专利检索_ 控制一系列操作的机械装置即程序控制例如包括一组凸轮专利检索_ 控制一系列操作的机械装置即程序控制例如包括一组凸轮专利检索查询

序号	专利名	申请号	申请日	公开（公告）号	公开（公告）日	发明人
81	Clutches	US489794	1974-07-16	US3948374A	1976-04-06	Alan Malcolm Whyte
A reproduction machine having a document scanning system has an improved recycling clutch for operating the system. The clutch has a rotatable input plate and a rotatable output plate. An annular pawl plate pivotally mounted on the input plate has a driving surface which is biased into engagement with a pin on the output plate. A rotatable timing element driven by the input plate periodically contacts a cam surface on the outer periphery of the pawl plate to disengage the driving surface from the pin to effect release of the clutch at intervals greater than a revolution of the input plate. The cam surface maintains the disengagement of the driving surface from the output plate for a sufficient length of time to permit rotation of the latter in the reverse direction greater than one revolution via a biasing spring.
82	Device for controlling one or more processes	US23567972	1972-03-17	US3799305A	1974-03-26	LIMBERGER W
An improved device for controlling one or several processes or process steps as a function of a trigger pulse, comprising a continuously revolving shaft with a disk-shaped drive element, wherein the pulse causes a control disk to be coupled for a certain arc of the rotation, and wherein the said control disk is mounted on a shaft parallel to the drive shaft, wherein the improved device is adapted to provide with small forces and travels non-positive and non-slip connections with a drive mechanism for transmitting large forces. This device has a mechanical construction, operates reliably and is of simple design. Certain control functions are achieved either by dimensioning the angle of rotation or by a positive engagement.
83	Manifold valve	US3610264D	1970-06-05	US3610264A	1971-10-05	FLAGG RAYMOND P
A manifold gas valve including a partition wall having main gas and pilot gas passageways therein, a slidable control valve having a gas flow passageway therethrough and biased against said wall, and pushbuttons arranged and operably connected to the control valve so as to respectively move the control valve to one of its ''''pilot,'''' ''''on'''' and ''''off'''' positions and simultaneously move the other pushbuttons to their retracted positions. The manifold valve also includes a biased closed safety valve, condition responsive means for holding the safety valve open, and a separable coupling between the condition responsive means and the safety valve. The safety valve is arranged to be actuated by the pushbutton for moving the control valve to its ''''pilot'''' position while the separable coupling between the safety valve and the condition responsive means is arranged to be actuated upon movement of the control valve to its ''''off'''' position.
84	Programmers	US3597982D	1969-06-09	US3597982A	1971-08-10	JULLIEN-DAVIN JEAN
A programmer for automatic washing machines or the like, including a constant-speed reversing programming cam, an operating cam driven in stepwise manner by the programming cam, and means to selectively block the stepwise advancing of the operating cam for a predetermined length of time, whereby the operation of the machine may include a comparatively long rest period intermediate successive operating sequences within a cycle, as for a lengthy soaking stage. Following expiration of the predetermined time, the blocking means is released and the operating cam resumes its stepwise advancement for the remainder of the operating cycle.
85	Gravity-operated delay mechanism	US51902666	1966-01-06	US3382725A	1968-05-14	GOLDSTEIN DAVID A

86	Mechanical programming device	US42977665	1965-02-02	US3298246A	1967-01-17	RUBINWITCH KENNETH C

87	Adjustable cam programmer	US36200264	1964-04-23	US3260129A	1966-07-12	DRAIN ALFRED H

88	Timing regulators	US1090560	1960-02-25	US3168739A	1965-02-02	IVAR FREDHOLM GUNNAR

89	Safety device for appliances which perform successive programmed operations	US83328259	1959-08-12	US3035130A	1962-05-15	VSEVOLOD DACHKEVITCH

90	Drive mechanism	US71966558	1958-03-06	US2985029A	1961-05-23	SCHNEIDER EMMOR V

91	Control device	US72222658	1958-03-18	US2917939A	1959-12-22	HARRIS JOHN L

92	Step-by-step ratchet drive	US52401355	1955-07-25	US2869375A	1959-01-20	LEWIS MELVIN R

93	Reversing mechanism	US41860754	1954-03-25	US2836991A	1958-06-03	PERLIS DAVID B

94	Cyclically operable power transmission mechanism	US27662252	1952-03-14	US2795307A	1957-06-11	BURG FRED G

95	Arrangement for performing mechanical works	US43566830	1930-03-13	US1880138A	1932-09-27	FRANZ HUBL

96	Timer	US8111326	1926-01-13	US1670751A	1928-05-22	SMITH ALGY J

97	System and means of control	US34779019	1919-12-27	US1520132A	1924-12-23	JOHNSON FREDERICK H

98	Timing apparatus for mountain-air sanitariums	US58492322	1922-08-28	US1466653A	1923-08-28	FRANK BATTER

99	Control mechanism	US35475620	1920-01-28	US1353369A	1920-09-21	EDWARD WILLIAMS

100	Reconfigurable Motion Generator	US14702430	2015-05-01	US20150316129A1	2015-11-05	Pierre Larochelle
A reconfigurable motion generator and control system for multi-phase motion generation. Reconfigurable motion generators are a new class of mechanical devices that are designed for a specific part family and their associated motion generation tasks. The reconfigurable motion generator may utilize revolute joints for link length and pivot adjustment to achieve different configurations from the same set of links. Due to the nature of adjustment of the mechanism this methodology may be used for different types of motion generation tasks such as (a) common start position, (b) common end position, (c) common intermediate position, and (d) distinct motion generation tasks with no common positions. This technique can be applied towards the synthesis of reconfigurable motion generators for use in many planar or spherical applications involving multi-phase function, path, and motion generation tasks.

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