mhurhangee/ep-ind-claims huggingface dataset:
A system for use in cardiac evaluation comprising: electrode apparatus comprising a plurality of external electrodes to be located proximate a patient's skin; a display (130,170) comprising a graphical user interface (132,172) to present information for use in assisting a user in at least one of assessing a patient's cardiac health, evaluating and adjusting cardiac therapy delivered to a patient, and navigating at least one implantable electrode to a region of the patient's heart; and computing apparatus comprising processing circuitry, the computing apparatus operably coupled to the electrode apparatus and the display, the computing apparatus configured to: monitor electrical activity from the patient's skin using the plurality of external electrodes for each of a plurality of different cardiac therapy scenarios, generate electrical heterogeneity information for each of the plurality of different cardiac therapy scenarios based on the monitored electrical activity, display, on the graphical user interface, a cardiac therapy scenario selection region to allow a user to select one or more of the plurality of different cardiac therapy scenarios, and generate and display a ranking of the selected cardiac therapy scenarios based on the generated electrical heterogeneity information. electrode apparatus comprising a plurality of external electrodes to be located proximate a patient's skin; a display (130,170) comprising a graphical user interface (132,172) to present information for use in assisting a user in at least one of assessing a patient's cardiac health, evaluating and adjusting cardiac therapy delivered to a patient, and navigating at least one implantable electrode to a region of the patient's heart; and computing apparatus comprising processing circuitry, the computing apparatus operably coupled to the electrode apparatus and the display, the computing apparatus configured to: monitor electrical activity from the patient's skin using the plurality of external electrodes for each of a plurality of different cardiac therapy scenarios, generate electrical heterogeneity information for each of the plurality of different cardiac therapy scenarios based on the monitored electrical activity, display, on the graphical user interface, a cardiac therapy scenario selection region to allow a user to select one or more of the plurality of different cardiac therapy scenarios, and generate and display a ranking of the selected cardiac therapy scenarios based on the generated electrical heterogeneity information. monitor electrical activity from the patient's skin using the plurality of external electrodes for each of a plurality of different cardiac therapy scenarios, generate electrical heterogeneity information for each of the plurality of different cardiac therapy scenarios based on the monitored electrical activity, display, on the graphical user interface, a cardiac therapy scenario selection region to allow a user to select one or more of the plurality of different cardiac therapy scenarios, and generate and display a ranking of the selected cardiac therapy scenarios based on the generated electrical heterogeneity information.
A roll arrangement for determining a web tension profile of a web, the roll arrangement comprising: - a roll having a peripheral surface for guiding the web, which peripheral surface is provided with a plurality of openings, and - a plurality of sensor arrangements, each of the plurality of openings being arranged to receive one sensor arrangement (8; 8') of the plurality of sensor arrangements (8; 8') to thereby sense forces applied by the web to the roll, wherein the roll arrangement is adapted to suspend the sensor arrangement in the respective opening, each sensor arrangement comprising a sensor and a sensor housing (8-1; 8'-1) having a sensing surface (8-3; 8'-3) that forms part of the peripheral surface of the roll when the sensor arrangement (8; 8') is arranged in an opening of the roll, wherein the roll has sensor arrangement suspending means associated with each opening for suspending a sensor arrangement (8; 8') to the roll, each sensor arrangement (8; 8') having suspending means (8-4; 8'-4) adapted to be fastened to a sensor arrangement suspending means of the roll to thereby suspend the sensor arrangement on the roll, wherein each suspending means (8-4; 8'-4) of a sensor arrangement (8; 8') define lateral portions on opposite sides of that sensor arrangement (8; 8'). - a roll having a peripheral surface for guiding the web, which peripheral surface is provided with a plurality of openings, and - a plurality of sensor arrangements, each of the plurality of openings being arranged to receive one sensor arrangement (8; 8') of the plurality of sensor arrangements (8; 8') to thereby sense forces applied by the web to the roll, wherein the roll arrangement is adapted to suspend the sensor arrangement in the respective opening, each sensor arrangement comprising a sensor and a sensor housing (8-1; 8'-1) having a sensing surface (8-3; 8'-3) that forms part of the peripheral surface of the roll when the sensor arrangement (8; 8') is arranged in an opening of the roll, wherein the roll has sensor arrangement suspending means associated with each opening for suspending a sensor arrangement (8; 8') to the roll, each sensor arrangement (8; 8') having suspending means (8-4; 8'-4) adapted to be fastened to a sensor arrangement suspending means of the roll to thereby suspend the sensor arrangement on the roll, wherein each suspending means (8-4; 8'-4) of a sensor arrangement (8; 8') define lateral portions on opposite sides of that sensor arrangement (8; 8').
