Abstract: The present invention relates to a wiping device for a detection system of a vehicle, including a wiper blade, a wiper arm, a motor unit and a drive unit. The drive unit includes a guidance block which carries the wiper arm, and which is inserted in a guidance frame, and a plurality of belt wheels. At least one drive belt wheel is driven in a rotational motion by the motor unit. The drive unit further includes a belt which is driven by the belt wheels and moves the guidance block according to a rectilinear motion.

Abstract: The vision protection apparatus of the present invention includes a wiper mechanism which allows a user to clear condensation from an inner surface of a lens without removing the vision protection apparatus.

Abstract: The disclosure is a wiper structure. The main wiper frame includes a fixing seat. A pair of secondary wiper frames is connected to two ends of the main wiper frame. Each secondary wiper frame includes a flexible sheet. The flexible sheet is disposed with sliding troughs. A length of the sliding trough is greater than a width of the sliding trough. Multiple engaging frames are evenly disposed on each secondary wiper frame. Each engaging frame includes a pressing wing and a sliding block. The sliding block includes a neck bar with a passing diameter. The passing diameter is less than the trough width. The sliding block of each engaging frame passes through the opening and abuts against each sliding trough through the neck bar. The sliding block is slidable in each sliding trough with a change of an external force exerted on corresponding one of the secondary wiper frames.

Abstract: A semiconductor laser drive circuit includes: an anode electrode divided into at least one gain region and at least one light absorption region; a cathode electrode shared between the gain region and the light absorption region; and a resistance connected to the anode electrode of the light absorption region.

Abstract: A window cleaning apparatus includes a first cleaning unit and a second cleaning unit that is attached to both sides of a window, respectively, by a magnetic force and moved on the sides, and a method of controlling a movement of the window cleaning apparatus. The method includes detecting the first initial attachment position of the window cleaning apparatus and moving the window cleaning apparatus close to the detected initial attachment position after cleaning.

Abstract: An automated cleaning system adapted for installation on a tank with transparent walls, with the kit comprising an outer element, an inner element which is adapted for cleaning the inner surfaces of the walls of the tank and which is magnetically coupled to the outer element, a horizontal guide rail, a horizontal drive means that moves a carriage along the guide rail, a vertical drive means fixed to the carriage that drives a shuttle that is fixed to the outer element, and a programmable motion-control system that can controllably move the inner element.

Abstract: A wiper system for flat or nearly flat surfaces utilizing a track system whereby a substantially vertical blade is disposed across a primarily planar surface to remove obstructing matter in a non stop horizontal reciprocation that may be set to do so in a plurality of differentiating track configurations. Additionally the present invention may be utilized and best suited for windshields, residential windows, metal paneling or headlights.

Abstract: A self-cleaning exterior mirror for trucks and like vehicles includes a rigid mounting bracket provided with axially opposed first and second ends respectively, and monolithically formed first, second, and third sections respectively. A plurality of coupling plates is integrally attached to the first and second ends of the bracket. The coupling plates are attached to the exterior of the existing vehicle for supporting the bracket above a ground surface. A substantially rectangular shaped frame is pivotally connected to the third section of the bracket, and a mirror is attached to the frame. A mechanism remotely cleans the mirror, and is attached to the frame.

Abstract: A side mirror assembly for a truck has a housing retaining an upper mirror, a central mirror, and a lower mirror, each of which is motorized and independently adjustable. The assembly also includes a chain driven wiper blade that will wipe across all three mirrors, and a dispenser for dispensing washer fluid on the mirrors. Around the perimeter of the housing are one or more connectors to with electrical devices attachable to the mirror housing can be connected.

Abstract: A side mirror assembly for a truck has a housing retaining an upper mirror, a central mirror, and a lower mirror, each of which is motorized and independently adjustable. The assembly also includes a chain driven wiper blade that will wipe across all three mirrors, and a dispenser for dispensing washer fluid on the mirrors. Around the perimeter of the housing are one or more connectors to with electrical devices attachable to the mirror housing can be connected.

Abstract: The present invention discloses an apparatus for cleaning a window of a structure. The window cleaning apparatus includes a guide track mounted on one side of a window frame and a second guide track mounted on a side of the window frame opposite the first guide track wherein a cleaning assembly is retained and guided between and along a length of the first and second guide tracks. The apparatus further includes a means for selectively moving the cleaning assembly along the length of the guide track and over a surface of a window within the window frame thereby cleaning the surface of the window.

Abstract: A cleaning device (9) for a facade surface (3) of a building (1), comprising at least one elongate wiper strip unit (10) movable back and forth along at least one guide rail unit (6) by means of a stationarily arranged drive motor (45), the wiper strip unit extending at right angles to the guide rail unit (6), and comprising at least one cleaning fluid line (29) with which spray nozzles (31) directed towards the surface (2) to be cleaned are connected; for a simple, space-saving design thereof, the wiper strip unit (10) includes at least one carrier (19) slidingly guided in the guide rail unit (6), the carrier being tightly connected to a linear driving element (32), e.g. a toothed belt (33) that is movable along the guide rail unit (6), the stationarily arranged drive motor (45) being associated with this driving element.

Abstract: A window washing system for cleaning a window mounted in a dwelling wall having an inner surface and an outer surface includes a window squeegee assembly that is attached to the outer surface. The assembly includes a pair of supports that are each elongated and attached to the outer surface on either side of the window. An elongated elastomeric blade is attached to and extends between the supports. The blade has a contacting edge abutting an outer surface of the window. A driving assembly is mechanically coupled to the pair of supports for selectively moving the blade upwardly or downwardly. A liquid dispenser for selectively dispensing liquid on the window. A reservoir is fluidly coupled to the dispenser by a conduit.

