专利检索_ 防止限制或恢复控制机构的零部件运动的装置例如锁定控制构件专利检索_ 防止限制或恢复控制机构的零部件运动的装置例如锁定控制构件专利检索查询

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序号	专利名	申请号	申请日	公开（公告）号	公开（公告）日	发明人
21	Lock mechanism of driving power transmitting device	JP19525782	1982-11-09	JPS5985524A	1984-05-17	ITOU MASAO
PURPOSE:To eliminate a big shaft of a driving member within a stage part of a member to be driven by making the member to be driven follow the driving member with an arc-shaped locus same as that of the driving member. CONSTITUTION:When an intermittent gear 31 engaged with a driving gear 30 is rotated, a power plate 38 is pressed by a cam 37 and shifted down. Then a driving member 3 interlocking the plate 38 moves upward contrarily centering on a support shaft 1 with an arc-shaped locus. Accordingly a member 4 to be driven is pulled by the member 3 since the member 3 engages a stage part 4a. In this case, the member 4 is supported by a guide member 5 and shifted with an arc- shaped locus since a rubbing part 4c with the member 5 has an arc-shaped form. As a result, the part 4a also draws an arc-shpaed locus in accordance with the locus of the member 3. Thus the member 3 never moves within the part 4a.
22	JPS5652323B2 -	JP3045675	1975-03-13	JPS5652323B2	1981-12-11