A method of determining one or more high speed uniformity parameters of a tire (50, 450), the method comprising: rotating a tire (50, 450) through a plurality of rotational speeds according to a speed ramp profile (200, 300, 320), the speed ramp profile (200, 300, 320) specifying increasing the rotational speed of a tire (50, 450) from about zero rotational speed to a first rotational speed (204, 304, 324) in a first direction, and decreasing the rotational speed of the tire (50, 450) in the first direction from the first rotational speed (204, 304, 324) to about zero rotational speed; continuously acquiring measured uniformity data for the tire (50, 450) while rotating the tire (50, 450) and while increasing and decreasing the speed of the tire (50, 450) according to the speed ramp profile (200, 300, 320); and analyzing the measured uniformity data to determine one or more high speed uniformity parameters for the tire (50, 450). rotating a tire (50, 450) through a plurality of rotational speeds according to a speed ramp profile (200, 300, 320), the speed ramp profile (200, 300, 320) specifying increasing the rotational speed of a tire (50, 450) from about zero rotational speed to a first rotational speed (204, 304, 324) in a first direction, and decreasing the rotational speed of the tire (50, 450) in the first direction from the first rotational speed (204, 304, 324) to about zero rotational speed; continuously acquiring measured uniformity data for the tire (50, 450) while rotating the tire (50, 450) and while increasing and decreasing the speed of the tire (50, 450) according to the speed ramp profile (200, 300, 320); and analyzing the measured uniformity data to determine one or more high speed uniformity parameters for the tire (50, 450).
A device for regulating an electric arc furnace in the initial phase of a smelting process, the device comprising - three lines with one electrode each and an assigned phase conductor for electrical energy supply, wherein a sensor for measuring the present voltage and a sensor for measuring the presently flowing current are provided in each line; - a control and regulating unit, by means of which an electrical actual value (Eist) is time-dependently calculable for each line; - at least one furnace transformer with a primary side and a secondary side; - at least one on-load tap changer, which switches winding taps (TS1,..., TSN) of the primary side, wherein the three electrodes are electrically connected to the secondary side, characterised in that - the on-load tap changer is a semiconductor tap changer having a cycle time in the range of 20 milliseconds. - three lines with one electrode each and an assigned phase conductor for electrical energy supply, wherein a sensor for measuring the present voltage and a sensor for measuring the presently flowing current are provided in each line; - a control and regulating unit, by means of which an electrical actual value (Eist) is time-dependently calculable for each line; - at least one furnace transformer with a primary side and a secondary side; - at least one on-load tap changer, which switches winding taps (TS1,..., TSN) of the primary side, wherein the three electrodes are electrically connected to the secondary side, characterised in that - the on-load tap changer is a semiconductor tap changer having a cycle time in the range of 20 milliseconds.
A method of managing call routing, the method comprising: receiving, at a routing engine, a first message from a session border controller, SBC, the first message including event information indicative of an event related to a call, the event associated with a second message received by the SBC; generating by the routing engine a response message including call managing information related to the call, the call managing information determined based on at least part of the event information and including call state information about the call, the call managing information including the call state information to be returned to the routing engine in a subsequent message related to the call, such that the routing engine has access to the call state information to make a decision about routing the call without having to store or maintain the call state information; and sending by the routing engine the response to the SBC. receiving, at a routing engine, a first message from a session border controller, SBC, the first message including event information indicative of an event related to a call, the event associated with a second message received by the SBC; generating by the routing engine a response message including call managing information related to the call, the call managing information determined based on at least part of the event information and including call state information about the call, the call managing information including the call state information to be returned to the routing engine in a subsequent message related to the call, such that the routing engine has access to the call state information to make a decision about routing the call without having to store or maintain the call state information; and sending by the routing engine the response to the SBC.
