Abstract: A roller has an outer cylindrical surface having an array of holes, a central feed channel inside the roller, and vanes connecting the channel to the holes, forming a path for liquid between the channel and the holes. An atomization system having a fluid reservoir; a pair of rollers, at least one of the rollers having: a central feed channel, the channel fluidically connected to the fluid reservoir, an array of holes on a surface of the roller, and vanes connecting the channels to the holes, a nip formed between the rollers, and a receiving surface positioned to receive droplets formed when liquid exits the holes, stretches between the rollers as they counterrotate to form filaments and the filaments break into droplets.

Abstract: Provided is a method and an apparatus for indicating minimum exposure of a surface to UVC light emitted by a source during a decontamination process to achieve a desired level of pathogen reduction. The apparatus includes a photochromic material to be applied to, or applied adjacent to the surface. The photochromic material is to exhibit a visible response to receiving the minimum exposure to the UVC light, and exhibit the visible response to a lesser extent after the photochromic material ceases to be exposed to the UVC light emitted by the source. A protective layer of material that is substantially transparent to the UVC light emitted by the source is positioned over the photochromic material to be disposed between the source and the photochromic material during the decontamination process.

Abstract: An applicator for applying a lotion, such as a sunscreen, to the skin includes a handle attached to an axle and a roller mounted to turn on the axle. The roller includes a housing having a central cavity holding the lotion and a number of holes extending between the central cavity and a cylindrical peripheral surface of the housing, which is covered with a porous elastomeric material through which the lotion is evenly applied to the skin. A cover is provided to minimize evaporation and contamination of the lotion during storage of the roller. The roller may be removed from the applicator for storage in a cover formed as a canister, or a clamshell cover may be closed over the roller in place on the applicator.

Abstract: A liquid dispenser comprises a fluid transfer body, a reservoir with plunger, and an extender selectively attachable to the reservoir; the elongated tube shaped member has at least one wall that forms a forward rim and extends in a tubular fashion to a rearward end; the at least one wall also forms a longitudinal slot for receiving the handle of the plunger, or a lever attached to said handle; and the slot is disposed to allow the handle or lever to travel when a user pushes the handle of the plunger towards or away from the fluid transfer body end of the elongated reservoir.

Abstract: A modular paint pump for a paint roller having a battery operated pump in a housing supporting a paint can. A wetted parts subassembly is manually removable for cleaning or service without the use of tools. The wetted parts subassembly may include inlet and outlet check valves and a piston, a seal and a pump cylinder. A cover having a siphon is secured to the paint can by an elastic cord hooked to the housing.

Abstract: A hand-held, battery powered liquid applicator having an on-board reservoir. An electric motor drives a piston in the reservoir via a pinion gear member and rack gear. A gear shifter may disengage the pinion gear member from the rack gear. A battery compartment may have a door has recess to enable a user to grasp a dry cell located farthest from the door. The rack gear may have modified profile teeth at the end of travel to allow the pinion gear member to slip when the piston is urged past the end of travel. The piston may have a length substantially equal to a characteristic length of the reservoir. Liquid may be drawn into the reservoir by powered or manual retraction of the piston and liquid may be delivered from the reservoir to an applicator head by powered or manual motion of the piston into the reservoir.

Abstract: A paint applicator is provided with a handle formed with a paint-entry passage, a first housing half connected to the handle, a second housing half jointed to the first housing half and formed with a plurality of paint exit holes, a non-permeable resilient body disposed on the second housing half and formed with a plurality of apertures, a permeable foamed body, and a brush layer. The apertures are closed in normal conditions and will be opened under pressure. Paint is accumulated in a paint chamber between the first and second housing halves, and then will flow out only when the paint pressure is greater than a deformation threshold value of the non-permeable resilient body. Furthermore, since the apertures are very small and can be evenly and densely distributed over the resilient body, paint will be evenly permeated to the permeable foamed body and the brush layer.

