CN208976392U - A kind of modular diagnostic ultrasound cleaning machine - Google Patents

Abstract

The utility model provides a kind of modular diagnostic ultrasound cleaning machine, including cleaning machine upper cover, cleaning machine shell, clean major trough, clean secondary slot, filtration system, ultrasonic system and drainpipe group, the cleaning machine upper cover is set on cleaning machine shell, filtration system is set on the cleaning machine shell, and rinse bath is arranged in the inside of the cleaning machine shell, ultrasonic system is set on the rinse bath lateral wall, and the rinse bath inner cavity is divided into cleaning major trough by weir divider and cleans secondary slot, secondary slot is cleaned in the water inlet connection of the filtration system, and the water outlet connection cleaning major trough of the filtration system, the water inlet connection cleaning major trough of the drainpipe group and the secondary slot of cleaning, and the water outlet of the drainpipe group is connected to external sewage collection equipment, the utility model uses the cleaning machine, it is simple and practical, it can be realized to the reliable good of industrial products Good cleaning, and the discharge of waste water in major trough and secondary slot can be carried out simultaneously, guarantee draining reliability, and reduce manufacturing cost.

Description

A kind of modular diagnostic ultrasound cleaning machine

Technical field

The utility model relates to industrial products cleaning technique field more particularly to a kind of modular diagnostic ultrasound cleaning machines.

Background technique

Currently, industrial washing device integrates the multiple functions such as ultrasonic cleaning, spray cleaning, drying, mostly by surpassing Sound module, jet flow module, spray module, be bubbled module and a module or multiple module any combination in drying module and At, one or more different modules can be used for different workpiece, to achieve the purpose that high-efficiency washing, reduce cost, But there are still following problems in actual use for existing module cleaning machine:

1, the cover board in modularization cleaning machine is often separated with body, needs to remove cover board when uncapping, not only make by It is cumbersome that industrial products are picked and placed in cleaning machine, and the cover board removed is easy to be lost.

2, the draining of major trough and secondary slot is mostly to use two groups of drainpipes using drainage pattern is separated in modularization cleaning machine Road is drained, and the drainage system is not only easily because operator forgets that opening drain valve influences draining reliability, but also two groups of drainings Pipeline also increases the manufacturing cost of cleaning machine.

Summary of the invention

The main purpose of the utility model is that solving problems of the prior art, a kind of simple and practical, energy is provided Enough reliable good cleanings realized to industrial products, and the discharge of waste water in major trough and secondary slot can be carried out simultaneously, guarantee that draining can By property, and reduce the modular diagnostic ultrasound cleaning machine of manufacturing cost.

In order to solve the above technical problems, the technical solution adopted in the utility model is: a kind of modular diagnostic ultrasound cleaning machine, Described in modular diagnostic ultrasound cleaning machine include cleaning machine upper cover, cleaning machine shell, cleaning major trough, clean secondary slot, is filtration system, super Acoustic systems and drainpipe group, the cleaning machine upper cover are set on cleaning machine shell, and filtering is arranged on the cleaning machine shell System, and rinse bath is arranged in the inside of the cleaning machine shell, and ultrasonic system, and the cleaning is arranged on the rinse bath lateral wall Slot inner cavity is divided into cleaning major trough by weir divider and cleans secondary slot, and secondary slot is cleaned in the water inlet connection of the filtration system, And the water outlet connection cleaning major trough of the filtration system, the water inlet connection of the drainpipe group clean major trough and clean secondary slot, And the water outlet of the drainpipe group is connected to external sewage collection equipment；

The cleaning machine upper cover is articulated on cleaning machine shell；

The drainpipe group is set as including main drainpipe road, secondary discharge pipe line, check valve and main sewer road, the master The water outlet of discharge pipe line is connected to main sewer road by tee tube with the water outlet of secondary discharge pipe line, the main drainpipe road Secondary slot, and the water outlet of the pair discharge pipe line are cleaned in water inlet connection cleaning major trough, the water inlet connection of the pair discharge pipe line Check valve is also set up, the water outlet on the main sewer road is connected to external sewage collection equipment.

Further, it is set as being serrated at the top of the weir divider.

