40 results about "Microbial inactivation" patented technology

This invention provides a method for synergistically preparing sterile liquid formulations using high-energy fluid milling and plant components, relating to the field of traditional Chinese medicine technology. The method involves subjecting medicinal plant raw materials to a first low-temperature treatment using high-energy fluid milling to obtain highly active functional components. These functional components are then mixed with a liquid formulation matrix and subjected to a second low-temperature treatment using high-energy fluid milling, simultaneously achieving homogenization and sterilization. This invention reveals for the first time a significant synergistic sterilization effect between the medicinal plant functional components prepared by a specific process and the high-energy fluid milling treatment. Complete microbial inactivation can be achieved under mild conditions of 120 MPa and below 50°C, with effects far exceeding the simple superposition of a single component and a single physical treatment. This invention provides an integrated homogenization-sterilization method for external preparations and natural beverages that eliminates the need for chemical preservatives and high-temperature sterilization, and has broad applicability in the fields of traditional Chinese medicine and food.

This invention discloses a fresh air device with ultraviolet light air sterilization, belonging to the interdisciplinary field of air purification technology and fluid dynamics. The device includes an outer shell with an inner wall coated with an ultraviolet reflective layer; the interior is divided sequentially along the airflow direction into an air intake pretreatment section, a core reaction layer, and a terminal protection and exhaust layer. The core reaction layer contains alternating ultraviolet light sources and porous ceramic carriers coated with a nano-photocatalytic coating, and is equipped with inclined guide plates. When a fan drives airflow through the device, the reflective coating reflects ultraviolet light multiple times to the reaction zone, eliminating blind spots, and the guide plates force the airflow to form a non-linear path, extending the residence time. This invention solves the problems of low light energy utilization and incomplete sterilization caused by airflow short-circuiting in existing technologies through the synergistic optimization of the light field and flow field, significantly improving the microbial inactivation efficiency per unit volume, and is suitable for high-cleanliness environments such as hospitals and laboratories.

The present disclosure provides systems, methods and uses for free radical disinfection of a surface of an object. The system includes a first compartment having a first opening dimensioned to receive the object therethrough, and having a first cover dimensioned to cover the first opening, the first compartment having a second opening dimensioned to receive the object therethrough, and the second compartment having a second cover dimensioned to cover the second opening. The first cover is configured to be resealable over the first opening of the first compartment. The system also includes an air ionizer coupled to the first compartment to generate free radicals for discharge into the first compartment, where a reaction of the free radicals with microorganisms on the surface of the object inactivates the microorganisms.

The invention relates to a medical xenon recovery system based on multistage filtration and dynamic separation. The medical xenon recovery system comprises a pretreatment and microorganism inactivation module, a gas purification and separation module, a xenon circulation distribution module, an intelligent monitoring system and a dynamic pressure compensation mechanism. The invention further relates to a medical xenon recovery method based on multi-stage filtration and dynamic separation, bacteria are intercepted through the filter screen, viruses are intercepted through large particles, short-wave sterilization ultraviolet LED array irradiation is combined, double barriers of physical interception and ultraviolet inactivation are formed, the method is far superior to a traditional single filtration technology, the grade cleaning standard is met, and the medical xenon recovery method has the advantages of being simple in operation, low in cost and high in efficiency. The system thoroughly solves the biological potential safety hazard of lack of ultra-small virus interception and inactivation in the prior art, can efficiently inactivate respiratory pathogens, can effectively prevent microorganisms in exhaled air from circulating to patients or medical staff through a recovery system, is especially suitable for infectious surgery scenes, and remarkably reduces the risk of cross infection in hospitals.

