CN114226346A - Intelligent cleaning machine and intelligent cleaning method - Google Patents

Abstract

The invention relates to an intelligent cleaning machine which comprises a cleaning cavity, an ultrasonic device, a spraying device, a killing device and a main rotary table arranged in the cleaning cavity, wherein the main rotary table comprises an outer ring, an inner support seat and a plurality of partition plates extending from the inner surface of the inner support seat or the outer ring, the partition plates are distributed in a radial shape, a plurality of accommodating cavities used for accommodating articles to be cleaned are defined among the partition plates, each partition plate is respectively provided with a water leakage sieve pore so as to enable water to flow among the accommodating cavities, the spraying device provides clean water for rinsing, and the killing device is used for killing the cleaned articles. Above-mentioned intelligence cleaning machine both can wash the apparatus of waiting to wash of multiple difference simultaneously in step, simultaneously limit rotates the limit and washs and wash or rinsing in turn, and synchronous normal position disappears and kills, dries, saves process time, and full automation goes on in succession, washs high efficiency.

Description

Intelligent cleaning machine and intelligent cleaning method

Technical Field

The invention relates to the technical field of cleaning equipment of special fire-fighting appliances, in particular to an intelligent cleaning machine and an intelligent cleaning method.

Background

In fire fighting equipment, common components include a face mask, a helmet, a respirator harness, a firefighter uniform, and the like, which need to be cleaned for maintenance after the rescue is over. The existing mechanical cleaning is usually carried out in a spraying mode.

For example, the prior invention patent application is entitled "a shared helmet cleaning device", with publication number CN112402645A, and discloses a shared helmet cleaning device, which includes a housing frame, the housing frame is a hollow structure, a cleaning chamber is arranged inside the housing frame, a rotating base is arranged at the bottom of the cleaning chamber, a helmet placing seat is arranged on the upper portion of the rotating base, and the helmet placing seat has a placing groove for placing a helmet. A plurality of spray heads are symmetrically arranged on the cavity walls at the two sides of the cleaning cavity. During operation, water is sprayed out of the spray head to perform spray disinfection on the helmet, and after the disinfection, the fan is started to blow the helmet. This is achieved by placing the helmet in a holding tank and washing in spray form, which entails a washing blind spot during the washing process, for example, the helmet is less washed in the tank than in the part exposed outside the tank. Moreover, the cleaning device can only clean one helmet at a time.

The prior art also has a device for simultaneously cleaning a plurality of face masks, the prior utility model has the patent name of a multifunctional fire-fighting face mask cleaning machine with the publication number of CN213316436U, and 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 rack is fixedly connected with a partition plate frame, and the ultrasonic cleaning device is fixedly connected to the partition plate frame; the inner side wall of the rack is fixedly connected with a baffle, and the outer surface of the baffle is rotatably connected with the mask rotating device through a bearing. This multi-functional fire control face guard purger can wash a plurality of face guards simultaneously, and this cleaning machine is hanging and is rotating the face guard, then adopts high pressure to spray and ultrasonic cleaning. However, the suspension type mask washing machine is inconvenient to fix, or the fixing is easy to cause problems, failures, aging and the like, and the service life and the safety and the reliability of the washing machine are influenced.

The prior art also adopts a drum-type cleaning machine, for example, the invention patent with publication number CN110899198B provides an anaesthetic mask cleaning and disinfecting device, which comprises a frame, a cleaning barrel arranged on the frame in parallel and used for containing disinfectant, and an executing device used for cleaning and disinfecting the anaesthetic mask; the cleaning barrel is rotatably provided with a roller. Such roll-to-roll type masks typically only allow one, or a small number of masks to be cleaned, and the masks are mixed and indistinguishable after cleaning.

Disclosure of Invention

In view of the above, there is a need for an efficient and energy-saving intelligent cleaning machine and an intelligent cleaning method, which integrate multiple functions of cleaning, dewatering, drying, and disinfecting, and implement intelligent integrated one-key operation to complete cleaning of various products such as full masks, half masks, helmets, respirator straps, and other accessories.

The utility model provides an intelligence cleaning machine, its is including wasing cavity, ultrasonic device, spray set, killing device and locating the main carousel in wasing the cavity, main carousel includes outer loop, inner support seat and a plurality of baffles that extend by inner support or outer loop inner face, and is a plurality of the baffle is with radial distribution, and is a plurality of inject between the baffle has a plurality of holding chambeies that are used for placing the utensil of waiting to wash, and every baffle has seted up the sieve mesh that leaks respectively so that the circulation of water between the holding chamber, spray set provides the water purification rinsing, the killing device is used for killing for wasing good utensil, ultrasonic device is used for ultrasonic cleaning.

