79results about How to "Increase working speed" patented technology

The invention relates to a hydraulic pump flow regulating device which is characterized in that a flow regulating system is additionally arranged in a system, i.e. a motor drives a bidirectional rotation hydraulic pump through a shaft coupling; a motor rotation speed controller controls the direction and magnitude of rotation of the motor; a first oil port of the bidirectional rotation hydraulic pump is communicated with an oil outlet of a unidirectional rotation hydraulic pump through a hydraulic tube; the hydraulic tube is communicated with a main oil outlet; the main oil outlet is communicated with an oil inlet of a control valve; and a second oil port of the bidirectional rotation hydraulic pump is communicated with an energy accumulator and a safety valve. The invention uses a servo motor with smaller power to continuously control the output flow of the whole hydraulic system in a lager power range, thereby reducing the control cost of the system; the bidirectional rotation hydraulic pump is adopted to enable the system to have an energy storage function; and the second oil port of the bidirectional rotation hydraulic pump is communicated with the energy accumulator, thereby improving the oil absorbing ability and the working rotation speed of the pump. The invention is suitable for traveling machinery driven by hybrid power.

The invention relates to a centripetal thrust protection bearing used for a magnetic suspension bearing system, which belongs to a magnetic suspension bearing. The invention comprises inner rings and outer rings of a first set of roller bearings, adapter rings, inner rings and outer rings of a second set of roller bearings, an inner ring and an outer ring of a radial elastic damper, a radial three-layer to twenty-layer corrugated steel plate, a first set of bolts, an end cover, a machine foundation, a rotor component, an axial elastic damper, a gland and a second set of bolts. The rotating speed born by a roller bearing in the prior structure is born by two sets or over two sets of bearings, and energy generated by vibration and impact is absorbed by utilization of elastic deformation in the radial direction and the axial direction of the dampers and friction power applying work in the tangent direction of the dampers, thereby working speed and service life of the bearings are improved. The invention can be taken as the centripetal thrust protection bearing for simultaneously bearing radial load and axial load in the magnetic suspension bearing system and also can be taken as a roller bearing having the advantages of higher rotating speed and vibration and compact resistance.

A rotating type thin film deposition apparatus having an improved structure that allows continuous deposition, and a thin film deposition method used by the rotating type thin film deposition apparatus are provided. The rotating type thin film deposition apparatus includes a deposition device; a circulation running unit that runs a deposition target on a circulation track via a deposition region of the deposition device; and a support unit that supports the deposition target and moves along the circulation track. Thin layers can be precisely and uniformly formed on the entire surface of a deposition target, and since deposition is performed while a plurality of deposition targets move along a caterpillar track, a working speed is faster compared to a method involving a general reciprocating motion, and the size of the thin film deposition apparatus can be reduced.

The invention discloses a high-pressure high-speed axial piston pump piston pair four-axis force testing device which is mainly composed of a swash plate shaft, a bearing assembly, a tested piston pair, an auxiliary piston pair, a four-axis force sensor, an oil lead piston, a piston base, a piston shoe press plate, a preloaded piston, a compression spring, a spring seat and the like. The ingenious lubrication structure of the ball head and hinge joint of the preloaded piston with adjustable pretension and the bearing assembly, the swash plate shaft in a dynamic balance balancing structure, the tested piston pair, the auxiliary piston pair, the oil lead piston and the four-axis force sensor with a center through hole structure are designed. The tested piston pair and the auxiliary piston pair are symmetrically arranged. The ball head structure of different sizes on both ends and the ball hinge pair of the oil lead piston are connected. Interference factors on the tested piston pair are eliminated. Three-dimensional direction action force and axial torque of a high-pressure high-speed piston pair are measured. The device has the advantages of simple and reliable overall structure, easy part replacing and low machining and detection cost.

The invention relates to a novel high strength and high stability stamping retainer of a cylinder roller bearing. The retainer uses the steel plates with thickness being not more than 2mm as the materials, thus fully reducing the dead weight of the bearing and improving the rotating speed of the bearing. The pockets and the appearance of the retainer are stamped once and finally undergo secondary reshaping and phosphating. The pockets of the retainer are square, thus reducing the machining difficulty and fully meeting the requirement of mass production. The width of the pockets of the retainer is 0.985 times the diameter of the roller in design and the length thereof is 1.02 times that of the roller in design, thus ensuring the external diameter of the roller set not to interfere with the outer ring flange, ensuring final smooth assembly of the bearing, tightly pressing sag of the retainer and effectively improving the stability of operation.

