Abstract: A sealing mechanism for a container for sealing an interface between two or more of the structural members, including a container body, a pouring spout, and a closing cap, includes an outer annular edge formed as part of a threaded neck opening for the container body, a radial lip formed as part of the pouring spout and being positioned in contact with the neck portion and the closing cap being configured so as to be attachable to the container body for closing the opening and being constructed and arranged so as to seal against the outer annular edge when attached to the container body.

Abstract: A container for the storage and dispensing of a liquid and which incorporates a sealing mechanism includes a blow-molded container body including a neck portion having a series of external threads and defining an annular, non-planar sealing surface, a pouring spout assembled into the body and a unitary closing lid including a series of internal threads constructed and arranged to engage the threads of the neck portion. The unitary closing lid includes the sealing mechanism in the form of a pair of annular sealing lips constructed and arranged to be compressed against the annular, non-planar sealing surface to establish a sealed interface between the closing lid and the body.

Abstract: An improved container for storing, dispensing and handling viscous and semi-viscous fluids such as paint and the like, having novel spout and other design features that enable substantially dripless dispensing and improved handling and storage.

Abstract: The object of this invention is to provide a cap for liquid containers. The cap consists of a mounting part mounted to the mouth of a container, a liquid discharging part extending from the top of the mounting part upwardly. In this liquid discharging part, a liquid outlet opening and an air inlet opening are formed at opposite positions of the sidewall, while a partition wall extends from the top wall downward, thus partitioning the interior of the part into a liquid passage and an air passage. An openable top cover, connected to a side of the mounting part, covers the liquid discharging part. When liquid is discharged from the container through the liquid outlet opening, atmospheric air is smoothly introduced into the container through the air inlet opening without causing uneven flow or violent gush of the outlet liquid.

Abstract: A clear plastic paint container including primary container and lid, both of which are threaded. The container is unique because of the spill resistant convex pour spout, liquid recovery drain trough, redundant sealing to preserve contents and recessed molded bottom hand grip for more effective handling. The no-waste, no-special tools, no-rust, no-label obliteration, corrosion resistant, and thermal resilient advantages are just some of the auxiliary features. These enhancements by far surpass the conventional wisdom of the container industry. The use of “PETE” (Polyethylene Terephthalate) plastic or equivalent transforms this container to an eye appealing and practical alternative. The opportunity to offer such an improvement by only slightly reducing contents. The paint industry must have a keen interest in this container, not only because of the growing demand for plastic containers but also the numerous advantages listed in the summary.

Abstract: A container and closure package in that includes a container having a body, a finish wall extending from the body with at least one external thread, a circular throat at an axial edge of the finish wall remote from the body and having a lesser inner diameter than the finish wall, and a pour spout extending axially from the throat at greater inner diameter than the throat. The container body, finish wall, throat and pour spout are of integrally blow molded construction as formed, with the inside diameter of the throat being optionally reamed as required for sealing engagement with the closure. The closure has a base wall, a peripheral outer skirt extending from the base wall with an internal thread for receipt over the external thread on the container finish wall, and an internal skirt extending from the base wall and spaced radially inwardly from the outer skirt for sliding plug-sealing receipt within the throat, with the pour spout being disposed between the inner and outer skirts of the closure.

Abstract: A misting pump system (20) includes a housing (22), an electronic section (62), and a water transfer section (80). The housing (22) includes a base (48), a front panel (24), a rear panel (26), a cover (50), and a barrier wall (52). The barrier wall (52) is coupled to a floor (66) of the base (48). The barrier wall (52) extends from the floor (66) to a roof (68) of the cover (50) to form a first compartment (76) and a second compartment (78). The water transfer section (80) is located in the first compartment (76) and the electronic section (62) is located in the second compartment. Openings (108, 118, 132, 140) in the barrier wall (52) provide an access between an inlet (89) and an outlet (91) of a pump (88) of the electronic section (62) to the water transfer section (80). The barrier wall (52) is configured to substantially prevent water issuing from a water leak in the water transfer section (80) from passing into the electronic section (62).

