35results about How to "Even sanding effect" patented technology

The invention discloses a simple deburring platform. The simple deburring platform comprises a platform and roller supporting frames which are mounted on the platform; a rollers which is used for supporting a cam shaft is arranged on each roller supporting frame; a clamping disc rotating mechanism which is used for fixing one end of each cam shaft is arranged on one side of the platform; a file mounting seat which is used for mounting a file and can adjust the grinding pressure of the file is also arranged on the platform; a position adjustment mechanism which makes the file mounting seat moves in the axial direction of a clamping disc thereof is also arranged between the file mounting seat and the platform. According the simple deburring platform disclosed by the invention, the cam shafts rotate along with the clamping disc rotating mechanism, and the grinding can be realized by adjusting the grinding pressure of the file on the cam shafts, so that the operation is convenient and labour-saving, the grinding is uniform, and the position which is required to be grounded can be adjusted as required.

The invention discloses a stripping device of a wicker stripping machine. The stripping device comprises lathe bodies, a conveying roller set is arranged between the lathe bodies, the outer side of the conveying roller set is sleeved with a conveying belt in a connected manner, a slag outlet hole penetrates the conveying belt, an installing support is fixedly arranged on the tops of the lathe bodies, a plurality of separating plates are fixedly arranged on the bottom end of the installing support, a first grinding roller is arranged on one side of the installing support, a second grinding roller is arranged on one side of the first grinding roller, a skin removing roller is arranged on one side of the second grinding roller, a third grinding roller is arranged on one side of the skin removing roller, and a polishing roller is arranged on one side of the third grinding roller. By means of the stripping device, wickers roll back and forth on the conveying belt, and therefore wicker surface layer fiber looseness and cracking are facilitated; and meanwhile, it can be guaranteed that the wicker outer surfaces can be in contact with a steel brush layer, and therefor the good surface layer removing effect is achieved, the polishing effect can be more even, and the quality of the polished wickers is guaranteed.

The invention relates to efficient full-automatic pipe end rust removing equipment. The efficient full-automatic pipe end rust removing equipment is composed of a machine head supporting device, a rotation grinding device and a plurality of rust removing devices, and the procedure of rust removal on the pipe end of a pipe joint which is about to be subjected to rust removal. Air inflow is achievedthrough a cylinder barrel air inlet of the machine head supporting device, pressing blocks are supported and pressed on the inner wall of the pipe joint, and the efficient full-automatic pipe end rust removing equipment and the pipe joint are relatively fixed through the positive pressure of the machine head supporting device. The rotation grinding device is connected with the machine head supporting device through a positioning plate, and a revolution motor of the rotation grinding device drives a small gear to be engaged with a large gear ring, and the rotation grinding device rotates around the positioning plate. The three rust removing devices are connected with the rotation grinding device through beams, the rust removing devices integrally rotate around the pipe joint, and a grinding motor is used for driving a grinding wheel to rotate at a high speed so that the grinding work can be finished. The efficient full-automatic pipe end rust removing equipment achieves automatic pipeend rust removal, and the pipe end rust removal efficiency is improved.

Disclosed are a grinding machine and method for surface pre-processing of special metallic composite materials for a laboratory. The grinding machine comprises a machine frame, a motor, a spindle, a grinding tool, a base plate, a support and a control system, wherein the motor and the spindle are arranged on the machine frame, the base plate is provided with a horizontal servo electric push rod, and the support is provided with a vertical servo electric push rod and a pressure sensor. An output shaft of the motor is connected with the spindle, the grinding tool is arranged on the spindle in a sleeved mode, the base plate is arranged below the grinding tool, the support is arranged at the bottom of the base plate and can slide upwards and downwards along the machine frame, a plurality of sucking disks used for fixing the metallic composite materials are arranged on the base plate, the control system is in signal connection with the motor, the horizontal servo electric push rod, the pressure sensor and the vertical servo electric push rod, and therefore the control system can control the rotation speed of the motor and reciprocating movement of the horizontal servo electric push rod, and can further adjust movement of the vertical servo electric push rod according to pressure signals received by the pressure sensor. The grinding machine and method can conduct even and reciprocating grinding on the surfaces of the metallic materials to enable the surfaces of the metallic materials to be ground more evenly.