Abstract: A roller applicator for mascara including a rod on which a cylindrical roller is mounted formed of porous material able to absorb the fluid mascara by capillary action. Advantageously the roller rotates about the rod.

Abstract: A system and associated method applies a fluid to a surface. In particular, the system applies a roof surface covering to an existing roof location of a building. The system includes a pump for providing a pressurized source of fluid, a fluid conduit for extending from the pump to the roof location and delivering the fluid to the roof location, and an applicator device for applying the delivered fluid to the roof location to provide a portion of the applied roof surface. The system also includes a granule supply device for proving loose granules, a granule conduit for extending from the granule supply device to the roof location and delivering the loose granules to the roof location, and a dispenser for dispensing the loose granules onto the applied fluid on the roof location to provide another portion of the applied roof surface. The pump may be a peristaltic pump and the fluid does not directly engaging any surface of the pump. The applicator device may include a roller.

Abstract: A frustoconically-shaped paint roller (210) to selectively apply paint to surfaces and surface corners. The paint roller has a rolling guide (280) that permits the roller to rotate eccentrically so as to accommodate rough or uneven surfaces. A circular integral guard (260) of predetermined diameter is present to prevent the user from applying excessive force when using the roller and squeezing paint from the roller. When used correctly, the integral guard does not contact the surface to be painted. One embodiment of the invention has a chamber (270) to store paint so that the repeated frequent charging of the roller with paint from a can or tray is avoided.

Abstract: A paint roller assembly comprising a primary roller (69) and a secondary roller (67), the secondary roller being positioned relative to the primary roller such that paint supplied to the roller assembly passes over part of the secondary roller before being fed onto an exterior surface of the primary roller.

Abstract: A joint compound tool including a mixer, a hose, and an applicator. The mixer has a hopper and a beater positioned therein. The beater has a rotatable drive shaft that is journaled in the opposed ends of the hopper. A number of first support rods radiate outwardly from the drive shaft remote from the hopper outlet. A pair of intertwined, helical bands encircle the drive shaft and are affixed thereto by the first support rods. A number of second support rods radiate outwardly from the drive shaft adjacent the hopper outlet. A number of blades are secured to the second support rods. A motor is connected to the drive shaft for rotating the beater. A pump is connected to the hopper outlet for pressurizing joint compound received from the hopper. A hose connects the pump to a joint compound applicator having a valve assembly for controlling the flow of joint compound received from the hose and a roller assembly for applying joint compound to drywall.

Abstract: A porous applicator for skin sealant has a container of skin sealant held within the applicator. When the skin sealant is released, it flows to a dispensing end of the applicator. The dispensing end has a slot through which the skin sealant is dispensed, however, a roller is rotatably held within a portion of the slot. The roller is porous, in that it has at least one, and desirably a plurality of openings formed through the roller. The skin sealant flows through the slot and through the opening(s) in the roller, so that when the roller is stroked against a patient's skin, the skin sealant is uniformly dispensed on a patient's skin. Pressure applied by a user when applying the skin sealant on a patient's skin does not result in abrasions on the patient's skin from the dispensing end of the applicator.

Abstract: Liquids in general, and paint in particular, can be evenly distributed by a paint transfer drum having a friction-creating surface that is placed in contact with a friction-receiving surface of an endless belt that is driven (by the drum as it rotates) into and out of a container for the liquid. A scraper removes a portion of the lifted liquid from the endless belt. The scraped liquid falls upon a liquid distribution device that serves to evenly distribute said liquid laterally so that it will be evenly applied along the exterior surface of the paint transfer drum.

Abstract: A fluid delivery system includes an applicator having gradient foam where the gradient foam includes a fluid and the applicator has an applicator surface area open to the environment such that the fluid is passively dispensed onto a surface independent of gravity through the applicator surface area. The gradient foam may be encompassed by a holder. A fluid reservoir in the applicator holder is used to replenish fluid. A cap covers the gradient foam to prevent the foam drying out. The types of surfaces that the fluid delivery system may be applied to can be hard or soft, such as wood or skin and hence, the fluid delivery system may be used for many applications in the home, health/medicine, beauty, feminine, baby, personal, fabric, pet and food areas.

