CN209122146U - Ultrasonic wave shoe washing machine - Google Patents
Ultrasonic wave shoe washing machine Download PDFInfo
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- CN209122146U CN209122146U CN201821122075.7U CN201821122075U CN209122146U CN 209122146 U CN209122146 U CN 209122146U CN 201821122075 U CN201821122075 U CN 201821122075U CN 209122146 U CN209122146 U CN 209122146U
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Abstract
The utility model provides a kind of ultrasonic wave shoe washing machine, including rack, cavity, main shaft, cleaning rotary drum, ultrasonic transmission device；It is fastenedly connected in rack and is stated cavity；Main shaft is rotatably connected with cavity；Cleaning rotary drum is fastenedly connected main shaft, and cleaning rotary drum can be rotated with main shaft relative to cavity；A part and cleaning rotary drum of main shaft are located at the inside of cavity；Ultrasonic transmission device is mounted on cavity；Ultrasonic transmission device includes shell, ultrasonic wave vibration plate, supersonic generator；The shell has shell nozzle；The cavity is provided with cavity hatch；The shell nozzle is connect with the cavity hatch Butt sealing；Ultrasonic wave penetrates over cleaning rotary drum by reticulated cell and generates cavitation in water, makes liquid sustained vibration to have the function that cleaning.It is cleaned using ultrasonic wave, shoestring high side is effectively prevent to wind, cleaned more convenient, time saving, clean.
Description
Technical field
The utility model relates to shoe washing machines, and in particular, to ultrasonic wave shoe washing machine, more particularly, to a kind of fully-automatic ultrasonic
Wave washes the integrated shoe washing machine of baking, is mainly used in the evolution workshop of pharmaceutical industry, as the cleaning of toilet's footware, disinfection,
Drying, the cooling special equipment for being integrated multi-functional processing shoes object.
Background technique
The shoe washing machine of the prior art is not thorough shoes cleaning, and limited to the category of shoes capable of washing, does not have
For the shoe washing machine of the specialized requirement of the cleaning shop of pharmaceutical industry, this shoe washing machine can clean the footwear of no high side, without shoes
Band or the shoes without binding strap, but work shoes used in cleaning shop all for pharmaceutical industry, for example, the high boots with cloth upper of a shoe
Work shoes, the work shoes of soft tail band rubber and the work shoes similar to ankle socks form are purified, this shoe washing machine is can not be used and carries out clearly
It washes, when cleaning, the excessively high cylinder for being wrapped in shoe washing machine of upper of a shoe paints the defects of leading to not clean or destroying shoe washing machine.
Patent document CN204636258U discloses a kind of full-automatic shoe washing machine, including rack；Drum ladle, tubular
Container includes stack shell, container foreboard and container back plate；At least one main shaft support seat, is fixably attached to container foreboard and container
In at least one of back plate；Main shaft is supported by main shaft support seat and is extended from it along the center of stack shell, the separate stack shell of main shaft
The one end for stretching out in main shaft support seat is connected to the driving power of shoe washing machine；And it is mounted on the roller in drum ladle, including
It is full of the cylinder wall in the hole in mesh arrangement, the both ends of roller are fixedly mounted on main shaft through its center, and by main shaft
Bearing rotates roller respective container by main shaft.Roller includes: the center blast pipe at center inside it, center blast pipe
Tube wall on also with the aperture of multiple mesh arrangements, center blast pipe extends between the bottom plate of roller and the front end of roller,
And can be in fluid communication with air inlet duct, the gas in air inlet duct is sent into roller.This full-automatic shoe washing machine cannot
Solve the problems, such as that upper of a shoe is wound.
Utility model content
For the defects in the prior art, the purpose of the utility model is to provide a kind of ultrasonic wave shoe washing machines.