Abstract: A spout, especially suitable for a heavy duty liquid detergent container fitment, is made by thermoforming. Preferably the spout is part of a fitment which includes a bottom wall extending from the bottom of the spout wall, a circumscribing wall surrounding the spout and extending from the bottom of the bottom wall and a peripheral radially extending flange extending from the top of the circumscribing wall. The thermoformed spout/fitment finds special use in plastic containers having inside blown threads. The inside blown threads mate with external threads on a closure.

Abstract: A container and closure package that includes a container having a body with a finish surrounding a fill/dispensing opening, and a thread on the finish for removably securing a closure. A closure has a peripheral skirt with a thread for removably securing the closure to the container finish, and a base wall with a fill opening aligned with the fill/dispensing opening in the container when the closure is secured to the container. A cap is secured to the closure base wall closing the fill opening. In accordance with the preferred method for filling the package, the container and closure are provided to the packager as an assembled unit. The container is filled with product through the fill opening in the closure and the fill/dispensing opening in the container. The cap is then secured to the closure base wall over the fill opening to close and seal the package.

Abstract: A high purity chemical storage and delivery system and process with secondary containment, comprising; a cabinet for containing a canister of high purity chemical, a manifold in the cabinet for fluid connection between the canister and the cabinet for controllably dispensing high purity chemical; a control unit for controlling the dispensing of high purity chemical from the canister and the cabinet for a downstream use, a closeable opening in the cabinet for allowing loading and unloading of the canister from the cabinet, at least one door for closing the opening, a liquid tight secondary containment door in the opening for closing off a portion of the opening such that the secondary containment door is sized so that the portion is sufficient to define a volume in conjunction with the cabinet to contain the entire high purity chemical liquid contents of the canister.

Abstract: A closure for a container-and-closure sealing system embodied in a container and closure package, and method of making the same. The container has an open mouth surrounded by a cylindrical neck wall having internal threads and an open upper edge. The closure is a cap/dispensing cup type and has a skirt with external threads adapted for threaded receipt within the container neck wall. A circumferentially continuous flange projects outwardly from the skirt and has a conical portion adapted for cam engaging, trapping and sealing with the open upper edge of the neck wall as the closure is threaded into this wall. The closure skirt also has a circumferentially continuous plug-type sealing surface that extends radially outwardly from the skirt between the trapping flange and closure external threads adapted for interference sealing engagement with the neck wall as the closure is threaded thereinto.

Abstract: A cover assembly for use in a fuel dispensing cabinet includes an upper shroud member and a lower shroud member that are arranged at a side area of the cabinet chassis proximate the sump facility. The shroud members are provided in a shingle-type configuration in which the upper shroud member at its lower edge portion overlaps with the lower shroud member at its upper edge portion. A pair of elongate column channel members are configured at respective corner posts of the chassis and each includes a vertical channel portion that receives the side edge portions of the upper and lower shroud members. A fluid diversion assembly is arranged within the chassis end area adjacent the electronics compartment at the upper section of the cabinet.

Abstract: A water dispenser comprising a plurality of water filling stations located side by side in a single sink. Each station includes an intermediate shelf. A filling station is coupled to each of the stations and selectively provides one of a plurality of predetermined water volumes with a single actuation.

Abstract: A container-and-closure sealing system embodied in a container and closure package, and method of making the same. The container has an open mouth surrounded by a cylindrical neck wall having internal threads and an open upper edge. The closure is a cap/dispensing cup type and has a skirt with external threads for threaded receipt within the container neck wall. A circumferentially continuous flange projects outwardly from the skirt and has a conical portion for cam engaging, trapping and sealing with the open upper edge of the neck wall as the closure is threaded into this wall. The closure skirt also has a circumferentially continuous plug-type sealing surface that extends radially outwardly from the skirt between the trapping flange and closure external threads for interference sealing engagement with the neck wall, as the closure is threaded thereinto.

