27results about How to "Reduce cleaning costs" patented technology

The utility model relates to mechanical equipment technical field, concretely relates to a mobile multifunctional cleaning car, including the bearing platform, the bearing platform top is provided with reagent tank, reagent tank bottom outlet is connected with circulating pump, and the circulating pump output is connected with heating / cooler through pipeline, and heating / cooler fluid outlet is connected with the switching valve group for changing reagent flow direction, the switching valve group links respectively with reboiler and reagent tank, the water seal tank group is connected with tail gas recovery unit through pipeline at reagent tank top tail gas outlet, the utility model discloses through switching valve group changes reagent flow direction, supports'high in -low out'and'low in -high out'two modes, effectively removes the compact scale layer between the shell -side inner wall and the tube bundle of reboiler, promotes the thoroughness of cleaning, solves the pain point that traditional one -way cleaning is easy to leave dead angle.

This utility model discloses a cleaning device for mechanical parts, including a cleaning tank with a cleaning tank at the bottom and several evenly distributed spray pipes above the cleaning tank, each spray pipe having a uniformly distributed nozzle. The bottom of the cleaning tank has a return port and a drain port. The return port is connected to a first water pump, which is connected to a main spray pipe, which is connected to the spray pipes. A filter device is also provided at the return port, and a heating element is installed inside the cleaning tank. This utility model combines spraying and immersion washing. First, spraying removes most of the dirt from the parts, and then immersion washing removes stubborn dirt and dirt from areas where the spraying has been ineffective, greatly improving cleaning efficiency and quality.

This invention provides an integrally molded wall panel, its manufacturing process, and its application, belonging to the technical field of drying equipment accessories. The integrally molded wall panel includes a wall panel formed by a single roll forming process. The wall panel is bent to form a boss on the side facing inwards towards the drying equipment frame. Above the boss, the wall panel is bent to form a track groove, with both the boss and the track groove distributed along the length of the wall panel. Several mounting holes are formed on the boss along the length of the wall panel. The wall panel above the track groove is inclined to form a slope facing outwards towards the drying equipment frame. In this solution, the integrally molded wall panel is manufactured using a single roll forming process, eliminating the need for subsequent splicing, simplifying the production process, enabling mass production, and reducing production difficulty and costs.

The utility model relates to the field of traditional chinese medicinal material processing especially relates to traditional chinese medicinal material circulating water cleaning equipment, including the cleaning water tank, still including the water storage tank, the left side fixed mounting of water storage tank upper end has the purifier, the inside of purifier is provided with the purification filter element, the right side fixed mounting of water storage tank upper end has the filter box, the inside of filter box is provided with the filter screen frame, the upper end fixedly connected with the drain pipe of filter screen frame, the right end fixedly connected with the outlet pipe of water storage tank, the upper end fixed mounting of cleaning water tank has the supporting plate, the upper end fixed mounting of supporting plate has the drive motor, the utility model opens the electric control valve and cooperates liquid pump one to drive wastewater from the drain pipe to enter the filter box, utilizes the filter screen frame to filter and screens out the impurity particle in wastewater, carries out secondary purification treatment to wastewater through the purification filter element, and stores in the water storage tank, the convenient water source's recycling uses, improves the utilization rate of water source is lower, has reduced traditional chinese medicinal material cleaning cost, reduces the resource waste simultaneously.

The invention relates to the technical field of fruit wine brewing, in particular to a method for preparing low-sugar purple sweet potato light wine through multi-strain synergistic primary fermentation, which comprises the following steps: by taking 100% purple sweet potato pulp as a unique fermentation substrate, inoculating a composite strain composed of fruit wine yeast and lactic acid bacteria according to a proper proportion, and fermenting at normal temperature for 7-10 days; and after fermentation, blending the filtrate with xylitol to obtain the low-sugar purple sweet potato light wine with the alcoholic strength of 4-7% vol. Compared with an existing two-stage fermentation technology which contains rice wine and red yeast rice and needs to be inverted, grain auxiliary materials and a post-fermentation procedure are omitted, the fermentation period is shortened by 70%-90%, the sugar source is reduced by 40%, and anthocyanin is enriched; the finished product is clear in color, outstanding in sweet potato fragrance and balanced in sourness and sweetness, and meets the requirements of young consumer groups for low sugar, low alcohol and natural fermentation.

