169results about How to "Efficient scrubbing" patented technology

A surface cleaner having a cleaning head. The cleaning head has a deck and a skirt extending from the deck such that when the skirt is placed in contact with the surface to be cleaned, a cleaning volume is defined. The cleaning head has at least one vent port and at least one vacuum port formed therein. Nozzles are mounted in the cleaning volume for movement therein when fluid under pressure is supplied thereto and sprayed therefrom. A liquid supply system supplies the fluid under pressure to the nozzles so that the surface to be cleaned is effectively scrubbed by the fluid to produce a mixture of the fluid and contaminants loosened from the surface to be cleaned. A vacuum recycling system coupled to the vacuum port(s) draws high-pressure air through the vent port(s) and over the surface being sprayed with the liquid under pressure. The mixture of fluid and contaminants is suctioned through the vacuum port(s) and filtered to separate the fluid from the contaminants. The fluid so-separated is then discharged. The fluid has a boiling point lower than the temperature and atmospheric pressure in which the cleaner is operated.

The invention discloses a floor mopping module and a cleaning robot. The floor mopping module comprises a mounting platform, as well as a nozzle, cleaning rolls, a water supply system and a power system which are mounted on the mounting platform, wherein the water supply system is connected with the nozzle and used for water supply of the nozzle; the power system is connected with the cleaning rolls and used for rotation driving of the cleaning rolls; the floor mopping module further comprises sponge rolls and a sewage recovery system which are mounted on the mounting platform; the sponge rolls are connected with the power system and used for the rotation driving of the sponge rolls; the sewage recovery system is connected with the sponge rolls and used for sewage recovery of the sponge rolls; the nozzle is positioned at the front end of the mounting platform; the cleaning rolls and the sponge rolls are positioned at the bottom of the mounting platform respectively; and the cleaning rolls are positioned at the fronts of the sponge rolls. The floor mopping module and the cleaning robot effectively solve the technical problem that sewage residues exist after a floor is cleaned, and are simple and compact in structure, convenient to use and low in manufacturing cost, thereby being suitable for large-scale popularization and application.

The invention belongs to the technical field of seawater desalting and water treatment and relates to a washing method for preventing a reverse osmosis membrane or a nano-filtration membrane from being polluted. The washing method comprises the following steps of: firstly carrying out gas-water two-phase flow washing or simultaneous chemical washing; then extracting reverse osmosis concentrated water to wash the surface of the reverse osmosis membrane; discharging the reverse osmosis concentrated water through a concentrated water discharging valve; then, conveying pretreated water to a reverse osmosis module and displacing and discharging washing concentrated water on a reverse osmosis concentrated water side until the conductivity is recovered to 98% of the conductivity of the pretreated water; finally, closing a washing water discharging valve and opening the concentrated water discharging valve to recover normal operation of the reverse osmosis module; and sequentially washing other sets of reverse osmosis modules. The washing method disclosed by the invention is reliable in process, simple and convenient to operate, lower in energy consumption, good in economic benefits and social benefits, and environment-friendly.

Disclosed is a process for the treatment of a plant gaseous stream containing odor compounds including hydrogen sulfide, an alkyl mercaptan or an alkyl thiol and mixtures thereof by contacting the plant stream with an oxidizing agent that reduces the odor but forms elemental sulfur. The elemental sulfur, and other inorganic, scales that form, or deposit, can be suppressed or removed using a specific aromatic substituted nonionic surfactant material. The use of such a process produces a significant improvement in odor quality while maintaining a clean process facility and low operating pressure drop.

A low-energy venturi pre-scrubber optimized for removing abrasive particles from a gaseous effluent is disclosed. While venturi scrubbers are efficiently used for at removing entrained particulates in air pollution control systems, they can be damaged due to the abrasive characteristics of entrained particles, such as silica particles greater than a micrometer in diameter. According to the present invention, high scrubbing efficiencies can be obtained in equipment that is not damaged by the abrasive particles by first removing the abrasive particles in a low-energy venturi, and then removing the remaining particles in a second scrubber. In addition to improving the lifetime and reducing the maintenance costs of the venturi, scrubbing fluids have fewer large particles, allowing their use in downstream components, such as evaporative coolers.