According to a kind of ultrasonic wave shoe washing machine provided by the utility model, including rack, cavity, main shaft, cleaning rotary drum, ultrasound
Wave transmitting device；
It is fastenedly connected in rack and is stated cavity；Main shaft is rotatably connected with cavity；Cleaning rotary drum is fastenedly connected main shaft, clearly
Washing rotary drum can rotate with main shaft relative to cavity；A part and cleaning rotary drum of main shaft are located at the inside of cavity；Ultrasonic wave hair
Injection device is mounted on cavity；
Ultrasonic transmission device includes shell, ultrasonic wave vibration plate, supersonic generator；
The shell has shell nozzle；The cavity is provided with cavity hatch；The shell nozzle is opened with the cavity
Mouth Butt sealing connection；
Ultrasonic wave vibration plate is disposed in the housing, and is electrically connected by conducting wire with the supersonic generator for being located at hull outside
It connects；The inner space of shell locating for ultrasonic wave vibration plate passes sequentially through the shell nozzle, the cavity hatch, turns with cleaning
The inner space of the locating cavity of drum is connected；
The shell is one or more；Wherein, multiple shells are uniformly distributed along the circumferential direction of cavity；In a shell,
It is provided with one or more ultrasonic wave vibration plates, wherein the multiple ultrasonic wave vibration plate is uniformly distributed along the axial direction of cavity.
Specifically, the opening's edge of shell nozzle extends flange arrangement；Shell is fastenedly connected the outer of cavity by flange arrangement
Surface；It is arranged in parallel between the multiple ultrasonic wave vibration plate or non-parallel setting；It is put down between ultrasonic wave vibration plate in multiple shells
Row setting or non-parallel setting.
Specifically, the outer surface of the multiple shell connects one end of cleaning fluid conveying pipeline by through-hole, and cleaning solution is defeated
The other end of pipe is sent to connect cleaning solution storage tank；Wherein, what outer surface locating for the through-hole was located at the shell is provided with shell
The opposite side of body opening.
According to a kind of ultrasonic wave shoe washing machine provided by the utility model, including rack, cavity, main shaft, cleaning rotary drum, ultrasound
Wave transmitting device；It is fastenedly connected in rack and is stated cavity；Main shaft is rotatably connected with cavity；Cleaning rotary drum is fastenedly connected master
Axis, cleaning rotary drum can be rotated with main shaft relative to cavity；A part and cleaning rotary drum of main shaft are located at the inside of cavity；Ultrasound
Wave transmitting device is mounted on cavity；Ultrasonic transmission device includes shell, ultrasonic wave vibration plate, supersonic generator；The shell
Body has shell nozzle；The cavity is provided with cavity hatch；The shell nozzle is connect with the cavity hatch Butt sealing；
Ultrasonic wave vibration plate is disposed in the housing, and is electrically connected by conducting wire with the supersonic generator for being located at hull outside；Ultrasound
The inner space of shell locating for wave vibration plate passes sequentially through the shell nozzle, the cavity hatch, with cleaning rotary drum locating for
The inner space of the cavity is connected；The shell is multiple；Wherein, multiple shells are uniformly distributed along the circumferential direction of cavity；?
In one shell, it is provided with multiple ultrasonic wave vibration plates, wherein the multiple ultrasonic wave vibration plate is uniformly distributed along the axial direction of cavity；
The opening's edge of shell nozzle extends flange arrangement；Shell is fastenedly connected the outer surface of cavity by flange arrangement；It is the multiple super
It is arranged in parallel between sound wave vibration plate or non-parallel setting；It is arranged in parallel between ultrasonic wave vibration plate in multiple shells or non-parallel
Setting；The outer surface of the multiple shell by through-hole connect cleaning fluid conveying pipeline one end, cleaning fluid conveying pipeline it is another
End connection cleaning solution storage tank；Wherein, outer surface locating for the through-hole is located at the phase for being provided with shell nozzle of the shell
Opposite side.
Specifically, the main shaft is located at the driving power of the part connection ultrasonic wave shoe washing machine of the outside of cavity；
The driving power of the ultrasonic wave shoe washing machine is driven by motor, and big sprocket wheel is suspended on main shaft, and minor sprocket is suspended on
In the drive shaft of motor, big sprocket wheel is connect with minor sprocket by chain, motor driven minor sprocket, and minor sprocket drives big sprocket wheel rotation
Turn, so that main shaft be driven to rotate.
