Abstract: Systems and techniques for trusted validation agent platform are described herein. A transaction is detected as potentially fraudulent based on user profile data of a user. A trusted validation agent is determined for the transaction using the user profile data. Remediation instructions are generated for the trusted validation agent using transaction data of the transaction. The remediation instructions are transmitted to the trusted validation agent. A disposition is determined for the transaction based on input received from the trusted validation agent. Transaction handling instructions are transmitted to a transaction processing system based on the disposition.

Abstract: An air compressor (10) comprising an air compression unit with a low pressure air input and a high pressure air output, a heat exchanger system for cooling components and/or fluids of the air compressor, the heat exchanger system comprising at least one heat exchanger and at least one fan for driving airflow through the at least one heat exchanger, an exhaust for the airflow from the heat exchanger, an air intake for the one or more fan and a housing for containing the air compression unit and the heat exchanger system, wherein: the housing comprises first, second and third sections (32, 34, 35), the sections separated from one another by internal walls of the housing, the first section housing the at least one heat exchanger and the at least one fan, the second section being a ventilation space and the third section being a compartment that houses the air compression unit, and the ventilation space has a lower opening in a bottom wall of the housing and an upper opening (52) in a top wall of the housing for

Abstract: A method in a data processing system for automating programming of a computer numerical control machine to create a detail from a stock block based on design specifications for the detail. The stock block includes a plurality of sides including a left side, a right side, a front, a back, a top and a bottom. The method comprises creating a stock model from the design specifications, setting leads and links to active datum on the stock model, determining from the design specifications what machine will be used to create the detail, determining from the design specifications what material will be used to create the detail, importing tool templates for the machine and the material that will be used to create the detail, and determining whether stock needs to be removed from the left and right sides of the stock block.

Abstract: Disclosed herein is an equipment caddy for demountable engagement with a rolling stand. The caddy comprises a hub defining an opening for receiving a vertically oriented pole of the stand and a housing defining a compartment that is distal to the hub and configured to demountably engage with a piece of equipment. One embodiment relates to a medical equipment caddy for demountable engagement with a rolling IV stand wherein the housing is configured to demountably engage with a piece of medical equipment. The caddy of the present disclosure is durable, easy to clean and disinfect, and inexpensive to produce. The caddy of the present disclosure provides means for transporting additional medical equipment upon a conventional IV stand in a simple and organized manner.

Abstract: Provided herein are devices, systems, and methods for magnetic purification of sample components. In particular, provided herein are device bases, systems, and methods for manipulating magnetic particles.

Abstract: Provided herein are devices, systems, and methods for magnetic purification of sample components. In particular, provided herein are device bases, systems, and methods for manipulating magnetic particles.

Abstract: An adapter for a sliding head of a sample processing system is provided that includes a plate and a magnet mounting recess wall. The plate includes a top surface, a bottom surface, a front wall extending between the top surface and the bottom surface, and a back wall extending between the top surface and the bottom surface. The magnet mounting recess wall is mounted to the top surface. The magnet mounting recess wall is configured to accommodate a magnet of a sliding head of a sample processing system. At least a portion of the bottom surface is curved in a first direction from the front wall to the back wall and is concave relative to the top surface.

Abstract: A sample plate includes a top surface, a plurality of wells, and a plurality of reservoirs. The plurality of wells is mounted to the top surface. Each well includes a well bottom surface and a well wall extending up from the well bottom surface. The plurality of reservoirs is mounted to the top surface. Each reservoir includes a reservoir bottom surface, a reservoir wall extending from a first side of the reservoir bottom surface, and the well wall extending from a second side of the reservoir bottom surface. Each reservoir of the plurality of reservoirs surrounds a corresponding well of the plurality of wells.

Abstract: A sample plate includes a top surface, a plurality of wells, and a plurality of reservoirs. The plurality of wells is mounted to the top surface. Each well includes a well bottom surface and a well wall extending up from the well bottom surface. The plurality of reservoirs is mounted to the top surface. Each reservoir includes a reservoir bottom surface, a reservoir wall extending from a first side of the reservoir bottom surface, and the well wall extending from a second side of the reservoir bottom surface. Each reservoir of the plurality of reservoirs surrounds a corresponding well of the plurality of wells.

Abstract: An adapter for a sliding head of a sample processing system is provided that includes a plate and a magnet mounting recess wall. The plate includes a top surface, a bottom surface, a front wall extending between the top surface and the bottom surface, and a back wall extending between the top surface and the bottom surface. The magnet mounting recess wall is mounted to the top surface. The magnet mounting recess wall is configured to accommodate a magnet of a sliding head of a sample processing system. At least a portion of the bottom surface is curved in a first direction from the front wall to the back wall and is concave relative to the top surface.

Abstract: Methods of isolating weakly interacting molecules in a fluidic sample using an immiscible phase filtration technique are disclosed. A complex is formed between a solid phase substrate, a molecule immobilized on the solid phase substrate, and at least one target molecule present in the fluidic sample. The complex is transferred into an immiscible phase by applying an external force to the solid phase substrate. The methods eliminate the need for complex and time consuming washing steps.

Abstract: Methods of isolating weakly interacting molecules in a fluidic sample using an immiscible phase filtration technique are disclosed. A complex is formed between a solid phase substrate, a molecule immobilized on the solid phase substrate, and at least one target molecule present in the fluidic sample. The complex is transferred into an immiscible phase by applying an external force to the solid phase substrate. The methods eliminate the need for complex and time consuming washing steps.