Further, the main sewer road is also connected to an overflow passage, and the water inlet connection of the overflow passage is clear Wash secondary slot, and the water outlet on the water outlet connection main sewer road of the overflow passage.

Further, the filtration system is set as including circulating water outlet pipe, circulating pump, grade one filter, second level mistake Filter and oil skimming pipe, the circulating water outlet pipe, circulating pump, grade one filter, secondary filter and oil skimming pipe are sequentially communicated, institute Secondary slot, the water outlet connection cleaning major trough of the oil skimming pipe are cleaned in the water inlet end connection for stating circulating water outlet pipe.

Further, the ultrasonic system is set as including ultrasonic oscillator and supersonic generator, the ultrasonic wave Oscillator is fixed on the bottom wall of rinse bath, and the ultrasonic oscillator is electrically connected supersonic generator, the supersonic generator It is set to cleaning machine housing bottom.

Further, the bottom wall of the rinse bath is tilted to its water outlet side, and is also set up on the rinse bath lateral wall One heating system.

Further, the heating system is set as including heating plate and temperature sensor, and the heating plate is fixed on clearly On washing trough lateral wall, the temperature sensor is set in cleaning major trough.

Further, a fluid level controller is respectively provided in the cleaning major trough and the secondary slot of cleaning.

Further, setting charging basket bracket, the charging basket bracket setting are also matched in the inner bottom wall of the cleaning major trough For by inclination bottom bar, connecting rod and support bar group at, between inclination bottom bar and the horizontal support bar pass through connecting rod connect, institute It states in the parallel inner bottom wall for being set to cleaning major trough of inclination bottom bar.

Further, also set up a control system on the cleaning machine shell, the set-up of control system be include display Screen, PLC central processing unit, control switch and buzzer, the display screen and control switch are all set on cleaning machine shell, PLC central processing unit is set on the rear wall of the display screen, and control switch, the display is arranged in the side of the display screen Screen, control switch, buzzer, circulating pump, supersonic generator, heating plate, temperature sensor and fluid level controller electrically connect PLC central processing unit is connect, the PLC central processing unit is used to control the working condition of each components.

The utility model has the advantages and positive effects of:

(1) by the cooperation of cleaning major trough, cleaning secondary slot and ultrasonic system structure, industrial products cleaning can carried out When, cavitation effect is generated in the liquid of cleaning major trough by ultrasonic system, so that in industrial products surface and gap Dirt is by rapid deterioration, and to guarantee the good cleaning effect to it, and suspended impurity generated in cleaning process etc. can be by cleaning Major trough enters the secondary slot of cleaning, to keep cleaning liquid in cleaning major trough, enters in cleaning major trough using filter system processing cycle, The multiple utilization to ejected wash water is then realized, therefore can be energy saving, reduce cost.

(2) by the way that cleaning machine upper cover to be hingedly set on cleaning machine shell, cleaning machine upper cover only need to be opened, can be carried out The pick-and-place of industrial products effectively prevents the problem of need to removing cover board when separate type cover board is uncapped and separately deposit, and it is convenient to simplify Process of uncapping, and practicability is stronger.

(3) it by main drainpipe road, the cooperation of secondary discharge pipe line, tee tube and main sewer line structure, had both been able to achieve clear Draining while washing major trough and clean secondary slot, and the manufacturing cost of the cleaning machine is effectively reduced, it improves in drainage procedure Reliability, and the setting of check valve, then cleaning major trough and that cleans water in secondary slot alter liquid problem when can avoid draining.

(4) by the laciniation at the top of weir divider, be conducive to suspended contamination and flow rapidly into the secondary slot of cleaning, than flat The effect in face is more preferable, and suspended impurity will not remain on weir divider.

It (5), can be to cleaning by the heating plate on rinse bath lateral wall, the cooperation of the temperature sensor in cleaning major trough Liquid in major trough is heated, and promotes fluid temperature, auxiliary realizes the good cleaning to industrial products, and temperature sensor is then Can real-time monitoring fluid temperature, while the temperature conditions is fed back into PLC central processing unit, by PLC central processing unit control The working condition of heating plate processed and buzzer is damaged caused by industrial products to avoid temperature is excessively high, to improve the cleaning The use reliability of machine.

Detailed description of the invention

Fig. 1 is the structural schematic diagram of the utility model.

