CN220888054U - Immersion combined ultrasonic cleaner - Google Patents

Abstract

An immersed combined ultrasonic cleaner relates to the field of ultrasonic cleaning and comprises a vibrating box, a door seal, a bracket system, a spray assembly and other accessories. The vibrator is arranged in the vibration box, the closed structure is formed, and the two vibration boxes are combined to form an ultrasonic wave generating system; the door seal formed by the rubber ring disc and the door seal disc is used for sealing and preventing leakage; the ground pressing plate, the cross arm, the adjustable upright post and the main shaft are combined to form a stable bracket system by means of the self weight of electric appliances or equipment; a spraying main pipe, a water inlet/drainage seat and a spraying system formed by the spraying seats are used for removing residual dirt; the inner cylinder clamping hook is used for installing an inner cylinder zipper and a spraying seat, and the vibration box support is used for vibration box combination forming. The bracket system is provided with a door seal, a vibration box assembly and an external ultrasonic generator for cleaning, and then is replaced by a spraying system for cleaning residual dirt. Compared with the prior disassembly-free cleaning and total disassembly manual cleaning, the method has the advantages that: saving labor and time, good cleaning effect, disinfection and sterilization, and no damage or hidden trouble.

Description

Immersion combined ultrasonic cleaner

Technical Field

Ultrasonic cleaning technology.

Background

The drum washing machine and the pulsator washing machine are both in the structure mode of an inner drum and an outer drum, a large amount of dirt and germs can be accumulated on the drum wall between the inner drum and the outer drum after the drum washing machine or the pulsator washing machine is used for a period of time, the drum washing machine or the pulsator washing machine further ferments and mildews to form a large amount of dirt and germs storage area between the inner drum and the outer drum, and washed clothes can be polluted when the electric appliances or the pulsator washing machine are used again, so that great hidden danger is brought to the health of people.

After the drum washing machine and the pulsator washing machine are used for a period of time, dirt is accumulated on the drum wall between the inner drum and the outer drum, and the washing method is that a cleaning master is required to clean the washing machine in a large scale, then all parts are cleaned one by one and then assembled one by one.

The ultrasonic cleaning technology is developed to the present day, is a mature technology, is widely applied to various industries and fields, greatly improves the working efficiency and improves the cleaning effect. The ultrasonic cleaning achieves the aim of cleaning workpieces by utilizing the cavitation effect of ultrasonic waves, and meanwhile, the ultrasonic waves have strong penetrating power and disinfection and sterilization effects; it is also important that the whole cleaning process does not need to disassemble the washing machine, and no damage and hidden trouble are caused to the machine, so that the washing machine has high practical value and social benefit.

Aiming at the problem of cleaning the inner cylinder of the washing machine, the inventor starts to study how to clean the inner cylinder without disassembling the inner cylinder from 2016, develops a set of cleaning equipment, applies for a patent, and obtains patent authorization, and the patent name is: ultrasonic cleaner special for washing machine, patent number: ZL2019205237882; however, in the actual use of the cleaning equipment, some problems are encountered, such as difficulty in adapting to different types of washing machines, and difficult operation, so that the traditional cleaning equipment is developed successfully after many years of efforts, and compared with the original equipment, the traditional cleaning equipment has a large span, has better cleaning effect, is more convenient to operate, and is better compatible with different types of washing machines; in addition, besides the washing machine, the structure of the inner barrel of the outer barrel, such as the washing machine, can be cleaned, and other electric appliances or equipment needing to be disassembled, such as a dryer, can be cleaned.

For convenience of explanation, in describing the specific contents of this patent, a drum washing machine will be described as an example, and the positions of the definition names of the respective components have N-angle marks.

Disclosure of Invention

The whole cleaning equipment of this patent comprises five parts: the components and structures of the vibrating box, the door seal, the bracket system, the spray assembly and other accessories are sequentially described below.