Specifically, it is full of the hole in mesh arrangement on the drum wall of the cleaning rotary drum, cleans the inside center setting of rotary drum
Center blast pipe, and with multiple along one end for axially extending to cleaning rotary drum of cleaning rotary drum, the tube wall of center blast pipe
The aperture of mesh arrangement.Center blast pipe is connected with air inlet duct, can send the gas in air inlet duct to cleaning rotary drum.
Specifically, the center blast pipe is arranged around main shaft, and center air inlet tube wall extends radially outwardly into cleaning and turns
Drum inner wall is provided with middle partition at least two, and the space cleaned in rotary drum is divided at least two cavity chambers.
Specifically, including cleaning system, in the cleaning system conveying water inlet to cavity, to complete to clean.
Specifically, including drying system, cooling system, drying system, cooling system air outlet connection air inlet duct into
Hot-air, cold air are transmitted to center blast pipe by air inlet duct to complete drying, cooling by air port.
Specifically, the drying system, cooling system include air blower and respectively include heating device, cooling device, drum
The air inlet of the air outlet connection air inlet of heating device of blower, cooling device, the air outlet of heating device, cooling device
The air inlet of air outlet connection air inlet duct.
Compared with prior art, the utility model have it is following the utility model has the advantages that
1, there is ultrasonic transmission device, ultrasonic wave can be emitted to cleaned material, to improve cleaning capacity.
2, it is suitable for Industrial cleaning facility workshop to use, strongly professional, cleaning degree is high.
3, can cleaning tape high side boots work shoes, prevent shoe washing machine from winding.
4, the pollution of shoes Internal biological, such as sweat stain, scurf etc. can be cleaned, is cleaned easily with the ultrasonic wave short time.
5, integrate cleaning, disinfection, drying, cooling, high degree of automation is easy to operate.
Detailed description of the invention
Upon reading the detailed description of non-limiting embodiments with reference to the following drawings, other spies of the utility model
Sign, objects and advantages will become more apparent upon:
Fig. 1 is the overall construction drawing of ultrasonic wave shoe washing machine；
Fig. 2 is the inside cavity and rotary drum part anatomical structure figure of ultrasonic wave shoe washing machine；
Fig. 3 is the pipeline valve schematic diagram of ultrasonic wave shoe washing machine；
Fig. 4, Fig. 5, Fig. 6 are ultrasonic wave shoe washing machine ultrasonic cleaning schematic diagrames.
It is shown in figure:
Specific embodiment
The utility model is described in detail combined with specific embodiments below.Following embodiment will be helpful to this field
Technical staff further understands the utility model, but does not limit the utility model in any form.It should be pointed out that ability
For the those of ordinary skill in domain, without departing from the concept of the premise utility, several changes and improvements can also be made.
These are all within the protection scope of the present invention.
As shown in Fig. 2, Fig. 6, according to a kind of ultrasonic wave shoe washing machine provided by the utility model, including rack 2, cavity 3,
Main shaft 25, cleaning rotary drum 21, ultrasonic transmission device 19；It is fastenedly connected in rack 2 and is stated cavity 3；Main shaft 25 and cavity 3
It is rotatably connected；Cleaning rotary drum 21 is fastenedly connected main shaft 25, and cleaning rotary drum 21 can be rotated with main shaft 25 relative to cavity 3；It is main
A part and cleaning rotary drum 21 of axis 25 are located at the inside of cavity 3；Ultrasonic transmission device 19 is mounted on cavity 3；Ultrasonic wave
Emitter 19 includes shell 1901, ultrasonic wave vibration plate 1902, supersonic generator 1903；The shell 1901 is opened with shell
Mouthful；The cavity 3 is provided with cavity hatch；The shell nozzle is connect with the cavity hatch Butt sealing；Ultrasonic wave vibration plate
1902 are arranged in the shell 1901, and are electrically connected by conducting wire with the supersonic generator 1903 being located at outside shell 1901
It connects；The inner space of shell 1901 locating for ultrasonic wave vibration plate 1902 passes sequentially through the shell nozzle, the cavity hatch,
It is connected with the inner space of the cavity 3 locating for cleaning rotary drum 21；The shell 1901 is one or more；Wherein, more
A shell 1901 is uniformly distributed along the circumferential direction of cavity 3；In a shell 1901, it is provided with one or more ultrasonic wave vibration plates
1902, wherein the multiple ultrasonic wave vibration plate 1902 is uniformly distributed along the axial direction of cavity 3.