Abstract: An improved portable fueling facility for aircraft or ground vehicles includes, in the disclosed embodiments, at least one storage tank, an outer tank for providing secondary containment about the storage tank, a fill pipe and connection cap structure for communicating an outside end of the fill pipe with a source of fuel. Advantageously, the connection cap includes a screen for removing particulate matter from fuel that is introduced into the storage tank during refueling. A second aspect involves a compartment that is defined about an outer second portion of a pipe such as a fill pipe for collecting and containing any fuel that might spill during use.

Abstract: An improved container and closure therefore. The improved container includes a finish, a body extending downwardly from the finish, a fitment fit within the finish, the fitment including a pour spout extending upwardly, and a closure. The closure includes an upper wall having a product exit, which permits egress of the product. The product exit is reclosable so that in the closed position no product can escape from the container, wherein as in the open position product can be selectively dispensed from the container without removing the entire closure from the bottle. If so desired, the consumer can leave the product exit in the closed position, unscrew the closure from the bottle and use the inverted closure as a measuring cup for the product.

Abstract: A drip-free dispensing structure is provided with a body for extending from a container around an opening. The body has a crescent-shaped inner spout. An outer collar is spaced outwardly of the inner spout. A drain-back trough is defined between the inner spout and outer collar. The trough runs from a high point at the front of the structure to a low point on either side and empties into a reservoir defined at the rear of the structure. A notch in the wall of the inner spout permits the collected fluid in the reservoir to flow back into the container when the container is subsequently tilted forwardly to pour liquid from the container.

Abstract: A cheese server includes hangers for engaging cheese bag bottoms and suspending the bags inverted in a steam chamber. Gravity influenced squeeze bars ride down the bag sides to express cheese toward the bag outlet fitment. A hose is connected to the fitment and is pinched off by an "iron udder" clamping apparatus to control dispensing. Water in the bottom of the steam tank is heated to produce steam for heating the cheese quickly. A trough in the chamber top returns condensate to the water.

Abstract: A water dispenser comprising a plurality of water filling stations located side by side in a single sink. Each station includes an intermediate shelf. A filling station is coupled to each of the stations and selectively provides one of a plurality of predetermined water volumes with a single actuation.

Abstract: A liquid supplying apparatus for supplying treatment liquid to a treatment liquid ejecting unit which ejects treatment liquid to a work, which is capable of supplying high quality treatment liquid without wasting treatment liquid. Since a fixed quantity of treatment liquid is ejected from the treatment liquid ejecting unit during the process waiting time and this treatment liquid is ejected through a cup sealed airtight to a liquid tank and circulated, the liquid supplying apparatus capable of supplying high quality treatment liquid can be realized without wasting treatment liquid.

Abstract: A plastic container for pourable liquids such as detergents has a drain back feature and has an internal thread for receiving an externally threaded cap which also serves as a measuring cup for the liquid. The container is formed in two pieces, a container body and a separately formed pour spout component which is assembled to the container finish preferably by ultrasonic welding. In preferred embodiments a lip of the pour spout component is pressed and welded down onto an annular top surface of the container finish, or down into an annular recess on the container finish. The ultrasonic welding operation is accompanied by motion and pressure, simultaneously deforming and welding the top edge of the pour spout component wall down onto the container finish, so that the connection forms a liquid tight seal.

Abstract: Method and appartus for the pouring of liquids by a partially closed shell extending from a base to a rounded and interrupted tip, with partially opened shell sides extending from the base to the tip which is interrupted by a a "V" shaped notch; the shell has a base advantageously inclined with respect to the pouring axis of the shell to permit downward flow of fluid into an aperture that communicates with the opening in the shell; the shell can be a pouring spout covered by a protective cap which is unscrewed and removed to expose the spout and permit fluid to be poured between open sides along the shell and over a sharp, interrupted edge at a tip, by which flow is terminated when the shell is up-righted, so that the sharpness of the interruption and the general configuration of the tip reduce the usual dripping of fluid after a pour.

