11292 results about "Brush" patented technology

A robot mechanism adopts a dry cleaning method to clean the surface of live-line insulators without: using water and can perform cleaning and inspection of the surface of the live-line insulators while automatically moving along an insulator string. The robot mechanism includes a main unit having upper and lower wing frames connected with each other by a connecting bracket to surround the insulator string, a cleaning unit disposed between the upper and lower wing frames and including a base frame to perform dry cleaning with a rotational brush and a CM guide, a lift unit including a clamp and a ball-bearing screw to move the main unit up or down, and an inspection unit to electrically inspect the insulators; and a coupling unit to couple a pair of the main units to allow the pair of main units to move along a tension insulator string or a suspension insulator string.

A grounding brush for mitigating static electric charge on a motor shaft includes a plurality of filaments secured to an annular frame around the shaft, with tips of the filaments disposed in a channel defined by the frame. Conductive powder can be provided in the channel to improve current flow from the shaft to the filaments.

Disclosed are improved spillstrip and packing rings, and packing ring segments employing novel brush elements for use in forming seals in axial flow elastic fluid machines, and compressor and turbine machines containing the same.

The invention discloses a glassware cleaning and drying equipment for medical experiments, which includes a device cabinet, wherein a cleaning space is provided in the device cabinet, a brushing space communicating with the cleaning space is provided on a bottom wall of the cleaning space, and a water pump is fixedly installed in the left inner wall of the brushing space. The nozzle is fixedly installed on the output pipe. The brushing motor is started. The brushing motor drives the gear shaft to rotate. The brush cylinder and the washing brush that the gear shaft rotates rotate. The medical glassware is cleaned and disinfected. The effect of individual treatment is better and the disinfection is more thorough. The chuck can be changed according to the size of the clamped utensils. There is no need to change the mold for clamping the utensils.

An electric device which removes supragingival and sub-gingival plaque and undesirable debris from the interproximal surfaces between teeth is described. This device utilizes a combination of sonic energy and dental floss which is secured between two tines, the tines being part of a flexible fork which is removable from a powered handle which contains batteries and an electric motor. The electric motor, which is coupled to an eccentrically mounted disc on an output shaft, revolves at sonic frequencies which in turn generates sonic energy that is transmitted to the flexible fork which holds the floss. The sonic energy is synchronized and in tune with the natural resonance frequencies of the fork thereby stimulating the resonance action of oscillating vertical and/or elliptical movement of the fork which in turn imparts cleaning energy to and enhances the cleaning properties of the floss. The flexible fork may be removed from the handle and replaced with other dental cleaning tools such as a brush, a pick, and/or a tray attachment.

A counter rotating generator has an outer housing including a cylindrical sidewall defining a pair of openings and a pair of circular mounting plates connected to the outer housing adjacent respective opposed ends thereof. A first shaft and an armature mounted thereon are rotatably mounted on one mounting plate. A second shaft and a field magnet mounted thereon via an inner housing is rotatably mounted on the other mounting plate in a direction opposite the armature. Slip rings are mounted on and encircle the inner housing. A pair of brush assemblies are mounted on the outer housing and extend respectively through the openings in sidewall thereof with brushes contacting the slip rings between and adjacent the inner housing and the outer housing sidewall. The large-diameter slip rings more quickly dissipate heat caused by frictional engagement of the brushes and slip rings, thus allowing the generator to operate at higher rates of revolution and higher temperatures.

A welding machine for welding in narrow gap by rotary arc is composed of a connector of welding electric cable, an electric motor unit with hollow shaft for feeding welding wire through it, an electric feeding unit of brush with close slide matching with the flange of electric conducting rod, a spray unit with eccentrical hole for generating the rotary arc at the front end of welding wire, and speed measuring unit consisting of raster and light coupler. Its straight nozzle can be inserted in the narrow gap to be welded.

