Abstract: Apparatus for opposed terminals of an electrical device includes magnetic material carried by a cover formed of an electrically insulative material and concurrently covering the terminals, and a magnetic attraction between the magnetic material and the terminals magnetically coupling the cover to the terminals. In another embodiment, the apparatus includes covers formed of an electrically insulative material and connected by hinges to the electrical device for movement between open positions away from the terminals and closed positions covering the respective terminals.

Abstract: A magnetic resonance (MR)-radiotherapy (RT) hybrid system for treating a patient is disclosed. The MR-RT hybrid system comprises: an MR imaging (MRI) apparatus comprising bi-planar magnets configured to generate a magnetic field; a radiation source configured to supply a radiation beam to treat the patient; a gantry configured to couple the MR apparatus at a first end and the radiation source so that they can rotate in unison; a treatment support configured to support the patient; a motor configured to move the treatment support; and a controller. The controller comprises a processor and memory having stored thereon instructions, which when executed by the processor, cause the motor to move the treatment support in order to avoid collision between the MRI apparatus and the patient when the MRI apparatus is rotated. A method for positioning the treatment support within the MR-RT hybrid system is also disclosed.

Abstract: A magnetic resonance (MR)-radiotherapy (RT) hybrid system for treating a patient is disclosed. The MR-RT hybrid system comprises: an MR imaging (MRI) apparatus comprising bi-planar magnets configured to generate a magnetic field; a radiation source configured to supply a radiation beam to treat the patient; a gantry configured to couple the MR apparatus at a first end and the radiation source so that they can rotate in unison; a treatment support configured to support the patient; a motor configured to move the treatment support; and a controller. The controller comprises a processor and memory having stored thereon instructions, which when executed by the processor, cause the motor to move the treatment support in order to avoid collision between the MRI apparatus and the patient when the MRI apparatus is rotated. A method for positioning the treatment support within the MR-RT hybrid system is also disclosed.

Abstract: A magnetic resonance (MR)-radiotherapy (RT) hybrid system for treating a patient is disclosed. The MR-RT hybrid system comprises: an MR imaging (MRI) apparatus comprising bi-planar magnets configured to generate a magnetic field; a radiation source configured to supply a radiation beam to treat the patient; a gantry configured to couple the MR apparatus at a first end and the radiation source so that they can rotate in unison; a treatment support configured to support the patient; a motor configured to move the treatment support; and a controller. The controller comprises a processor and memory having stored thereon instructions, which when executed by the processor, cause the motor to move the treatment support in order to avoid collision between the MRI apparatus and the patient when the MRI apparatus is rotated. A method for positioning the treatment support within the MR-RT hybrid system is also disclosed.

Abstract: A method for measuring quality of experience for media streaming in a network is provided, the method includes: identifying a media stream; detecting an event related to the media stream indicative of a quality of experience (QoE) as perceived by a subscriber; measuring a metric relating to the detected event; and determining a quality of experience measurement based on the metric.

Abstract: A method for measuring quality of experience for media streaming in a network is provided, the method includes: identifying a media stream; detecting an event related to the media stream indicative of a quality of experience (QoE) as perceived by a subscriber; measuring a metric relating to the detected event; and determining a quality of experience measurement based on the metric.

Abstract: A two-way selective call device (106) for determining if a response was received to a message transmitted to a designation device including at least one switch (216) to construct the message having at least an identifiable character. An address book designates at least one destination device (106, 112, 116, 118) and a selector (216) selects a destination device (106) of the at least one destination device (106, 112, 116, 118) to receive the message. A transmitter (222) transmits the message to the destination device (106) and a timer (302) measures a first predetermined time. A processor (206) coupled to the receiver (204) monitors received messages during the first predetermined time period to determine when a response to the message was received and an output device (208, 212, 214) indicates when the response from the at least one identified destination device was not received within the first predetermined time period.

Abstract: A wireless communication system for location based schedule management (10) includes a plurality of wireless communication devices (40), including a wireless communication device (32) and a backup wireless communication device (47); a system controller (24) for generating a message; a RF transmitter (26) for transmitting the message (34) to the plurality of wireless communication devices (40); and an application server (76). The application server (76) includes a server memory (152) for storing an event location (134) and one or more event criteria parameters (129), a server processor (150) for processing a current location (122) of the wireless communication device (32); and a server event management application (82) for comparing the current location (122) with the event location (134). The server processor (150) sends a server command (84) to the system controller (24) in response to the comparison of the current location (122) and the event location (134) exceeding the event criteria parameters (129).