The invention discloses a water-lubricated sliding bearing which comprises a water-lubricated sliding bearing part and a planetary wheel speed reducing mechanism part. The water-lubricated sliding bearing part is composed of a main shaft, a sliding bearing body and a bearing base; the planetary wheel speed reducing mechanism part is composed of a sun gear, a planetary gear, a planetary frame and an inner gear ring; the sun gear is connected with the main shaft through a key; the planetary frame is connected with the sliding bearing body through a screw; the inner gear ring is fixed to the bearing base through a screw. When the main shaft rotates, the sun gear drives the planetary gear, and the planetary gear drives the planetary frame to drive the sliding bearing body to rotate around the center axis of the main shaft. Accordingly, the sliding bearing body rotates at a certain rotation speed relative to a rotor, the relative sliding speed of the surface of the main shaft and the sliding bearing body can be reduced, and the material manufacturing and design difficulty of the water-lubricated sliding bearing is lowered. By means of the water-lubricated sliding bearing, the rotation speed of the main shaft can be greatly increased, and the performance of screw compressors, screw expanders and other machines is improved.

The invention relates to a high speed rotating casing pump unit, in particular to a rotating casing pump unit composed of a gear speed increasing assembly type high speed rotating casing pump. The pump unit comprises the gear speed increasing assembly type high speed rotating casing pump, an integrated shaft head oil pump, a coupler and a driving motor. The coupler enables the driving motor to be connected with a low speed shaft of the gear speed increasing assembly type high speed rotating casing pump. The gear speed increasing assembly type high speed rotating casing pump is composed of a stator part, a rotor part and a box body part. The stator part is composed of two rotating casing pump suction/discharging parts, a protection casing of the stator part is connected onto a location flange of the box body part, and a shaft seal part is located on the inlet side of each suction part. The rotor part is composed of a high speed shaft system and a low speed shaft system and adopts a single-oblique-tooth gear pair, each rotating casing pump rotor is directly connected with the high speed shaft, and double-side thrust discs for balancing residual axial force are arranged on two sides of the small gear tooth width direction of the high speed shaft to meet the alternating axial load work condition. The high speed rotating casing pump unit is compact in appearance, small in axial force borne by the bearing, large in pump unit flow application range and good in anti-cavitation performance.

The invention relates to extrusion production equipment, in particular to extrusion production equipment of nonferrous metal products such as copper, aluminum, magnesium and alloys thereof. The invention provides a continuous extruding machine with a cooling device outside an extruding wheel. The continuous extruding machine is characterized in that the extruding wheel is provided with an annulargroove, the periphery of the circumference of the extruding wheel is sequentially provided with a compaction wheel for pressing an extruded metal rod material, a cavity with an arc sealing surface anda scraper used for cleaning the outer surface of the extruding wheel along the rotation direction of the extruding wheel; cooling blocks are arranged on the periphery of the extruding wheel, arc surfaces are arranged on the inner sides of the cooling blocks, and the arc surfaces are in close contact with the outer surface of the extruding wheel and can slide relative to the outer surface of the extruding wheel; and cooling channels are arranged in the cooling blocks, and flowing cooling mediums are led into the cooling channels. According to the continuous extruding machine, the cooling blocks with the arc surfaces are adopted for directly cooling the outer surface of the extruding wheel so that the temperature of the outer surface of the extruding wheel can be effectively reduced, the production efficiency of continuous extrusion is improved, and the service life of the extruding wheel is prolonged.

The invention discloses a suspended dehydrator, comprising a cover frame part, a barrel body, a rotating cage, a base and a motor, wherein the barrel body is fixed on the base in which an electric component is arranged; the cover frame part is fixed at the upper end of the barrel body and is provided with a dehydration timer which is matched with the electric component; the motor is positioned inside the base; the rotating cage is positioned inside the barrel body; a connecting shaft sleeve is fixed on a rotating cage base plate at the bottom end of the rotating cage; a motor shaft is matchedwith the connecting shaft sleeve to form a link structure; a base end plate is arranged at the joint of the base and the barrel body; the base is internally provided with a motor mounting plate; a plurality of flexible connecting components are arranged between the base end plate and a motor mounting frame; each flexible connecting component is fixedly connected with the base end plate and the motor mounting plate by a fastening component; and the motor is fixed on the motor mounting plate. The base end plate is flexibly connected with the motor mounting plate to absorb the vibration generated by the motor during working, so that the whole machine is stable during working, and the working speed can be increased to 1,200r/min.