Specifically, the opening's edge of shell nozzle extends flange arrangement 1904；Shell 1901 is fastened by flange arrangement 1904
The outer surface of connection cavity 3；It is arranged in parallel between the multiple ultrasonic wave vibration plate 1902 or non-parallel setting；Multiple shells 1901
In ultrasonic wave vibration plate 1902 between be arranged in parallel or non-parallel setting.
Specifically, the outer surface of the multiple shell 1901 connects one end of cleaning fluid conveying pipeline, cleaning by through-hole
The other end of liquid delivery pipe connects cleaning solution storage tank；Wherein, outer surface locating for the through-hole is located at the shell 1901
It is provided with the opposite side of shell nozzle.
As shown in Figure 2 and Figure 3, the driving that the main shaft 25 is located at the part connection ultrasonic wave shoe washing machine of the outside of cavity 3 is moved
Power, it is preferable that the driving power of one end connection ultrasonic wave shoe washing machine of main shaft 25；Cleaning rotary drum 21 is mounted in cavity 3, clearly
The hole being full of on the drum wall of rotary drum 21 in mesh arrangement is washed, the both ends of cleaning rotary drum 21 are fixedly mounted in the main shaft passed through
It on 25, is supported by main shaft 25, cleaning rotary drum 21 is rotated by main shaft 25 relative to cavity 3；The multiple ultrasonic wave hairs of installation in cavity 3
Injection device 19, ultrasonic transmission device 19 emit Ultrasonic Radiation and clean rotary drum 21, so that the liquid in it is formed bubble and keep vibration
It is dynamic.Preferably, the interior bottom inside of cavity (3) installs multiple ultrasonic transmission devices (19), ultrasonic wave transmitting dress when equipment is run
Set that (19) are submerged in water, the cleaning rotary drum (21) of Xiang Xuanzhuan emits ultrasonic wave, and ultrasonic wave penetrates over cleaning turn by reticulated cell
Drum (21) generates cavitation in water, makes liquid sustained vibration to have the function that cleaning.
As shown in figure 3, center blast pipe 26 is arranged in the inside center of cleaning rotary drum 21, and prolong along the axial direction of cleaning rotary drum 21
Extend to one end of cleaning rotary drum 21, the aperture with multiple mesh arrangements on the tube wall of center blast pipe 26.Center blast pipe 26
It is connected with air inlet duct 30, the gas in air inlet duct 30 can be sent to cleaning rotary drum 21.Center blast pipe 26 surrounds main shaft
25 settings, 26 tube wall of center blast pipe extend radially outwardly into cleaning 21 inner wall of rotary drum and are provided with middle partition 20 at least two,
The space cleaned in rotary drum 21 is divided at least two cavity chambers.Various types of work shoes can be held in cavity chamber, for example,
Footwear with high side have shoestring or the footwear of side band etc..The ultrasonic transmission device 19 is mounted at least one in cavity 3
Side.Ultrasonic transmission device 19 may be provided on two opposite sides of main shaft 25, so that cleaning rotary drum 21 is in pivoting
During, it can uniformly be vibrated in cavity chamber in the bubble under Ultrasonic Radiation.
