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B24B15/03：..使用轻便式或可移式机床

序号	专利名	申请号	申请日	公开（公告）号	公开（公告）日	发明人
101	Methods and apparatus for polishing seal surfaces in a nuclear reactor	US541613	1995-10-10	US5690541A	1997-11-25	Charles Arthur Dalke
Methods and apparatus for polishing seal surfaces in a nuclear reactor are described. One embodiment of the apparatus includes a universal joint which has a universal joint housing and a drive shaft extending therefrom. A polishing plate is secured to the universal joint housing. A working surface of the polishing plate is configured to polish the seal surfaces. The seal surfaces of incore monitor housings and valves may, for example, be polished using various embodiments of the apparatus.
102	Method for precision-grinding a bezel at the inlet bore a workpiece	US357123	1994-12-15	US5601476A	1997-02-11	Rainer Maier; Rudolf Koenigswieser
A method for precision-grinding a bezel at the inlet of a bore of a workpiece, comprising the following steps:a. generating a bezel at the inlet of the bore of the workpiece by grinding the workpiece at the inlet of the bore with a first grinding tool into a first shape defining an angle correspondingly slightly greater than a desired nominal angle;b. honing the bore to generate a honed bore; andc. again grinding the bezel to its nominal shape by means of a second grinding tool, while simultaneously guiding the second grinding tool in the honed bore by means of a pilot.
103	Fabricating internal combustion engine cylinder heads with close tolerance internal surfaces	US450715	1989-12-14	US4934351A	1990-06-19	Barry E. Shepley
An internal combustion engine which is provided with a cylinder head structure possessing truer finished surfaces and which incorporates unsmeared porosity in such surfaces to act as reservoirs for lubrication; as a result the design gap with the valve stem can be closer for improved lubrication.
104	Grinding apparatus	US473589	1983-03-09	US4545152A	1985-10-08	Hans Grimm
The grinding apparatus permits precision machining of a valve seat or a sealing surface, and includes a grinding spindle having a holding and guiding part extending into a finished workpiece bore with clearance. The holding and guiding part is smaller in diameter than the grinding spindle and includes a pin which carries on its free end a grinding tool. The other end of the pin passes into the grinding spindle which has a substantially larger diameter. The grinding spindle is located outside the bore of the workpiece and may thus be made very stable. The pin is held by the grinding spindle so that the workpiece is held and guided securely even in the case of very small workpiece diameters.
105	Valve seat grinding device and tool for using same	US343824	1982-01-29	US4467566A	1984-08-28	Joseph F. Ondrus, Jr.; John J. Schimweg
A tool and a grinding member for installing thereon comprising a support structure having inner and outer portions journaled for relative rotational movement, a guide member for mounting on an object having a surface to be ground, the guide member having a cylindrical portion that extends from the object in a position centered on the axis of the surface to be ground, the inner portion of the support structure having a surface for making sliding engagement with the cylindrical guide portion, a work engaging member for mounting on the outer portion of the support structure in position to engage the surface to be ground when the tool is moved axially along the cylindrical portion of the guide member, the work engaging member having a surface portion contoured to the desired shape of the surface to be ground and having surface grooves formed therein at spaced locations extending thereacross, and a layer of relatively hard, wear resistant materials and a binder formed on the contoured surface of the work engaging member.
106	Grinding machines	US3594962D	1969-05-07	US3594962A	1971-07-27	CHRISTENSSON STIG OSKAR
A grinding machine for grinding of valve seats in marine engines. The object of the invention is to provide a machine that is able to grind with sufficient accuracy for the pressures and temperatures at which marine engines operate and to provide a machine which at the same time is easy to apply and to operate. This has been achieved thereby that the machine is provided with a frame which is rotatable about a shaft adapted to be arranged in a valve stem bore and carries an arm which is mounted to be displaceable in an inclined track which is arranged in the frame and extends in a plane coinciding with the longitudinal direction of the shaft, the said arm carrying a holder for a grinding wheel and a driving motor associated with the said wheel, and also being displaced by means of a screw-threaded spindle which is mounted to be rotatable but axially nondisplaceable in the frame, the said screw-threaded spindle being provided at its upper end with a conveniently removable handle for turning the frame about the shaft, means being provided for converting a relative movement, brought about on rotation of the frame by means of the handle, between the frame and the screw-threaded spindle into a displacement of the arm, so that the grinding wheel, depending on the direction of rotation of the frame, is displaced either obliquely upwards and outwards or downwards and inwards in the direction from or towards the shaft.
107	Guide and depth gauge for combination portable grinders and dressers	US22880262	1962-10-08	US3148486A	1964-09-15	GRAY MILO C; POPE JOSEPH I; PETH PAUL H

