CN206333875U - A kind of large-scale ultrasonic wave automatic dish-washing machine - Google Patents
A kind of large-scale ultrasonic wave automatic dish-washing machine Download PDFInfo
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- CN206333875U CN206333875U CN201621032205.9U CN201621032205U CN206333875U CN 206333875 U CN206333875 U CN 206333875U CN 201621032205 U CN201621032205 U CN 201621032205U CN 206333875 U CN206333875 U CN 206333875U
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Abstract
The utility model discloses a kind of large-scale ultrasonic wave automatic dish-washing machine, ultrasonic wave service sink is disposed with from front to back, pond, collecting pit is air-dried.Ultrasonic wave emitting head device and drive device, drive device connection ultrasonic wave emitting head device, for driving ultrasonic wave emitting head device to work are set inside ultrasonic wave service sink.Wherein, ultrasonic wave emitting head device includes ultrasonic transducer, pressure-air shower nozzle, pressure-air shower nozzle makes the pressure-air of input form bubble in cleaning fluid, ultrasonic transducer is used to supply energy to cleaning fluid, so that the bubbles burst in cleaning fluid produces impulsive force, so as to be cleaned using impulsive force to dish to be washed.Large-scale ultrasonic wave automatic dish-washing machine described in the utility model, it is simple in construction light and handy, for cleaning dish etc..It is passed through gases at high pressure so that the ultrasonic intensity that emitting head device is produced is big, and the impulsive force and frictional force of the ultrasonic wave of bubbles burst generation are big, without the use of surfactant or detergent, effect is good, environmentally-friendly sanitary.
Description
Technical field
The utility model is related to dish-washing machine technical field, and in particular to a kind of large-scale ultrasonic wave automatic dish-washing machine.
Background technology
At present, the dish-washing machine of in the market has fountain, eddy current type, ultrasonic type.Fountain and eddy current type cleaning performance are not
Ideal, and water consumption is big.Ultrasonic type dish-washing machine, cleansing medium is city's water body, and supersonic generator is produced in theory
High-frequency ultrasonic, the impulsive force and frictional force of ultrasonic wave ripple vibration transmission, by running water in cleaning equipment inner cylinder on clothing
Greasiness removal.Simultaneously in order to which enhancing clean result produces bubble with reference to bubble generator, and bubble crushes enhancing clean result.
But, its ultrasonic intensity for producing of the ultrasonic probe of current ultrasonic wave automatic dish-washing machine is small and unit volume in
Number of bubbles is few, the impulsive force and frictional force of its vibration transmission be small and unit volume in the sky that is produced between ultrasonic and bubble
Quick-fried phenomenon enter less formed by empty quick-fried power it is small, it is impossible to give full play to the clean result of ultrasonic wave, it is necessary to surfactant or washing
Otherwise the auxiliary of agent is difficult to thoroughly cleaning.
The content of the invention
In view of this, the application provides a kind of large-scale ultrasonic wave automatic dish-washing machine, simple in construction light and handy, for cleaning dish
Deng.Wherein, the ultrasonic intensity that emitting head device is produced is big and high pressure number of bubbles that produce is more so that Supersonic in unit volume
Moment for being produced between ripple and high pressure bubble empty quick-fried phenomenon empty quick-fried power formed by that increases severely also increases severely, resulting unit bodies
Impulsive force and frictional force in product are greatly increased, and are formd in the case of without using any surfactant or detergent, are reached
To good clean result, and environmentally-friendly sanitary.
To solve above technical problem, the technical scheme that the utility model is provided is a kind of large-scale ultrasonic wave automatic bowl
Machine, is disposed with ultrasonic wave service sink, air-dries pond, collecting pit from front to back.
