Abstract: The invention relates to washing drum shell formed by a final sheet metal strip which is coiled in the form of a cylinder and whose ends are welded to one another. The longitudinal sides thereof are connected to a bottom disc by a high-flange joint provided with transversal embossments. The high flange joint is sufficiently stable even when the carriers of the washing drum are drawn into the shell. The drawn-in carriers are connected by at least one fold to openings shaped in at least one bottom disc and the transversal embossments of the high flange joint are shaped in an area which is arranged directly near a connection between the drawn-in carriers and the bottom disc.

Abstract: The present invention discloses a small sized and high-pressurized container for preventing explosion. According to the preferred embodiment of the present invention, a can body has a shape of cylinder for containing high-pressurized product therein. An upper body, which has a dome-like shape, is connected to the top of the can body by seaming or welding, and comprises a groove around its lower part. A valve is mounted on the top of upper body, and discharges high-pressurized gases or liquids, which exists in the inside of the container. A plurality of scores is configured at the bottom of the groove of the upper body, in order to discharge an overpressurized product and prevent bursting or explosion of the container. The scores weaken the resistance of the upper body, so in the event of that a certain internal overpressure is applied, the upper body firstly deforms outwardly and then one or more scores are fractured, and lastly the overpressurized product is discharged from the scores.

Abstract: The present invention describes an apparatus used in conjunction with a metallic container adapted for processing, storing and heating foodstuffs in a microwave oven, and more specifically, a substantially metallic stackable container with a microwavable transparent portion, metallic reinforcing member, and a selectively removable lid, wherein the same container can be used to store, ship, heat, and serve a foodstuff to a consumer.

Abstract: A modular liquid reservoir comprises a plurality of shell sections that in an assembled state define a fluid tight reservoir volume. Each shell section includes a plurality of flow apertures that are adapted to fixedly engage a variety of interchangeable, insertable attachments.

Abstract: A constructional unit has a frame and a cover. The frame and the cover are formed of materials with different coefficients of thermal expansion. A plurality of spacers is arranged between the frame and the cover and defines a gap therebetween. An adhesive is provided in the gap to attach the frame to the cover and simultaneously seal the gap.

Abstract: This invention is a sealed battery case and a method for making it, including a brazed ceramic ring that separates the positive and negative ends of the battery while providing a leak-tight seal. A brazing material is used that comprises greater than 50% gold. The case is strong, and can be negative, neutral, or positive, withstanding more than 3.5 V vs. Li/Li+.

Abstract: A bond joint and process of bonding metal parts to one another to form seamless, hollow metal articles, particularly made from beryllium. Tooling is assembled to the parts, prior to hot pressing, to cause pressure to be applied to flanges that extend peripherally from the parts. The parts, assembled together with the tooling, are then subjected to hot isostatic pressing of the flanges at a temperature of about 1700° F. to 1750° F., and at a pressure of about 2000 psi to 2500 psi, for around 3 hours. The tooling surrounding the metal parts functions to limit the amount of compression of the flanges. Articles formed by this process are particularly useful in space flight applications because they are formed of a homogeneous material. This means that the articles can operate under high pressure despite being subjected to temperature cycling. Strength of the bond joint is enhanced because no filler metal is used.

Abstract: A large-volume container for holding liquid media is composed of two shell-like end parts each having a ring-shaped flat contact surface, and at least one sleeve-like middle part composed of two ring segments and provided with two ring-shaped flat contact surfaces and an opening for filling and emptying. The two end parts as well as the ring segments of the middle part are manufactured by blow molding with an inner layer and an outer layer, are provided with external stiffening ribs formed as chambers, and are connected in the areas of their contact surfaces by an inner and outer weld. The two end parts as well as the ring segments have in the areas of their contact surfaces a circumferential chamber, wherein the contact surfaces have at their circumferential boundary edges backwardly extending inclinations for forming welding grooves between the end parts and/or the ring segments.