Abstract: An apparatus for painting a surface, having an absorbent paint applicator containing paint and contacting the surface; a tube filled with paint and connected to the applicator; and a metering device for incrementally metering paint onto the applicator from the tube. The metering device has a plunger reciprocating within the tube, with the plunger having a handle. The plunger can either be incrementally advanced within the tube by rotating the handle, thereby incrementally dispensing paint onto the applicator, or the plunger can be manually retracted within the tube to fill the tube with paint and manually advanced within the tube to dispense the paint. The plunger is helically grooved along its length and a converter translates rotation of the handle into linear motion of the plunger, thereby advancing the plunger within the tube.

Abstract: A paint roller (10) has a frustoconically-shaped applicator (12), a paint-absorbable member (14) and a movement coupler (16). The applicator (12) has a coupling portion (18) and two opposite ends (20, 22) and is rotatable at the coupling portion (18) about a rotary axis (24). The end (20) is a coupling end (20) that has a planar cross-section smaller than that of the other end (22). The coupling portion (18) is formed at the coupling end (20) and is disposed centrally thereat. The movement coupler (16) has a rotary connecting portion (40) that is detachably coupled to the applicator (12) at the coupling portion (40) that is detachably coupled to the applicator (12) at the coupling portion (18) for rotary movement about the rotary axis (24) and a pivotal connecting portion (42) that is adapted to coact with a pivot mount of a handle (not shown) for pivotal movement of the applicator (12).

Abstract: A liquid application system for applying an insect repellent to skin of an animal or a person includes a tube receiving a liquid to be applied to skin. The tube is graspable to facilitate manipulation of the system. A yoke is coupled to a first end of the tube. The yoke is in fluid communication with the tube. The yoke includes a pair of spaced ends. A roller assembly is rotatably coupled to the spaced ends of the yoke. The roller assembly is in fluid communication with the yoke. The roller assembly receives the liquid from the yoke and is rolled along the skin to apply the liquid to the skin.

Abstract: A liquid applicator having a collapsible liquid reservoir with an elongated outer chamber wall having a characteristic length, and a liquid delivery piston having a length substantially equal to the characteristic length, wherein the piston is telescopically received in the outer chamber wall, and an elongated intermediate chamber wall having a length substantially equal to the characteristic length and wherein the intermediate chamber wall is telescopically received in the outer chamber wall located circumferentially intermediate the piston and the outer chamber wall, wherein the liquid reservoir and piston may be telescopically expanded to either a fully expanded condition wherein the combined length of the liquid reservoir and piston is about three times the characteristic length or a partially expanded intermediate condition wherein the combined length of the liquid reservoir and piston is substantially less than half the length of the liquid reservoir and piston in the fully expanded condition.

Abstract: This invention refers to a paint roller device for painting with self-supply means of several colors or types of paints including means of air supply to assist drying. Particularly, this invention refers to a paint roller with paint self-supply, comprising paint storage and distribution means; transportation means for such paint; and a roller body for distributing said paint over the surface to be painted. Likewise, the device has air supply means for its projection over the surface and to assist in drying of the same, after the paint required has been applied. On its part, the device supplies the user with a variety of types or paint colors, to be spread over the surface to be treated, including drying means.

Abstract: A surface treatment dispenser is provided for substantially eliminating potentially harmful surface contaminants. The dispenser includes a handle coupled to a pair of nesting roller members each having a plurality of openings with one roller member being rotatable between a position where the plurality of apertures are aligned to allow the flow of decontaminant from within the inner nesting roller member and where the plurality of apertures are not aligned to prevent the flow of decontaminant. The device may also include a fine mesh cylinder within the inner nesting roller member to substantially prevent soaking the surface with decontaminant and a storage sleeve. Other decontamination devices are also provided that includes a container of decontaminant with a removable applicator in fluid communication with the contents of the container and a wipe containing decontaminant.