Vibrating box: the vibrating boxes are core components of the whole cleaning equipment, the number of the vibrating boxes can be increased according to actual needs, the shapes of the vibrating boxes are basically the same, the outer shell is made of metal materials, generally stainless steel materials are used, a plurality of ultrasonic vibrators are mounted in the vibrating boxes, the mounting angles and directions of the vibrators are different, the vibrator wave-generating directions are different, and therefore more parts and corners are cleaned, and cleaning is more thorough. The two vibration boxes are provided with output cables and are sleeved with waterproof silicone tubes; the output cable of the vibration box is installed by using a waterproof cable connector, or a structure in which a common connector is in sealing connection with a waterproof lengthening hose is used, and the two installation modes ensure that the output and connection parts of the cable are watertight when the vibration box is immersed in water, so that the vibration box is prevented from water inflow. The vibration boxes are respectively independent in installation mode, are placed into the washing machine in sequence, and are assembled to form the vibration boxes, so that the problem that the vibration boxes cannot be installed because the door of the washing machine is small is solved. The vibrating box is externally connected with a matched ultrasonic generator, so that the vibrating box can work normally.

It has also been questioned that dirt between the inner drum and the outer drum of the washing machine is isolated by the inner drum steel plate, and the dirt cannot be cleaned without disassembly, and the ultrasonic cleaning is also possible to clean the dirt inside. The inventor has conducted ultrasonic equipment maintenance for many years, and has studied the ultrasonic cleaning technology quite deeply, and no matter the theory and practice prove that the ultrasonic waves can completely penetrate the steel plate to clean dirt on the other side due to cavitation effect and strong penetrating power of the ultrasonic waves; experiments have also been carried out for many times, a common small 500W ultrasonic cleaner is used, a stainless steel water tray with serious dirt on a household gas stove is placed into the ultrasonic cleaner, the stainless steel water tray does not have meshes, although the bottom of the stainless steel water tray is placed downwards on one side of a vibrator of the ultrasonic cleaner, oil stains on the front side of the stainless steel water tray are removed in about ten minutes, and repeated experiments prove that the dirt is not required to be removed only by facing the ultrasonic vibrator.

Door seal: the door seal consists of two parts, one part is a disc for installing a rubber sealing ring of the drum washing machine, which is called a rubber ring disc ^N, and the inner ring of the rubber ring disc is provided with an outward turning groove which is the same as the rubber sealing ring installed on a panel of the drum washing machine, and the door seal is made of metal, preferably stainless steel, aluminum alloy and iron; the other part is a disc made of transparent materials such as acrylic or organic glass and a metal disc which are overlapped together to form a disc called a door seal disc ^N; the metal disc is made of stainless steel, aluminum alloy and iron; the central opening of the acrylic or organic glass disc is provided with a water seal, the outer ring of the acrylic or organic glass disc is processed into a 45-degree inclined plane, and the acrylic or organic glass disc is matched with a rubber sealing ring of the washing machine during installation to achieve the aim of water prevention.

Bracket system: the support system is used for forming a stable ground support by means of the large weight of the drum washing machine, a set of levers are arranged on the basis of the support, one end of each lever is hung with a vibrating box, and the purposes are two: firstly, hang the box that shakes, avoid putting the box that shakes of washing machine inner tube inside to crush the inner tube, secondly can make the main shaft on the lever pull the inner tube, make it rotate, thoroughly wash the inner tube outer wall.

Firstly, two identical U-shaped long steel plates, called ground pressing plates ^N, are respectively inserted under two feet from the left side and the right side of the washing machine and are propped against two feet at the rear side of the washing machine, and the two ground pressing plates are parallel to each other; two rectangular flat-mouth steel pipes are processed, namely cross arms ^N, the cross arms are vertically arranged with the ground pressing plate, two ends of each cross arm are connected and fastened with the ground pressing plate by screws, and the two cross arms are parallel to each other to form a stable ground support, namely a ground support ^N; the center of the cross arm at the inner side is provided with a stand column (the adjustable stand column is explained in detail in other accessories below) with the adjustable stand column as a fulcrum of the lever, the top end of the adjustable stand column is provided with a rotating shaft, a metal round bar with phi 20mm can be inserted, the metal round bar is called a main shaft ^N, one end of the main shaft is provided with a hand wheel, a chain is additionally arranged at one end of the main shaft, the hand wheel is connected with the cross arm at the outer side and can adjust the length, and the other end of the main shaft is suspended with a vibrating box. The inner cylinder hook (the inner cylinder hook is described in other accessories below) is inserted into the mesh of the inner cylinder of the washing machine, and then a chain is additionally arranged at the tail end of the main shaft and is linked with the inner cylinder hook, so that the inner cylinder can be pulled to rotate by rotating the main shaft hand wheel.

