795results about How to "Efficient cleaning" patented technology

A self-cooled oxidant-fuel burner consisting novel fuel and oxidant nozzles and three compartment refractory burner block design is proposed. The new oxidant-fuel burner can fire in high-temperature (2200 DEG F. to 3000 DEG F.) and high-particulate (or high process volatiles / condensates) furnaces without over-heating or causing chemical corrosion damage to it's metallic burner nozzle and refractory burner block interior. Using various embodiments of nozzle and block shape, the burner can offer a traditional cylindrical flame or flat flame depending on the heating load requirements. The new features of this burner include unique fuel nozzle design for the streamline mixing of fuel and oxidant streams, a controlled swirl input to the oxidant flow for desired flame characteristics, a controlled expansion of flame envelope in the radial and axial dimensions, and efficient sweeping of burner block interior surface using oxidant to provide convective cooling and prevent any build up of process particulates. In addition, a relatively thick wall metallic nozzle construction with heat conduction fins enable efficient heat dissipation from the nozzle tip and providing a maintenance free burner operation.

A self-cooled oxidant-fuel burner consisting novel fuel and oxidant nozzles and three compartment refractory burner block design is proposed. The new oxidant-fuel burner can fire in high-temperature (2200° F. to 3000° F.) and high-particulate (or high process volatiles / condensates) furnaces without over-heating or causing chemical corrosion damage to it's metallic burner nozzle and refractory burner block interior. Using various embodiments of nozzle and block shape, the burner can offer a traditional cylindrical flame or flat flame depending on the heating load requirements. The new features of this burner include unique fuel nozzle design for the streamline mixing of fuel and oxidant streams, a controlled swirl input to the oxidant flow for desired flame characteristics, a controlled expansion of flame envelope in the radial and axial dimensions, and efficient sweeping of burner block interior surface using oxidant to provide convective cooling and prevent any build up of process particulates. In addition, a relatively thick wall metallic nozzle construction with heat conduction fins enable efficient heat dissipation from the nozzle tip and providing a maintenance free burner operation.

A self-cooled oxidant-fuel burner consisting novel fuel and oxidant nozzles and three compartment refractory burner block design is proposed. The new oxidant-fuel burner can fire in high-temperature (2200° F. to 3000° F.) and high-particulate (or high process volatiles / condensates) furnaces without over-heating or causing chemical corrosion damage to it's metallic burner nozzle and refractory burner block interior. Using various embodiments of nozzle and block shape, the burner can offer a traditional cylindrical flame or flat flame depending on the heating load requirements. The new features of this burner include unique fuel nozzle design for the streamline mixing of fuel and oxidant streams, a controlled swirl input to the oxidant flow for desired flame characteristics, a controlled expansion of flame envelope in the radial and axial dimensions, and efficient sweeping of burner block interior surface using oxidant to provide convective cooling and prevent any build up of process particulates. In addition, a relatively thick wall metallic nozzle construction with heat conduction fins enable efficient heat dissipation from the nozzle tip and providing a maintenance free burner operation.

Described here is an automated robotic device that isolates circulating tumor cells (CTCs) or other biological structures with extremely high purity. The device uses powerful magnetic rods covered in removable plastic sleeves. These rods sweep through blood samples, capturing, e.g., cancer cells labeled with antibodies linked to magnetically responsive particles such as superparamagnetic beads. Upon completion of the capturing protocol, the magnetic rods undergo several rounds of washing, thereby removing all contaminating blood cells. The captured target cells are released into a final capture solution by removing the magnetic rods from the sleeves. Additionally, cells captured by this device show no reduced viability when cultured after capture. Cells are captured in a state suitable for genetic analysis. Also disclosed are methods for single cell analysis. Being robotic allows the device to be operated with high throughput.

The invention relates to the technical field of automatic cleaning, in particular to a solar cell panel cleaning device and system. The device can be directly placed on the surfaces of solar cell panels to conduct effective cleaning without being transformed for the solar cell panels. Effective cleaning can still be conducted when the gaps between the solar cell panels are large or the solar cell panels incline. According to the system, transfer of cleaning devices in different solar cell panel group areas is achieved, so that cleaning is conducted in a completely automatic mode.