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

Furthermore, a plurality of clamping interfaces are distributed on the outer ring and used for being in butt joint with first to-be-washed tools, the outer wall of each accommodating cavity is correspondingly provided with a plurality of clamping interfaces so as to be connected with different types of first to-be-washed tools, the accommodating cavity is used for accommodating second to-be-washed tools, and the first to-be-washed tools and the second to-be-washed tools are respectively arranged inside and outside the accommodating cavity during washing.

Furthermore, the outer wall or the inner wall of each accommodating cavity is also provided with a connecting part for butting or assembling with a third to-be-cleaned tool, so that the intelligent cleaning machine can clean the three to-be-cleaned tools simultaneously.

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

Furthermore, the water leakage sieve holes are in staggered rows of long and narrow holes, the water leakage sieve holes are in a radial array form and are distributed on 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 mode.

Furthermore, the holding chamber is furnished with the string bag and is used for pocketing the apparatus of waiting to wash, main carousel is the cylinder structure, and is a plurality of the holding chamber is for encircling a plurality of accommodation spaces that the axle of main carousel distributes according to the hoop.

Further, intelligence cleaning machine still includes the box, the box includes washing cabin, feeding cabin and control cabin, it is located the washing cabin to wash the cavity, the control cabin is internal to be equipped with control panel, feeding cabin falls into the multilayer, and the electromagnetism dosing pump has been installed to at least one deck, the bottom is furnished with detergent charging means and killing agent charging means, detergent charging means and killing agent charging means communicate through the pipeline and wash the cavity, the electromagnetism dosing pump is adorned midway in the pipeline.

Further, intelligence cleaning machine still includes the frame, heater and motor are equipped with in the frame, the heater stretches into in wasing the cavity, the motor is connected with the pivot, it still is equipped with special water pump to wash the cavity bottom, wash the cavity top and installed the ultraviolet lamp, wash the oblique top of cavity and installed a plurality of inlet air duct, be equipped with hot-blast channel on washing the peripheral one side of cavity.

And, an intelligent cleaning method, comprising the steps of:

preparing a spraying device, an ultrasonic device and a sterilizing device, and putting a plurality of different kinds of utensils to be washed into the accommodating cavity;

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

starting an ultrasonic device to perform ultrasonic cleaning, starting a spraying device to spray the to-be-cleaned tool, and rotating a main turntable to enable the accommodating cavity to drive the to-be-cleaned tool to rotate for spraying rinsing;

ultraviolet rays and/or ozone are used for sterilization, and then heat pump drying is carried out, so that synchronous cleaning of different utensils to be cleaned is realized.

Among the above-mentioned intelligent cleaning machine, adopt main carousel to be equipped with a plurality of rings to spaced holding chamber on main carousel, both can wash a plurality of utensils of treating simultaneously in step, rotate simultaneously and wash or the rinsing in turn. And, set up the sieve mesh that leaks on the baffle so that the circulation of water between the holding chamber, make rivers unobstructed, it is smooth and easy to rotate, makes each holding chamber can carry out the washing of synchronous equivalent effect. After washing, synchronous normal position disappears and kills, need not to move the apparatus that treats washing, can rotate simultaneously and disappear equally and kill, still can dry by the normal position after disappearing and killing, whole process is to every apparatus, all carry out each step in same holding chamber, can go on in succession by automation, whole process can full automated management, save time, improve cleaning efficiency, realize washing fast intelligently, wash the decontamination ability reinforce, can kill new coronavirus class bacterium, bring fresh joyful impression for the apparatus user simultaneously.

Drawings

Fig. 1 is a schematic perspective view of an intelligent cleaning machine according to an embodiment of the invention.

Fig. 2 is a schematic diagram of the internal structure of the intelligent cleaning machine after the housing is removed according to the embodiment of the invention.

Fig. 3 is a schematic diagram of the internal structure of the intelligent cleaning machine after the housing and the cleaning chamber body are removed.

Fig. 4 is a schematic diagram of the internal structure of the intelligent cleaning machine with the rear part of the housing removed.

