Abstract: The present invention provides a method and system for acquiring operating parameters of a photographic lens, including: a control circuit and a storage unit that are configured in the photographic lens, where the control circuit acquires an operating parameter of the photographic lens by using a focusing ring position sensor, a zoom ring position sensor, an aperture ring position sensor, an accelerometer and a gyro sensor; and the control circuit is further connected to a camera or an external data reading device by using a communication interface, to output the operating parameter after data encapsulation in real time.

Abstract: A cosmetic panel suspension system for an appliance includes an outer door panel having a perimetrical flange. A plurality of side adjusters is attached to the perimetrical flange. At least one adjustment bracket has a plurality of positioning apertures in slidable engagement with a portion of the perimetrical flange. The plurality of side adjusters extends through respective positioning apertures defined within the at least one adjustment bracket, and adjustment of at least one side adjuster of the plurality of side adjusters slides the at least one adjustment bracket relative to the perimetrical flange. A cosmetic panel is attached to the at least one adjustment bracket.

Abstract: On the track of a potentiometer a resistive path of thin film is deposited or a foil is bonded to a matched substrate and a parallel path is formed of discrete contact straps extending from the resistive path. The resistive path has a protecting coating and the wiper is moving on abrasion resistant contact straps. This design enables application of high precision and stability resistor technologies in the production of variable resistors destined for long service life. It enables also, in high precision applications, by maintaining the linearity of the output versus input function, a two-wire connection to the variable resistor used as a position sensor.

Abstract: On the track of a potentiometer a resistive path of thin film is deposited or a foil is bonded to a matched substrate and a parallel path is formed of discrete contact straps extending from the resistive path. The resistive path has a protecting coating and the wiper is moving on abrasion resistant contact straps. This design enables application of high precision and stability resistor technologies in the production of variable resistors destined for long service life. It enables also, in high precision applications, by maintaining the linearity of the output versus input function, a two-wire connection to the variable resistor used as a position sensor.

Abstract: A resistive element includes a resistive film disposed on an insulating film, a current collector disposed apart from the resistive film at a given space, and an electrode conductive to the resistive film and the collector respectively. The insulating board is punched to form slits which split the electrode. The slits allow the resistive element to maintain creepage distances between the electrode. The resistive element accommodates downsizing requirement while restraining silver migration for eliminating shorts between the electrodes. As a result, a highly reliable resistive element is obtainable.

Abstract: A visor with an illuminated vanity assembly comprising a base with a closable cover. A dimmer switch is provided on the base for controlling the light output of the illuminated vanity assembly. The dimmer switch comprises a slidable switch electrically coupling a light source contact and a resistor whereby the sliding of the switch relative to the resistor changes the resistance in the circuit to control the light output from the light source.

Abstract: A sensor comprises a casing closed with a cover having a bearing section; an axially movable operating shaft supported on the bearing section; and a slider receiver in contact with the forward end of the operating shaft within the casing. A first return spring in elastic contact with the operating shaft and the second return spring in elastic contact with the slider receiver are disposed within the casing.

Abstract: A variable resistor device including a casing and a shaft slidably connected to the casing along its axis. The casing houses a resistive substrate and a slider which is movable along a surface of the resistive substrate. The casing also defines a pair of guide grooves for receiving protrusions extending from the slider, thereby restraining the slider to slide along a path defined by the guide grooves. One side of the slider contacts an end of the shaft, and an opposite side of the slider is pressed by a spring. The spring force is parallel to but spaced away from the axis of the shaft; therefore, the forces acting on the slider create a torque. Because the slider is not connected to the shaft, the slider pivots within a small clearance provided by the guide groove in response to the torque, thereby causing the projections of the slider to press against the walls of the guide groove and thereby preventing vibration of the slider relative to the casing.

Abstract: A linear-movement potentiometer having an operating rod 25 projecting at both ends from a substantially hermetic casing and connectable at one end 26 to a drive member, and first and second bearings 33, 34 disposed between the casing and the operating rod for supporting the operating rod for a linear sliding motion relative to the casing. A sealing arrangement is provided between the casing and both ends of the operating rod. A sliding variable resistor assembly 38 including a resistor and a contact relatively slidable with each other is disposed within the casing, and one of the resistor and the contact is operatively connected to the operating rod for establishing a relative sliding movement between the resistor and the contact. A cover 54 may be sealingly secured to the casing for covering the end of the operating rod, and the operating rod may have an air passage 28 axially extending therethrough.

