专利检索_.有旋转刀具的专利检索_.有旋转刀具的专利检索查询

序号	专利名	申请号	申请日	公开（公告）号	公开（公告）日	发明人
161		FR7313489	1973-04-13	FR2180088A1	1973-11-23

162	GRINDING TOOL FOR FLANGES	EP12760344	2012-03-21	EP2688702A4	2015-06-03	OLSEN REIDAR OTTO

163	GRINDING TOOL FOR FLANGES	EP12760344.7	2012-03-21	EP2688702A1	2014-01-29	OLSEN, Reidar, Otto
A grinding tool for flanges (12) in a pipe coupling is described, comprising, at least, one first stationary part (14, 24) fastened to the flange, and also a second rotatory part (16) equipped with a grinding tool (20) for grinding the free surface of the flange (12). The grinding tool is shaped as a rotating file (20), and the rotating file (20) lies level with the free surface of the flange (12) and is placed in a holding and adjusting arm (18) that extends diagonally across the flange (12).
164	máquina de acabamento duro	BRPI0801328	2008-05-09	BRPI0801328B1	2020-10-27	BERND WEISS; FRIEDRICH WOELFEL
máquina de acabamento duro trata-se de uma máquina de acabamento duro (1) para dar acabamento duro a uma peça de trabalho (2) que tenha um perfil a ser usinado, em que a máquina tem, ao menos, uma ferramenta (4) que é disposta em, ao meno,s um porta-ferramenta de ferramenta (3) e uma mesa rotativa (5) com um eixo geométrico de rotação (6) que está alinhado verticalmente e em que um porta-ferramenta de peça de trabalho (7) é disposto sobre a mesa rotativa (5) que carrega a peça de trabalho (2) para aumentar a flexibilidade de tal máquina, a invenção é caracterizada pelo fato de que a mesa rotativa (5) tem uma primeira posição rotacional (1), em que a peça de trabalho (2) pode ser usinada pela ferramenta (4), mesa rotativa (5) esta que tem uma segunda posição rotacional (ii) em que a peça de trabalho pode ser tirada ou carregada no porta-ferramenta de peça de trabalho (7) em uma primeira estação de carregamento e descarregamento (8), em que a mesa rotativa (5) tem uma terceira posição rotacional (iii) que é diferente da segunda posição rotacional (ii) em que a peça de trabalho (2) pode ser tirada ou carregada no porta-ferramenta de peça de trabalho (7) em uma segunda estação de carregamento e descarregamento (9).
165		NO20110434	2011-03-22	NO332715B1	2012-12-17	OLSEN REIDAR OTTO

166		BRPI0801328	2008-05-09	BRPI0801328A2	2009-06-02	WEISS BERND; WOELFEL FRIEDRICH
The machine (1) has a grinding tool (4) arranged on a tool spindle (3), and a rotary table (5) with a vertically aligned rotary axis (6). A workpiece spindle (7) is arranged on the rotary table. The rotary table has a rotational position (I) in which the workpiece is machinable by the tool, and another rotational position, in which the workpiece is retained to a loading and unloading station (8). The rotary table has a third rotational position, in which the workpiece is retained to another loading and unloading station.
167	FLAT LAPPING TOOL, IN PARTICULAR FOR FINAL LAPPING OPERATIONS	PL30129393	1993-12-01	PL172330B1	1997-09-30	BARYLSKI ADAM

168	FLAT LAPPING TOOL, IN PARTICULAR FOR PRELIMINARY LAPPING OPERATIONS	PL30129293	1993-12-01	PL172327B1	1997-09-30	BARYLSKI ADAM

