mhurhangee/ep-ind-claims huggingface dataset:
A composition comprising a host and a metal complex of formula: M(L 1)x(L 2)y wherein: M is iridium; L 1 in each occurrence is independently a light-emitting ligand; L 2 is an auxiliary ligand; x is at least 1; y is at least 1; at least one L 1 is substituted with at least one group of formula -(Ar) p wherein Ar in each occurrence is independently an aryl or heteroaryl group that may be unsubstituted or substituted with one or more substituents selected from C 1-20 alkyl wherein one or more non-adjacent C atoms may be replaced by O, S, C=O or COO and one or more H atoms may be replaced with F, and p is at least 2, such that an a: b ratio of the metal complex is at least 3: 1 wherein a is a dimension of the complex in a direction parallel to a transition dipole moment of the complex and b is a dimension of the complex in any direction perpendicular to the transition dipole moment of the complex; the at least one group of formula -(Ar)p is aligned with the transition dipole moment of the complex such that an angle between an S 1 transition dipole moment vector of the transition dipole moment and the L 1 --(Ar)p bond is no more than 15°; and the composition is suitable for forming a light-emitting film having an anisotropy factor α of less than 0.85. M is iridium; L 1 in each occurrence is independently a light-emitting ligand; L 2 is an auxiliary ligand; x is at least 1; y is at least 1; at least one L 1 is substituted with at least one group of formula -(Ar) p wherein Ar in each occurrence is independently an aryl or heteroaryl group that may be unsubstituted or substituted with one or more substituents selected from C 1-20 alkyl wherein one or more non-adjacent C atoms may be replaced by O, S, C=O or COO and one or more H atoms may be replaced with F, and p is at least 2, such that an a: b ratio of the metal complex is at least 3: 1 wherein a is a dimension of the complex in a direction parallel to a transition dipole moment of the complex and b is a dimension of the complex in any direction perpendicular to the transition dipole moment of the complex; the at least one group of formula -(Ar)p is aligned with the transition dipole moment of the complex such that an angle between an S 1 transition dipole moment vector of the transition dipole moment and the L 1 --(Ar)p bond is no more than 15°; and the composition is suitable for forming a light-emitting film having an anisotropy factor α of less than 0.85.
Guide device for a hand-operated power tool (20a; 20b; 20c; 20c) provided for machining a workpiece or a marking tool provided for marking a workpiece, wherein the guide device (50a; 50b; 50c) is flexible, so that it is adjustable between an at least partially wound-up transport position, in which a wound-up section of the guide device (50a; 50b; 50c) forms a reel, and a strung-out, at least partially unwound working position, in which the guide device (50a; 50b; 50c) as a whole or a section of the guide device (50a; 50b; 50c) which has been unwound from the reel forms a guide rail which can be placed on a ground with its underside and has along its longitudinal direction at least one guide contour (60a; 60b) for guiding a guide base (24a; 24b; 24c; 24d) connected or connectable to the hand-operated power tool (20a; 20b; 20c; 20c) or to the marking tool when machining or marking the workpiece, characterised in that it comprises at least one curvature strip (51a; 51b; 51c), which has a cross-sectional curvature perpendicular to the longitudinal direction at least in the working position.
A method implemented in a neuromorphic system comprising a multilevel hierarchical network of artificial neurons wherein each neuron is the implementation of a biological neuron as a hardware that comprises a first and a second physical accumulators (A1, A2) and wherein each neuron is interconnected by means of artificial synapses to neurons of a lower hierarchical level and to neurons of an upper hierarchical level, the method being for unsupervised learning of the multilevel hierarchical network of artificial neurons and comprising at a neuron the steps of: - integrating inference spikes from the interconnected neurons of the lower hierarchical level both in the first and the second accumulators (A1, A2); - in response to the integrated inference spikes in the first accumulator reaching a first threshold, resetting the first accumulator, generating a learning spike, triggering synaptic conductance modification of the synapses that interconnect the neuron with the interconnected neurons of the lower hierarchical level in accordance with a spike-timing dependent plasticity rule, generating a learning inhibition signal and delivering the generated inhibition signal to neurons in the same hierarchical level; - in response to the integrated inference spikes in the second accumulator reaching a second threshold, resetting the second accumulator, generating an inference spike and delivering the generated inference spike to the interconnected neurons of the upper hierarchical level, - in response to receiving a learning inhibition signal, resetting the first accumulator and inhibiting generation of a learning spike. - integrating inference spikes from the interconnected neurons of the lower hierarchical level both in the first and the second accumulators (A1, A2); - in response to the integrated inference spikes in the first accumulator reaching a first threshold, resetting the first accumulator, generating a learning spike, triggering synaptic conductance modification of the synapses that interconnect the neuron with the interconnected neurons of the lower hierarchical level in accordance with a spike-timing dependent plasticity rule, generating a learning inhibition signal and delivering the generated inhibition signal to neurons in the same hierarchical level; - in response to the integrated inference spikes in the second accumulator reaching a second threshold, resetting the second accumulator, generating an inference spike and delivering the generated inference spike to the interconnected neurons of the upper hierarchical level, - in response to receiving a learning inhibition signal, resetting the first accumulator and inhibiting generation of a learning spike.