Abstract: In accordance with the invention, a liquid dispensing fitment for use on a container having a neck comprises a plastic body which has an inner wall defining an axial spout extending from within the neck of a container and axially beyond the end of the neck. The body has an outer annular wall spaced from the spout and connected to the spout by an integral annular connecting portion. The spout extends axially beyond the outer wall and has an upper generally C-shaped cross section defining an opening and a lower annular cross section. The annular connecting portion is inclined with respect to the axis of the spout and has its lowermost portion aligned with the opening of the C-shaped portion of said spout. The outer wall has an axial opening extending from a position aligned with the juncture of the C-shaped portion and annular portion of the spout through the annular connecting portion to define a combined drain back opening and a near empty pour out hole.

Abstract: The present invention relates to an improvement of a nozzle cap for a composite container containing a low-viscosity liquid such as a humidity-curing type adhesive of .alpha.-cyanoacrylate-based adhesive, solvent-volatile type adhesive, various chemicals, food, and ink. A container is provided with a nozzle cap which includes a nozzle connected to a container body and a cap threadably mounted to the nozzle for closing a discharge port of the nozzle. A head of the cap is provided with a column element projecting inwardly for closing the nozzle and a head of the column element is provided with a concave hole into which the tip of the nozzle is removably inserted or fitted. A superior, unique effect is exhibited such that the closure of the nozzle is easily and completely performed, and adhesive or the like adhering to the tip of the nozzle does not spread around and cure, thereby preventing formation of an umbrella- or mushroom-shaped solid material.

Abstract: Sanitary household or laboratory article in the form of a multi-purpose drip catcher of the apply-and-discard type, formed as a small, essentially flat pocket (1) made from water-proof non-transparent foil material (2), which pocket is open in its upward direction and the walls of which are glued or welded together along the pocket borders (3,4). The back wall of the pocket (1) is provided with an adhesive (5) for application of the pocket onto a container wall. The inside of the pocket (1) is essentially filled with a strongly absorbing hydrophilic material (6), and the pocket (1) may additionally be provided with saturation indicator (7,8) for disclosing the saturation of the material (6) with liquid.

Abstract: A plastic container for pourable liquids such as detergents has a drain back feature and has an internal thread for receiving an externally threaded cap which also serves as a measuring cup for the liquid. The container is formed in two pieces, a container body and a separately formed pour spout component which is assembled to the container finish preferably by ultrasonic welding. In preferred embodiments a lip of the pour spout component is pressed and welded down onto an annular top surface of the container finish, or down into an annular recess on the container finish. The ultrasonic welding operation is accompanied by motion and pressure, simultaneously deforming and welding the top edge of the pour spout component wall down onto the container finish, so that the connection forms a liquid tight seal.

Abstract: A bottle for storing and dispensing maple syrup and like fluids comprising, in combination a one piece container having a generally circular horizontal bottom wall and upstanding side walls of an uneven contour horizontally, vertically, axially and circumferentially, the upper end of the container having a large major opening entirely overlying the bottom wall in an annual configuration and a small minor opening with an annular configuration partially overlying the base portion with an angled tubular extent coupling the minor opening with the main portion of the container; a large cap with a circular top and downwardly extending side walls positionable over the major opening; a small cap with a circular cover and downwardly extending side walls positionable over the minor opening; a cord of a flexible material coupling the major cap and the minor cap; a level indicator formed of a pulley in an upper region of the side wall having a cord with a float at one end within the container and a weight at the other en

Abstract: A dispenser closure for attachment to the threaded neck of a container includes a spout portion and a cap portion. The spout portion includes an annular wall, a shoulder and a depending skirt. A spout is integrally formed within the spout portion and is non-concentrically disposed with an area defined by the annular wall. The spout is substantially closed and has an inner channel which is in fluid communication with the interior of the container. The spout terminates at an upper end having an oval aperture and at a lower end at an inclined floor. A drainage opening is also formed in the spout portion and is in fluid communication with the interior of the container. The drainage opening is adjacent the annular wall and extends through the inclined floor and vertically onto the spout. The cap portion has a radially projecting annular shoulder with a depending collar. The collar is threaded on an interior surface to engage a threaded exterior surface of the upper end of the spout portion.

