Device for cleaning products


(57) Abstract:

The invention is intended for cleaning items using liquids in the field of ultrasonic vibrations. The device includes a tank for washing fluid, placed in it the bubbler output supersonic nozzles provided with means for supplying it gas. 3 C.p. f-crystals, 3 ill.

The invention relates to equipment for cleaning products using washing liquids in the field of acoustic oscillations.

A device for cleaning products containing the tank for washing fluid, and electromagnetic means for creating vibrations and heating the liquid.

A disadvantage of this device is the high energy consumption associated with low efficiency of energy conversion of electrical current into the energy fluctuations.

The technical result of the invention is to reduce energy consumption.

This result is achieved by the fact that the device for cleaning products containing a bath of washing liquid and a tool for generating vibrations according to the invention a tool for generating oscillations made in the form placed in the bath bubbler having a weekend supersonic nozzle and communicated with through the possible energy to the energy of ultrasonic oscillations at least 50 times.

In a preferred embodiment, the inputs in the bubbler nozzle swirler installed.

This allows to further reduce energy intensity by increasing the power of the generated oscillations at a constant Energobud.

In another preferred embodiment, between the means for supplying gas and bubbler installed pulsator.

This leads to the achievement of the same result for a similar reason.

The last preferred embodiment of the present invention is provided for installation between the means for supplying gas and bubbler heater.

This allows for clearance of goods at controlled temperature, expanding the technological capabilities of the device, this is achieved efficiency of heat transfer is higher than the closest analogue.

In Fig. 1 shows a diagram of the device of Fig. 2 and 3 show embodiments of the nozzles of the bubbler.

Device for cleaning products contains 1 bath for washing liquid placed in it bubbler 2 connected with 3 gas supply directly, or through the pulsator 4 and/or the heater 5. The outlet of the bubbler 2 made in the form of STV purified product is placed in the bath 1, filled with washing liquid, and means 3 creates a gas bubbler 2. In nozzles 6 gas reaches a supersonic speed and output of them creates turbulent breakdown, accompanied by the formation and collapse of cavitation cavities, especially when pulse mode feed gas that is generated in the presence of the pulsator 4. In the presence of the swirler 7 supersonic swirling gas flows at some distance from the exit nozzle 6 retain the barrel-shaped form and create a regular jumps seals in units of barrels to crushing on a separate bubbles. Efficiency of energy conversion into energy of ultrasonic vibrations in such a way to create them according to the calculation and experimental data validation reaches 40-60%, while the creation of acoustic oscillations using high-frequency current does not exceed 1,5%.

If necessary, heat the washing liquid, in particular when cleaning metal products from oils in alkaline solution prior to plating or wash in soapy water, milk jars, between the tool 3 gas supply and bubbler 2 is advisable to install the heater 5. In this case, the gas is used as coolant. In the process field of ultrasonic oscillations of the gas reaches equilibrium temperature, that is completely transmits the resulting quantity of heat of the liquid. This is confirmed by theoretical calculation, under which a characteristic of the process of the contact phase Reynolds numbers in the range from 100 to 1000 averaged over time in the number of Nusselt reach values of 15-20. At the same time, it should be noted that the dissipative heat in the electromagnetic vibrators are transmitted washer fluid a maximum of 45%.

Under the action of ultrasonic vibrations to the liquid in the cleaning products be self-oscillations, the frequency of which depends on the physical properties of the products, in particular on the density and elastic modulus. Pollution, as a rule, differ sharply on these parameters from the material of the purified product, therefore, is the detachment of contaminants from the products due to desinfecte natural vibrations of their mating surfaces. This leads to an increase in the rate of separation of the impurities is higher than the value determined by the solubility of the contaminant in the used washing liquid with regard to the acceleration of mass transfer in the field of ultrasonic vibrations. It should be noted that from the surface are removed even pollution, is not soluble in the used washing idcol in hot water is flushing mineral oils and scale.

Thus, the proposed device allows to reduce the energy intensity of cleaning products, increase productivity and quality of treatment, to make cleaning under controlled temperature conditions.

1. Device for cleaning products containing a bath of washing liquid and a tool for generating oscillations, characterized in that the means for creating vibrations made in the form placed in the bath bubbler having a weekend supersonic nozzle and communicated with means for supplying gas.

2. The device under item 1, characterized in that the entrances to the bubbler nozzle swirler installed.

3. The device under item 1 or 2, characterized in that the means for supplying gas and bubbler installed pulsator.

4. Device according to any one of paragraphs.1 to 3, characterized in that the means for supplying gas and bubbler installed heater.


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FIELD: cleaning processes.

