54results about How to "Increase the swing frequency" patented technology

The invention relates to a mini laser scanning device and a portable terminal thereof. The mini laser scanning device comprises a laser transmitter module, a line optical collector, a swaying mirror,a photoelectric conversion module, a steering mirror, a dot optical collector and a data processing module for acquiring pattern information by scanning with laser, wherein the steering mirror and thedot optical collector are in V-shaped connection, and the dot optical collector is provided with a hole for the laser which shoots at the swaying mirror after being steered via the steering mirror. By combining the steering mirror with the dot optical collector, the invention decreases the whole volume of the mini laser scanning device and realizes the laser scanning with tiny external dimensions. By promoting the swaying frequency of the swaying mirror, the scanning time is shortened and the detecting efficiency is promoted. Due to the tiny external dimensions, the invention can be widely applied to various devices, such as bar code data acquisition units, bar code scanners, portable digital terminals, etc.

The invention discloses a bionic fishtail structure based on PVC gel artificial muscle driving. The bionic fishtail structure comprises a multi-joint bionic fishtail framework, a plurality of PVC gelartificial muscle driving modules, a tail fin, a tail end, a skin and other accessories. The bionic fishtail framework is composed of a pre-pressing block, a joint shaft and an installation groove. Each PVC gel artificial muscle driving module is composed of a plurality of PVC gel driving units, wherein an anode, a PVC gel film and a cathode form one PVC gel driving unit; the two PVC gel driving modules and the bionic fishtail skeleton form a driving joint. Based on the structure, bending deformation is driven in a left-right alternating mode, and therefore swing is generated.

The invention provides an arc oscillation narrow gap consumable electrode dual-layer gas shield automatic welding gun for a robot. According to an arc oscillation module, a pair of incomplete gears rotating synchronously and oppositely is adopted for being alternately engaged with an oscillation gear to drive the arc oscillation module to oscillated back and forth, a pair of conic gears transmitsoscillation motion to a conducting rod of the welding gun, and a welding arc can oscillate in a narrow gap groove at a high speed according to preset frequency. A welding gun body module is of a flatstructure in a water cooling manner and can stretch into the bottom of the narrow gap welding groove, and inner-layer gas shield, welding wires and electric energy are provided for a high-temperatureweld pool. A lifting type outer gas shade module can be controlled by a robot to automatically adjust the height position according to the groove depth, and outer-layer gas shield is provided for theweld pool and nearby areas. The welding gun has higher arc oscillation frequency, the better gas shield effect and the smaller shape size, and therefore higher welding efficiency and a more stable welding process are achieved, and the welding gun is more suitable for intelligent welding application of the robot.

The invention belongs to the technical field of robots, and aims to solve the problem of high energy consumption and slow swimming speed of a fish-shaped robot. The invention provides a tuna robot. The tuna robot comprises a shell and a power device, wherein a part of the power device is arranged in the shell; the power device comprises a fixed component, a floating-sinking mechanism, a pitching mechanism and a swinging mechanism; the fixed component is arranged in the shell; the floating-sinking mechanism, the pitching mechanism and the swinging mechanism are arranged on the fixed component;the floating-sinking mechanism can be used for controlling floating, sinking and hovering of the tuna robot; the pitching mechanism can be used for controlling pitching motion of the tuna robot and stopping the pitching motion; the swinging mechanism can be used for controlling march of the tuna robot; the pitching mechanism and the swinging mechanism can simultaneously control steering of the tuna robot. Through arrangement, energy consumption caused by connecting various driving mechanisms is avoided, and the driving efficiency of the various driving mechanisms is improved. Therefore, the motion speed and the motion flexibility of the tuna robot are improved.

The invention proposes a laser radar echo processing method based on an optical MEMS (micro-electro-mechanical system), and the method comprises the steps that a laser radar emits a laser pulse, is reflected on an MEMS micro-galvanometer, is irradiated to the surface of a to-be-tested target, is received by a receiving lens, and is concentrated in a detecting element on a focal plane; S2, the detecting element outputs a photoelectric signal, extracts the current time Tn from the photoelectric signal, obtains the range finding data Dn, and then stores the range finding data Dn, the position number Pij of the detecting element and a current scanning angle data (theta)n for package and storage; S3, the steps S1 and S2 are repeatedly executed according to a preset sample capacity till the datasatisfying the preset sample capacity is obtained; S4, a range of a response angle of the detecting element is determined, and finally the detecting element is constrained to respond within a corresponding angle range. The method does not need an additional high-precision measurement device for assistance, and can achieve the detection, calculation and confirmation of a receiving angle of a lasersignal reflected by the to-be-tested target.