Abstract: A dispensing package includes a bottle, made of a blow-moldable plastic and having a neck finish, a pouring spout and a closure. An undercut groove in the interior of the neck finish holds a bead on the spout. The spout may have a pour-back design. Threading the closure onto the neck finish engages a top surface of the neck finish just above the groove with a closure-mounted seal. The groove may result from molding the neck finish against a pin which is withdrawn from the neck finish while the plastic is still warm but has enough plastic memory to result in groove definition following the removal. The bead of the spout may be press-fitted into the groove while the plastic is warm so that cooling-caused shrinkage firmly locks the spout in place.

Abstract: A self-draining container includes a body, an integral wall extending upwardly from said body and encircling an integral dispensing spout which communicates with said body and extends above the top of the wall. An integral web joins the wall and the dispensing spout to form a drain channel. A drain opening is defined adjacent the channel for draining fluid from the channel into the container body. A cap having a depending skirt defining a thread which mates with an internal thread on the container wall to close the container.

Abstract: An integral blow molded bottle having a neck, a thread surrounding the neck and a collar at the top of the neck. A circumferential flange is provided on the outside of the top of the collar and a support column is provided on the inside of the collar for limiting threading of a cap down on the neck. A circumferential groove is formed in the outside of the collar to prevent bottoming of the flange by a cap threaded onto the neck.

Abstract: An apparatus and a method for collecting in seal containers the gasoline that leaks or spills from service station dispensers or submersible pumps help to reduce the pollution associated with such equipment. The apparatus and the method also provide for returning the collected gasoline to the storage tanks via existing vapor recovery systems.

Abstract: A low profile closure which includes a coupling member which is mounted on a container dispensing opening, and an open ended dosing cap including a boundary wall which is dimensioned for removable attachment to an interior surface of the coupling member. The coupling member includes an open ended body portion formed by an upright boundary wall, and a top peripheral edge which defines an outwardly projecting spout. An exterior surface of the dosing cap is arranged in conforming frictional relation to the outwardly projecting spout to provide a low profile closure. Cooperating external and internal threads respectively disposed on the cap boundary wall and coupling body portion are employed to removably fasten the cap in the coupling member.

Abstract: Dispensing containers are described in which a metering chamber for the contents of a fluid container is mounted in the neck of the container. Openings intermediate the height of the chamber allow it to be put in communication with the container interior by a rotary movement, e.g. applied to an external closure cap. When the closure cap is rotated to open the chamber to the container interior it also adopts a sealing position preventing the escape of any of the contents. The space in the chamber above the apertures is greater than that below. Sufficient fluid can be admitted to the chamber by inverting the container, therefore, to ensure that the lower space is completely filled when the container is again turned upright. Reverse rotation closes the openings to isolate the metered fluid from the main volume of the container and can also open the chamber to the exterior to allow the metered quantity to be dispensed.

Abstract: A self-draining container is disclosed. The container includes a body and a neck, wall and dispensing spout extending upwardly from a body opening. The dispensing spout has a diameter equal to or greater than the diameter of the neck. The wall surrounds the dispensing spout which extends above the top of the wall. A web joins the wall and the dispensing spout to form a drain channel. A drain opening through the spout is defined adjacent the channel for draining fluid form the channel in to the container body. A cap having a depending skirt defining threads mates with threads on the container wall to close the container.