This utility model discloses a self-cleaning ventilation device integrating blowing and suction, comprising a frame installed at the ventilation opening, wherein: a filter screen is installed on the frame, and a blowing mechanism and a suction mechanism are respectively arranged inside and outside the filter screen; the blowing mechanism includes a blowing fan that blows air towards the filter screen, and the suction mechanism includes a suction hood that collects solid particles blown off the filter screen by the blowing fan; the blowing fan moves horizontally along an inner horizontal slide under the drive of a blowing motor, and the suction hood moves horizontally along an outer horizontal slide under the drive of a suction motor; the inner and outer horizontal slides move synchronously up and down along a vertical slide under the drive of a lifting transmission mechanism; the blowing fan and the suction hood are arranged opposite each other and move synchronously. This utility model can realize ventilation and air exchange between the inside and outside of a space, and has an automatic filter cleaning function, ensuring filtration effect, and is suitable for widespread application.

The utility model provides a silica powder drying device, which relates to the technical field of drying devices and comprises a drying component, a covering component and a rotating component are arranged in the drying component, the drying component comprises a drying box, heating boxes are mounted on two sides of the drying box, heaters are mounted at the tops of the heating boxes, and the heating boxes are connected with the drying box. And heating pipes are connected to the two ends of the heater, a fan is installed on the heating box, sliding grooves are symmetrically formed in the inner side of the drying box, and drying boxes are installed in the sliding grooves in a sliding mode. The protective cover is placed at the top of the drying box, the inserting blocks are promoted to be inserted into the inserting grooves, the protective cover is beneficial to reducing diffusion of silica powder in the drying box, then the silica powder attached to the inner wall of the drying box is reduced, the follow-up cleaning cost is reduced, meanwhile, the protective cover is provided with a plurality of through holes, and the protective cover is convenient to use. And hot air is allowed to penetrate to guarantee the drying effect while the silicon micro powder particles are prevented from flying off.

The utility model discloses a kind of waste battery shell cutting equipment, including conveying device, compression structure, feed structure, two cutting structures and compression push structure;Compression structure includes a plurality of upper rollers spaced apart along left-right direction, and the upper roller is rotatably installed above conveying device;Feed structure is installed in the right of compression structure;Two cutting structures are respectively installed in the front and back of compression structure, and cutting structure can cut the front and back of waste battery;Compression push structure is installed in the left of compression structure, and compression push structure can compress aluminum shell on conveying device, and push out bare roll core in aluminum shell;The utility model is provided with conveying device, compression structure, feed structure, two cutting structures and compression push structure, realize the separation of aluminum shell and bare roll core, so that subsequent process can handle aluminum shell or bare roll core alone, and then avoid that recycled battery powder contains more impurities, reduce impurity removal cost.

This utility model relates to the field of pharmaceutical technology, specifically to a bottle feeding device for a drum-type bottle washing machine. It includes a base with a fixed seat on its bottom wall. A motor is mounted on one side of the inner bottom wall of the base. The output end of the motor is locked with a lead screw via a coupling, and the other end of the lead screw is rotatably connected to the inner wall of the base via a bearing. A connecting block is threaded onto the outer wall of the lead screw, and a connecting rod is mounted on the top wall of the connecting block, extending beyond the base. When the conveyor line stops, the pusher plate can push the bottles between itself and the baffle to the right, eliminating gaps. This solves the problem of excessive bottle spacing caused by unstable conveying speed, defects in the bottle feeding system, and differences in the bottles themselves, ensuring that the bottles are tightly arranged and continuously conveyed to the drum-type bottle washing machine, significantly improving conveying stability.

This application relates to the field of dust removal equipment technology, specifically disclosing a dust removal device for catalyst powder batching and mixing, including a mixer and an installation platform. The mixer is fixedly installed on one side of the installation platform, and four sets of telescopic rods are spaced apart on the installation platform. The telescopic ends of the four sets of telescopic rods are hinged to a vibrating screen plate, and the four sets of telescopic rods are respectively hinged to the four corners of the vibrating screen plate. A feed pipe is provided at the upper end of the mixer, and the end of the vibrating screen plate near the mixer is located directly above the feed pipe. A vibrating screen assembly and a collection assembly are provided on the installation platform. The catalyst raw material is added to the vibrating screen plate. The vibrating screen assembly in this application can make the vibrating screen plate rise and fall along the telescopic direction of the telescopic rods, thereby realizing the vibration and screening of the catalyst raw material and reducing the dust generated during mixing. The collection assembly on the installation platform can collect the dust screened out, reducing the dust escape rate. The catalyst raw material after vibration and dust removal can be added to the mixer through the feed pipe for mixing.