The invention relates to a method aiming at cleaning the clipping chip in high efficiency even in a clipping device with a conveyor belt type clipping workable formed with grip-shaped belt. A cleaning device (10) is arranged on the lower part of the circulation route of the grip-shaped belt (3) and is used for cleaning under the circulatory movement of the belt (3) to remove the adhered clipping chip. The cleaning device (10) comprises a mechanism (11) which enables surface contact between the brushes and the belt (3) which can move relatively, an external housing (12) which covers the surface part connecting with the brush mechanism (11) from the outside and an air intake mechanism (13). The air intake mechanism (13) is used for inhaling the air in the external housing (12), so the clipping chip separated from the belt (3) surface by the brush mechanism (11) can be suck in together with the air and then discharged out of the external housing (12), and then the belt (3) surface can be cleaned reliably.

A method of forwarding messages in a wireless network is provided. The method comprises receiving a message destined for a first mobile station, processing the message based on call forwarding data to make a determination as to whether the message is to be forwarded to different mobile station, and transmitting the message to a message center responsive to the determination determining that the message is to be forwarded to a different mobile station.

A charging device including: a charging roller having a metal cylinder and an elastic layer located on the metal cylinder; a cleaner configured to clean the charging roller, which includes an electroconductive brush roller including a roller having a shaft; and hair located overlying the roller, wherein the hair includes a fiber which has a width of from 0.1 to 20 denier, and a length of from 0.3 to 2.5 mm and which is planted at a density of from 7,000 to 46,000 lines / cm2, and a member configured to impart substantially the same potential as that of the charging roller to the electroconductive brush roller when a bias voltage is applied to the charging roller. A process cartridge and an image forming apparatus including the charging device are also provided.

The invention discloses a laser cleaning device. The laser cleaning device comprises a movable workbench, a laser generator, a beam regulator, a controller and a rotating mechanism, wherein the movable workbench is used for holding to-be-cleaned parts; the laser generator corresponds to the movable workbench and is used for emitting laser; the beam regulator corresponds to the laser generator and is used for regulating the laser into a long strip shape and scanning the laser for scanning the to-be-cleaned parts at a set scanning speed; the controller is connected with the movable workbench, the laser generator and the beam regulator, and used for setting the laser power of the laser generator, the moving speed of the movable workbench and the setting scanning speed of the beam regulator and determining the compensation angular speed according to the moving speed and the scanning speed; and the rotating mechanism is connected with the beam regulator and the controller, and used for driving the beam regulator to rotate according to the compensation angular speed, so that the scanning track of the beam regulator is perpendicular to the moving direction of the to-be-cleaned parts. According to the cleaning device provided by the invention, plate workpieces with large widths can be efficiently cleaned.

The invention discloses a vibrating ash removal device for removing ash inside an ash pipeline to be cleaned. The vibrating ash removal device comprises an annular frame fixed inside the ash pipeline to be cleaned and coaxial with the ash pipeline to be cleaned, at least one vibrating rod and at least one electromagnet arranged outside the ash pipeline to be cleaned. The annular frame is provided with at least one guide rail in an inclined state relative to the annular frame, the upper end portion of the guide rail is relatively close to the axis of the annular frame, and the lower end portion of the guide rail is relatively away from the axis of the annular frame. The vibrating rod can move along the guide rail and is made of a ferrous material, and one end of the vibrating rod is connected to the annular frame through a compression spring. When the electromagnet is electrified, attraction force is exerted onto the vibrating rod so as to enable the vibrating rod to knock on the inner wall of the ash pipeline to be cleaned. The vibrating rod is arranged inside the ash pipeline to be cleaned, the electromagnet provides drive force for the vibrating rod to enable the vibrating rod to knock on the inside of the ash pipeline to be cleaned, and accordingly the purpose of effective ash removal is achieved.

The invention relates to the technical field of foundation treatment and in particular relates to a cast-in-situ bored pile technique. The cast-in-situ bored pile technique comprises the following steps of: firstly, releasing a point at a pile position; secondly, placing a drilling machine in position; thirdly, repairing the point at the pile position; fourthly, mounting a pile casing and making holes; fifthly, cleaning the holes for the first time; sixthly, placing a reinforcement cage and a concrete guide pipe; seventhly, cleaning the holes for the second time; eighthly, casting and compacting concrete; ninthly, removing the guide pipe; tenthly, teeming concrete; and eleventhly, protecting a pile top. The cast-in-situ bored pile technique provided by the invention can carry out the foundation treatment in a limited space below a loading shed, pile body concrete quality and bearing capacity requirements of a bored pile can be met, and stability and safety of the ground below the loading shed are guaranteed. The cast-in-situ bored pile technique provided by the invention overcomes the defect that the existing foundation treatment method is difficult to realize a foundation treatment target in the limited space below the loading shed.