Fig. 5 is a schematic view of the internal structure of the intelligent cleaning machine with another view angle of the rear part of the housing removed according to the embodiment of the invention.

Detailed Description

The present embodiment takes an intelligent cleaning machine as an example, and the present invention will be described in detail below with reference to specific embodiments and accompanying drawings.

Referring to fig. 1 to 5, an intelligent cleaning machine 100 according to an embodiment of the present invention is shown, and includes a cleaning chamber 10, an ultrasonic device, a spraying device, a killing device, and a main turntable 50 disposed in the cleaning chamber 10, where the main turntable 50 includes an outer ring 51, an inner support 52, and a plurality of partition plates 53 extending from an inner surface of the inner support 52 or the outer ring 51, the partition plates 53 are radially distributed, a plurality of accommodating cavities 55 for accommodating articles to be cleaned (not shown) are defined between the partition plates 53, each partition plate 53 is respectively provided with a water leakage sieve hole 54 for circulating water between the accommodating cavities 55, the spraying device provides clean water rinsing, the killing device is used for killing the cleaned articles, and the ultrasonic device is used for ultrasonic cleaning.

As shown in fig. 1, the intelligent washing machine 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 movement is needed, the position is moved by the roller, and the support legs are positioned until the support effect is achieved. The housing 101 has a front case 103, side cases 104, and a top case 105. The front case 103 is provided with a front door panel 103a, a control panel 103b, and a decorative door panel 103 c. The side case 104 is opened with a plurality of vent holes. The middle of the front door plate 103a is embedded with a perspective window 103d, the front door plate 103a can be opened to take and place the articles to be washed, and the cleaning state of the articles to be washed and the running state of the accommodating cavity 55 can be visually seen through the window 103 d. The lower edge of the front door plate 103a is provided with a shelf 107 for placing the articles to be washed or washed, etc.

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 partition plates 53 radially extend from the inner support 52 to the inner surface of the outer ring 51 by taking the central axis of the rotating shaft 521 as a center. The plurality of partitions 53 serve as a fan or a paddle to agitate the water flow while rotating. The cleaning cavity 10 is in a windmill shape as a whole, at least the bottom of the cleaning cavity is a closed space, the top of the cleaning cavity is provided with a skylight for ultraviolet irradiation and direct irradiation to an appliance to be cleaned, the front side of the upper part of the cleaning cavity 10 is provided with a front window 10a, 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 may be contained in the containing cavities 55 with partial quantity of immersion, for example, those contained cavities 55 which are immersed and transferred to the bottom of the cleaning chamber 10. Due to the rotation mode, the respective utensils to be washed mounted in the housing chamber 55 are sequentially rotated to the bottom to be contacted with water for rinsing or washing.

Further, the water leakage sieve holes 54 are a plurality of rows of long and narrow holes which are staggered, the water leakage sieve holes 54 are in a radial array form and are distributed on the whole partition plate 53, and a plurality of through holes are further arranged on the wall surface of the outer ring corresponding to each accommodating cavity 55 in a penetrating manner. The length extending direction of the long and narrow holes is radial, and the long and narrow holes are long and narrow holes and are provided with a plurality of rows and a plurality of columns. The spraying device comprises a plurality of spray heads which are distributed around the cleaning cavity 10.

Further, the accommodating chamber 55 is provided with a string bag for containing the articles to be washed, the main turntable 50 has a roller structure, and the accommodating chamber 55 is a plurality of accommodating spaces distributed annularly around the shaft of the main turntable 50. The string bag is fixed on the outer ring 51, for example, hooks are arranged at the edge of the outer ring 51, and a hook is arranged at the edge of the outer ring 51 at two sides of each accommodating cavity 55 respectively, so that the equipment to be washed, such as a helmet, can be conveniently held. Through the form of string bag, can fix the apparatus of waiting to wash, do not influence rinsing or washing simultaneously again, do not influence the transmission of ultrasonic oscillation effect, spray and dry and also can take the string bag to go on.

Preferably, as shown in the figure, the outer ring 51 is provided with a plurality of clamping interfaces 511 for connecting with a first article to be washed, the outer wall of each accommodating cavity 55 is correspondingly provided with a plurality of clamping interfaces 511 for connecting with different types of first articles to be washed, the accommodating cavity 55 is used for accommodating a second article to be washed, and when washing, the inside and the outside of the accommodating cavity 55 are respectively used for accommodating the first article to be washed and the second article to be washed and accommodating a plurality of first articles to be washed and a plurality of second articles to be washed.