Fig. 2 is the other direction structural schematic diagram of Fig. 1.

Fig. 3 is the schematic diagram of internal structure of Fig. 1.

Fig. 4 is the backsight structural representation of Fig. 3.

Fig. 5 is the structural schematic diagram of filtration system part in the utility model.

Fig. 6 is the structural schematic diagram of drainpipe group part in the utility model.

Fig. 7 is the electrical control planning block diagram in the utility model between control system and each section.

Fig. 8 is the structural schematic diagram of weir divider in the utility model.

Fig. 9 is the structural schematic diagram of charging basket bracket in the utility model.

In figure: cleaning machine upper cover 10, cleaning machine shell 20, weir divider 201, hinge 202 clean major trough 30, liquid level control Device 301 processed, charging basket bracket 302 clean secondary slot 40, filtration system 50, circulating water outlet pipe 501, circulating pump 502, by-pass filtration Device 503, secondary filter 504, oil skimming pipe 505, ultrasonic system 60, ultrasonic oscillator 601, supersonic generator 602, draining Pipe group 70, main drainpipe road 701, secondary discharge pipe line 702, check valve 703, main sewer road 704, tee tube 705, two-chip type ball Valve 706, overflow passage 707, control system 80, display screen 801, PLC central processing unit 802, control switch 803, buzzer 804, heating system 90, heating plate 901, temperature sensor 902.

Specific embodiment

In order to better understand the utility model, the utility model is carried out into one with attached drawing combined with specific embodiments below The description of step.

Embodiment one

As shown in figs. 1-9, a kind of modular diagnostic ultrasound cleaning machine, including cleaning machine upper cover 10, cleaning machine shell 20, cleaning Major trough 30, the secondary slot 40 of cleaning, filtration system 50, ultrasonic system 60 and drainpipe group 70, cleaning machine upper cover 10 are set to cleaning On casing body 20, filtration system 50 is set, and rinse bath, cleaning is arranged in the inside of the cleaning machine shell 20 on cleaning machine shell 20 Ultrasonic system 60 is set on slot lateral wall, and the rinse bath inner cavity is divided into cleaning major trough 30 and clear by weir divider 201 Secondary slot 40 is washed, secondary slot 40, and the water outlet connection cleaning major trough of the filtration system 50 are cleaned in the water inlet connection of filtration system 50 30, the water inlet connection cleaning major trough 30 and cleaning pair slot 40 of drainpipe group 70, and the water outlet connection of the drainpipe group 70 is outer Portion's sewage collection equipment can carry out work by the cooperation of cleaning major trough 30, cleaning secondary slot 40 and 60 structure of ultrasonic system When industry product cleans, cavitation effect is generated in the liquid of cleaning major trough 30 by ultrasonic system 60, so that industrial products Dirt in surface and gap is by rapid deterioration, to guarantee the good cleaning effect to it, and the suspension generated in cleaning process Impurity etc. can be entered by cleaning major trough 30 cleans secondary slot 40, to keep cleaning liquid in cleaning major trough 30, using filter system 50 Processing cycle enters in cleaning major trough 30, then realizes the multiple utilization to ejected wash water, therefore can be energy saving, reduces cost.

Specifically, an also settable filter screen in secondary slot 40 is cleaned, i.e., two groups of gears are welded and fixed on 40 top of the secondary slot of cleaning Filter screen is placed in and filter screen can be realized on two groups of baffles in the installation cleaned in secondary slot 40, in addition, the filter screen can by piece It directly takes out and is cleaned, by the filter screen, primary filtration can be carried out to the ejected wash water cleaned in secondary slot 40, to guarantee that industry produces When product are excessively dirty, the works fine performance of the cleaning machine；External sewage collection equipment is received using the sewage in state of the art Acquisition means, therefore be no longer described in detail.

Cleaning machine upper cover 10 is articulated on cleaning machine shell 20, by the way that cleaning machine upper cover 10 is hingedly set to cleaning casing On body 20, cleaning machine upper cover 10 only need to be opened, the pick-and-place of industrial products can be carried out, when effectively preventing separate type cover board and uncapping The problem of cover board need to being removed and separately deposited, simplification facilitates the process of uncapping, and practicability is stronger.