The invention discloses a cloth delivery mechanism which comprises a swivel case and a cloth delivery mechanism. An inner rotor and an outer rotor rotate in a rotary chute in the swivel case, a spring is connected with a slide block, and a fixed semi-swivel and a sliding semi-swivel are arranged on the two sides of the swivel case body. The chute is connected to one end of a tooth rack, and cloth delivery tooth are installed on the top of the tooth rack. A coupler is connected to a cloth delivery motor shaft and the cloth delivery shaft, a first synchronizing wheel is installed on the cloth delivery shaft, and a second synchronizing wheel is installed on the outer end of the swivel case. A synchronous belt winds on the second synchronizing wheel and the first synchronizing wheel, and a needle distance adjusting shaft is connected with the swivel case, and a needle distance adjusting rocking bar is arranged on the needle distance adjusting shaft. The needle distance adjusting shaft connects the needle distance adjusting rocking bar and a needle distance base, and same forward and backward needle distances are ensured. Wrinkling and skidding of cloth delivery can be minimized, vibration and noise during delivering cloth at high speed can be reduced, and working rotating speed is increased. The cloth delivery mechanism is easy to realize modular production and assembly, and assembly efficiency is improved.

The invention discloses a micro gas-turbine power station, and belongs to the field of power generation equipment. The power station mainly comprises a digital electric controller, a power generator and a micro gas turbine, wherein a plate fin type heat regenerator is arranged on the micro gas turbine, and the plate fin type heat generator surrounds the outer part of the micro gas turbine; the digital electric controller comprises a controllable boosting and rectifying system, an inverter grid-connected system and a central control system; the micro gas turbine is coaxially flexibly connected with the power generator; the power generator, the controllable boosting and rectifying system and the inverter grid-connected system are sequentially connected through cables; and the controllable boosting and rectifying system and the inverter grid-connected system are connected with the central control system through cables. According to the power station disclosed by the invention, noises are small, tail gas is convenient to recycle and maintenance cost is low; and the power station is wide in applied range, and effectively overcomes the problem that the power station cannot be applied in the distribution type power supply field due to the fact that existing diesel engine power generation equipment has a cylinder pulling phenomenon.

The invention discloses a variable excitation brushless alternating-current generator which has the advantages of good charging performance in low speed operation, middle speed operation and high speed operation and being free from frequent maintenance. The generator is characterized by consisting of a rotor assembly assembled in an inner ring of a stator assembly between a front end cover and a rear end cover, a rectifier fixed at the rear end of the rear end cover, a variable excitation and voltage adjustor, and a speed sensor of the generator, wherein three leads of the head end of stator three-phase winding of the stator assembly and one lead of the middle point of the stator three-phase winding of the stator assembly are electrically connected with four groups of rectifier diodes of the rectifier respectively; the variable excitation and voltage adjustor is electrically connected a lead at the head end of the rotor assembly double-excitation winding and two leads at the tail end of the rotor assembly double-excitation winding, an output of the rectifier and exciting pins through pins respectively, wherein the rotor assembly is fixed on the rear end cover; and the leads are electrically connected with the speed sensor of the generator.

The invention discloses a dynamic torque measurement sensor with a speed measurement function. The sensor comprises an integral conductive slip ring, an elastomer spindle, bearings, a shell, and fastening screws. The integral conductive slip ring has an inner ring and an outer ring which can rotate relative to each other, and the inner ring and the outer ring lead out multiple wires respectively. The wires are connected inside the slip ring. The integral conductive slip ring sleeves the elastomer spindle. The elastomer spindle is rotationally supported on the shell through the bearings. The inner ring of the slip ring is fixed on the elastomer spindle by screws, and can rotate together with the elastomer spindle. The outer ring of the slip ring is fixed on the shell by a stop screw. The wires of the inner ring of the slip ring are connected with a strain gauge on the elastomer spindle. The wires of the outer ring of the slip ring are connected with a socket on the shell. Voltage and electrical signals are transmitted between the moving and static parts of the sensor through the integral conductive slip ring. The working speed range of the dynamic torque sensor is broadened, and the service life is prolonged. Moreover, the sensor is additionally provided with a speed measurement function.

The invention provides a flat wire motor winding in-groove structure with conductors with different thicknesses. The structure can be used to reduce a skin effect and a motor copper loss, and has a high groove filling rate and high efficiency. A plurality of conductors are arranged in a wire groove in a radial direction of a motor. At least one conductor close to an air gap is composed of more than two layers of sub-conductors arranged in the radial direction of the motor. At least one conductor, far away from the air gap, is an integral layer in the radial direction of the motor, the thickness of each sub-conductor in the radial direction of the motor is smaller than that of the integral layer far away from the air gap, and a sectional area of each conductor composed of the sub-conductors, close to the air gap, is the same as that of the integral layer conductor far away from the air gap.