Further, the outer wall or the inner wall of each accommodating cavity 55 is further provided with a connecting portion 512 for butting or assembling with a third tool to be washed, so that the intelligent cleaning machine can clean three tools to be washed simultaneously. The structure of joint interface 511 and connecting portion 512 corresponds according to the shape structure of the apparatus of waiting to wash, for example, when joint interface 511 is used for adorning the face guard, because the face guard has the respirator, the joint interface is convex connection block structure for with the breathing oral area joint of face guard self, make full use of the self structural feature of the apparatus of waiting to wash, can carry out ingenious erection joint when wasing. Each accommodating cavity 55 or the outer wall of the main turntable 50, that is, the peripheral surface of the outer ring 51 is provided with a plurality of through holes, wherein the plurality of through holes include first through holes 514 uniformly arranged on the same ring surface and positioned on the middle periphery of the outer ring 51 and second through holes 515 arranged at two edges of the outer ring 51, and the first through holes 514 are opened as large as possible so as not to affect the degree of installing the clamping interface 511 and the connecting part 512. The size of the second through hole 515 is larger than that of the first through hole 514, and the second through hole 515 is a long and narrow hole, so that water, hot air, ultraviolet light and the like can act on the various articles to be washed 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 two 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 two 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 outlet is arranged at the bottommost part of the cleaning cavity 10 and used for discharging the filtered cleaning liquid. The cleaning chamber 10 is equipped with at least one ultrasonic generator 23. Fig. 4 shows two ultrasonic generators 23, mounted in the lower compartment in the side shell 104.

Further, the intelligent cleaning machine 100 further comprises a box body, and the housing 101 is a shell of the box body. 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 positioned in the cleaning cabin 112, the control cabin 115 is internally provided with the control panel 103b, the feeding cabin 116 is divided into a plurality of 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 sterilizer dispenser (not shown), which are partitioned by a partition 117 and installed on the base layer. The detergent feeder and the disinfectant feeder are communicated with the cleaning cavity 10 through pipelines, and the electromagnetic dosing pump 116 is arranged in the middle of the pipelines. The electromagnetic dosing pump 116 may be two or more, and correspond to a detergent dispenser and a sterilizer dispenser to control respective dosing time and dosing amount.

Specifically, as shown in fig. 3 to 5, the intelligent cleaning machine 100 further includes a frame 106, wherein the frame 106 is provided with a motor 15, 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 and a hypoid gear reducer 153. The bottom of the cleaning cavity 10 is provided with a heater 16, the heater 16 extends into the cleaning cavity 10, the heater 16 is provided with a heating pipe and extends below the filter screen 22, and the heater 16 is mounted at 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 on the top of the whole box body through an ultraviolet lamp shade 181. A plurality of air inlet channels are arranged at the oblique upper part of the cleaning cavity 10, and a hot air channel 19 is arranged at one side of the periphery of the cleaning cavity 10.

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

step S10: preparing a spraying device, an ultrasonic device and a sterilizing device, and putting a plurality of different kinds of utensils to be washed into the accommodating cavity;

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

step S30: starting the ultrasonic device to carry out ultrasonic cleaning, starting the spraying device to spray the to-be-cleaned tool, and rotating the main turntable to enable the accommodating cavity to drive the to-be-cleaned tool to rotate for spraying and rinsing.

Step S40: ultraviolet rays and/or ozone are used for sterilization, and then heat pump drying is carried out, so that synchronous cleaning of different utensils to be cleaned is realized.

In step S10, preparing the spraying device, the ultrasonic device, and the killing device means that 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 killing device is also prepared with the disinfectant and is conveyed to the right place, and the cleaning solution is prepared. The cleaning chamber 10 has a water inlet pipe and a water outlet pipe.

In the specific operation, besides the devices are prepared, all materials are also conveyed to the position, and the specific operation comprises the following preparation procedures.

1. Total electrical access: the minimum guarantee of the junction box is that cables above 4 square and air switches above 32A are used for leakage protection, the total power access is three-phase five-wire access, and the ground wire access needs to guarantee good grounding.

2. The water inlet pipe is connected, and the water pipe is connected to check whether water leaks; the water outlet pipe is connected, a hose is preferably woven by 2 inches (DN 50), and after the hose is connected, whether water leakage occurs or not is checked, and the water pipe is tidied to be smooth.

