mhurhangee/ep-ind-claims huggingface dataset:
A detector data processing apparatus comprising: - an input interface for receiving measurement data detected by a multi-bin radiation energy detector comprising a number of detector bins, the data detected during a measurement of radiation previously interacting with an object of interest, the data detected by the detector during a measurement operation for an M-fold material decomposition with M ≥ 2 and less than the number of detector bins; - a data transformer configured to transform the detected measurement data into radiation attenuation data whilst correcting for a measurement error caused by the detector changing its responsiveness during the measurement operation, the transformer using a radiation-matter interaction model including: i) a data parameter that is a parameter for the data detected by the detector bins; ii) M-fold material decomposition variables; and iii) a variable for a detector state that causes the change in the detector's responsiveness; the transformer configured to solve the model for the material decomposition variables alongside the detector state variable thereby effecting the correction; - an output unit configured to output the solved material decomposition variables as the corrected radiation attenuation data. - an input interface for receiving measurement data detected by a multi-bin radiation energy detector comprising a number of detector bins, the data detected during a measurement of radiation previously interacting with an object of interest, the data detected by the detector during a measurement operation for an M-fold material decomposition with M ≥ 2 and less than the number of detector bins; - a data transformer configured to transform the detected measurement data into radiation attenuation data whilst correcting for a measurement error caused by the detector changing its responsiveness during the measurement operation, the transformer using a radiation-matter interaction model including: i) a data parameter that is a parameter for the data detected by the detector bins; ii) M-fold material decomposition variables; and iii) a variable for a detector state that causes the change in the detector's responsiveness; the transformer configured to solve the model for the material decomposition variables alongside the detector state variable thereby effecting the correction; i) a data parameter that is a parameter for the data detected by the detector bins; ii) M-fold material decomposition variables; and iii) a variable for a detector state that causes the change in the detector's responsiveness; the transformer configured to solve the model for the material decomposition variables alongside the detector state variable thereby effecting the correction; - an output unit configured to output the solved material decomposition variables as the corrected radiation attenuation data.
A method comprising: receiving, by a policy control function, PCF, from an application function, AF, a subscription request for a quality of service, QoS, violated event report, wherein the content of the subscription request is configured to cause a receiving function to send the QoS violated event report to the AF; according to the subscription request, sending (step 1), by the PCF to a session management function, SMF, a QoS notification control, QNC, message containing a policy and charging control, PCC, rule that includes a QoS violated event reporting indication; receiving (step 5), by the PCF from the SMF, a QNC notification message containing a QoS violated event report that includes a value of a violated QoS parameter, wherein the violated QoS parameter includes a packet delay of a protocol data unit, PDU, session of a QoS flow received at a user plane function, UPF; and sending, by the PCF to the AF, the QoS violated event report. receiving, by a policy control function, PCF, from an application function, AF, a subscription request for a quality of service, QoS, violated event report, wherein the content of the subscription request is configured to cause a receiving function to send the QoS violated event report to the AF; according to the subscription request, sending (step 1), by the PCF to a session management function, SMF, a QoS notification control, QNC, message containing a policy and charging control, PCC, rule that includes a QoS violated event reporting indication; receiving (step 5), by the PCF from the SMF, a QNC notification message containing a QoS violated event report that includes a value of a violated QoS parameter, wherein the violated QoS parameter includes a packet delay of a protocol data unit, PDU, session of a QoS flow received at a user plane function, UPF; and sending, by the PCF to the AF, the QoS violated event report.
Method for preparing a cover for protecting a component housed on or in a substrate comprising the following steps: definition on the substrate of at least one zone for anchoring the cover of the substrate, offset from a central zone in which the component is located, formation of a buckling layer having a monolayer or a plurality of stacked sub-layers (6.1, 6.2, 6.3), on the substrate, extending on the central zone and beyond, the buckling layer having an adhesion to the substrate, in the central zone, lower than that presented in the anchoring zone, buckling of the buckling layer so that it bounds a cavity at the central zone and is anchored to the substrate at the anchoring zone, the definition step can be carried out before, during or after the formation step but before the buckling step, and the buckling step can be carried out during or after the formation step. definition on the substrate of at least one zone for anchoring the cover of the substrate, offset from a central zone in which the component is located, formation of a buckling layer having a monolayer or a plurality of stacked sub-layers (6.1, 6.2, 6.3), on the substrate, extending on the central zone and beyond, the buckling layer having an adhesion to the substrate, in the central zone, lower than that presented in the anchoring zone, buckling of the buckling layer so that it bounds a cavity at the central zone and is anchored to the substrate at the anchoring zone, the definition step can be carried out before, during or after the formation step but before the buckling step, and the buckling step can be carried out during or after the formation step.