At least one ultrasonic wave emitting head device and drive device are set inside the ultrasonic wave service sink；The driving dress
The each ultrasonic wave emitting head device of connection is put, for driving each ultrasonic wave emitting head device work；
Wherein, each ultrasonic wave emitting head device includes ultrasonic transducer, pressure-air shower nozzle；The high pressure is empty
Gas blowout head makes the pressure-air of input form bubble in cleaning fluid；The ultrasonic transducer is described clear for supplying energy to
Washing lotion so that the bubbles burst in the cleaning fluid produces impulsive force, so as to be carried out using the impulsive force to dish to be washed clear
Wash.
Further, the ultrasonic transducer is placed in the pressure-air shower nozzle center.
Further, the pressure-air shower nozzle is uniformly arranged at least one stomata；
At least one described stomata is radially uniformly distributed centered on ultrasonic transducer.
Further, the aperture of at least one stomata is located in the range of [0,200] mm.
Further, the ultrasonic wave service sink, air-dry connected between pond, collecting pit by transmission belt；
Multiple power transmission shafts are set between the transmission belt, wherein, the first power transmission shaft is arranged on the ultrasonic wave service sink and entered
At mouthful, last power transmission shaft is arranged on the ultrasonic wave collecting pit porch, is formed and is recycled.
Further, pinch roller is additionally provided with the ultrasonic wave service sink, the pinch roller sets two groups, every group of pressure zone
Wheel is respectively arranged with two；
Pinch roller described in every group is separately positioned on the both sides of the transmission belt, and is arranged on and the transmission belt transmission side
To on vertical direction.
Further, the air-dried pond top is provided with air-drying box, and bottom is provided with water collector, and is provided with bottom
Water delivery pipe；The water delivery pipe connects the ultrasonic wave service sink and is used as water inlet.
Further, the ultrasonic wave service sink includes：
Water inlet, is arranged on the ultrasonic wave service sink top；
Delivery port, is arranged on the ultrasonic wave service sink bottom；
Scrape and cover with paint or varnish, including：Scrape and cover with paint or varnish brush axle, scrape and cover with paint or varnish brush holder support, scrape and cover with paint or varnish brush；It is described scrape cover with paint or varnish brush axle be arranged on it is described
Ultrasonic wave service sink inwall；It is described scrape to cover with paint or varnish brush holder support one end and be fixed on described scrape cover with paint or varnish on brush axle；It is described scrape cover with paint or varnish brush consolidate
Described scrape is scheduled on to cover with paint or varnish on brush holder support；It is described scrape to cover with paint or varnish along water (flow) direction unidirectionally move；
Residue collecting box, covers with paint or varnish resulting residue for collecting described scrape, is arranged on the ultrasonic wave service sink water outlet
The one end in direction.
Further, bowl tool latch is additionally provided with the conveyer belt of the ultrasonic pen service sink front end；
The latch includes latch pedestal, latch and pressed from both sides, and the latch sandwiched is equipped with two groups, is separately fixed at the latch base
The two ends of seat；
Every group of latch sandwiched is equipped with two latch folders, for fixing bowl tool.
Further, the ultrasonic wave service sink is additionally provided with direction plectrum part, and direction plectrum part passes through transmission belt, side
The adjustment for being used to have direction to the dish in the latch to plectrum part through the latch.
Further, the ultrasonic wave automatic dish-washing machine is additionally provided with high-pressure pump, is connected with the ultrasonic wave service sink,
Gases at high pressure are provided for ultrasonic generator.
Primary improvements of the present utility model are：Pressure-air shower nozzle and ultrasonic transducer are packaged together, and
Driven by ultrasonic output circuit and pressure-air generator so that emitting head device produces ultrasonic wave and is passed through high pressure sky
Gas.Ultrasonic wave emitting head device described in the utility model is arranged in circular shell, and ultrasonic transducer produces high-frequency
Ultrasonic wave, while gases at high pressure are transported into pressure-air shower nozzle, the output stomata of pressure-air shower nozzle projects gases at high pressure,
Gases at high pressure are transformed to bubble in running water, and constantly moment ruptures bubble in motion process, and the rupture of bubble moment is produced
Frictional force, shock wave is by greasiness removal on thing to be cleaned.
