10results about How to "Realize power output" patented technology

The utility model belongs to the technical field of petroleum drilling and production mechanical equipment, and discloses a vertical transmission chain box with a novel structure. The input shaft and the output shaft are arranged in parallel, and the chain is in vertical transmission. A push disc clutch is installed at the end of a chain box input shaft assembly, an inner gear ring is designed to be connected with a clutch friction disc, meanwhile, a connecting disc is designed to be connected with the inner gear ring and a chain wheel, and rolling bearings are arranged inside and outside the chain wheel. A friction hub is designed at the end of the output shaft, and a pneumatic tire clutch and a connecting disc are installed outside the friction hub to serve as a reaction torque releasing device. According to the chain box, independent hanging or separation can be achieved through power, and abrasion and equipment loss caused by idle running of the chain are avoided. Meanwhile, the anti-torque release device arranged on the output shaft can release the deformation energy of the drill rod, the drill rod cannot rapidly and reversely rotate, and the safety performance of petroleum drilling equipment is greatly improved.

The invention provides a double-power-head mounting structure, a drilling machine and a control method, and the mounting structure comprises a mast assembly which comprises two outer masts and an inner mast which is slidably arranged between the two outer masts; the two track plates are detachably connected with the front surfaces of the corresponding outer masts respectively; the outer lifting oil cylinder is used for driving the outer power head to move up and down; the outer power head is slidably connected with the track plate through a sliding frame; the telescopic ends of the outer lifting oil cylinders penetrate through the corresponding sliding frames from top to bottom, cylinder barrels of the outer lifting oil cylinders are connected with the end faces, close to the mast operation platform, of the sliding frames, and the telescopic ends of the outer lifting oil cylinders are connected with the mast operation platform through supports. The two inner lifting oil cylinders are arranged in the corresponding outer masts respectively, and the two telescopic ends of the inner lifting oil cylinders are connected with the top ends of the inner masts through mast connecting pieces; the inner power head is slidably arranged on the front surface of the inner mast; the outer power head and the inner power head are coaxially arranged up and down; the double power heads can share the same well mouth, and double power head casing-following drilling can be achieved.

The utility model discloses a residue conveying mechanism for a biogas digester fermentation device. The residue conveying mechanism is provided with a crushing bin, and a transmission shaft is in transmission connection with the crushing bin, so that power output for crushing residues can be provided for the crushing bin in the discharging process in the using process of the residue conveying mechanism; therefore, it can be effectively guaranteed that residual materials can be effectively smashed in the using process, and the situation that a discharging auger is blocked due to the fact that foreign matter or long straw exists in the residual materials is avoided; by arranging a connecting sleeve and a transmission wheel, the transmission shaft can be effectively mounted in the using process, and the transmission shaft can have a good transmission effect; and the effects that the raw materials can be conveyed and the crushing bin is driven to crush the raw materials by only arranging one transmission part are met, so that more energy can be saved, and the working efficiency is higher.

The utility model provides punching equipment for processing a head plate metal plate, which comprises an operation base body, a punching frame is arranged at the top of the operation base body, a hydraulic mechanism is arranged at the bottom of the punching frame, a containing part is arranged at the bottom of the hydraulic mechanism, and mounting components for improving stability are symmetrically arranged on two sides of the punching frame. A driving assembly is arranged outside the mounting assembly, a material pushing assembly is arranged inside the containing piece, and the operation base body provides basic support for the whole body; the punching frame is matched with the operation base body to provide a mounting position for the hydraulic mechanism, so that the hydraulic mechanism can output power to the accommodating part; the containing part is used for installing the material pushing assembly and plays a role in fixing and protecting. And the mounting assemblies are symmetrically arranged on the two sides of the punching frame, the stability of the equipment is improved, the overall structural strength is enhanced, and vibration during punching is reduced.

The application provides an ECVT hybrid system and control method for a multipurpose tractor, characterized by comprising an engine, a torsional damper, a pump system, a front planetary gear system, a rear planetary gear system, a PTO output shaft, a first motor, a second motor and a gearbox gear train, the engine is connected with the pump system, the PTO output shaft and a front planetary gear outer ring in sequence through the torsional damper, and the first motor is coaxially connected with a sun gear of the front planetary gear system. The gearbox gear train and the motor gearbox gear train can be combined into four working gears to improve the adaptability, the front planetary carrier output shaft and the rear planetary carrier output shaft are both hollow shafts, the PTO passes through the middle of the hollow shafts, the radial size of the power system is reduced, and the integration degree of the power system is improved.

