Abstract: A drive chain cleaning and lubricating device including an enclosure assembly, a hose assembly, a brush assembly, and a vehicle assembly is disclosed. These assemblies provide a solution for cleaning and lubricating drive chains. The enclosure assembly includes an opening at opposite distal ends to allow the enclosure body to close around a drive chain. The enclosure assembly includes a hose receiving member located opposite of each other on a top enclosure body and a bottom enclosure body. The hose receiving members can be used to supply lubricant or cleaning solution to the inside of the enclosure as well as provide drainage to the enclosure. The enclosure assembly also includes a brush assembly housed therein. The brush assembly includes a permeable brush mounted to the center of the top and bottom enclosure bodies. The permeable brush allows fluid to flow through the brush as the chain passes through the enclosure.

Abstract: An articulated chain comprises alternate inner and outer chain links interconnected by a chain joint. Each inner chain link comprises at least one chain link plate and each outer chain link comprises at least two chain link plates, and the chain link plates have a structured link plate back that is adapted to be brought into contact with a tensioning or guide rail. The structured link plate back comprises at least one recess having a closed circumference or at least one recess having a circumference that is closed with the exception of an access opening, and is straight or slightly concave in shape for contact with a tensioning or guide rail. A chain drive comprising a driving sprocket, at least one driven sprocket, and at least one tensioning or guide rail and an articulated chain, in contact with the at least one tensioning or guide rail is provided.

Abstract: An object of the present invention is to provide a guide shoe that can prevent a shortage of lubricating oil and supply the lubricating oil onto a sliding surface of the shoe in a favorable manner. To achieve the above object, the present invention provides a guide shoe 120 that has a shoe surface 121 for slidably guiding a running chain CH. An oil guide part 124 with a pair of guide walls 124a is provided in the shoe surface 121. The pair of guide walls 124a are each formed such as to face a rear side in a chain running direction D and converge to each other toward a front side in the chain running direction D.

Abstract: A lubricating mechanism for a machine arrangement includes a lubricating track. The lubricating track may be connected to or part of an infeed mechanism of the machine arrangement, or may be connected to or adjacent a star wheel. The infeed mechanism is configured to supply articles to be processed to the machine arrangement. The lubricating track includes an outer guide member configured to contact articles adjacent open ends of the articles. The lubricating track also includes at least one opening in the outer guide member for passage of lubricant from the outer guide member to a lubrication path. The lubrication path is configured to be in contact with the articles in the track in order to apply the lubricant to the articles.

Abstract: A lubrication assembly is provided for lubricating a surface with a lubricant. The lubrication assembly includes a tube adapted to be coupled to the surface. The tube defines a reservoir for storing the lubricant thereon. The lubrication assembly also includes a wiper that is coupled to the tube. The wiper includes a first portion in fluid communication with the lubricant and a second portion disposed for continuous contact with the surface for automatically transferring and supplying the lubricant from the reservoir to the surface. The lubricant reduces frictional properties of the surface.

Abstract: The embodiments provide an elongate body that can vertically offset an application area. In an exemplary embodiment, the elongate body can vertically offset the application area from a hand grip. In an exemplary embodiment, the offset can facilitate placing the application area between a running belt and a top surface of a running panel of a treadmill. The application area can then be rubbed against the running panel to clean and/or lubricate the interface with the running belt.

Abstract: A conveyor system having an automatic lubricating system for the conveyor chain and its associated guide track is provided. The conveyor system includes a conveyor chain, a guide track, a lubricator, and a support frame. The guide track is carried by the support frame, and has a bottom wall with a guide surface and an aperture. The conveyor chain has interconnecting links, and is supported by the guide track for movement. Each of the links of the conveyor chain has a lower surface that may contact the guide surface of the guide track when the conveyor chain is moved. The lubricator is mounted on the support frame, and includes a separator dividing the lubricator into a lubricant chamber and a gas compartment. The lubricator includes an electrochemical cell in the gas compartment for generating gas that flows against the separator to move the separator against the lubricant in the chamber to force the lubricant through an outlet.

Abstract: An elongated fluid applicator is used to manually apply a fluid such as a lubricant or a cleaning fluid to the belt and/or belt supporting surface of an exercise treadmill. The applicator is optionally included in a kit containing one or more desired fluids, and at least one treadmill belt tension adjusting device.

Abstract: An end cap for a bicycle control cable of the type wherein an inner cable slides within an outer casing includes a housing defining a hollow chamber, wherein the housing has a first end defining a first opening for receiving the inner cable therethrough and a second end defining a second opening adapted to fit to the outer casing of the bicycle control cable. A lubricant is disposed in the chamber, and a screen is provided for screening the first opening at the first end of the housing. A portion of the hollow chamber between the lubricant and the second end of the housing is open through the second end of the housing, but the lubricant has sufficiently low fluidicity at normal temperature that the lubricant does not flow out of the housing.