Abstract: A paint applicator includes a handle, a paint applying member, a lever, a container, a pump, and first and second tubing sections. The pump includes a chamber mounted on the handle, and a pumping assembly slidably mounted inside the chamber and actuated by an actuating section of the lever. The first tubing section interconnects a connecting hole of the handle and the pump. The second tubing section interconnects the container and the chamber. The lever is operable to actuate the pump to pump paint from the container to the paint applying member through the second tubing section, the chamber, the first tubing section, and the handle.

Abstract: A paint roller assembly includes a roller support having head and neck portions and a support tube defining an axis, a coupling unit, and a roller unit. The support tube has a free end, and a plurality of spaced-apart apertures in fluid communication with an axial hole in the roller support. The neck portion has a retaining part. An end cap is sleeved on the free end of the support tube. The roller unit includes a tubular sleeve that has first and second end portions coupled rotatably and respectively to the retaining part and the end cap, and a sponge body fixed around the tubular sleeve. The coupling unit is disposed between the retaining part and the first end portion of the tubular sleeve. A handle is connected to the head portion of the roller support.

Abstract: An herbicide applicator assembly for applying herbicide to a treatment area. The applicator assembly includes a frame and a contact roller rotatably coupled to the frame for applying herbicide to the treatment area. Herbicide is applied to the roller and transferred to the treatment area as the roller rolls across the treatment area. A discharge port may be disposed in the roller interior for supply of herbicide thereto, and the roller outer surface may include a plurality of apertures that connect the outer surface with the roller interior. The roller may have a non-deformable and/or non-absorbent outer surface.

Abstract: An applicator device for a liquid, pasty, gel-like, wax-like or powder product comprising a working region having a metal mesh, wherein the metal mesh has a weave with twill bonds.

Abstract: A paint roller having multiple reservoirs for holding paint is disclosed. The paint roller includes at least two paint storage reservoirs for storing paint; openings from the reservoirs to an outer surface; and a cylindrical sponge mounted around the outer surface to absorb paint from the paint storage reservoirs and/or an outside source. A handle can be attached to the paint roller, and additional refill reservoirs can be incorporated into the handle to refill the reservoirs within the roller, with integrated valves to regulate the flow of paint. A method of painting with at least three colors using the claimed paint roller is also disclosed, wherein paint is distributed onto the cylindrical sponge simultaneously from the paint storage reservoirs and an outside source.

Abstract: A paint roller having a reservoir for holding paint is disclosed. The paint roller has a handle, an outer section connected to the handle that has openings in it and an inner section with a plurality of openings that fits concentrically within the outer section. The outer section and the inner section can be rotated relative to each other so that the openings in the outer section and in the inner section align in varying degrees so as to meter the amount of paint dispersed from the reservoir. An edger can also fit on the end of the paint roller. The invention also includes a tray with a depression suitable for storing the paint roller and which may be turned over and utilized to support the paint roller while the paint roller is filled with paint.

Abstract: The fluid applicator device includes a handle member, a dispensing member, an applicator member and a fluid dispensing mechanism. The handle member acts as a container member adapted to receive and store a fluid. The handle member has an opening, and has a closure device openable and closeable at the opening for insertion of at least one of: a fluid; and a fluid-containing cartridge. The handle member dispensing end connected to a dispensing member that is elongated and substantially cylindrical. The dispensing member has a plurality of apertures to create a dispensing manifold. The hollow applicator member is located around the dispensing member, and may preferably fully extend over the end of the dispensing member, as well. The hollow applicator member is an absorbent, deformable, resilient, sponge-like material, and it is rotatably connected to the dispensing member.

Abstract: The fluid applicator device includes a handle member, a dispensing member, an applicator member and a fluid dispensing mechanism. The handle member acts as a container member adapted to receive and store a fluid. The handle member has an opening, and has a closure device openable and closeable at the opening for insertion of at least one of: a fluid; and a fluid-containing cartridge. The handle member dispensing end connected to a dispensing member that is elongated and substantially cylindrical. The dispensing member has a plurality of apertures to create a dispensing manifold. The hollow applicator member is located around the dispensing member, and may preferably fully extend over the end of the dispensing member, as well. The hollow applicator member is an absorbent, deformable, resilient, sponge-like material, and it is rotatably connected to the dispensing member.

