mhurhangee/ep-ind-claims huggingface dataset:
A medical premonitory event estimation system, comprising: a non-transitory computer-readable storage medium in communication with one or more processors and having instructions stored thereon which, when executed by the one or more processors, cause the one or more processors (120, 310) to perform operations comprising: for each of a plurality of future time periods, calculating (420, 704, 1704) a respective event estimation of risk score associated with a potential medical event for a subject occurring within the associated future time period based at least partly on physiological parameter data of the subject, wherein the physiological parameter data comprises ECG data; and characterized in further comprising: calculating a confidence value or score (602a, 602b,... 602h) that includes a reliability of the calculated respective event estimate of risk score associated with the potential medical event for the subject occurring within the associated future time period. for each of a plurality of future time periods, calculating (420, 704, 1704) a respective event estimation of risk score associated with a potential medical event for a subject occurring within the associated future time period based at least partly on physiological parameter data of the subject, wherein the physiological parameter data comprises ECG data; and characterized in further comprising: calculating a confidence value or score (602a, 602b,... 602h) that includes a reliability of the calculated respective event estimate of risk score associated with the potential medical event for the subject occurring within the associated future time period.
A rotor hub comprising: a rotor yoke; a grip member attached to the yoke and having an inboard portion, an upper extension, and a lower extension; and a rotor blade having a root end coupled to the upper extension and the lower extension of the grip member with a first bolt, a second bolt and a third bolt; wherein the first bolt is located on a spanwise axis of the rotor blade defining the centerline of the rotor blade, the second bolt is offset from the spanwise axis by a first chordwise distance and is offset from the first bolt, away from the root end, by a first spanwise distance, the third bolt is offset from the spanwise axis, on the opposite side to the second bolt, by a second chordwise distance and is offset from the first bolt, away from the root end, by a second spanwise distance. a rotor yoke; a grip member attached to the yoke and having an inboard portion, an upper extension, and a lower extension; and a rotor blade having a root end coupled to the upper extension and the lower extension of the grip member with a first bolt, a second bolt and a third bolt; wherein the first bolt is located on a spanwise axis of the rotor blade defining the centerline of the rotor blade, the second bolt is offset from the spanwise axis by a first chordwise distance and is offset from the first bolt, away from the root end, by a first spanwise distance, the third bolt is offset from the spanwise axis, on the opposite side to the second bolt, by a second chordwise distance and is offset from the first bolt, away from the root end, by a second spanwise distance.
A hearing device comprising a housing configured to be arranged in an ear canal or behind an outer ear of a user, wherein an attachment arrangement is connected to the housing, wherein said attachment arrangement comprises: - at least one first attachment part, and - at least one second attachment part, wherein the at least one first attachment part is configured to be arranged at a side of the pinna of said user facing an opening of the ear canal of the user, wherein the at least one second attachment part is configured to be arranged at an opposite side of the pinna than the at least one first attachment part in such a manner that the at least one first attachment part and the at least one second attachment part of the attachment arrangement are fixed relative to each other by means of one or more attraction members (10, 12, 10', 12', 18, 18') provided on each of said at least one first and at least one second attachment parts (8, 8') and which are opposing each other pairwise, characterized in that the at least one first or at least one second attachment part (8, 8') comprises one or more sensor elements (14, 14') having corresponding plate-shaped contact surfaces (26, 28) arranged to be brought into contact with a skin portion of the ear of said user by attraction force provided between the attraction members (10, 10', 12, 12', 18, 18'). - at least one first attachment part, and - at least one second attachment part, wherein the at least one first attachment part is configured to be arranged at a side of the
Method for producing an adhesive tape, by providing a pressure-sensitive adhesive layer on at least one side of a liner or a carrier film, and treating at least one filament with a plasma, and introducing the at least one filament into the pressure-sensitive adhesive layer.
