mhurhangee/ep-ind-claims huggingface dataset:
A method for continuously evaluating the quality of a calibration of an analyte sensor after subcutaneous implementation into a user, the method including: receiving a data stream from an analyte sensor, including one or more sensor data points; receiving reference data from a reference analyte monitor, including two or more reference data points; providing at least two matched data pairs by matching reference analyte data to substantially time corresponding sensor data; forming a calibration set including the at least two matching data pairs; creating a conversion function based on the calibration set; receiving additional sensor data from the analyte sensor; converting sensor data into calibrated data using conversion function; and characterised by evaluating the quality of the calibration set by determining a statistical association of the matched data pairs in the calibration set used to create the conversion function using one of linear regression, non-linear regression, rank correlation, least mean square fit, mean absolute deviation, and mean absolute relative difference. receiving a data stream from an analyte sensor, including one or more sensor data points; receiving reference data from a reference analyte monitor, including two or more reference data points; providing at least two matched data pairs by matching reference analyte data to substantially time corresponding sensor data; forming a calibration set including the at least two matching data pairs; creating a conversion function based on the calibration set; receiving additional sensor data from the analyte sensor; converting sensor data into calibrated data using conversion function; and characterised by evaluating the quality of the calibration set by determining a statistical association of the matched data pairs in the calibration set used to create the conversion function using one of linear regression, non-linear regression, rank correlation, least mean square fit, mean absolute deviation, and mean absolute relative difference.
A method for communication, the method comprising, transmitting data with a demodulation reference signal, DMRS, from a second node to a first node by using at least one physical resource block, PRB, assigned by the first node; and receiving an acknowledgement signal via a physical hybrid automatic repeat-request indicator channel, PHICH, said method being characterized in that: the PHICH is identified by an index of a PHICH group and a sequence index, wherein the index of the PHICH group is determined based on the lowest index of the at least one PRB, and wherein the sequence index is defined by using the lowest index of the at least one PRB, a number of PHICH groups, an index of the DMRS and a number of PHICHs in each PHICH group. the PHICH is identified by an index of a PHICH group and a sequence index, wherein the index of the PHICH group is determined based on the lowest index of the at least one PRB, and wherein the sequence index is defined by using the lowest index of the at least one PRB, a number of PHICH groups, an index of the DMRS and a number of PHICHs in each PHICH group.
A chip health monitor, comprising: a storage device (20, 220) configured to store instructions; and a processor configured to operate as a programmable state machine based on the stored instructions, wherein the programmable state machine is configured to exercise at least one signal path (50, 280) in a chip in response to a condition and determine presence of an error in the at least one signal path based on a comparison of results from the exercise with an expected value, and wherein the programmable state machine is configured to compensate for the error by changing at least one operational parameter of the chip, wherein the condition includes detection of at least one of: one or more anomalies in data values output from one or more functional blocks of the chip through the at least one signal path, detection of an idle time of a central processing unit of the chip or a periodic timing, and wherein the at least one operational parameter of the chip includes at least one of: a maximum operating frequency of the chip, an operating frequency of a functional unit on the chip, and a supply voltage of the chip, or a forward body bias of the chip. a storage device (20, 220) configured to store instructions; and a processor configured to operate as a programmable state machine based on the stored instructions, wherein the programmable state machine is configured to exercise at least one signal path (50, 280) in a chip in response to a condition and determine presence of an error in the at least one signal path based on a comparison of results from the exercise with an expected value, and wherein the programmable state machine is configured to compensate for the error by changing at least one operational parameter of the chip, wherein the condition includes detection of at least one of: one or more anomalies in data values output from one or more functional blocks of the chip through the at least one signal path, detection of an idle time of a central processing unit of the chip or a periodic timing, and wherein the at least one operational parameter of the chip includes at least one of: a maximum operating frequency of the chip, an operating frequency of a functional unit on the chip, and a supply voltage of the chip, or a forward body bias of the chip. one or more anomalies in data values output from one or more functional blocks of the chip through the at least one signal path, detection of an idle time of a central processing unit of the chip or a periodic timing, and wherein the at least one operational parameter of the chip includes at least one of: a maximum operating frequency of the chip, an operating frequency of a functional unit on the chip, and a supply voltage of the chip, or a forward body bias of the chip. a maximum operating frequency of the chip, an operating frequency of a functional unit on the chip, and a supply voltage of the chip, or a forward body bias of the chip.
