31results about How to "Small rotational inertia" patented technology

A hybrid vehicle has an engine, an electric machine connected to the engine by an upstream clutch, a transmission gearbox connected to the electric machine by a downstream clutch, and a controller. The controller is configured to, in response to a commanded upshift of the gearbox, modulate a pressure of the upstream clutch. A method for controlling a vehicle includes, in response to a commanded upshift of a gearbox, controlling an upstream clutch to a first nonzero speed differential corresponding to a first inertia connected to and upstream of the gearbox to reduce inertia torque during the upshift. A method for controlling a vehicle includes, in response to a commanded upshift of a gearbox when the vehicle is beyond an electrical limit and a fast path torque reduction limit, slipping an upstream clutch and reducing torque outputs of an engine and an electric machine.

The invention discloses a preparation method of a woven carpet without a gumming process. A second coating layer is a hot-melt fiber-formed filament or a staple fibre yarn, a first coating layer is apolyester fiber filament or a staple fibre yarn, the second coating layer accounts for 20%-50% of the total mass of a composite yarn, the first coating layer accounts for 10%-15% of the total mass ofthe composite yarn, the balance is a core yarn, and a pile weft yarn is obtained by adopting the manner. When the non-adhesive carpet is produced by using a hot-melt copolyester fiber as a bonding material in combination with the pile yarn made of a polyester fiber, the melting occurs when the hot-melt copolyester fiber is heated to be higher than the melting point in a hot pressing process, the conformation of a fiber macromolecular chain is changed, the whole macromolecular chain slips through the transition of chain segments, viscous flow occurs, the pile and weft yarns as well as the weftyarns and warp yarns are effectively solidified after curing, and the pull strength of the pile and the shape retention and dimensional stability of the carpet are enhanced, so that the gumming process in the carpet preparation process is omitted, and the produced carpet is more environmentally friendly.

The invention discloses a vehicle display, and aims at solving the defects that a large part of a mechanism of an existing vehicle display is arranged at one end far away from a rotating shaft, so that the center of gravity of the whole mechanism is closer to the middle position of the display, and during a using process of the vehicle display, shaking of the display can be caused by a slight acceleration change of a vehicle, and a larger elastic mechanism is needed for supporting the display. The vehicle display comprises a mounting bracket, rotating shafts, a display bracket, a balancer anda turnover driving device, wherein the turnover driving device, the balancer and other components are all arranged on a connecting line of the two rotating shafts, so that the rotating inertia of thewhole device is reduced, and meanwhile, the shaking of the display, which is caused by the acceleration and vibration of the vehicle, is also reduced.

The invention discloses an electric starter flywheel of a gasoline engine, which comprises a flywheel disc, inner and outer magnetic steel fixed on the flywheel disc and a balance weight. Start the flywheel of the driven teeth. The driven teeth are located on the folded edge of the ring flywheel that is turned and extended from the mouth of the cavity of the flywheel. The folded edge and the flywheel are integrally structured. It not only reduces the weight of the flywheel, but also reduces the rotational inertia of the flywheel, and can completely stop the rotation within 3 seconds when braking. It can also ensure the stability and reliability of the torque transmitted by the driven gear of the electric starter, and prolong the service life of the flywheel. .

The invention relates to a turbocharger which comprises an intermediate body. The two ends of the intermediate body are connected with an impeller and a turbine through shafts respectively. The impeller is covered with an air compression shell. A shock absorber is installed on the side face of an outlet of the air compression shell. An air inlet is formed in one side of the impeller. A turbine air inlet and an exhaust gas outlet are formed in the turbine. A turbine shell of the turbocharger is provided with the shock absorber instead of a bypass vent valve so that knocking and surging can be avoided. The pressure is adjusted through a precision spring of the shock absorber, so that the turbocharger is flexible, reliable and convenient to install, adjust and repair. When the turbocharger and an engine are matched and adjusted, adjustment is performed through an adjusting spring, operation is easy, accurate and reliable, and technicians of an engine factory assembly production line and automobile repair technicians can install and adjust the turbocharger to meet the ideal standard according to the power, the displacement and the number of turns of the engine.

The invention discloses a backing roll fiber-braided composite layer and belongs to a backing roll. The composite layer comprises a fiber-braided structure reinforcement layer and a pouring layer; the outside of the fiber-braided structure reinforcement layer is wrapped by the pouring layer; the fiber-braided structure reinforcement layer is a sleeve-mesh-shaped braided fabric formed by braiding a composite in a braiding machine and is single-layer or multilayer; the pouring layer is formed by wrapping an external cylinder of the fiber-braided structure reinforcement layer by using various materials through a pouring process; and the pouring layer is made of resin, rubber or polyurethane. The composite layer disclosed by the invention is braided in a reciprocated way by using the braiding machine, so that the thickness of an outer layer is increased, and the drop of the fiber-braided structure reinforcement layer is avoided; the outer cylinder is formed by pouring a special high-strength material for the backing roll; and the backing roll fiber-braided composite layer is light in weight, high in tensile strength, free of breakage at the outer layer, small in rotary inertia, high in outer cylinder precision, free of deformation, free of mechanical waves on the formed backing roll, antistatic, corrosion-resistant, high-temperature-resistant and long in life, so that the product quality is improved, and the productivity is increased.