The invention relates to a glass curtain wall washing robot which is used for washing a glass curtain wall. The glass curtain wall washing robot comprises a supporting frame, a driving mechanism, a washing mechanism, a wall attaching mechanism and a control mechanism, wherein the driving mechanism is used for driving a winding drum which is fixedly arranged on a building and a pull rope, and one end of the pull rope is wound on the winding drum and the other end of the pull rope is connected with the supporting frame; the washing mechanism is arranged on one side, close to the glass curtain wall, on the supporting frame; the wall attaching mechanism is arranged on one side, far away from the glass curtain wall, on the supporting frame and is used for enabling the washing mechanism to lean against the glass curtain wall through the supporting frame; the control mechanism is mounted on the supporting frame and is used for controlling the driving mechanism, the washing mechanism and the wall attaching mechanism. Under the action of the wall attaching mechanism, the wall attaching mechanism is used for pushing the supporting frame and the washing mechanism is in contact with the glass curtain wall, so that the glass curtain wall can be effectively scrubbed through the washing mechanism. By virtue of the robot, the washing efficiency is remarkably improved; the quality and safety of washing are ensured.

The invention relates to a washing device, in particular to a hospital efficient washing device for feeding bottles. The technical problem to be solved herein is to provide a hospital efficient washing device for feeding bottles which is high in washing efficiency, good in effect and low in time and labor consumption. In order to solve the technical problem, the hospital efficient washing device for feeding bottles also comprises a moving device that includes a second slide rail and the like; the second slide rail is connected to the top of a transverse plate by bolt connection, a second slider is slidably mounted on the second slide rail, a fastening screw is screwed to the middle of the front of the second slider and is matched with the second slide rail, a retainer is connected to each of the left and right ends of the second slide rail by bolt connection, and a holding trough connected to the top of the second slider. The inside of a feeding bottle is brushed and flushed through a brushing device and a flushing device; a lifting device drives the feeding bottle to move up and down, so that washing efficiency is improved; therefore, the hospital efficient washing device for feeding bottles is high in washing efficiency, good in effect, and low in time and labor consumption.

A self-propelled brushless surface cleaner with reclamation is provided as a self-contained vehicle. A cleaning head mounted to the vehicle extends forward therefrom. The cleaning head has a deck and a skirt extending from the deck such that when the skirt is placed in contact with the surface to be cleaned, a cleaning volume is defined. The cleaning head has at least one vent port formed in a forward portion thereof and at least one vacuum port formed in a rear portion thereof. Nozzles are mounted in the cleaning volume for movement therein when liquid under pressure is supplied thereto and sprayed therefrom. A liquid supply system supplies the liquid under pressure to the nozzles so that the surface to be cleaned is effectively scrubbed by the liquid to produce a mixture of the liquid and contaminants loosened from the surface to be cleaned. A vacuum recycling system coupled to the vacuum port(s) draws high-pressure air through the vent port(s) and over the surface being sprayed with the liquid under pressure. The mixture of liquid and contaminants is suctioned through the rear vacuum port(s) and filtered to separate the liquid from the contaminants. The liquid so-separated is returned to the liquid supply system for reuse thereby.

The invention relates to the technical field of vertical motor shell outer side wall machining, and discloses cleaning equipment and method for vertical motor shell outer side wall machining. The cleaning equipment comprises a machine body, the left side of the bottom of the machine body is fixedly connected with a low-speed motor through a fixing frame, and an output shaft of the low-speed motorpenetrates through a bottom through hole of the machine body and is fixedly connected with a rotating platform; and an annular sliding groove is fixedly connected to the top surface of the machine body, an auxiliary supporting rod is fixedly connected to the lower surface of the rotating platform, and a sliding groove roller is movably connected to the tail end of the auxiliary supporting rod through a pin shaft and located on the inner side of the annular sliding groove. The cleaning equipment is provided with the machine body, the low-speed motor, the rotating platform, a radial supporting and adjusting mechanism, a fixed stand column, an inward extrusion mechanism, a transverse position adjusting mechanism, an arc-shaped supporting frame, an electric lifting rod, a rotating motor, a disc type brush and a control panel which are matched with one another, so that the problem that machining chippings on the outer side wall of an existing vertical motor shell are not thoroughly cleanedis effectively solved.