Spray assembly: and after the spray assembly is used for completing ultrasonic cleaning, the residual dirt is washed by high-pressure water, and meanwhile, the blind area cleaned by ultrasonic cleaning is complementarily cleaned. After ultrasonic cleaning is finished, the door seal is detached, the vibration box is taken out, and the original main shaft is replaced by a special spraying pipe called a main spraying pipe ^N; the spraying main pipe is provided with a plurality of holes, which are divided into water inlet holes and water outlet holes, and the special water inlet seat and the special water outlet seat are matched to complete the spraying task, the special water inlet seat ^N is arranged at the position of the water inlet hole of the spraying main pipe, and the special water outlet seat ^N is arranged at the position of the water outlet hole of the spraying main pipe; a plurality of specially manufactured sealing components are arranged at the mesh position of the inner wall of the inner cylinder of the washing machine, and are called a spray seat ^N, the spray seat is connected with the mesh of the inner cylinder of the washing machine by an inner cylinder clamping hook, and a sealing gasket is arranged between the spray seat and the mesh of the inner cylinder of the washing machine to strengthen the sealing performance; after the spray seat is connected with the inner cylinder, the spray seat is ensured to be communicated with corresponding inner cylinder meshes, and water flow entering the spray seat can be ensured to be ejected from the inner cylinder meshes; the spraying seat is connected with the main spraying pipe through the silica gel hose, when the main spraying pipe is filled with high-pressure water, the high-pressure water is filled into the groove between the inner wall of the outer barrel of the washing machine and the inner barrel and the outer barrel through meshes of the inner barrel of the washing machine, residual dirt is washed, the main spraying pipe is rotated to pull the inner barrel to rotate, and the blind area of ultrasonic cleaning is further washed before washing, so that washing is more thorough.

The special water inlet seat arranged on the spraying main pipe is rotatably connected with the sealing ring inside, when the spraying main pipe rotates, the special water inlet seat cannot rotate along with the spraying main pipe, so that when high-pressure water is injected into the spraying main pipe, the rotating spraying main pipe pulls the inner cylinder to rotate flexibly, the inner cylinder can be rotated rapidly and continuously for a long time without intermittent water injection, and the cleaning effect is more ensured.

Other accessories: 1. inner cylinder hook ^N: the inner cylinder clamping hook can be inserted into a mesh hole on the inner cylinder of the washing machine and is locked on the inner cylinder and is not easy to fall off, the styles of the inner cylinder clamping hook are two, and the purposes are also divided into two types: one is arranged on the inner wall of the inner cylinder, is connected with one end of the main shaft or the spraying main pipe through a chain, and can pull the inner cylinder to rotate as long as the main shaft or the spraying main pipe is rotated; the other is matched with the spray seat and is fixed on the inner wall of the inner cylinder.

2. Vibrating box support ^N: the two vibrating boxes are fixedly connected to form a stable ultrasonic generating system, the vibrating box supports are two in pairs, the front and rear clamping vibrating boxes are fastened by the lengthened bolts and then inserted on the main shaft, and when the main shaft rotates, the inner barrel can be driven to rotate but the vibrating boxes do not rotate.

3. Adjustable upright ^N: the lever is arranged in the center hole of the inner cross arm of the ground bracket and used as a fulcrum of the lever; because the heights of various electric appliances or equipment are different, the heights of the lever fulcrums are also different, and the height can be adjusted by threads in the adjustable upright post so as to adapt to the heights of different electric appliances or equipment.

Drawings

Fig. 1 is a three-dimensional view of a vibrating case, which is a core component of the present patent, and is denoted by 1 as an ultrasonic vibrator mounted on a main vibrating surface, 2 as an ultrasonic vibrator mounted on an inclined surface, 3 as a metal housing, and 4 as an input cable. The model of the ultrasonic vibrator on the main vibration surface is the same as that of the vibrator on the inclined plane, but the number of the vibrators on the main vibration surface is far greater than that of the vibrators on the inclined plane, so that large-area dirt is mainly cleaned, and the vibrators on the inclined plane clean dirt at corners and behind the inner cylinder; the vibrating box shell is made of stainless steel, belongs to a closed structure, and adopts a waterproof sealing device at a cable input port.

