3results about How to "Increase cutting force" patented technology

This invention discloses an iterative optimization method for internal gear turning processes and tool parameters. The method includes: establishing a cutting edge function and a cutting edge sweep surface function in the turning space, and constructing a three-dimensional chip model; calculating micro-element chip parameters based on the chip model and establishing a cutting force calculation model; establishing a finite element simulation model for turning; setting initial values ​​for tool parameters, and optimizing process parameters with cutting force, maximum chip cross-sectional area, and material removal rate as objectives; optimizing tool structure parameters using finite element simulation based on the optimized process parameters; iteratively optimizing until convergence conditions are met, and outputting the optimal collaborative parameters. This invention achieves systematic collaborative optimization of process parameters and tool structure parameters, effectively reducing cutting forces, improving machining quality and tool life, and is suitable for efficient machining of high-precision internal gears.

The application discloses a machining method of a casing inner cavity weight-reducing groove and a casing, and the machining method comprises the following steps: using a milling cutter with a diameter greater than twice the radial allowance width of the casing inner cavity weight-reducing groove, and extending the milling cutter into the casing inner cavity along an axial direction; adopting a deep hole peck drilling mode to perform axial plunge milling along the weight-reducing groove, and performing interval plunge milling along a circumferential direction for multiple times to form a plurality of lace grooves and assembly bosses; wherein, when the axial plunge milling is performed, the circumferential direction and the width direction of the radial allowance of the weight-reducing groove are combined into one layer and are milled through by one cutter. The machining method adopts the milling cutter with the diameter greater than twice the radial allowance width, improves the cutting force of the cutter, and reduces vibration and the phenomenon of broken edges in the machining process; the machining method adopts the machining mode of one cutter from top to bottom to penetrate and mill the circumferential direction and the width direction, improves the machining efficiency, and the main stress of the milling cutter in the drilling and milling process is an axial force, so that the acting force on the radial cutting force of the machine tool is greatly reduced, and the deformation of the casing can be reduced.

The utility model discloses a high -speed tool for breaking wall machine belongs to breaking wall machine technical field, including tool holder, connecting shaft, comminuting cutter and press down cutter, the connecting shaft passes through bearing and is installed on the tool holder, the connecting shaft is provided with the limiting portion, the comminuting cutter is installed respectively in the limiting portion with press down cutter, and is provided with the support rod between the comminuting cutter and press down cutter, press down blade is equipped with in the press down cutter both ends, the press down blade is gradually variable curvature circular arc shape, the press down cutter is connected with the limiting portion through angle adjusting mechanism, the connecting shaft is matched with the tool holder through magnetic suspension bearing, the utility model discloses gradually variable curvature circular arc shape blade is set up to adopt, cooperation fluid guide coating, effectively reduce liquid vortex height, promote fluid press down efficiency, at the same time, magnetic suspension bearing is matched with the connecting shaft, and the friction and vibration are reduced significantly, reduce the noise.