A drill rod for percussive rock drilling comprising: a first rod part comprising a free end (11 A), an opposite end (11 B), an inner duct, and an externally threaded part near the free end, the externally threaded part being entirely or partly hardened by heat treatment; an additional rod part comprising a free end, an opposite end, an inner duct, and an internally threaded part near the free end of the second rod part, the internally threaded part being entirely or partly hardened by heat treatment; characterized in that the opposite ends (11 B,13B) of the rod parts are welded together with each other or with an intermediate hollow rod part in order to define a weld zone next to each opposite end, and in that the weld zone (19,20) has an essentially non-annealed martensitic structure, wherein axially next to the weld zone (19,20) there is a structure essentially consisting of bainite and perlite, and in that the readily usable drill rod comprises soft zones at each side of the weld zone (19,20), wherein the hardness of the soft zone is more than 300 HV1 but less than 360 HV1. a first rod part comprising a free end (11 A), an opposite end (11 B), an inner duct, and an externally threaded part near the free end, the externally threaded part being entirely or partly hardened by heat treatment; an additional rod part comprising a free end, an opposite end, an inner duct, and an internally threaded part near the free end of the second rod part, the internally threaded part being entirely or partly hardened by heat treatment; characterized in that the opposite ends (11 B,13B) of the rod parts are welded together with each other or with an intermediate hollow rod part in order to define a weld zone next to each opposite end, and in that the weld zone (19,20) has an essentially non-annealed martensitic structure, wherein axially next to the weld zone (19,20) there is a structure essentially consisting of bainite and perlite, and in that the readily usable drill rod comprises soft zones at each side of the weld zone (19,20), wherein the hardness of the soft zone is more than 300 HV1 but less than 360 HV1.
A shielding element, in particular an acoustic and/or a heat shielding plate, comprising a carrier layer connected to a mesh (4, 6), wherein a cross section of bars (8, 10) of said mesh (4,6) is tapering in at least a section in a direction facing away from said carrier layer, characterized in that said carrier layer has a lower strength than said mesh (4, 6), wherein said carrier layer is at least partially compressed with said mesh (4, 6), such that said carrier layer extends into said tapering section, whereby said carrier layer is positively connected to said mesh (4, 6).
A method, comprising: mapping a notification application (310, 320, 330, 340) to a dynamic notification type (NT1-NT4) value using a Multimedia Internet Message Extension type of an application-specific part of a notification message, wherein said mapping of the notification application to the dynamic notification type value is changeable over time and the dynamic notification type value identifies a target application for the notification message; and assigning the mapped dynamic notification type value to the corresponding notification application, wherein the assigned mapped dynamic notification type value is included in the notification message when transmitted to a terminal. mapping a notification application (310, 320, 330, 340) to a dynamic notification type (NT1-NT4) value using a Multimedia Internet Message Extension type of an application-specific part of a notification message, wherein said mapping of the notification application to the dynamic notification type value is changeable over time and the dynamic notification type value identifies a target application for the notification message; and assigning the mapped dynamic notification type value to the corresponding notification application, wherein the assigned mapped dynamic notification type value is included in the notification message when transmitted to a terminal.
Method for producing a forming die for pressure-forming workpieces, in which a die core of the forming die is provided at the outer side with a core reinforcement in the form of a reinforcement body made of a fibre-reinforced plastics material in such a manner that the reinforcement body arranged on the die core surrounds the die core in a peripheral direction of the die core around a working movement axis of the die core, along which working movement axis a workpiece receiving member of the die core extends inside the die core, wherein the reinforcement body comprises a plastics matrix and a reinforcing fibre structure which is embedded in the plastics matrix and which extends in the peripheral direction of the die core wherein the reinforcement body is applied to the die core so as to produce a radial pretensioning of the reinforcement body against the die core such that the core reinforcement which is arranged on the die core is radially pretensioned transversely to the working movement axis against the die core, and wherein the reinforcement body is applied to the die core so as to produce a radial pretensioning of the reinforcement body against the die core by a core cross-section of the die core which extends perpendicularly to the working movement axis being decreased to an assembly core cross-section with respect to a core cross-section for use which is present in a state for use of the die core, characterised in that the reinforcement body is applied to the die core so as to produce a radial pretensioning of the reinforcement body against the die core • by the fibre-reinforced plastics material in the non-hardened state being applied to the outer side of the die core which has the assembly core cross-section in such a manner that the reinforcing fibre structure of the fibre-reinforced plastics material extends in the peripheral direction of the die core which has the assembly core cross-section and • by the core cross-section of the die core being increased to the core cross-section for use after the hardening of the fibre-reinforced plastics material applied to the outer side of the die core. • by the fibre-reinforced plastics material in the non-hardened state being applied to the outer side of the die core which has the assembly core cross-section in such a manner that the reinforcing fibre structure of the fibre-reinforced plastics material extends in the peripheral direction of the die core which has the assembly core cross-section and • by the core cross-section of the die core being increased to the core cross-section for use after the hardening of the fibre-reinforced plastics material applied to the outer side of the die core.