SUBSTANCE: invention relates to cleaning surfaces of vessels and apparatuses, air separation units, and other objects, for example equipment in food and medical industries. Method involves circulation of heated to 80оС detergent solution while introducing therein degreased gas in pulse mode at frequency 0.01-0.1 Hz and simultaneously exposing solution and object to ultrasound oscillations at frequency 20-100 kHz, after which object is in series rinsed with hot water to pH 4-6, cold water, and solvent to remove prolamine proteins and insoluble fatty acid salt film. Frequency of ultrasound oscillations imparted to detergent solution is the same as that imparted to object, water, and solvent.

EFFECT: increased degree of cleaning.

2 cl

FIELD: ferrous and nonferrous metallurgy; technological utilizations of ultrasonics.

SUBSTANCE: the invention is pertaining to the field of ferrous and nonferrous metallurgy technological utilizations of ultrasonics, in particular, to cleanout from fatty and mechanical pollutions of a continuously moving band. In the method a band article is moving in front of a radiating surface of ultrasonic transformers, then on the surface of the treated article feed a liquid for washout. At that the wave motion of the stream of the liquid is in-phase with the frequency of the supersonic generator ensure through a manifold which has been executed in the form of a injector, the central axis of which in an operational state is directed tangentially to the surface of the treated article. Vector of the ultrasonic oscillations of the transformers is directed at an angle of 90°±45° to the central axis of the injector, and the space from the surface of the transformers up to the surface of the band article is multiply to a half of the wavelength of the ultrasonic oscillations to rinses. The device for realization of the method contains a bath with a liquid for washout. The ultrasonic transformers are fixed on the bed frame. At that the ultrasonic transformers are installed in the unified unit containing at least two transformers. At that the bed frame is equipped with the gear of moving perpendicularly to the surfaces of the band articles, and the space interval from the surfaces of the transformers to a surface of the band article is multiple to half of the wavelength of the ultrasonic oscillations in the liquid for washout. The liquid is fed through the manifold made in the form of an injector, the central axis of which in the operational mode the is directed tangentially to the surface of the treated article, the vector of the ultrasonic oscillations of the transformers is directed at an angle of 90°±45° to the central axis of gravity of the injector. The group of inventions ensures reduction of consumption of the power of the generator at maintenance of specific power of the ultrasonic transformer and also with improvement of the quality of the cleanout.

EFFECT: the group of inventions ensures reduction of consumption of the power of the generator at maintenance of specific power of the ultrasonic transformer and improvement of the quality of the cleanout.

5 cl, 2 dwg

FIELD: ultrasonic equipment.

SUBSTANCE: the group of inventions is pertaining to ultrasonic equipment and may be used in the technological equipment at cleaning component parts in a liquid medium. The method provide for creation of conditions for a regular flow of a working actuating medium in a bath by a serial short-time switching off of emitters mounted in apexes and on the sides of regular polygons, radiuses of the given circumferences of which are aliquot to an odd number of quarters of a wave length of the ultrasonic oscillations excited in a material of the bath, on a distance from each other equal to a quarter of the length of the indicated wave. The device for realization of the method contains emitters and generators of alternating electric voltage. For formation of a regular flow of the working medium in the bath by a serial short-time witching the emitters off the generators are made autonomous, and each of the emitters is fused to an output of one generator, input of which is fused to an output of the switchboard, and the input of the switchboard is fused to the output of the processor. The group of inventions ensures an increase of efficiency of technological ultrasonic installations at the expense of decrease of a share of the power used for creation of motion of the working medium, and also a decrease of time used for cleaning at the expense of removal from a cleaned surface of decomposition products of a contaminant as they appear.

EFFECT: the group of inventions ensures increased efficiency of technological ultrasonic installations, decreased power consumption and time used for the surfaces cleaning.

2 cl, 3 dwg

FIELD: cleaning in presence of liquid or steam.

SUBSTANCE: device comprises section for cleaning in the solution of washing means, section for washing to remove the solution of washing means, and section for rinsing and drying. Each section is composed of bath filled with the washing solution and unit for rotation of filtering members and unit for preparing washing solution that has the tank provided with the heaters and pickups for measuring level and temperature of the washing solution whose inlet is connected with the tank through the filter and whose outlet is connected with the bath through the check valve. The cleaning and washing sections comprise N and K ultrasonic generators, respectively. Each ultrasonic generator has unit for start, power amplifier, unit for protecting against overloading, unit for self-correcting of frequency, and ultrasonic converter mounted on the emitting diaphragm provided with the emitting and back linings. The piezoelectric members are interposed between linings. The output of the converter made of the working surface of the emitting lining is connected with the emitting diaphragm. The drying section has fan, heater, and drying chamber with the gauge for measuring the temperature of the heated air. The fan is connected with the drying chamber through the heater. Between the cleaning and washing sections is the member for monitoring the pressure-tightness of filtering members composed of the bath filled with the washing solution and unit for rotation of filtering members and check valve connected with the compressed gas supply system through the head meter and pressure regulator. The outlet of the unit for recirculation of the washing solution in the cleaning and washing sections is connected with the compressed air supply system through the air valve.