Specifically, ultrasonic wave shoe washing machine includes cleaning system, in the cleaning system conveying water inlet to cavity 3, to complete
Cleaning；Preferably, ultrasonic wave shoe washing machine includes drying system, cooling system, drying system, cooling system air outlet connect into
Hot-air, cold air are transmitted to center blast pipe 26 by air inlet duct 30 respectively to be respectively completed and dry by the air inlet in air duct 30
It is dry, cooling.The drying system, cooling system include air blower 10, and respectively include heating device, cooling device, air blast
The air inlet of the air outlet connection air inlet of heating device of machine 10, cooling device, the air outlet of heating device, cooling device
The air inlet of air outlet connection air inlet duct 30.
Specifically, ultrasonic wave shoe washing machine includes temperature sensor 28, liquid level sensor 27, is provided with hole on cavity 3, described
By the hole installation on cavity 3, temperature sensor 28 can measure the temperature of cavity 3 for temperature sensor 28, liquid level sensor 27,
Liquid level sensor 27 can measure the liquid level of cavity 3.
Specifically, ultrasonic wave shoe washing machine includes motor 9, big sprocket wheel 22, minor sprocket 24, chain 23, and the ultrasonic wave washes shoes
The driving power of machine is driven by motor 9, and big sprocket wheel 22 is suspended on main shaft 25, and minor sprocket 24 is suspended on the drive shaft of motor 9
On, big sprocket wheel 22 is connect with minor sprocket 24 by chain 23, and motor 9 drives minor sprocket 24, and minor sprocket 24 drives big sprocket wheel 22 to revolve
Turn, so that main shaft 25 be driven to rotate.
As shown in Figure 1 and Figure 2, the pipe not waited by several holes of different sizes on cavity 3, mountable various diameters
Road and valve, valve include inlet valve 13, water discharging valve 15, thimerosal inlet valve, pipeline connected corresponding to its have into
Water pipe, drainpipe, thimerosal water inlet pipe and air inlet duct 30 etc. further include one end connection thimerosal inlet valve, other end connection
The pipeline of Sterilizing water tank 12, Sterilizing water tank 12 are equipped with a thimerosal filling opening.There is the support of cavity support frame 18 outside cavity 3.One
Heater box 11 is mounted on 3 top of cavity, and one end connects air inlet duct 30, and the other end connects air blower 10.One electric appliance box 4, which is installed on, to be set
On standby host frame 2,2 surrounding of rack installs device panel 1, and a touch screen 5, power switch 6, scram button are installed on front panel
7。
Gathering inside cavity 3 equipped with a whole body mesh and has the cleaning rotary drum 21 of a wicket as wash bowl, in wash bowl
It can be put into cleaned shoes object, cavity 3 installs water inlet pipe, thimerosal inlet pipe, drainpipe, exhaust pipe, air inlet duct and corresponding control
Valve, cleaning rotary drum 21 drives offer rotatory force by sprocket wheel by motor 9, is provided with ultrasonic transmission device below cavity 3
19, computerized control system is provided in electric appliance box 4, automation control shoe washing machine carries out detergent cleaning, fine purifiation, disinfection, baking
The functions such as dry, cooling.