Abstract: A control switch having an air gap safety lever, a novel slide arrangement, and an illuminated on-off control switch. The air gap safety lever is mounted on the control switch in such a manner that no power may flow through the circuits until the unit has been installed and the front cover plate mounted. The slide arrangement employs a thin clip which provides an aesthetically appealing slide control, the clip having special dimples which allow nearly frictionless movement. The illuminated on-off control switch utilizes a light piping which conveys light from an LED to the on-off button, the light piping doubling as a mechanical link between the on-off button and a momentary contact switch mounted inside the control switch. Also, a novel frame is disclosed which secures all mechanical and electrical components of the switch together without the necessity of attaching the back box, which simplifies test and repair before shipment of the unit from the factory.

Abstract: A multi-slider electrical assembly comprises a metal case having a channel-shaped cross-section mounted on a substrate. The case has parallel slits, and guide blocks are spaced apart in parallel within the case for guiding a plurality of sliders extending through the slits. The case has an engage projection and semi-projections on each side thereof formed at each corner on its side walls. The engage projections are bent in contact with metal layers on the bottom surface of the substrate, and the semi-projections bear on grounding layers on the upper surface of the substrate, in order to hold the substrate therebetween without crushing it and to provide a good ground for the case.

Abstract: Tap or current collector for rotary or linear potentiometers, displacement pick-ups, variable resistances, brushes/collector junctions of electric motors, etc., wherein the tapping part on which the slider elements as such are mounted and which performs a relative movement with respect to the tapped path or collector carries the slider elements having individual resilient and freely movable slider fingers, at least in the contact area proper, and which are mounted on a mounting block in such a manner, relative to the sense of displacement, that irrespective of the sense in which the tap moves at any time, one of the slider elements is always pushed, and the other one is always pulled so that even the influences on the tapped or transmitted electric signal of dynamical effects developed by high accelerations are compensated.

Abstract: A position-sensing potentiometer arrangement for sensing the position of a movable piston and piston rod configuration within a linear actuator includes a first support member extending longitudinally within an open-ended recess formed in the rod and a sliding contact mounted thereon. A tubular support is mounted to a stationary closed end of the linear actuator and extends into the recess to surround a portion of the first support member and a center support member which is also mounted on the closed end of the a actuator. A longitudinally-extending resistance element and a parallel conductor element are mounted on and supported by the center support member. As the first support member moves through the tubular support, the sliding contacts couple the resistance element to the conductor element to provide a resistance value variable as a function of the position of the piston rod.

Abstract: A potentiometric linear position sensor including a housing (10) made of extruded aluminum which may be cut to preferred lengths (15). The sensor includes a Kapton film substrate (32) having first a uniform coating of resistive material (34) disposed thereon, and then distinct islands formed by laser sculpting. Conductive material (50, 53, 55, 56, 57, 58), screen printed upon the resistive material before or after the laser sculpting, is connected to terminal means (62, 68, 70) for the respective electrical elements (48, 51, 55). The flexible Kapton film substrate (32) is inserted endwise into the housing (10) with the side edges of the substrate curled upwardly and captured within longitudinal housing slots (28, 29) disposed along opposite housing walls (14, 16).

Abstract: A linear potentiometer, having a longitudinal housing with a resistance path and with a wiper guided by a push rod sliding therein. The push rod is supported at its entry into the housing of the potentiometer via a slide bearing which contains an elastic ring element, preferably an O-ring. This ring element embodies the sole connection between a stationary outer bearing and an inner bearing which is movable in a swinging manner relative to the outer bearing because of the elastic connection. The push rod slides in the inner bearing. The inner and outer bearings, by means of opposing annular grooves, receive the elastic ring element connecting them.