Abstract: The present invention is directed to an apparatus and method for applying a liquid to a surface. One embodiment of the apparatus comprises a liquid roller comprising a roller member comprising a cylindrical body having a first side, a second side, an outer application surface and an inside surface. The inside surface comprises a continuous groove extending about the inside circumference. A follower rides in the groove, with one end of a piston arm is connected to the follower and another end of the connected to a piston enclosed within a cylinder. A liquid supply means is hydraulically connected to the cylinder by liquid conducing means. An axle extends axially through the center of the roller member. Liquid dispersion means disperse the liquid from the cylinder to the outer application surface as the roller member is rotated about the axle. A handle member is attached to the axle.

Abstract: The present invention is directed to an apparatus and method for applying a liquid to a surface.

Abstract: An applicator assembly comprises a flexible reservoir, to which are joined a pair of applicators. The latter includes a first and second applicators. The first applicator has its longitudinal axis of symmetry perpendicularly disposed relative to the flexible reservoir, respectively to its longitudinal axis, while the second applicator is coaxial with the flexible reservoir. The first and second applicators are located at opposite ends of the flexible reservoir. An arm connects the first applicator to the flexible reservoir. A pair of protective covers including a first and second protective covers is intended to slip over the pair of applicators, respectively the first and second applicators. A valve is incorporated into the flexible reservoir, so as to resist passage of a fluid contained in the latter, while letting the atmospheric air to infiltrate therein.

Abstract: The applicator assembly comprises a flexible reservoir, to which are joined a pair of applicators. The latter includes a first and second applicators. The first applicator has its longitudinal axis of symmetry perpendicularly disposed relative to the flexible reservoir, respectively to its longitudinal axis, while the second applicator is coaxial with the flexible reservoir. The first and second applicators are located at opposite ends of the flexible reservoir. An arm connects the first applicator to the flexible reservoir so, as stated before, the longitudinal axis of symmetry of the first applicator is perpendicular to the longitudinal axis of the flexible reservoir. A pair of protective covers including a first and second protective covers is intended to slip over the pair of applicators, respectively the first and second applicators. A valve is incorporated into the flexible reservoir, so as to resist passage of a fluid contained in the latter, while letting the atmospheric air to infiltrate therein.

Abstract: A paint brush assembly includes a control valve, a first rubber, a control rod, a connecting pipe, and a second rubber. Thus, the paint brush assembly has a two-stage anti-reverse effect, so that the paint contained in the container can be supplied into the barrel conveniently and can be supplied into the connecting pipe conveniently. In addition, the paint brush assembly has a two-stage anti-reverse effect, thereby preventing the paint from leaking.

Abstract: A paint roller (10) has a paint applicator (12), two holder mounts an applicator holder (14). The paint applicator (12) has a cylindrical outer surface and two opposite ends (18a, 18b). The two holder mounts, respectively associated with the two opposite ends (18a, 18b), each has a base surface (24) and a journal (26) that protrudes from the surface (24) away from the paint applicator (12). The applicator holder (14) has a handle (40) and a fork (42) with opposite sides (44,48) that each has a journal engagement portion (48,50). In a preferred embodiment, each of the holder mounts has holder abutments (30) that protrude from the surface (24) away from the paint applicator (12). In an alternate embodiment, the applicator holder (14) has applicator abutments that protrude from mount abutment surfaces of each of two journal engagement portions towards the paint applicator (12).