Compared with prior art, the beneficial effects of the utility model are：
Ultrasonic wave emitting head device described in the utility model, its ultrasonic transducer produces ultra-high frequency ultrasonic wave, together
When make the moment rupture of gases at high pressure bubble in running water disconnected ground, frictional force that the rupture of bubble moment is produced, impulsive force are described
Emitting head device ultrasonic intensity is big, and the impulsive force and frictional force of the ultrasonic wave of bubbles burst generation are big, and clean effect is good.
In the housing, its is simple in construction light and handy, for large-scale for ultrasonic wave emitting head device encapsulation described in the utility model
Dish-washing machine, it is convenient and swift, save human cost etc..
Large-scale ultrasonic wave automatic dish-washing machine described in the utility model, the ultrasonic intensity that ultrasonic wave emitting head device is produced
High pressure number of bubbles that is big and producing is more so that the moment produced in unit volume between ultrasonic and high pressure bubble is empty quick-fried existing
As increasing severely, the empty quick-fried power formed by also increases severely, and the impulsive force and frictional force in resulting unit volume are greatly increased, shape
Into in the case of without using any surfactant or detergent, good clean result, and environmentally-friendly sanitary are reached.
Brief description of the drawings
, below will be to embodiment in order to illustrate more clearly of the utility model embodiment or technical scheme of the prior art
Or the accompanying drawing to be used needed for description of the prior art is briefly described, it should be apparent that, drawings in the following description are only
It is the utility model embodiment, for those of ordinary skill in the art, on the premise of not paying creative work, may be used also
To obtain other accompanying drawings according to the accompanying drawing of offer.
Fig. 1 is the large-scale ultrasonic wave automatic dish-washing machine structural representation that the utility model embodiment is provided；
Fig. 2 is a kind of structural representation for the ultrasonic wave emitting head device that the utility model embodiment is provided；
Fig. 3 is a kind of dimensional structure diagram for the ultrasonic wave emitting head device that the utility model embodiment is provided；
Fig. 4 is a kind of schematic top plan view for the ultrasonic wave emitting head device that the utility model embodiment is provided；
Fig. 5 is a kind of schematic top plan view for the ultrasonic wave emitting head device that the utility model embodiment is provided；
Fig. 6 is the reciprocal latch structure schematic diagram that the utility model embodiment is provided；
Fig. 7 is Fig. 6 side view；
Fig. 8 is the pinch roller structural representation that the utility model embodiment is provided；
Fig. 9 is the offer of the utility model embodiment without frizing brush configuration schematic diagram when intaking；
Figure 10 be the utility model embodiment provide have into frizing brush configuration schematic diagram during water；
Figure 11 is the direction plectrum part structural representation that the utility model embodiment is provided.
Embodiment
In the utility model embodiment, the ultrasonic waves inside ultrasonic wave emitting head device in ultrasonic wave automatic dish-washing machine
Energy device produces ultra-high frequency ultrasonic wave, and the bubble moment produced through pressure-air shower nozzle in cleaning fluid is made using ultrasonic activation
Rupture, frictional force, impulsive force produced by bubbles burst can remove the spot on thing to be cleaned.
In the utility model embodiment, cleaning fluid can be water, or other possible liquid, and the utility model is real
Example is applied not to be restricted the type of cleaning fluid.
In order that those skilled in the art more fully understands the technical solution of the utility model, with reference to specific implementation
The utility model is described in further detail for example.
Referring to Fig. 1, described by the utility model embodiment is a kind of large-scale ultrasonic wave automatic dish-washing machine, from front to back according to
It is secondary to be provided with ultrasonic wave service sink 1, air-dry pond 2, collecting pit 3.Ultrasonic wave service sink 1, air-dried pond 2, collecting pit 3 pass through multiple institutes
The power transmission shaft and transmission belt 4 of setting are connected, fabrication process streamline.Wherein, the first power transmission shaft 18 is arranged on ultrasonic wave service sink 1
At import, last power transmission shaft 19 is arranged on the porch of ultrasonic wave collecting pit 3.The air-dried top of pond 2 is provided with air-drying box
21, bottom is provided with water collector 22, and bottom is provided with water delivery pipe 23, the connection ultrasonic wave of water delivery pipe 23 service sink 1
As water inlet, the purpose of recycling is reached.