Specifically, cleaning machine upper cover 10 can be articulated with 20 top of cleaning machine shell by hinge 202, i.e. hinge 202 is installed Seat is fastened by bolts in 20 top of cleaning machine shell, and activity wears a shaft, the company of being arranged in shaft in 202 mounting base of hinge One end of fitting, the other end of connector are fastened by bolts in cleaning machine upper cover 10.

Drainpipe group 70 is set as including main drainpipe road 701, secondary discharge pipe line 702, check valve 703 and main sewer road 704, the water outlet on main drainpipe road 701 is connected to main sewer road by tee tube 705 with the water outlet of secondary discharge pipe line 702 704, secondary slot 40 is cleaned in the water inlet connection cleaning major trough 30 on main drainpipe road 701, the water inlet connection of secondary discharge pipe line 702, And the water outlet of the pair discharge pipe line 702 also sets up check valve 703, the water outlet on main sewer road 704 is connected to external sewage and receives Acquisition means, by main drainpipe road 701, the cooperation of secondary discharge pipe line 702,704 structure of tee tube 705 and main sewer road, both Draining while being able to achieve cleaning major trough 30 and clean secondary slot 40, and the manufacturing cost of the cleaning machine is effectively reduced, it improves Reliability in drainage procedure, and the setting of check valve 703 then can avoid cleaning major trough 30 when draining and clean water in secondary slot 40 Alter liquid problem.

Specifically, main drainpipe road 701 may be configured as a sanitation-grade elbow, the water inlet connection cleaning master of sanitation-grade elbow The water outlet of slot 30, and a water inlet of the water outlet connection tee tube 705 of the sanitation-grade elbow；Secondary discharge pipe line 702 can be set Two groups of sanitation-grade elbow connection compositions are set to, the water inlet connection cleaning of one group of sanitation-grade elbow in secondary discharge pipe line 702 is secondary The water outlet of slot 40, and the water inlet of the water outlet connection check valve 703 of another group of sanitation-grade elbow in the pair discharge pipe line 702 End, another water inlet of the water outlet connection tee tube 705 of check valve 703；The water outlet of tee tube 705 connects two-chip type ball valve 706 water inlet end, the water inlet on the water outlet connection main sewer road 704 of two-chip type ball valve 706；In addition, main drainpipe road 701, secondary discharge pipe line 702, tee tube 705 and the caliber on main sewer road 704 etc. need to be according to parameter requests of the cleaning machine etc. It determines, and concrete specification model of check valve 703 and two-chip type ball valve 706 etc. need to be true according to the parameters such as pipeline caliber progress type selecting Fixed, aforementioned determining method is all made of state of the art, therefore is no longer described in detail.

Further, filtration system 50 be set as include circulating water outlet pipe 501, circulating pump 502, grade one filter 503, Secondary filter 504 and oil skimming pipe 505, circulating water outlet pipe 501, circulating pump 502, grade one filter 503, secondary filter 504 are sequentially communicated with oil skimming pipe 505, and secondary slot 40, the water outlet of oil skimming pipe 505 are cleaned in the water inlet end connection of circulating water outlet pipe 501 Connection cleaning major trough 30 in end can be extracted out the sewage cleaned in secondary slot 40 by circulating water outlet pipe 501 and circulating pump 502, And successively carried out after filtering twice via grade one filter 503 and secondary filter 504, after making decontamination by oil skimming pipe 505 Liquid enters cleaning major trough 30, should during, liquid after decontamination not only can be to being rinsed inside oil skimming pipe 505, but also can will be clear The suspended impurity for washing liquid upper surface in major trough 30 is flushed in the secondary slot 40 of cleaning, real to guarantee cleaning liquid in cleaning major trough 30 Now to the good cleaning of industrial products.

Specifically, the outlet pipe in state of the art can be selected in circulating water outlet pipe 501, with the secondary slot 40 of cleaning Specific connection structure also using the connection type between the existing outlet pipe in this field and rinse bath, therefore is no longer described in detail；Circulation Concrete specification parameter of pump 502 etc. need to carry out type selecting according to parameters such as the concrete specifications of the cleaning machine and determine, and type selection calculation side Method also uses state of the art, therefore is no longer described in detail；Grade one filter 503 and secondary filter 504 can be selected SUS304 stainless steel filter, wherein the filtering accuracy of grade one filter 503 is 10 μm, the filtering accuracy of secondary filter 504 It is 5 μm；The specific material of oil skimming pipe 505 can be identical with circulating water outlet pipe 501, therefore is no longer described in detail.