The invention discloses a tooth cleaner which is mainly composed of a tooth socket and a handle. The tooth socket comprises an upper tooth socket and a lower tooth socket, a plurality of opening small holes formed at intervals are distributed in each of the upper tooth socket and the lower tooth socket, one ends of the opening small holes are connected with a first guide tube embedded in the tooth socket, and the other end of the first guide tube extends into the handle and is connected with a pump outlet of a pump module arranged inside the handle; the pump module comprises an air pumping-in port and a water pumping-in port, and the water pumping-in port of the pump module is connected with a water storing module arranged in the handle through a guide tube while the air pumping-in port of the same is communicated with an air inlet on the surface of the handle through a guide tube. By the tooth cleaner, the problem that existing tooth cleaners are poor in cleaning effect, atomizing effect and user experience effect is solved.

The invention provides a highway greening pruning device and a sweeper and relates to the sanitation machinery field. The highway greening pruning device comprises a pruning mechanism, a grass cutting mechanism, a recovery mechanism, a garbage can and a travelling mechanism. Compared with the prior art, the efficient pruning and cleaning on the greening along the highway is implemented, the efficiency of the pruning and cleaning on the road greening is improved, the labor cost is greatly reduced, and meanwhile the risk of traffic accidents is avoided.

The invention discloses a vacuum suction and high-pressure water jet combined road sweeper. The vacuum suction and high-pressure water jet combined sweeper comprises a vehicle chassis, a vacuum negative-pressure device, a filtering device, a material storage bin and a suction hose, wherein the vacuum negative-pressure device, the filtering device, the material storage bin and the suction hose are arranged on the vehicle chassis; and the filtering device is respectively communicated with the vacuum negative-pressure device and the material storage bin through passages arranged on the vehicle chassis. The road sweeper further comprises a water tank, a high pressure water system and a sweeping main body, wherein the the water tank, the high pressure water system and the sweeping main body are arranged on the vehicle chassis; and the water tank is communicated with a water inlet end of the high pressure water system. The vacuum suction and high-pressure water jet combined road sweeper disclosed by the invention has the advantages of strong cleaning capacity, high speed, high efficiency and the like and is suitable for various roads.

The invention discloses a cleaning machine structure. The cleaning machine structure comprises a main machine body, a floor mop, a clean water bucket, a recovery bucket and a sewage suction nozzle. The lower end of the main machine body is rotatably connected with the floor mop, the floor mop is provided with a double-rolling-brush structure, the double-rolling-brush structure comprises two parallel rolling brush shafts, each rolling brush shaft is provided with brush bristles, a motor shell is arranged on the lower portion of the main machine body, a power motor is arranged in the motor shell, the floor mop is provided with a driving pulley, a driving belt bypasses the driving pulley and the two rolling brush shafts, the head and the tail of the driving belt are closed for forming a belt ring, and the inner belt surface is in contact with the driving pulley and the two rolling brush shafts. The cleaning machine structure has the advantages that a floor can be effectively cleaned, stability is good in the working process, and the cleaning effect is excellent; the cleaning machine structure is provided with an intelligent adjusting structure, working state switching of rolling brushes can be achieved automatically according to the situation whether a user needs to clean the floor or not, no extra operation is needed, and convenience, rapidness and high efficiency are achieved; the cleaning machine structure is provided with a water-gas separation structure and an auto-adaptation structure, so that sewage can be prevented from leaking out.

The invention relates to the technical field of automatic cleaning and particularly discloses a sweeping device and system for solar cell panels. With the device, the solar cell panels are not required to be transformed, and the device can sweep the solar cell panels effectively after being directly placed on surfaces of the solar cell panels; and the device can also sweep the solar cell panels effectively when gaps among the solar cell panels are relatively large or the solar cell panels are inclined. With the system, the sweeping device transfer work in different solar cell panel group areas is realized in a transfer manner, and the sweeping process is full automatic.

A suction nozzle of a sweeping car comprises a suction nozzle tank having opened bottom surface and communicated with a suction tube (5). The formation sheet of the suction nozzle tank comprises a front jaw plate (1) rotatably mounted at the front of the suction nozzle tank and capable of improving the height position of a lower margin of the front jaw plate (1) by turning over the front jaw plate (1). An elastic baffle (7) is arranged in the suction nozzle tank, is spaced from the front jaw plate (1), and divides an inner cavity of the suction nozzle tank into a front pressure cavity and a rear pressure cavity. The suction tube (5) is communicated with the rear pressure cavity. In addition, the invention also provides a sweeping car mounted with the suction nozzle. The suction nozzle provided by the invention can carry out relatively effective sweeping aimed at different types of garbage, improves operation applicability, can sweep different garbage rapidly and efficiently, obviously improves convenience of sweeping operation, and improves working efficiency.