Ultrasonic wave service sink 1 is internally provided with ultrasonic generator 15, and ultrasonic generator 15 includes at least one
Ultrasonic wave emitting head device 16, drive device.Drive device connects each ultrasonic wave emitting head device 16, and drive device includes super
Sound wave generation circuit, pressure-air generator.Pocket thing net is provided with the top of ultrasonic generator 15 to be used to isolate.
Fig. 2-3 are referred to, ultrasonic wave emitting head device 16 includes ultrasonic transducer 161, pressure-air shower nozzle 60, described
Ultrasonic wave emitting head device 16 is packaged in the first housing 163, forms transmitting radial chamber.Pressure-air shower nozzle 60 makes the height of input
Pressure air forms bubble in cleaning fluid, and ultrasonic transducer 161 is used to supply energy to cleaning fluid so that the gas in cleaning fluid
Follicular rupture produces impulsive force, so as to be cleaned using impulsive force to dish to be washed.
In a kind of embodiment, ultrasonic transducer 161 can be arranged on the optional position of ultrasonic wave emitting head device 16,
The possible position of other in cleaning machine can also be arranged on, the position of ultrasonic transducer 161 can rule of thumb be set, or
The ultrasonic wave of generation relatively evenly can be sent to by the possible of cleaning fluid by experiment test ultrasonic transducer 161 in advance
Position, such as ultrasonic transducer 161 are arranged on the center of pressure-air shower nozzle 60.In the utility model embodiment, to super
The set location of acoustic wave transducer 161 is not restricted.
In the utility model embodiment, the shape of pressure-air shower nozzle 60 can be column, such as cylindric or other possibility
Cylinder, concrete shape is not restricted in the utility model embodiment, can be uniformly arranged on pressure-air shower nozzle 60 multiple
Stomata 162, can such as be uniformly arranged multiple stomatas 162 on the top of pressure-air shower nozzle 60 and/or the surface of sidepiece,
Multiple stomatas 162 are radially distributed centered on ultrasonic transducer 161.Pressure-air generator can be air pump etc.,
Pressure-air shower nozzle 60 is defeated by for producing gases at high pressure, and by gases at high pressure, gases at high pressure can be sent out by multiple stomatas 162
Project so that gases at high pressure form bubble in cleaning fluid.
In the utility model embodiment, the quantity of stomata 162 can be multiple, such as 4,6 or 9, and stomata 162 is set
The quantity put is unsuitable very few, and the quantity of stomata 162 is more, and the bubble that in unit volume gas being passed through can produce is more,
So that the bubble that moment ruptures in unit volume is also more, the frictional force of bubble moment rupture generation, shock wave are also bigger,
Can be preferably by greasiness removal on thing to be cleaned.The quantity that the utility model embodiment is set to stomata 162 is not restricted.
Stomata 162 can the radial uniform arrangement centered on the center of ultrasonic transducer 161, or can also be by
Annular is evenly spaced on pressure-air shower nozzle 60, as long as gas can produce substantial amounts of bubble, this reality by stomata 162
The set-up mode of stomata 162 provided with new embodiment, including but not limited to following two set-up modes：
The first set-up mode：Fig. 4 is referred to, stomata 162 can set multiple, the top of the air chamber of pressure-air shower nozzle 60
The surface in portion can be plane, and at least one stomata 162 on this plane can be centered on ultrasonic transducer 161 radially
It is uniformly arranged so that when gases at high pressure spray from least one stomata 162, the bubble formed in cleaning fluid is uniformly distributed.