A method in a first user terminal (300, 500) for supporting provision of capabilities of the first user terminal to a second user terminal, the method comprising: - receiving a capability request from the second user terminal, - use filtering rules on the capabilities of the first user terminal, wherein the filtering rules have been pre-configured for the first user terminal to control exposure of said capabilities, and - transmitting a capability message to the second user terminal, wherein at least one of the capabilities of the first user terminal have been omitted based on the filtering rules. - receiving a capability request from the second user terminal, - use filtering rules on the capabilities of the first user terminal, wherein the filtering rules have been pre-configured for the first user terminal to control exposure of said capabilities, and - transmitting a capability message to the second user terminal, wherein at least one of the capabilities of the first user terminal have been omitted based on the filtering rules.
A control device for a mobile communication system, the control device comprising: communication means for data communication with a base station device using a fixed length downlink data size or a variable-length downlink data size transmission means for transmitting a message which includes information of downlink RLC PDU size format to the base station device, wherein the information of downlink RLC PDU size format indicates the downlink RLC PDU size format which indicates whether a downlink RLC PDU size has a fixed length or a variable length, wherein RLC indicates Radio Link Control and PDU indicates Protocol Data Unit. communication means for data communication with a base station device using a fixed length downlink data size or a variable-length downlink data size transmission means for transmitting a message which includes information of downlink RLC PDU size format to the base station device, wherein the information of downlink RLC PDU size format indicates the downlink RLC PDU size format which indicates whether a downlink RLC PDU size has a fixed length or a variable length, wherein RLC indicates Radio Link Control and PDU indicates Protocol Data Unit.
A wedge for use in a generator rotor comprising: a wedge body extending for an axial length and having a generally triangular cross-section; a first side of the wedge body extending for the axial length of the wedge body; a second side of the wedge body extending for the axial length of the wedge body and having a generally flat surface; a third side of the wedge body extending for the axial length of the wedge body and having a generally flat surface, the third side being at a 90 degree angle to the second side and equal in length to the second side; a first contact surface adjacent to the second side at an interface between the first side and the second side; a second contact surface adjacent to the third side at an interface between the first side and the third side; a first tab extending outward from the first contact surface at a location between the first contact surface and the first side; and a second tab extending outward from the second contact surface at a location between the second contact surface and the second side, the second tab having an equal height to the first tab, characterized in that the first contact surface and the first tab form a stair-stepping configuration between the first side and the second side and the second contact surface and the second tab form a stair-stepping configuration between the first side and the third side. a wedge body extending for an axial length and having a generally triangular cross-section; a first side of the wedge body extending for the axial length of the wedge body; a second side of the wedge body extending for the axial length of the wedge body and having a generally flat surface; a third side of the wedge body extending for the axial length of the wedge body and having a generally flat surface, the third side being at a 90 degree angle to the second side and equal in length to the second side; a first contact surface adjacent to the second side at an interface between the first side and the second side; a second contact surface adjacent to the third side at an interface between the first side and the third side; a first tab extending outward from the first contact surface at a location between the first contact surface and the first side; and a second tab extending outward from the second contact surface at a location between the second contact surface and the second side, the second tab having an equal height to the first tab,
A helmet attachment system (5, 31) comprising a helmet, a net arranged on the helmet, and a helmet attachment arrangement, characterized in that the helmet attachment arrangement comprises a base layer and an attachment layer, wherein the attachment layer is attached on one face of the base layer, and wherein the attachment layer comprises a plurality of attachment layer sections that have a mutual distance and that together define a string-receiving pattern configured to receive strings of said net.
A porous polyurethane polishing pad, which comprises a polyurethane resin and pores distributed in the polyurethane resin, characterized in that, in the distribution diagram of the sum of the cross-sectional areas of pores by the pore size, the pore size at the maximum peak is 50 μm to 65 μm, the sum of the cross-sectional areas of pores having a pore size smaller than the pore size at the maximum peak is larger than the sum of the cross-sectional areas of pores having a pore size larger than the pore size at the maximum peak by 5 μm or more, and the difference between the sum of the cross-sectional areas of pores having a pore size smaller than the pore size at the maximum peak and the sum of the cross-sectional areas of pores having a pore size larger than the pore size at the maximum peak by 5 μm or more is 50% to 95% based on 100% of the sum of the cross-sectional areas of the entire pores. in the distribution diagram of the sum of the cross-sectional areas of pores by the pore size, the pore size at the maximum peak is 50 μm to 65 μm, the sum of the cross-sectional areas of pores having a pore size smaller than the pore size at the maximum peak is larger than the sum of the cross-sectional areas of pores having a pore size larger than the pore size at the maximum peak by 5 μm or more, and the difference between the sum of the cross-sectional areas of pores having a pore size smaller than the pore size at the maximum peak and the sum of the cross-sectional areas of pores having a pore size larger than the pore size at the maximum peak by 5 μm or more is 50% to 95% based on 100% of the sum of the cross-sectional areas of the entire pores.
