Abstract: Provided is a method for End to End (E2E) trusted Hardware Server Module (HSM) setup using a secure device in a protected environment. Trust is added to the secure device in a first stage that generates and programs secure element content therein. The content includes network configuration information for setting up of the HSM. In a second stage, the HSM authenticates and establishes trust with the secure device. The secure device offers certificate based authentication, and multi-factor authentication (MFA). Over a secure communication channel, the HSM retrieves the network configuration and securely initializes the HSM. Other embodiments are disclosed.

Abstract: Valve assemblies having improved ability to selectively control flow of fluids through the catheter and prevent leakage of fluids from the proximal end of a catheter that is positioned within a patient. Such improved catheter valve assemblies also prevent leakage of fluids after repeated insertion and removal of medical instruments through the valve.

Abstract: Valve assemblies having improved ability to selectively control flow of fluids through the catheter and prevent leakage of fluids from the proximal end of a catheter that is positioned within a patient. Such improved catheter valve assemblies also prevent leakage of fluids after repeated insertion and removal of medical instruments through the valve.

Abstract: Valve assemblies having improved ability to selectively control flow of fluids through the catheter and prevent leakage of fluids from the proximal end of a catheter that is positioned within a patient. Such improved catheter valve assemblies also prevent leakage of fluids after repeated insertion and removal of medical instruments through the valve.

Abstract: Valve assemblies having improved ability to selectively control flow of fluids through the catheter and prevent leakage of fluids from the proximal end of a catheter that is positioned within a patient. Such improved catheter valve assemblies also prevent leakage of fluids after repeated insertion and removal of medical instruments through the valve.

Abstract: Methods and devices to facilitate positioning of a catheter into a vessel. Devices include axially concentric assemblies of a piercing cannula, a shield and tubing such as a catheter where the shield can be passively or actively locked into position over the cannula tip to prevent inadvertent needle sticks.

Abstract: Valve assemblies having improved ability to selectively control flow of fluids through the catheter and prevent leakage of fluids from the proximal end of a catheter that is positioned within a patient. Such improved catheter valve assemblies also prevent leakage of fluids after repeated insertion and removal of medical instruments through the valve.

Abstract: Valve assemblies having improved ability to selectively control flow of fluids through the catheter and prevent leakage of fluids from the proximal end of a catheter that is positioned within a patient. Such improved catheter valve assemblies also prevent leakage of fluids after repeated insertion and removal of medical instruments through the valve.

Abstract: Methods and devices to facilitate positioning of a catheter into a vessel. Devices include axially concentric assemblies of a piercing cannula, a shield and tubing such as a catheter where the shield can be passively or actively locked into position over the cannula tip to prevent inadvertent needle sticks.

Abstract: A needle catheter insertion device that includes a catheter-dilator assembly with a needle therethrough, where the dilator and needle are moveable relative to each other such that the needle catheter insertion device can be moved from a ready position, with the tip of the needle exposed, to a shielded position with the dilator encasing the needle. Positioning of the needle catheter insertion device into the shielded position can be accomplished by a manual actuation of the dilator into a locked configuration within a hub of the needle.

Abstract: Methods and devices to facilitate positioning of a catheter into a vessel. Devices include axially concentric assemblies of a piercing cannula, a shield and tubing such as a catheter where the shield can be passively or actively locked into position over the cannula tip to prevent inadvertent needle sticks.

Abstract: Valve assemblies having improved ability to selectively control flow of fluids through the catheter and prevent leakage of fluids from the proximal end of a catheter that is positioned within a patient. Such improved catheter valve assemblies also prevent leakage of fluids after repeated insertion and removal of medical instruments through the valve.

Abstract: A garment hanger comprises a header card and a clamp, the header card being preferably “free-floating” relative to the clamp to give a prospective purchaser a sense that the clamp is attached more to the garment than to the header card and that the card is thus disposable after purchase. In one embodiment, a hanger for displaying and holding an article such as a pair of gloves comprises a clothespin-like clamp comprising a pair of jaws resiliently biased about a pivot region to a closed, article-holding position, and a header defining an opening for receiving the pivot region of the clamp. Preferably, the opening in the header is larger than the pivot region of the clamp so as to provide for relative movement between the clamp and the header.

Abstract: A garment hanger comprises a header card and a clamp, the header card being preferably “free-floating” relative to the clamp to give a prospective purchaser a sense that the clamp is attached more to the garment than to the header card and that the card is thus disposable after purchase. In one embodiment, a hanger for displaying and holding an article such as a pair of gloves comprises a clothespin-like clamp comprising a pair of jaws resiliently biased about a pivot region to a closed, article-holding position, and a header defining an opening for receiving the pivot region of the clamp. Preferably, the opening in the header is larger than the pivot region of the clamp so as to provide for relative movement between the clamp and the header.