A heat radiating device for a single board in a communication subframe, wherein the device comprises: a single board radiator, a single board on the front of the single board collecting and radiating heat from the single board and a metal shielding plate on the back of the single board covering substantially the whole back of the single board and serving as mechanical support and electromagnetic shielding, wherein the metal shielding plate is divided into a first shielding plate having a panel portion and a second shielding plate configured for heat radiation; wherein the panel portion of the first shielding plate is substantially perpendicular to the second shielding plate and the first shielding plate and the second shielding plate are fixedly connected to the single board, respectively; wherein the second shielding plate is structurally or electrically isolated from the first shielding plate which is set as electromagnetic shielding; wherein a boss is set on the second shielding plate; the boss is connected to the single board radiator through an opening in the single board, and is configured to conduct heat collected from the single board by the single board radiator to the second shielding plate.
A dual beam antenna, comprising; at least one first antenna array comprising M rows and three columns of antenna elements forming a M x 3 array; at least one second antenna array comprising P rows and four columns of antenna elements forming a P x 4 array; at least one 2 x 3 beam forming network having a first input configured to form a first beam and a second input configured to form a second beam, and three outputs connected to the three columns of the M x 3 array: at least one 2 x 4 BFN having a first input configured to form a first beam and a second input configured to form a second beam, and four outputs connected to the four columns of the P x 4 array; and a first divider connecting the first inputs of all the BFNs (133, 134) to a first antenna port, and a second divider connecting the second inputs of all the BFNs (133, 134) to a second antenna port; the at least one second antenna array being disposed between two rows of the at least one first antenna array. at least one 2 x 4 BFN having a first input configured to form a first beam and a second input configured to form a second beam, and four outputs connected to the four columns of the P x 4 array; and a first divider connecting the first inputs of all the BFNs (133, 134) to a first antenna port, and a second divider connecting the second inputs of all the BFNs (133, 134) to a second antenna port; the at least one second antenna array being disposed between two rows of the at least one first antenna array.
A process for making L-ornithine phenyl acetate salt comprising: preparing a solution of phenyl acetate salt by mixing a phenyl acetic acid and a base in a solvent; intermixing L-ornithine benzoate with the solution of phenyl acetate salt; and isolating a composition comprising L-ornithine phenyl acetate. preparing a solution of phenyl acetate salt by mixing a phenyl acetic acid and a base in a solvent; intermixing L-ornithine benzoate with the solution of phenyl acetate salt; and isolating a composition comprising L-ornithine phenyl acetate.
A drilling apparatus consisting of a drill comprising a motor and a drive spindle rotatably mounted in a housing, and a chuck with a chuck body, in which displaceable jaws are guided by a threaded connection formed between a threaded drive member and a threaded stem element, the drilling apparatus being adjustable between a tightening configuration, in which the threaded drive member is rotatable to the threaded stem element, and a drilling configuration, whereby a drive sleeve rotationally fixed to the threaded stem element and drivable by the motor is provided, the drive sleeve serves for the power transmission of the motor using the drilling apparatus in the tightening configuration and in the drilling configuration, wherein in the drilling configuration the threaded drive member and the threaded stem element are fixed with respect to rotation, wherein a planetary-gear transmission is provided being driveable by the motor, consisting of at least a planet gear, a planet carrier supporting the at least one planet gear, and a ring gear, characterized in that the chuck body is formed as a body sleeve constituting the planet carrier, the body sleeve being formed with at least one crown-gear with a radially inwardly projecting teeth, a spindle rod being axially shiftable and driveable by the motor is guided in the chuck body, the spindle rod being shiftable between a tightening configuration, in which at least a ring of crown-gear teeth on the spindle rod is engaged with the at least one planet gear and not engaged with the crown gear, and a drilling configuration, in which the at least one ring of crown-gear teeth is engaged with the crown-gear and the at least one planet gear, and in that the drive sleeve being designed as the ring gear engaged with the at least one planet gear.
A polyalkylene carbonate-based resin comprising: a base resin; and a polylactide resin surrounding a surface of the base resin, wherein the base resin is a polyalkylene carbonate resin; or a polyalkylene carbonate-polylactide mixed resin, and the polylactide resin contains an L-lactide unit and a D-lactide unit, and contains the D-lactide unit in an amount of 10 mol% to 20 mol%. a base resin; and a polylactide resin surrounding a surface of the base resin, wherein the base resin is a polyalkylene carbonate resin; or a polyalkylene carbonate-polylactide mixed resin, and the polylactide resin contains an L-lactide unit and a D-lactide unit, and contains the D-lactide unit in an amount of 10 mol% to 20 mol%.