A composition comprising: a) at least one fluoroolefin; and b) an effective amount of a stabilizer comprising at least one terephthalate selected from divinyl terephthalate and diphenyl terephthalate, or a mixture thereof with at least one of ascorbic acid and nitromethane. a) at least one fluoroolefin; and b) an effective amount of a stabilizer comprising at least one terephthalate selected from divinyl terephthalate and diphenyl terephthalate, or a mixture thereof with at least one of ascorbic acid and nitromethane.
A mobile station apparatus for receiving data via a shared channel different from control channels including a first control channel and a second control channel, said mobile station apparatus comprising: a receiving unit arranged to, in a first mode in which the mobile station apparatus performs intermittent reception, perform the intermittent reception of a downlink control signal, via the first control channel, that indicates a transmitting format used for the shared channel and that indicates whether data received via said shared channel is intended for transmission to the mobile station apparatus or not; and a transmitting unit, characterised in that the transmitting unit is arranged to intermittently transmit via the second control channel, in said first mode, an uplink control signal which relates to a transmitting format of said data at a predetermined time before a timing of the intermittent reception by said receiving unit. a receiving unit arranged to, in a first mode in which the mobile station apparatus performs intermittent reception, perform the intermittent reception of a downlink control signal, via the first control channel, that indicates a transmitting format used for the shared channel and that indicates whether data received via said shared channel is intended for transmission to the mobile station apparatus or not; and a transmitting unit, characterised in that the transmitting unit is arranged to intermittently transmit via the second control channel, in said first mode, an uplink control signal which relates to a transmitting format of said data at a predetermined time before a timing of the intermittent reception by said receiving unit.
A roller cage for a profiling line comprising a support frame having a shoulder, a first motor associated with a first substantially horizontal spindle, a first transverse roller, assembled directly on the first spindle, a movable frame, with which an upright first roller is associated, rotating about a first shaft which projects in a cantilever fashion from the movable frame, characterized in that the spindle projects in a cantilever fashion externally to the shoulder of the support frame into an operating space of the line, and in that the movable frame is movable between an operating position, in which the first shaft assumes a substantially vertical position, and a non-operating position, in which the first shaft assumes a substantially horizontal position and is facing the same way as the first spindle, towards the operating space of the line.
Dishwasher, in particular a household dishwasher, having a wash compartment that can in particular be closed off by a door for receiving items to be treated, wherein the wash compartment is provided with at least one movable wash rack (4; 5), in which items to be cleaned can be supported and which can be moved from a treatment position in which the wash compartment can be closed to an access position facilitating loading and unloading, wherein the dishwasher has at least one display facility (10; 11) for the visual notification of operation and/or program information of the dishwasher, and wherein at least one visual display facility (10; 11) is assigned to a dish rack (4;5), characterised in that the display of data by way of the or each visual display facility (10;11) is coupled to the state of opening of the door and the display facility (10;11) is switched off when the door is closed.
A method for controlling an adjustable telescopic mast arrangement using a dual mode handheld remote control, the arrangement capable of supporting and controlling an associated mast accessory, the method comprising: powering and initiating a mast base, a mast base controller, and a mast accessory controller; providing the dual mode handheld remote control having a controller, the controller including a wired communication mode and a wireless communication mode; connecting the controller of the remote control to the base controller such that the controller of the remote control is in communication with the mast base controller in the wired mode and selectively operating at least one function of the mast arrangement via the remote control while in the wired communication mode; negotiating at least one wireless communication parameter while in the wired communication mode for establishing a future wireless communication connection between the remote control and the base controller; disconnecting the controller of the remote control from the base controller; switching the controller of the remote control from the wired communication mode to the wireless communication mode; and establishing wireless communication between the remote control and the base controller using the previously negotiated at least one wireless communication parameter and selectively operating at least one function of the mast arrangement via the remote control while in the wireless communication mode.