The invention relates to a device for cleaning various kinds of dirt on the surface of a high-tension porcelain insulator. The device is composed of a base plate, a power and transmission device, a top plate, a sealing vibration reduction rubber mat, an upper transmission support device, a cleaning brush assembly, an anti-splashing device, a liquid spraying device, a washing liquid supplying and recycling device, a bolt, a washing liquid supplying connector and a residual liquid recycling connector. By means of a planet gear connected with the cleaning brush assembly, cleaning can be finished quickly. Due to the fact that a cleaning brush is provided with soft hair, a liquid spraying hole is formed in a connection pipe, and high-strength project plastics are adopted, the high-tension porcelain insulator can be cleaned reliably without damage. By means of the anti-splashing device, the washing liquid supplying and recycling device, the cleaning brush assembly and the like which are in serialization, high-tension porcelain insulators with different installation heights and specifications in various regions can be cleaned, washing liquid can be recycled, and secondary pollution is prevented. Due to the fact that the cleaning is quick and reliable, protects environment and saves energy, the device has high practical and popularization value.

Only when a wall side and the vicinity of an obstacle are cleaned, a side brush is operated and the cleaning is carried out, and when any other place than the wall side and the vicinity of the obstacle is cleaned, the side brush is maintained in a stoppage state. When a place such as the wall side or the vicinity of the obstacle in which dust is easy to accumulate is cleaned, the side brush is operated to enhance the dust collecting property. When any other place than the wall side or the vicinity of the obstacle is cleaned, the side brush is stopped to suppress power consumption and generation of a noise. A judgment processing portion detects based on a detection signal from an obstacle detecting portion that a cleaner is approaching a wall or an obstacle. In response to such detection, the judgment processing portion instructs a travel steering portion to carry out immediate rotation and change of a travel direction, or travel along a wall side. Also, the judgment processing portion instructs a side brush driving portion to drive a side brush only in the rotation and in the wall side travel, and to stop the side brush in straight advance travel.

The invention discloses a cleaning system for the inner wall of a seamless steel pipe. The cleaning system comprises a steel flatcar and a derusting steel pipe connected with the steel flatcar, a traveling motor and a rotating motor are respectively arranged on the steel flatcar, the derusting steel pipe is connected to an output end of the rotating motor, a rotating shaft is arranged in the derusting steel pipe, the front end of the rotating shaft extends out of the derusting steel pipe, a derusting steel wire brush is fixed to the front end of the rotating shaft, a steel pipe to be derusted and a steel support for supporting the steel pipe to be derusted correspond to the steel flatcar and the derusting steel pipe, a driving motor is arranged on the steel support and drives the steel pipe to be derusted to rotate through an output belt, and the derusting steel wire brush extends into the steel pipe to be derusted to grind, derust and clean the inner wall of the steel pipe to be derusted after the three motors are started. The inner wall of the seamless steel pipe can be rapidly and efficiently cleaned, the construction process is simple, operation is easily performed, construction period is shortened, and capital investment is saved.

The invention belongs to the technical field of automatic cleaning, and particularly relates to an automatic cleaning device for a solar cell panel. The automatic cleaning device for the solar cell panel comprises a solar cell panel. The solar cell panel is provided with a cleaning trolley. The device is characterized in that the cleaning trolley is provided with a first cleaning brush and a second cleaning brush. The first cleaning brush is provided with a plurality of first brush monomers. The second cleaning brush is provided with a plurality of second brush monomers. The first brush monomers and the second brush monomers are in staggered arrangement. By means of two staggered rows of brushes, the cleaning effect is better. Meanwhile, on the condition that a larger gap / height difference exists between solar cell panels or both the larger gap and the height difference exist between solar cell panels, the effective cleaning is ensured all the same. The device is simple in structure, low in manufacturing cost, good in automation effect, light in weight and energy-saving. Moreover, the display at a background and the control at a central control room are realized. Therefore, the functions of a solar cell panel sweeping car, such as position display, fault alarm, remote starting, remote parking, alarming and the like, are realized.

