Abstract: The present invention concerns an improved perforated lid (10) for containers for cooking foods, comprising holes (15) for the passage of vapor and gas going upwards and of condensed vapor going downwards and means for cooling and condensing vapor passing through said holes, and means for supporting said means for cooling vapor, wherein said means for cooling vapor are made of a sequence, starting from the container for cooking foods and going upwards, comprised of a perforated lower plate (11), at least one perforated intermediate plate (12) and an upper plate (13) that is not perforated, and said means for supporting said means for cooling vapor are made of a lower spacing element (16), positioned between said lower plate (11) and said intermediate plate (12) and of an upper spacing element (18), positioned between said intermediate plate (12) and said upper plate (13). The invention further concerns a fryer (20) for use with said perforated lid (10).

Abstract: A fuel tank cap includes a housing having a side wall, a bottom wall, and a receptacle, a fuel vapor adsorption material positioned within the receptacle, an inlet at least partially defined by the bottom wall and configured to provide fluid communication with a fuel tank vapor space, an outlet at least partially defined by the bottom wall and configured to provide fluid communication with the atmosphere, an internal wall extending from the bottom wall at least partially into the receptacle, and an aperture at least partially defined by the internal wall and configured to permit fuel vapor to flow in a vapor flow path from one side of the internal wall to the other side of the internal wall.

Abstract: A sediment removal assembly (10) is provided for removal of sediment (110) in a container (100). The assembly has a container seal (12) for sealing an opening (114) to the container. The container seal is formed with a seal body (14) with a flow through passageway (20) between opposite ends of the seal body, and a valve arrangement (26) with a valve member (34) normally spring biassed to close said passageway. One end of said seal body is adapted to sealingly engage said container at an opening thereof to close the opening. The assembly also has a sediment reservoir (40) adapted for removable sealing engagement with the opposite end of the seal body and in communication with the flow through passageway so that upon opening the valve member.

Abstract: An insulating lid includes a cover having an outer edge and a base. The base includes an upper surface, a lip projecting upwardly from the upper surface about an outer perimeter of the base to define an inner area, and a plurality of spacer members extending upwardly from the upper surface positioned within the inner area. The plurality of spacer members are configured to space the cover a distance from the upper surface of the base to define an insulating space between the cover and the upper surface of the base.

Abstract: A fuel tank cap for a fuel tank of an engine. The fuel tank cap includes a fuel cap cover, a housing having a side wall, a bottom wall, and a receptacle, a fuel vapor adsorption material positioned within the receptacle, an inlet disposed near the bottom wall and configured to provide fluid communication with a fuel tank vapor space, an outlet disposed near the bottom wall and configured to provide fluid communication with the atmosphere, an internal wall adjacent the bottom wall and disposed between the inlet and the outlet, and at least one aperture configured to permit fuel vapor to flow in a vapor flow path from one side of the internal wall to the other side of the internal wall.

Abstract: A closure and container combination for packaging and sealing a commodity in a container that reduces headspace gases, in particular oxygen, allowing the packaged commodity to have a longer shelf life.

Abstract: An insert for a container comprising an insert which is adapted to be inserted into the opening of a container, and having an aperture, projecting axially outwardly thereof, said aperture presenting an inner wall surface defining a channel through which a stream of liquid may flow, and said insert having at least one chamber which extends into the liquid product of said container when the insert is inserted into said container.

Abstract: The cover of the container has the hollow (2) with an elliptical outline pointed towards the inside of the container; the hollow has the spherical projection (3), pointed upwards, and the projection has the cylindrical cavity (4) with the opening housing the valve head. The valve head has the form of a circular plate and has an edge with a triangular outline; cooperating with the gasket of the valve. The head valve is installed loosely in the opening by means of the sleeve ending with the flange with distancing projections in the form of radial ribs.

Abstract: A brake fluid reservoir (10) for a vehicle hydraulic brake system has a filler neck (16), a lid (18) which closes the filler neck, and a device for pressure compensation between the reservoir interior and the ambient atmosphere. In order, when the brake fluid reservoir (10) is in a steeply inclined position, to prevent an escape of brake fluid, in the lid (18) a first brake fluid forced-flow channel (32) is formed, which has an inlet (34) at the inside of the lid and an outlet (36) towards the outside of the lid. The forced-flow channel (32) extends between the inlet (34) and the outlet (36) along a curved path, which in relation to a plan view of the lid (18) runs through at least two quadrants.

Abstract: A moisture-adding microwave food cover apparatus, comprising of a capped (not absolutely essential, but part of the current implementation of the design) conical or dome-like structure, with an upper liquid reservoir, cool fin handle, removable top center cap, and a lower condensed moisture reservoir. The apparatus may be manufactured from any microwaveable material and it is efficient in preventing spatter, retaining heat, retaining moisture, and adding moisture to food that is heated or cooked using a microwave oven. The apparatus is easy to use, easy to clean, easy to manufacture, and reduces the time required to cook or heat food in a microwave.

Abstract: A cover for a cooking implement, such as a grill, and a method of using such a cover in order to assist in the cooking of food with steam. The cover comprises a raised portion and a reservoir adjacent the raised portion. The reservoir has first and second walls and a bottom therebetween so as to be capable of containing a liquid. The reservoir further has at least one drain hole located below an upper fill level of the reservoir, and the raised portion has at least one vent hole located above the upper fill level. The drain and vent holes are relatively sized so that a liquid contained within the reservoir flows through and exits the drain hole in the form of droplets, which vaporize substantially immediately once outside the drain hole.