108	Valve seat refacing apparatus	US5830160	1960-09-26	US3071902A	1963-01-08	CURFMAN RONALD L

109	Seat grinder	US57353256	1956-03-23	US2833093A	1958-05-06	SHESLER LAURENCE F

110	Valve repairing machine	US7954849	1949-03-04	US2572485A	1951-10-23	HAROLD HUNTER RICHARD; GEORGE SEEDS CYRIL

111	Valve grinder	US54067344	1944-06-16	US2360550A	1944-10-17	CROCKER CULP LIDE

112	NOZZLE TIP MANUFACTURING	EP16733573.6	2016-06-30	EP3319755B1	2019-08-07	LACOTTE, Matthieu; MALIGNE, David

113	DEVICE FOR RE-MACHINING A SAFETY VALVE	EP10704169.1	2010-01-21	EP2389274B1	2013-08-14	SPERRING, Christopher

114	Verfahren zur Finishbearbeitung eines Ventilsitzes für Kugelventile, insbesondere für Brennstoffeinspritzventile in Brennkraftmaschinen	EP01113158.8	2001-05-30	EP1166962B1	2003-10-08	Goldau, Harald Dr.-Ing.; Klopp, Marc Stephan Dipl.-Ing.; Wolters, Martin Dipl.-Ing.