Fig. 2 is a three-dimensional view of one of the components of the dock seal, the rubber ring disk, reference 5 being a planar metal disk, reference 6 being an everting recess, reference 7 being a mounting hole. The plane metal disc is integrated with the groove, and the shape of the plane metal disc is like a circular clamping groove of a rubber sealing ring installed on the front panel of the drum washing machine, and the plane metal disc is used for installing the rubber sealing ring as the circular clamping groove of the washing machine itself, and surrounding installing holes are fastened when the plane metal disc is connected with the door sealing disc.

FIG. 3 is another assembly of a dock seal, a portion of a dock seal disk, labeled 8 as a metal disk, with a central faceplate area being hollow; the mark 9 is a mounting hole and is fastened and used when being overlapped with the transparent disc in the lower picture; reference numeral 10 is a mounting hole which is fastened and used when being connected with the rubber ring disc in the upper drawing.

FIG. 4 is another part of the door seal disc, indicated at 11, which is a transparent disc, typically made of acrylic or plexiglass, and is beveled around its periphery to match the angle of inclination of the beveled outward turned groove of the rubber ring disc to provide a water tight seal when the washer seal is installed; the mark 12 is a water seal, which is used for preventing water leakage when the main shaft is inserted; reference 13 is a rectangular hole for passing a vibrating cartridge cable.

Fig. 5 is a view of the entirety of the door seal disc, and in practice the combination of fig. 3 and 4, reference numeral 8 is a metal disc, reference numeral 11 is a transparent disc, and reference numeral 14 is a view of the entirety of the door seal disc. The central area of the door seal disc is transparent, a circle of mounting holes are connected and fastened with the rubber ring disc when in use, and the door seal formed by the combination of the door seal disc and the rubber ring disc can replace the door of the drum washing machine; the ultrasonic vibration box can normally work on the premise of being completely immersed in water, so that the ultrasonic cleaning equipment can be sealed and cannot leak water when working, and the internal cleaning effect can be observed in the cleaning process.

FIG. 6 is a two-dimensional plan view of a ground bracket, and a ground pressing plate 15 is provided, which belongs to a U-shaped metal plate, wherein the left and right sides are respectively provided with a lower end inserted under the bottom feet of the front end of the drum washing machine, and the tail ends of the lower end are propped against two feet behind the washing machine as much as possible, and can also be inserted under the feet, so that the U-shaped metal plate is stably pressed on the ground due to the strong self weight of the washing machine; the mark 16 is a cross arm, and the upper part and the lower part are respectively one; the mark 17 is a long slot hole on each cross arm, each cross arm is provided with 4 long slot holes, and the distance between two ground pressing plates can be adjusted when the cross arm is connected with the ground pressing plates so as to adapt to the distances between two feet of different washing machines; reference 18 is a hole in the cross arm, both cross arms having one for inserting an adjustable post and one for attaching a fixed zipper. The design of ground support is important, and its effect lies in: 1. the vibrating box filled with the vibrator has heavy weight, and needs to be hung by external force, otherwise, the vibrating box is directly put into the inner barrel of the washing machine to possibly crush the inner barrel and related parts, and the lever made on the basis of the ground bracket solves the problem; 2. the cleaning process needs to rotate the inner cylinder to achieve a good cleaning effect, and the inner cylinder clamping hook is connected with the lever of the main shaft installed on the ground support, so that the problem is well solved, and the inner cylinder is flexible to rotate.

FIG. 7 is a three-dimensional view of the bracket system, labeled 15 as a ground platen, labeled 16 as a cross arm, as previously described; reference numeral 19 is an adjustable column, reference numeral 20 is a lever zipper, reference numeral 21 is a spindle, and reference numeral 22 is a hand wheel. The main shaft takes the adjustable upright post as a fulcrum, and the height of the main shaft can be adjusted by adjusting the height of the adjustable upright post so as to adapt to the heights of different washing machines; one side of the hand wheel is connected with the zipper to the cross arm, the length of the zipper is adjustable, the whole bracket system provides reliable guarantee for hanging the vibrating box, and the inner cylinder of the washing machine can be flexibly rotated through the rotation of the hand wheel.