Method for mapping fibrous media, comprising: (a) a measurement step during which a two-dimensional array of transducers T ij emits, in a field of view of a medium comprising fibers, a number N of unfocused incident ultrasonic waves l having different wavefronts, and respective signals RFraw l,ij (t) representative of ultrasonic waves reverberated by the medium are captured by the transducers I ij from the incident waves l, (b) a step of synthesizing coherent data during which are determined, from N sets of captured signals RFraw l,ij (t), for a number M of fictitious focal points P k in the field of view, coherent signals RFcoherent k,ij (t) corresponding to the signals that would have been received by the transducers I ij if a wave focused at point P k had been emitted by said transducers, (c) a step of mapping fibers of the medium, during which the presence and orientation of fibers at each point P k are determined by comparing a spatial coherence between coherent signals RFcoherent k,ij (t) in a plurality of directions. (a) a measurement step during which a two-dimensional array of transducers T ij emits, in a field of view of a medium comprising fibers, a number N of unfocused incident ultrasonic waves l having different wavefronts, and respective signals RFraw l,ij (t) representative of ultrasonic waves reverberated by the medium are captured by the transducers I ij from the incident waves l, (b) a step of synthesizing coherent data during which are determined, from N sets of captured signals RFraw l,ij (t), for a number M of fictitious focal points P k in the field of view, coherent signals RFcoherent k,ij (t) corresponding to the signals that would have been received by the transducers I ij if a wave focused at point P k had been emitted by said transducers, (c) a step of mapping fibers of the medium, during which the presence and orientation of fibers at each point P k are determined by comparing a spatial coherence between coherent signals RFcoherent k,ij (t) in a plurality of directions.
Ski carrier clamp mountable on a cross bar of a vehicle roof carrier, the ski carrier clamp comprising an elongate base part carrying a first flexible clamp member extending in the longitudinal direction of the elongate base part, an elongate top part having a second flexible clamp member extending in the longitudinal direction of the elongate top part, wherein said elongate top part is movably coupled to the elongate base part so that said second flexible clamp member is movable with respect to said first flexible clamp member, and wherein said first flexible clamp member and said second flexible clamp member are arranged such that at least portions thereof are able to laterally pass each other upon moving said elongate base part and said elongate top part towards each other characterized in that an overall outer contour of a cross section in a direction perpendicular to the longitudinal directions of at least one of said flexible clamp members (3, 5) in combination with the respective elongate part (2, 4) on which it is carried has an asymmetric shape.
An eyewear device comprising: an eyewear frame; a camera incorporated in the eyewear frame; a external mode indicator comprising a series of light emitters mounted on an outwardly-directed surface of the eyewear frame; and a controller incorporated in the eyewear frame in communication with the external mode indicator, the controller being configured to: detect activation of a particular operational mode of the camera; and during operation of the camera in the particular operational mode, cause display by the external mode indicator of a visual indication corresponding to the particular operational mode of the camera. an eyewear frame; a camera incorporated in the eyewear frame; a external mode indicator comprising a series of light emitters mounted on an outwardly-directed surface of the eyewear frame; and a controller incorporated in the eyewear frame in communication with the external mode indicator, the controller being configured to: detect activation of a particular operational mode of the camera; and during operation of the camera in the particular operational mode, cause display by the external mode indicator of a visual indication corresponding to the particular operational mode of the camera. detect activation of a particular operational mode of the camera; and during operation of the camera in the particular operational mode, cause display by the external mode indicator of a visual indication corresponding to the particular operational mode of the camera.