Abstract: A method and apparatus to apply wax or solutions to cars, car tires, car seats, walls, floors, and the human body using a rolling brush or gloved mitten so that when you either push the roller brush or gloved mitten against a surface or roll the rolling brush against a surface or compress a hand squeeze type pump, a solution is pushed to the rolling brush or hand mitten. The apparatus is made connected to the roller brush and container, hand mitten and container or can be made as a tool to be attached to many product containers. It consist of a cylindrical brush or hand mitten, a pump device, a pipe system that delivers a solution to the roller brush or hand mitten, a cap that can be screwed onto various product containers. Also a hollow connecting tube is used to extend the length of function.

Abstract: A device for transversely sizing printed products that uses individual application devices such as nozzles that are provided on a roller. The method includes moving individual application devices in at least one sizing position where the relative speed between the application device and printed product is held at essentially zero.

Abstract: A herbicide applicator assembly (10) includes a liquid applicator (14) in the form of a resiliently compressible, unitary, porous foam mass with a substantially cylindrical applicator surface (20) for applying liquid from a source thereof. The liquid applicator (14) is rotatably mounted. A spacer wheel (30) extends radially beyond the applicator surface (20) to space the applicator surface (20) from any flat surface with which the spacer wheel (30) is engaged. The spacer wheel (30) is in fixed connection with a bush (52) with the liquid applicator (14) seated on the external periphery of the bush (52). The liquid applicator (14) is attached to the spacer wheel (30) to rotate in unison with the spacer wheel (30). The liquid applicator (14) is provided with an external edge (42) defined between the substantially cylindrical applicator surface (20) and an end surface (40) of the applicator (14).

Abstract: A paint applicator for use in spreading paint over a surface. The paint applicator includes a roller assembly, tubing, and a pump assembly. The roller assembly has a handle portion that is suitable for holding by a user, an arm portion extending from the handle portion, and a roller core removably attachable to the arm portion for rotation with respect to the arm portion. The roller core is adapted to receive a paint applicator thereover. The tubing has a central passage extending therethrough. The pump assembly conveys paint through the tubing to the roller assembly. A method and a corner paint applicator are further included.

Abstract: A chemical application system for providing a cost effective and simple method of edging lawns and applying chemical to narrow areas. The inventive device includes a frame having at least one handle, a reservoir attached to the frame for storing a volume of fluid, a pump attached to the reservoir, and a dispensing wheel rotatably attached to the frame and fluidly connected to the reservoir. The dispensing wheel is comprised of center chamber rotatably attached to the frame and fluidly connected by a hose. A plurality of dispensing tube extend radially from the center chamber toward an outer rim thereby fluidly connected to a corresponding number of nozzles within the outer rim. An outer member comprised of an absorbent material, such as sponge, is secured about the outer portion of the outer rim for receiving and absorbing the chemical mixture dispensed from the nozzles.

Abstract: A brush assembly includes a distributor having a slot matrix formed in an outer surface of the distributor, the slot matrix including a plurality of longitudinal slots intersecting a plurality of annular slots. The brush assembly further includes a housing having an inner surface abutting the outer surface of the distributor, a brush mounted on the housing and a shaft. During use, the flow of liquid from the shaft to the housing flows through the longitudinal slots and annular slots of the distributor. By appropriately selecting the dimensions and numbers of these slots, the flow of liquid from the shaft to the housing is readily redistributed. For example, the flow of liquid is redistributed to provide a greater amount of liquid to the ends of the brush than to the center of the brush.

Abstract: A paint roller handle construction (10) for delivering an on demand supply of paint to a porous paint roller (100). The handle construction (10) includes an elongated contoured hollow handle member (20) having a generally straight inboard end (21) and a generally U-shaped outboard end (22) which terminates in an elongated apertured axle element (30) having a generally bulbous inboard end (32), and a paint supply unit (12) that includes a pump member (40) disposed within and adapted to supply pressurized air both through the hollow handle member (20) and to a paint supply reservoir (50). Both pressurized air and pressurized paint are mixed within the bulbous inboard end (32) of the axle member (30) for distribution through the apertures (34) in the axle member (30) onto a porous paint roller (100).