Fig. 8 shows a main shower pipe, 23 shows a water outlet hole, 24 shows a main shower pipe body, 25 shows a water inlet hole, and 26 shows a square head for installing a hand wheel. The spraying main pipe is provided with a plurality of water outlets as required, the positions of the water outlets are provided with special water draining seats, and sealing rings are arranged in the water draining seats to ensure sealing water tightness, and a pagoda head on the water draining seats is connected with the inner barrel spraying seat by inserting a silica gel hose; the spray main pipe is provided with only 1 water inlet holes, and a special water inlet seat is arranged, and is different from the drain seat in that the water inlet seat can rotate around the spray main pipe without water leakage; when the two ends of the spraying main pipe are closed, and high-pressure water is injected into the water inlet seat, water flow enters the water outlet hole from the spraying main pipe, enters the inner cylinder spraying seat along the silica gel hose, is ejected out through meshes of the inner cylinder, mainly cleans the inner wall of the outer cylinder, flushes residual dirt, and in addition, when the water inlet hole is injected with the high-pressure water, the spraying main pipe can rotate and traction the inner cylinder to rotate through a chain connected with the tail part, so that the supplementary instruction is that: the chain is connected with the inner cylinder through an inner cylinder clamping hook; the spraying main pipe rotates, but the water inlet seat does not rotate at the moment, so that the inner cylinder can rotate rapidly when high-pressure water is continuously injected, water ejected from meshes of the inner cylinder repeatedly washes the inner wall of the outer cylinder, and meanwhile reflected water can further wash the outer wall of the inner cylinder and a tripod at the tail part of the inner cylinder, so that the cleaning effect is better.

FIG. 9 is a basic structural cross-sectional view of a dedicated water inlet seat and drain seat for use on a spray header, labeled 27 as a cavity, inserted into the spray header with a seal ring therein to prevent water leakage; reference 28 is a pagoda fitting that is easily connected to a silicone hose without water leakage.

FIG. 10 is a three-dimensional view of the inner barrel spray seat, labeled 29 as a cavity, in contact with the inner barrel with a gasket therebetween, the cavity corresponding to the inner barrel mesh to ensure that water flow entering the cavity is emitted from the inner barrel mesh; reference numeral 30 is a housing of the shower base, reference numeral 31 is a fixing hole, and reference numeral 32 is a pagoda head. The tower head of the spray seat is connected with a special water draining seat for water outlet of the spray main pipe after being inserted with a silica gel hose; the inner cylinder hook with external threads is used for installing the spraying seat and the inner cylinder, and is arranged on the left side in fig. 11, and the hook is matched with the nut to firmly install the spraying seat on the inner wall of the inner cylinder, and a silica gel pad is added between the spraying seat and the inner cylinder to prevent water leakage.

Fig. 11 is two versions of the inner barrel hook, the left hook is used for the installation of the spray seat and the right hook is used for the installation of the inner barrel rotary zipper. The mark 33 is a large hook, so that the zipper can be conveniently penetrated; the mark 34 is a pressure spring, the upper end and the lower end are respectively provided with a baffle, and the baffle on the upper side is longer and has the function that after the clamping hook is inserted into the mesh of the inner cylinder of the washing machine, the clamping hook is propped against the inner wall of the inner cylinder and is not easy to fall off; the mark 35 is a right-angle hook to ensure that the hook is inserted into the mesh of the inner cylinder of the washing machine and does not damage the outer cylinder; the reference numeral 36 is an external thread and can be clamped on the inner cylinder by cooperating with a nut.

FIG. 12 shows a vibrating cartridge holder, 37 is a fixed hole, 4 holes are fixed holes around, one vibrating cartridge is fixed to the left two holes, and the other vibrating cartridge is fixed to the right two holes; reference numeral 38 denotes the whole bracket, reference numeral 39 denotes a spindle insertion hole, reference numeral 40 denotes an elongated screw insertion hole, and the same hole as the lower side is also an insertion hole, which are used for insertion and fastening by an elongated bolt after two brackets hold two vibration boxes.

FIG. 13 is an adjustable column, reference numeral 41 is an elongated bolt with trapezoidal external threads, reference numeral 42 is a circular tube with trapezoidal internal threads, and the elongated bolt is matched with the trapezoidal external threads to play a role in adjusting the height; reference 43 is a movable drum, which acts to insert the spindle, allowing the lever to rotate flexibly.

