Abstract: A device and method to facilitate the opening and closing and closing of a ski boot. The devices includes a buckle attachment section, a ski pole cooperation section and a securing member. The buckle attachment section has a cavity which is dimensioned to receive a free end of the buckle therein to prevent unwanted movement of the buckle attachment section relative to the buckle. The ski pole cooperation section has a ski pole receiving opening. The ski pole receiving opening extends through the ski pole cooperation section and is dimensioned to receive an end of a ski pole therein. The securing member secures the device to the buckle of the ski boot. The device allows the buckles of the ski boot to be latched and unlatched with minimal twisting of the skier's body.

Abstract: A device and method to facilitate the opening and closing and closing of a ski boot. The devices includes a buckle attachment section, a ski pole cooperation section and a securing member. The buckle attachment section has a cavity which is dimensioned to receive a free end of the buckle therein to prevent unwanted movement of the buckle attachment section relative to the buckle. The ski pole cooperation section has a ski pole receiving opening. The ski pole receiving opening extends through the ski pole cooperation section and is dimensioned to receive an end of a ski pole therein. The securing member secures the device to the buckle of the ski boot. The device allows the buckles of the ski boot to be latched and unlatched with minimal twisting of the skier's body.

Abstract: Method and apparatus are disclosed employing ionizing radiation for forming lines of ablation or lesions in cardiac tissue to treat atrial fibrillation or other electrophysiological problems with the heart. The apparatus may include a catheter in which the radiation source is advanced hydraulically after the catheter is in place within the heart. Various fixation devices are also disclosed for fixing the location of the catheter within the heart.

Abstract: Method and apparatus are disclosed employing ionizing radiation. for forming lines of ablation or lesions in cardiac tissue to treat atrial fibrillation or other electrophysiological problems with the heart. The apparatus may include a catheter in which the radiation source is advanced hydraulically after the catheter is in place within the heart. Various fixation devices are also disclosed for fixing the location of the catheter within the heart.

Abstract: Disclosed are apparatus and methods for measuring pressure and/or flow in blood circulatory systems of a patient using cardiac assist devices. By way of example, a left ventricular assist device may be coupled between the left ventricle of the patient's heart and the aorta. One or more sensors, such as pressure sensors, are located at one or more selected locations in the heart, in blood-carrying conduits that are coupled to the cardiac assist device, or in the aorta, that sense pressure, for example, to monitor a patient's cardiac function. A monitoring device is coupled to the sensors that implements an algorithm that determines pressure and/or blood flow rate in the circulatory system using pressures and/or flow data derived from the sensors.

Abstract: Method and apparatus are disclosed employing ionizing radiation for forming lines of ablation or lesions in cardiac tissue to treat atrial fibrillation or other electrophysiological problems with the heart. The apparatus may include a catheter in which the radiation source is advanced hydraulically after the catheter is in place within the heart. Various fixation devices are also disclosed for fixing the location of the catheter within the heart.

Abstract: Method and apparatus are disclosed employing ionizing radiation for forming lines of ablation or lesions in cardiac tissue to treat atrial fibrillation or other electrophysiological problems with the heart. The apparatus may include a catheter in which the radiation source is advanced hydraulically after the catheter is in place within the heart. Various fixation devices are also disclosed for fixing the location of the catheter within the heart.

Abstract: An electronic balance having a strain gauge transducer. The analog output signal of the transducer is processed digitally so that the displayed weight is based on several successive digitized analog signal samples. Various operating parameters (e.g., conversion factors for several different units of weight) are stored in a non-volatile memory so that the scale can perform various weighing functions. The scale has a parts counter mode of operation requiring re-taring of the parts container whenever the scale is recalibrated for a different individual part weight.