The invention relates to the technical field of power systems, and discloses a hybrid power system and a vehicle. The hybrid power system comprises an engine suitable for driving an input shaft of the engine to rotate; the driving motor is suitable for driving the driving motor input shaft to rotate; the output shaft is suitable for being in transmission connection with an engine input shaft and / or a driving motor input shaft; the engine input gear is coaxially and fixedly connected with the engine input shaft; the generator is connected with a motor driving gear; and the idle gear is meshed between the motor driving gear and the engine input gear and is used for transmitting power. According to the hybrid power system provided by the invention, through introduction of the idle gear, the diameter of the motor driving gear can be reduced, so that the radial space occupation of the motor driving gear is reduced, the integrated layout of the motor and the transmission system in a compact engine compartment is facilitated, and the space utilization rate is improved.

This application discloses a drive mechanism and a head-up display (HUD), relating to the field of HUD technology. The drive mechanism includes a mounting base, a mounting bracket, a motor, a worm gear, a helical gear, and a resilient abutment. The mounting bracket is rotatably disposed within the mounting base, and the worm gear is rotatably disposed within the mounting bracket. The motor is connected to the worm gear, and the worm gear meshes with the helical gear. The first end of the resilient abutment abuts against the inner wall of the mounting base, and the second end abuts against the outer wall of the mounting bracket. The resilient abutment drives the mounting bracket to move towards the side closer to the helical gear, thereby ensuring a tight fit between the worm gear and the helical gear. This drive mechanism eliminates the assembly clearance between the worm gear and the helical gear, thus preventing the worm gear from shifting during vehicle movement and improving the adjustment accuracy and reliability of the HUD reflector.

The invention discloses a power output device, and relates to the technical field of electric power conversion, the power output device comprises a bottom plate, a first kinetic energy mechanism and a second kinetic energy mechanism are separately mounted at the upper end of the bottom plate, the first kinetic energy mechanism is fixed through a supporting mechanism, and the second kinetic energy mechanism is assisted through a first linkage mechanism; a second linkage mechanism is mounted on one side of the first kinetic energy mechanism, and movement of the first barrel body is completed through swinging of a tenth rod body, so that the first barrel body assists in swinging on the first frame body through a first connecting rod, and the second barrel body and the first barrel body alternately swing at the two ends of a third barrel body correspondingly; and at the moment, the disc is connected with power supply equipment, so that electric power generation and power output are realized.

This invention discloses a leg structure for a wheel-legged hybrid robot based on the planetary gear differential principle, and the wheel-legged hybrid robot itself. The leg structure includes a power source module, a power switching module, a thigh mechanism, a wheel mechanism, and a lower leg mechanism. The power source module includes a first power source and a second power source, with the second power source driving the lower leg mechanism. The power switching module enables power switching between the thigh and wheel mechanisms: during leg movement, the thigh mechanism receives power from the first power source; during wheel movement, the wheel mechanism receives power from the first power source. Compared to traditional wheel-legged hybrid robots on the market, this invention achieves power output from two power sources to three motion mechanisms. Compared to dual-power-source wheel-legged hybrid robots, the wheel mechanism does not move during leg movement, thus more effectively saving energy and ensuring endurance.

The utility model relates to the technical field of automobile transmission manufacturing, in particular to a commercial vehicle transmission which comprises a first shaft assembly, a second shaft assembly, an intermediate shaft assembly and a planet carrier welding assembly. The first shaft assembly and the second shaft assembly are coaxially arranged; power transmission is achieved between the intermediate shaft assembly and the first shaft assembly and between the intermediate shaft assembly and the second shaft assembly through meshing of gears. The planet carrier welding assembly and the first shaft assembly achieve power output through meshing between gears. Gears, meshed with the first shaft assembly and the second shaft assembly, of the intermediate shaft assembly are both of herringbone tooth structures; a gear, meshed with the first shaft assembly, of the planet carrier welding assembly is of a herringbone tooth structure. The power receiving, transmission and output of the engine are realized; the special structure of the herringbone teeth is utilized to overcome the problem of overlarge axial force in bevel gear transmission, the axial structure of the gearbox is protected, and the service life of the gearbox is prolonged.