The invention relates to an outer-pipe circular cutting robot for a steel pipe. The robot comprises a base, a steel pipe pressing plate, a circular cutting frame, an expansion link sleeve, an expansion link, an expansion link motor, a cutting mechanism fixing plate, a rotary motor, a cutting blade, an electric brush, an expansion link rack and an expansion link cutting motor fixing frame, wherein steel pipe frame stand columns of the expansion link motor fixing plate is fixedly arranged on the base, a steel pipe fixing sleeve is fixedly arranged on the steel pipe frame stand columns, the circular cutting frame is fixedly arranged on circular cutting frame stand columns, and the circular cutting frame stand columns are fixedly arranged on the base; the expansion link is arranged on the expansion link sleeve in a sliding way, the expansion link motor is fixedly arranged on the expansion link motor fixing plate, a stretching motor gear is fixedly arranged on an expansion link motor shaft, and the stretching motor gear is meshed with the expansion link rack; and the cutting motor is fixedly arranged on the expansion link cutting motor fixing frame, and the cutting blade is fixedly arranged on the cutting motor shaft. The robot can improve the steel pipe cutting efficiency, and is high in cutting speed, trim in notches and good in effect.

The invention discloses a coating spraying mechanical device for a building, and relates to the technical field of coating spraying The coating spraying mechanical device comprises a fixing frame anda coating box, wherein a clamping mechanism used for fixing a decorative plate is connected to the fixing frame through a driving mechanism, a hanging bracket is hung on the fixing frame through an electric push rod, a brush coating mechanism communicating with the coating box is arranged at the bottom of the hanging bracket, and a turnover mechanism used for driving the decorative plate to rotateis arranged on the fixing frame. The building decoration plate is clamped and fixed through the arranged clamping mechanism, the decorative plate is sprayed and rotated through the arranged brush coating mechanism, a rack and a gear are arranged in a threaded mode, the transverse position of the brush coating mechanism is moved, different positions on the decorative plate can be fully and comprehensively brushed and coated, the arranged turnover mechanism can turn over the decorative plate, double-sided brush coating of the decorative plate is achieved, and the paint brushing efficiency of the decorative plate is greatly improved.

The invention relates to an induction excitation type mixed excitation brushless synchronous motor which structurally comprises a stator and a rotor. The stator comprises a stator core, an armature stator winding and a stator excitation winding, wherein the armature stator winding and the stator excitation winding are arranged in a stator groove. The rotor comprises a rotor core, permanent magnets, a plurality of rotor excitation windings, rectifier diodes and a rotary shaft, wherein the plurality of rotor excitation windings are independent from one another and short-circuited through the diodes respectively. The permanent magnets are arranged on the rotor, and the number of the permanent magnets can be determined as various forms according to an excitation requirement. When direct current is led into the stator excitation winding, constant magnetic fields are built in air gaps. When the rotary shaft rotates at the synchronous speed, excitation current of pulse vibration is inducted on the rotor windings, the size of air gap magnetic fields is changed, and output voltage of the motor is controlled by changing current intensity in the stator excitation winding. The induction excitation type mixed excitation brushless synchronous motor has the advantage of being free of brush slip ring, requiring no exciters, being simple in structure and achieving brushless excitation of the rotor excitation mixed excitation motor.