Abstract: A cover for a cooking implement, such as a grill, and a method of using such a cover in order to assist in the cooking of food with steam. The cover comprises a raised portion and a reservoir adjacent the raised portion. The reservoir has first and second walls and a bottom therebetween so as to be capable of containing a liquid. The reservoir further has at least one drain hole located below an upper fill level of the reservoir, and the raised portion has at least one vent hole located above the upper fill level. The drain and vent holes are relatively sized so that a liquid contained within the reservoir flows through and exits the drain hole in the form of droplets, which vaporize substantially immediately once outside the drain hole.

Abstract: The present invention is an improved reservoir cap for a braking fluid reservoir including a cylindrical skirt for surrounding an opening of the reservoir body, a disc portion having a hard stop formed unitarily with the cylindrical skirt for closing the reservoir fill opening, and a plurality of teeth formed unitarily about the hard stop for securing an elastic member. The elastic member is disposed about the teeth of the reservoir cap and secured thereto. The elastic member defines ridges disposed circumferentially about its center. Between the ridges and the center of the elastic member is a channel, which in turn defines a pair of openings which permit the flow of excess fluid through the elastic member, thereby reducing the possibility of fluid overflow, and thus preventing excess brake fluid from permeating the reservoir cap and leaking into the engine compartment of a vehicle.

Abstract: A container for storing or transporting heated food is constructed to keep water condensing from steam in the container from contacting the food item. The container includes a base Upon which the food item rests, and a cover portion which is adapted for placement-over the base to define a food storage chamber in which the food item is housed during storage and transport. Part of the cover portion is provided with a dual wall construction and has an inner wall portion positioned closest to the food storage food chamber and an outer wall portion spaced from the inner wall portion, so as to define a cavity therebetween. One or more openings are formed through the inner wall portion providing gaseous communication between the food storage chamber and the cavity. A series of ribs are provided about the openings to prevent condensate which forms in the cavity from returning through the openings into the chamber where it may otherwise contact the food.

Abstract: A venting cap assembly is secured to a specific part of a component for masking the specific part. The cap assembly includes a closed first end, an open second end and a sidewall extending between the closed first end and the open second end forming an interior cavity for the specific part. At least one vent track extends along the sidewall within the cavity. The at least one vent track terminates at a pressure reservoir. A sealing and venting assembly periodically relieves air pressure within the pressure reservoir when an excessive amount of air pressure develops.

Abstract: A fast assembled oil-collecting trough and clip ring structure, including a conic glass-made fry pan cover and a circular clip ring disposed on an edge of the fry pan cover. The clip ring has a vertical flange formed along the periphery of the clip ring. The flange is formed with at least three integrally made vertical tabs each having an insertion hole. The tab is formed with an orifice for a rivet to pass through so as to rivet a resilient plate with the tab. The resilient plate is a flexible metal plate having an arch projection at middle section. The projection is faced toward the center of the clip ring. When the fry pan cover is assembled with the clip ring, the projection of the resilient plate latches the projecting frame of the fry pan cover so as to fast and easily associate the fry pan cover with the clip ring. The resilient plate serves to firmly clamp the fry pan cover without detachment.

Abstract: A non-corrosive, non-metallic hatch apparatus is provided for use on a container having a container opening with a container flange surrounding the container opening. A hatch base includes a base flange complementary to and constructed to be bolted to the container flange. The hatch base has a hatch opening defined therethrough and includes a base thread surrounding the hatch opening. A non-metallic hatch lid includes a lid thread defined thereon which is complementary to the base thread so that the hatch lid can be attached to the hatch base to close the hatch opening by threaded engagement of the lid thread with the base thread.

Abstract: A low pressure liquid spray gun including a gun body having a spray nozzle, a gas inlet connectable to a pressurized gas source and a reservoir for holding liquid. The gun body includes a material connector for directing the liquid out of the reservoir through the spray nozzle and a gas line for directing the gas from the inlet to the nozzle through the gun body. The gas line includes a control valve, a pressure reducing throttle positioned between the control valve and the nozzle, and a branch line connected with the gas line between the nozzle and the throttle. A pressure regulator is connected to the branch line for maintaining the air pressure in the reservoir.

Abstract: An appliance for disinfecting/sterilizing contact lenses having a valve for the venting of gases liberated from the lens solution in the form of a deformable, polymeric plug which is movable between a closed and an open position, depending on the pressure of the gases.

Abstract: Cap for a reservoir (10), intended to be mounted on a reservoir having an external thread, of the type comprising an internal thread (16), a sealing gasket (42) and a labyrinth means (20) in a fluid passage between the threads and the inside of the cap, characterized in that the labyrinth means (20) comprises at least one intermediate accumulation chamber (34, 36) in the passage.

Abstract: An electric fryer includes a filtering lid with upper and lower condensation walls which define between them a condensation chamber. A reflector is located between the lower condensation wall and the cooking chamber and a filter is carried by the upper condensation wall. The lid also includes a rotatable window with a scrapper.

Abstract: A cap for accommodating an overflow of brake fluid from a master cylinder reservoir and for venting the reservoir to atmosphere. The cap is formed from two cup-shaped members adapted to be telescoped together with a snap fit and adapted, when telescoped together, to define an overflow chamber and to define a labyrinth-like passage for venting the chamber to atmosphere.

Abstract: A gas venting system for a liquid storage reservoir having a floating cover comprising a sheet of flexible material lying upon the liquid and attached to the reservoir sides. Elongated blocks of flotation material are attached to the underside of the cover and buoy the cover in such a way that the edge margins of the blocks and the adjacent portions of the cover define downwardly open collection spaces. A gas collection manifold in communication with these collection spaces receives and carries away gases collecting in the collection spaces. In one embodiment the flotation blocks include transverse conduits affording communication between the collection spaces on opposite sides of the blocks, with the transverse conduits being in communication with the gas collection manifold.