Fuselage, comprising: a fuselage section with an inner surface having a non-circular contour in cross-sectional view a pressure bulkhead with an outer edge; wherein the outer edge of the pressure bulkhead is attached to the inner surface of the fuselage section and extends along a line, which is non-circular; characterised in that the line is a three-dimensional curve extending parallel to the inner surface of the fuselage section. a fuselage section with an inner surface having a non-circular contour in cross-sectional view a pressure bulkhead with an outer edge; wherein the outer edge of the pressure bulkhead is attached to the inner surface of the fuselage section and extends along a line, which is non-circular; characterised in that the line is a three-dimensional curve extending parallel to the inner surface of the fuselage section.
In a multi-tenant network, a method of specifying service operations for a data message associated with a particular machine (102, 1005) of a particular tenant, the method comprising: in an encapsulating tunnel header that is placed outside of layers 2 and 3 headers of a data message, storing a tenant identifier identifying the particular tenant and a plurality of service identifiers associated with a plurality of service machines for performing a plurality of service operations on the data message; and forwarding the data message encapsulated with the tunnel header along a tunnel to a first service machine to perform a first service operation identified by the plurality of service identifiers. in an encapsulating tunnel header that is placed outside of layers 2 and 3 headers of a data message, storing a tenant identifier identifying the particular tenant and a plurality of service identifiers associated with a plurality of service machines for performing a plurality of service operations on the data message; and forwarding the data message encapsulated with the tunnel header along a tunnel to a first service machine to perform a first service operation identified by the plurality of service identifiers.
Telescopic shelter comprising a plurality of sections (2, 3, 4) that can be displaced relative to each other in a longitudinal direction between at least one deployed position wherein said sections cover at least partially a space to be protected and a retracted position wherein said sections are mutually interlocked, with each section (2, 3, 4) comprising at least one longitudinal lower profile that has two opposite side walls (16, 17), at least one of the sections being fixed to the ground by an anchoring member that comprises at least one upper leg fixed to said section and a horizontal leg suited to be fixed to the ground, with the anchoring member being fixed against one of the side walls (16, 17) of the longitudinal lower profile, the horizontal leg extending opposite said horizontal longitudinal lower profile, said longitudinal lower profile comprising a side groove for the fastening of said upper leg to said longitudinal lower profile, characterised in that the upper leg is vertical and is fixed to the corresponding longitudinal lower profile by at least one first screw that passes through said upper leg and which is screwed into a nut housed in said longitudinal lower profile via interlocking, in the longitudinal direction, in said side groove, which is suited to retain the nut laterally.
A radio frequency system, comprising: an RF sensor configured to measure a parameter of an RF output generated by an RF generator and that is configured to generate an RF signal based on the parameter; an analog to digital converter module (330, 334) that converts samples of the RF signal into digital values, wherein the RF signal varies in accordance with the parameter of the RF output measured by the sensor; characterized in that the radio frequency system further comprises: at least one of: i) a processing module configured to generate a processed value based on the digital values; and a synchronization module configured to synchronize the processed value with a transition in the RF output; or ii) a synchronization module configured to synchronize of one of the digital values with a transition in the RF output; and a processing module configured to generate a processed value based on the one of the digital values. an RF sensor configured to measure a parameter of an RF output generated by an RF generator and that is configured to generate an RF signal based on the parameter; an analog to digital converter module (330, 334) that converts samples of the RF signal into digital values, wherein the RF signal varies in accordance with the parameter of the RF output measured by the sensor; characterized in that the radio frequency system further comprises: at least one of: i) a processing module configured to generate a processed value based on the digital values; and a synchronization module configured to synchronize the processed value with a transition in the RF output; or ii) a synchronization module configured to synchronize of one of the digital values with a transition in the RF output; and a processing module configured to generate a processed value based on the one of the digital values. i) a processing module configured to generate a processed value based on the digital values; and a synchronization module configured to synchronize the processed value with a transition in the RF output; or ii) a synchronization module configured to synchronize of one of the digital values with a transition in the RF output; and a processing module configured to generate a processed value based on the one of the digital values.