Further, ultrasonic system 60 is set as including ultrasonic oscillator 601 and supersonic generator 602, ultrasonic wave Oscillator 601 is fixed on the bottom wall of rinse bath, and the ultrasonic oscillator 601 is electrically connected supersonic generator 602, ultrasonic wave hair Raw device 602 is set to 20 bottom of cleaning machine shell, and alternating current is converted to 601 phase of ultrasonic oscillator by supersonic generator 602 The high-frequency alternating current answered, to drive ultrasonic oscillator 601 to work, so that ultrasonic wave is formed in cleaning 30 liquid of major trough, In such a way that positive pressure and negative pressure high frequency alternately change in a liquid density interphase forward directed radiation propagate, make to form cavitation in liquid Effect, to realize the good cleaning to industrial products.

Specifically, ultrasonic oscillator 601 can be fixed by bolts in the cleaning groove bottom wall in cleaning 30 region of major trough, and should Ultrasonic oscillator 601 is uniformly arranged multiple groups；Supersonic generator 602 can be placed directly in 20 bottom part down of cleaning machine shell, surpass The connection type of sonic generator 602 and alternating current uses state of the art, and so it will not be repeated；Ultrasonic oscillator 601 and super Concrete model specification of sonic generator 602 etc. need to determine that calculation for condenser selection is adopted according to the design parameter type selecting of the cleaning machine With state of the art, in addition, the specific connection type of ultrasonic oscillator 601 and supersonic generator 602 also uses ability The domain prior art, therefore be no longer described in detail.

Further, it is respectively provided with a fluid level controller 301 in cleaning major trough 30 and the secondary slot 40 of cleaning, passes through fluid level controller 301 can monitor cleaning major trough 30 in real time and clean the liquid level situation in secondary slot 40, to guarantee liquid pair in cleaning major trough 30 The good cleaning of industrial products, and the liquid energy normal supply in secondary slot 40 is cleaned into cleaning major trough 30.

Specifically, the concrete model specification of fluid level controller 301 need to be determined according to the parameters type selecting such as specification of the cleaning machine, And the specific connection type of fluid level controller 301 and cleaning major trough 30, the secondary slot 40 of cleaning also uses state of the art, therefore not It is described in detail again.

Further, a control system 80 is also set up on cleaning machine shell 20, control system 80 is set as including display screen 801, PLC central processing unit 802, control switch 803 and buzzer 804, display screen 801 are all set in control switch 803 On cleaning machine shell 20, PLC central processing unit 802, and the side of the display screen 801 are set on the rear wall of display screen 801 Control switch 803, display screen 801, control switch 803, buzzer 804, circulating pump 502, supersonic generator 602 and liquid are set Level controller 301 is electrically connected PLC central processing unit 802, and PLC central processing unit 802 is for controlling each components Working condition, by PLC central processing unit 802 control display screen 801, control switch 803, buzzer 804, circulating pump 502, The working condition of supersonic generator 602 and fluid level controller 301, and fluid level controller 301 real time monitoring cleaning major trough 30 with The level condition in secondary slot 40 is cleaned, and when being in low liquid level, the data information of acquisition is fed back into PLC central processing unit 802, buzzer 804 is controlled by PLC central processing unit 802 and is alarmed, to remind operator's liquid level insufficient.

Specifically, display screen 801, control switch 803, buzzer 804, circulating pump 502, supersonic generator 602 and liquid The electric connection mode of level controller 301 and PLC central processing unit 802 uses state of the art, therefore no longer superfluous in detail It states.

Embodiment two

As shown in figure 8, being with the difference of embodiment one, further, the top of weir divider 201 is set as in sawtooth Shape is conducive to suspended contamination and flows rapidly into the secondary slot 40 of cleaning, compare plane by the laciniation at 201 top of weir divider Effect it is more preferable, suspended impurity will not remain on weir divider 201.

Embodiment three

As shown in figs. 4 and 7, the difference with embodiment one and embodiment two is, further, on rinse bath lateral wall Also set up a heating system 90.