The invention relates to the technical field of water body microorganism growth pollution and adhesion fouling treatment, in particular to a microorganism inactivation device and method for supplying power to a copper electrode through a friction nanometer generator, and the microorganism inactivation device comprises the friction nanometer generator, a copper oxide nanowire modified copper electrode, an electric field action area and a control system. A high-voltage and low-current electric field generated by the friction nano-generator is combined with the copper oxide nanowire modified copper electrode, dual synergy is achieved, a stable and controllable electric field source can be provided, the copper oxide nanowire modified copper electrode modifies the copper oxide nanowire with a high aspect ratio on the surface of a copper net, and when the copper electrode is powered, the copper oxide nanowire with the high aspect ratio can be provided for the copper electrode. Due to the lightning rod effect of the nanowires, the electric field of the tip part can generate an amplification phenomenon, and the remarkably enhanced electric field intensity can more effectively drive diatom and algal microorganisms in a water body and strongly destroy the integrity of cell membranes, so that cell contents are quickly leaked, and efficient physical inactivation is realized.

An optical filter which is used in an inactivation processing device that performs inactivation processing on a processing target microorganism. The optical filter, when discharge light from a light source in which the center wavelength of the discharge light is between 190 nm and 237 nm is incident at an incident angle 0°, transmits at least a portion of the ultraviolet ray equal to or greater than 190 nm and equal to or less than 230 nm and at least a portion of the ultraviolet ray greater than 230 nm and equal to or less than 237 nm, and attenuates the light intensity between 200 and 280 nm not including a wavelength region equal to or greater than 190 nm and equal to or less than 237 nm.

The invention provides a composite pesticide for resisting fungal diseases of silage corn and a preparation method of the composite pesticide, and belongs to the technical field of pesticides. The composite agent comprises composite microbial pellets and an auxiliary agent, the mass ratio of the composite microbial pellets to the auxiliary agent is (9-25): (1-7). The compound microorganism bacterium balls comprise bacillus siamensis and bacillus niamurensis; the auxiliaries comprise rutin, luteolin and saikoside. The anti-fungal disease composite agent provided by the invention has an excellent prevention and treatment effect on fungal diseases of silage corn, the onset time of the composite agent can be shortened, microbial inactivation is avoided, the shelf life is prolonged, and the prevention and treatment efficiency on field fungal diseases is improved.

The invention provides a preparation method of prefabricated quick-frozen fried pseudosciaena crocea based on physical field auxiliary sterilization. The method comprises the following steps: S1, immersing pseudosciaena crocea with fish scales and internal organs removed into a fishy smell removing agent, taking out the pseudosciaena crocea after 1 hour, washing the pseudosciaena crocea with pure water for 5 minutes, and wiping the pseudosciaena crocea to S2, frying the fishy-smell-removed pseudosciaena crocea, cooling, packaging and sealing; s3, performing low-temperature plasma sterilization; and S4, refrigerating at 4 DEG C for 12 hours, and freezing when the center temperature of the large yellow croaker reaches-18 DEG C. According to the preparation method disclosed by the invention, the sensory score of the fishy smell of the pseudosciaena crocea is remarkably reduced, the microbial inactivation effect is remarkable, the freezing time is shortened to 38.17 min, the unfreezing loss, the centrifugal loss and the cooking loss are reduced to the maximum extent, stable water-holding capacity and moisture distribution in the fish meat are maintained, uniform and fine ice crystals are formed, and the fish meat is close to a fresh state in texture; and the quality of the fish meat is well maintained.

The present invention relates to a system (100) for the particulate removal and microbiological removal and / or microbiological inactivation of goods (150), in particular their surfaces. The system (100) has a cleaning chamber (101) in which the goods (150) can be placed. An access opening (102) of the cleaning chamber (101) can be closed to prevent access during operation. An eddy current system (104) directs a turbulent flow (107) of a cleaning fluid into the cleaning chamber (101) to agitate particles on the goods (150). A displacement flow system directs a continuous, low-turbulence displacement flow (108) of a cleaning fluid through the cleaning chamber in a predetermined flow direction to remove the agitated particles from the goods (150).A UV radiation source (106) emits UV radiation with a wavelength range of 100 nm to 280 nm into the cleaning chamber (101) for microbiological inactivation. A conveyor system (115) for handling the goods (150) is provided to place the goods (150) in the cleaning chamber (101). A control unit (110) automatically controls a predefined cleaning sequence.