A cooling tower with an automatic cleaning system, characterized in that it comprises a cooling tower main frame for supporting the structure of the whole cooling tower; a filler part comprising at least one cooling tower filler and a filler supporting part, which is installed in the cooling tower for heat exchange; a cleaning part comprising a cleaning device and a vibrating device, the cleaning device being arranged on the inner and outer sides of the cooling tower filler, and the vibrating device being arranged on the cooling tower main frame or the filler supporting part for cleaning and vibrating off the dirt such as scale, silt and mud on the filler; and a water collecting device at the bottom of the cooling tower for collecting the cooling water and the cleaning sewage. The cooling tower of the present application can achieve deep cleaning without disassembling the structure, reduce filler corrosion, prolong the service life of the filler and reduce cleaning cost.

This utility model discloses a wastewater pipe connector with a cleaning function, comprising: a connector installed between two wastewater pipes for connecting the two wastewater pipes; a cleaning port located at the middle of the side of the connector's pipe body, with a sealing plate sealing the cleaning port to allow opening the sealing plate and cleaning of the wastewater pipe through the cleaning port; and two cleaning components disposed on both sides of the cleaning port on the pipe body. By providing cleaning components on both sides of the cleaning port on the connector's pipe body, cleaning fluid enters the cleaning channel from the cleaning pipe, thereby causing the cleaning fluid to push the linkage blocks in each linkage groove to move along the linkage groove, compressing the return spring sleeved on the linkage rod, and causing the cleaning fluid to spray out from the cleaning holes on each linkage groove, thereby cleaning the inside of the wastewater pipe, improving the cleaning efficiency of the wastewater pipe connector, and reducing the maintenance and cleaning costs of the wastewater pipe.

This invention discloses an automatic cotton picking robot, including a walking chassis with a ground clearance greater than the height of the cotton plant. A picking arm is installed at the front end of the walking chassis, and a suction-type picking head is provided at the end of the picking arm. An interception and clamping component is installed inside the picking head. When the suction picks cotton, it intercepts and clamps the cotton inside the picking head, and positive pressure pulse blowing is performed. A machine box is fixed on the chassis, and the machine box contains a cotton collection box, a negative pressure fan, a positive pressure fan, valve a, and valve b. This invention uses a "suction-clamp-blowing-suction" pre-impurity removal process to blow away most of the impurities before the cotton enters the conveying pipeline. This avoids impurities from entering the pipeline, cotton collection box, and getting entangled with the cotton fibers again during packaging and transportation, thereby reducing the impurity content from the source, improving the grade of lint cotton, and greatly reducing the impurity removal costs in the subsequent factory.

The utility model relates to biological fertilizer stirring technical field, and disclose a kind of biological fertilizer stirring equipment convenient to clean, including washing mechanism, still include: stirring mechanism, discharge mechanism and support mechanism, the side of washing mechanism is fixedly connected with the inside of stirring mechanism, the side of stirring mechanism is fixedly connected with the side of discharge mechanism, the side of discharge mechanism is connected with the inside of support mechanism, the washing mechanism includes cleaning plate and elastic spring, the side of cleaning plate is fixedly connected with cleaning brush, the side of cleaning plate is fixedly connected with T type clamping plate, the top of T type clamping plate is fixedly connected with first protective plate, by being equipped with T type sliding slot, it is favorable to replace each other by stirring paddle and brush to change brushware can be optimized cleaning to different types of material;By being equipped with rotary discharge plate, it is favorable to the sewage in inside is rotated and discharged to prevent material accumulation, equipment inside can be thoroughly cleaned each time.

The application provides a gold electroplating device. The gold electroplating device is connected with the conductive panel and the conductive column through the turnover assembly, so that the short circuit and poor contact caused by the collision between different plates and the conductive tile due to the multiple blocks of the conductive plate and the rotary electrical connection are avoided. When the turnover mechanism turns the body out of the electroplating tank, the ratchet wheel is clamped on the ratchet teeth to fix the body and the turnover assembly, so as to turn the metal to be electroplated in the body. During the process that the turnover mechanism immerses the body into the electroplating liquid, the ratchet wheel and the ratchet teeth rotate freely, so that at least two conductive columns are located in the lower half of the body. Therefore, the short circuit is prevented, the electroplating effect of the bottom metal is ensured, the residual electroplating liquid on the surface of other metals is minimized when the other metals are taken out, and the cleaning cost is reduced.