The present invention discloses a hybrid excitation motor. The comprises a stator and a rotor which are coaxially sleeved with each other; grooves are formed in the inner wall of the stator which sleeves the rotor or the rotor which sleeves the stator along the circumferential direction of the inner wall; grooves are formed in the outer surface of the rotor which is sleeved with the stator or the stator which is sleeved with the rotor; a direct-current excitation winding and an alternating-current armature winding are arranged in the stator grooves; each stator tooth is provided with protrusions which protrude out from the corresponding groove and are located at side surfaces of two sides of the groove; each protrusion is provided with a permanent magnet; the polarities of the two permanent magnets arranged at the two side surfaces of each stator tooth are the same; and the polarities of the permanent magnets of two adjacent teeth are opposite. When the motor of the invention operates at a low speed, current in the direct-current winding is positive, a total excitation magnetic field can be enhanced, and the overload capacity of the motor can be improved; and when the motor operates at a high speed, the current in the direct-current winding is negative, the total magnetic field can be weakened, and the flux weakening ability of the motor can be improved. The excitation motor of the invention has the advantages of low risk of irreversible demagnetization of the permanent magnets, small magnetic resistance of excitation magnetic fields, strong flux adjustment ability of the excitation windings and reliable and stable operation. According to the motor of the invention, slip rings and electric brushes are not needed, and therefore, problems such as the problem of sparks can be avoided.

The invention relates to a maintenance method for shield equipment and discloses a method for replacing a tail brush in a shield tunnel through liquid nitrogen freezing. The method comprises the following processing steps: 1, preparation of construction; 2, construction of freezing holes; 3, installation of a freezing system and a temperature measuring system; 4, construction of liquid nitrogen freezing; 5, construction of sealing maintenance of a shield tail; 6, construction of formation sealing of the freezing holes; 7, construction of forced thawing; and 8, construction of propulsion of shield recovery. According to the invention, stratum is frozen through a liquid nitrogen freezing method to form a frozen curtain, so that the defect of indeterminacy of a traditional grouting method for carrying out the treatment of stratum consolidation and water sealing to bearing pressure permeable stratum can be avoided; and the method has the advantages of high strength, good uniformity, good water-resisting property and the like.

Locking cylinder, particularly an electronic locking cylinder and with electromechanical rotational blocking in which the electronic key (64) has facing electrical terminals (66) on blade (65), and the rotating core (2 or 3) of the cylinder has an external annular track (6) that is electrically conducting and with its internal face communicates with an electrical contact (5) supported on terminal (66); whereas the external annular track (6) is supported in the electrical brushes (7) of external (2) and internal (3) rotors; there is a first modular box (8) on the inside of a cast hollow part (1a) of external rotor (2) which box contains electrical brush (7), processing unit (31) and an electromechanical locking device, which incorporates a ball (19) and a vertical tumbler (16); as well as a second modular box (9) containing electrical brush (7) and the autonomous electrical source; the two modules are connected by the electrical conductor (10).

Systems, methods, and apparatus associated for lifting brushes and shorting slip rings are provided. One embodiment may include an actuating mechanism in operable communication with multiple brushes and a plurality of electrical contacts. Each of the brushes may be adapted for selective contact with a respective slip ring of an induction motor. The electrical contacts may be in electrical communication with respective terminals of rotor windings of the induction motor. When the actuating mechanism is actuated, at least a portion of the electrical contacts create electrical shorts between at least a portion of the slip rings and the rotor windings of the induction motor. When the actuating mechanism is actuated, at least a portion of the brushes are lifted from contacting the plurality of slip rings.

The invention belongs to the field of production devices of electrolytic copper foils, and in particular relates to an electrolytic copper foil generator which comprises a frame, an anode tank, an anode plate, a cathode roll and a winding roll, and also comprises a liquid extruding roll, a brush cylinder, a water sprayer, a water extruding roll, a tension roll, a bearing block and a tension sensor. The electrolytic copper foil generator has a simple structure, and has the advantages of thoroughly eliminating a copper sulfate solution attached to the surface of a copper foil, effectively inhibiting the oxidization blackening of the surface of the copper foil, prolonging the storage time of the electrolytic copper foil before a subsequent surface treatment procedure is carried out, ensuring that the produced electrolytic copper foil can be stored for 6-8 days and the production time of the subsequent surface treatment of the electrolytic copper foil can be arranged more flexibly, and improving quality and service life of the electrolytic copper foil. The electrolytic copper foil generator ensures the size precision and the winding quality of the copper foil though detecting the actual tension of the copper foil in real time, and can also be suitable for the condition of larger winding radius.

