Abstract: A process analytic device includes a metallic enclosure having electronics disposed therein. The enclosure has an enclosure wall with a reference surface. A plurality of operating rods is provided. Each operating rod is configured to pass through an aperture in the enclosure wall and to cooperate with the enclosure wall to provide a flame quenching pathway. A plurality of electrical switches is provided where each electrical switch is aligned with a respective operating rod, and is mounted a controlled distance from the reference surface. Each operating rod transfers movement to a respective electrical switch through the flame quenching pathway.

Abstract: A system and method for monitoring an individual's hand hygiene comprising: a hand washing substance comprising a chemical odor marker, said odor marker comprising a detectable odor marker vapor; a detector for detecting said odor marker vapor emanating from an individual's hand containing said hand washing substance wherein said hand is placed proximate said detector without said hand physically touching said detector, said detector comprising a sensor and one or more indicators in operable communication with said sensor, said detector generating a signal based on the results of said detection; and a card reader or ID sensor to identify the individual.

Abstract: A process analytic device includes a metallic enclosure having electronics disposed therein. The enclosure has an enclosure wall with a reference surface. A plurality of operating rods is provided. Each operating rod is configured to pass through an aperture in the enclosure wall and to cooperate with the enclosure wall to provide a flame quenching pathway. A plurality of electrical switches is provided where each electrical switch is aligned with a respective operating rod, and is mounted a controlled distance from the reference surface. Each operating rod transfers movement to a respective electrical switch through the flame quenching pathway.

Abstract: The present invention is a method and apparatus for contaminant detection in the food industry. Particularly, the method and apparatus involve collecting air samples containing aerosolized contaminate particles from a foodstuff and analyzing the sample for presence of a contaminate. Aerosol lab-on-a-chip and/or electronic nose devices are utilized for the detection of contaminant particles.

Abstract: The present invention is a method and apparatus for contaminant detection of body parts, such as hands, and or their coverings, such as clean room suits or gloves, and small objects. Particularly, the method and apparatus involve collecting air samples containing aerosolized contaminate particles from the objects and analyzing the sample for presence of a contaminate. Aerosol lab-on-a-chip and/or electronic nose devices are utilized for the detection of contaminant particles.

Abstract: The present invention is a method and apparatus for contaminant detection of body parts, such as hands, and or their coverings, such as clean room suits or gloves, and small objects. Particularly, the method and apparatus involve collecting air samples containing aerosolized contaminate particles from the objects and analyzing the sample for presence of a contaminate. Aerosol lab-on-a-chip and/or electronic nose devices are utilized for the detection of contaminant particles.

Abstract: The present invention is a method and apparatus for contaminant detection in the food industry. Particularly, the method and apparatus involve collecting air samples containing aerosolized contaminate particles from a foodstuff and analyzing the sample for presence of a contaminate. Aerosol lab-on-a-chip and/or electronic nose devices are utilized for the detection of contaminant particles.

Abstract: The present invention is a method and apparatus for contaminant detection in the food industry. Particularly, the method and apparatus involve collecting air samples containing aerosolized contaminate particles from a foodstuff and analyzing the sample for presence of a contaminate. Aerosol lab-on-a-chip and/or electronic nose devices are utilized for the detection of contaminant particles.

Abstract: The present invention is a method and apparatus for contaminant detection of body parts, such as hands, and or their coverings, such as clean room suits or gloves, and small objects. Particularly, the method and apparatus involve collecting air samples containing aerosolized contaminate particles from the objects and analyzing the sample for presence of a contaminate. Aerosol lab-on-a-chip and/or electronic nose devices are utilized for the detection of contaminant particles.

Abstract: The inventive apparatus is to provide rapid, automatic separation, classification and operator assisted dispensation of integrated circuit assemblies from burn-in and device under test boards to which they are attached. The apparatus is computer controlled, with an electronic control panel, and is assembled to differentiate between and separate physically acceptable and unacceptable integrated circuit assemblies and deliver, by means of a suitable reservoir, the acceptable assemblies to appropriate carrier tubes for further processing or shipping. The system uses an indexing table to move an inverted device under test board across an array of assembly extraction fingers which remove attached integrated circuit assemblies from the sockets of the test board and drop them into a reservoir. The reservoir is slotted to receive the individual assemblies and dispense them into carrier tubes.

Abstract: This apparatus provides a means for automatically controlled removal of integrated circuit assemblies from a testing board or other surface where they have been undergoing quality control tests during the IC manufacturing process. The preferred procedure involves passing an inverted standard test board containing a plurality of standard IC assemblies attached thereto, in parallel rows, over a matching array of spring loaded, wedge shaped extraction fingers, which slide into parallel matching slots between the test board sockets and the attached IC assemblies to disengage and separate the IC assemblies from the test board. The loosened assemblies then drop into parallel, matching, down sloping storage reservoirs for transfer to carrier tubes. Misaligned or jammed assemblies displace the spring loaded extraction fingers axially, causing the particular fingers to activate an extraction finger position sensor which then stops the standard mechanical means that moves the test board over the extraction fingers.

Abstract: An empty flatpack carrier sorting device sorts empty carriers by types according to the flatpack associated with said carrier. A vision system determines from an image of a flatpack component the number and location of the leads and the size of the flatpack and thus the type of carrier associated with that flatpack. Based upon this information, a computer directs the movement of a rotatable bin such that a selected storage location falls under a funnel through which an empty flatpack carrier falls as it is ejected from the automatic carrier feed and ejection device.