Abstract: A wireless communication system for location based schedule management (10) includes a plurality of wireless communication devices (40), including a wireless communication device (32) and a backup wireless communication device (47); a system controller (24) for generating a message; a RF transmitter (26) for transmitting the message (34) to the plurality of wireless communication devices (40); and an application server (76). The application server (76) includes a server memory (152) for storing an event location (134) and one or more event criteria parameters (129), a server processor (150) for processing a current location (122) of the wireless communication device (32); and a server event management application (82) for comparing the current location (122) with the event location (134). The server processor (150) sends a server command (84) to the system controller (24) in response to the comparison of the current location (122) and the event location (134) exceeding the event criteria parameters (129).

Abstract: A communication device (18) wirelessly coupled to a widely distributed information source (24) and capable of retrieving flight information therefrom includes a transceiver (54), a decoder and an encoder (58) coupled to the transceiver for respectively decoding messages received and encoding message transmitted by the communication device, a memory (66) coupled to the decoder for storing at least scheduled flight information and updated status information of the scheduled flight information, and a processor (58). The processor is programmed to remind a user of the communication device at a predetermined time before a scheduled flight to update the status of the scheduled flight information.

Abstract: An alerting device for a selective call receiver (100) efficiently generates a tactile vibration alert and an audible alert simultaneously. A vibrator motor (15) includes a modified eccentric weight (14) which becomes an efficient air mover upon being rotated about the axis (13). Integral to the eccentric weight (14) is a sound producing orifice (28). The orifice (28) generates an audible alert in response to air moving either across or through the orifice (28). The audible alert can be selectively enabled by the selective call receiver user, or by the message type received.

Abstract: A paging system (200)is provided having at least one television subscriber unit (222) with a television identification number and at least one paging subscriber unit (236) with a pager identification number. The paging system (200)includes a paging control station (240) for processing a page. This page includes the pager identification number that is intended for the at least one paging subscriber unit (236). The paging control station (240) includes a circuit (226) for determining when the at least one paging subscriber unit (236) is not in use. The paging system (200) also includes a television transmitter (216) which is coupled to the paging control station (240) for selectively transmitting the page to the television subscriber unit (222) in response to the circuit (226) for determining when the at least one paging subscriber unit (236) is not in use.

Abstract: A selective call receiver (10) includes a display (22) for presenting received information signals. The display (22) is pivotally attached to the selective call receiver's housing (24) so that the display [means] (22) may be pivoted outwardly from the housing to facilitate viewing the display [means].

Abstract: A battery operated electronic device includes electronic circuits (10, 12, 14, 16, 18, 20), and a battery holder (218, 222, 226) electrically coupled to the electronic circuits (10, 12, 14, 16, 18, 20) for holding a first replaceable battery (216) and for electrically coupling the first replaceable battery (216) and the electronic circuits (10, 12, 14, 16, 18, 20), and for delivering power thereto. The battery holder (218, 222, 226) allows replacement of the first replaceable battery (216) in the battery holder (218, 222, 226) with a second replaceable battery (238). The second replaceable battery (238) can be utilized to displace the first replaceable battery (216) from the battery holder (218, 222, 226) in the battery replacement operation. Further, a method is provided for the battery replacement operation.

Abstract: An antenna (10) is described comprising a generally elongate, magnetically permeable core (12) having a major axis, an insulating substrate (20) being affixed to the core (12) along an axis parallel to the major axis, and having at least a pair of opposed spaced conductive runners (21) positioned along the substrate normal to said major axis. A plurality of charge storage devices (16) are secured between the pair of opposed spaced conductive runners (21). An electrically conductive split sleeve (14) is positioned surrounding the core (12), and has first and second edge portions in electrical connection with the pair of opposed spaced conductive runners (21) opposite said charge storage devices (16). Arrangements for mechanically mounting the antenna (10) are provided which are integral to the antenna (10). The mechanical mounting arrangements are separate from the arrangements provided for electrically connecting the antenna 10 to the receiver.