Ultrasonic transducer 161 produces ultra-high frequency ultrasonic wave, and produced ultrasonic wave form is column shape, the ultrasonic wave of column shape
Intensity is big, and produced ultrasonic frequency can be higher than 20000Hz, can thus cause the bubble that gas is produced in unit volume
Quantity is sharply increased so that the moment empty quick-fried phenomenon produced between the ultrasonic wave and high pressure bubble in unit volume increases severely and then shape
Into empty quick-fried power also increase severely plus, so that unit volume in produce impulsive force and frictional force greatly increase, can cause in water
Treat that the spot on washing is easier to be cleaned out.
For example, continuing with referring to Fig. 4, being that ultrasonic wave emitting head device includes 1 ultrasonic transducer 161 and 4 gas
The schematic diagram in hole 162.Fig. 4 is using the housing of ultrasonic cleaning equipment as circle, and ultrasonic transducer 161 is arranged on pressure-air spray
First 60 center, exemplified by 4 stomatas 162 are uniformly arranged in the range of 360 ° centered on ultrasonic transducer 161, ultrasonic wave
Transducer 161 produces ultra-high frequency ultrasonic wave, the bubble that gas can be caused to produce, so that being produced between ultrasonic wave and bubble
Raw moment, empty quick-fried phenomenon formed empty quick-fried power, thus produces impulsive force and frictional force is big, can cause the dirt for treating washing in water
Stain is easier to be cleaned.
Such as, 8 stomatas 162 can be included in ultrasonic wave emitting head device.The quantity that stomata 162 is set is more,
It can make it that the quantity of the bubble that gas is produced in unit volume is more, ultrasonic transducer 161 produces ultrasonic wave and causes list
The increasing number of the bubble of position volume implosion, produced between ultrasonic wave and bubble so that ultrasonic transducer 161 is produced
Raw moment empty quick-fried phenomenon and produce impulsive force and frictional force is larger, can make it that the spot for treating washing in water is easier clear
Wash.
Second of set-up mode：Fig. 5 is referred to, stomata 162 can set multiple, the table at the top of pressure-air shower nozzle 60
Face can be arch face, and at least one stomata 162 radially even centered on ultrasonic transducer 161 can be set on the arch face
Put so that when body of calming the anger sprays from least one stomata 162, the bubble formed in cleaning fluid is uniformly distributed.Fig. 5 is with high pressure
The housing upper surface of air nozzle 60 is arch, and ultrasonic transducer 161 is arranged on the center of pressure-air shower nozzle 60, at least one
Parabolically shape is evenly spaced in the surrounding of ultrasonic transducer 161 to individual stomata 162, compared to stomata 162 and ultrasonic wave transducer
Device 161, which is in same plane, such unit volume, can accommodate more stomatas 162, so as to increase the stomata of stomata 162
Quantity, the quantity increase for the bubble that gas produces can be caused, so that moment for being produced between ultrasonic and bubble is empty
Quick-fried phenomenon forms empty quick-fried power increase, thus produces impulsive force and frictional force is big, can make it that the spot for treating washing in water is more held
It is easily cleaned.
During the utility model is implemented, stomata 162 can be uniformly arranged on the top surface of pressure-air shower nozzle 60, can also
The side wall of pressure-air shower nozzle 60 is uniformly arranged on, as long as gas can produce substantial amounts of gas by stomata 162 in cleaning fluid
Bubble.
The housing of ultrasonic wave emitting head device 16 can be circular or square, the housing in certain the utility model embodiment
Shape not limited to this.The shape of housing can be set according to the shape or installing space size of set cleaning machine.If clear
The scrubbing space of washing machine is circle, then the second housing 5 of ultrasonic wave emitting head device 16 could be arranged to circle, such as,
If the scrubbing space of cleaning machine is square, the second housing 5 of ultrasonic wave emitting head device 16 could be arranged to square.