Abstract: An automatic window cleaning apparatus for use with windows on buildings is disclosed. The apparatus would be an electronic system for automatically cleaning the exterior side of windows in buildings, preferably skyscrapers, which would be operated through a control panel located inside a room within the building. Each system would be specifically designed for only one window.

Abstract: Mirror cleaning devices clean the external mirrors of large vehicles while they are being driven. During adverse weather conditions, the external mirrors of large vehicles can become occluded by rain, snow, or dirt. By keeping the mirror glass clean and moisture free, the driver is able to easily use the mirror without having to frequently pull to the roadside to clean moisture and dirt from the mirrors with a rag. The driver is able to maintain a full view to the rear sides at all times for safe passing, lane changing, merging, and reversing regardless of the weather conditions present.

Abstract: A reciprocating linear sweeping wiping mechanism includes a guide and drive carriage bearing at least a wiper element slidingly mounted inside at least a rigid longitudinal guide rail produced in the form of a hollow extruded profile. The transverse positioning of the frame plate relative to the extruded profile includes a longitudinally oriented rigid rib borne by the extruded profile or by a frame plate, which is received longitudinally sliding in a vertically open matching longitudinal groove borne by the frame plate or the extruded profile, respectively, and each stabilizing element is a stabilizing pad which is longitudinally slidingly received inside the corresponding C-shaped slide rail.

Abstract: A mirror housing contains an electrical motor. A drive arm is mounted to the output shaft of a speed reducer mounted on the motor. A linkage arm rotatably couples the drive arm to a rocker disk which is rotatably mounted within the housing. Three hundred sixty degree rotation of the drive arm by operation of the electric motor imparts a back-and-forth arcuate rocking motion to the rocker disk which in turn imparts a linear back-and-forth motion to a wiper mounted over the mirror glass.

Abstract: The present invention consists of an automated washing apparatus for windowpanes, comprising two tracks (7) placed on the sides of a relative windowpane (2), at least one support frame (8) mounted and sliding onto said tracks (7), at least one windscreen wiper (9) supported by the frame (8) and touching the windowpane (2), and a device (10) for moving the frame (8) along the two tracks (7), causing also the windscreen wiper (9) slide against the windowpanes (2). Said moving device (10) is equipped with a sliding element (11) mounted inside each track (7), and a device (24) for actuating the same sliding elements (11). The tracks (7) and the moving device (10) may be either installed in a pre-existing frame (3) or completely included inside said frame (3), so that only the part of the apparatus delimited by the frame (3) is visible from the outside.

Abstract: A mirror housing contains an electrical motor. A drive arm is mounted to the output shaft of a speed reducer mounted on the motor. A linkage arm rotatably couples the drive arm to a rocker disk which is rotatably mounted within the housing. Three hundred sixty degree rotation of the drive arm by operation of the electric motor imparts a back-and-forth arcuate rocking motion to the rocker disk which in turn imparts a linear back-and-forth motion to a wiper mounted over the mirror glass.

Abstract: A windshield wiper is moved across a windshield by a linear motor employing an induction effect. A stator is attached to a vehicle and a driver or truck attached to a wiper blade. Either the stator or driver has coils that are actuated to move the driver across the windshield carrying the blade with it. The blade is swept back and forth with the driver.

Abstract: The invention concerns a reciprocating linear sweeping wiping mechanism (10) comprising a guide and drive carriage (14) bearing at least a wiper element (20) mounted sliding inside at least a rigid longitudinal guide rail produced in the form of a hollow extruded profile (12). The invention is characterized in that the transverse positioning means of the frame plate (16) relative to the extruded profile (12, 22) comprises a longitudinally oriented rigid rib (38) borne by the extruded profile (12, 22), or by the frame plate, which is received longitudinally sliding in a vertically open matching longitudinal groove (40) borne by the frame plate (16) or the extruded profile respectively, and each stabilizing element is a stabilizing pad (50) which is received longitudinally sliding inside the corresponding C-shaped slide rail (24).

Abstract: A laterally movable wiper arm assembly cleans curved interior surfaces of automobile and truck windshields. The wiper blade is movable on two curved tracks; one at the top of the windshield and one at the bottom of the windshield, with a vertically oriented telescoping wiper blade movable laterally therebetween. The telescoping arm support permits the vertical blade to tilt into the corners at the bottom of the windshield, to cover a larger proportion of the area, since the bottom of a windshield is longer than the top. The blade or wiping pad is supported with a resilient foam layer attached to a flexible substrate, which is adjustably attached to a rigid support arm following the windshield contour.

Abstract: An exterior rearview mirror assembly is provided for use on a vehicle which includes a rearview mirror and a wiper assembly. The wiper assembly includes a wiper arm base located behind the mirror assembly extending over the top of the mirror to attach to a resilient wiper arm having a wiper blade. The wiper blade is shaped or sectioned to substantially mate with mirrors having multiple surfaces or surface combined flat/convex mirrors. The wiper arm base is attached to a bi-directional driver system which causes the wiper arm base to laterally transverse across the mirror assembly, which in turn drives the wiper blade across the mirror. The bi-directional driver system preferably includes a uni-directional belt system, about two pulleys, connected to the wiper arm base with a unique linkage to allow the base to traverse back and forth as the belt is driven about the pulleys.

Abstract: A vehicular windshield wiper is provided including a pair of ends slidably situated with respect to a windshield of a vehicle. The wiper is adapted for sliding between a top end and a bottom end of the windshield and further constantly remaining in a horizontal orientation. Optionally, the wiper may remain in a vertical orientation slide moving between sides of the windshield. Further provided is motor and pulley system for moving the windshield wiper between the top end and the bottom end of the windshield.