Abstract: The device comprises a container, closed by a lid, for holding the lubricating fluid; a strip of felt or the like is immersed in the container and becomes impregnated with the fluid by capillary action. One end of the strip protrudes from the lid of the container and wraps around a cylindrical support so that a respective portion of the strip, shaped like a cylindrical sector and impregnated with lubricating fluid, protrudes with respect to the surface of the lid and is exposed. The weft thread to be lubricated is made to slide on the exposed portion of the strip, and means are provided for guiding the thread and for producing a cyclic transverse movement thereof from one end to the other of the exposed portion.

Abstract: A chain drive lubricator includes a pressure gas source; a lubricant reservoir, the reservoir having a gas inlet, a lubricant outlet, and means for receiving the lubricant, and a movable piston separating the gas from the lubricant. A gas valve connected between the source of pressurized gas and the reservoir inlet has first and second closed positions and an intermediate open position, and valve biasing means for moving from the second position to the first position, the gas valve being fixably supported relative to a control member movably supported by the vehicle frame, a flexible conduit extending between the gas valve and the reservoir inlet. An applicator for applying the lubricant onto the chain is connected by a feed conduit to the reservoir outlet.

Abstract: An integrated chain tensioner having a tensioner arm that includes a first side, a second side, a first end, and a second end. The tensioner arm also includes a fluid reservoir defined by at least a portion of the first side, the second side, the first end, and the second end. Further, a pivot bore is disposed in the first end and a tensioner bore is disposed in the first side of the tensioner arm. A hydraulic tensioner is disposed in the tensioner bore such that the hydraulic tensioner is in communication with the reservoir.

Abstract: An end cap for a bicycle cable of the type wherein an inner cable slides within an outer casing includes a housing defining a hollow lubricant-filled chamber. The housing has a first end defining an opening for receiving the inner cable therethrough and a second end adapted to fit to the outer casing of the bicycle control cable. A first screen screens the opening at the first end of the housing, wherein the first screen is structured to rupture when the inner cable is passed therethrough. A displaceable second screen screens the second end of the housing. A seal is disposed at the first end of the housing. The seal includes an annular seal member defining an inner area, and the seal member is sized to sealingly fit over the outer periphery of the inner cable of the bicycle control cable.

Abstract: A bicycle chain lubricating device includes a housing (10) with an elongated channel (17) extending therethrough, and a lubricant hole (16) extending between an exterior surface of the housing and the channel. A set of brushes (19) are mounted within the channel. The housing is separable into upper and lower housings (11, 12) along the channel for receiving a portion of a bicycle chain (30) therebetween. An anchoring hook (24) extending from the housing anchors it to the bicycle. In use, the chain is moved through the channel by cranking the pedals backwardly, and a lubricant (32) is introduced into the lubricant hole. As the chain is moved through the channel, the brushes distribute the lubricant along the chain. Because all the lubricant is efficiently directed at the chain, only a minimal amount of lubricant is needed. The housing confines the lubricant therein to keep the bicycle and the surrounding area clean.

Abstract: A kit apparatus includes plural pairs of plug members of varying corresponding sizes, wherein at least one plug member of the pair includes a smooth cylindrical body, with an enlarged head mounted thereon for sealing relationship relative to vacuum line, wherein an opposed plug member of the pair includes a cylindrical body with an enlarged head and at least including a plurality of concentric sealing rings to enhance sealing securement with a corresponding vacuum line when a vacuum line is separated from a vacuum source, such as in a carburetor in an automotive environment.

Abstract: A dispenser for use in applying soap or other lubricants to wires to be pulled through conduits includes a slotted resilient canister capable of accommodating different size wires in a central bore, with the canister being filled with lubricant-retaining spronge-like material. The canister slot is adapted to receive a sponge-like and soap-filled insert which is placed in the longitudinal slot, with the slot providing access for the wires to the central bore. In one embodiment, all spong-like materials are packaged within apertured bags, thereby to prevent spillage while permitting the lubrication or soaping of wires or cables inserted into the central bore of the canister through the slot, with 360 degree lubrication being achieved through squeezing of the canister about the wire as it is pulled through the canister. One embodiment includes a rotatable canister cover or sleeve to lock the insertable piece to the resilient container.

Abstract: A lubricating and cleaning device adapted to be mounted to a pressurized can of lubricating oil and used to lubricate and clean a drive chain of a bicycle or motorcycle. The device has a generally cylindrical housing with an open slot to receive the chain. A plurality of brushes are positioned within the housing to engage the chain. A tube extends from the pressurized container to the housing to transmit the lubricating oil to one of the brushes so that the chain can be lubricated.

Abstract: A lubricating device for the revolving flat arrangement of a carding machine having two chains arranged at the sides of the card and engaging ends of the revolving flats. The chains move in a loop and are guided by stationary guides at least in the area of the card cylinder and slide surfaces of the flats slide along these guides. At least one lubricant container is provided at each side of the revolving flat arrangement and is responsible for the dosed lubrication of the sliding surfaces. A rotatable transfer element associated with the appropriate lubricant container comes into contact with the lubricant and the sliding surfaces and is driven from the appropriate chain via a gear wheel.