Further, stomata 162 is unsuitable larger, and also unsuitable too small, stomata 162 is larger to may be such that the gas shape being passed through
Into ripples, rather than bubble, the too small quantity that may result in the bubble that the gas being passed through is formed in fixed duration of stomata 162
It is less, so that the empty quick-fried power that can be produced between ultrasonic wave and bubble that ultrasonic transducer 161 is produced is weaker so that super
Sound wave forms impulsive force in water and frictional force is smaller.The aperture of stomata 162 can be located in the range of [0,200] mm, specifically
Stomata 162 can rule of thumb be set, for example, could be arranged to 3mm, 5mm, 8mm, or can also pass through experiment test in advance
Stomata 162 can preferably make the possible aperture value more than the number of bubbles that the gas being passed through produces bubble and produced, such as stomata
162 aperture is not more than 5mm.Pressure-air shower nozzle 60 can be passed through gas, and such as pressure is 10KPa gas.Further,
The pressure of gases at high pressure can be located in the first default pressure range, wherein, the first default pressure range can be according to not sympathizing with
Condition is set, such as is [5KPa, 30KPa], and the pressure values of gases at high pressure can be any being located in the first default pressure range
Pressure values, such as be 10KPa.The size of the pressure of gases at high pressure, can be set according to practical experience, or can also lead in advance
The larger pressure values of the impulsive force for the bubbles burst formation that experiment test enables to be passed through gas to produce are crossed, for example, high pressure
The pressure of gas is not less than 10KPa.
Fig. 2-Fig. 5 is example, does not represent actual set-up mode, as long as ultrasonic transducer 161 and stomata 162 are set
Number of bubbles produced by the mode of putting can cause unit volume inner air vent 162 is more, and ultrasonic transducer 161 causes stomata
The impulsive force produced by bubbles burst produced by 162 is uniform so that treat that washing is balanced by the impulsive force from all directions
, repeat no more.
Continuing with referring to Fig. 1, pinch roller 11 is additionally provided with ultrasonic wave service sink described in the utility model, its top is set
The connection water inlet pipe of water inlet 13 is equipped with, its bottom is provided with the connection outlet pipe of delivery port 14.Also set in ultrasonic wave service sink side
Residue collecting box 12 is put, the one end in the ultrasonic wave service sink water outlet direction is specifically located at.Before the ultrasonic pen service sink 1
Bowl tool latch 6 is additionally provided with the conveyer belt at end, is used to fix wrist disk tool when being driven V belt translation.
As shown in fig. 6, the latch 6 includes latch pedestal 61, latch folder 62, the latch folder 62 is provided with two groups, point
The two ends of the latch pedestal 61 are not fixed on, and every group of latch sandwiched is equipped with two latch folders.On described latch pedestal 61 also
Permanent tooth part 63 is provided with, is skidded off for preventing that latch from pressing from both sides 62 disengagings.
As shown in figs 6-8, pinch roller 11 sets two groups, and every group of pinch roller 11 is respectively arranged with two.Pressure described in every group
Belt wheel 11 is separately positioned on the both sides of the transmission belt 4, and is arranged on the direction vertical with the transmission direction of transmission belt 4.
Described pinch roller 11 includes lubrication groove 111, foreign steamer 112, line shaft 113, and described lubrication groove 111 is pressed on the belt, foreign steamer 112
It is arranged on the outside of belt edge.
As shown in figs. 9-10, it is additionally provided with to scrape in the ultrasonic wave service sink 1 and covers with paint or varnish 20, described scrape covers with paint or varnish 20 and include frizing
Brush brush axle 25, scrape and cover with paint or varnish brush holder support 26, scrape and cover with paint or varnish brush.Described scrape covers with paint or varnish brush axle 25 and is arranged on the inwall of ultrasonic wave service sink 1,
It is described scrape to cover with paint or varnish the one end of brush holder support 26 and be fixed on described scrape cover with paint or varnish on brush axle 25, it is described scrape to cover with paint or varnish brush and be fixed on described scrape cover with paint or varnish
On brush holder support 26, described scraping covers with paint or varnish 20 and is specifically configured to two sections so that described scrape is covered with paint or varnish 20 and unidirectionally moved along water (flow) direction, causes
The 20 residues inflow residue collecting boxs 12 scraped are covered with paint or varnish through scraping.