When as shown in Figure 1, Figure 3, into shoes, door 8 is opened, container inside door is opened, is put into respectively in two chambers to be cleaned
Shoes close container inside door, plug inner door latch, the shoes being put into are confined in two chambers respectively.Door 8 is closed and incited somebody to action
Outer door lock rotatable handle, which takes outer door lock, to be caught in outer door latch, is completed into shoes process.Out when shoes, outer door locking handle is rotated, is beaten
Enabling 8, then push inner door latch aside, container inside door is opened, that is, can be taken off the indoor shoes of two chamber of container.After closing the door into shoes, container
Interior addition detergent, issue instruction by the computer controller in electric appliance box 4: inlet valve 13 is opened, and is sent out to liquid level sensor 27
After water inlet liquid level signal is to computer controller out, inlet valve 13 is closed, and the beginning of motor 9 rotates in one direction after water inlet, is pacified
Minor sprocket 24 on motor shaft starts turning and drives the big sprocket wheel 22 being installed on main shaft 25 to start turning by chain 23,
Cleaning rotary drum 21 also starts turning, and realizes and washes the stage to the thick of shoes in the two chambers to cleaning rotary drum 21, washes down a timing
Between, after detergent forms bubble, start the ultrasonic transmission device 9 that starting is installed on 3 side of cavity, starts to radiate ultrasonic wave
Water in radiation cleaning rotary drum 21, realizes the fine purifiation stage of shoes in the two chambers to cleaning rotary drum 21.After the completion of cleaning,
Water discharging valve 15 is opened, and after liquid level sensor 22 issues no water signal to computer controller, is closed water discharging valve 15, was cleaned
Journey is completed.After cleaning, computer automatically opens thimerosal liquid feed valve, and thimerosal enters in cavity 3, then opens inlet valve
Door 13, until closing inlet valve 15 after being connected to 22 signal of liquid level sensor, motor 9 starts forward and backward and carrys out back rotation, keeps
A period of time for being again started up ultrasonic transmission device 9 after sterilizing required process time, realizes two to cleaning rotary drum 21
The fine purifiation of shoes in chamber.Water discharging valve 15 is opened, is closed after draining thimerosal, disinfecting process is completed.After disinfection, by
Computer-controlled motor 9 starts to come back rotation and cleaning rotary drum 21 is driven to start positive and negative rotation, and air blower 10 starts air blast, simultaneously
Heater box 11 begins to warm up air, and air after heating is blasted by air inlet duct 30 to the center in cavity 3 with cleaning rotary drum 21
Interface connecting place is entered the wind, and interface is entered the wind by center and is entered in center blast pipe 26, passes through 26 pipe shaft cloth of center blast pipe
Full aperture releases heating air into the two chambers of cleaning rotary drum 21, and damp and hot sky is discharged in the aperture on cleaning 21 whole body of rotary drum
In gas to cavity 3, humid air is discharged by container by exhaust pipe 17, work is dried, meanwhile, heater box 11 is passed by temperature
Sensor 21 controls, the closing when the set temperature in cavity 3 reaches, and opens when the temperature in cavity 3 is lower than set temperature,
And until reaching the drying time of setting.After hot-air seasoning, started to carry out back rotation by computer-controlled motor 9 clear
It washes rotary drum 21 and starts positive and negative rotation, air blower 10 starts air blast, and cold air is blasted in cavity 3 and cavity by air inlet duct 30
Center enter the wind interface connecting place, and by center air inlet interface enter in center blast pipe 26, pass through center blast pipe 26
The aperture that pipe shaft is covered with releases cold air into the two chambers of cleaning rotary drum 21, and the aperture for cleaning 21 whole body of rotary drum is further
Hot-air is discharged in cavity 3, hot-air is discharged by container by exhaust pipe 17, is made a reservation for until receiving temperature sensor 21 and reaching
Until the signal of temperature.Cooling procedure terminates.The control flow of ultrasonic wave shoe washing machine entirety are as follows: slightly wash and (detergent is added to clean) →
Fine purifiation → disinfection (medicining liquid dipping) → fine purifiation → drying → cooling → completion.
In the description of the present application, it is to be understood that term " on ", "front", "rear", "left", "right", " is erected at "lower"
Directly ", the orientation or positional relationship of the instructions such as "horizontal", "top", "bottom", "inner", "outside" is orientation based on the figure or position
Relationship is set, description the application is merely for convenience of and simplifies description, rather than the device or element of indication or suggestion meaning are necessary
It with specific orientation, is constructed and operated in a specific orientation, therefore should not be understood as the limitation to the application.
Specific embodiment of the utility model is described above.It is to be appreciated that the utility model not office
It is limited to above-mentioned particular implementation, those skilled in the art can make a variety of changes or modify within the scope of the claims,
This has no effect on the substantive content of the utility model.In the absence of conflict, the spy in embodiments herein and embodiment
Sign can be arbitrarily combined with each other.