Abstract: A roller for applying paint or similar coating masses to surfaces or articles. The roller has an inner drum which forms a reservoir for the application mass and which has a peripheral surface which is made rotationally symmetrical to one drum axis, and with an outer drum which is arranged to turn freely and which has first openings in a peripheral surface which surrounds the inner drum.

Abstract: A painting roller with a roller having an outer painting surface and a device feeding paint to the outer painting surface of the roller so as to keep the outer surface of the roller constantly impregnated with paint.

Abstract: A roller-type liquid applicator comprises a transporting tube member, a supporting device, a roller, a sealing device, and a gripping device. The transporting tube member is provided with a receiving hole extending along the longitudinal direction thereof, a liquid admitting hole, a liquid reverse flow hole, and a plurality of through holes. The roller comprises a fastening tube and a roller pad attached to the outer surface of the fastening tube. The fastening tube is provided with an axial hole having a diameter greater than the outer diameter of the transporting tube member, and a plurality of through holes. The supporting device is intended to enable the fastening tube to fit over the transporting tube member. The sealing device is used to seal off both open ends of the axial hole of the fastening tube. The gripping device is fastened with the transporting tube member.

Abstract: In a device (1) for applying fluids (3), consisting of a carrier pipe (11) provided with outlet openings (13), of a paint distributor (21) rotatably mounted on the carrier pipe (11), and of an applicator roller (7) held on the paint distributor (21). The paint distributor (21) is formed by an insert (22) shaped with multiple corners and assembled from a pipe section (23) and ribs (24) which are shaped onto it, with the applicator roller (7) being in contact with the ribs (24). Furthermore, axially aligned notches (27) are in an inside surface of the pipe section (23) and the notches (27) act in conjunction with an outer surface of the carrier pipe (11) to form throttle ducts (28) which are connected to the inner space (12) of the carrier pipe (11). A cavity (29) is provided as a reservoir between adjacent ribs (24) of the insert (22), the cavities being connected to the throttle ducts (28) by means of bores (30) in the pipe section (23).

Abstract: A tri-roller painting assembly having a main body portion, including a lower handle portion and an upper roller support portion. The upper roller support portion supports a first roller rotationally mounted along the face of the upper support surface, which rotates but is stationary along its rotational axis. There is further provided a pair of movable arms mounted to the upper face portion of the system, with each of the arms movable between a first closed position and a second open position. Each of the arms further includes a roller extending perpendicular therefrom, with the rollers extending therefrom positioned in parallel relation and perpendicular to the first roller. There is further provided a trigger member on the handle so that when the trigger member is squeezed by the user of the apparatus, the movable arms are moved from the first end position to the second out position so that the pair of rollers may accommodate various widths of boards or the like.

Abstract: A paint roller with an internal reservoir for receiving and dispensing paint. The interior of the cylindrical roller communicates with the external surface via a plurality of slits running substantially normal to the longitudinal axis of the shell. An applicator is laid over the external surface of the shell. Paint of the internal reservoir is dispensed evenly and automatically over the slits.

Abstract: The invention is a continuous frame multi-position paint roller device which can be remotely controlled and is characterized by a frame with an axle rod on which the paint roller axis is established and a roller support rail that leads to a pivot point canted such that the mounted handle is co-planer with the axis of the paint roller and moveable relative to each other which along with the remote locking assembly allows device to be used in any position and with remote ability to change angles right or left of center quickly and return to zero for optimal charging of paint roller in the roller paint tray or five gallon paint bucket screen and this device features an inexpensive washer bushing which may be replaced when worn.

Abstract: A method for improving strength of the finished product in paint roller manufacturing processes and other continuous processes for producing tubular goods from polymers. The method utilizes a substrate such as a polypropylene strip with grooves on its surface. The grooved substrate is fed onto a mandrel to form a tube. Adhesive is applied upon the grooved surface of the grooved substrate. A cover may be applied about the tube, and the resulting product is then cut into finished-size paint rollers. The hardened adhesive in the grooves may operate to reduce the hoop-force which would otherwise tend to unwind the wound substrate. The method in certain embodiments provides a reduction in cost and weight of the finished product.