An electric assist bicycle comprising: a driving system including an electric motor for assisting a pedal force applied to a pedal and a motor controller configured to control the electric motor; a battery unit attainable to and detachable from a bicycle body, the battery unit including a battery configured to accumulate electronic power to be supplied to the electric motor, a controller configured to control the battery, and an indicator; the electric assist bicycle further comprises: a diagnostic unit (21a, 32b) configured to detect abnormality of the driving system; and an information transmission path configured to transmit information indicating the abnormality of the driving system from the driving system to the battery unit, wherein the indicator of the battery unit is configured to indicate the abnormality of the driving system, characterized in that the indicator of the battery unit is configured to indicate a remaining power of the battery and the abnormality of the driving system, and the controller of the battery unit is configured to set a predetermined limit on the indication of the indicator when the battery unit is removed from a bicycle body, and the controller of the battery unit is configured to ease the predetermined limit when the battery unit is mounted on the bicycle body. a driving system including an electric motor for assisting a pedal force applied to a pedal and a motor controller configured to control the electric motor; a battery unit attainable to and detachable from a bicycle body, the battery unit including a battery configured to accumulate electronic power to be supplied to the electric motor, a controller configured to control the battery, and an indicator; the electric assist bicycle further comprises: a diagnostic unit (21a, 32b) configured to detect abnormality of the driving system; and an information transmission path configured to transmit information indicating the abnormality of the driving system from the driving system to the battery unit, wherein the indicator of the battery unit is configured to indicate the abnormality of the driving system, characterized in that the indicator of the battery unit is configured to indicate a remaining power of the battery and the abnormality of the driving system, and a diagnostic unit (21a, 32b) configured to detect abnormality of the driving system; and an information transmission path configured to transmit information indicating the abnormality of the driving system from the driving system to the battery unit, wherein the indicator of the battery unit is configured to indicate the abnormality of the driving system, characterized in that the indicator of the battery unit is configured to indicate a remaining power of the battery and the abnormality of the driving system, and the controller of the battery unit is configured to set a predetermined limit on the indication of the indicator when the battery unit is removed from a bicycle body, and the controller of the battery unit is configured to ease the predetermined limit when the battery unit is mounted on the bicycle body.
A method implemented by a wireless local area network, WLAN, wireless access point in a mesh network, the method comprising: determining a new transmission time period for an access point beacon that differs from a default transmission time period for the access point beacon, wherein the new transmission time period is based on a number of clients associated with the wireless access point, wherein the access point beacon includes technical capabilities of the wireless access point, wherein the new transmission time period is higher than the default transmission time period on a condition that there are no clients associated with the wireless access point, wherein the new transmission time period is determined further based on the minimum timing synchronization required by the clients associated with the wireless access point; and transmitting, from the wireless access point, the access point beacon periodically using the new transmission time period. determining a new transmission time period for an access point beacon that differs from a default transmission time period for the access point beacon, wherein the new transmission time period is based on a number of clients associated with the wireless access point, wherein the access point beacon includes technical capabilities of the wireless access point, wherein the new transmission time period is higher than the default transmission time period on a condition that there are no clients associated with the wireless access point, wherein the new transmission time period is determined further based on the minimum timing synchronization required by the clients associated with the wireless access point; and transmitting, from the wireless access point, the access point beacon periodically using the new transmission time period.
Cushion-like shaped body, which comprises an elastic, gel-like filling in an enclosure, characterized in that the filling consists of a polyurethane with a Shore hardness which is less than or equal to 80 and a compression set of less than or equal to 14% (DIN EN ISO 1856:2008-01) and in that the enclosure consists entirely or partially of soft silicone with a layer thickness of 0.075 mm to 1 mm and with a Shore hardness of between 3A and 45A, the polyurethane of the filling being adhesive and the soft silicone forming an enclosing layer that is in direct contact over its full surface area with the filling and, with tensile elongation of up to 250% along the contact surface area at room temperature, the composite comprising the filling and the enclosing layer reverting to the original shape without undergoing permanent elongation.
Vehicle with a heat source, a heat exchanger and a cover which encloses the heat source at least in regions and which has at least one wall, which is arranged at least substantially transversely with respect to a longitudinal axis of the vehicle and in which at least one air inlet opening is provided, and a first and a second side wall which are arranged at least substantially parallel to the longitudinal axis, with at least one deflector which separates the entering air flow from the heat source and conducts said air flow to the heat exchanger, characterized in that the wall forms at least one substantial constituent part of the rear of the vehicle, and the air inlet opening extends at least in regions into at least one of the side walls.