Claims (10)
1. a kind of ultrasonic wave shoe washing machine, which is characterized in that including rack (2), cavity (3), main shaft (25), cleaning rotary drum (21),
Ultrasonic transmission device (19)；
It is fastenedly connected in rack (2) and is stated cavity (3)；Main shaft (25) is rotatably connected with cavity (3)；It is tight to clean rotary drum (21)
It is solidly connected main shaft (25), cleaning rotary drum (21) can be rotated with main shaft (25) relative to cavity (3)；A part of main shaft (25) with
Cleaning rotary drum (21) is located at the inside of cavity (3)；Ultrasonic transmission device (19) is mounted on cavity (3)；
Ultrasonic transmission device (19) includes shell (1901), ultrasonic wave vibration plate (1902), supersonic generator (1903)；
The shell (1901) has shell nozzle；The cavity (3) is provided with cavity hatch；The shell nozzle and the chamber
Body open butt joint is tightly connected；
Ultrasonic wave vibration plate (1902) is arranged in the shell (1901), and by conducting wire and is located at the super of shell (1901) outside
Sonic generator (1903) electrical connection；The inner space of shell (1901), passes sequentially through institute locating for ultrasonic wave vibration plate (1902)
Shell nozzle, the cavity hatch are stated, is connected with the inner space of the cavity (3) locating for cleaning rotary drum (21)；
The shell (1901) is one or more；Wherein, multiple shells (1901) are uniformly distributed along the circumferential direction of cavity (3)；?
In one shell (1901), it is provided with one or more ultrasonic wave vibration plates (1902), wherein the multiple ultrasonic wave vibration plate
(1902) axial direction along cavity (3) is uniformly distributed.
2. ultrasonic wave shoe washing machine according to claim 1, which is characterized in that the opening's edge of shell nozzle extends flange arrangement
(1904)；Shell (1901) is fastenedly connected the outer surface of cavity (3) by flange arrangement (1904)；The multiple ultrasonic wave vibration plate
(1902) it is arranged in parallel between or non-parallel setting；It is arranged in parallel between ultrasonic wave vibration plate (1902) in multiple shells (1901)
Or non-parallel setting.
3. ultrasonic wave shoe washing machine according to claim 1, which is characterized in that the outer surface of the multiple shell (1901) is equal
One end of cleaning fluid conveying pipeline is connected by through-hole, the other end of cleaning fluid conveying pipeline connects cleaning solution storage tank；Wherein, described
Outer surface locating for through-hole is located at the opposite side for being provided with shell nozzle of the shell (1901).
4. a kind of ultrasonic wave shoe washing machine, which is characterized in that including rack (2), cavity (3), main shaft (25), cleaning rotary drum (21),
Ultrasonic transmission device (19)；It is fastenedly connected in rack (2) and is stated cavity (3)；Main shaft (25) rotatably connects with cavity (3)
It connects；Cleaning rotary drum (21) is fastenedly connected main shaft (25), and cleaning rotary drum (21) can be rotated with main shaft (25) relative to cavity (3)；
A part of main shaft (25) and cleaning rotary drum (21) are located at the inside of cavity (3)；Ultrasonic transmission device (19) is mounted on cavity
(3) on；Ultrasonic transmission device (19) includes shell (1901), ultrasonic wave vibration plate (1902), supersonic generator (1903)；Institute
Shell (1901) are stated with shell nozzle；The cavity (3) is provided with cavity hatch；The shell nozzle and the cavity hatch
Butt sealing connection；Ultrasonic wave vibration plate (1902) is arranged in the shell (1901), and by conducting wire and is located at shell
(1901) external supersonic generator (1903) electrical connection；The inside of shell (1901) locating for ultrasonic wave vibration plate (1902) is empty
Between, the shell nozzle, the cavity hatch are passed sequentially through, it is empty with the inside of the cavity (3) locating for cleaning rotary drum (21)
Between be connected；The shell (1901) is multiple；Wherein, multiple shells (1901) are uniformly distributed along the circumferential direction of cavity (3)；One
In a shell (1901), it is provided with multiple ultrasonic wave vibration plates (1902), wherein the multiple ultrasonic wave vibration plate (1902) is along cavity
(3) axial direction is uniformly distributed；The opening's edge of shell nozzle extends flange arrangement (1904)；Shell (1901) passes through flange arrangement
(1904) it is fastenedly connected the outer surface of cavity (3)；It is arranged in parallel or non-parallel sets between the multiple ultrasonic wave vibration plate (1902)
It sets；It is arranged in parallel between ultrasonic wave vibration plate (1902) in multiple shells (1901) or non-parallel setting；The multiple shell
(1901) outer surface connects one end of cleaning fluid conveying pipeline by through-hole, and the other end of cleaning fluid conveying pipeline connects cleaning solution
Storage tank；Wherein, outer surface locating for the through-hole is located at the opposite side for being provided with shell nozzle of the shell (1901).