115	Dichtungsanordnung, insbesondere für Brennstoffeinspritzventile in Brennkraftmaschinen und Verfahren zur Herstellung eines Dichtsitzes	EP98109828.8	1998-05-29	EP0955128A3	2001-04-11	Becker, Manfred G.
Die Erfindung betrifft eine Dichtungsanordnung insbesondere für Brennstoffeinspritzventile in Brennkraftmaschinen. Die Dichtungsanordnung besteht aus einer Ventilkugel und einem Ventilkörper, der einen konischen Ventilsitz für die Ventilkugel aufweist. Der konische Ventilsitz besitzt eine durch Schleifen bearbeitete Oberfläche. Erfindungsgemäß weist der Ventilsitz eine durch Feinschleifen (Finishbearbeitung) in die konische Fläche eingearbeitete, ringförmig umlaufende und im Längsschnitt kreisbogenförmige Sitzfläche für den Dichtsitz der Ventilkugel auf. Der Radius des die Sitzfläche bildenden Kreisbogens ist größer als der Radius der Ventilkugel. Die im Längsschnitt muldenförmige Vertiefung der Sitzfläche ist so bemessen, daß im Querschnitt gemessene Formabweichungen des konisch geschliffenen Ventilsitzes von der Kreisform zumindest im Scheitelbereich der kreisbogenförmigen Sitzfläche eliminiert sind.
116	Dichtungsanordnung, insbesondere für Brennstoffeinspritzventile in Brennkraftmaschinen und Verfahren zur Herstellung eines Dichtsitzes	EP98109828.8	1998-05-29	EP0955128A2	1999-11-10	Becker, Manfred G.
Die Erfindung betrifft eine Dichtungsanordnung insbesondere für Brennstoffeinspritzventile in Brennkraftmaschinen. Die Dichtungsanordnung besteht aus einer Ventilkugel und einem Ventilkörper, der einen konischen Ventilsitz für die Ventilkugel aufweist. Der konische Ventilsitz besitzt eine durch Schleifen bearbeitete Oberfläche. Erfindungsgemäß weist der Ventilsitz eine durch Feinschleifen (Finishbearbeitung) in die konische Fläche eingearbeitete, ringförmig umlaufende und im Längsschnitt kreisbogenförmige Sitzfläche für den Dichtsitz der Ventilkugel auf. Der Radius des die Sitzfläche bildenden Kreisbogens ist größer als der Radius der Ventilkugel. Die im Längsschnitt muldenförmige Vertiefung der Sitzfläche ist so bemessen, daß im Querschnitt gemessene Formabweichungen des konisch geschliffenen Ventilsitzes von der Kreisform zumindest im Scheitelbereich der kreisbogenförmigen Sitzfläche eliminiert sind.
117	研削装置	JP2009542541	2008-11-17	JPWO2009066628A1	2011-04-07	平西沢; 久保田　治; 治久保田; 勲安藤; 満内田; 由井　隆行; 隆行由井; 美知家三瓶; 雅之西鳥羽
装置の小型化と共に、加工精度の向上を図る。ベッド1には、水平方向の一直線上を往復動可能に構成されてなる第1のスライド部101と、この第1のスライド部101に載置され、第1のスライド部101の往復動方向と直交する水平方向の一直線上を往復可能に構成されてなる第2のスライド部102と、この第2のスライド部102に載置されて、ワークを保持して回転するワーク保持部103と、これら第1及び第2のスライド部101,102に対して所定の位置に固設され、それぞれ砥石を回転可能に保持する第1乃至第3の砥石スピンドル21〜23とを具備し、第1及び第2のスライド部101,102によるワークの移動によって研削加工を可能とし、第1乃至第3の砥石スピンドル21〜23が設けられた段部1c側が装置の前面側に配されて、装置の小型化と共に作業性が向上されたものとなっている。
118	SUPPORT DEVICE FOR VALVE SEAT LAPPING DEVICE	JP2001129878	2001-04-26	JP2002326149A	2002-11-12	YONEKURA NORIYUKI; SAWANO AKIHIRO; ITO YUKIO; NAKAYAMA TAKUMI; MINAMI YOSHINAKA
PROBLEM TO BE SOLVED: To support a support device for a lapping device stably on a flange portion of a valve easing, facilitate and simplify an arranging and removing operation of a device body, and remarkably facilitate a setting operation and an adjusting operation of the device body, in a lapping operation of a valve seat surface in the valve easing. SOLUTION: A left-right pair of bearing holders are set on a flange portion of a valve easing. On a substantially middle portion of a cross rod passed between the bearing holders, a mounting fitting for clamping and supporting intermediate case parts of a valve seat lapping device is swingably pivoted. A bearing socket housed in a holder case of the bearing holders is supported for reciprocation by threading by an adjusting bolt, and a top opening of the holder case is closed by a lid plate in an openable relation. A holder plate of the bearing holders has notched engaging jaws, and a bolt passed through the flange portion of the valve easing is engaged with the engaging jaws to fixedly tighten them. A bearing fitting threaded on a substantially middle portion of a threaded rod body is supported axially movably by an adjusting nut.
119		JP2979196	1996-01-09	JP3098184B2	2000-10-16

120	VALVE SEAT FITTING DEVICE	JP27651698	1998-09-11	JP2000084821A	2000-03-28	HAYASE KATSUNORI
PROBLEM TO BE SOLVED: To provide a valve seat fitting device facilitating mounting, removal and adjustment of a fitting surface plate position while securing stable support of the device, shortening work time and improving workability. SOLUTION: A frame 11 is inserted in the opening of a base 2, a supporting block 9 is mounted to the frame 11, a bolt to fix the supporting block 9 is provided, a mounting arm 3 is mounted to the base 2, a bolt to fix the mounting arm is provided, the mounting arm 3 and the supporting block 9 are linked with a spherical joint coupling 4, a fitting surface plate 12 is mounted to the lower end of the frame 11, a motor 14 is provided on the upper end of the frame 11, and driving force of the motor 14 is transmitted to the fitting surface plate 12 by a chain 13.

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