A system, comprising a first electronic device (100, 1101) according to the electronic device of claim 5 and an accessory device according to the accessory device (200, 1102) of claim 8.
Circular knitted fabric for compression therapy having a surface with a patterned texture with raised portions which, when applied to the body part to undergo therapy by compression, exert a surface pressure on the body part and exert a massage effect during movement, wherein the textured surface has a regular pattern in the form of compartments which are bounded by the raised portions, and compartments (2a, 2b, 2c) which are adjacent in the direction of the wales of the circular knitted fabric are connected to each other by connecting channels, characterised in that thecircular knitted fabric is composed of a basic knitted fabric with a knitting yarn in which an elastic weft yarn is deposited in the compartments with an offset of 1:1, wherein the knitting yarn forms tuck loops in the raised portions, and the weft yarn in the raised portions is not tied into the basic knitting fabric, and the knitting yarn in raised portions running in the direction of the wales forms tuck loops only in every other row, and a floating stitch of the weft yarn as well as the subsequent tying-in point is laterally offset by one stitch, so that a floating stitch of the weft yarn is formed over two or three stitches.
An intracavity balloon catheter for protecting and stabilizing the prostate region during staging processes and radiation therapy treatment, said intracavity balloon catheter comprising: a flexible catheter having a proximal catheter portion, a distal catheter portion having a distal tip, and a fluid passageway between the distal tip and the proximal catheter portion; and a balloon disposed at the distal end of the catheter, the tip of the flexible catheter extending into the balloon, the balloon having an exterior balloon surface comprising a posterior surface and an anterior surface opposed to the posterior surface, the balloon composed of a center section and at least two side sections; wherein the balloon is inflatable between a deflated condition and an inflated condition by introduction of a fluid into the balloon through an opening which is positioned at or proximate to the distal tip of the flexible catheter, the exterior balloon surface having a deflated posterior position and a deflated anterior position in the deflated condition, and the exterior balloon surface having an inflated posterior position and an inflated anterior position in the inflated condition; CHARACTERIZED IN THAT the center section in its inflated condition has a cylindrical shape having radial symmetry about a longitudinal axis. a flexible catheter having a proximal catheter portion, a distal catheter portion having a distal tip, and a fluid passageway between the distal tip and the proximal catheter portion; and a balloon disposed at the distal end of the catheter, the tip of the flexible catheter extending into the balloon, the balloon having an exterior balloon surface comprising a posterior surface and an anterior surface opposed to the posterior surface, the balloon composed of a center section and at least two side sections; wherein the balloon is inflatable between a deflated condition and an inflated condition by introduction of a fluid into the balloon through an opening which is positioned at or proximate to the distal tip of the flexible catheter, the exterior balloon surface having a deflated posterior position and a deflated anterior position in the deflated condition, and the exterior balloon surface having an inflated posterior position and an inflated anterior position in the inflated condition; CHARACTERIZED IN THAT the center section in its inflated condition has a cylindrical shape having radial symmetry about a longitudinal axis.
An information display apparatus comprising: a tilt detection unit that is configured to detect a basic position of a casing and to detect a tilt from the basic position of the casing; a display unit that is mounted on the casing and is configured to display information on a display screen; a touch detection unit that is configured to detect a touch state of an operating body on the display screen; a pressure detection unit that is mounted on the display screen and is configured to detect a pressure value of the operating body on the display screen; and a control unit that, in a scroll mode of operation, is configured to move information displayed on the display screen of the display unit based on the tilt of the casing detected by the tilt detection unit and, when a touch of an operating body is detected by the touch detection unit and when the pressure value detected by the pressure detection unit reaches a predetermined value or greater, is configured to stop the movement of the information displayed on the display screen based on the tilt detected by the tilt detection unit, and to transition to a drag mode of operation in which information is dragged on the display screen based on a motion of the operating body detected by the touch detection unit irrespective of the tilt detected from the tilt detection unit. a tilt detection unit that is configured to detect a basic position of a casing and to detect a tilt from the basic position of the casing; a display unit that is mounted on the casing and is configured to display information on a display screen; a touch detection unit that is configured to detect a touch state of an operating body on the display screen; a pressure detection unit that is mounted on the display screen and is configured to detect a pressure value of the operating body on the display screen; and a control unit that, in a scroll mode of operation, is configured to move information displayed on the display screen of the display unit based on the tilt of the casing detected by the tilt detection unit and, when a touch of an operating body is detected by the touch detection unit and when the pressure value detected by the pressure detection unit reaches a predetermined value or greater, is configured to stop the movement of the information displayed on the display screen based on the tilt detected by the tilt detection unit, and to transition to a drag mode of operation in which information is dragged on the display screen based on a motion of the operating body detected by the touch detection unit irrespective of the tilt detected from the tilt detection unit.