The invention belongs to the technical field of storage management of biological fermentation products, and particularly relates to a temperature and humidity self-adaptive control method for prolonging the storage time of a microbial agent. The method comprises the following steps: acquiring real-time environmental parameters of a warehouse, and calculating an environmental fluctuation stress factor according to the deviation between the environmental parameters and a historical mean value; constructing a fluctuation correction type microbial inactivation rate model, introducing an environmental fluctuation stress factor into a kinetic equation to calculate an instantaneous inactivation rate, and performing integration to obtain an actual accumulated damage index; and dynamically calculating a temperature set value according to the proportional relation between the actual damage and the theoretical expected damage, and issuing the temperature set value to the temperature control equipment for adjustment after safety boundary verification. According to the method, the recessive accumulated damage of the environmental fluctuation to the microorganisms is calculated, so that the environmental self-adaptive adjustment based on the life cycle is realized, and the storage energy consumption is effectively reduced while the activity retention rate of the microbial agent is guaranteed.

The invention belongs to the crossing field of biological medicine and photoelectronic technology, particularly relates to a self-adaptive spectrum sterilization and efficacy maintenance system, and aims to solve the technical problem that active ingredients are easily damaged while efficient microorganism inactivation is realized by the traditional sterilization technology. The system comprises a spectrum generation module, a multi-mode sensing module, a dynamic regulation and control module and a closed-loop execution module, a double-target optimization model is constructed by collecting multi-dimensional data such as microbial fluorescence, Raman fingerprints, temperature and light transmittance in real time, the spectrum ratio and output parameters are adjusted online, and sterilization efficiency and drug effect maintenance are collaboratively optimized. A viable bacterium area is identified by pre-scanning, selective irradiation is implemented, and self-adaptive closed-loop control of the treatment process is realized by combining dynamic weight adjustment and compensatory protection measures. The system has the characteristics of high precision, low damage, energy conservation and safety, and is suitable for light-operated treatment of high-added-value products such as medicines and health-care products.

The utility model discloses a microbial inoculum granulator for producing bacterial manure, which comprises a granulator main body, a cooling mechanism and a stripping brush are arranged in the granulator main body, the granulator main body comprises a support frame, a charging barrel, a driving motor, a first roller and a second roller, the charging barrel is fixedly arranged on the support frame, and the driving motor is arranged on the support frame. The first roller and the second roller are installed in the charging barrel and rotationally connected with the charging barrel, the driving motor is fixedly installed on the supporting frame and drives the first roller and the second roller, refrigerant cavities are formed in the first roller and the second roller, and the cooling mechanism comprises a central shaft pipe, a refrigerant inlet, a refrigerant inner outlet, a refrigerant outer outlet and a refrigerant backflow opening. The side end faces of the first roller and the second roller are provided with shaft holes in running fit with the central shaft tube. The roller cooling device has the advantages of good roller cooling effect, thorough particle stripping and convenience in cleaning and maintenance, and solves the problems of microorganism inactivation and difficult falling of adhered particles caused by temperature rise of the existing equipment.

The invention relates to a system (100) for the particulate depletion and microbiological depletion and / or microbiological inactivation of goods (150), in particular of the surfaces thereof. The system (100) comprises a cleaning chamber (101) in which the goods (150) can be placed. An access opening (102) of the cleaning chamber (101) can be closed during operation to prevent access. An eddy current system (104) directs a turbulent flow (107) of a cleaning fluid into the cleaning chamber (101) in order to swirl up particles on the goods item (150). A displacement flow system directs a continuous, low-turbulence displacement flow (108) of a cleaning fluid in a predetermined flow direction through the cleaning chamber in order to remove the swirled-up particles from the goods item (150). A UV radiation source (106) radiates UV radiation having a wavelength range of 100 nm to 280 nm into the cleaning chamber (101) for microbiological inactivation. A control device (110) automatically controls a predetermined cleaning procedure.