Fig. 14 is a three-dimensional view of the bracket system after the door seal disc, the rubber ring disc and the vibration box combination are installed, and the bracket system is a centralized embodiment of the spray assembly, so that the structural condition and the assembly condition of all components in the ultrasonic cleaning equipment can be clearly shown. Reference numeral 14 is a door seal disk, reference numeral 15 is a ground pressure plate, reference numeral 16 is a cross arm, reference numeral 19 is an adjustable column, reference numeral 20 is a lever zipper, reference numeral 21 is a spindle, reference numeral 44 is a rubber ring disk, reference numeral 45 is an ultrasonic vibration box assembly, and reference numeral 46 is an inner barrel zipper. The door seal disc and the rubber ring disc are all penetrated on the main shaft, the two vibration boxes are clamped by the front bracket and the rear bracket, the bolts are also penetrated on the main shaft after being reinforced, the two ends of the inner barrel zipper are connected with the meshes of the inner barrel of the washing machine by using the inner barrel hooks after the inner barrel zipper is connected with the tail part of the main shaft, and the inner barrel zipper is arranged to draw the inner barrel of the washing machine to rotate when the hand wheel of the main shaft is rotated.

FIG. 15 is a three-dimensional view of an ultrasonic cleaning apparatus mounted to a drum washing machine, the ultrasonic cleaning apparatus constituting a stable support system by virtue of the strong weight of the drum washing machine itself, all of the weight of the cleaning apparatus being fully supported by the support system while the support system provides reliable and efficient support for the rotation of the inner drum. Reference 14 is a door seal disk, reference 15 is a ground pressure plate, reference 16 is a cross arm, reference 19 is an adjustable column, reference 20 is a lever zipper, reference 21 is a spindle, reference 45 is an ultrasonic vibration box assembly, reference 46 is an inner barrel zipper, reference 47 is a washing machine housing, reference 48 is a washing machine foot, reference 49 is a washing machine damper, reference 50 is a washing machine inner barrel, reference 51 is a washing machine outer barrel, and reference 52 is a washing machine suspension spring.

Fig. 16 is a two-dimensional plan view of an ultrasonic cleaning apparatus after being mounted to a drum washing machine, reference numeral 14 is a door seal disk, reference numeral 15 is a ground platen, reference numeral 16 is a cross arm, reference numeral 21 is a main shaft, reference numeral 45 is an ultrasonic vibrating box, reference numeral 46 is an inner cylinder zipper, reference numeral 47 is a washing machine housing, reference numeral 48 is a washing machine foot, reference numeral 50 is a washing machine inner cylinder, reference numeral 51 is a washing machine outer cylinder, and reference numeral 52 is a washing machine suspension spring.

Fig. 17 is a schematic plan view of the spray system after installation, for clarity of the drawing, only relevant components are shown, reference 14 is a gate seal disc, reference 15 is a ground pressure plate, reference 16 is a cross arm, reference 47 is a drum washing machine shell, reference 50 is an inner drum of the drum washing machine, reference 51 is an outer drum of the drum washing machine, reference 46 is an inner drum zipper, reference 53 is a spray main, reference 54 is a connection port between a side surface of the inner drum of the washing machine and a spray seat, reference 55 is a connection port between a rear portion of the inner drum of the washing machine and the spray seat, reference 56 is a connection port between the other side surface of the inner drum of the washing machine and the spray seat, reference 57 is a drainage port of the spray main, reference 58 is a water injection port of the spray main, reference 59 is a water injection connection pipe of the high-pressure water supply device, and tap water can be used instead of water supply. The spray cleaning system and the ultrasonic cleaning system share one set of bracket system, and after ultrasonic cleaning is finished, the spray cleaning can be performed only by replacing the main shaft with a spray main pipe and installing related spray components.

The numbering explanations in the above description of the figures: each component has only one number, and the components with the same number belong to the same component; some of the figures are not numbered in order because some of the components have been numbered in the previous figures, for ease of illustration only, and are again labeled for illustration.

