Abstract: A composition and article of manufacture comprising a crosslinked polymer and a method of crosslinking a polymer are disclosed. The crosslinked polymer includes a polysiloxane and at least one hydroxycinnamic acid crosslinker. The method includes obtaining a polysiloxane and at least one hydroxycinnamic acid crosslinker, and reacting the polysiloxane and the crosslinker to form a crosslinked polysiloxane.

Abstract: A composition and article of manufacture comprising a crosslinked polymer and a method of crosslinking a polymer are disclosed. The crosslinked polymer includes a polysiloxane and at least two dimerizable hydroxycinnamic acid crosslinkers. The method includes obtaining a polysiloxane and at least two dimerizable hydroxycinnamic acid crosslinkers, reacting the polysiloxane and the crosslinkers to form a crosslinked polysiloxane, and dimerizing the at least two hydroxycinnamic acid crosslinkers.

Abstract: A composition and article of manufacture comprising a crosslinked polymer and a method of crosslinking a polymer are disclosed. The crosslinked polymer includes a polysiloxane and at least two dimerizable hydroxycinnamic acid crosslinkers. The method includes obtaining a polysiloxane and at least two dimerizable hydroxycinnamic acid crosslinkers, reacting the polysiloxane and the crosslinkers to form a crosslinked polysiloxane, and dimerizing the at least two hydroxycinnamic acid crosslinkers.

Abstract: A composition and article of manufacture comprising a crosslinked polymer and a method of crosslinking a polymer are disclosed. The crosslinked polymer includes a polysiloxane and at least one hydroxycinnamic acid crosslinker. The method includes obtaining a polysiloxane and at least one hydroxycinnamic acid crosslinker, and reacting the polysiloxane and the crosslinker to form a crosslinked polysiloxane.

Abstract: A self checkout POS system including a security zone; an emitting tower including one or more infrared emitters; a detecting tower including one or more infrared detectors, the detecting tower located on a side of the security zone opposite the side on which the emitting tower is located, the infrared detectors of the detecting tower aligned for reception of infrared radiation emitted by the infrared emitters of the emitting tower; a security shield installed on one side of the detecting tower; and a security shield installed on one side of the emitting tower, the security shield installed on one side of the emitting tower including: a clear acrylic pane; and a polycarbonate film having a matte finish, the polycarbonate film laminated to the clear acrylic pane with an adhesive, the polycarbonate film capable of reducing incident infrared radiation transmitted through and reflected by the clear acrylic pane.

Abstract: A self checkout POS system including a security zone; an emitting tower including one or more infrared emitters; a detecting tower including one or more infrared detectors, the detecting tower located on a side of the security zone opposite the side on which the emitting tower is located, the infrared detectors of the detecting tower aligned for reception of infrared radiation emitted by the infrared emitters of the emitting tower; a security shield installed on one side of the detecting tower; and a security shield installed on one side of the emitting tower, the security shield installed on one side of the emitting tower including: a clear acrylic pane; and a polycarbonate film having a matte finish, the polycarbonate film laminated to the clear acrylic pane with an adhesive, the polycarbonate film capable of reducing incident infrared radiation transmitted through and reflected by the clear acrylic pane.

Abstract: A method and system of reversibly absorbing liquid penetrations into electronic devices having a body and circuitry is described. The method and system comprises providing an absorbent sponge membrane structure in sheet-like form. The structure contains a hydrogel-forming core integrated into a blown polymer foam. The method and system includes placing the absorbent structure within the electronic device such that the hydrogel-forming core and blown polymer foam at least partly covers the electronic circuitry to be protected. A method and system in accordance with the present invention has the further advantage that due to the inclusion of the crystals into the open cells of the sponge, that structure is much easier to manufacture into various templates by punching or stamping holes where the keys and other mechanical obstructions such as bosses and supports must be accommodated.