Abstract: A device for automatically lubricating the edges of the rims of a tire shaping drum including a pivoting arm member having disposed on the end thereof an absorbent member adapted to be positioned proximate to the rims of the tire shaping drum whereby lubricant may be metered to the absorbent material in order to allow the rim of the tire shaping drum to be automatically lubricated in response to control signals provided by a programmable controller.

Abstract: An aerosol dispenser and applicator assembly for cleaning and lubricating the sprocket chain of a chain drive. The dispenser comprises a sealed can filed with a liquid lubricant and a gas propellant. Projecting above the upper end of the can is the hollow stem of a spring-biased valve, such that when the stem is depressed, emitted therefrom is a lubricant mist. The applicator is formed by a headpiece having a pair of parallel jaws cantilevered therefrom and supporting respective brushes in opposed relation to define a twin brush whose bristles are flexible. Formed in the twin brush is an internal channel which snugly accommodates the sprocket chain to be treated when the twin brush is pushed against the chain to cause the opposing bristles to yield and admit the chain into the channel. The headpiece includes a depressible actuator key on whose underside is a hollow socket which receives the stem when the headpiece is seated on the upper end of the can.

Abstract: A cable lubricating device (1) including a split housing (2). Lubricant (25) is introduced into the housing through a vertically oriented orifice (6), the cable (37) advancing in a generally horizontal direction. A coupling adaptor (59) permits withdrawl of lubricant by a standard fitting (64) without danger of the collapse of hose (56) even at high lubricant discharge pressures. A series of sponges (18, 19) apply lubricant to the cable in a metered fashion. A method is also disclosed wherein lubricant may be "preloaded" into conduit (26) to enhance uniform lubricant distribution.

Abstract: A rack lubricator is bolted to a drive pinion housing. The lubricator supports a porous felt gear on a rotatable shaft. Lubricant is ported through the shaft to the inner surface of the gear, and the gear wicks the lubricant onto the rack teeth, thereby coating the surface of the rack with minimal lubricant as the felt gear rolls with the rack.

Abstract: An endless conveyor band guided around horizontal deflecting rollers, especially a transporter of bakery goods, is coated with a consumable bond-breaking substance by means of a device juxtaposed with a rising bight portion of the band hugging one deflecting roller. The device comprises a mobile carriage biased by gravity toward that deflecting roller from which it is held separated by a pair of spacing rolls. Coating material is applied to the band surface, at a plurality of axially spaced locations, by respective daubers which may be catapults periodically dipping into a bath of coating liquid, or guides for sticks of semi-solid coating material continuously pressed against the band. A distributor reciprocable in axial direction comprises a plurality of wipers sweeping a zone of the band above the daubers for spreading the locally deposited coating matter over the entire surface.

Abstract: Means for cleaning and waxing fishing line includes a container having a general longitudinally slot in the periphery thereof and a porous applicator mass, impregnated with cleaning and waxing compound. Line is run through the slot, in contact with the applicator to effect said cleaning and waxing. Means rotatably adjust said applicator to present a fresh applicator surfact the slot opening.

Abstract: A low cost line printer character chain lubricating device that provides an accurate amount of lubricant between a line printer character chain and the hard, smooth support surface about which the chain rotates. The lubricating device is located in a depression in the hard, smooth support surface and includes a piece of flexible, abrasion-resistant, microporous nitrile rubber that is impregnated with lubricating oil. The nitrile rubber has a smooth convex arcuate surface for contacting the character chain. A bracket semipermanently mounts the nitrile rubber in the depression in the support surface such that the convex arcuate surface of the nitrile rubber contacts the side of the character chain that normally contacts the hard, smooth support surface as the chain rotates. Depressions in the nitrile rubber beside the arcuate surface serve as charging reservoirs for the lubricating oil.

Abstract: A liner sheet for a magnetic tape cartridge, said sheet being a fibrous sheet containing thermoplastic synthetic fibers with at least those fibers which are in its surface layer being bonded as a result of heat melting, said fibrous sheet having (1) an apparent specific gravity 0.55 to 0.85 time the specific gravity of the polymer constituting the fibers, (2) air permeability expressed by a pressure drop of not more than 200 cm Aq/mm when air is caused to flow at a speed of 10 cm/sec in a direction perpendicular to the surface of the sheet and (3) a thickness of 50 to 300 microns, and said fibrous sheet containing in its structure a lubricant and an antistatic agent dispersed therein.

Abstract: A matrix printer comprising a fanned arrangement of printing wires. Near their bearing points the printing wires are guided through openings in tag portions bent out of the plane of a strip-shaped porous member containing a lubricant. Lubricant is thus applied to the printing wires by contact between the printing wires and the edges of the openings adjacent their bearing points. The described method of lubrication results in a substantial prolongation of the service life of the printing wires as well as of the bearings.