A submersible pump in which a one-sided waterway extending along a rotation shaft is provided on one side of a submersible pump main body, the submersible pump comprising: an impeller attached to one end of the rotation shaft; and a pump casing in which the impeller is arranged, wherein the pump casing includes a tongue portion that is arranged between a pump chamber in which the impeller is arranged and an inlet opening of the one-sided waterway when viewed from an axial direction of the rotation shaft, and a connection waterway that is provided between the tongue portion and an inner surface of the pump casing, and is directly connected to the inlet opening of the one-sided waterway from an upstream side when viewed from the axial direction of the rotation shaft, and wherein the submersible pump further comprises a motor including a motor frame provided to the pump casing from a side opposite to a suction port in the axial direction, wherein the one-sided waterway is formed to straddle the motor frame and the pump casing, characterized in that the one-sided waterway is formed such that a flow path sectional area is gradually decreased from a downstream side toward the inlet opening on the upstream side, and the one-sided waterway is formed such that the flow path sectional area is gradually decreased from the motor frame on the downstream side toward the pump casing on the upstream side. an impeller attached to one end of the rotation shaft; and a pump casing in which the impeller is arranged, wherein the pump casing includes a tongue portion that is arranged between a pump chamber in which the impeller is arranged and an inlet opening of the one-sided waterway when viewed from an axial direction of the rotation shaft, and a connection waterway that is provided between the tongue portion and an inner surface of the pump casing, and is directly connected to the inlet opening of the one-sided waterway from an upstream side when viewed from the axial direction of the rotation shaft, and a tongue portion that is arranged between a pump chamber in which the impeller is arranged and an inlet opening of the one-sided waterway when viewed from an axial direction of the rotation shaft, and a connection waterway that is provided between the tongue portion and an inner surface of the pump casing, and is directly connected to the inlet opening of the one-sided waterway from an upstream side when viewed from the axial direction of the rotation shaft, and wherein the submersible pump further comprises a motor including a motor frame provided to the pump casing from a side opposite to a suction port in the axial direction, wherein the one-sided waterway is formed to straddle the motor frame and the pump casing, characterized in that the one-sided waterway is formed such that a flow path sectional area is gradually decreased from a downstream side toward the inlet opening on the upstream side, and the one-sided waterway is formed such that the flow path sectional area is gradually decreased from the motor frame on the downstream side toward the pump casing on the upstream side.
An air extractor fan intended to be disposed on a building at the outlet of a ventilation circuit, having a normal passage for the discharge of air to the outside, characterized in that it includes a deformable portion closing a passage to the outside, which is deformed by temperature by the effect of a hot gases flow in the fan during a fire, so as to form an additional outlet passage in addition to the normal outlet passage so as to increase the total passage section to the outside.
A cationic support comprising a solid inorganic support selected among a porous silicon, a porous silicon carbide, a porous alumina or a porous glass, said support comprising pores, said pores comprising at least at the surface, bound through a covalent bond to the inorganic support, a silica gel comprising cationic groups, designated here as "cationic silica gel" or "cationic silica sol", characterized in that the silica gel forms a tridimensional structure grafted inside the pores of the porous support.
A method for providing access instructions on a directional communication by a beamforming technique between a beamforming computing device (114, 116) and a second beamforming transceiver in a second access zone from among different access zones (108, 110) into which a vehicle is divided, the method comprising: obtaining, at a central control system, a location information from an inter-zone sensor, wherein the location information contains a location of the beamforming computing device (114, 116) which in a first access zone, of a first beamforming transceiver, has in such a way neared a boundary between the first access zone and the second access zone, of the second beamforming transceiver, that a parameter determining the location of the beamforming computing device (114, 116) has reached a critical threshold; accessing, by a storage device of the central control system, a rule determining whether the beamforming computing device (114, 116) is permitted to operate by communicating with the second beamforming transceiver in the second access zone; determining, by a rules engine of the central control system, whether the beamforming computing device (114, 116) is permitted to operate in the second access zone based on the rule; and providing, by the rules engine of the central control system, if it is determined that the beamforming computing device is permitted to operate in the second access zone, a first command to the inter-zone sensor to instruct the second beamforming transceiver in the second access zone to initiate the communication with the beamforming computing device. obtaining, at a central control system, a location information from an inter-zone sensor, wherein the location information contains a location of the beamforming computing device (114, 116) which in a first access zone, of a first beamforming transceiver, has in such a way neared a boundary between the first access zone and the second access zone, of the second beamforming transceiver, that a parameter determining the location of the beamforming computing device (114, 116) has reached a critical threshold; accessing, by a storage device of the central control system, a rule determining whether the beamforming computing device (114, 116) is permitted to operate by communicating with the second beamforming transceiver in the second access zone; determining, by a rules engine of the central control system, whether the beamforming computing device (114, 116) is permitted to operate in the second access zone based on the rule; and providing, by the rules engine of the central control system, if it is determined that the beamforming computing device is permitted to operate in the second access zone, a first command to the inter-zone sensor to instruct the second beamforming transceiver in the second access zone to initiate the communication with the beamforming computing device.