The invention discloses a method for forming an ash removing water film for a wet electric dust remover and a dust collecting pole plate used by the same. The invention solves the problem that a water film for completely covering the pole plate can not be formed on a super-high pole plate higher than 10 meters, thus the wet electric dust remover can be used for removing dust in super-large-flow flue gas such as flue gas in coal burning boilers of thermal power plants and the like, and the invention has the advantages of reducing floor space, saving dust removing water, and the like. The method for forming the ash removing water film comprises the following steps: dividing the dust collecting pole plate into a plurality of vertical strip-shaped regions along the airflow direction, supplying water to the pole plate from the upper space of the dust collecting pole plate, limiting the dust removing water in each narrow strip-shaped region to flow downwards, and covering each small strip-shaped region, thereby forming the water film for completely covering the whole dust collecting pole plate.

The invention relates to a low-cost coal-fired flue gas various pollutant ultralow emission system and a low-cost coal-fired flue gas various pollutant ultralow emission method. The system mainly includes a nitrogen oxide gradient control system, a semidry flue gas purifying system and a wet-type static deep purification system. In the invention, by means of the nitrogen oxide gradient control system, the emitted NOx is less than 50 mg / Nm3 in concentration; by means of the semidry flue gas purifying system, the removal efficiency of SO2 can be reach not less than 90%, the removal efficiency of SO3 can be reach not less than 90%, the removal efficiency of acidic gas can be reach not less than 95% and the dust is less than 30 mg / Nm3; and by means of the wet-type static deep purification system, the PM is less than 5 mg / Nm3 and the removal efficiency of SO2 can be reach not less than 50%. The dust-containing waste water in the wet-type static deep purification system is used for slaking limestone and moistening and activating an absorbent in the semidry flue gas purifying system, so that near-zero emission of the waste water in the system is achieved and finally it is achieved that the pollutant emission concentrations of PM is less than 5 mg / Nm3, the emission concentration of SO2 is less than 35 mg / Nm3 and the emission concentration of SO2 is less than 50 mg / Nm3 in a coal-fired power plant, thereby achieving an ultralow emission requirement of the main pollutant under a condition of the near-zero emission of the waste water.

The invention discloses a control method, a control device, a control system and a sweeping vehicle for road edge cleaning. The control method comprises the following steps: obtaining the distance between a sweeping device and a road edge in real time according to the information of the road edge; when the distance between the sweeping device and the road edge exceeds a preset range, sending out a control command so as to adjust the position of the sweeping device, so that the distance between the sweeping device and the road edge is always in the preset range so as to ensure that the sweeping of the road edge is efficiently completed, avoid collision with the road edge, reduce the working difficulty of operators and improve the work efficiency.

The invention relates to a boosted cleaning mop and belongs to the field of sanitation and cleaning. An optimal scheme that moping and wiping auxiliary power is put on a mop head is adopted in order to solve the problems that the existing mop is time consuming and labor consuming due to pure manual moping and wiping, and cleaning effect is poor due to single mop head motion forms. The boosted cleaning mop at least comprises a mop head and a handle bearing a complete mop machine, the mop head at least comprises mop strips and a planting and bearing body thereof, and the mop strips attach to the to-be-cleaned surface manually or under the force of dragging of the carrier to mop and clean the to-be-cleaned surface. The boosted cleaning mop is characterized in that a power channel is added to the mop and is used for providing auxiliary power from or formed on the mop to the mop head besides the handle drives the complete mop machine to move, the mop strips in mopping and cleaning follow the complete mop machine to move as well as is driven by the power channel synchronously, motion superposition is formed, cleaning efficiency of the mop is enhanced, labor and water are saved, the mop is sturdy and durable, and the mop is an ideal upgrade product for motor-vehicle outer surface cleaning, indoor floor and table surface cleaning mops.

The invention discloses an oxidative desulfurization method for rare earth polyacid and ionic liquid extraction catalysis fuel oil, belonging to the technical field of catalytic oxidative desulfurization of fuel oil. Fuel oil with high sulfur content is catalytically oxidized under a catalytic system consisting of rare earth polyoxometallate, an ionic liquid and hydrogen peroxide, so that a deep desulfurization effect is achieved at the normal temperature, and efficient cleaning and utilization of energy are realized. Moreover, a catalyst and the ionic liquid are not degraded after repeated circular reactions, so that the method is a successful desulfurization method. The catalyst used in the catalytic system has the advantages of easiness for preparing, accurate detection measure, short reaction time, high catalytic oxidation transformation ratio and easiness in recycling.

A droplet ejection apparatus includes a droplet ejection head configured to eject droplets from nozzles formed in a nozzle face; and a wiping unit configured to move relative to the droplet ejection head to thereby wipe the nozzle face of the droplet ejection head with a wiping member. The wiping member includes nap-like or brush-like projections and recesses on a wiping surface, and the projections of the wiping surface enter the nozzles during wiping of the nozzle face by the wiping member.