The invention discloses a natural water treatment method, and relates to the technical field of water treatment. A hydrodynamic excitation environment is constructed in a water treatment reaction channel, and a flexible piezoelectric fiber array is arranged in the water flow direction, so that flexible piezoelectric fibers generate periodic bending vibration under the action of natural water flow or auxiliary hydrodynamic force, and a distributed and non-uniform piezoelectric micro electric field is formed in situ on the surfaces of the fibers and in a water body adjacent to the fibers. The micro electric field continuously disturbs a hydration structure, ion distribution and microbial membrane potential in a water body, so that the molecular structure and biological activity of pollutants are unstable or attenuated. Under an illumination condition, a piezoelectric electric field and photocatalysis synergistically generate active free radicals, so that organic pollutant degradation and microorganism inactivation are realized.

The invention relates to a method for treating medical waste through cooperation of spectrums and steam, and belongs to the technical field of medical waste treatment. According to the treatment method, the medical waste is treated through the cooperation of ultraviolet rays, near infrared rays and steam, the microorganism inactivation rate of the pet medical waste can be remarkably increased, the degradation rate of amoxicillin can be increased, biological membranes and chemical pollutants on the surfaces of the sharp instruments can be effectively removed, and the biological loading capacity of the treated sharp instruments is smaller than or equal to 10 CFU / g; meanwhile, compared with a traditional high-temperature treatment method, the treatment method has the advantages that the treatment period is shortened, energy consumption is reduced, and the method is suitable for on-site treatment of medical waste.

The present invention describes a microbiological inactivation system using UV-C radiation, designed to be integrated into air conditioning and ventilation grilles, aiming to improve indoor air quality and minimizing the presence of pathogenic microorganisms such as viruses, bacteria and fungi. The system comprises a microbiological inactivation module with UV-C lamps arranged in a sinuous circuit, which maximizes the air's exposure to ultraviolet radiation and the reflection and redistribution of UV-C radiation by internal surfaces. In addition, the blower is equipped with an electric motor controlled by a frequency inverter, allowing bidirectional operation of the fan (air insufflation and extraction), which provides flexibility in ventilating and purifying the environment. Installation and maintenance are made easy thanks to the design, which allows the system to be adapted to different air volumes and microbiological control needs, without the need for complex modifications to existing air conditioning and ventilation. This microbiological inactivation system using UV-C radiation contributes to improving air quality, increasing microbiological safety in different contexts.

The invention discloses a roxburgh rose juice microorganism control and quality optimization system based on an ultrahigh pressure technology, and relates to the technical field of food processing, the roxburgh rose juice microorganism control and quality optimization system comprises a data sensing module which comprises a near-infrared spectrometer mounted on a raw material conveying pipeline and is used for acquiring microorganism cardinal number, sugar-acid ratio and turbidity in real time; according to the roxburgh rose juice microorganism control and quality optimization system based on the ultrahigh pressure technology, through a double-model dynamic game mechanism and a boundary overlapping domain optimization algorithm, the contradiction between microorganism inactivation and quality protection caused by fluctuation of roxburgh rose juice raw materials is solved. The double-model collaborative decision-making module generates a quantitative processing boundary according to real-time raw material characteristics, and accurately locates an optimal parameter combination for maximizing an active substance retention rate on the premise of guaranteeing a food safety threshold value; a hard real-time matching system of pulse pressure relief and feedback realizes dynamic correction of process parameters, and effectively improves the adaptability of complex raw materials with high acid, high turbidity and the like.

The invention relates to a system (100) for the particulate depletion and microbiological depletion and / or microbiological inactivation of goods (150), in particular of the surfaces thereof. The system (100) comprises a cleaning chamber (101) in which the goods (150) can be placed. An access opening (102) of the cleaning chamber (101) can be closed during operation to prevent access. An eddy current system (104) directs a turbulent flow (107) of a cleaning fluid into the cleaning chamber (101) in order to swirl up particles on the goods item (150). A displacement flow system directs a continuous, low-turbulence displacement flow (108) of a cleaning fluid in a predetermined flow direction through the cleaning chamber in order to remove the swirled-up particles from the goods item (150). A UV radiation source (106) radiates UV radiation having a wavelength range of 100 nm to 280 nm into the cleaning chamber (101) for microbiological inactivation. A control device (110) automatically controls a predetermined cleaning procedure.

