Abstract: A single point hitch bed system includes a base frame mounted on a truck bed, the base frame having a front end positioned towards the front of the truck, a rear end opposite the front end, and lateral side ends; a stationary upper deck permanently attached above the base frame; and an extendable lower deck positioned between the stationary upper deck and base frame, wherein the extendable lower deck is mounted via a rail system that allows the extendable lower deck to be extended to an adjustable length. An access hole is positioned towards the front of the stationary upper deck to allow access to a single point hitch that may be permanently secured to the truck. The single point hitch may receive removable components for securing cargo or towed apparatus to the truck. Auxiliary anchor points are positioned atop the base frame, laterally to the stationary upper deck.

Abstract: The present disclosure relates to systems and methods for regulating, maintaining and/or controlling the temperature of fluids and tissues during therapeutic or ablative tissue treatment applications. In particular, the present disclosure relates to a multi-purpose subassembly that is easy to use, supports all infusion and fluid-cooled ablation systems, and readily and reliably accepts a variety of tubing designs to decrease preparation time and minimize user error during setup and use.

Abstract: A hollow container is combined with a burstable envelope retaining a liquid agent. The container is designed to allow a user to open the envelope by bursting or likewise rupturing the envelope while it remains in the container. The design of the envelope provides a predictable bursting location and a lower bursting pressure of the envelope to provide a more controlled release of liquid agent. Bursting forces may be applied in any of a variety of ways just as by twisting or crushing. The design allows for desired use of beneficial envelope materials such as polyester films that are otherwise difficult to rupture.

Abstract: Tubular constructs attached to a brachytherapy device allowing for the selected displacement of surrounding tissue at a site of radiation application. Tubular constructs have an inflatable balloon portion and an attached non-inflating stem tube. Balloon portions are affixed to the brachytherapy device and inflated with the stem tube to displace tissue away from an area.

Abstract: A hollow container is combined with a burstable envelope retaining a liquid agent. The container is designed to allow a user to open the envelope by bursting or likewise rupturing the envelope while it remains in the container. The design of the envelope provides a predictable bursting location and a lower bursting pressure of the envelope to provide a more controlled release of liquid agent. Bursting forces may be applied in any of a variety of ways just as by twisting or crushing. The design allows for desired use of beneficial envelope materials such as polyester films that are otherwise difficult to rupture.

Abstract: The problem of securing the position of an internally placed medical device that extends out of the body during targeted high-dose-rate (HDR) brachytherapy is solved by a uniquely configured immobilization system that can be utilized to stabilize medical devices placed, for example, within the uterus or cervix. During the process of transporting a patient from the location where the HDR applicator is emplaced, for example, where the tandem and ring is placed within the cervix of a patient, to the location where the treatment is actually applied to the tissue, the medical device can move out of place and in so doing cause discomfort, pain, or an ineffective treatment for the patient. The embodiments of this immobilization system can include a strap apparatus, a straddling girdle, and bracket that can be attached to a patient. This immobilization system ensures the position of an internally placed medical device during targeted HDR brachytherapy.

Abstract: The problem of securing the position of an internally placed medical device that extends out of the body during targeted high-dose-rate (HDR) brachytherapy is solved by a uniquely configured immobilization system that can be utilized to stabilize medical devices placed, for example, within the uterus or cervix. During the process of transporting a patient from the location where the HDR applicator is emplaced, for example, where the tandem and ring is placed within the cervix of a patient, to the location where the treatment is actually applied to the tissue, the medical device can move out of place and in so doing cause discomfort, pain, or an ineffective treatment for the patient. The embodiments of this immobilization system can include a strap apparatus, a straddling girdle, and bracket that can be attached to a patient. This immobilization system ensures the position of an internally placed medical device during targeted HDR brachytherapy.

Abstract: The present disclosure relates to systems and methods for regulating, maintaining and/or controlling the temperature of fluids and tissues during therapeutic or ablative tissue treatment applications. In particular, the present disclosure relates to a multi-purpose subassembly that is easy to use, supports all infusion and fluid-cooled ablation systems, and readily and reliably accepts a variety of tubing designs to decrease preparation time and minimize user error during setup and use.

Abstract: An arrangement for authenticating a transaction between a user's mobile device and an entity such as a corporate server is disclosed. The user's universal integrated circuit card (UICC) is adapted to generate a time-dependent authentication code which is dependent on a time value and which is usable to authenticate the transaction only during a predetermined period. A time verification processor verifies a time value to ensure that the time-dependent authentication code was generated based on the correct time value. The time value is based on the UTC time obtained from UTC clock. The verified time is used to generate a “one-time” password (authentication code) by the authentication code calculator of the UICC. This is used to authenticate a transaction with the corporate network.