Abstract: A variable resistor improved to eliminate noise generated in the slider due to a voltage drift attributable to a contact resistance. The variable resistor has an insulting substrate, a resistance member formed on the insulating substrate and connected to a first and a third terminals, a collector formed on the insulating substrate in parallel with the resistance member and connected at its one end to a second electrode, a conductor formed also on the insulating substrate and extending in parallel with the resistance member substantially over the entire length of the resistance member from the electrode connected to one end of the resistance member, and a first and a second slider carried by a common slider carrier, the first slider having contacts adapted for sliding on the resistance member and the conductor, while the second slider having contacts for sliding on the resistance member and the collector at the same position as the contacts of the first slider along the length of the resistance member.

Abstract: Variable resistor comprises a lead screw 12 rotatably mounted to substrate 42 by conductive mounts 18, 18' and engaging a one-piece stamped and formed sheet metal slider 16 movable along circuit trace 20 in response to rotation of the screw 12. The lead screw 12 is a conductive plastic and thus acts as a resistance element, the resistance between the mounts 18, 18' and the circuit trace 20 being varied by rotating the screw 12. Mounts 18, 18' have spring-loaded arms 34, 36 which releasably retain the lead screw 12 so it may be replaced if it is desired to change the resistance limits of the device.

Abstract: A variable resistor and switch assembly in which a variable resistor and a switch are constructed as a unit. The assembly has an insulating substrate, a resistor, a collector and stationary contacts which are formed on the substrate, and a carrier made of an electrically insulating material. The carrier includes a slider for making sliding contact with the resistor and the collector, a pair of contactors made of a resilient metallic material and making sliding contact with respective one of the pair of stationary contacts, and an operation member made of an electrically insulating material and adapted for breaking the conduction between the pair of contactors. As the operation member is actuated at any desired position of the slider, the conduction between the pair of contactors is broken to make the switch take the off state irrespective of the resistance value of the variable resistor.

Abstract: An electrical resistance apparatus adapted for the measurement of the position of the throttle blade of an internal combustion engine is disclosed. The apparatus includes a generally annular housing which has an inside surface that supports a flexible resistive element. The resistive element comprises a flexible web on which two parallel resistive tracks have been overlaid. A generally cylindrical rotor mounts within the housing and electrically couples the two tracks by means of a U-shaped conductive wiper that bridges the separation between the resistive tracks. The rotor is mechanically connected to the throttle blade of the internal combustion engine and rotates therewith. By applying the leads of a power supply to one resistive track and reading a voltage signal from the other resistive track, a potentiometric signal related to the position of the throttle blade is developed.

Abstract: A potentiometer having in combination a non-electrical conducting substrate, a thin layer of resistance and collecting material on the substrate, a wiper movable thereon, providing communication between the resistance material and collecting material; the wiper and substrate contained in a durable housing with the wiper located on a carrier located above the substrate, supported by a shaft and rotationally fixed by a guide rail whereby axial force on the shaft casues a change in position of the wiper resulting in a change of resistance and voltage output which may be monitored.

Abstract: A potentiometer including a resistance element positioned within the housing. The resistance element comprising a substrate and a resistive track deposited thereon has a collector element and three terminating pads electrically connected to each end of the resistance track and to the collector element. A slidable wiper is electrically connected to the collector element and contacts the resistance track to vary the resistance of the circuit. Clips are mounted on the resistance element to provide electrical connections between the terminating pads and terminal posts connecting the resistance element to an external circuit. The clips are formed of an S-shaped, resilient, electrically conductive element having lower and intermediate sections to resiliently clamp the resistance track, and an upper section with two bifurcated arms to engage the terminal post.

Abstract: Disclosed is a variable resistor of a simple construction having a driving mechanism, which can be assembled with ease and which allows contactors movable by an operation lever to be normally held in a predetermined position on a resistance element. The lever can be forcibly moved to vary the output of the resistor, and yet the lever will be returned automatically to its original position when the lever is released from the force exerted thereon.

Abstract: A miniature or subminiature, rectangular potentiometer which automatically disengages and engages at the extreme end settings may be fabricated by using a worm screw which engages and disengages a sector gear. The sector gear is arranged and configured to selectively engage a spring at the extremes of travel of the sector gear. When the worm screw drives the sector gear to the limit of its travel, the spring is compressed against the gear thereby compressing the spring. The compression of the spring is sufficient to permit the gear teeth on the opposing end of the sector gear to advance and disengage from the worm screw. Rotation of the worm screw in the opposing direction automatically re-engages the sector gear by virture of the urging of the spring.