The invention provides plateau alpine microorganism self-repairing concrete and a preparation method thereof, and relates to a concrete crack self-repairing technology. Carrying out low-temperature domestication and low-pressure domestication on the alkali-resistant urease type bacillus; putting the preloaded nutrient pottery sand into a vacuum tank, vacuumizing, and injecting the domesticated microbial bacterial liquid; keeping the vacuum degree, adsorbing for a certain time, relieving the vacuum, and draining excessive bacteria liquid to form bacteria-loaded pottery sand; dissolving a polycarboxylate superplasticizer and a mineralization substrate into water in a high-altitude simulation cabin, adding the dry mixing material, and uniformly mixing; and adding fungus-loaded pottery sand into the mixture, continuously stirring to obtain a uniform mixture, injecting the uniform mixture into a mold, and performing low-frequency vibration compaction to obtain the molding material. The problem that the self-repairing concrete is difficult to repair due to microorganism inactivation in the plateau alpine environment is solved, cracks can be automatically blocked, meanwhile, harmful substances do not exist, and the crack repairing effect is effectively guaranteed.

The present disclosure relates to an agricultural capsule equipment, autonomous or operator-controlled, designed for the microbiological inactivation of pests and pathogens in crops, using controlled UV-C radiation with the modular capacity in terms of height and width and an efficiency protection to ensure that aerosols and insects in aerial form remain inside the equipment and a 360 º inactivation radius. The equipment comprises a low-profile mobile support configured to move along agricultural corridors and an articulated arched structure defining a fully enclosed treatment volume. The autonomous or operator-controlled features an adjustable hydraulic system that allows automatic control of its height and width to adapt to different types of plants, optimizing the application of radiation. The UV-C radiation exposure time and power are adjustable, ranging from 5 to 15 seconds, to ensure effective treatment. At least one UV-C radiation unit is arranged within the enclosed treatment volume, and a control system is configured to regulate displacement speed and UV-C radiation output such that a minimum effective UV-C dose is achieved. An enclosure and flexible sealing elements prevent the emission of UV-C radiation and the dispersion of airborne particles to the exterior. An airflow control system further contributes to containment during operation. The equipment may comprise imaging sensors, including a 360 degree camera system is also used to continuously monitor the plantation, enabling real-time monitoring and automated adjustment of operating parameters. To ensure operator and environmental safety, the radiation unit is protected by a polycarbonate cover that blocks UV-C radiation emissions, and an airflow control system is integrated to prevent the dispersion of contaminating particles during the equipment's movement. The technology aims to reduce the use of chemical pesticides, enabling effective microbiological control, and promoting more sustainable agriculture with a low environmental impact.

The present application belongs to the technical field of inactivation of pathogenic microorganisms in water bodies, and discloses a method for inactivating pathogenic microorganisms in water bodies by activating persulfate oxidation with Bordeaux mixture and application thereof. The method is as follows: Bordeaux mixture is added to water bodies contaminated with pathogenic microorganisms, and then a persulfate solution is added to form a reaction system, and the reaction system is shaken at room temperature to simulate real water bodies, so as to inactivate the pathogenic microorganisms. The present application provides a new method for inactivating pathogenic microorganisms such as Escherichia coli and Enterococcus faecalis in water bodies. Sulfate radicals and hydroxyl radicals are generated by activating persulfate with Bordeaux mixture, and alkaline copper sulfate and calcium sulfate precipitate and flocculate and settle the pathogenic bacteria residues in cooperation. The inactivation effect of the Bordeaux / PS system within 5 minutes reaches more than 99%.

