TH16019A - Method of polishing equipment And leather-covered wheels for use with this device - Google Patents

Abstract

An abrasive device consisting of a workpiece (W) with a clear surface and a back cover wheel (12) driven by a suitable tool for polishing the workpiece (W), which is provided. To be able to rotate around the axis in the center of the surface to be polished with the bottom surface. Of the rear wheel (12), which is characterized in such a way that the leather upholstery (12) is arranged This is a pair and the leather-covered wheels (12) are driven in reverse order.

Claims (1)

1. A polishing process in which the workpiece (W) is polished with a leather-wrapped wheel (12) driven by a piece. Rotary drive (1) while abrasive (B) is supplied into the gap between the abrasive surface (121) of the leather upholstery (12) and the workpiece surface (W) is polished by a Characterized in such a way that the sanding surface (121) of the parchment wheel (12) has the ability to move back and forth parallel to the workpiece surface (W) to be polished while the sanding is performed.2. The abrasive process of claim 1, which is characterized in such a way that the leather-covered wheel (12), in conjunction with the pivoting piece (1), is allowed to move back and forth. 3. An abrasive device consisting of a rotary drive element (1) and a leather cover wheel (12) for polishing the workpiece (W) with the sanding surface (121) of the leather cover wheel (12) while the pad cover wheel The leather (12) is driven by a pivoting piece. It is characterized in such a way that the abrasive surface (121) of the leather upholstery wheel (12) can be moved back and forth parallel to the workpiece surface (W) to be polished. Holds 3 rights, which are characterized in such a way that the device will also be supplied. The reservoir (5) for the abrasive (B) and the reservoir (5) will be provided with a piece of equipment. Heat for maintaining the convection condition 5. The abrasive device of claim 3, which is characterized in such a way that the parchment wheel (12), together with the driving unit (1), will 6. An abrasive device consisting of a workpiece (W) with a surface to be polished and a leather-covered wheel (12) driven by a suitable device for polishing the workpiece (W). ) Which has been provided It can rotate around the axis in the center part of the surface to be polished with the underside surface of the leather upholstery wheel (12), which is characterized in such a way that the parchment wheel (12) is arranged. And these leather upholstery wheels (12) are driven in sequence in opposite directions. 7. An abrasive device consisting of a workpiece (W) with a surface to be polished and a leather upholstery wheel. (12) which is driven by a tool suitable for polishing the workpiece (W) provided. The body can be rotated around an axis in the middle part of the surface to be polished with a surface along the inner circumference. Outside of the leather-covered wheels (12), (22), which are characterized in such a way that the leather-covered wheels (12), (22) are arranged in pairs, with one (12) of the wheels. Both leather pads are driven in the same direction as The direction of rotation of the workpiece (W) and is introduced into contact with the workpiece surface (W) to be polished in While the other (22) of the two parchment wheels are driven in opposite directions to the The workpiece (W) is rotated and is brought into contact with the surface of the workpiece (W) to be polished. 8. Polishing process in which the workpiece (W) is polished by a leather-coated wheel (12), (22) While abrasive (B) is supplied into the gap between the abrasive surface of the leather cover wheel (12), (22) and the workpiece surface (W) to be polished, it is determined. It is characterized in such that the spinning shaft (11), (21), respectively, of the leather cover wheel (12), (22) are regulated to vibrate along the workpiece surface (W) to be polished while Controversy 9. The contradiction method of claim 8, which is characterized in such a way that the center of The oscillation of the pivot rod (11), (21) is provided on the axis of the pivot rod (11), (21) 1 0. Polishing process of claim 8 is characterized in such a way that The pivot rods (11), (21) are provided for the ability to move back and forth in a direction perpendicular to their axis.1 1. An abrasive device consisting of rotary drive parts (1), (2) and A leather cover wheel (12), (22) for grinding the workpiece surface (W) to be polished with the abrasive surface of the leather upholstery wheel (12), (22), which is driven by a drive unit. Rotating (1), (2) is characterized in such a way that the spinning shaft (11), (21) of the parchment wheel (12), (22) is capable of vibrating along. The surface of the workpiece (W) to be polished 1 2. Polishing device of claim 11, which is characterized in such a way that the center of The vibrating shaft of the pivot rod (11), (21) is provided on the axis of the pivot rod (11), (21) 1. 