Abstract: An environmentally-controlled food container, such as a refrigerator, freezer or oven, includes a plurality of walls joined at their edges and joints between adjacent walls. The joints are covered by a seaming tape which includes a plastic film layer and a mesh layer. The mesh layer is formed from a material having a coefficient of thermal expansion within ±10% of a coefficient of thermal expansion of adjacent wall material. The seaming prevents moisture and bacteria from entering the joints, and does not fracture due to thermal expansion and contraction of the walls.

Abstract: A paper container includes a base disk and a peripheral wall having a ledge extending from a bottom edge of the peripheral wall to engage with a bottom face of the base disk, a side wall integrally formed adjacent to the ledge and having an inner surface to engage with a peripheral edge of the base disk, a knurl formed between the ledge and the side wall for engagement with a surface and a lip ring formed on a top edge of the peripheral wall such that an annular space is formed between the base disk and the peripheral wall.

Abstract: A pressure container comprising axially extending side walls formed of plastic extending between a top end and a bottom end. A metal top is attached at a top seam in pressure-containing relation to the top end of the side walls, and a metal bottom attached at a bottom seam in pressure-containing relation to the bottom end of the side walls. Optional top and bottom beads are formed in the side walls to aid in sealingly securing the metal top and bottom to the side walls. A method for containing pressurized materials by providing and filling such a pressure container is also shown.

Abstract: A compressor for receiving at least one compression element in a sealed container is provided. The sealed container comprises a container body and a cover member for blocking an opening of the container body, both of which are made of an aluminum material. The cover member is electrically welded to the container body over an entire circumference of the cover member, and thick ribs with a thickness dimension extending from a circumference portion to a central portion are formed with a predetermined pitch on the cover member. In this manner, an increase in the manufacturing cost and a reduction of the workability can be substantially suppressed, while the reliability of the sealed container of the compressor and the aluminum members assembled by arc welding can be substantially improved.

Abstract: An enclosure for transporting articles upon a spacecraft. The enclosure includes an external enclosure composed of a plurality of interconnected walls coupled via elongated edge connecting members to define an internal space shaped and dimensioned for receiving an article to be transported upon a spacecraft. The interconnected walls include a first wall selectively coupled to a plurality of sidewalls such that the first wall may be moved to open the internal space defined by the plurality of interconnected walls. The walls are honeycombed aluminum sheets and the edge connecting members are lightweight, high strength members shaped and dimensioned for secure attachment to the walls without the use of mechanical coupling members.

Abstract: The invention provides a molded tube with a sealed end. When the tube body is placed front of a press mold, an end of the tube body is heated while being rotated until the ends is moldable. Thereafter, the end portion of the tube is shaped in a manner that an inner wall of the end portion of the tube body tapes outwardly, so that a wall thickness of the tube body is smaller than that of the end portion. A plurality of threads or a groove is further formed on an external surface of the end portion of the tube to further fastening an additional element.

Abstract: A pressurized vessel, such as a tank liner, is formed of a thermoplastic injection-molded connector or insert and a thermoplastic blow-molded vessel body. A noncylindrical skirt of the connector having a substantial surface area is spin-welded to a mating interface formed on the outer surface of the vessel body adjacent an orifice into which the insert is received. In a preferred embodiment, a sacrificed portion of an upstanding orifice sidewall forms a molten weld bead, which flows in a channel to fuse the skirt to the mating interface.

Abstract: A pressure vessel or pressurizable canister has a hollow, thin-walled, cylindrical metal shell or tube. Two end caps are hermetically sealed to the respective distal ends of the metal shell by the process of magnetic pulse welding that requires no external heat. The two end caps are made of a metallic alloy such as aluminum. The end caps are each cylindrically shaped and have at least one circumferential recess to accommodate the metal of the shell tube as it deforms about the end caps and forms an intermolecular bond. The canister can hold a pressure of at least 1,800 psi.

Abstract: A container comprising a sidewall and an endwall connected by a heat sealed joint. The endwall has, in an operable orientation, a major upper surface, an endless, upwardly opening, peripheral channel and a heat sealable, fluid barrier, surface layer adhered to the major upper surface of the endwall. The sidewall has a heat sealable, fluid barrier, surface layer adhered to its inner and outer surfaces. The end of the sidewall is engaged and crimped within the endwall channel with the surface layers of the sidewall heat sealed to the surface layer of the endwall to form a sealed, mechanically rigid joint.

