142results about "Stereotype plates" patented technology

Methods and apparatus are provided for making an ophthalmic lens. Apparatus are provided for filling contact lens shaped cavities of contact lens molding assemblies. Methods of coupling and fusing contact lens mold sections are also provided and generally include providing first and second mold sections which when coupled together are effective to form a lens-shaped cavity and contact regions between the mold sections. One or both of the mold sections may include one or more recessed regions or projections which provide areas of non-fusion and areas of fusion, respectively, when the mold sections have been filled with a contact lens precursor material and are fused together, for example, by means of focused ultrasound energy.

A method for manufacturing an object having an encapsulated radio frequency identification (RFID) tag is provided. An RFID tag is mechanically or chemically affixed to a first portion of the object being manufactured. The first portion of the object, with the RFID tag affixed is placed in a cavity of a mold. The first portion is then over-molded with a first material such as high temperature thermoplastic or low temperature thermoset to generate a seamless object. A method for manufacturing an object having a partially encapsulated RFID tag is also provided. An RFID tag is laminated with a lamination material, such as high temperature thermoplastic. The laminated RFID tag is affixed to a mold. The laminated RFID tag is then over-molded with a first material to generate a seamless object. Methods for tracking medical instruments having encapsulated or partially encapsulated RFID tags are also provided.

Disclosed is a method whereby a narrowed part similar to an actual lesioned blood vessel can be easily obtained. A mold (10) comprises first and second molded members (16, 17) having inner spaces (29, 40, 57) passing through in the axial direction and an axial member (18) detachably inserted through the individual inner spaces (29, 40, 57) of the individual molded members (16, 17). The molded members (16, 17) have tapered front parts (27, 27) respectively. In the state of facing the front ends (20) of the tapered front parts (27) to each other and thus forming a concave (12), the axial member (18) is attached. A first material (75) made of a mixed material comprising calcium carbonate or the like and silicone or the like is applied to the concave (12). A second material (76) such as silicone is applied to the entire outer periphery of the mold (10). After hardening the materials (75, 76), the mold (10) is withdrawn by detaching the axial member (18) and dividing the concave (12). Thus, a simulated blood vessel (78) having a simulated narrowed part of the blood vessel caused by calcification can be obtained.

Lens mold assembly including a first and a second mold cooperating with each other to define a mold cavity for molding an ophthalmic lens with the first and second molds being held in line contact with each other at a radial position, wherein at least one of the two molds consists of a central molding portion located radially inwardly of the radial position, and an outer rim portion located radially outwardly of the radial position, the central molding portion cooperating with the other mold to define the mold cavity, the above-indicated at least one mold having a mold surface which is opposed to a mold surface of the other mold when the two molds are assembled together, the mold surface of the at least one mold consisting of a central lens-forming region in the central molding portion, and an outer peripheral non lens-forming region in the outer rim portion, at least a part of the lens-forming region adjacent to the radial position providing a concave portion, while at least a part of the outer peripheral non lens-forming region adjacent to the radial position providing a convex portion.

A mold for forming a snowman includes lower, intermediate and upper generally spherical, hollow members comprised of clear plastic. Each plastic member includes an upper aperture for filling the member with snow. The lower member includes a generally flat base portion for positioning stability and an upper connection ring adapted for secure coupling to a lower connection ring on the intermediate member. The intermediate member also includes an upper connection ring adapted for secure coupling to a lower connection ring on the upper member. The three connected members form a hollow, vertical structure which when filled with snow provides a snowman of classic shape, symmetry and proportions. The individual spherical hollow members are easily connected and disconnected, with the intermediate and upper members having apertures for receiving eye, nose, mouth and arm indicia, with the upper member further including a hat mounting arrangement in one embodiment.

Manufacture process scientific formula mechanically refined and nanoparticle dispersion preform slurry non ionic or electrolyte carbon nanofoam CNFs with or without ionic suspension elements manufactured, Preform slurry high wear-heat resistant parts electronic component composite coils, composite windings, drawn, annealing, spun, coils, windings, wire, woven textile mesh, shielding, brushes, inductors, antinode couplers, electric rheostats, starters, motors, alternators, generators, ionic suspension element enhanced composite coils, composite windings, drawn, annealing, spun, coils, windings, wire, woven textile mesh, shielding, brushes, capacitors, battery cells, rheostats, electronic resistors, transformers, transducers, rectifiers, power supplies, or heat sinks, Preform slurry carbon nanofoam CNFs extrusion high wear-heat resistant parts aerospace, automotive, and transportation brake calipers, rotors, pads, washers, spacers, and bushings, Preform slurry carbon nanofoam CNFs extrusion high wear-heat resistant parts precision casting molds manufacturing highly pure metal, Super Alloy, acid-solid, alkaline, glass, acrylic, halide, alkalide, or ceramics specializing in 2.5 phase die cast molding.

Packaging for heatable food portions comprises an ovenable tray including a plurality of serving containers connected by a detachable support matrix. In one embodiment, the support matrix is attached to the serving containers by hot melt glue which melts during baking or heating to automatically release the support matrix from the serving containers. Pre-filled trays are shipped with display covers fitted to the serving containers, such that the covers may be placed on the individual serving containers after the food portions are baked and the serving containers are separated from the support matrix to provide individually packaged, freshly baked food portions for display.

A stackable mold for making block ice is disclosed. The bottom edges of the sidewall of the mold have stacking lips and the top edges of the sidewall have stacking ledges. The stacking ledges of a lower mold mate with the stacking lips of an upper mold, thereby allowing multiple molds to be stacked on top of one another. Guide lips along the sidewalls of the mold prevent slipping and shifting of the stacked molds. The tapered property of the molds creates space between the bottom of an upper mold and the top of a lower mold to allow airflow through the lower mold. A reinforcing lip extends along the top of the long sides for reinforcement.