As shown in figure 11, described ultrasonic wave service sink 1 is additionally provided with direction plectrum part 17, and direction plectrum part 17 is passed through
Transmission belt 4, when transmission belt 4 is driven, latch 6 is transferred in ultrasonic wave service sink 1, and direction plectrum part 17 is used for through latch 6
Has the adjustment in direction to the dish in latch 6.During specific implementation, latch folder 62 uses quality of rubber materials, and direction plectrum part 17 is adopted
Use film structure.
The utility model when in use, in the latch folder 62 that dish 8 is placed in latch 6, by the rotation of power transmission shaft, is passed
Dynamic band 4 transports latch 6 in ultrasonic wave service sink 1 to, make it that dish 8 immerses ultrasonic wave service sink 1 by the setting of pinch roller 11
In, because water inlet 13 is passed through water so that set scraping covers with paint or varnish one-way movement and scrub dish 8 by residue along water (flow) direction leaching
Enter in residue collector 12.During this, the direction of dish 8 is adjusted by direction plectrum part 17.Set in ultrasonic wave service sink 1
The ultrasonic generator 15 put is passed through gases at high pressure and is powered by the power interface set thereon so that ultrasonic wave is filled
The big ultrasonic wave of 15 generation intensity is put, and the impulsive force and frictional force of the ultrasonic wave of bubbles burst generation are big, are produced by ultrasonic wave
Cavitation dirt is dissipated from the purpose for bubbling through the water column and reaching washing.Dish 8 is sent to by the effect of transmission belt after cleaning
Air-dry in pond 2, air-dried by the dish 8 after 21 pairs of cleanings of air-drying box therein, the water under dripping flows into water collector 22, leads to
Cross water delivery pipe 23 set thereon to flow into ultrasonic wave service sink 1 as water inlet, reach the purpose recycled.Through air-drying
The effect that dish 8 afterwards entered transmission belt is sent in collecting pit 3.
Large-scale ultrasonic wave automatic dish-washing machine described in the utility model, the ultrasonic intensity that emitting head device is produced is big and produces
Raw high pressure number of bubbles is more so that moment for being produced in unit volume between ultrasonic and high pressure bubble empty quick-fried phenomenon increase severely into
Formed by empty quick-fried power also increase severely, the impulsive force and frictional force in resulting unit volume are greatly increased, and are formd not
In the case of using any surfactant or detergent, good clean result, and environmentally-friendly sanitary are reached.
It the above is only preferred embodiment of the present utility model, it is noted that above-mentioned preferred embodiment should not be regarded
For to limitation of the present utility model, protection domain of the present utility model should be defined by claim limited range.For
For those skilled in the art, do not departing from spirit and scope of the present utility model, can also make some
Improvements and modifications, these improvements and modifications also should be regarded as protection domain of the present utility model.
Claims (10)
1. a kind of large-scale ultrasonic wave automatic dish-washing machine, is disposed with ultrasonic wave service sink, air-dries pond, collecting pit from front to back,
Characterized in that,
At least one ultrasonic wave emitting head device and drive device are set inside the ultrasonic wave service sink；The drive device connects
Each ultrasonic wave emitting head device is connect, for driving each ultrasonic wave emitting head device work；
Wherein, each ultrasonic wave emitting head device includes ultrasonic transducer, pressure-air shower nozzle；The pressure-air spray
Head makes the pressure-air of input form bubble in cleaning fluid；The ultrasonic transducer is used to supply energy to the cleaning
Liquid so that the bubbles burst in the cleaning fluid produces impulsive force, so as to be cleaned using the impulsive force to dish to be washed.
2. large-scale ultrasonic wave automatic dish-washing machine according to claim 1, it is characterised in that the ultrasonic transducer is placed in
The pressure-air shower nozzle center.
3. large-scale ultrasonic wave automatic dish-washing machine according to claim 1 or 2, it is characterised in that the pressure-air shower nozzle
It is uniformly arranged at least one stomata；
At least one described stomata is radially uniformly distributed centered on ultrasonic transducer.