Abstract: An airtight recycling barrel for bulk chemicals includes upper barrel and lower barrel fitted respectively with connecting circles by welding on their peripheries. An O-shaped seal ring is placed at the butt-joint of two barrels. For the lower barrel, an O-ring seal groove is turned out on the connecting circle, an eyelet bolt junction piece is welded to the outer wall of the connecting circle, and the junction piece is fitted with wrist and linchpin. For the upper barrel, a junction piece is also welded to the reinforced plate on the periphery. When these two barrels are butted mouth to mouth for use, they are fixed firmly with eyelet bolt that goes through press plate, and sealed with O-ring. Thus this invention possesses advantages of recycling use, saving of much steel material, convenience of loading and unloading. It is especially suitable for packing and transportation of bulk chemicals.

Abstract: A pressure container comprising axially extending side walls formed of plastic extending between a top end and a bottom end. A metal top is attached at a top seam in pressure-containing relation to the top end of the side walls, and a metal bottom attached at a bottom seam in pressure-containing relation to the bottom end of the side walls. Optional top and bottom beads are formed in the side walls to aid in sealingly securing the metal top and bottom to the side walls. A method for containing pressurized materials by providing and filling such a pressure container is also shown.

Abstract: The invention relates to a can lid consisting of a lid ring and a lid membrane having an end face, wherein the lid ring has an annular flange configured as a flattened roll on its inner periphery and surrounding an opening, the end face of said annular flange being directed radially outward and the lid membrane being connected with the annular flange so as to be flat for sealing the opening. A can lid designed according to the present invention should result in fewer injuries during normal handling and should be more resistant to corrosion as a result of the folding under of the peripheral area of the lid membrane.

Abstract: A kit includes a base unit, a top unit and decal units as well as adhesive so a container for cards can be formed. The kit can also include cards as well. The kit can be used to form a box having any suitable and desired shape.

Abstract: Disclosed is a container, made by folding, with fold-in flaps, for packaging food. The container can be recycled economically, i.e. with a profit. The material consists of a metal sheet coated with a plastics skin which, when the metal is recovered, produces no residual matter or pollutants. The edges of the containers are welded to each other by the plastics coating. After bending open the flaps, the container can be easily laid flat by hand (thus reducing its volume) without it springing back and used containers can be collected in compact form in a recycling container and transported in the recycling container to the recycling facility where the metal is recovered by melting.

Abstract: A sealing container assembly which is configured to hermetically contain a device therein includes a case, a lid member, a connecting member and a melting member. The case has an opening and is configured to contain the device therein. The lid member is configured to be connected to the case by welding to close the opening of the case. The connecting member is configured to connect the device contained inside the case to an outside of the case and configured to be sandwiched between the case and the lid member. The melting member has a melting point lower than those of the case and the lid member and is configured to be melted to seal gaps between the connecting member and the case and between the connecting member and the lid member when the lid member is connected to the case by welding.

Abstract: An electric refrigeration compressor, in particular for household refrigerating and deep-freezing appliances, including an outer casing, an inner body, a pressure chamber integrated in said inner body as well as a lid by which the opening of the pressure chamber is closeable, wherein the lid and the pressure chamber are provided with an annular flat rim (5) arranged in the region of the opening of the pressure chamber as well as a corresponding annular flat rim (6) extending about the closing periphery of the lid, wherein the annular flat rims are mutually couplable so as to be connectable in a stable and permanent manner. One of the annular flat rims is provided with a rib projecting against the corresponding annular rim located opposite and has a substantially triangular radial vertical section with an outwardly oriented corner, the angle of such a corner ranging between 70° and 90°. The bottom (E) of said pressure chamber is flat.