After the machine is ready to start, the front door 103a is opened, and at least one kind of washing tool is loaded, each kind of washing tool is loaded with a plurality of pieces of clothes, for example, a face mask and a helmet, the braces are fixed by nylon net, the helmet is loaded inside the drum (main rotating disc 50) and fixed by nylon net, and the front door is closed after the loading is completed.

In step S20, the detergent is added, which may be a common household concentrated detergent, and may be fed continuously or intermittently, for example, by an electromagnetic dosing pump. Meanwhile, hot water is automatically introduced and/or ultrasonic waves are started for primary cleaning.

Then starting up, wherein the control panel is provided with a plurality of buttons, firstly, the left turn-on knob is turned to the right, and at the moment, the screen on the control panel is started to enter a turn-on interface. Selecting a mode: selecting one of the visor, helmet, harness, shuffle (harness + helmet, visor + helmet), presses the on-screen "start" or lower green "start" button to start the wash. The cleaning is carried out by detergent, and the cleaning is preferably carried out by hot water or ultrasonic waves for 30-45 minutes.

In step S30, the rinsing time is 20-30 minutes, including the clean water spray rinsing and the ultrasonic rinsing, which are not sequentially or simultaneously performed. The rinsing step is to rinse the washed utensil by using clean water.

And after rinsing, sterilizing and drying for 35-50 minutes, mainly using ultraviolet rays and ozone for sterilization, and drying by a heat pump.

In addition, the control panel is also provided with a pause/start key. When the whole cleaning process needs to be stopped temporarily to add articles to be cleaned or perform other actions, the 'pause \ start' button is pressed to pause, and when the cleaning process needs to be continued, the 'pause \ start' button is pressed again to continue cleaning; 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 situation occurs, and after the treatment is finished, the machine is reset to an initial state after a right-turning emergency stop switch is turned around.

The whole cleaning process is automatically stopped after being finished, and meanwhile, the screen prompts that the cleaning is finished; at the moment, the front door can be opened to take out the utensil to be washed; and after the use is finished, the power switch is closed.

The intelligent cleaning machine 100 at least has the following advantages:

1. high universality: the adapter head can be suitable for cleaning, disinfecting and drying all types of full masks, half masks and helmets, and a built-in appliance is quickly inserted and connected with the appliance, so that the functionality and the integrity of washed objects are guaranteed.

2. And (3) the versatility is as follows: the multifunctional water purifier integrates cleaning, dewatering, drying and sterilizing, adopts advanced technologies of ultrasonic decontamination, warm water washing, ozone disinfection, ultraviolet sterilization, soft water washing, high-temperature drying and the like, has strong cleaning and decontaminating capacity, can kill new coronavirus bacteria, and brings fresh and pleasant feeling to appliance users.

3. High stability: the product is made of a full stainless steel material, and a damping system and a variable-frequency speed regulating system are designed in the product. The product has the characteristics of stable operation, small vibration, low noise, salt mist resistance and the like, and is durable.

4. Flexibility: the whole washing machine is fully automatically controlled by a computer, four common standard modes are built in the washing machine, a user-defined mode for selection according to requirements is additionally arranged, parameters such as water temperature, disinfection time and washing time can be set in a personalized mode, and washing requirements of different types are met.

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

6. High safety: the whole machine adopts the anti-misoperation design and has the shutdown protection functions of door lock detection, electric leakage protection, emergency shutdown and the like. The design of large perspective window can be used to manually observe the whole washing process and stop the operation at any time.

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

8. The advanced damping system has small vibration, low noise, 90% damping rate and working noise less than 80 dB.

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

10. The product size was 1550 x 1080 x 1700mm, and the weight was 300 KG.

11. Auxiliary material accessories: a neutral cleaning solution without phosphorous is used.

In the above-mentioned intelligent cleaning machine 100, the main turntable 50 is adopted, and the plurality of circumferentially spaced accommodating cavities 55 are mounted on the main turntable 50, so that a plurality of utensils to be cleaned can be cleaned simultaneously, and simultaneously cleaned while rotating and cleaned in turn or rinsed. Moreover, the partition 53 is provided with water-leaking sieve holes 54 to allow water to flow between the accommodating cavities 55, so that the water flow is smooth and the rotation is smooth, and the accommodating cavities 55 can be cleaned synchronously with the same effect. After washing, synchronous normal position disappears and kills, need not to move the apparatus that treats washing, can rotate simultaneously and disappear equally, still can dry by the normal position after disappearing and killing, whole process is to every apparatus, all carry out each step in same holding chamber 55, can go on in succession by automation, whole process can full automated management, save time, improve cleaning efficiency, realize washing fast intelligently, the washing decontamination ability is strong, can kill new crown virus class bacterium, bring fresh joyful impression for the apparatus user simultaneously.