A drive shaft for selectively connecting a drive input to an output, said drive shaft comprising: a tubular portion (32; 260; 304); a first diaphragm member (28, 252; 300); and a second diaphragm member displaced axially along the drive shaft from the first diaphragm member, said first and second diaphragm members each being formed with two axial ends and at least one undulation extending radially of said ends, and the tubular portion connecting said first and second diaphragm members, said first and second diaphragm members and said tubular portion being formed of fiber-reinforced polymer matrix composites, and said first and second diaphragm members connected to first and second axial ends of said tubular portion through a mechanical connection at joints; and characterised in that said mechanical connection includes welding of said axial ends of each of said first and second diaphragms to said tubular portion, wherein said mechanical connection receives reinforcement; and wherein said reinforcement includes teeth on said first and second diaphragms interfitting with teeth at said axial ends of said tubular portion, wherein said teeth on said first and second diaphragms are circumferentially spaced with said teeth at said ends of said tubular portion. a tubular portion (32; 260; 304); a first diaphragm member (28, 252; 300); and a second diaphragm member displaced axially along the drive shaft from the first diaphragm member, said first and second diaphragm members each being formed with two axial ends and at least one undulation extending radially of said ends, and the tubular portion connecting said first and second diaphragm members, said first and second diaphragm members and said tubular portion being formed of fiber-reinforced polymer matrix composites, and said first and second diaphragm members connected to first and second axial ends of said tubular portion through a mechanical connection at joints; and characterised in that said mechanical connection includes welding of said axial ends of each of said first and second diaphragms to said tubular portion, wherein said mechanical connection receives reinforcement; and wherein said reinforcement includes teeth on said first and second diaphragms interfitting with teeth at said axial ends of said tubular portion, wherein said teeth on said first and second diaphragms are circumferentially spaced with said teeth at said ends of said tubular portion.
A method for initiating a Data Synchronization or Device Management, DS/DM, session, the method comprising: receiving, by a DS/DM client, a DS/DM session triggering message from a Data Synchronization or Device Management, DS/DM server, the message carrying indication information indicating whether to report device information or not; and if the indication information indicates that the device information needs to be reported, sending, by the DS/DM client, a DS/DM session initiation message carrying the device information to the DS/DM server; wherein the DS/DM session triggering message is a Notification message, and the indication information is carried in extended fields of the Notification message. receiving, by a DS/DM client, a DS/DM session triggering message from a Data Synchronization or Device Management, DS/DM server, the message carrying indication information indicating whether to report device information or not; and if the indication information indicates that the device information needs to be reported, sending, by the DS/DM client, a DS/DM session initiation message carrying the device information to the DS/DM server;
A method performed by a handle of a conducted electrical weapon, CEW, for determining whether a pulse of a stimulus signal provided a predetermined amount of charge, the stimulus signal for impeding locomotion of a human or animal target, the method comprising: discharging a capacitance; providing a current for a duration of time to charge the capacitance to a first voltage, the duration of time related to the predetermined amount of charge; after charging, recording a magnitude of the first voltage; discharging the capacitance; providing the pulse of the stimulus signal, providing the pulse charges the capacitance to a second voltage, the second voltage is related to an amount of charge provided by the pulse; and comparing the magnitude of the first voltage to a magnitude of the second voltage to determine whether the pulse provided the predetermined amount of charge. discharging a capacitance; providing a current for a duration of time to charge the capacitance to a first voltage, the duration of time related to the predetermined amount of charge; after charging, recording a magnitude of the first voltage; discharging the capacitance; providing the pulse of the stimulus signal, providing the pulse charges the capacitance to a second voltage, the second voltage is related to an amount of charge provided by the pulse; and comparing the magnitude of the first voltage to a magnitude of the second voltage to determine whether the pulse provided the predetermined amount of charge.