Abstract: A highly-reliable, low cost, easily-sealed, sealing device of simple construction is provided for the gas charge inlet of a high-pressure vessel charged with high-pressure gas. A sealing device for sealing a gas charge inlet 101a of a high-pressure vessel 101 having a high-pressure chamber 105 in which high-pressure gas is sealed is provided with a steel ball 102 pressed into a cylindrical hole 101c in the gas charge inlet 101a to form a seal, and a plug member 103 disposed in the gas charge inlet 101a on the low-pressure side of the steel ball 102, sealed by welding to the high-pressure vessel 101. A sealing device combining variously a steel ball 122, 142 inserted into the gas charge inlet 101a, and a plug member 113, 123, 133, 143 pressed, welded, or screwed into the gas charge inlet.

Abstract: A surgical tray comprises a frame made of a synthetic plastic material having a metal plate insert floatably mounted in the frame and forming the tray bottom or floor.

Abstract: A final closure sealing member and a method for hermetically sealing an opening, such as an electrolyte fill opening in an electrochemical cell or a battery, are disclosed. After a cell is fully assembled and filled with electrolyte, the present sealing member is force-fit into sealing registry with the electrolyte fill opening to form a secondary seal for the cell. Preferably, an outwardly facing portion of the sealing member is flush or slightly recessed with the side wall surrounding the fill opening. Then, the outwardly facing portion is welded to the opening side wall to form a primary hermetic seal.

Abstract: A pressurized container (1) with crimped surfaces (2, 2′, 2″) at contact regions (3, 3′) on the two surfaces (2+2′, 2′+2″) are sealed gas-tight by crimping and with a gas-tight sealing compound (4) as an intermediate layer between the two surfaces (2−2″, 2′−2″). gas-tight sealing compound (4) is applied between the surfaces (2−2′, 2′−2″) of the pressurized can (1) before the crimping.

Abstract: In the present invention, in a method of fabricating a metal vessel formed by expanding in hydraulic bulge formation a cylinder having a bottom, wherein a flat plate material is formed into a cylinder, the edges welded, and a bottom member welded to one open part of the cylindrical shell member, the stationary point of the expanded part of the shell member is made the expanding part side from the shell member—bottom member weld of the cylinder with a bottom, and thereby by expanding the shell part on the opening side, a metal vessel is formed, and thus the time of the processing itself of a plurality of expanding process of press-working and ironing and transiting of moving from one step to the next can be completed by one step, decreasing the time and reducing the cost.

Abstract: A two part plastic container for food products is provided having a main body and a base for being attached to the bottom of the body. The body has a frustoconical sidewall with a radial bottom rim and the base has a shorter frustoconical sidewall with a radial bottom rim. The rims are advantageous in that they allow stacks of the container bodies and bases to be processed with container feeding equipment presently in use as the rims provide distinct structure for being fed by the mechanical devices of the equipment. An energy director area is provided between the rims for ultrasonically attaching the container body and base. The container body has a smooth sidewall over substantially its entire extent without indentations or bumps for maximizing the printing area thereon.

Abstract: A vacuum chamber having at least one insulating cylinder whose end faces are closed with the aid of one cover each is described. The vacuum chamber has a movable contact stem and a movable contact piece that is attached thereto and opposite which there is a correspondingly constructed a fixed contact piece. Fastened in a vacuum-tight fashion between the one cover and the movable contact stem is a sealing element which permits movement of the contact stem and is constructed as a bellows. The cover is of cup-shaped construction in this case, and is fastened with its free edge end, which has a section of reduced wall thickness, on the end face of the insulating body, a support ring being provided which produces a mechanical reinforcement in the region of the connection of the free edge of the cover to the insulating body. Moreover, the bellows is also of multi-layered construction, if appropriate.

Abstract: An inventive partitioned closed container comprises a cylindrical main body, a partition provided within said main body in a body therewith along the longitudinal direction thereof and lids for closing openings of the main body. The lids are joined with the main body and the partition by means of frictional agitating joining or laser welding. Thereby, it is possible to realize a good joining condition and to assure reliability in terms of strength without increasing the weight and the cost.

Abstract: The present invention relates to thermoformed containers and processes of making thermoformed containers. The containers are cost effective, can be produced from post-consumer recycled material and, in many cases, can be classified as recyclable.

