Abstract: The present invention provides a storage bag including a bag body including two opposing sidewalls, the sidewalls including peripheral edges and the sidewalls being attached together along at least a portion of the peripheral edges. Each of the sidewalls include an outer surface and an inner surface, where the inner surfaces define opposing inner faces, and at least one of the inner faces includes a pressure sensitive composite material. In accordance with another aspect of the invention, a process for forming a storage bag material is provided including the steps of: providing a sheet of base film; providing a pressure sensitive composite material having an adhesive on one side thereof; moving the sheet of base film and the pressure sensitive composite material into overlaying engagement; and attaching the pressure sensitive composite material to the sheet of base film.

Abstract: A casting mold and method for its use to achieve in-mold modification of the casting metal is disclosed. One or more chambers are located within the casting mold's runner system. Each chamber can contain metallurgical modifiers for adjusting the chemical composition of the metal to improve the mechanical and physical properties of an article cast from the metal. One or more modifiers can be placed in the chamber(s) as the casting mold is assembled for use. As the melt is introduced to the casting mold, it passes through the chamber(s) and liquefies the modifier. Amounts of the liquid modifier, then, are carried away and become dispersed in the melt as it continues through the runner system and into the mold cavity. The metallurgical modifiers can be selected from any number of known additives or alloying elements, including strontium, among others.

Abstract: In a method for selling window coverings a set of swatch cards and sample blinds are provided in a display unit. The swatch cards contain a piece of window covering material and a pricing table for a product being offered for sale. The card may contain other information about the product such as options and options. Each set of swatch cards will contain samples of all window covering materials available for the type of product with which the cards are associated. A photograph or other reproduction of each window covering material and a photograph of a window covering product could be used in place of actual samples.

Abstract: In a method for selling window coverings a set of swatch cards and sample blinds are provided in a display unit. The swatch cards contain a piece of window covering material and a pricing table for a product being offered for sale. The card may contain other information about the product such as options and options. Each set of swatch cards will contain samples of all window covering materials available for the type of product with which the cards are associated. A photograph or other reproduction of each window covering material and a photograph of a window covering product could be used in place of actual samples.

Abstract: A window treatment swatch card and a swatch card display for displaying a plurality of groups of swatch cards. Each swatch card has an actual sample of window treatment material and indicia identifying information associated with the particular window treatment material attached on a first portion thereof. Each swatch card within each group is provided with indicia identifying information associated with the corresponding sample on a second portion thereof. The display unit includes a plurality of columns of pockets, each of which is closely sized for one group of said swatch cards to be removably stored therein in an upright fashion. The swatch cards, having a height slightly greater than that of each pocket, permit each different sample to be viewed before being removed from the pocket and taken home and kept by the consumer.

Abstract: The present invention provides a storage bag including a bag body including two opposing sidewalls, the sidewalls including peripheral edges and the sidewalls being attached together along at least a portion of the peripheral edges. Each of the sidewalls include an outer surface and an inner surface, where the inner surfaces define opposing inner faces, and at least one of the inner faces includes a pressure sensitive composite material. In accordance with another aspect of the invention, a process for forming a storage bag material is provided including the steps of: providing a sheet of base film; providing a pressure sensitive composite material having an adhesive on one side thereof; moving the sheet of base film and the pressure sensitive composite material into overlaying engagement; and attaching the pressure sensitive composite material to the sheet of base film.

Abstract: A casting mold and method for its use to achieve in-mold modification of the casting metal is disclosed. One or more chambers are located within the casting mold's runner system. Each chamber can contain metallurgical modifiers for adjusting the chemical composition of the metal to improve the mechanical and physical properties of an article cast from the metal. One or more modifiers can be placed in the chamber(s) as the casting mold is assembled for use. As the melt is introduced to the casting mold, it passes through the chamber(s) and liquefies the modifier. Amounts of the liquid modifier, then, are carried away and become dispersed in the melt as it continues through the runner system and into the mold cavity. The metallurgical modifiers can be selected from any number of known additives or alloying elements, including strontium, among others.

Abstract: A digital system that includes a main printed circuit board that has a first conductive portion formed thereon is provided. A microprocessor module is coupled to and extends orthogonally from the first conductive portion of the main circuit board. A voltage regulator printed circuit board is coupled to and extends orthogonally from the first conductive portion of the main circuit board adjacent the microprocessor module. The voltage regulator printed circuit board supplies a regulated voltage to the microprocessor module over the first conductive portion.