TH7433A - Process and equipment used to make smooth, round surfaces for the slippery surface of the thrust valve used in engines. - Google Patents

Abstract

Processes and equipment used to achieve smooth, roundness for the slippery surface of the valve thrust used in engines. Which can make a smooth, round, smooth surface of It can press the tongue without needing to provide a surface. In any case, the polished surface of the disc with a flat disc shape is classified as The smooth plane perpendicular to the rotation axis of the abrasive wheel, while the slippery surface of the The tongue, which is then polished, is pressed against the polished surface. It will wobble around the wobbling axis provided away from it. According to the specified roundness From the abrasive surface, the oscillating shaft is parallel to the abrasive surface and within the plane perpendicular to the abrasive surface. Where there is a tangent line between the polished surface and the face That slippery

Claims (8)

1. A round smooth surface treatment process for the slippery surface of the tongue pressing It consists of a process of turning and driving the wheels. Polished with a flat disc shape Which has a polished surface that is The flat plane perpendicular to the spinning shaft of the abrasive wheel and acts to polish the slippery surface of the wheel presses while pressing. Let the aforementioned slippery surface go to the polished surface ready Both the shifting of the bell presses the tongue around the wobbling shaft, which is installed at a distance of the specified roundness. From the abrasive surface where the shaft is wobbling Parallel to the said surface and within the perpendicular plane With such abrasive surfaces that have a tangent line between them The scrubbed page and the slippery surface 2. Surface smoothing process for slippery surfaces. Tongue press the tongue according to claim 1, where the distance between the skin Such scrubbing duty And the shaft that wobbles like that was arranged At the first roundness size And after polishing Rough on slippery surfaces. Had already pressed the tongue The distance between the clear face, that color and the wobbling shaft. Yes, it will be shortened to adjust the size. Smooth second round And the slippery surface which has been rough polished will be polished to have A specific size as it is precisely defined. 3. A device used to achieve a smooth, round surface for the face. That slippery of the tongue depresses the tongue that contains Disc wheel Rotatable on the side Is a set of polishing wheels The abrasive wheel has an abrasive surface that is horizontally aligned. Perpendicular to the rotating shaft of the abrasive wheel on the side face One side of it The boom presses the tongue held on the part that can move back and forth. Which is a set of encrusted sections by means of adhesion to adhere to the surface Its slippery is the opposite of that polished surface. The oscillating shaft of the vibrating part, which has a wobble shaft parallel to the abrasive surface. And within the plane Perpendicular to the abrasive surface that has a contact line Between the aforementioned polished surface And such slippery surface Such a wobble shaft was assembled in a way that Can move for the back and forth rotation of the shaking section within Within the range of the set rotation angle and Either side that is a set of abrasive wheels or the side that is a set of sections The shaker is equipped with a spaced adjustment path for Adjust the distance between the abrasive surface of the abrasive wheel and the The wobble shaft of the shaking part 4. A device used to achieve a smooth, round surface for the face. The slippery surface of the tongue presses the tongue according to claim 3, where the polished surface is a disc-shaped abrasive surface that On all sides of the wheel. 5. A device used to achieve a smooth, round surface for the face. The slippery surface of the tongue presses the tongue according to claim 3, where the polished surface is a ring-shaped abrasive surface, which has The style is the width of the polished face as defined on the border. The entire perimeter of one side of the said wheel. 6. A device used to achieve a smooth, round surface for the face. The slippery slippery tongue depresses the tongue according to claim 3, where the method of retaining the lever is composed of a compressed shaft, axle, beam. And the positioning port, which is mounted on the top surface of the vibrator. The axle is fixed in the range for the shaft. In the middle section along the length of the bell presses such tongues as the axis of rotation to push the bells, the lever can rotate the beam with such bending force to stop at one side Of the front end of the knot presses the tongue so that it can push the flexible part of the side into The sides of the polishing wheel and the positioning part are also equipped with an adjustable screw. And the end of such adjustable screw Will be stopped at the side The other side of the front end of the tongue presses the tongue. 7. A device used to achieve a smooth, round surface for the face. The slippery slippery tongue presses the tongue according to claim 4, where the wobbling shaft of the said wobble shaft moves. Obtained in the radial direction of the abrasive surface by diagonal With the tangent line of the polished surface and the slippery surface 8. A device used to achieve a smooth, round surface for the face. The slippery slippery tongue depresses the tongue according to claim 3, where the method for adjusting such spacing will be aligned. The side that is a set of such abrasive wheels The way of adjusting such spacing consists of a set of pieces. Support that is stuck in the direction of the rotation axis of the straight abrasive wheel. Movable base To accommodate the abrasive wheel and a long spindle inserted into the screw hole in the supporting part and both ends of the long threaded rod are supported. Can be rotated on a stationary platform with a support and a handle for steer, attached at one end of the Such a long spiral rod (8 claims, 3 pages, 10 photos).