The door body structure comprises a main door body, a door body, a door body, a door body and a door body, and the main door body is provided with a pick-and-place opening; the auxiliary door body is rotatably installed on the main door body and used for opening and closing the taking and placing opening, and when the taking and placing opening is closed, the auxiliary door body and the main door body form an integrated door body structure; and the shielding part is arranged between the main door body and the auxiliary door body, and at least shields part of the main door body below the taking and placing opening after the auxiliary door body is turned over and opened. The shielding part is arranged between the main door body and the auxiliary door body, when the auxiliary door body is turned over and opened, the shielding part can be automatically unfolded and at least cover part of the main door body below the taking and placing opening, and therefore sundries are effectively prevented from falling into the door. The flexibility and usability of the door body structure of the dish-washing machine can be kept, the maintenance and cleaning cost of the dish-washing machine can be reduced, and the user experience of the dish-washing machine is improved.

This utility model relates to a fully automatic sample vial cleaner, comprising a housing and a control box. The housing contains a sample vial placement area, a moving component, a gripping component, and a liquid extraction component. The gripping and liquid extraction components are connected to the moving component, which drives the gripping and / or liquid extraction components. The gripping component transports the sample vials, and the liquid extraction component extracts or removes liquid from the vials. The control box controls the operation of each component. The housing also contains a cleaning component, which includes a cleaning tank and a spray mechanism. The spray mechanism is positioned above the cleaning tank and sprays cleaning agent or water onto the sample vials within the tank. This utility model achieves automatic transport, cleaning agent injection, and cleaning of sample vials, significantly reducing cleaning costs, ensuring cleanliness, eliminating manual operation, saving manpower, improving efficiency, better protecting the safety of laboratory personnel, avoiding the drawbacks of incomplete manual cleaning, and achieving standardized laboratory management.

The utility model provides an electrolytic crown block anode bus brushing device, and belongs to the technical field of electrolytic aluminum. Comprising a brushing box, a fixed supporting structure is installed on the side wall face of the brushing box, an alkaline cleaning structure is installed on the lower wall face of the brushing box, a spraying structure is installed on the upper wall face of the brushing box, and a drainage structure is installed on the lower wall face of the brushing box; the fixed supporting structure comprises a driving bracket, a driving motor and a driven bracket; the driving support is installed on the side wall face of the brushing box through a bearing, and the driving motor is installed on the side wall face of the brushing box through a motor frame. According to the electrolytic crown block anode bus brushing device, the alkaline solution for brushing is repeatedly utilized, the solution consumption is greatly reduced, the bus brushing cost is reduced to a certain extent, the alkaline solution is filtered and subjected to concentration supplementation, and on the premise that the bus brushing effect is guaranteed, the service life of the bus is prolonged, and the service life of the bus is prolonged. And the brushing cost is reduced.

This application discloses a fully automatic backwashing device for a coal gasification black water heat extraction device, relating to the field of coal gasification black water heat extraction technology. It includes a black water inlet connected to a main inlet pipe. The left and right ends of the main inlet pipe are respectively connected to a left T-junction and a right T-junction. One end of the left T-junction is connected to the inlet of the coal gasification black water heat extraction device, and the other end is connected to an outlet pipe, which is connected to a black water outlet. One end of the right T-junction is connected to the outlet of the coal gasification black water heat extraction device, and the other end is connected to the outlet pipe. This application enables reverse backwashing of the coal gasification black water heat extraction device, reducing scaling and blockage of the heat extractor, ensuring stable equipment operation, lower cleaning costs, and saving time, effort, and labor. It also shortens the cleaning and maintenance period, ensuring normal operation for customers.