Abstract: The user's SIM 20 is adapted to store a seed for generating an authentication code which is usable to authenticate a transaction. The mobile telecommunications device 1 has a processor including means operable to obtain the seed from the SIM, to calculate the authentication code and to generate a transaction message for enabling the transaction with the entity, the transaction message including the authentication code.

Abstract: The system and apparatus for processing stackable articles transported in a set number of columns and rows on a conveyor is disclosed. The apparatus includes a receiver positioned to receive the articles discharged from the conveyor to form stacks of articles in the set number of columns. The stacks have a set number of articles per stack. A transfer device is positioned with respect to the receiver to transfer the stacks of articles while being able to continue to transport additional rows of stackable articles on the conveyor to form multiple columns and rows of stacks of articles within the transfer device.

Abstract: An arrangement for authenticating a transaction between a user's mobile device and an entity such as a corporate server is disclosed. The user's universal integrated circuit card (UICC) is adapted to generate a time-dependent authentication code which is dependent on a time value and which is usable to authenticate the transaction only during a predetermined period. A time verification processor verifies a time value to ensure that the time-dependent authentication code was generated based on the correct time value. The time value is based on the UTC time obtained from UTC clock. The verified time is used to generate a “one-time” password (authentication code) by the authentication code calculator of the UICC. This is used to authenticate a transaction with the corporate network.

Abstract: A robotic arm-end gripping device having a belt-driven drive train is provided. The gripping device includes a set of opposing gripping arms, a variable speed motor, a motor controller adapted to control the operation of the variable speed motor, a drive train driven by the variable speed motor, the drive train comprising a drive belt, a plurality of sheaves, and a plurality of belt clamps mounted to the drive belt and operatively connected to the opposing gripping arms, and a robot arm-end interface. The gripping device may include a fail-safe method and apparatus for prevent the dropping of the gripped article. The belt drive and associated controls provide smooth and rapid operation. The gripping device may be adapted to any arm-end tooling.

Abstract: An Advanced Data Logging kit for testing a generator's liquid cooled stator bar system for leaks is disclosed. The kit is installed in between the generator's header and the HIT Skid and in the generator's cooling system. The kit includes pressure and vacuum transducers, sensor arrays with thermocouples, and data acquisition circuits. The sensor arrays are used to plumb the thermocouples into the generator's header and cooling pipes. The pressure and vacuum transducers and the thermocouples are used to collect pressure, vacuum and temperature data that is used to conduct a Pressure Decay Test and a Vacuum Decay Test to determine whether or not a leak in the liquid cooled stator bar system exists. A computer included in the kit has the ability to analyze the data readings, perform calculations, and predict leak rates in the stator bar system.

Abstract: A self-contained, implantable bone distraction device is provided. The device is controlled by a programmable microcontroller that communicates with the outside world wirelessly, for example, via radio frequency or infrared. The microcontroller can be instructed, for example, to initiate an immediate distraction, or to stop a distraction in progress. Nitinol wire is used in conjunction with a one-way clutch to cause a distraction increment. The length of the wire is maintained after deactivation mechanically. Optional sensors allow the monitoring of the amount of actual distraction or the distraction force experienced by the bone under distraction.

Abstract: Gap bulk density (GBD) of a support mat surrounding a catalyst substrate in a catalytic converter is calculated using an average gap width optically determined by a camera system. Mat weight determined at an assembly station is bar coded and placed in a bar code label attached to the converter under test. A programmable controller calculates an average gap width from a plurality of camera readings. GBD is then calculated using mat weight and dimensions, and the GBD is compared to an acceptable range to determine pass/failure of the converter.

Abstract: An Advanced Data Logging kit for testing a generator's liquid cooled stator bar system for leaks is disclosed. The kit is installed in between the generator's header and the HIT Skid and in the generator's cooling system. The kit includes pressure and vacuum transducers, sensor arrays with thermocouples, and data acquisition circuits. The sensor arrays are used to plumb the thermocouples into the generator's header and cooling pipes. The pressure and vacuum transducers and the thermocouples are used to collect pressure, vacuum and temperature data that is used to conduct a Pressure Decay Test and a Vacuum Decay Test to determine whether or not a leak in the liquid cooled stator bar system exists. A computer included in the kit has the ability to analyze the data readings, perform calculations, and predict leak rates in the stator bar system.