3results about How to "Effective removal" patented technology

The present disclosure aims to provide a cleaning unit and a cleaning device capable of efficiently removing foreign matter attached to a brush from the surface of an object. A cleaning unit according to an aspect of the present disclosure removes foreign matter attached to the surface of an object formed in a plate shape or a film shape and conveyed in one direction, the cleaning unit including: a brush roller having a plurality of brushes on an outer circumferential surface, the brushes being in contact with the surface at a first contact position while rotating; a brush cleaning roller that rotates while an outer circumferential surface is in contact with a brush that is in contact with the surface at the first contact position at a second contact position; and a rod-shaped flicker disposed such that an outer circumferential surface is in contact with the brush, the flicker being disposed between the first contact position and the second contact position in a rotation direction of the brush roller.

This invention discloses a method for the coordinated removal of products from near-atomic-scale electrochemical machining, along with its system apparatus and applications. The core of this method lies in the synergistic use of chemical complexation, pulsed electric field modulation, and interfacial electrostatic repulsion to proactively address the problem of product blockage within near-atomic-scale machining channels. Specifically, by adding a strong complexing agent to the electrolyte, the metal ions generated during machining are converted in situ into soluble complexed anions. A composite waveform, including an anodic pulse during machining, a zero-potential intermittent period during diffusion, and a reverse cathode pulse during impurity removal, provides dual impurity removal momentum through diffusion and electromigration. Simultaneously, the inner wall of the ion channel protein is negatively modified to reduce product transport resistance and adsorption through electrostatic repulsion. The synergistic effect of these three mechanisms enables effective and continuous product management without compromising machining locality. Correspondingly, this invention also provides a dedicated machining system for implementing this method and its application in the machining of easily passivated metal materials.

The application discloses a kind of MJS broken drill bit extraction device and extraction method, wherein MJS broken drill bit extraction device is used to extract MJS drill bit broken in reinforcement body, including high-pressure rotary jet drill and alloy casing pipe connected with the high-pressure rotary jet drill, propelling tube is installed on the high-pressure rotary jet drill, the front end of the propelling tube is provided with electromagnet and ultrasonic sensor, the electromagnet and the ultrasonic sensor are respectively connected with direct current power supply and control component by wire and signal line arranged in the propelling tube.The application can effectively extract MJS broken drill bit from reinforcement body and underground structure by the form of electromagnet combined with sensor, simple and effective operation, and the influence of MJS drill bit fracture on subsequent construction is reduced to the greatest extent.