Abstract: A three part package of polymer coated aluminum for fill-goods under pressure includes a for example frusto-conical barrel, a top and a bottom. The bottom includes a central, circular dome facing inwardly in the package, outside thereof a circular portion, which is inwardly curved and extends toward the barrel, and a rim, which extends downwardly from the curved portion and is intended for sealing to the barrel.

Abstract: Access to the interior of a vessel during fabrication and assembly of the vessel is provided by a channel structure formed around the circumference of the vessel. The channel structure comprises an outer surface that is radially inwardly offset from the exterior surface of the vessel around the circumference of the vessel. The outer surface of the channel structure is bounded by upper and lower circumferential transition areas which join the outer surface of the channel structure to the surface of the vessel. The channel structure is arranged such that when an upper portion of the vessel is separated from a base portion of the vessel by removing the material comprising the upper transition area, the upper portion of the vessel will receive within its inner diameter the outer surface of the channel structure.

Abstract: The present invention relates to a disposable lid sealed to a disposable container using an adhesive. The present invention also relates to an improved disposable assembly. The assembly has a container and a lid. The container includes a rim and a tongue extending from the rim, and the lid includes a cover and a groove along the peripheral edge of the cover shaped to correspond with the tongue of the container.

Abstract: Containers for ultrahigh purity chemicals having aspect ratios of greater than 3:1 and methods of making the same from seamless electropolished stainless steel tubing are described. Chemical delivery systems for semiconductor fabrication processes that utilize these high aspect ratio containers also are described.

Abstract: A pressure vessel, or pressurizable canister is described herein. The canister has a hollow, thin-walled, cylindrical, metal shell. The preferred metal is aluminum, because light weight is a consideration for the vessel. Two end caps are mechanically sealed to the respective distal ends of the metal shell tube by the process of electromagnetic pulse forming. The two end caps are made of a high strength, ductile thermoplastic. The preferred plastic is DELRIN.RTM., which is fabricated from an acetal resin. The plastic end caps are injection molded, and can include reinforcing threads. The end caps are each cylindrically shaped, and have at least one circumferential recess to accommodate the metal of the shell tube as it deforms about the end caps. The tube shrinks into the recess of the end caps, and forms a mechanical seal therewith.

Abstract: A fuel tank has a superior outer appearance. A body and a bottom are aligned to each other in a vertical direction to form a sealed closed space for storing fuel between both members. The body is formed as a container having an opening in a downward direction. A connected end part is bent inward in a continuous manner from a lower end of its outer surface. The opening is covered from below with the bottom and its circumferential edge is overlapped on the connected end while its position is set and connected at its entire circumference by brazing.

Abstract: A pizza pan has a short vertical wall extending upwardly from near the center of its bottom so as to form a flat annular cooking surface. The bottom has no hole at the center of the annular cooking surface. A disclosed method of cooking pizza includes forcing the dough blank over and around the wall, and crimping the dough adjacent the wall as well as the dough at the outer periphery of the blank, so as to hold the cheese and sauce between crimps.

Abstract: An apparatus and method for producing a tank for a heat exchanger. The apparatus includes molds which form the tank such that it has an open end, an annular skirt about the entire periphery of the open end, and an annular groove in the annular skirt. A space in the molds receives the skirt, and a projection on one of the molds urges the outer and inner side surfaces of the skirt toward each other after a resin has been injected into the annular groove. A guide surface extends from the bottom of the projection to a position substantially even with a bottom surface of the annular groove to govern the amount of deformation of the side surface which is urged by the projection. A bubble removal element, such as a protuberance or groove, is formed in the annular groove at a position where opposite ends of the resin impinge on each other when injected from an injection gate, to prevent bubbles from forming in the resin.