Abstract: An elongate bar of electrically conductive material and having a generally U-shaped cross-section carries on the inner side of one of its legs a support with a resistance layer facing towards the other leg. A slider is guided between the two legs of the bar and has a contact spring, one contact tongue of the spring bearing on the resistance layer and another contact tongue bearing on the opposite, second leg of the bar forming a collector element. A nose formed on the slider engages a groove which exists between the resistance element and the bent free end of the one leg of the elongate bar, to guide the slider. A cover plate overlies the opening of the U-shaped cross-section of the elongate bar. An operating knob is disposed outside the cover plate and extends through a slot in the cover plate operatively to engage the slider.

Abstract: A resistance element for obtaining a continuous and linear output characteristic is obtained by the combination of a zig-zag resistance element and a resistance film of higher resistivity disposed thereover.

Abstract: A variable resistor has an insulating substrate plate, a resistance body formed on the substrate plate and a slider adapted to slide along the resistance body. The resistance body is formed in a winding pattern to provide a larger range of variation of resistance for a given stroke of the slider. The slider has a plurality of contacts adapted for sliding along the resistance body so that at least one of the contacts is kept in contact with the winding resistance body so as to provide a linear change of the output of the resistor.

Abstract: A variable resistance slide control includes a housing having a front wall and having a side wall that is integral therewith. A dielectric base having a resistance element and a collector member mounted thereon is secured to the housing in spaced parallel relationship to the side wall. A contactor member engaging the resistance element and collector member is constrained to move with a slider that includes a handle portion projecting outwardly of the housing through an elongated slot which is defined by the front wall and the base. The slider includes a slider block portion with a guide groove therein interfitting with a longitudinal rail that is integral with the dielectric base, and the slider block portion slidably engages an inner surface of the side wall. A second rail is integral with the dielectric base and includes a guide surface that is slidably engageable with the slider block portion.

Abstract: A multiple slide resistor suitable for use as a tandem resistor in a stereo system is disclosed. The slide resistor comprises a housing having a slide slot in which a slide bar is arranged to slide along a guide rail. The resistance and collector elements of each resistor are mounted upon a conductive layer on one side of a base plate which forms a closure for the housing. A shielding wall is provided between the resistors for electrically isolating them. The wall is electrically connected to the conductive layer of the base plate so as to achieve a desired cross talk attenuation.

Abstract: A variable resistance control of the rectilinear and multiturn type is provided with a contactor having a plurality of contactor paddles. The contactor paddles are wedge-shaped, are defined by a saw-tooth shaped shear line in a planar portion of the contactor, and are bent upwardly to provide flexing clearance between adjacent contactor paddles.

Abstract: A slide potentiometer comprising a housing having a printed circuit board positioned in an interior compartment formed therein. An elongated resistance element is provided on one side of the circuit board and has a pair of terminals electrically connected to the opposite ends thereof. An elongated collector element is positioned on the one side of the circuit board in a parallel spaced apart relationship to the resistance element. A third terminal is electrically connected to the collector element. A wiper block is slidably mounted in the interior compartment of the housing and has a pair of electrically connected wiper elements which slidably electrically contact the resistance element and the collector element. The wiper block is provided with an actuator element which extends upwardly therefrom. A cover is secured to the housing and extends over the upper end thereof and has an elongated slot formed therein which receives the actuator element extending therethrough.

Abstract: A slidable avriable resistor to be used in television receiver and in stereophonic set comprises a lower case member of an insulating material having a resistor member and a conductor on it disposed in lengthwise direction, a upper metallic cover having a long opening in lengthwise direction at the top of the cover, a slidable member of an insulating material with an arm projecting through the opening from the top of the slidable member having a brush extending from the lower side of the slidable member and sliding on the resistor and the conductor for electric conduction, and a flat rectangular plate of insulating material slidably disposed through a passage in the slidable body. By this construction should any metallic piece enter through the opening, the metallic piece is prevented from making contact with the resistor member or the conductor. Thus unexpected electric shock or damage can be prevented.