The invention relates to a device for computer hardware production, in particular to a main board impurity removal device for computer hardware production. The technical problem to be solved by the present invention is to provide a motherboard cleaning device for computer hardware production that can remove impurities from the motherboard, improve the quality of the motherboard, and improve the quality of the computer. In order to solve the above-mentioned technical problems, the present invention provides such a main board impurity removal device for computer hardware production, which includes a base plate, a workbench, a first motor, a first pulley, a second pulley, a flat belt, a support plate, a bearing seat, Shaft, gear, brush, vertical bar, etc.; the top of the bottom plate is provided with a workbench, the upper part of the workbench is horizontally opened with an opening, and the left side of the workbench is provided with a first motor. The invention brushes away the fine impurities on the leftward moving main board by rotating the brush alternately in forward and reverse directions, and then sucks the fine impurities brushed off from the main board into the through hole through the suction pipe and the suction nozzle through the vacuum cleaner.

Disclosed is an automatic dust-removing and cleaning device for a filter net of an air-conditioner which has a filter net (2) with an end to end sealing ring structure. The filter net (2) comprises a net frame (21) provided with gear sockets (211), and a mesh (22). A driving gear (5) is installed at one corner of an air inlet frame (1) of the air conditioner and meshed with the gear sockets (211) of the net frame (21). Driven gears (6) are installed at the other three corners of the air inlet frame (1) of the air conditioner and meshed with the gear sockets (211) of the net frame (21). A drive mechanism (12) drives the driving gear (5) to rotate. A dust-collecting box (3) is installed at the bottom of the air inlet frame (1) of the air conditioner and provided with a water inlet and a water outlet. The water inlet is connected to a water inlet pipe (8) and the water outlet is connected to a water outlet pipe (9). A dust removing brush (4) is installed on the dust-collecting box (3), located below the filter net (2) and in contact with the filter net (2) simultaneously.

The invention provides a rolling brush assembly. The rolling brush assembly comprises a fluid input part; a rolling brush main body part which comprises at least one first fluid distribution part; a cleaning part arranged on the periphery of the rolling brush main body part; and at least one second fluid distribution part which is arranged on the outer wall of the rolling brush main body part, wherein the fluid input through the fluid input part can be input into the at least one second fluid distribution part through the at least one first fluid distribution part; when the rolling brush main body part is driven to rotate, the fluid in the second fluid distribution part is applied to the cleaning part at least based on the action of centrifugal force. The invention further provides a cleaning head device, cleaning equipment and a control method of the cleaning equipment.

The invention discloses an electric driving-type sweeping and cleaning all-in-one machine. The electric driving-type sweeping and cleaning all-in-one machine comprises a chassis, a driving system, a sweeping and cleaning system, a water scraping system and a central control system. The driving system comprises a driving motor and a steering wheel. The driving motor drives rear wheels to rotate. The sweeping and cleaning system comprises side brushes and a roll brush, wherein the side brushes are installed on the two sides of the portion below the front portion of the chassis, and the roll brush is installed below the middle of the chassis. The water scraping system comprises a water scraping rake, a water absorption tube, fans and a fan connecting tube. The electric driving-type sweeping and cleaning all-in-one machine is a driving-type ground cleaning machine driven by a storage battery, ground surfaces of different types can be efficiently swept and cleaned, and the electric driving-type sweeping and cleaning all-in-one machine is easy to operate, safe, comfortable, free of secondary pollution and large in cleaning width. The size of a water tank is large, the electric driving-type sweeping and cleaning all-in-one machine can work for half an hour every time, the continuous working time can be about 4 hours, and the problems that the speed of cleaning the ground surfaces by workers is low, and the cleaning effect is not ideal are greatly solved; meanwhile, due to the effect of water absorption by the double fans, the water absorbing efficiency of an existing single fan is improved.