Further, heating system 90 is set as including heating plate 901 and temperature sensor 902, and heating plate 901 is fixed on On rinse bath lateral wall, temperature sensor 902 is set in cleaning major trough 30, by heating plate 901 on rinse bath lateral wall, The cooperation of the temperature sensor 902 in major trough 30 is cleaned, the liquid in cleaning major trough 30 can be heated, promote liquid temperature Degree, auxiliary realize good cleaning to industrial products, and temperature sensor 902 then can real-time monitoring fluid temperature, while should Temperature conditions feeds back to PLC central processing unit 802, controls heating plate 901 and buzzer 804 by PLC central processing unit 802 Working condition, damaged caused by industrial products to avoid temperature is excessively high, to improve the use reliability of the cleaning machine.

Specifically, heating plate 901 may be configured as SUS304 stainless steel heater, heating power 2kw, heating plate 901 It can be fastened by bolts on the rinse bath lateral wall in cleaning 30 region of major trough；Temperature sensor 902 can be fastened by bolts in It cleans on major trough 30, and temperature sensor 902 is electrically connected PLC central processing unit 802, the particular type of temperature sensor 902 Number specification need to determine that calculation for condenser selection is existing according to the type selectings such as parameter of the design parameter of the cleaning machine, heating plate 901 Technology, meanwhile, the electric connection mode of temperature sensor 902 and PLC central processing unit 802, which also uses, originally possesses existing skill Art, therefore be no longer described in detail.

Example IV

As shown in figures 1 to 6, the difference with embodiment one to embodiment three is, further, main sewer road 704 On be also connected to an overflow passage 707, secondary slot 40, and the water outlet of the overflow passage 707 are cleaned in the water inlet connection of overflow passage 707 The water outlet on mouthful connection main sewer road 704, by the setting of overflow passage 707, can during cleaning major trough 30 plus water liquid In the case of 301 failure of level controller, so that extra water is directly discharged into total draining by the overflow passage 707 cleaned on secondary slot 40 Pipeline 704, to be further ensured that the safety in industrial products cleaning process.

Specifically, main sewer road 704 may be configured as tee tube 705, and a water inlet end of tee tube 705 is connected to two-chip type ball The water outlet of valve 706, the water outlet of another water inlet end connection overflow passage 707 of tee tube 705；Overflow passage 707 is settable To be sequentially communicated and being formed by sanitation-grade elbow one, straight tube one, sanitation-grade elbow two and straight tube two, the water outlet of sanitation-grade elbow one Another water inlet end of tee tube 705 is connected to by clip.

Embodiment five

As shown in Fig. 1, Fig. 3 and Fig. 9, the difference with embodiment one to example IV is, further, the bottom of rinse bath Wall to its water outlet side tilt, by the way that the bottom wall of rinse bath is designed as incline structure, can tank liquid easy to clean row Out.

Further, it cleans in the inner bottom wall of major trough 30 and also matches setting charging basket bracket 302, charging basket bracket 302 is arranged For by inclination bottom bar, connecting rod and support bar group at, tilt and connected between bottom bar and horizontal support bar by connecting rod, inclination bottom In the parallel inner bottom wall for being set to cleaning major trough 30 of bar, cleaning industrial products can be treated by charging basket bracket 302 and propped up Support, guarantees the cleaning effect of industrial products entirety, while also facilitating the pick-and-place to it, and tilts bottom bar in charging basket bracket 302 Structure design, then make the charging basket bracket 302 can with cleaning 30 inner bottom wall of major trough well contact, improve cleaning process in work The stable support energy of industry product.

It is simple and practical using modular diagnostic ultrasound cleaning machine provided by the utility model, can be realized to industrial products can By well cleaning, and the discharge of waste water in major trough and secondary slot can be carried out simultaneously, guarantee draining reliability, and reduce manufacturing cost. The course of work of the cleaning machine is as follows:

