Abstract: An infusion device for the passage of fluids to or from a patient via a syringe. The infusion device includes a valve assembly and a coupling apparatus. The coupling apparatus comprises a coupler, a first gland, a cannula, a second gland, and an inlet. The coupling apparatus defines a central lumen for the passage of fluids in an open configuration. The inlet may be coupled to a syringe.

Abstract: An infusion device for the passage of fluids to or from a patient via a syringe. The infusion device includes a valve assembly and a coupling apparatus. The coupling apparatus comprises a coupler, a first gland, a cannula, a second gland, and an inlet. The coupling apparatus defines a central lumen for the passage of fluids in an open configuration. The inlet may be coupled to a syringe.

Abstract: The present invention relates to a method and system for measuring total chloride content in a process product stream. In particular, the present invention relates to a method of measuring hydrogen chloride and organochloride content, in situ, for a gaseous refinery process product stream. This method allows for measurement of hydrogen chloride and organochloride content in a single test method, which allows for optimised performance and maintenance schedules for chloride guard beds used within the refinery process.

Abstract: An infusion device for the passage of fluids to or from a patient via a syringe. The infusion device includes a valve assembly and a coupling apparatus. The coupling apparatus comprises a coupler, a first gland, a cannula, a second gland, and an inlet. The coupling apparatus defines a central lumen for the passage of fluids in an open configuration. The inlet may be coupled to a syringe.

Abstract: The present invention relates to compositions and methods relating to biomarkers (e.g., calcitriol (i.e., 1,25(OH)2D3) to 24,25-dihydroxyvitamin D3 (i.e., 24,25(OH)2D3) to calcifediol (i.e., 25(OH)D3) proportion ratio (C24CPR)) that can be used for detection and treatment assessment of vitamin D deficiency or vitamin D imbalance and/or diseases or disorders associated with vitamin D deficiency or vitamin D imbalance, such as cancer, in a subject in need thereof. The present invention also provides methods of diagnosing vitamin D deficiency or vitamin D imbalance and/or diseases or disorders associated with vitamin D deficiency or vitamin D imbalance and distinguishing between different types of diseases or disorders associated with vitamin D deficiency or vitamin D imbalance (e.g., cancer vs autoimmune disease or disorder).

Abstract: A coupler of a valve assembly for coupling a flow control valve to an infusion device. The coupler includes a proximal portion and a distal portion. The proximal portion comprises a plurality of recessed segments configured for receiving the infusion device. The distal portion comprises a valve flange that defines a central cavity for receiving the flow control valve. The valve flange comprises a swage extending radially inward to the central cavity for mechanically engaging a luer lock fitting of the valve assembly.

Abstract: A system and method of secure communication between computing devices based on physical unclonable functions such as memories having dissolvable conductive paths is provided. The method involves enrolling a client device, the client device having a PUF such as a pristine ReRAM. The PUF is enrolled in a secure environment by reading and storing the resistances of the PUF's addressable memory cells. The cells are categorized into “rugged” and “vulnerable” categories on the basis of their resistance, the vulnerable cells being those more likely to be permanently altered during the generations of PUF responses. The rugged cells are used for the generation of PUF responses for cryptographic key generation, but the vulnerable cells may be inspected to detect unauthorized 3rd party access to the PUF.

Abstract: The present invention relates to a method and system for measuring total chloride content in a process product stream. In particular, the present invention relates to a method of measuring hydrogen chloride and organochloride content, in situ, for a gaseous refinery process product stream. This method allows for measurement of hydrogenchloride and organochloride content in a single test method, which allows for optimised performance and maintenance schedules for chloride guard beds used within the refinery process.

Abstract: A process is described for removing halogen compounds, particularly chlorine compounds, from a process fluid, comprising the steps of (i) passing a process fluid containing hydrogen halide over a first sorbent to remove hydrogen halide and generate a hydrogen halide depleted process fluid and then, (ii) passing the hydrogen halide depleted process fluid over a second different sorbent to remove organic halide compounds therefrom. A purification system suitable for removing hydrogen halide and organic halide compounds from process fluids is also described.

Abstract: An eye protection system including a reservoir for containing a product, the reservoir securable to a strap of an eye protection system. A spout communicatively coupled to the reservoir, the spout for dispensing the product to a lens of the eye protection system while the reservoir is secured to the strap.

Abstract: A process for removing halogen compounds, particularly chlorine compounds, from a process fluid, includes the steps of (i) passing a process fluid containing hydrogen halide over a first sorbent to remove hydrogen halide and generate a hydrogen halide depleted process fluid and then, (ii) passing the hydrogen halide depleted process fluid over a second different sorbent to remove organic halide compounds therefrom. A purification system suitable for removing hydrogen halide and organic halide compounds from process fluids is also described.

Abstract: A process is described for removing halogen compounds, particularly chlorine compounds, from a process fluid, comprising the steps of (i) passing a process fluid containing hydrogen halide over a first sorbent to remove hydrogen halide and generate a hydrogen halide depleted process fluid and then, (ii) passing the hydrogen halide depleted process fluid over a second different sorbent to remove organic halide compounds therefrom. A purification system suitable for removing hydrogen halide and organic halide compounds from process fluids is also described.

Abstract: A system, process and device include reusable rack that supports a number of prefabricated modular housing units, each of the plurality of prefabricated modular housing units includes: a modular unit electrical subsystem; a modular unit potable water subsystem; a modular unit wastewater subsystem; and a modular unit docking connector coupled to the respective modular housing unit and coupled to each of the respective modular unit subsystems. The rack supports the plurality of prefabricated modular housing units. The rack includes: a rack electrical subsystem; a rack potable water subsystem; a rack wastewater subsystem; and a plurality of locations for supporting the plurality of modular housing units. Each of the plurality of locations including a respective rack docking connector coupled to the rack and coupled to each of the respective rack subsystems.

Abstract: A system, process and device include reusable rack that supports a number of prefabricated modular housing units, each of the plurality of prefabricated modular housing units includes: a modular unit electrical subsystem; a modular unit potable water subsystem; a modular unit wastewater subsystem; and a modular unit docking connector coupled to the respective modular housing unit and coupled to each of the respective modular unit subsystems. The rack supports the plurality of prefabricated modular housing units. The rack includes: a rack electrical subsystem; a rack potable water subsystem; a rack wastewater subsystem; and a plurality of locations for supporting the plurality of modular housing units. Each of the plurality of locations including a respective rack docking connector coupled to the rack and coupled to each of the respective rack subsystems.

Abstract: A process for removing halogen compounds, particularly chlorine compounds, from a process fluid, includes the steps of (i) passing a process fluid containing hydrogen halide over a first sorbent to remove hydrogen halide and generate a hydrogen halide depleted process fluid and then, (ii) passing the hydrogen halide depleted process fluid over a second different sorbent to remove organic halide compounds therefrom. A purification system suitable for removing hydrogen halide and organic halide compounds from process fluids is also described.