Abstract: A context modeling architecture that includes a context representation portion, which adapted to represent context as features, is provided. The features are specifiable at runtime of an application including the context representation portion.

Abstract: The present invention includes an adhesive bandage for use in one or more disorders of a joint and/or associated appendage. The method of the present invention includes placing a user's joint in a corrective orthopedic position, and adhering an adhesive bandage onto an external surface of the user's joint, such that the adhesive bandage stimulates a somatic reflex arc when the user's joint deviates from the corrective orthopedic position to prompt the user to return the joint to the corrective orthopedic position.

Abstract: A device for rinsing sample processing components of an analytical instruments including an inlet coupleable to a fluid source, an outlet coupleable to sample processing components of an analytical instrument, and a fluid reservoir between the inlet and outlet. The device includes a heater coupled to the fluid reservoir and the fluid reservoir includes at least two reservoir chambers connected in series and separated by a restricted passageway.

Abstract: Electromagnetic shielding material is formed from a shielding composition made with magnetic particles and a binder, where the magnetic particles have an average diameter less than about 1000 nm and are substantially crystalline. The magnetic particles can be formed from Fe.sub.2 O.sub.3, Fe.sub.3 O.sub.4, Fe.sub.3 C, or Fe.sub.7 C.sub.3. The shielding composition can be formed into a layer or into composite particles. The binder can be a metal or an electrically conducting polymer. A conducting layer can be placed adjacent to the shielding composition. The shielding material can be used to protect sensitive electronic devices. Methods are described for forming iron oxide particles by laser pyrolysis.

Abstract: Registered on the voice dial card, which is not shown in the drawings, are a number for accessing the dial-less calling service and a user identification number. Public telephone 1 is equipped with reader 1a that reads the card. When the card is inserted in direction p, the aforementioned access number and user identification number are read by the reader. These numbers are automatically originated from public telephone 1, and switch 3 connects the line to controller 5 according to the access number. Controller 5 judges whether the customer is eligible to receive the dial-less calling service according to the user identification number, and if it judges that the customer is eligible to receive the service, it requests the caller to speak the destination name. In the following steps, the well known voice dialing is performed. According to this invention, a user can access voice dialing service from public telephones as well as non-public telephones.

Abstract: An isolator diaphragm is formed and connected to a support member so it will withstand periodic high pressure cleaning. Such periodic cleaning includes use of heated, concentrated cleaning solutions flowing under high pressure from a nozzle which moves rapidly over segments of an exposed surface of the isolator diaphragm. The present invention prevents isolator diaphragm failure precipitated by the substantially incompressible isolator fluid driven toward the perimeter of the diaphragm during cleaning operations. Such cleaning operations generate a separating force between the isolator diaphragm and diaphragm support. The isolator diaphragm has a peripheral wall portion bonded to a planar support surface and is formed to have an offset center region. The peripheral wall and center region are joined by a conical, inclined wall bounding the center portion. The support member has a correspondingly shaped recess with an inclined annular wall that supports the conical wall of the diaphragm.

Abstract: A system and method are disclosed for measuring range of motion of a body joint formed between a first body portion and a second body portion. The system includes a range of motion sensor comprising a support linkage having a first link joined to a second link for relative movement therebetween. The first link is adapted to be retained for movement with the first body portion and the second link is adapted to be retained for movement with the second body portion. An angular sensing device senses angular displacement of the second link relative to the first link and provides a representative indication thereof. A force sensing device joined to the support linkage senses the applied force to the first body portion and provides a representative indication thereof. Output signals from the angular sensing device and the force sensing device are provided to a signal processor for recording and analysis.

Abstract: A temperature probe measures the temperature of a fluid which moves relative to the probe. The probe includes a housing, a transducer, and one or more fins. The housing has a bore with a bore axis and carries at least a portion of the fluid along the bore axis. The transducer has a sensing length, and the fin thermally couples to the transducer along substantially the entire sensing length. The fin is also substantially aligned with the bore axis to promote laminar flow of the fluid in the bore. In a preferred embodiment the transducer is held within a protective tube, and the fin attaches to the tube along a fin inner edge. The fin also attaches along a fin outer edge to a radiation shield encircling the tube, the fin outer edge being shorter than the fin inner edge.

Abstract: A time gate ultrasonic sensor measures a physical property of a material, such as the presence of the material, within a defined space. The sensor includes at least one transducer connected to a support structure and positioned generally adjacent the defined space for transmitting and receiving ultrasonic signals across the defined space. The ultrasonic signals include a main waveform which travels across the defined space and a self-test waveform which travels along the support structure. The sensor monitors the received ultrasonic signals during a main time window to sense whether the main waveform is present in the received signals. The sensor senses the physical property of the material within the defined space as a function of whether the main waveform is present within the time window. The sensor performs a self-test each measurement cycle by determining whether the self-test waveform is present during a self-test time window which is different from the main time window.