5. ultrasonic wave shoe washing machine according to claim 1 or 4, which is characterized in that the main shaft (25) is located at cavity (3)
The driving power of external part connection ultrasonic wave shoe washing machine；
The driving power of the ultrasonic wave shoe washing machine is driven by motor (9), and big sprocket wheel (22) is suspended on main shaft (25), minor sprocket
(24) it is suspended in the drive shaft of motor (9), big sprocket wheel (22) is connect with minor sprocket (24) by chain (23), and motor (9) drives
Dynamic minor sprocket (24), minor sprocket (24) drives big sprocket wheel (22) rotation, so that main shaft (25) be driven to rotate.
6. ultrasonic wave shoe washing machine according to claim 1 or 4, which is characterized in that on the drum wall of cleaning rotary drum (21)
It is full of the hole in mesh arrangement, center blast pipe (26) are arranged in the inside center of cleaning rotary drum (21), and along cleaning rotary drum (21)
The one end for axially extending to cleaning rotary drum (21), with the aperture of multiple mesh arrangements on the tube wall of center blast pipe (26)；
Center blast pipe (26) is connected with air inlet duct (30), can send the gas in air inlet duct (30) to cleaning rotary drum (21).
7. ultrasonic wave shoe washing machine according to claim 6, which is characterized in that the center blast pipe (26) surrounds main shaft
(25) it is arranged, center blast pipe (26) tube wall extends radially outwardly into cleaning rotary drum (21) inner wall and is provided with interval at least two
The space cleaned in rotary drum (21) is divided at least two cavity chambers by plate (20).
8. ultrasonic wave shoe washing machine according to claim 1 or 4, which is characterized in that including cleaning system, the cleaning system
In conveying water inlet to cavity (3), to complete to clean.
9. ultrasonic wave shoe washing machine according to claim 1 or 4, which is characterized in that including drying system, cooling system, dry
Dry systems, cooling system air outlet connection air inlet duct (30) air inlet, hot-air, cold air are passed through into air inlet duct respectively
(30) center blast pipe (26) is transmitted to be respectively completed drying, cooling.
10. ultrasonic wave shoe washing machine according to claim 9, which is characterized in that the drying system, cooling system include
Air blower (10), and heating device, cooling device are respectively included, the air inlet of the air outlet connection heating device of air blower (10)
The air inlet of mouth, cooling device, the air inlet of air outlet connection air inlet duct (30) of the air outlet, cooling device of heating device.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821122075.7U CN209122146U (en) | 2018-07-16 | 2018-07-16 | Ultrasonic wave shoe washing machine |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821122075.7U CN209122146U (en) | 2018-07-16 | 2018-07-16 | Ultrasonic wave shoe washing machine |
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| CN209122146U true CN209122146U (en) | 2019-07-19 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110820238A (en) * | 2019-11-15 | 2020-02-21 | 榆林学院 | Multifunctional shoe washing machine device |
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2018
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110820238A (en) * | 2019-11-15 | 2020-02-21 | 榆林学院 | Multifunctional shoe washing machine device |
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