The invention provides a scrubbing machine, relating to the field of daily living goods. The scrubbing machine comprises a bracket, a machine body and a pulley, wherein the machine body is fixedly connected with the bracket; an up-down reciprocating mechanism is arranged in the machine body; the pulley is movably arranged outside the machine body and is connected with the up-down reciprocating mechanism. The scrubbing machine has the beneficial effects that different body shapes can be fitted and adapted through matching a Y-shaped supporting frame consisting of a supporting piece and two supporting pieces and a supporting plate movably connected to the machine body with scrubbing plates connected by using connecting tapes, bodies can be effectively scrubbed, and the comfort in use is improved.

A tool advantageous for cleaning and sanitizing toilet bowls, urinals, and other surfaces. The cleaning tool comprises an arcuate-shaped handle and a cleaning head, wherein the cleaning head is permanently affixed to the handle, and wherein the handle and the cleaning head is formed from biodegradable material. Said tool is intended for one-time use and subsequent trash disposal.

A nonwoven fabric comprises a first layer formed of staple fibers having a smooth outer surface, a second layer formed of staple fibers having an outer surface with a roughened texture and a third, spunbond layer sandwiched between the first and second layers. A binder material is applied to the second layer which substantially covers its textured surface and is effective to resist deformation under the application of pressure even in the presence of liquid.

A memory controller includes scrub circuitry that performs scrub cycles in a way that does not delay processor reads to memory during the scrub cycle. Atomicity of the scrub operation is assured by protocols set up in the memory controller, not by using an explicit atomic read-correct-write operation. The result is a memory controller that efficiently scrubs memory while minimizing the impact of scrub cycles on system performance.

The invention is a model railroad track scrubbing car with rollers set at a scrub angle of about 30° to scrubs the tops and sides of the track rails. The rollers freely rotate about fixed axle under the chassis of the weighted car. Each roller is preferably a conventional paint roller with an inner sleeve and an outer tubular roll made of an absorbent, compressible, resilient foam material. The active working surfaces of each roller compress against, frictionally engage and deform around the tops and sides of the rails. The scrub angle and rollers provide across-the-rail scrubbing action and possibly along-the-rail scrubbing action. The circumferential working areas of the rollers are wider than the width of their associated track rails. The scrub angle and height of the roller axle above the track rails are adjustable to set the amount of roller compression and scrubbing action against the track rails.

A computer system, method and software for detecting and purging stale entries from remembered sets associated with incrementally collectible regions used in an incremental garbage collection technique like the Trains algorithm is described. Stale entries are detected by a number of techniques, and then purged, eliminated, or scrubbed. These techniques make use of the summarized information about regions such as cards or incrementally collectible regions that indicate age of allocation, time a region was last scanned, last time an entry was inserted into a remembered set, as well as how far forward or backward objects in a given region refer in a generation.

The invention discloses a household movable fish tank convenient to clean. The household movable fish tank comprises a base. First racks are arranged on two inner sides of the base. A first gear is arranged on the inner side of each first rack. A first connection rod is arranged on the outer side of each first gear. A second connection rod is arranged on the lower side of each first connection rod. Wheels are arranged on the lower sides of the second connection rods. A fish tank body is arranged on the upper side of the base. A water drain pipe is arranged at the lower left end of the fish tank body. A filtration box is arranged on the right side of the water drain pipe. A connection pipe is arranged on the right side of the filtration box. A connection hood is arranged in the middle of the upper side of the fish tank body. Second racks are arranged at the inner left end and the inner right end of the connection hood. Second gears are arranged at the inner upper ends of the second racks. Connection bases are arranged on the outer sides of the second gears. A support rod is arranged between the connection bases. A fixed block is arranged on the lower side of the support rod. Fixed rods are arranged on the periphery of the fixed block. A connection frame is arranged on the outer sides of the fixed rods. Brushes are arranged on the outer side of the connection frame. The householdmovable fish tank has the advantages that the interior of the fish tank can be cleaned effectively, so that cleaning of the fish tank can be guaranteed effectively, and convenience is brought to people.