This invention provides a method, device, system, and equipment for directional pressure relief and infection control in a hematology ward, belonging to the field of medical environment control technology. The method includes: determining a first operating state of the hematology ward based on acquired signals; when the first operating state meets a first control precondition, generating a predictive control signal and a feedback control signal based on the acquired signals; performing signal fusion to obtain a comprehensive control command; adjusting the opening of a pressure relief valve in the pressure relief duct between the ward and the waste corridor according to the comprehensive control command, so as to stabilize the ward pressure within a target range and direct the ward air out through the pressure relief duct under pressure differential, allowing the exhausted air to be filtered and purified by a filtration device and then subjected to deep microbial inactivation treatment by a deep microbial inactivation module. This invention improves the stability of pressure control, achieving stable maintenance of a positive pressure environment and safe directional discharge of polluted air in a hematology ward under structurally constrained conditions.

An air ventilation system for an indoor space includes an air processing unit that includes a housing that receives air from the indoor space and discharges treated air, a microbial deactivation channel provided within the housing and defining a serpentine pathway that causes the air to navigate one or more directional changes as it circulates through the housing, and one or more ultraviolet (UV) light sources arranged within the microbial deactivation channel to emit UV light that impinges on and disinfects the air. One or more light reflection features are provided on one or more interior surfaces of the microbial deactivation channel, the one or more light reflection features comprising flat, mirror-like structures that receive and redirect the UV light within the microbial deactivation channel.

A table unit (1, 2, 3) for generating a substantially microorganism-inactivated spatial region (5), comprising a housing (10) having an interior (14) with a longitudinal axis (L), a blower device (60) designed to receive air from the outside and to convey it into the interior (14), a radiation source (50) designed to emit light in the UV-C spectral range into the interior (14) to inactivate or kill microorganisms in the received air (121), and an air outlet device (70) through which disinfected air (122) can flow out of the interior (14) into the space surrounding the housing (10). The air outlet device (70) is designed to produce preferably a laminar flow in the outflowing air (123), which contributes to the formation of a substantially microorganism-inactivated spatial region (5) in the surrounding space. The substantially microorganism-inactivated spatial region (5) generated in this way is closed and completely surrounds the housing (10).

The invention relates to a system (100) for the particulate depletion and microbiological depletion and / or microbiological inactivation of goods (150), in particular of the surfaces thereof. The system (100) comprises a cleaning chamber (101) in which the goods (150) can be placed. An access opening (102) of the cleaning chamber (101) can be closed during operation to prevent access. An eddy current system (104) directs a turbulent flow (107) of a cleaning fluid into the cleaning chamber (101) in order to swirl up particles on the goods item (150). A displacement flow system directs a continuous, low-turbulence displacement flow (108) of a cleaning fluid in a predetermined flow direction through the cleaning chamber in order to remove the swirled-up particles from the goods item (150). A UV radiation source (106) radiates UV radiation having a wavelength range of 100 nm to 280 nm into the cleaning chamber (101) for microbiological inactivation. A conveying system (115) for handling the goods item (150) is provided in order to place the goods item (150) in the cleaning chamber (101). A control device (110) automatically controls a predetermined cleaning procedure.

The invention discloses a treatment unit and a sterilization method for removing microorganisms, especially bacillus cereus, without affecting pancreatin activity, the treatment unit comprises a double-layer solid filter element to terminate the sterilization effect of a sterilization solution and stabilize the pH value of a system, and the sterilization method comprises the steps of microorganism inactivation, treatment by the treatment unit and drying by a forced air drying process; according to the treatment unit, through the synergistic effect of the upper-layer solid filter element and the lower-layer solid filter element, the stable PH value is maintained while the sterilization effect of the sterilization liquid is terminated, and the pancreatin solution which is free of oxidability, moderate in pH and capable of achieving the microorganism standard is obtained. In addition, through the specific working concentration of the non-compound PAA stock solution, the specific treatment unit composition and the forced air drying process and parameters, the problem that the existing sterilization method cannot give consideration to both the bacillus cereus removal effect and the pancreatin activity retention is solved.