The invention belongs to the field of color sorters, and specifically relates to the field of a color sorter material discharge apparatus. The improved color sorter vibrating material discharge apparatus comprises a material discharge box arranged on a fixation frame, wherein a vibrating sheet is arranged between the material discharge box and the fixation frame, the fixation frame is fixedly connected with a motor, the motor drives a transmission shaft arranged on the bottom of the material discharge box to rotate, and an eccentric wheel is arranged on the transmission shaft. The improved color sorter vibrating material discharge apparatus adopting the technical scheme has the following characteristics that: during material discharge, the material discharge box vibrates in a back and forth swing manner, vibrating frequency is high, and a vibrating amplitude is small, such that rapid material discharge can be achieved; during material discharge, the material in the material discharge box can not generate collisions with each other, such that the material can not be damaged; and the epoxy resin sheet is adopted as a vibrating medium so as to provide characteristics of good elasticity, long service life and low production cost.

The invention relates to a power tool, which comprises a housing, a motor and a transmission mechanism arranged in the housing, and a working head doing swinging movement relative to the housing under the drive of the motor and the transmission mechanism; and the swinging frequency of the working head is more than or equal to 20000 times/min. The swinging frequency of the working head of the power tool provided by the invention is greatly improved compared with that of the normal power tool, so that the working quality and the working efficiency can be dramatically improved.

The invention provides a multi-flapping-wing aircraft and a flying control method thereof. The multi-flapping-wing aircraft comprises a rack and four independent flapping wing mechanisms which are mounted on the rack and have the same structures, wherein a landing gear is arranged below the rack. When the flapping-wing aircraft is parked on a horizontal plane, the bottom surface of the rack is parallel to the horizontal plane; the four independent flapping wing mechanisms are distributed at four corners of the rack in a leftward-rightward symmetric and forward-backward symmetric manner; and each flapping wing mechanism comprises a wing, a mover, a similarly I-shaped soft iron core, a coil, an edge-grooved wheel and a rubber ring. Swing motors are used for directly driving the wings to swing; no transmission mechanisms are arranged between the swing motors and the wings; and by changing the time for applying voltage to two electrodes of each swing motor, flying of the flapping-wing aircraft is controlled, so that the wing swinging frequency can be increased favorably, and the lift force is enhanced. The flapping wing mechanisms are high in swinging strength, long in service life and low in manufacturing cost.

The invention discloses a pitaya supporting device for conveniently irrigating and picking pitaya. The pitaya supporting device structurally comprises a height adjustment handwheel, a water tank, a lifting sliding plate, carrier frame mechanisms, a lifting rod and a fixed chassis, wherein the fixed chassis has a circular structure and is mounted at the bottom of the lifting rod in a welding manner; and the height adjustment handwheel is arranged on the top of the lifting rod and is connected with the lifting rod in a buckling manner. According to the pitaya supporting device disclosed by the invention, fruits pass through the middle of a supporting assembly, and can be supported by a rotating disc after the fruits are grown up; a suspension mechanism is used for suspending and positioningtree stems located at a joint of the fruits, so that dragging of the bottoms of the fruits can be avoided; a through hole formed in the middle of the rotating disc is used for enabling the fruits to pass through during fruiting, so that the fruits are wrapped by using the rotating disc after being grown up, so that cutting and separation are conveniently carried out by using a cutting edge later;and a spray disc arranged in the rotating disc can comprehensively irrigate and spray the surfaces and the bottoms of the fruits, so that nutrition absorption capacity of the fruits is effectively improved, the situation that the sizes of the grown-up fruits are close is ensured, and the sale benefits are increased.

The invention provides a self-swaying mechanical device, which relates to a mechanical swaying device and consists of a support seat (1), a container (2) and a rotating shaft (10) fixed on the swaying device. The invention is characterized in that the swaying device comprising a heat supply container (7), an evaporation container (3), a liquid absorbing layer (5), a liquid absorber (4), a hollow rod (9) and a work liquid (8). The hollow rod is penetrated into not only the internal part of the heat supply container (7) but also the internal part of the evaporation container (3) to lead the work liquid to be stored in the evaporation container before started and to result in more average quantity of the work liquid in the evaporation container when in start and after start, thus greatly enhancing the capability of the evaporation container to absorb the internal heat, and start capability and swaying frequency of the swaying device.

A toy bird able to drink water is composed of a supporter, a water container and a bird body. Said bird body consists of a head comprising mouth, evaporating container and liquid absorbing layer, a body comprising heat supplying container and working liquid in it, a tail fixed to said heat supplying container, a tube for communicating body with head, and a rotary axle fixed to said heat supplying container.

The invention discloses a ceiling for ore transfer. The ceiling comprises two rails arranged on a carriage in parallel, two sliding rod assemblies are connected with the rails in a single-degree-of-freedom sliding mode in the axial direction of the rails, and the number of the sliding rod assemblies is at least two; a shielding part capable of being folded and used for preventing flying of stone ore dust is arranged on each sliding rod assembly. The ceiling further comprises a driving device for driving the sliding rod assemblies, and the sliding rod assemblies slide on the rails under the driving of the driving device to drive the shielding parts to be folded or unfolded. The ceiling is simple in structure, safe, reliable, small in environmental pollution, convenient to use and long in service life.