The invention discloses a reflection device of a stage lamp. The reflection device of the stage lamp comprises a base mounted on a unit body, a support arranged on the base in a combined mode, a firstmotor mounted on the base, a second motor mounted on the support, a first transmission mechanism driven by the first motor, a second transmission mechanism driven by the second motor, a mirror holderis pivoted on a rotary shaft of the first transmission mechanism, and a reflection mirror arranged on the mirror holder in a combined mode. The second transmission mechanism is hung on a pivoting part of the mirror holder through a rope ring so that the reflection mirror can be driven by the first motor and the second motor to rotate by variable angles around the light projection direction or around the direction intersecting with the light projection direction so as to reflect a light beam projected by a light source, and the first motor and the second motor can drive the reflection mirror to smoothly rotate with small power.

The invention discloses a production method of a woven carpet with no latex. A second covering layer is made with hot-melt fiber filaments or staple yarns; a first covering layer is made with high-density polyethylene fiber filaments or staple yarns; the second covering layer accounts for 20-50% of total mass of composite yarn; the first covering layer accounts for 10-15% of the total mass of thecomposite yarn; the balance is core yarns; pile wefts are therefore produced. During the production of a no-gum carpet with hot-melt low-density polyethylene fiber as an adhesive material, pile yarnsare made in conjunction with nylon fiber or wool; the hot-melt low-density polyethylene fiber melts down when heated to above its melting point in a hot pressing step, and fiber macromolecular chain conformation varies; segmer transition allows the whole macromolecular chain to slide, a viscous flow occurs, piles, wefts and warps are effectively fixed after solidifying, pull-out strength of the piles is enhanced, and shape-maintaining property and dimensional stability are enhanced for the carpet; therefore, the gumming step in the carpet production process is omitted, so that the carpet produced is more environmentally friendly.

This invention provides a novel lightweight rocker arm frame and a forming process of a curved crown part thereof, including two sidewalls and two bottom plates. The two sidewalls are connected through the bottom plates respectively located at two ends. A ball socket protruded upwards and an, oil hole are arranged at a bottom plate at one end, and a bottom surface of a bottom plate at the other end is a bearing surface. A pin shaft hole is formed in the middle of each sidewall without the bottom plates. According to the rocker arm frame disclosed by the invention, the strength of the structure can be ensured while light weight is realized. The production efficiency of the rocker arm frame is effectively improved, and the structure of the valve rod supporting position is improved.

Electrical machine - Fluid Machine stanchev aggregation set comprising Stator/Body Unit, Rotor/Piston Units and Power Supply and Control Module. The stator/body unit (1) shapes volume of rotation in which there are two segment-type rotor/piston units (11). Two channels (30) in the walls, shaping the volume of rotation, are in contact with two external areas from and to which fluid is fed and let out. The permanent magnets (12) are fixed in the rotor/piston units (11). Electromagnets frame the permanent magnets with their magnetic yokes (3) and (7) and coils (5). The poles of the electromagnets (7) face the trajectory of the poles of the magnetic yokes (7) of the permanent magnets (12). The terminal ends of the coils (5) of the electromagnets are connected to the electronic control module (24). Position sensors (10) fixed in the stator/body unit (1). Control module (24) secures control of the electromagnets.

The invention discloses a composite-forming ultra-light floor roller. The composite-forming ultra-light floor roller comprises a shaft core and a fiber-woven composite layer. An outer cylinder of the shaft core is covered with the structural-fiber-woven composite layer; the shaft core comprises an outer barrel, an inner barrel and supports; the inner barrel and the outer barrel are homocentric, and the multiple supports are arranged between the inner barrel and the outer barrel and evenly distributed between the inner barrel and the outer barrel in a spiral mode; a composite layer comprises a fiber-woven-structure enhancement layer and a pouring layer; the fiber-woven-structure enhancement layer is covered with the pouring layer, is a sleeve mesh-shaped woven fabric woven with composite materials in a weaving machine and comprises a single or multiple players. The composite-forming ultra-light floor roller has the advantages that the mass is light, the strength is high, the rotational inertia is small, the accuracy of the outer cylinder and the extension strength are high, the floor roller is not deformable and not straightened, the outer layer is not fractured, and the formed floor roller is free of mechanical wave, resistant to static electricity, corrosion and high temperature and long in service life; the making processes are reduced, energy is saved, consumption is reduced, the manufacturing cost and the maintaining cost are low, the parking time is short, and the product quality and the production yield are increased.

The invention discloses a preparation method of a woven carpet without a gumming process. A second coating layer is a hot-melt fiber filament or a staple fibre yarn, a first coating layer is a polypropylene fiber filament or a staple fibre yarn, the second coating layer accounts for 20%- 50% of the total mass of a composite yarn, the first coating layer accounts for 10%-15% of the total mass of the composite yarn, the balance is a core yarn, and a pile weft yarn is obtained by adopting the manner. When the non-adhesive carpet is produced by using a hot-melt ethylene-vinyl acetate copolymer fiber as a bonding material in combination with the pile yarn made of a polyester fiber, the melting occurs when the hot-melt ethylene-vinyl acetate copolymer fiber is heated to be higher than the melting point in a hot pressing process, the conformation of a fiber macromolecular chain is changed, the whole macromolecular chain slips through the transition of chain segments, viscous flow occurs, thepile and weft yarns as well as the weft yarns and warp yarns are effectively solidified after curing, and the pull strength of the pile and the shape retention and dimensional stability of the carpetare enhanced, so that the gumming process in the carpet preparation process is omitted, and the produced carpet is more environmentally friendly.