A method for removing a low-dielectric-constant material layer includes: providing a wafer to be cleaned, the surface of which has a low-dielectric-constant material layer; dry etching the wafer using oxygen plasma to reduce the methyl content in the low-dielectric-constant material layer; performing a first isotropic etching on the wafer for a first duration using an etching solution of a first concentration; and performing a second isotropic etching on the wafer for a second duration using the etching solution of a second concentration; wherein the second concentration is less than the first concentration, and the second duration is less than the first duration. This method can quickly and effectively remove the low-dielectric-constant material layer from the wafer surface and significantly reduce the number of particles on the cleaned wafer surface, making the wafer suitable for reuse, thereby improving efficiency and reducing costs.

The utility model relates to the intersection field of agricultural engineering and mechanical manufacturing discloses a vitamin premixing equipment for feed production, including frame, the one side of frame is provided with water tank, the top of frame is provided with top cover, the inside of frame is provided with cleaning component, the inside of frame is provided with stirring component, the bottom fixedly connected with planetary gear assembly of stirring component, and stirring component includes motor, the drive end fixedly connected with drive rod of motor, and drive rod bottom rotatory connection planetary gear assembly, and planetary gear assembly includes rotating ring, and the outside wall fixedly connected with a plurality of fixed link no.

This utility model belongs to the field of battery assembly and processing technology, and discloses a battery dispensing anti-overflow glue fixture, including a base and an anti-overflow glue cover plate. The top of the base is provided with multiple workpiece grooves, and the bottom of the anti-overflow glue cover plate is provided with multiple limiting grooves that match the workpiece grooves. This solution innovatively designs an anti-overflow glue cover plate based on existing fixtures, which is provided with multiple glue injection holes. Glue is dispensed through the glue injection holes, optimizing the glue flow path and ensuring that the glue is injected evenly and accurately into the battery gaps, avoiding overflow. The inner wall of the glue injection hole is inclined, which effectively prevents the glue from adhering to the hole wall during the injection process and reduces stringing. The overall solution not only improves the cleanliness and accuracy of dispensing, but also significantly enhances the stability and safety of the dispensing process. This fixture can effectively prevent glue from contaminating the battery surface and battery terminals while ensuring efficient dispensing, thereby improving production efficiency and reducing subsequent cleaning and rework costs.

This application provides a vehicle and a protective assembly. The vehicle includes a chassis and a body, and further includes a battery mounting bracket, a battery device, and the protective assembly. The battery mounting bracket is connected to the chassis; the battery device is detachably mounted on the battery mounting bracket; the protective assembly includes an inner protective component and an outer protective component, both connected to the battery mounting bracket. The inner protective component forms a protective cavity with a downward-facing first opening, and at least a portion of the battery device extends into the protective cavity through the first opening. The outer protective component covers the side of the inner protective component facing away from the protective cavity. The vehicle and protective assembly provided by this application are beneficial for improving the stability and efficiency of the battery swapping process.

The application discloses a photovoltaic panel remote sensing cleaning device and a cleaning method thereof, and relates to the technical field of photovoltaic panel remote sensing cleaning.The photovoltaic panel remote sensing cleaning device comprises a unmanned aerial vehicle body and a water storage tank for storing water.A mounting shell is arranged below the unmanned aerial vehicle body.A water pump is arranged on the mounting shell through bolt fastening.A water outlet of the water pump is connected with a water delivery pipe body, and a water outlet of the water delivery pipe body is connected with an atomizing nozzle.The present application has high flexibility and maintainability, and can be adjusted and optimized according to different application scenarios, thereby meeting diversified cleaning requirements.

This utility model belongs to the technical field of electromechanical gear transmission equipment, and in particular, an electromechanical gear transmission equipment, including a support frame. A transmission box is fixedly installed on the top of the support frame. Multiple meshing transmission structures are arranged inside the transmission box. A lubricating oil storage tank is fixedly installed on the right side of the transmission box. The lubricating oil storage tank stores lubricating oil. An oil pump delivers the oil to a spray head through a transmission pipeline. The spray head precisely sprays lubricating oil onto the meshing transmission structures inside the transmission box, replacing manual periodic application. This solves the problem of frequent manual lubrication required by traditional equipment, reduces manual labor, ensures uniform lubrication, and improves transmission efficiency. The oil guide frame is triangular, which can collect excess lubricating oil and return it to the lubricating oil storage tank through a return pipeline and a circulation pump, realizing the recycling of lubricating oil and avoiding the accumulation of lubricating oil at the bottom of the transmission box, which is difficult to clean. This reduces lubricating oil waste and cleaning costs.