A restraint device for restraining a rigging used with a traction sheave in a hoisting device, said rigging passing through said traction sheave, wherein said restraint device is configured to be coupled to said traction sheave and configured to be located proximate to where said rigging passes through said traction sheave and positioned to limit lateral displacement of said rigging, said restraint device being substantially symmetrical about a major axis, said restraint device being characterized in that it comprises two wear surfaces, a first and a second wear surface, the first and second wear surfaces being configured to come into contact with said rigging, the restraint device comprising an indication of a degree of wear, whereby when said first wear surface has worn to the point where replacement is indicated, said restraint device can be rotated 180 degrees about said major axis to provide said second wear surface.
A lithium secondary battery comprising a non-aqueous electrolytic solution comprising an organosilicon compound having a metal atom, a phosphorus atom or a boron atom, and a fluorine-containing alkali metal salt, wherein the content of a fluorinated organosilicon compound generated by reaction of the organosilicon compound and the fluorine-containing alkali metal salt in the non-aqueous electrolytic solution is 0.2% by mass or less.
Device for automatic and simultaneous identification of several medical and/or surgical objects comprising a detection device which includes and/or uses at least one scanner unit and one detector in such a way that several medical and/or surgical objects are located between the scanner unit and the detector at least for a short time during automatic and simultaneous identification, and an imaging and computing unit preferably arranged on/in a housing, wherein the at least one scanner unit is or has a source of X-ray radiation, and the computing and imaging unit is provided and configured to detect and output, preferably post- and/or intraoperatively, the completeness of the plurality of medical and/or surgical objects and/or the absence of at least one medical and/or surgical object.
An integrated therapeutic and imaging catheter, comprising: an inner member defining a guidewire lumen; a balloon assembly comprising: an inner sleeve surrounding the inner member and a connection medium, wherein the connection medium is disposed between the inner sleeve of the balloon assembly and the inner member, wherein the inner sleeve is configured to protect the connection medium when the balloon assembly is inflated; and an outer sleeve surrounding the inner sleeve; a treatment device mounted about the balloon assembly; and an imaging device (116, 117) disposed distal to the balloon assembly and coupled to the connection medium; characterized by a proximal shaft, wherein the balloon assembly is joined to the proximal shaft through a proximal junction; and a mid-shaft independent from the proximal shaft, connected between the distal end of the balloon assembly and the imaging device. an inner member defining a guidewire lumen; a balloon assembly comprising: an inner sleeve surrounding the inner member and a connection medium, wherein the connection medium is disposed between the inner sleeve of the balloon assembly and the inner member, wherein the inner sleeve is configured to protect the connection medium when the balloon assembly is inflated; and an outer sleeve surrounding the inner sleeve; an inner sleeve surrounding the inner member and a connection medium, wherein the connection medium is disposed between the inner sleeve of the balloon assembly and the inner member, wherein the inner sleeve is configured to protect the connection medium when the balloon assembly is inflated; and an outer sleeve surrounding the inner sleeve; a treatment device mounted about the balloon assembly; and an imaging device (116, 117) disposed distal to the balloon assembly and coupled to the connection medium; characterized by a proximal shaft, wherein the balloon assembly is joined to the proximal shaft through a proximal junction; and a mid-shaft independent from the proximal shaft, connected between the distal end of the balloon assembly and the imaging device.
Analog-to-digital converter comprising a sigma-delta modulator and a sample-time-counter, both controlled by a sample clock, a next-sample-time computation unit configured to compute a sample-time-counter value indicating the sample time when a next digital output sample is requested, a sample-computation-trigger unit connected to the sample-time-counter and to the next-sample-time computation unit configured to compare an instantaneous sample-time-counter value with the sample-time-counter value provided by the next-sample-time computation unit and to trigger a computation unit for calculating and outputting a next digital sample when the instantaneous sample-time-counter value and the sample-time-counter value provided by the next-sample-time computation unit matches, whereas the computation unit comprises a sample buffer configured to store digital output values of the sigma-delta modulator under control of the sample time counter and an output-compute-counter unit configured to address corresponding related indices from a filter coefficient memory and the sample buffer, and an output-sample accumulator, whereas the output-compute-counter unit and output-sample accumulator are triggered if the instantaneous sample-time-counter value and the sample-time-counter value computed by the next-sample-time computation unit match, whereas the output-sample accumulator is configured to compute digital output samples as weighted sums accumulated over a range of samples of the sigma-delta modulator read from the buffer as digital output values and multiplied with respective filter coefficients read sample by sample from the filter coefficient memory.