The invention relates to a hosiery machine component, in particular to a thumb-tag needle structure of a hosiery knitting machine. The thumb-tag needle structure of the hosiery knitting machine comprises a base, wherein a cylinder is mounted on one side of the base; a track plate is mounted on the other side of the base; a first rotating shaft is mounted on the base through a bearing; a thumb-tagneedle mounting seat rack is mounted on one side of the first rotating shaft; a thumb-tag needle mounting groove is formed in the thumb-tag needle mounting seat rack; a thumb-tag needle is mounted inthe thumb-tag needle mounting groove; the thumb-tag needle mounting seat rack is connected with the thumb-tag needle through a second rotating shaft; and a pressure plate is mounted on the thumb-tag needle mounting seat rack and corresponds to the cylinder. By the thumb-tag needle structure of the hosiery knitting machine, missing and injection can be avoided, the thumb-tag needle structure returns accurately, and meanwhile, occupied space is reduced.

The invention discloses a pedal type screening device. The device comprises a base, a sieve, an arm-rest frame, a ratchet wheel, two pedals and a seat. The arm-rest frame is arranged in the middle ofthe base. A supporting hanging rod is arranged at the front end of the base. Guide grooves are formed in the arm-rest frame and the supporting hanging rod correspondingly. A sieve bracket is hung on the supporting hanging rod. The sieve is arranged on the sieve bracket. A guide rod is arranged at the front end of the sieve bracket, and a push rod is arranged at the rear end of the sieve bracket. The front portion of the guide rod is located in the guide groove formed in the supporting hanging rod, the push rod is located in the guide groove formed in the arm-rest frame, and the rear segment ofthe push rod is in sliding connection with the ratchet wheel. A seat frame is arranged at the rear end of the base. The seat is mounted on the seat frame. Two ratchet wheel seats are arranged on theportion, behind the arm-rest frame, of the base. An axletree is mounted on the upper portions of the two ratchet wheel seats. The two pedals are mounted at the two ends of the axletree in a 180-degreeintersecting mode, and the ratchet wheel is fixed to the middle of the axletree and located between the two ratchet wheel seats. The pedal type screening device adopts a riding mode to replace pure manual oscillating and can be used for both laboratory soil sample screening and peasant household grain screening, the labor intensity is relieved, and the working efficiency is improved.

The invention discloses a power distribution box for power transmission line modular design. The power distribution box comprises a power distribution cabinet body, power distribution devices are uniformly arranged in the power distribution cabinet body, and ventilation adjusting mechanisms are uniformly arranged at the vertical position of the right side in the power distribution cabinet body; heat conduction rods penetrate through the upper and lower ends of the left side in the power distribution cabinet body and are slidably connected with the upper and lower ends of the left side in the power distribution cabinet body, a contact adjusting mechanism is fixedly connected to the end, located in the power distribution cabinet body, of each heat conduction rod, and an air rod is fixedly connected to the left side in the power distribution cabinet body and located at the side, close to the middle, of the heat conduction rod; a corrugated blocking piece is movably connected into the right side of a storage supporting plate, a contact pressing piece is fixedly connected to the vertical position of the right end of the corrugated blocking piece, and the end, located outside the power distribution cabinet body, of the heat conduction rod is uniformly and fixedly connected with the distributed heat dissipation rods. The invention relates to the technical field of power transmission lines, and according to the power distribution box for the power transmission line modular design, the air environment of the power distribution devices at the upper and lower positions is blocked, the heat conducted to the air pressure part is reduced, and the overall working efficiency of the power distribution cabinet is guaranteed.

The invention discloses an oilstone rocking mechanism for an ultra-precise grinding process of a bearing outer ring channel, and relates to the technical field of bearing processing. The oilstone rocking mechanism comprises a pull rod, a swing rod, a supporting base and a motor; a rotating block is mounted at one end of the output shaft of the motor; the rotating block and the output shaft of themotor are arranged coaxially; one end of the pull rod is movably connected to an edge of the bottom of the rotating block; the other end of the pull rod is movably connected to a swing block; the rotating block, the pull rod and the swing block constitute an eccentric transmission mechanism; one end of the swing rod is connected with the swing block; the other end of the swing rod passes through the supporting base and used for mounting a grinding device; when the output shaft of the motor rotates, the pull rod moves back and forth and pushes the swing block to swing, and further drives the swing rod to swing along the shaft, therefore, the grinding device is driven to swing; a first spring is arranged on the swinging rod; one end of the first spring is connected to the swinging rod; and the other end of the first spring is fixed directly below the swinging rod. The oilstone rocking mechanism is relatively high in swing frequency, uniform in swing speed and stable in oilstone pressure,and can improve the qualification rate of products.