The invention discloses a vacuum bottle surface microorganism inactivation device and method. The inactivation device comprises a cabinet body, a storage table arranged at the top of the cabinet body, and an inactivation cavity arranged at the top of the storage table, the inner wall of the inactivation cavity is coated with a titanium dioxide photocatalytic layer, and a gas conveying pipe is mounted at the top of the inactivation cavity; a plurality of deep ultraviolet LED lamps are mounted on the inner side of the inactivation cavity; a jacking mechanism is mounted between the bottom of the storage table and the top of the cabinet body, and a control system used for presetting a sterilization program and transmitting and receiving a control instruction is mounted at the top of the cabinet body. Through the cooperation of UV-C light with a specific wavelength and the nano titanium dioxide photocatalytic layer, the double inactivation effects of physical sterilization and chemical oxidation can be realized in a chemical-additive-free and residue-free manner, and the residue risk possibly introduced by a traditional chemical wiping or gas sterilization method is avoided; the interference of chemical substances on the stability of the radiopharmaceutical is fundamentally eliminated, so that the requirement on extremely high cleanliness is met.

The present invention relates to a system (100) for the particulate removal and microbiological removal and / or microbiological inactivation of goods (150), in particular their surfaces. The system (100) has a cleaning chamber (101) in which the goods (150) can be placed. An access opening (102) of the cleaning chamber (101) can be closed to prevent access during operation. An eddy current system (104) directs a turbulent flow (107) of a cleaning fluid into the cleaning chamber (101) to agitate particles on the goods (150). A displacement flow system directs a continuous, low-turbulence displacement flow (108) of a cleaning fluid through the cleaning chamber in a predetermined flow direction to remove the agitated particles from the goods (150).A UV radiation source (106) emits UV radiation with a wavelength range of 100 nm to 280 nm into the cleaning chamber (101) for microbiological inactivation. A conveyor system (115) for handling the goods (150) is provided to place the goods (150) in the cleaning chamber (101). A control unit (110) automatically controls a predefined cleaning sequence. A data processing unit exchanges information with the control unit (110) regarding at least the system status, the cleaning sequence, the degree of cleaning of the goods (150), and / or condition information of the goods (150).

The present application provides a method for preserving liquid food by means of pulsed electric field treatment. The invention relates to a method for rapidly and uniformly heating a liquid product to a predetermined temperature by means of resistive heating. According to the invention, based on the application of an electric field strength between 0.1 - 5.0 kV / cm for an extended period of time, sufficient and effective microbial inactivation is achieved by selecting a relatively low electric field strength and a pulse duration of at least 10 microseconds, while the maximum temperature of the liquid product during resistive heating is autonomously kept below 92 °C. The method of the invention is effective at neutral pH and at a pH of less than 7. Furthermore, the method of the invention is effective in inactivating a broad range of relevant microorganisms. The invention also relates to the method, wherein the liquid product is pre-heated prior to subjecting the method to the liquid product. The invention also relates to a liquid product obtainable by the method according to the invention.

A water treatment method for gradient control of electromagnetic wave parameters relates to the technical field of circulating water treatment, and adopts the technical scheme that the method comprises the following steps: S1, dividing a circulating water flow channel into a plurality of functional sections according to the flowing direction of circulating water, arranging an electromagnetic wave emitter in each functional section, and monitoring water quality key parameters in each functional section; s2, determining the processing power required for processing a unit circulation amount in each functional section, and configuring the total processing power of all electromagnetic wave emitters in each functional section according to the total circulation amount; and S3, correcting the total processing power of the electromagnetic wave transmitter in each functional section by taking the water quality key parameter as a correction factor. According to the circulating water treatment device, staged treatment of scale stripping, impurity condensation and microorganism inactivation of circulating water is achieved, the treatment power is in a gradient type descending trend, and compared with the prior art, the energy consumption is effectively reduced on the premise that the treatment effect is guaranteed.