Abstract: Track and trace packaging is disclosed which may also be damage indicating. Track and trace functionality may be incorporated on, in or near the packaging at various stages of a supply chain. A damage indicating material can be incorporated into a variety of packaging substrates, which may change color when exposed to oxygen, excessive heat and/or excessive pressure. An anti-counterfeiting taggant material may be used to provide track and trace capabilities. Exemplary products with which the present track and trace packaging may be used include packaged condoms, food and beverages, pharmaceuticals, cannabis and the like.

Abstract: A test kit for detecting viral or biochemical infections is disclosed comprising a housing, at least one test well in the housing comprising a test material for detecting and indicating the presence of a virus, biochemical agent or antibodies in a test sample, and a control material adjacent the housing comprising a damage indicating material, a taggant material or a track and trace element. A method of detecting viral or biochemical infections using the test kit is also disclosed. The method includes contacting a test material with a test sample, and observing any change in appearance of the test material to determine the presence or absence of the virus, biochemical agent or antibodies.

Abstract: Track and trace packaging is disclosed which may also be damage indicating. Track and trace functionality may be incorporated on, in or near the packaging at various stages of a supply chain. A damage indicating material can be incorporated into a variety of packaging substrates, which may change color when exposed to oxygen, excessive heat and/or excessive pressure. An anti-counterfeiting taggant material may be used to provide track and trace capabilities. Exemplary products with which the present track and trace packaging may be used include packaged condoms, food and beverages, pharmaceuticals, cannabis and the like.

Abstract: Damage indicating packaging is disclosed. A damage indicating material may be applied between inner and outer wrapper layers. When the damage indicating material is exposed to oxygen, excessive heat and/or excessive pressure, the material changes in appearance to thereby alert the user that the package may be compromised. The damage indicating material may include an anti-counterfeiting taggant material. Active and intelligent tamper-evident packaging is thus provided.

Abstract: Damage indicating packaging is disclosed. A damage indicating material may be applied between inner and outer wrapper layers. When the damage indicating material is exposed to oxygen, excessive heat and/or excessive pressure, the material changes in appearance to thereby alert the user that the package may be compromised. The damage indicating material may include an anti-counterfeiting taggant material. Active and intelligent tamper-evident packaging is thus provided.

Abstract: Damage indicating packaging is disclosed. A damage indicating material may be applied between inner and outer wrapper layers. When the damage indicating material is exposed to oxygen, excessive heat and/or excessive pressure, the material changes in appearance to thereby alert the user that the package may be compromised. The damage indicating material may include an anti-counterfeiting taggant material. Active and intelligent tamper-evident packaging is thus provided.

Abstract: Damage evident condom packaging is disclosed. A damage indicating material may be applied between inner and outer wrapper layers. When the damage indicating material is exposed to oxygen, excessive heat and/or excessive pressure, the material changes in appearance to thereby alert the user that the condom package may be compromised. Active and intelligent tamper-evident condom packaging is thus provided.

Abstract: A turbomachine comprising at least one Stirling cycle thermal engine which is mounted at the end of a radial arm of the exhaust casing and comprises a working chamber located outside the primary and secondary flows, a displacing piston associated with a moving element of an energy generation system, and two exchangers, heating and cooling, formed in parts of the radial arm respectively intercepting the primary flow and the secondary flow, these two exchangers communicating with each other and with the working chamber for the circulation of a working fluid.

Abstract: A turbomachine comprising at least one Stirling cycle thermal engine which is mounted at the end of a radial arm (36) of the exhaust casing (24) and comprises a working chamber (40) located outside the primary (B) and secondary (A) flows, a displacing piston (42) associated with a moving element (44) of an energy generation system, and two exchangers, heating (58) and cooling (62), formed in parts of the radial arm respectively intercepting the primary flow (B) and the secondary flow (A), these two exchangers (58, 62) communicating with each other and with the working chamber (40) for the circulation of a working fluid.