48results about How to "Reduce load fluctuation" patented technology

A blade-pitch-angle control device includes a memory unit in which predetermined parameters that affect the load fluctuation of blades, azimuth angles, and pitch-angle command values are stored in association with each other; an azimuth-angle detecting unit that detects the azimuth angle of each of the blades; a parameter-detecting unit that detects the predetermined parameters; a command-value receiving unit that receives pitch-angle command values for each of the blades from the memory unit, the pitch-angle command values being selected on the basis of the azimuth angle of each blade detected by the azimuth-angle detecting unit and the predetermined parameters detected by the parameter-detecting unit; and a pitch-angle-control command-value generating unit that generates pitch-angle-control command values for individually controlling the pitch-angle of each blade on the basis of the pitch-angle command values and a common-pitch-angle command value.

A suspension is provided, which comprises: a flexure with elasticity for supporting a head slider having at least one head element; a first load beam having first ribs for reinforcement at both side ends of the first load beam, for supporting the flexure; and a second load beam having second ribs for reinforcement at both side ends of the second load beam, at least a part of the second load beam being overlapped with the first load beam and being fixed to the first load beam, at least a part of the first and second ribs being overlapped with each other.

A suspension is provided, which comprises: a flexure with elasticity for supporting a head slider having at least one head element; a first load beam having first ribs for reinforcement at both side ends of the first load beam, for supporting the flexure; and a second load beam having second ribs for reinforcement at both side ends of the second load beam, at least a part of the second load beam being overlapped with the first load beam and being fixed to the first load beam, at least a part of the first and second ribs being overlapped with each other.

The invention discloses a wet-strength waste paper recycling chemi-mechanical pulping system. The system comprises first conveying equipment, a material crushing machine, second conveying equipment, a rotary-drum type washing machine, an oblique spiral dehydrator, a steaming bin, a third spiral conveyor, a first double-screw impregnation machine, a first reaction bin, a fourth spiral conveyor, a second double-screw impregnation machine, a second reaction bin, a fifth spiral conveyor, a latency chest, a pulp pump, a defibering machine, a purifying and screening concentrating device and a pulp storing device in the material process operation direction. Uniform feeding is achieved through the uniform feeding type reaction bins to reduce the fluctuation amplitude of loads; by means of the rotating material pushing type steaming bin, the bridging phenomenon is eliminated, materials are sufficiently steamed and softened, and chemical consumption is reduced; by means of the double-screw impregnation machines, wet-strength waste paper is gradually dissociated, high-concentration mixing and homogenizing impregnation of chemical auxiliaries and pulp are achieved, and the chemical reaction efficiency is improved; the problems that the dissociation rate of recycled wet-strength waste paper for pulping is low, and the strength is greatly reduced are solved by means of mechanical strong force and the chemical treatment effect.

The invention relates to the technical field of wood shaving machining, in particular to a feeding mechanism, a cutter cutting assembly and a wood shaving machining device. The feeding mechanism comprises material pressing bins, rotary feeding bins and a material baffle, and at least two circles of reference annular belts are distributed on the outer side of a reference axis at intervals from inside to outside. One material pressing bin with an outlet located at the reference point position is arranged at the position corresponding to each reference point position, the end faces of the outlets of all the material pressing bins are located on the horizontal reference plane, a feeding inlet is formed in the upper portion of each material pressing bin, one rotary feeding bin is arranged at each feeding inlet, and all the rotary feeding bins can rotate around the reference axis. The lower portion of each rotary feeding bin is provided with a conveying opening capable of being in butt joint with the corresponding feeding inlet. The feeding mechanism is reasonable and compact in structure and convenient to use, through the arrangement of the material pressing bins and the rotary feeding bins, feeding can be conducted on at least two layers of annularly-formed machining openings, so that the material slicing area of a cutter is increased, the machining efficiency is improved, and the characteristics of use safety, efficiency and convenience are achieved.