169		NO901851	1990-04-26	NO176951C	1995-06-28	JENSEN WAYNE E
A tire rasp blade (22) is provided with an elongated planar body (32) having a working portion (34) comprising a plurality of uniformly and closely spaced teeth (40) which define an arcuate working perimeter (35). Each of the teeth (40) has a base (43) and a working edge (41) and is separated from neighboring teeth generally elliptical primary cutouts (54) which are oriented normal to the tangent of the working perimeter (35). The teeth (40) are preferrably monolithic and of a uniform size and shape, and are both angularly set and laterally displaced relative to the plane of the blade body (32).
170	TIRE RASP BLADE	AU5390990	1990-04-27	AU628523B2	1992-09-17	JENSEN WAYNE E
A tire rasp blade (22) is provided with an elongated planar body (32) having a working portion (34) comprising a plurality of uniformly and closely spaced teeth (40) which define an arcuate working perimeter (35). Each of the teeth (40) has a base (43) and a working edge (41) and is separated from neighboring teeth generally elliptical primary cutouts (54) which are oriented normal to the tangent of the working perimeter (35). The teeth (40) are preferrably monolithic and of a uniform size and shape, and are both angularly set and laterally displaced relative to the plane of the blade body (32).
171		NL7607111	1976-06-29	NL185504C	1990-05-01
Replaceable blades have an inner generally planar portion which is mounted between imperforate spacers of a tire buffing machine hub and an outer working edge portion which protrude beyond said spacers. Said working edge portion has spaced teeth and means in the form of apertures located adjacent the base of the teeth and outwardly of the perimeter of said spacers for collection and direction of air and/or externally applied moisture in rotation of the hub. In some of the disclosed forms the trailing edge of the apertures is embossed or otherwise scoop shaped for increased collection capability and/or capacity.
172		AT83201353	1983-09-22	AT19487T	1986-05-15	CROMMELYNCK ROGER; QUARTIER EDDY

173	RASP	DE3067799	1980-02-01	DE3067799D1	1984-06-20	WOPEREIS JOHANNES ANTONIUS MAR

174	REMOVING AT LEAST ONE LAYER OF REINFORCING ELEMENTS FROM A TYRE BREAKER OR BELT	AU1924783	1983-09-19	AU1924783A	1984-04-12	CROMMELYNCK ROGER; QUARTIER EDDY

175	Rotary disc rasp for hand power tool - has apertures with cutting edges raised above working surface, is self cleaning	NL7900105	1979-01-05	NL7900105A	1980-07-08
The rasp consists of a rigid plate with a number of spaced apertures (5) extending through the plate to its working surface (6). Cutting elements (8) are arranged at the edges of the apertures and have their cutting edges (9) standing proud (a) of the surface (6). The plate may be a rotary disc, fitted in an electric power tool. The disc may have a pattern of apertures (5) covering most of its entire surface. At least some of the apertures may be arranged near the circumference of the disc. The apertures may be radially overlappingly stagered.
176		NL7902869	1979-04-11	NL7902869A	1979-10-15
An erosion device comprising at least one head and means for imparting to the head movements of rotation around an axis and of translation along said axis is improved due to the fact that: (a) the head comprises knives each having several teeth; on each knife two adjacent teeth are spaced apart from each other and leading edges of the teeth and their virtual extensions form a practically continuous line, called line of attack; (b) the teeth being capable of digging grooves in a material to be eroded, the groove corresponding to each tooth having a portion in common with at least one groove corresponding to a tooth of an adjacent knife.
177	METHOD OF PRODUCING SOLID BODIES	GB797477	1977-02-24	GB1539142A	1979-01-24
A method and apparatus for forming solid bodies by removing material from solid workpieces. A workpiece is situated between oppositely rotating tools which remove material from the workpiece, these tools having hollow interiors facing each other and each conforming to the configuration of one half of the finished body. The hollow interiors of the tools have teeth for removing material from the workpiece, and while the tools are rotated oppositely the distance therebetween is due so that from the workpiece a body is gradually formed, this body finally becoming almost completely enclosed within the hollow interiors of the tools, whereupon the latter have the distance therebetween increased so that the body formed thereby can be removed. These tools are adapted to form from a workpiece bodies of full circular or ring-shaped configuration, and the hollow interiors of the tools are provided with raised teeth similar to file teeth, for removing material from a workpiece. In addition, each tool is formed with openings extending outwardly from its hollow interior so that the material removed by the tool from the workpiece can travel outwardly through these openings.
178		FR7604653	1976-02-19	FR2341390B1	1978-12-22

179	SURFACE ROUGHING TOOL	JP19582295	1995-07-07	JPH0919825A	1997-01-21	NISHIMURA KOUSUKE
PROBLEM TO BE SOLVED: To suppress production costs and form a stable and uniform surface roughened. SOLUTION: A surface roughing tool concerned is composed of a cylindrical support 12 whose base 13 is grasped by a rotary machine 22, a plurality of processing elements 17 supported inside a support 12 provided with file texture 20 on its one surface, and a spring 21 to energize each processing element 17 toward an axis of the support 12 and press to a peripheral surface of a work to be processed which is inserted into the support 12.
180		JP5955888	1988-05-02	JPH01164056U	1989-11-15

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