Abstract: A container for liquid is disclosed, wherein the container has an improved self draining means featuring a radially inclined ramp which slopes downward from the container pouring spout in the radially outward direction. Beneath the drain ramp is an annular channel which receives liquids gravity draining from any azimuthal location on the ramp, and routes the liquids to a drain hole, returning the liquids to the container reservoir. One or more projections may be disposed within the annular channel to partially block it. This arrangement prevents any plastic shavings or other debris within the channel from migrating or being washed by the draining liquid to a location visible to the user or to the drain hole where such debris may contaminate the contents of the container.

Abstract: A dripless closure assembly for a container comprising a body seated in the neck of the container and which has a pouring spout. A measuring cup which also functions as a cap is disposed over the pouring spout and has a first threaded outwardly disposed skirt for threaded engagement with the neck of the container. A second skirt inward of the outer skirt and extending into the body is provided for eliminating dripping on the threads.

Abstract: An apparatus and a method for collecting in seal containers the gasoline that leaks or spills from service station dispensers or submersible pumps help to reduce the pollution associated with such equipment. The apparatus and the method also provide for returning the collected gasoline to the storage tanks via existing vapor recovery systems.

Abstract: A container designed so that after pouring out a liquid therefrom, any liquid inadvertently remaining on and running down the outside surface of the container opening can be returned to the inside of the container so that the container and its storage place will not be dirtied by the liquid and other foreign material. The container includes a guiding piece having a tubular piece and a drain hole, a cap, and a stopping annulus having a ring which passes through the tubular piece, has a diameter smaller than that of the open top of the container body but larger than that of the tubular piece, and includes an upper end lower than that of the tubular piece and a lower end higher than a bottom portion of the open top. A liquid guiding device is provided for guiding out of the container the liquid contained therein.

Abstract: In a closure device with pouring nozzle and metering stopper, the pouring nozzle is formed of a pouring spout of closed periphery, extending partly inside a sheath and protruding beyond the sheath. The sheath is in turn extended by a rotating ring provided for its fixation and orientation on end of a neck of the container and having its outer wall serving for retaining a skirt formed about a lower portion of a body of the metering stopper with a pouring spout forming a cover and covering the pouring spout of the pouting nozzle.

Abstract: A liquid containing and dispensing package comprising a hollow plastic container having a neck comprising an upwardly extending integral dispensing spout, an integral web extending radially outwardly from the lower end of the dispensing spout and a cylindrical wall spaced radially outwardly of the spout and encircling the spout. The cylindrical wall has an internal thread, a closure having a base wall and peripheral wall with an external thread applied to the container. The closure includes an annular flexible sealing ring that engages the inner surface of the cylindrical wall and flexes upwardly to provide a seal. A sealing ring extends radially outwardly intermediate the peripheral wall and engages the top of the cylindrical wall when the closure is threaded onto container.

Abstract: A self draining container is disclosed. The container has a body and an upper integral pouring spout. The upper part of the container body and the spout define a generally funnel shaped section. A ring member is attached to and surrounds the pouring spout. The ring member and the pouring spout define a flow back chamber. An opening extends between the flow back chamber and the container body. A separable cap is removably mounted over the pouring spout.

Abstract: A plastic container and package having a self-draining feature is provided. The container includes a bottle with a dispensing spout which has a thread or other closure retention device molded therein and an annular sleeve encircling the spout and cooperating therewith to form a channel for capturing excess liquid flowing down the outside of the spout following dispensing of such liquids. An aperture is provided for draining liquid from the channel to the body portion of the container. A closure having thread or other retention device engages the closure retention device of the spout to form the remainder of the package.

Abstract: A two-part closure assembly for a container includes a spout and a measuring cup. The spout has an outer annular ring, a liquid-dispensing component disposed within an upper portion of the annular ring and a passageway therethrough adapted for fluid flow communication with a liquid held in the container. The annular ring has an inner surface which has an annular groove in the upper portion of the ring, an annular recess in the lower portion of the ring, and means in the lower portion to engage a container. The cup has a base, and a sidewall extending upwardly from the base to define a cavity into which a liquid can be poured. An annular flange, extending outwardly from the outer surface of the sidewall of the cup, is alternately releasably engageable within the annular groove in the inner surface of the annular ring of the spout to envelop the liquid-dispensing component of the spout and within the annular recess in the inner surface to be disposed within the liquid-dispensing component.

