A device for producing a curved lateral surface on a rolling element for a rolling bearing includes a grinding apparatus for grinding the curved lateral surface and a retaining apparatus having a control wheel with a convexly profiled peripheral feeding surface for retaining the rolling element during the grinding. The retaining apparatus may include a plurality of control wheels. The control wheel or the convexly profiled peripheral feeding surface may be formed from a ceramic, a resin-bonded synthetic, or a metallic material. The device may include a dressing apparatus for profiling the convexly profiled peripheral feeding surface of the control wheel.

A device for producing a curved lateral surface on a rolling element for a rolling bearing includes a grinding apparatus for grinding the curved lateral surface and a retaining apparatus having a control wheel with a convexly profiled peripheral feeding surface for retaining the rolling element during the grinding. The retaining apparatus may include a plurality of control wheels. The control wheel or the convexly profiled peripheral feeding surface may be formed from a ceramic, a resin-bonded synthetic, or a metallic material. The device may include a dressing apparatus for profiling the convexly profiled peripheral feeding surface of the control wheel.

A centerless grinding processing in which a sliding contact surface (10) is subjected to grinding by pressing a grindstone against the sliding contact surface (10) of an inner ring (3) while rotating the inner ring (3) relative to the grindstone in a prescribed direction, and then, in the centerless grinding process, a finishing step in which grinding lines in a direction intersecting grinding lines formed on the sliding contact surface (10) are formed on the sliding contact surface (10) and/or processing for improving the surface roughness of the sliding contact surface (10) is performed is performed.

The present invention discloses a device for removal of wheel rim burr which comprises a main body, plural positioning wheels, an eccentric wheel disposed on the main body, and at least two brush wheels disposed between two corresponding positioning wheels.

The invention discloses an industrial perfume quantitative charging machine in a factory. A casing is provided with a working cavity therein. A charging component is provided on an inner wall at the rear side of the working cavity. The charging component includes a fixed component. The spice box on the inner wall of the rear side of the working chamber, the spice chamber provided in the spice box, a conduit connected between the spice chamber and the working chamber, and slidingly connected to the inner wall of the back side of the working chamber Loading slider. The present invention uses a charging slider to effectively control the communication between the fragrance cavity and the container. Using components such as electromagnets and left-right symmetrical ratchet teeth, it can peel skinned containers of different weights and ensure industrial spices.

The invention discloses an industrial perfume quantitative charging machine in a factory. A casing is provided with a working cavity therein. A charging component is provided on an inner wall at the rear side of the working cavity. The charging component includes a fixed component. The spice box on the inner wall of the rear side of the working chamber, the spice chamber provided in the spice box, a conduit connected between the spice chamber and the working chamber, and slidingly connected to the inner wall of the back side of the working chamber Loading slider. The present invention uses a charging slider to effectively control the communication between the fragrance cavity and the container. Using components such as electromagnets and left-right symmetrical ratchet teeth, it can peel skinned containers of different weights and ensure industrial spices.

A device for producing a curved lateral surface on a rolling element for a rolling bearing includes a grinding apparatus for grinding the curved lateral surface and a retaining apparatus having a control wheel with a convexly profiled peripheral feeding surface for retaining the rolling element during the grinding. The retaining apparatus may include a plurality of control wheels. The control wheel or the convexly profiled peripheral feeding surface may be formed from a ceramic, a resin-bonded synthetic, or a metallic material. The device may include a dressing apparatus for profiling the convexly profiled peripheral feeding surface of the control wheel.

A device for producing a curved lateral surface on a rolling element for a rolling bearing includes a grinding apparatus for grinding the curved lateral surface and a retaining apparatus having a control wheel with a convexly profiled peripheral feeding surface for retaining the rolling element during the grinding. The retaining apparatus may include a plurality of control wheels. The control wheel or the convexly profiled peripheral feeding surface may be formed from a ceramic, a resin-bonded synthetic, or a metallic material. The device may include a dressing apparatus for profiling the convexly profiled peripheral feeding surface of the control wheel.

Provided is a technique allowing an effective process of a bevel portion of a workpiece. A processing apparatus 1 includes a workpiece table 10 configured to hold a workpiece Wf, and a processing head 30 configured to hold a processing pad Pd. The processing pad includes a pad surface 120 provided with at least one groove 130 having an inner circumferential groove wall 131 and an outer circumferential groove wall 132. The processing apparatus 1 is configured to rotate the workpiece table and the processing head, and bring an edge 133 of the inner circumferential groove wall and an edge 134 of the outer circumferential groove wall in contact with a bevel portion 100 of the workpiece during a process of the workpiece.

The invention concerns a method for machining a workpiece (1) by a grinding machine, comprising the step of rotating and translating the workpiece along a first axis (4) toward the first abrasive wheel; rotating an abrasive wheel (6) around a second axis (61) and translating it along a third axis (62) such that the abrasive wheel grinds a peripheral portion (103) of the workpiece; the abrasive wheel being positioned in a position in translation along the third axis; and wherein the position in translation is determined as a function of a position and of an angular position of the workpiece around the first axis. The invention further related to a grinding machine for carrying out such method.