Abstract: Display pieces for electronic and mechanical displays are coated with a coating material coating. The coating helps to reduce or prevent breakage or shattering and/or to improve light transmission. Methods of making the coated display pieces are also described.

Abstract: A method for making miniature emblems. The method includes providing an array of shaped miniature substrates, each shaped miniature substrate having an upper surface and a bottom surface; holding the array of shaped miniature substrates flat and horizontal; providing a plurality of orifices, the plurality of orifices and the array of shaped miniature substrates being capable of moving relative to each another in an X direction, a Y direction, and a Z direction; positioning the plurality of orifices over the array of shaped miniature substrates; positioning the plurality of orifices in close proximity with the array of shaped miniature substrates; depositing a volume of viscous fluent plastic of less than about 0.

Abstract: Coated display pieces. Display pieces for electronic and mechanical displays are coated with a coating material coating. The coating helps to reduce or prevent breakage or shattering and/or to improve light transmission. Methods of making the coated display pieces are also described.

Abstract: A decorative emblem is formed by insertion of a decorative foil shape into a preformed bezel and encapsulating and bonding the foil to the bezel with a fluent, curable plastic material. After an initial casting of a measured amount of plastic onto the base of the bezel, the foil is inserted and seated. A second cast of plastic forms a cap contiguous with the sides of the bezel and encapsulates the foil and bonds it within the bezel. Upon curing, the plastic cap gives a lens effect to the decorative emblem. The emblem may be equipped with attachment means for fastening it to an automobile, appliance, or other object. In alternative embodiments, a decorative foil shape is placed directly onto the base of the bezel, and a fluent, curable plastic material is cast thereon. As the plastic material cures, it migrates around the edges and under the foil to at least partially encapsulate the foil and bond it within the bezel.

Abstract: A method for making decorative emblems, plaques, and other decorative shapes having a clear, strong, weather-resistant, plastic coating over a decorative surface and shapes prepared by that method. The coated shapes are stamped from a substrate using a cutting die in which a pressure platform is resiliently mounted. The platform sandwiches the substrate in the area of the decorative shape against a punch such that the shape is not domed during the cutting operation and the shape obtained is essentially flat. In accordance with one working embodiment, a 2-working station die is employed wherein the shape is cut out with one stroke of the press at a first station using the aforesaid cutting die and the shape is ejected from the substrate at a second station with a subsequent stroke.

Abstract: A decorative emblem is formed by insertion of a decorative foil shape into a preformed bezel and encapsulating and bonding the foil to the bezel with a fluent, curable plastic material. After an initial casting of a measured amount of plastic onto the base of the bezel, the foil is inserted and seated. A second cast of plastic forms a cap contiguous with the sides of the bezel and encapsulates the foil and bonds it within the bezel. Upon curing, the plastic cap gives a lens effect to the decorative emblem. The emblem may be equipped with attachment means for fastening it to an automobile, appliance, or other object. In alternative embodiments, a decorative foil shape is placed directly onto the base of the bezel, and a fluent, curable plastic material is cast thereon. As the plastic material cures, it migrates around the edges and under the foil to at least partially encapsulate the foil and bond it within the bezel.