A flexible, silicone mold having a bowl and a peripheral rim that defines an opening to the bowl. Two substantially flat grasping zones are disposed along substantially opposite ends of the rim and the grasping zones have sufficient dimensions to permit control of the geometry of the rim and also to permit control of the horizontal positions of the two grasping zones.

A microcontact printing tool having a print unit including a stamp head with a stamp and a wafer chuck for retaining a substrate. The stamp contained by the stamped head movable relative to the substrate by an actuator and a stage. A plurality of sensors detect the position of the stamp relative to substrate. A method of using the printing tool that includes a real-time feedback for consistent and accurate application of force during the printing of the substrate. The stamp head includes a pressure chamber carrying the stamp. The stamp backing is deflected prior to contact of the stamp with the substrate to form a minimum point and the stamp backing and the stamp is returned to a plane to create a printing propagation contact. An apparatus has a master backing and a stamping backing in close proximity and the stamp material drawn in through a vacuum. The stamp is separated from the master by use of a parting fluid.

A mold is integrally formed from a flexible material that is suitable for baking or molding food products, such as food grade silicone. In one example, the mold includes a rim at the top and a wall extending between the rim and a base at the bottom. The wall is sufficiently thick that the pan can support its own weight while holding a food item. The mold may include an interior or exterior relief pattern that is imparted onto the food item. In some forms, an upper portion of the mold is relatively smooth and more flexible than a lower portion having a relief pattern. An internal U-shaped stiffening element helps to prevent the mold from collapsing and improves handling of the mold.

A first load bearing component is adapted to provide load bearing strength when the modular building block is used in a building panel. A second load bearing component is coupled to the first load bearing component via a first coupling arrangement and is adapted to provide load bearing strength when the modular building block is used in the building panel. A building services component is positioned between the first load bearing component and the second load bearing component for providing a conduit for at least one building service. The first and second load bearing components and the building services component are adapted to be configurable in a plurality of positions relative to the other.

The invention relates to a mould base (1) for a mould that is used for the blow moulding or stretch-blow moulding of thermoplastic containers (2) having a petaloid-shaped base. The mould base (1) includes several cavities (11) separated by radiating ridges (13) with concave crests (14), the bases (15) of the cavities (11) being distributed along a circular contour. As seen radially on either side of the deepest point thereof, each cavity (11) is defined towards the exterior by a curved surface portion (18) having a circular arc radial cross-section and towards the interior by a broken-plane surface portion (19) with at least two slopes that intersect the curved surface portion (18) at a straight edge (20). The plane (T) which contains the aforementioned edge (2) and which is tangent to the curved surface portion (18) is perpendicular to the axis (12) of the mould base. Moreover, the portion of plane (21) adjacent to the curved surface portion (18) has a slope (a) of between 12° and 8° in relation to the tangent plane (T).

A molding assembly for forming an ingot, including side members each having engaging end portions, the engaging end portions of the side members being engaged with respective ones of the side members such that the side members form a polygonal prism having sides, corners, a top opening and a bottom opening, the engaging end portions of the side members engaging to form connecting portions positioned in the sides, and a bottom member fitted to close the bottom opening of the polygonal prism so as to form a molding device for molding a molten material into an ingot.

An adjustable support stand is mounted on a pre-cast concrete wall panel form to facilitate the leveling of the form and the support of the form about the production plant floor. The adjustable support stand includes a frame portion that houses a threaded rod positional fixed for rotation within the frame portion to drive a vertical movement of the leg member in response to rotation of the threaded rod. The adjustable support stand further includes a clamping apparatus that detachably mounts the frame portion to the flanges of a steel beam frame member. The actuator member can be a nut welded to the top of the threaded rod to affect movement of the engaged leg member in response to manipulation with a powered or manually operated hand tool, or a gear set and an orthogonal drive shaft that transfers rotation from a hand tool to the threaded rod.

The present invention relates to a steel for a mold, having a composition containing, on a % by mass basis, 0.25%<C<0.38%, 0.01%<Si<0.30%, 0.92%<Mn<1.80%, 0.8%<Cr<2.2%, 0.8%<Mo<1.4%, and 0.25%<V<0.58%, with the balance being Fe and inevitable impurities, and a mold manufactured by additive manufacturing by using the steel for a mold.

Disclosed is a method of manufacturing, by a continuous casting process, aluminum alloy strip for use in the production of supports for lithographic printing plates, comprising the step of passing an aluminum melt successively through a filtering means, a launder connected to the filtering means, a liquid level controlling means connected to the launder, and a melt feed nozzle connected to the liquid level controlling means, wherein the aluminum melt is obtained by melting an aluminum starting material, then adding to and melting in the molten aluminum starting material a titanium and boron-containing aluminum alloy, and the time t in seconds required for the aluminum melt to pass through the launder satisfies the following condition (1):t≧270×1.2×D ,   (1)where D is the depth in meters of the melt in the launder.The method is able to prevent the formation of black streaks even when casting is carried out for an extended period of time.

The article and corresponding method include a casting fixture for a part of a skin formulation applicator which is otherwise difficult to cast. The casting fixture includes a central cup section and two opposing tear-away sections. A rigid base portion of an applicator tip assembly is mounted into an upper rim of the cup section and liquid silicone material is poured into the volume defined in the cup section portion beneath the base portion. The silicone cures and bonds to extending elements from the base portion, providing a firm connection between the cast tip portion and the base portion. When the combined part is ready for use, the tear-away sections are removed by the user, which results in an easy ejection of the part, which can then be installed by the user in the formulation applicator.