1, cleaning machine upper cover 10 is opened, is artificially injected cleaning liquid in Xiang Qingxi major trough 30, liquid is started by control switch 803 Level controller 301, heating plate 901 and temperature sensor 902 work, and the acquisition of fluid level controller 301 cleaning major trough 30 and cleaning are secondary Liquid level in slot 40, and PLC central processing unit 802 is fed back to, display screen 801 is controlled by PLC central processing unit 802 and is shown Level condition, and work cleaning major trough 30, cleaning control buzzer 804 when secondary slot 40 owes liquid, to remind operator (when clear When washing major trough 30 and owing liquid, controls supersonic generator 602 and heating plate 901 stops working, carry out fluid infusion；It is owed when cleaning secondary slot 40 When liquid, control loop pump 502 stops working, and carries out fluid infusion), in addition, by overflow passage 707, it can be in cleaning major trough 30 plus water In the process in the case of 301 failure of fluid level controller, so that extra water is directly arranged by the overflow passage 707 cleaned on secondary slot 40 Enter main sewer road 704, to be further ensured that the safety in industrial products cleaning process, while temperature sensor 902 is adopted Fluid temperature situation in collection cleaning major trough 30, and Real-time Feedback is to PLC central processing unit 802, by PLC central processing unit 802 control 801 displays temperature situations of display screen, and the working condition of heating plate 901 is controlled (when fluid temperature in cleaning major trough 30 When higher than more than high temperature set temperature, the display alarm of display screen 801；When being initially powered up, fluid temperature can in cleaning major trough 30 Setting value can be lower than, then the display of display screen 801 is being heated, after tank liquid temperature reaches setting value, the normal work of the cleaning machine Make, when temperature is lower than setting value in operational process, the display alarm of display screen 801, equipment heats automatically, may continue to normally transport Row)；

2, industrial products to be cleaned are placed on charging basket bracket 302, if industrial products to be cleaned are dirtier, are being cleaned Filter screen is placed on the baffle of secondary slot 40, filter screen can carry out just to the ejected wash water cleaned in secondary slot 40 is entered by cleaning major trough 30 Then step filtering starts supersonic generator 602 by control switch 803 and works, then supersonic generator 602 is converted to alternating current The corresponding high-frequency alternating current of ultrasonic oscillator 601, to drive ultrasonic oscillator 601 to work, thus in cleaning 30 liquid of major trough Ultrasonic wave is formed in body, in such a way that positive pressure and negative pressure high frequency alternately change in a liquid density interphase forward directed radiation propagate, Make to form cavitation effect in liquid, thus realize the good cleaning to industrial products, meanwhile, the suspended matter generated in cleaning process Impurity can smoothly enter into the secondary slot 40 of cleaning by the top of weir divider 201, to guarantee the cleaning of liquid in cleaning major trough 30；

3, start circulating pump 502 by control switch 803 to work, circulating pump 502 will then clean the sewage in secondary slot 40 successively By the filtration treatment of grade one filter 503 and secondary filter 504, finally injected in cleaning major trough 30 by oil skimming pipe 505, with Realization recycles cleaning liquid, energy saving, should during, liquid after decontamination both can to inside oil skimming pipe 505 into Row rinses, and can be flushed to the suspended impurity for cleaning liquid upper surface in major trough 30 in the secondary slot 40 of cleaning, to guarantee to clean major trough Cleaning liquid in 30 realizes the good cleaning to industrial products；

4, it after the completion of industrial products cleaning, closes circulating pump 502, supersonic generator 602, fluid level controller 301, add Hot plate 901 and temperature sensor 902 open cleaning machine upper cover 10, and the industry by removing cleaning completion on charging basket bracket 302 produces Product open the check valve of the two-chip type ball valve 706 of 705 water outlet of tee tube in drainpipe group 70,702 water outlet of secondary discharge pipe line 703, cleaning major trough 30 and the waste water in cleaning pair slot 40, passing through main sewer road 704 is discharged into external sewage collection equipment simultaneously In, it also placed filter screen if cleaning in secondary slot 40, filter screen taking-up cleaned, to complete an industrial products Cleaning process；

5, repeat the above steps 1-4, realizes the cleaning of volume industrial product or different industrial products.

The embodiments of the present invention are described in detail above, but the content is only the preferable of the utility model Embodiment should not be considered as limiting the scope of the present invention.It is all to become according to equalization made by the scope of the utility model Change and improve etc., it shall still fall within the scope of this patent.