4. large-scale ultrasonic wave automatic dish-washing machine according to claim 3, it is characterised in that the hole of at least one stomata
Footpath is located in the range of [0,200] mm.
5. large-scale ultrasonic wave automatic dish-washing machine according to claim 1, it is characterised in that the ultrasonic wave service sink, wind
It is dry to be connected between pond, collecting pit by transmission belt；
Multiple power transmission shafts are set between the transmission belt, wherein, the first power transmission shaft is arranged at the ultrasonic wave service sink import,
Last power transmission shaft is arranged on the ultrasonic wave collecting pit porch, is formed and is recycled.
6. large-scale ultrasonic wave automatic dish-washing machine according to claim 5, it is characterised in that in the ultrasonic wave service sink also
Pinch roller is provided with, the pinch roller sets two groups, and every group of pinch roller is respectively arranged with two；
Pinch roller described in every group is separately positioned on the both sides of the transmission belt, and is arranged on vertical with the transmission belt transmission direction
On straight direction.
7. large-scale ultrasonic wave automatic dish-washing machine according to claim 5, it is characterised in that the air-dried pond top is set
There is air-drying box, bottom is provided with water collector, and bottom is provided with water delivery pipe；The water delivery pipe connects the ultrasonic wave
Service sink is used as water inlet.
8. large-scale ultrasonic wave automatic dish-washing machine according to claim 5, it is characterised in that the ultrasonic wave service sink bag
Include：
Water inlet, is arranged on the ultrasonic wave service sink top；
Delivery port, is arranged on the ultrasonic wave service sink bottom；
Scrape and cover with paint or varnish, including：Scrape and cover with paint or varnish brush axle, scrape and cover with paint or varnish brush holder support, scrape and cover with paint or varnish brush；Described scrape covers with paint or varnish brush axle and is arranged on the ultrasound
Ripple service sink inwall；It is described scrape to cover with paint or varnish brush holder support one end and be fixed on described scrape cover with paint or varnish on brush axle；Described scrape is covered with paint or varnish brush and is fixed on
Described scrape is covered with paint or varnish on brush holder support；It is described scrape to cover with paint or varnish along water (flow) direction unidirectionally move；
Residue collecting box, covers with paint or varnish resulting residue for collecting described scrape, is arranged on the ultrasonic wave service sink water outlet direction
One end.
9. according to any described large-scale ultrasonic wave automatic dish-washing machines of claim 5-8, it is characterised in that the ultrasonic wave cleaning
Bowl tool latch is additionally provided with the conveyer belt of pond front end；
The latch includes latch pedestal, latch and pressed from both sides, and the latch sandwiched is equipped with two groups, is separately fixed at the latch pedestal
Two ends；
Every group of latch sandwiched is equipped with two latch folders, for fixing bowl tool.
10. large-scale ultrasonic wave automatic dish-washing machine according to claim 9, it is characterised in that the ultrasonic wave service sink is also
Direction plectrum part is provided with, direction plectrum part passes through transmission belt, and direction plectrum part is used for the latch through the latch
Interior dish has the adjustment in direction.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621032205.9U CN206333875U (en) | 2016-08-31 | 2016-08-31 | A kind of large-scale ultrasonic wave automatic dish-washing machine |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621032205.9U CN206333875U (en) | 2016-08-31 | 2016-08-31 | A kind of large-scale ultrasonic wave automatic dish-washing machine |
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| CN206333875U true CN206333875U (en) | 2017-07-18 |
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| CN201621032205.9U Active CN206333875U (en) | 2016-08-31 | 2016-08-31 | A kind of large-scale ultrasonic wave automatic dish-washing machine |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106235981A (en) * | 2016-08-31 | 2016-12-21 | 曾仲林 | A kind of large-scale ultrasound wave automatic dish-washing machine |
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2016
- 2016-08-31 CN CN201621032205.9U patent/CN206333875U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106235981A (en) * | 2016-08-31 | 2016-12-21 | 曾仲林 | A kind of large-scale ultrasound wave automatic dish-washing machine |
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