The invention relates to the technical filed of household articles and discloses a device for removing scale on the outer side wall of a cylindrical rolling pin. Two side partitions are mounted symmetrically on the inner bottom of a body. Two locating bearings are correspondingly mounted on the inside of mounting through-holes of the two side partitions. Both ends of a transverse sleeve penetratethrough the inner bearing rings of the two locating bearings correspondingly. An auxiliary positioning mechanism is mounted on the inside of the transverse sleeve. A positioning seat is installed in the middle position of the inner bottom of the body, and a biaxial motor is installed in the inner side of the positioning seat. According to the device for removing scale on the outer side wall of thecylindrical rolling pin, the rolling pin rotates in the direction opposite to the transverse sleeve while doing left-right cyclic motion, so that a brush on a transverse brush sheet is capable of brushing the inner side of gaps and grooves at different angles on the rolling pin. According to the device for removing scale on the outer side wall of the cylindrical rolling pin, the traditional way of brushing the rolling pin is changed, the rolling pin is brushed more effectively and the residual amount of dirt in the grooves and gaps of the rolling pin is reduced.

The invention relates to a device for removing humic acid in potable water, which comprises a reactor main body, a water inlet tank and a water outlet tank. A light barrier is arranged in the reactor main body. The light barrier divides the reactor main body into a photocatalytic reaction zone and a membrane separation zone. A transparent lamp jacket is arranged in the photocatalytic reaction zone. An ultraviolet light source is arranged in the transparent lamp jacket. The outlet of the water inlet tank is communicated with the inlet of the photocatalytic reaction zone through a pipeline. A flat membrane module which is immersed in raw water is arranged in the membrane separation zone. A gas diffusion device is arranged right below the flat membrane module and is connected with an air pump for air supply through a pipeline. The outlet of the flat membrane module is communicated with the inlet of the photocatalytic reaction zone, a sampling bottle and the water outlet tank through a suction pump and a valve system. The device for removing humic acid in potable water has the advantages that not only can the removal of natural organic matters be reinforced, but also the membrane pollution can be reduced, the removal of natural organic matters and the reduction of membrane pollution form a complementary relationship, the service life of the membrane is prolonged and the actual service performance is enhanced.

The invention relates to a substrate cleaning apparatus, a substrate cleaning method and a storage medium. A substrate cleaning apparatus capable of effectively removing deposits adhering to at least an end surface of a substrate by means of a sponge-like brush is provided. A substrate cleaning apparatus includes: a spin chuck 3 configured to rotatably hold a substrate W; a motor 4 configured to rotate the substrate W held by the spin chuck 3; a cleaning-liquid supply mechanism 10 configured to supply a cleaning liquid to the substrate W held by the spin chuck 3. The cleaning mechanism includes: a brush 21 made of a sponge-like resin, which is brought into contact with at least an end surface of the wafer W during the cleaning; and a brush compressing mechanism 23a, 23b, and 24 configured to compress the brush 21. The brush 21 is compressed by the compressing mechanism 23a, 23b, and 24, and cleans at least the end surface of the substrate W.

The invention discloses a scrubbing device of an automatic smooth wall surface scrubbing robot. The scrubbing device comprises a base plate, wherein a scrubbing device body is horizontally and rotatably connected to the bottom of the base plate and comprises a scrubbing box, wherein a movable plate is arranged in the scrubbing box, a sliding rod B is vertically arranged on the side wall of the movable plate, a sliding groove B corresponding to the sliding rod B is formed in the side wall in the scrubbing box, and the movable plate is vertically and movably connected in the scrubbing box along the sliding groove B through the sliding rod B. It is known from the structure that the scrubbing device of the automatic smooth wall surface scrubbing robot can have scrubbing and wiping functions through the effects of a lead screw and a nut pair, and the functions can be automatically switched mutually.