Claims (9)

1. a kind of modular diagnostic ultrasound cleaning machine, it is characterised in that: the modular diagnostic ultrasound cleaning machine include cleaning machine upper cover (10), Secondary slot (40), filtration system (50), ultrasonic system (60) and drainpipe are cleaned in cleaning machine shell (20), cleaning major trough (30) Group (70), the cleaning machine upper cover (10) are set on cleaning machine shell (20), and filtering is arranged on the cleaning machine shell (20) System (50), and rinse bath is arranged in the inside of the cleaning machine shell (20), and ultrasonic system is arranged on the rinse bath lateral wall (60), and the rinse bath inner cavity is divided into cleaning major trough (30) by weir divider (201) and cleans secondary slot (40), the filtering Secondary slot (40), and water outlet connection cleaning major trough (30) of the filtration system (50), institute are cleaned in the water inlet connection of system (50) It states water inlet connection cleaning major trough (30) of drainpipe group (70) and cleans secondary slot (40), and the water outlet of the drainpipe group (70) It is connected to external sewage collection equipment；

The cleaning machine upper cover (10) is articulated on cleaning machine shell (20)；

The drainpipe group (70) is set as including main drainpipe road (701), secondary discharge pipe line (702), check valve (703) and always The water outlet of discharge pipe line (704), the water outlet of the main drainpipe road (701) and secondary discharge pipe line (702) passes through tee tube (705) main sewer road (704) are connected to, water inlet connection cleaning major trough (30) of the main drainpipe road (701), the secondary row Secondary slot (40) is cleaned in the water inlet connection of water lines (702), and the water outlet of the pair discharge pipe line (702) also sets up check valve (703), the water outlet of the main sewer road (704) is connected to external sewage collection equipment.

2. modular diagnostic ultrasound cleaning machine according to claim 1, it is characterised in that: the top of the weir divider (201) It is set as being serrated.

3. modular diagnostic ultrasound cleaning machine according to claim 1, it is characterised in that: on the main sewer road (704) also It is connected to an overflow passage (707), secondary slot (40), and the overflow passage are cleaned in the water inlet connection of the overflow passage (707) (707) water outlet of water outlet connection main sewer road (704).

4. modular diagnostic ultrasound cleaning machine according to claim 1, it is characterised in that: the filtration system (50) is set as wrapping Circulating water outlet pipe (501), circulating pump (502), grade one filter (503), secondary filter (504) and oil skimming pipe (505) are included, The circulating water outlet pipe (501), circulating pump (502), grade one filter (503), secondary filter (504) and oil skimming pipe (505) it is sequentially communicated, secondary slot (40) is cleaned in the water inlet end connection of the circulating water outlet pipe (501), the oil skimming pipe (505) Water outlet connection cleaning major trough (30).

5. modular diagnostic ultrasound cleaning machine according to claim 1, it is characterised in that: the ultrasonic system (60) is set as Including ultrasonic oscillator (601) and supersonic generator (602), the ultrasonic oscillator (601) is fixed on the bottom wall of rinse bath On, and the ultrasonic oscillator (601) is electrically connected supersonic generator (602), the supersonic generator (602) is set to clearly Washing machine shell (20) bottom.

6. modular diagnostic ultrasound cleaning machine according to claim 1 or 5, it is characterised in that: the bottom wall of the rinse bath to its The inclination of water outlet side, and a heating system is also set up on the rinse bath lateral wall.

7. modular diagnostic ultrasound cleaning machine according to claim 6, it is characterised in that: the heating system is set as including adding Hot plate and temperature sensor, the heating plate are fixed on rinse bath lateral wall, and the temperature sensor is set to cleaning major trough (30) in.

8. modular diagnostic ultrasound cleaning machine described according to claim 1 or 3 or 4, it is characterised in that: the cleaning major trough (30) with It cleans in secondary slot (40) and is respectively provided with a fluid level controller (301).

9. modular diagnostic ultrasound cleaning machine according to claim 1 or 4, it is characterised in that: described to clean the interior of major trough (30) Setting charging basket bracket (302) is also matched on bottom wall, the charging basket bracket (302) is set as by inclination bottom bar, connecting rod and branch Strut composition, is connected between inclination bottom bar and the horizontal support bar by connecting rod, the inclination bottom bar is parallel to be set to It cleans in the inner bottom wall of major trough (30).