Abstract: A blind hole remote sampling point for a particle detector is an all in one remote sample point with integrated RFID technology for storage of data relevant to the remote sample point. It is comprised of two parts to form a compression fit eliminating the need of secondary hardware, making it suitable for practically any mounting structure thickness and blind holes where access to the backside of a mounting structure is inaccessible. The integrated RFID chip permanently stores information electronically.

Abstract: The present invention relates to the integration or attachment of RFID technology with sampling points of an aspirating particle detection system to improve identification, documentation, and retrieval of information. Embodiments of the present invention allows for electronic storage of data related to sampling points, enhancing maintenance and inspection processes.

Abstract: An apparatus, system, and method for a benchmark test point with integrated RFID technology are described for use with a particle detector. The benchmark test point with integrated RFID technology comprises a body housing, an inlet valve, a compression device, an actuator sleeve, an outlet, an RFID chip and antenna, and an attachment method on the body housing for fastening the benchmark test point to a sampling pipe of a particle detector. The benchmark test point with integrated RFID technology is fail-safe in the normally closed position without the risk of being partially left open and can electronically record dynamic performance data at the source.

Abstract: An assembly is disclosed. The assembly has a body member, an intermediate member attached to the body member, and a first sealed cavity formed by the body member and the intermediate member. The assembly also has a cover member attached to the body member, and a second sealed cavity formed by the cover member, the body member, and the intermediate member. The assembly further has a beverage-preparation liquid concentrate disposed in the second sealed cavity.

Abstract: An assembly is disclosed. The assembly has a body member, an intermediate member attached to the body member, and a first sealed cavity formed by the body member and the intermediate member. The assembly also has a cover member attached to the body member, and a second sealed cavity formed by the cover member, the body member, and the intermediate member. The assembly further has a beverage-preparation liquid concentrate disposed in the second sealed cavity.