Abstract: A stun apparatus can include a shock box including a positive terminal electrically coupled to a positive current conductive strip; a negative terminal electrically coupled to a negative current conductive strip; and a stun sleeve having the positive current conductive strip and the negative current conductive strip located along the outside of the stun sleeve. The shock box and the stun sleeve are attached to a weapon. When the shock box is active, current will flow to the positive current conductive strip. If a person grabs onto or touches both the positive and negative current conductive strips, then the current will flow from the positive to the negative through the person’s body, thus shocking or stunning the person. The stun apparatus can reduce the risk that the person is able to take the weapon away from a police or correctional officer or military members.

Abstract: A stun apparatus can include a shock box, wherein the shock box comprises: a housing; a positive terminal; a negative terminal; and a gas discharge tube comprising an input contact electrically coupled to an energy supply device and an output contact electrically coupled to the positive terminal, wherein when a voltage at the input contact becomes equal to or greater than a predetermined threshold voltage, an electrical current arcs within the gas discharge tube from the input contact to the output contact and causes an energy pulse to be delivered to the positive terminal or to a positive contact via the positive terminal, and wherein the shock box is configured to cause current to flow to the negative terminal or a negative contact through a person's body; and an article, wherein the shock box is attached to the article. The article can be a stun shield, belt, vest, or jumpsuit.

Abstract: A brace is provided for treating humeral fractures. The brace is secured to a patient's humerus and forearm. The brace utilizes a hinge system which enables the portion of the brace secured to the patient's forearm to rotate in a plurality of planes relative to the portion of the brace secured to the patient's humerus. The hinge system allows the brace to be adjusted to the most advantageous position for the patient. Once the brace has been adjusted to the most advantageous position, the hinge system can be locked so that the brace remains in that position.

Abstract: Various techniques are disclosed for a system and method to dynamically co-register images captured by two or more separate imaging modules. For example, in one embodiment, a method includes: capturing a thermal image of an object; capturing a visible light (VL) image of the object; determining a plurality of thermal image reference points from the thermal image; determining a plurality of VL image reference points from the VL image; determining a geometric transform based on the plurality of thermal image reference points and the plurality of VL image reference points; and applying the geometric transform to the thermal image or the VL image to align the thermal image and the VL image. In another embodiment, an imaging system comprises two or more separate imaging modules and one or more processors configured to perform the method above to dynamically co-register images.

Abstract: System and methods are disclosed, one method comprises generating a patient profile comprising a patient identifier and information relating to the patient identifier, linking one or more service providers of the plurality of service providers to the generated patient profile, wherein the one or more linked service providers are capable of accessing the patient profile over a secure network connection, receiving an update relating to the patient profile, automatically transmitting a notice the one or more linked service providers, wherein the notice indicates that an update has been received relating to the patient profile, receiving a request to access the patient profile from the one or more linked service providers, and granting access to the patient profile including the update, via a secure network connection.

Abstract: Various techniques are disclosed for a system and method to dynamically co-register images captured by two or more separate imaging modules. For example, in one embodiment, a method includes: capturing a thermal image of an object; capturing a visible light (VL) image of the object; determining a plurality of thermal image reference points from the thermal image; determining a plurality of VL image reference points from the VL image; determining a geometric transform based on the plurality of thermal image reference points and the plurality of VL image reference points; and applying the geometric transform to the thermal image or the VL image to align the thermal image and the VL image. In another embodiment, an imaging system comprises two or more separate imaging modules and one or more processors configured to perform the method above to dynamically co-register images.

Abstract: System and methods are disclosed, one method can comprise the steps of receiving a request for a diagnostic message, receiving a selection of diagnostic information, retrieving at least a portion of the selected diagnostic information, generating the requested diagnostic message, wherein the diagnostic message comprises the portion of the selected diagnostic information, and transmitting the requested diagnostic message.

Abstract: System and methods are disclosed, one method can comprise the steps of receiving a request for a diagnostic message, receiving a selection of diagnostic information, retrieving at least a portion of the selected diagnostic information, generating the requested diagnostic message, wherein the diagnostic message comprises the portion of the selected diagnostic information, and transmitting the requested diagnostic message.

Abstract: System and methods are disclosed, one method can comprise the steps of receiving a request for a diagnostic message, receiving a selection of diagnostic information, retrieving at least a portion of the selected diagnostic information, generating the requested diagnostic message, wherein the diagnostic message comprises the portion of the selected diagnostic information, and transmitting the requested diagnostic message.