The invention discloses a pressure pipe welding seam grinding device, which includes a centering positioning mechanism, a screw feeding mechanism and a grinding head, wherein: the screw feeding mechanism includes a track piece, a driving piece and a moving piece, and the track piece and the driving piece are the same The shaft is set, the moving part has an outer moving end and an inner moving end, and the outer moving end cooperates with the spiral track and moves along the spiral track; the two ends of the screw feeding mechanism are respectively connected to two centering positioning mechanisms, and the centering positioning mechanism has a positioning end. The screw feeding mechanism is fixed on the outside of the pipeline, and one end of the corresponding screw feeding mechanism is arranged concentrically with the pipeline; the grinding head is connected to the inner moving end for grinding the outside of the pipeline. The driving part of the invention drives the moving part to move along the spiral track. After the grinding head is turned on, the grinding head continuously rubs against the outer wall of the pipeline for grinding, which effectively replaces manual grinding, and has high efficiency and uniform grinding effect.

The invention discloses a plastic valve end port grinding device which comprises a base. A controller is fixedly installed on the left side of the top of the base. A fixed base is fixedly connected to the top of the base and located on the right side of the controller. The top of the fixed base is fixedly connected with a fixed ring. A fixed plate is fixedly connected to the left side of the fixed ring. A first motor is fixedly installed on the left side of the fixed plate. The output end of the first motor penetrates through the fixed plate, extends into the fixed ring and is fixedly connected with a first gear. A second gear used in cooperation with the first gear is arranged inside the fixed ring. A stabilizing plate is fixedly connected to the left side of the second gear. A first roller is movably installed on the left side of the stabilizing plate through a support. A first sliding rail is fixedly connected to the inner wall of the fixed ring, and the first roller is in sliding connection with the first sliding rail. According to the plastic valve end port grinding device, operation is easy, the effect of even grinding can be achieved by automatically rotating a plastic valve, and risks during work are reduced for workers.

The invention relates to the technical field of robot automatic grinding, and provides a robot grinding arm stepping control method and device, a grinding robot and a computer-readable storage medium.The method includes the steps of locating preset pose information at the current moment in a grinding trajectory; driving a robot grinding arm with a grinding blade to feed the grinding blade to a current pre-grinding point according to the preset pose information at the current moment; obtaining the circumferential force value and the axial force value of the grinding blade at the current pre-grinding point; and driving the robot grinding arm at variable speeds according to the circumferential force value and the axial force value to feed the grinding blade from the current pre-grinding point to a current deviation-correcting grinding point. The dynamical feed speed adjusting capacity and the dynamic grinding position deviation correcting capacity of the robot grinding arm in the grinding process can be improved, and the uniform, accurate and efficient grinding ability of the robot grinding arm is better improved.

The invention discloses an automatic polisher capable of rotating diamonds at all-dimensional angles. The automatic polisher comprises a base, a control center arranged on the base, a motor driver connected to the control center, a swing control motor connected to the motor driver, a lift control motor, a grinding head automatic lift control motor, a direction control motor, a grinding head dip angle control motor, a worm drive motor, a swing arm rod, a lift arm connected to the swing arm rod, a swing control rod in pin connection with the swing arm rod, a direction adjusting arm and a grinding head; the grinding head is provided with a diamond angle worm, the motor driver connected to the control center drives the motors to correspondingly act on the swing arm rod, the lift arm, the direction adjusting arm and the diamond angle worm through setting of the control center, and therefore the grinding head clamping the diamonds can rotate at all-dimensional angles, and the uniform grinding effect can be realized.