It should be noted that the above-mentioned embodiments are only preferred embodiments of the present invention, and are not intended to limit the present invention, and those skilled in the art can make various modifications and changes. Any modification, equivalent replacement, or improvement made within the spirit and principle of the present invention should be included in the protection scope of the present invention.

Claims (10)

1. The utility model provides an intelligence cleaning machine, its is including wasing cavity, ultrasonic device, spray set, killing device and locating the main carousel in wasing the cavity, main carousel includes outer loop, inner support seat and a plurality of baffles that extend by inner support or outer loop inner face, and is a plurality of the baffle is with radial distribution, and is a plurality of inject between the baffle has a plurality of holding chambeies that are used for placing the utensil of waiting to wash, and every baffle has seted up the sieve mesh that leaks respectively so that the circulation of water between the holding chamber, spray set provides the water purification rinsing, the killing device is used for killing for wasing good utensil, ultrasonic device is used for ultrasonic cleaning.

2. The intelligent cleaning machine according to claim 1, wherein a rotating shaft is arranged in the inner support to drive the whole main rotating disc 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 a central axis of the rotating shaft as a circle center.

3. The intelligent cleaning machine according to claim 1, wherein a plurality of clamping interfaces are distributed on the outer ring for abutting against the first article to be cleaned, a plurality of clamping interfaces are correspondingly arranged on the outer wall of each accommodating cavity for connecting with different types of first articles to be cleaned, a second article to be cleaned is arranged in the accommodating cavity, and the first article to be cleaned and the second article to be cleaned are respectively arranged inside and outside the accommodating cavity during cleaning.

4. The intelligent cleaning machine according to claim 3, wherein the outer wall or the inner wall of each accommodating cavity is further provided with a connecting part for butting or assembling with a third utensil to be cleaned, so that the intelligent cleaning machine can clean three kinds of utensils to be cleaned simultaneously.

5. The intelligent cleaning machine according to claim 4, wherein 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 between the two ultrasonic vibrators for filtering the cleaning liquid, and the cleaning cavity is provided with at least one ultrasonic generator.

6. The intelligent cleaning machine according to claim 1, wherein the water leakage sieve holes are a plurality of rows of slots arranged in a staggered manner, the water leakage sieve holes are arranged in a radial array manner and distributed on the whole partition plate, and a plurality of through holes are further formed in the wall surface of the outer ring corresponding to each accommodating cavity in a penetrating manner.

7. The intelligent cleaning machine according to claim 1, wherein the accommodating chamber is provided with a string bag for accommodating the articles to be cleaned, the main rotating disc is of a roller structure, and the accommodating chambers are a plurality of accommodating spaces distributed in an annular direction around the axis of the main rotating disc.

8. The intelligent cleaning machine according to claim 1, further comprising a box body, wherein the box body comprises a cleaning chamber, a feeding chamber and a control chamber, the cleaning chamber is located in the cleaning chamber, the control chamber is internally provided with a control panel, the feeding chamber is divided into a plurality of 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 with the cleaning chamber through a pipeline, and the electromagnetic dosing pump is arranged midway in the pipeline.

9. The intelligent cleaning machine according to claim 1, further comprising a frame, wherein a motor is mounted on the frame, the motor is connected with the rotating shaft, the heater extends into the cleaning cavity, a heater is disposed at the bottom of the cleaning cavity, the heater 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 obliquely above the cleaning cavity, and a hot air channel is disposed at one side of the periphery of the cleaning cavity.

10. An intelligent cleaning method comprises the following steps:

preparing a spraying device, an ultrasonic device and a disinfecting device, and putting a plurality of different and various utensils to be washed into the accommodating cavity;

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

starting an ultrasonic device to perform ultrasonic cleaning, starting a spraying device to spray the to-be-cleaned tool, and rotating a main turntable to enable the accommodating cavity to drive the to-be-cleaned tool to rotate for spraying rinsing;

ultraviolet rays and/or ozone are used for sterilization, and then heat pump drying is carried out, so that synchronous cleaning of different utensils to be cleaned is realized.

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