EFFECT: expanded functional capabilities.

3 dwg

FIELD: mechanical engineering.

SUBSTANCE: invention relates to cleaning of metal parts from contamination in water alkaline solutions with application of ultrasound, in particular, to cleaning metal parts of bearings. Proposed method includes washing of parts in five baths of ultrasonic complex: in first bath containing degreasing water solution with MC-15 or MC-37 detergent, concentration of 20-25 g/l at temperature of solution within 60 and 70°C, in second bath with application of ultrasound in detergent TCM ("Gremlos B"), concentration of 20-30 g/l at temperature of 45-55°C, in third bath with application of ultrasound in not tap running water at temperature of 45-55°C, in fourth bath in cold tap running water, and in fifth bath in cold running distilled water with subsequent drying with hot air.

EFFECT: simplified method of cleaning , reduced labor input, increased labor productivity and improved quality of cleaning, reduced cost of cleaning.

FIELD: electronics.

SUBSTANCE: device has discharging and charging cassettes mounted on the base, two mechanism for step moving of the cassettes, mechanism for vertical movement of plates from the discharging cassette, mechanism for horizontal movement of the plates provided with a grip, and unit for cleaning the plates. The grip of the mechanism of the horizontal movement is made of a holder provided with two rollers having round grooves with V-shaped entrance. The distance between the outer diameters of the rollers is greater than the width of the carriers. The stop is mounted below the line that passes through the axes of the rollers of the holder so that its axis of symmetry is in coincidence with the axis of symmetry of the vertical groove on the plate carriers, and the axes of symmetry of the roller grooves and the stop are in the same plane.

EFFECT: improved quality of cleaning.

15 dwg

FIELD: machine engineering, possibly different manufacturing operations with use ultrasonic oscillations.

SUBSTANCE: apparatus includes acoustic system, elastic time-lag member system, movable sleeve, union nut, detachable boss. Acoustic system includes ultrasound irradiator with working tip in its end, magnetostriction transducer, concentrator and changeable resonance wave guides at end side of concentrator. Magnetostriction transducer connected with concentrator, system of elastic time-lag members and changeable sleeve are mounted in housing. System of elastic time-lag members is made with possibility of controlling effort for pressing ultrasound irradiator to treated surface. Said system includes secured to end of magnetostriction transducer and designed for full inner reflection of energy of ultrasound irradiator, spring arranged along lengthwise axis of acoustic system and shaped cover plate with insulation springy member. Movable sleeve is adjoined with acoustic system and it is arranged at side opposite relative to elastic time-lag member system of magnetostriction transducer. Union nut is arranged on outer end side of housing at side of elastic time-lag member system. Detachable boss is arranged on outer side of housing and it is designed for securing apparatus to machine tool in stationary operation mode. Changeable resonance wave-guides are used for providing necessary oscillating shifts and stresses transmitted to treated surface depending upon manufacturing process demands. Hydraulic collars are arranged on movable sleeve. Elastic time-lag member system includes in addition piston, bolt coupled with piston and arranged along lengthwise axis of acoustic system, seals arranged between housing and lateral walls of piston for providing fluid-tightness of housing. Ultrasound irradiator is mounted on end of one of changeable resonance wave-guides, its working tip is changeable and it has different shape depending upon demands of manufacturing process. Spring of elastic time-lag member system is changeable, its geometry size and material are selected according to demands of manufacturing process.

EFFECT: enlarged manufacturing possibilities, improved operational reliability of apparatus.

1 dwg

Ultrasonic plant // 2286216

FIELD: plants for ultrasonic cleaning and treatment of suspensions in powerful acoustic fields; devices for dissolving, emulsifying and dispersing; devices for transmission of mechanical vibrations with use of magneto-striction effect.

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EFFECT: enhanced intensification of technological process with no impairment of final product quality.

4 cl, 1 dwg

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EFFECT: enhanced effectiveness of using magnetostriction converter, lowered energy consumption, increased intensity of ultrasonic oscillation in aggregate, improved efficiency of cleaning it.

4 cl, 5 dwg

FIELD: processes for ultrasonic cleaning of surfaces of equipment such as extrusion heads, draw plates and so on from burned-on polymer, possibly in any branches of industry.

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EFFECT: intensified lowered-cost process for high-quality cleaning of objects from burned-on polymer without damaging surfaces of equipment, possibility for multiple use of prepared cleaning liquid at reduced labor consumption.

2 ex