Abstract: A pressure vessel suitable for use in an automotive air-conditioning system includes a cylindrical body (10, 40) including an annular wall (14, 44). The cylindrical body preferably includes an opposite closed end, an initially opened end (12, 42), and a closure member (20, 50) inserted into the open end of the cylindrical body. The closure member and the cylindrical body each have extensions or annular flanges (28, 58) which are spin welded together. The cylindrical body is fused to the closure member when the annular flange (28, 58) of the closure member is spin welded to an annular, outermost portion (18, 48) of the cylindrical body. The closure member and the cylindrical body are further locked together by inwardly rolling a portion of the annular wall into an annular groove (30, 60) and an outermost surface of the closure member.

Abstract: A container and end adapted for closing and sealing the container with a double-seaming operation is provided which permits evacuating and back-flushing of gases out of and into the container while the end is in a seated and unseamed position on the container during the closing operation. The end includes a central circular panel, a chuck wall surrounding an outer periphery of the central panel and extending radially outwardly and upwardly from the central panel and a crown seaming panel surrounding the chuck wall and extending radially outwardly from the chuck wall and having an outer curled end for being double-seamed with a flanged upper end portion of the container for closing of the container. The end preferably includes sealing compound positioned on an inside surface of the chuck wall and the crown seaming panel.

Abstract: A shot glass is formed with a sloping, slightly tapered side wall. A curved cup bottom wall extends across the bottom of the shot glass and is spaced upward from the bottom edge of the shot glass side wall. The cup bottom wall has a thicker central portion and a thinner annular peripheral portion, and upper and lower surfaces of the cup bottom wall are formed with different radii of curvature. The bottom surface has a larger radius and the upper surface has a smaller surface for forming a lens. The base has a base wall and a peripheral side wall which extends upward from the base wall. A thin peripheral ring extends downward from outer edges of the base wall to form a foot. The cylindrical side wall of the base has a flat upper surface on which is formed an energy directing bead. The side wall of the base fits inside a bottom edge of the shot glass, and the energy directing bead contacts an inner step in the shot glass side wall slightly above the lower edge.

Abstract: A collapsible, fiber, bulk container which is made-up of a plurality of sidewalls joined by connectors to form a tubular body. The body is closed off by top and bottom members telescopically engaging said body. The bottom may be reinforced by a strut member to insure that the bottom does not warp and collapse. A reinforcing strap is also secured around the body.

Abstract: An improved fire-resistant above-ground storage tank for flammable and combustible materials is fabricated from steel plates of at least 10 gauge, the sheets being made from a ferrous alloy having a maximum of approximately 0.15% carbon and a maximum of approximately 0.8% manganese and the steel plates welded in a specific way resulting in a tank that can withstand a 2000.degree. F. environment for a minimum of two hours.

Abstract: A two-piece plastic container and removable cover is provided which is particularly adaptable for containing flowable products. The removable cover comprises a one-piece molded generally circular cover having an annular sealing projection extending generally downwardly in a perpendicular direction from an outer periphery of the cover and an annular locking projection extending generally upwardly in a perpendicular direction from the outer periphery of the cover. The container comprises a one-piece molded cylindrical body having a closed bottom and an open top. Two spaced concentric annular inside and outside projections extend longitudinally upwardly from the open top of the body of the container and define therebetween a cover sealing cavity for receiving the cover sealing projection and cooperating therewith to seal the cover on the container.

Abstract: In the construction of cylindrical tanks having end domes wherein the domes are attached by stir friction welding, a wagon wheel is placed inside the tank at the interface of the tank cylinder and the dome such that it provides backup support for the pressure exerted by the stir friction welding tool and strengthens the weld area and the tank by being welded into the tank by the stir friction welding process.

Abstract: A fluid filter, such as an oil filter for example, has a canister, a top plate and a sealing ring. The sealing ring overlaps portions of the top plate and canister. The sealing ring and canister are joined one to the other by laser welding about the sealing ring adjacent the canister and forming a mechanical lock between the canister and the top plate by mixing of materials.

Abstract: An improved fire-resistant above-ground storage tank for flammable and combustible materials is fabricated from steel plates of at least 10 gauge, the sheets being made from a ferrous alloy having a maximum of approximately 0.15% carbon and a maximum of approximately 0.8% manganese and the steel plates welded in a specific way resulting in a tank that can withstand a 2000° F. environment for a minimum of two hours.