The invention discloses an integrated type bath robot bathroom system. The integrated type bath robot bathroom system comprises a bathroom and a changing room, wherein the bathroom comprises a bath seat, a main control computer, a human-computer interaction interface, a manipulator, a hot air port and a water shower head, and the manipulator extends to get close to the bath seat; the human-computer interaction interface comprises a touch screen and a computer control module, and the touch screen is provided with an input module; the manipulator is provided with a massage head and a manipulator control module which controls work of the manipulator and the massage head, and the computer control module is in signal connection with the manipulator control module; the hot air port is provided with a hot air control module which controls work of the hot air port, and the computer control module is in signal connection with the hot air control module; the water shower head is provided with a water control module which controls work of the water shower head, and the computer control module is in signal connection with the water control module. By means of the integrated type bath robot bathroom system, an intelligent bath device suitable for the aged and weak people is provided, bath safety and comfort can be improved effectively, and meanwhile the labor intensity of nurses caring for weak people and the aged is relieved.

Miniature garbage treatment equipment comprises a box body, a cutting device and / or a compressing device and a controller, wherein inner barrels are arranged in the box body; each inner barrel comprises a bottom plate and a side wall and is divided into two layers by a separating plate, and multiple bulges are arranged on the bottom plate; the equipment further comprises weight sensors arranged at upper parts of the bulges; the separating plates are movably connected with the inner barrels; the weight sensors are electrically connected with the controller. According to the equipment, the weight sensors are arranged, the cutting or compressing opportunity is provided, when the weight of garbage in the inner barrels reaches a preset value, the equipment is controlled to perform compressing or cutting operation, meanwhile, the stopping opportunity of the compressing device can be controlled, when the pressure reaches the predetermined value, the compressing device stops downward compression, and damage to the inner barrels due to compression overloading is avoided.

The invention discloses a high-efficiency water-saving squatting pan which comprises a panel 2, a water-guiding ring 3, a pelvic cavity 4, a river diversion platform 5, a blowdown pipe 6, a water inlet 7, a swashing port 8, and a scrubbing hole 9, the squatting pan is characterized in that the upper part of the pelvic cavity is provided with the river diversion platform, the river diversion platform is arranged along the upper part edge of the pelvic cavity of the squatting pan, the swashing port and the scrubbing hole are arranged above the river diversion platform; the river diversion platform is capable of keeping wash water to be at rapid speed and guiding pressure to the far end of the swashing port so as to carry out scrubbing; meanwhile, the wash water mainstream and the scrubbing water are led to merge into resultant force, the blowdown and the scrubbing are instantly finished, thereby achieving effects of saving water efficiently, scrubbing with super strength, and muting.

The invention is a model railroad track scrubbing car with rollers set at a scrub angle of about 30° to scrubs the tops and sides of the track rails. The rollers freely rotate about fixed axels under the chassis of the weighted car. Each roller is preferably a conventional paint roller with an inner sleeve and an outer tubular roll made of an absorbent, compressible, resilient foam material. The active working surfaces of each roller compress against, frictionally engage and deform around the tops and sides of the rails. The scrub angle and rollers provide across-the-rail scrubbing action and possibly along-the-rail scrubbing action. The circumferential working areas of the rollers are wider than the width of their associated track rails. The scrub angle and height of the roller axels above the track rails are adjustable to set the amount of roller compression and scrubbing action against the track rails.

The invention provides a full-automatic battery cell turnover basket cleaning device which comprises a box body, wherein a feeding channel is formed in the box body, a conveyor belt is arranged at thebottom of the feeding channel, a pre-cleaning chamber, a scrubbing chamber and a flushing and drying chamber are sequentially arranged in the box body in the feeding direction of the conveyor belt, and the pre-cleaning chamber, the scrubbing chamber and the flushing and drying chamber are communicated through the feeding channel. A brushing mechanism and a turnover mechanism are arranged in the brushing chamber, the brushing mechanism is used for brushing a battery cell turnover basket, the turnover mechanism is used for driving the battery cell turnover basket to turn over, and the brushingmechanism comprises a brush head assembly, a movable plate, a top plate, a moving assembly, a transmission assembly and a first motor. According to the device, by adopting a mode that the brush is used for all-around attached brushing, the turnover basket can be comprehensively cleaned, so that the problem that an existing cleaning device is not comprehensive enough in cleaning of the turnover basket is solved.