A microchip, comprising: a central processing unit, CPU, configured to execute a software application; an Ethernet interface configured to transmit Ethernet packets to and receive Ethernet packets from an external debugging entity; an on-chip debug and trace module configured to transform debugging data from the CPU and trace data from the CPU into a stream of Ethernet packets and to provide the stream of Ethernet packets to the Ethernet interface for transmitting the stream of Ethernet packets to the external debugging entity; a further CPU configured to execute a further software application; and a communication bus configured to communicatively connect the CPU and the further CPU with the on-chip debug and trace module, wherein the on-chip debug and trace module is configured to transform further debugging data from the further CPU executing the further software application and further trace data from the further CPU into a further stream of Ethernet packets and to provide the further stream of Ethernet packets to the Ethernet interface for transmitting the further stream of Ethernet packets to the external debugging entity. a central processing unit, CPU, configured to execute a software application; an Ethernet interface configured to transmit Ethernet packets to and receive Ethernet packets from an external debugging entity; an on-chip debug and trace module configured to transform debugging data from the CPU and trace data from the CPU into a stream of Ethernet packets and to provide the stream of Ethernet packets to the Ethernet interface for transmitting the stream of Ethernet packets to the external debugging entity; a further CPU configured to execute a further software application; and a communication bus configured to communicatively connect the CPU and the further CPU with the on-chip debug and trace module, wherein the on-chip debug and trace module is configured to transform further debugging data from the further CPU executing the further software application and further trace data from the further CPU into a further stream of Ethernet packets and to provide the further stream of Ethernet packets to the Ethernet interface for transmitting the further stream of Ethernet packets to the external debugging entity.
A method for generating heartbeat signals in a wireless communication system, the method comprising: determining available preset profiles (32, 34, 36); determining a communication condition, wherein the communication condition is defined based on a group priority for one or more user group(s) of emergency personnel or premium service subscribers having a priority of communication associated therewith; selecting a preset profile based upon the determined communication condition, wherein the preset profile defines one or more rates for generating heartbeat signals; and generating heartbeat signals at a rate defined by the selected preset profile. determining available preset profiles (32, 34, 36); determining a communication condition, wherein the communication condition is defined based on a group priority for one or more user group(s) of emergency personnel or premium service subscribers having a priority of communication associated therewith; selecting a preset profile based upon the determined communication condition, wherein the preset profile defines one or more rates for generating heartbeat signals; and generating heartbeat signals at a rate defined by the selected preset profile.
Vehicle guidance system for providing a driving function for the automated longitudinal guidance of a vehicle at a signalling unit (200, 210); wherein the vehicle guidance system is configured, during operation of the driving function, - on the basis of environmental data from one or more environmental sensors of the vehicle, to detect a first signalling unit (200, 210) which is arranged in front of the vehicle in the direction of travel on a road used by the vehicle; - to determine driver data relating to the attentiveness of a driver of the vehicle when monitoring the driving function; characterized in that the vehicle guidance system is further configured, during operation of the driving function, - to determine, on the basis of the environmental data, that the first signalling unit (200, 210) cannot be taken into consideration in the driving function for the automated longitudinal guidance of the vehicle; and - in response to this, to effect an unavailability output to the driver of the vehicle in order to inform the driver of the vehicle that the first signalling unit (200, 210) is not taken into consideration in the driving function for the automated longitudinal guidance of the vehicle; wherein the unavailability output depends on the driver data. - on the basis of environmental data from one or more environmental sensors of the vehicle, to detect a first signalling unit (200, 210) which is arranged in front of the vehicle in the direction of travel on a road used by the vehicle; - to determine driver data relating to the attentiveness of a driver of the vehicle when monitoring the driving function; characterized in that the vehicle guidance system is further configured, during operation of the driving function, - to determine, on the basis of the environmental data, that the first signalling unit (200, 210) cannot be taken into consideration in the driving function for the automated longitudinal guidance of the vehicle; and - in response to this, to effect an unavailability output to the driver of the vehicle in order to inform the driver of the vehicle that the first signalling unit (200, 210) is not taken into consideration in the driving function for the automated longitudinal guidance of the vehicle; wherein the unavailability output depends on the driver data.