Detailed Description

The inner cylinder is sleeved inside the outer cylinder of the drum washing machine, so that a large amount of dirt germs are accumulated in the groove between the outer cylinder and the inner cylinder after the washing machine is used for a period of time, the washing effect of the washing machine is greatly reduced, and meanwhile, clothes can carry the dirt germs, so that damage is brought to health of families. The patent invents a brand new effective method for removing the dirt germs by utilizing cavitation effect and strong penetrating power of ultrasonic waves, and prepares professional equipment, and the specific implementation steps are as follows: 1. firstly, mounting two ends of an inner cylinder zipper on the inner wall of an inner cylinder of a washing machine by using inner cylinder hooks, and then adding a proper amount of ultrasonic cleaning agent to the inner cylinder; 2. removing a steel wire ring of a rubber sealing ring of a front panel of the washing machine, removing the rubber sealing ring, and then installing the rubber sealing ring on a rubber ring disc of the equipment; 3. two ground pressing plates are respectively inserted under two bottom feet in front of the washing machine, two cross arms, adjustable stand columns and main shafts are arranged, and the bracket system is assembled; 4. penetrating the gate seal disc into the main shaft, then sending the first vibrating box into the washing machine, and simultaneously inserting a vibrating box bracket and penetrating the vibrating box bracket onto the main shaft; and then the vibration box is sent into a second vibration box, and is combined with the first vibration box into a whole by using a vibration box bracket. After the two vibrating boxes are combined, a V shape is formed, the radiating surface of the vibrating box vibrator can cover about 2/3 area of the circumference of the inner cylinder and half area of the front and rear surfaces of the inner cylinder, cables of the vibrating boxes are led out through the outlet holes of the door sealing disc, and finally the door sealing disc and the rubber ring disc are connected together and fastened by using screws; 5. the adjustable upright post is properly adjusted to enable the vibrating box to be positioned at the center of the inner cylinder; hot water is added into the soap box of the washing machine, the temperature of the water can be generally 30-90 ℃, the cleaning effect can be improved when the water temperature is higher, and the water level is based on the condition that the water overflows the vibrating box; 6. the ultrasonic generator is connected, the two vibrating boxes are connected with the ultrasonic generator, most dirt can be cleaned after half an hour of normal work, and the cleaning effect is better when the working time is prolonged properly; 7. after ultrasonic cleaning is finished, discharging sewage, disassembling the door seal, taking out the two vibrating boxes, and unloading the main shaft; 8. the method comprises the steps of performing spray cleaning, firstly installing a required spray seat on an inner barrel of a washing machine, then installing a special water inlet seat and a special water outlet seat on a spray main pipe, then installing the spray main pipe on a bracket, connecting an inner barrel zipper to the tail part of the spray main pipe, connecting the spray seat and the special water outlet seat by using a silica gel pipe, checking the tightness of each connecting part, and finally injecting high-pressure water into the water inlet seat on the spray main pipe; the main spray pipe hand wheel is rotated while water is injected to draw the inner cylinder of the washing machine to rotate, so that the spray cleaning is more thorough; 9, after the cleaning is finished, removing all parts, recovering the rubber sealing ring of the washing machine to the original position, starting the washing machine to work and wash once again, and removing residual dirt; 10. finally, manually cleaning the surface of the washing machine, and finishing the whole cleaning.

Compared with manual total disassembly cleaning and the current so-called disassembly-free cleaning, the electric appliance or equipment with the inner cylinder and outer cylinder structure modes such as a drum washing machine and a pulsator washing machine is cleaned by using the immersed combined ultrasonic cleaner, so that the electric appliance or equipment has the advantages of labor saving, time saving, good cleaning effect, disinfection and sterilization, no damage and hidden danger to the electric appliance or equipment due to no need of disassembling the washing machine, and great protection of the benefits of users. The invention before the relative inventor: ultrasonic cleaner special for washing machine, patent number: ZL2019205237882, this patent has the washing machine of compatible different brand models that can be fine, and the installation is reliable convenient, and the cleaning performance is better, and efficiency is higher.

Interpretation of the names of the parts: all component names in the patent data are clearly defined, and the specification is also explained in detail, including the claims, the specification, the abstract of the specification, all patent data of the patent request are identical, all the related component names have uniqueness, namely, all the patent data refer to the same component as long as the component names are identical, and confusion is avoided.

The above description is specifically taken by taking a drum washing machine as an example, but the invention should not be construed as being limited to the scope of the patent.