The invention discloses a high-efficiency water-saving cleaning device for a guide belt of a rotary screen printing machine. The cleaning device is characterized in that a water tank has a cuboid structure; two air cylinders used for driving the water tank to move up and down are arranged at the lower part of the water tank; a screen mesh is arranged in the middle of the water tank and fixed on the inner wall of the water tank; brush rollers are arranged on the upper side of the screen mesh, mounted at the bottom ends of connecting rods and contacted with the top surface of the printing guide belt; the upper sides of the connecting rods are connected with a sliding rail; stop blocks are arranged on the left sides of the contact points of the connecting rods and the sliding rail; lifting devices are arranged on the lower sides of two ends of the sliding rail; the bottoms of the lifting devices are fixed on the upper surface of the water tank; a water outlet pipe is arranged at the bottom of the water tank and connected with a water outlet of the water tank; the left side of the water outlet pipe is connected with a water storage tank; a booster water pump is arranged in the water storage tank and connected with a water inlet pipe; the water inlet pipe is connected with a water spray pipe; the water spray pipe is horizontally arranged in the upper part of the water tank; and spray nozzles are uniformly arranged on the lower side of the outer wall of the spray pipe.

The invention discloses a membrane separation device for water treatment. The device comprises hollow fiber curtain type membrane modules respectively provided with a lower end and a hollow fiber membrane bundle, a base used for supporting the lower ends, and a water collecting device communicated with water production holes of the hollow fiber curtain type membrane modules, wherein the hollow fiber membrane bundles are vertically arranged; a gap is reserved between every two adjacent hollow fiber curtain type membrane modules; an air distribution device provided with an air distribution hole is arranged between every two adjacent gaps; the air distribution devices are communicated with an aerating apparatus used for providing air flow; the air distribution holes are formed towards the roots of the hollow fiber membrane bundles, close to the lower ends. Each air distribution device is arranged between every two adjacent hollow fiber curtain type membrane modules, the mouths of the air distribution holes are formed towards the roots of the hollow fiber membrane bundles, the distances between the mouths of the air distribution holes and the roots of the membrane bundles are relatively short, and barriers do not exist between the mouths of the air distribution holes and the roots of the membrane bundles, so that the phenomenon of sludge deposition at the root of a membrane filament can be effectively avoided by relatively low aeration flow, the anti-pollution capacity of the membrane separation device can be improved, and the effective utilization rate of the membrane modules and the stability of the water-yielding capacity of the membrane separation device are remarkably improved.

The invention discloses building material steel pipe rust-removal equipment provided with an elastic device. The building material steel pipe rust-removal equipment comprises a bottom plate, a bracket device, a drive device, a lever device, a supporting plate device, an electric cylinder device, a rust-removal device, a pushing device and the elastic device, wherein a first supporting rod, a first bending rod, a first limiting rod and a first vertical rod are arranged on the bottom plate; the bracket device comprises a second supporting rod, a second bending rod, a third supporting rod, a first bracket, a first cross rod, a first locating frame, a first fixed ring and a first spring; the drive device comprises a first cross plate, a second vertical rod, a first roller wheel, a first fixed rod, a first slide block, a fourth supporting rod and a drive wheel; and the lever device comprises a first electric cylinder, a first pushing rod, a second pushing rod, a first connecting block, a second bracket, a fifth supporting rod, a first fixed block, a lever, a second spring and a pulling wire; and the supporting plate device comprises a first supporting plate and a second supporting plate. The building material steel pipe rust-removal equipment can be used for effectively brushing a building material steel pipe to remove iron rust on the surface of the building material steel pipe.