23	JPS5086720A -	JP14010774	1974-12-04	JPS5086720A	1975-07-12

24	JPS4846861A -	JP10351572	1972-10-16	JPS4846861A	1973-07-04

25	차량용 공조장치의 컨트롤러	KR1020110115006	2011-11-07	KR1020130049938A	2013-05-15	정해석
PURPOSE: A controller of a vehicle air conditioner is provided to prevent the unnecessary transmission of electric signals to a control unit, thereby protecting a circuit included in the control unit. CONSTITUTION: A controller of a vehicle air conditioner comprises one or more switches controlling a numerical value within a range of maximum and minimum values , a control unit(10) controlling each device according to the numerical value of the switches, and a caution unit(20). The control unit outputs warning signals when the maximum or the minimum value is input or sensed more than once. The caution unit calls user's attention to the air conditioner when the output warning signals are transmitted so that the repetitive input of the maximum and the minimum values is prevented. [Reference numerals] (10) Control unit; (12) Caution signal; (20) Caution unit
26	체결 노브	KR1019960000896	1996-01-18	KR100199794B1	1999-06-15	기노우찌도요히사; 오구쯔노리유기; 시미즈다가미쯔
본 발명은 체결 노브에 관한 것으로 본 발명의 목적은 체결 노브, 특히 안전성이 높은 스키 캐리어등의 고정용 체결 노브를 얻는데 있다. 본 발명의 구성은 체결노브부분에 기부를 축방향으로 체결할 수 있고 또한 회전할수 있게 삽입하고 상기 기부에 의하여 체결 볼트를 조작하는 동시 상기 노브부분의 돌출하는 제1 접동위치에 있어서는 상기 노브부분과 기부를 일체로 회전할수 있고 상기 노브부분이 돌출하지 않는 제2접동 위치에 있어서 서로 유동하는 체결노브 및 체결노부부분에 잠금장치를 가진 것이다.
27	Adjusting knob mechanism	US15791542	2017-10-24	US10145651B2	2018-12-04	Sung-Po Cheng
In an adjusting knob mechanism, a base includes a first supporting portion and a second supporting portion. A first clicking gear includes a plurality of first indentations and disposed on the first supporting portion. A second clicking gear includes a plurality of second indentations and disposed on the second supporting portion. A limiting element is disposed on the base. A movable element is disposed within the limiting element and configured to move in an axial direction of the base relative to the limiting element. A connecting mechanism extends into the limiting element. An adjusting cover is connected to the movable element by the connecting mechanism, so as to move the movable element in the axial direction of the base relative to the limiting element and the second clicking gear. The adjusting cover is configured to rotate the limiting element and the movable element through the connecting mechanism.
28	Method and Device for Operating a Braking Device, Braking Device	US14880525	2015-10-12	US20160103430A1	2016-04-14	Frank Baehrle-Miller; Ullrich Sussek; Simon Fleischer; Peter Blessing
The disclosure relates to a method for operating a braking device, in particular a parking brake device, which comprises an actuator having an electric motor that displaces an actuator element as desired into a brake application position or into a brake release position, wherein the electric motor is controlled in dependence upon a motor constant and an electrical resistance of the electric motor, characterized in that as the actuator element is displaced a prevailing motor input voltage and a prevailing motor current are ascertained, and that the motor constant and the electrical resistance are determined in dependence upon the ascertained motor input voltage and the ascertained motor current.
29	APPARATUS FOR ON DEMAND LIMITING THE VALUE RANGE OF A PARAMETER ADJUSTMENT DEVICE	US14307026	2014-06-17	US20140311279A1	2014-10-23	Matyas TOTH; Balazs SZOBOSZLAY
An apparatus for on demand limiting the value range of a parameter adjustment device comprises a knob for moving a regulating element (1), means for creating engagement between the knob and the regulating element (1), a first stop (3) fixed in relation to the device, a second stop (6) to cooperate with the first stop (3), a shim (5) having said second stop (6), and movable independently in relation to the regulating element (1), a spring (4) an end of which is fixed to the first stop (3) and the other end is fixed to the shim (5), and a pressure element (7) having a surface for frictionally engaging said shim, and fixed against rotation to said regulating element, and means for releasably engaging said surface with said shim.
30	Passenger portable safety brake	US12878361	2010-09-09	US08607602B1	2013-12-17	Godwin Okoye; Mathias Okoye
Passenger portable safety brake, a safety devise for passenger to control the speed or stop a car driven by a student driver. The passenger portable safety brake includes a handle, elongated tube and U-shaped tip with a latch. This device is designed to easily and temporarily attached to the car brake and controlled by the passenger, driving instructor, parents or any one that is helping the student driver with on the road instruction.
31	FEED CONTROL LOCK FOR HAND OPERATED DRAIN CLEANER	US13680453	2012-11-19	US20130160227A1	2013-06-27	Michael J. Rutkowski; Paul W. Gress; Jon R. Dunkin
A hand operated drain cleaner includes a manually operated rotatable drum and an elongated flexible cable at least partially held in the drum. A portion of the cable extending from the drum has a cable axis, and rotation of the drum rotates the cable portion about the cable axis. A handle is adapted to rotatably support the drum. The handle includes a barrel portion and a handle portion. A feed control device includes a housing having a feed passage axially therethrough for receiving the cable and a trigger for moving the feed control device between a non-actuating position and an actuating position. In the actuating position, a feed control device is pivoted relative to the handle such that the driving mechanism engages the cable thereby inducing axial movement of the cable via rotation of the drum. A locking mechanism is opera operably associated with the feed control device.
32	DRILL POSITIONER FOR A COORDINATE MEASURING MACHINE	US13183044	2011-07-14	US20120180590A1	2012-07-19	Stephen Anthony Meisman
A fixture for positioning a drill, vector or the like, has a gimbal mechanism with a tubular bushing extending therethrough. The gimbal mechanism is angularly adjustable and is held by a mounting assembly which is horizontally adjustable along an x-axis and y-axis. In a preferred embodiment of the present invention, the mounting assembly is supported on a base which carries an x-axis mechanism for adjusting the location of the ball member along an x-axis and a y-axis mechanism for adjusting the location of the ball along a y-axis.
33	Release Mechanism For A Parking Brake Clutch	US11831123	2007-07-31	US20080041689A1	2008-02-21	Ronald J. Hanna; Adam W. Remesz
A parking brake assembly which includes a brake lever, a rotary clutch and a lock-release mechanism which cooperate to selectively lock and release a parking brake. The clutch allows actuation of the brake lever in one direction and prevents movement of the brake lever in an opposite direction. The lock-release mechanism allows selective movement of the rotary clutch and the brake lever together in the opposite direction. A gear mechanism is operatively coupled between the brake lever and the rotary clutch.
34	Computer-"reflected" (avatar) mirror	US09962548	2001-09-21	US20050206610A1	2005-09-22	Gary Gerard Cordelli
The mirror of the present invention provides a new device and method for generating a “reflection” of an object that may be processed before display. The invention comprises an image-capture system, an image-processor and a flat-panel display. By this combination, the invention is capable of acquiring the image of a subject in front of the display by passive means not requiring transmitters or reflectors on the subject (such means including optical, ultra-sonic, and electromagnetic sensors), processing the image in programmable ways to create an altered image of the subject and displaying the new image, which appears to mimic the movement and orientation of the original subject.
35	Rotary feedthru control	US279413	1981-07-01	US4416354A	1983-11-22	David Seibel
A mechanism for providing for the one-handed control of a rotary feedthru includes bi-directional braking means which is controllable by the same element used for imparting rotation to the feedthru.
36	Safety device for locking a plurality of operation levers	US655952	1976-02-06	US4036077A	1977-07-19	Takayuki Akiyama
A safety device for locking a plurality of operation levers, the device comprising a frame on which the levers are mounted for pivotal movement with respect thereto, two lock plates mounted side by side on the frame for movement towards and away from one another between locked and unlocked positions of the device in response to rotary movement of a cam disposed therebetween; a respective link pivoted to each of the levers having its free end supported for linear reciprocal movement in response to the pivotal movement of the respective lever, the link having an engaging portion which co-operates with an engaging portion on the respective lock plate on movement of the lock plate towards the locked position to lock the link against the said reciprocal movement.
37	Moving system of a precision gear	US3510158D	1968-01-12	US3510158A	1970-05-05	EFIMENKO VIKTOR IVANOVICH; TYNCHENKO VLADIMIR FEDOROVICH

38	Starting and stopping mechanism	US17117937	1937-10-26	US2226782A	1940-12-31	SANDBERG ROBERT N

39	Pedal stop and yoke	US33647729	1929-01-31	US1788861A	1931-01-13	CRAWFORD JAMES M

40	Means to prevent reverse movement in calculating-machines.	US4764515	1915-08-27	US1215187A	1917-02-06	PHINNEY EDGAR E

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