Claims (10)

1. The utility model provides a soak combination formula ultrasonic cleaner, equipment include shake box, door seal, bracket system, spray subassembly and other annex, characterized by: the vibration box shell is made of metal, an output cable of the vibration box is installed by using a waterproof cable connector, or a structure of sealing connection of a common connector and a waterproof lengthened hose is adopted, the vibration boxes are respectively independent and are placed into an electric appliance or equipment in sequence and then assembled to form the vibration box, two ground pressing plates of a bracket system are respectively inserted into the lower parts of two feet of the electric appliance or the equipment and are placed in parallel, two cross arms are respectively and vertically installed with the ground pressing plates and are mutually parallel, and an adjustable upright post is installed on the inner side cross arm; when in ultrasonic cleaning, the main shaft is arranged on the adjustable upright post, one end of the main shaft is hung with a door seal consisting of a vibration box, a rubber ring disc and a door seal disc, the tail end of the main shaft is provided with a chain which is fixed on the inner cylinder by using an inner cylinder clamping hook, and the other end of the main shaft is additionally provided with a chain which is connected to the outer cross arm; when in spray cleaning, the spray main pipe is arranged on the adjustable upright post, a special drain seat at one end of the spray main pipe is connected with a spray seat fixed on the inner wall of the inner cylinder by a hose, the tail end of the spray main pipe is also provided with a chain which is fixed on the inner cylinder by an inner cylinder clamping hook, the other end of the spray main pipe is additionally provided with a chain which is connected to the outer cross arm, and the special drain seat is connected with a high-pressure injection water pipe.

2. The immersion combination ultrasonic cleaning machine according to claim 1, characterized in that: the rubber ring disc is made of metal, and the inner ring is provided with an everting groove.

3. The immersion combination ultrasonic cleaning machine according to claim 1, characterized in that: the door seal disc is formed by superposing an acrylic or organic glass disc and a metal disc together, wherein the outer ring of the acrylic or organic glass disc is an inclined surface, and the center of the acrylic or organic glass disc is provided with a water seal.

4. The immersion combination ultrasonic cleaning machine according to claim 1, characterized in that: the ground pressure plate is inserted from the lower parts of two feet at the front side of the electric appliance or equipment, and is placed in parallel, and the cross arm is connected with the ground pressure plate to form a stable ground support.

5. The immersion combination ultrasonic cleaning machine according to claim 1, characterized in that: the main shaft takes an adjustable upright post arranged on a ground support as a fulcrum to form a lever, one end of the lever is suspended with a vibrating box, the tail end of the lever is additionally provided with a chain which is linked with an inner cylinder clamping hook, the other end of the lever is linked with a cross arm, and a hand wheel is arranged for rotating the main shaft to pull the inner cylinder to rotate.

6. The immersion combination ultrasonic cleaning machine according to claim 1, characterized in that: the spraying seat is connected with the inner wall of the inner cylinder of the electric appliance or equipment, a sealing gasket is arranged between the spraying seat and the inner cylinder, the spraying seat is communicated with corresponding meshes of the inner cylinder, and in addition, the spraying seat is connected with a spraying main pipe through a hose.

7. The immersion combination ultrasonic cleaning machine according to claim 1, characterized in that: the spraying main pipe is provided with an opening, the opening is divided into a water inlet hole and a water drain hole, the special water inlet seat is arranged at the position of the water inlet hole, and the special water drain seat is arranged at the position of the water drain hole.

8. The immersion combination ultrasonic cleaning machine according to claim 1, characterized in that: the inner cylinder hook is clamped in the inner cylinder mesh of the electric appliance or equipment, and is divided into two types, one is arranged on the inner wall of the inner cylinder and is connected with the main shaft or the spraying main pipe to pull the inner cylinder to rotate, and the other is matched with the spraying seat and is fixed on the inner wall of the inner cylinder.

9. The immersion combination ultrasonic cleaning machine according to claim 1, characterized in that: the vibrating box support is connected with and fixed with the vibrating box to form a stable ultrasonic wave generating system, and the vibrating box support is inserted on the main shaft.

10. The immersion combination ultrasonic cleaning machine according to claim 1, characterized in that: the height of the adjustable upright post can be adjusted.