3. The abrasive device of claim 11 is characterized in such a way that The spinning shaft (11), (21) is provided to have the ability to move back and forth in a direction perpendicular to the axis. Of the spinning shaft (11), (21) and where the back-and-forth movement is performed in parallel with the workpiece (W) 1 4. The abrasive device of claim 11 is characterized in such a way that the device will It consists of a reservoir (5) for the abrasive (B) and where the reservoir (5) is prepared. Heating device for maintaining convection 1 5. A abrasive process in which the workpiece (W) is polished by turning the leather pad wheel (12), (22) while the abrasive (B ) Is supplied into the gap between the sanding surface (121), (221) of the leather cover wheel (12), (22) and the workpiece surface (W) to be polished, which is characterized in So that the abrasive (B) is heated to preserve the convection condition 1 6. Polishing process in which the workpiece (W) is polished by a turn of the leather pad wheel (12), ( 22) while the abrasive (B) is supplied into the gap between the abrasive surface (121), (221) of the leather cover wheel (12), (22) and the workpiece surface (W) where Polishing is characterized in such a way that the workpiece (W) is polished after the workpiece (W) is heated. 1 7. Polishing method of claim 15, which is characterized in the The abrasive (B) is heated to a temperature range of 37 to 60 degrees Celsius to maintain convection. 1 8. Polishing method of claim 15, which is characterized in the That the workpiece (W) is heated to a temperature in the range of 37 to 60 ° Celsius 1 9. Polishing method of claim 18 is characterized in such a way that the workpiece (W) is heated by hot air after the workpiece is installed in position 2 0. Device. Polishing in which the workpiece (W) is polished by a leather-coated wheel (12), (22) while the abrasive (B) is supplied into the gap between the abrasive surfaces (121), (221). ) Of the parchment wheel (12), (22) and the workpiece surface (W) to be polished in such a way that the device will be equipped with a reservoir (5) for abrasive (B). And where the reservoir (5) will be provided with a piece of equipment Heat to maintain convection. 2 1. The abrasive device in which the work (W) is polished by driving the leather-wrapped wheel (12), (22) while the abrasive (B) is arranged. It is supplied into the gap between the sanding surface (121), (221) of the leather cover wheel (12), (22) and the workpiece surface (W) to be polished, characterized in such a manner that Equipment will be prepared (W) 2 2. Abrasive leather-covered wheel, which is characterized in such a way that the hub part (15) is arranged in a detachable design. Yes, in the axial center part of the body, the elastic disc (16) and the removable sanding pad (17) are arranged on the surface along the outer circumference of the disc body (16) 2 3. Wheel Covering the abrasive discs of claim 22, which is characterized in such a way that the reinforced elastic (18) is inserted between the elastic discs (16), the pads (17) 2 4. The abrasive buffing wheel of claim 23 is characterized in such a way that the stretch The reinforced elastic edge (18) is lessened than the elastic force of the elastic disc body (16) 2 5. The abrasive buffing wheel of claim 22 is characterized in such a way that the elastic The auxiliary (18) is attached to the sanding pad (17) and the auxiliary elastic (18) is provided as a detachable. On the body of the elastic disc (16) 2 6. The abrasive leather-covered wheels are characterized in such a way that the wheel guards (15) are arranged in a detachable center section along the The axis of the elastic disk body (16) and one side surface of the flange body (16) are protruding beyond the hub assembly (15) and the matte surface. One protruding side of the flexible disc (16) is provided with a removable pad (17) 2. 7. Polishing wheel for polishing of claim 26, which is designated Characterized in such a way that the reinforced elastic (18) is placed between the elastic disc (16) and the polishing pad (17) 2 8. The buffing wheel for polishing of Clause 27, which Is characterized in such a way that The elasticity of the reinforced elastic (18) was made less than the elastic force of the elastic disc body (16) 2 9. The abrasive buffing wheel of claim 26, which is characterized in such a way that the elastic resilient (18) is attached to the sanding pad (17) and the additional elastic (18) is provided as a detach. It can be removed on the body of the elastic disc (16) 3 0. The abrasive buffing wheel of claim 24, which is characterized in such a way that the reinforced elastic (18) is attached to the plate. The scrub (17) and the additional elastic (18) are arranged in a detach Can be removed on the body of a flexible plate (16) 3 1. The abrasive buffing wheel of claim 28 is characterized in such a way that the reinforced elastic (18) is attached to the sanding pad (17) and the additional elastic (18) is arranged. Dismount Can be removed on the body of a flexible plate (16).