Abstract: A closure mechanism is disclosed for a package for liquids where the package includes a container for housing a liquid and having opposing surfaces defining a discharge opening exposing a container interior. The closure mechanism inlcudes an intermediate member mounted on the container and covering the discharge opening. The intermediate member has a pour spout extending from a first end to a second end. A wall surrounds the pour spout and is spaced therefrom to define a liquid retaining volume. A floor is disposed within the volume adjacent the first end of the spout and having a floor opening providing liquid flow communication between the liquid retaining volume and the container interior. A cap is provided removably connected to the package and sized to cover the spout and the liquid retaining volume. A closure plate is provided for blocking flow of liquid through the floor opening when the cap is disconnected from the package.

Abstract: The two-sided plastic stopper has a lower portion (1) that can be secured to the neck of a container (14, 15) and a measuring cup (2) which can be reversed and set on the lower portion so as to form a seal, this serving as a cap. A tubular spout (11) is surrounded by a concentric annular wall (12). In this way a trough (18) is formed together with the connecting wall (13) between the spout (11) and the annular wall (12), this trough having a drain (19) that leads back to the container. Within the base of the measuring cup (21) there is a centrally arranged annular wall (23) in the form of a sealing plug. This sealing plug (23) and the tubular spout (11) fit together in a form fit so as to seal each other and have connecting means that act together, preferably threads (17, 24, respectively).

Abstract: A pouring fitment and closure assembly comprising a central tubular body having at its interior most extremity an enlarged circular disk-like plate with a sharpened edge, the central tubular portion then opening up into a rib-formed plurality of ports to an interior plenum terminated at the outside end by an annular inwarldy protruding sharpened projection interior to the plenum forming a first sharp dripless and sealing edge. The central tubular body flairs outward in a skirt to join a flat annular radial sealing ring at its top which in turn terminates in a larger circular edge to form an acute angle, the second dripless edge.

Abstract: A body and cap connected by a hinge are integrally molded from plastic. The body is adapted to be connected to a container and has a dispensing spout which may be centered or offset. At the distal end of the spout is a tubular portion surrounded by a channel. Capillary bores extend generally parallel to the axis of the spout from the base of the channel to an interior in the spout. Adjacent the distal end of the spout is a spherical bulge. The cap has an internal opening complementary to this bulge so that the cap fits sealingly thereabout. The body and cap have annular exterior walls which meet in a plane inclined at about fifteen degrees to the horizontal (when the top of the container to which the body is secured is horizontal). Several forms of hinges and components biasing the cap are disclosed.

Abstract: A container for dispensing pourable materials, ideally liquids, having a cup-shaped lower portion with a bottom wall and a continuous upstanding peripheral wall terminating at an upper edge, a seal engaging the upper edge in a liquid type manner, a pouring spout extending upwardly from the seal, an upstanding wall integral with the seal and surrounding the pouring spout, a small opening in the bottom of the wall which permits any liquid collected within the area inside the wall to drain through the hole and into the cup-shaped portion, and a pivotally mounted cap movable from an open position (to permit liquid to be dispensed from the pouring spout) to a position over the pouring spout to seal the pouring spout and the wall opening from the atmosphere. The cap is maintained in the open position by a portion of the pivoting mechanism engaging the top of the seal in a cam-like action.

Abstract: A spill preventing diaphragm attachment for a paint spray gun paint cup as shown. The diaphragm is engaged around the mouth of the paint cup and forms, with the undersurface of the paint cup lid, a chamber above the paint in the cup that is deeper at one side than the other. At the deep side, oriented 180.degree. away from the vent opening in the lid is a vent opening in the diaphragm. Any paint that might flow through the diaphragm vent opening as a result of tipping the spray gun drains back into the cup as soon as the gun is righted. The diaphragm is readily replaceable without tools.