, disinfection, cleaning time and the like, and meets the washing requirements of different types.

5. High intelligence: the large touch display screen and the timing function are configured, so that the states of time progress of washing, washing steps, water temperature parameters and the like can be known in real time.

6. High security: the whole machine adopts an anti-misoperation design and has shutdown protection functions such as door lock detection, electric leakage protection, emergency shutdown and the like. The design of the large perspective window is adopted, so that the whole washing process can be observed manually, and the operation can be stopped at any time.

7. High capacity, practicality: the design of the ultra-large washing space can clean 24 masks, 5 helmets, fire boots and the like, or 16KG respirator braces at a time.

8.8. The power of the water pump is more than 250W, and the power of the main rotating motor is more than 1.1Kw.

9. Product size 1550 x 1080 x 1700mm, weight 300KG.

10. Auxiliary material accessories: a neutral wash solution without phosphorus was used.

In the above-mentioned intelligent cleaning apparatus 100, the main turntable 50 is adopted, and the main turntable 50 is provided with a plurality of circumferentially spaced accommodating chambers 55, so that a plurality of tools to be cleaned can be cleaned simultaneously, and simultaneously, the tools can be cleaned while rotating and cleaned or rinsed alternately. Moreover, the partition plate 53 is provided with water leakage sieve holes 54 to enable water to circulate between the accommodating chambers 55, so that the water flows smoothly and rotates smoothly, and each accommodating chamber 55 can be cleaned synchronously with the same effect. After washing, the washing device is synchronously killed in situ, the washing device is not required to be moved, the washing device can be rotated and killed simultaneously, the washing device can be dried in situ after the washing device is killed, the whole process is carried out in the same accommodating cavity 55 for each device, the continuous automation can be carried out, the whole process can be managed automatically, the time is saved, the washing efficiency is improved, the rapid intelligent washing is realized, and the washing and decontamination capability is strong.

It should be noted that the above-mentioned embodiments are merely preferred embodiments of the present utility model, and are not intended to limit the present utility model, but various modifications and variations of the present utility model will be apparent to those skilled in the art. Any modification, equivalent replacement, improvement, etc. made within the spirit and principle of the present utility model should be included in the protection scope of the present utility model.

Claims (10)

1. The utility model provides an intelligent cleaning equipment, its includes washs the cavity and locates the main carousel in the washs the cavity, its characterized in that, main carousel includes outer loop, interior support and by a plurality of baffles that interior support or outer loop inner face extended, a plurality of the baffle is with radial distribution, a plurality of be used for placing the accommodation chamber of waiting to wash the apparatus between the baffle is limited with a plurality of, and every baffle has seted up the sieve mesh that leaks respectively in order to make the circulation of water between the accommodation chamber.

2. The intelligent cleaning apparatus of claim 1, further comprising a spray device to provide clean water rinsing, wherein the intelligent cleaning apparatus further comprises an ultrasonic device for ultrasonic cleaning, and wherein the intelligent cleaning apparatus further comprises a sanitizing device for sanitizing cleaned appliances.

3. The intelligent cleaning apparatus according to claim 1, wherein a rotating shaft is provided in the inner support to drive the entire main turntable to rotate, and the plurality of partitions radially extend from the inner support to be connected to the inner surface of the outer ring with the center axis of the rotating shaft as a center.

4. The intelligent cleaning apparatus according to claim 2, wherein a plurality of card interfaces are distributed on the outer ring for docking with a first to-be-cleaned tool, a plurality of card interfaces are correspondingly arranged on the outer wall of each accommodating cavity for docking with different types of first to-be-cleaned tools, the accommodating cavity is internally provided with a second to-be-cleaned tool, and the inside and the outside of the accommodating cavity are respectively provided with the first to-be-cleaned tool and the second to-be-cleaned tool during cleaning.

5. The intelligent cleaning apparatus of claim 4, wherein the outer wall or the inner wall of each of the receiving chambers is further provided with a connection portion for docking or assembling with a third appliance to be cleaned, so that the intelligent cleaning apparatus can clean three appliances to be cleaned simultaneously.

6. The intelligent cleaning apparatus according to claim 5, wherein the ultrasonic device comprises a pair of ultrasonic vibrators respectively located on both sides of the bottom of the cleaning chamber, a filter screen is provided at a position between the two ultrasonic vibrators for filtering the cleaning liquid, and the cleaning chamber is equipped with at least one ultrasonic generator.

7. The intelligent cleaning apparatus according to claim 1, wherein the water leakage sieve holes are staggered rows of slots, the water leakage sieve holes are in a radial array form and distributed throughout the partition plate, and a plurality of through holes are formed in the wall surface of the outer ring corresponding to each accommodating cavity.

8. The intelligent cleaning apparatus according to claim 1, wherein the accommodating chamber is provided with a net bag for holding the articles to be cleaned, the main turntable has a drum structure, and the plurality of accommodating chambers are a plurality of accommodating spaces circumferentially distributed around the axis of the main turntable.

9. The intelligent cleaning apparatus of claim 1, further comprising a housing, the housing comprising a cleaning chamber, a dosing chamber, and a control chamber, the cleaning chamber being located within the cleaning chamber, the control chamber being fitted with a control panel, the dosing chamber being divided into a plurality of layers, at least one layer being fitted with an electromagnetic dosing pump, the layers being fitted with a detergent feeder and a disinfectant feeder, the detergent feeder and the disinfectant feeder being in communication with the cleaning chamber via a conduit, the electromagnetic dosing pump being fitted partway through the conduit.

10. The intelligent cleaning apparatus of claim 1, further comprising a frame, wherein a motor is mounted on the frame and connected with the rotating shaft, a heater is arranged at the bottom of the cleaning cavity and extends into the cleaning cavity, a special water pump is further mounted at the bottom of the cleaning cavity, an ultraviolet lamp is mounted above the cleaning cavity, a plurality of air inlet channels are mounted above the cleaning cavity, and a hot air channel is arranged at one side of the outer surface of the cleaning cavity.

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