A method of extracting gold from pregnant leach solution obtained from leaching of gold, comprising the steps of: (a) extracting the PLS with an organic extractant comprising an organic diester and an organic long-chain alcohol to obtain a first organic phase comprising gold; (b) stripping gold from the first organic phase with a first water solution to obtain a first aqueous raffinate comprising gold and a first depleted organic phase; (c) adding HCI and NaCl into the first aqueous raffinate to increase its acid content to at least 8 g/L and chloride content to at least 30 g/L to obtain a first aqueous solution comprising gold; (d) extracting the first aqueous solution with an organic extractant comprising an organic diester and an organic long-chain alcohol to obtain a second organic phase comprising gold; (e) stripping gold from the second organic phase with a second water solution to obtain a second aqueous raffinate comprising gold and a second depleted organic phase; (f) optionally repeating steps (c) to (e) one or more times to obtain a final aqueous raffinate comprising gold. (a) extracting the PLS with an organic extractant comprising an organic diester and an organic long-chain alcohol to obtain a first organic phase comprising gold; (b) stripping gold from the first organic phase with a first water solution to obtain a first aqueous raffinate comprising gold and a first depleted organic phase; (c) adding HCI and NaCl into the first aqueous raffinate to increase its acid content to at least 8 g/L and chloride content to at least 30 g/L to obtain a first aqueous solution comprising gold; (d) extracting the first aqueous solution with an organic extractant comprising an organic diester and an organic long-chain alcohol to obtain a second organic phase comprising gold; (e) stripping gold from the second organic phase with a second water solution to obtain a second aqueous raffinate comprising gold and a second depleted organic phase; (f) optionally repeating steps (c) to (e) one or more times to obtain a final aqueous raffinate comprising gold.
A system comprising: a positive airway pressure apparatus comprising a blower, the blower comprising a fan driven by an electric motor, a pressure sensor downstream of the fan to measure pressure of gases breathed or supplied to a patient, and a flow sensor downstream or upstream of the fan to measure flow of gases breathed or supplied to a patient, a controller as part of, removable from or remote to the PAP apparatus, and a transmitter configured to send control signals generated by the controller to an electronic apparatus, wherein the controller is configured to monitor the time, receive input from at least one sensor (110,111) determine a sleep state in a patient from the received input, wherein upon reaching a desired time and determining a sleep state conducive to being woken, operating the transmitter to send the control signal to change a state of an electronic apparatus, wherein the electronic apparatus is a home appliance. a positive airway pressure apparatus comprising a blower, the blower comprising a fan driven by an electric motor, a pressure sensor downstream of the fan to measure pressure of gases breathed or supplied to a patient, and a flow sensor downstream or upstream of the fan to measure flow of gases breathed or supplied to a patient, a controller as part of, removable from or remote to the PAP apparatus, and a transmitter configured to send control signals generated by the controller to an electronic apparatus, wherein the controller is configured to monitor the time, receive input from at least one sensor (110,111) determine a sleep state in a patient from the received input, monitor the time, receive input from at least one sensor (110,111) determine a sleep state in a patient from the received input,
A shaving razor cartridge comprising: a housing molded from a first polymeric material, the housing having a wall partially defining an opening extending from a top surface of the housing to a bottom surface of the housing, the wall having a pair of arms (70,72) each having a distal end (74, 76) that extend toward each other defining a gap; a guard toward a front portion of the housing; a cap toward a rear portion of the housing; at least one blade member mounted between the guard and the cap; and a bridge interconnecting the distal ends, wherein the bridge is molded from a second polymeric material that is different than the first polymeric material. a housing molded from a first polymeric material, the housing having a wall partially defining an opening extending from a top surface of the housing to a bottom surface of the housing, the wall having a pair of arms (70,72) each having a distal end (74, 76) that extend toward each other defining a gap; a guard toward a front portion of the housing; a cap toward a rear portion of the housing; at least one blade member mounted between the guard and the cap; and a bridge interconnecting the distal ends, wherein the bridge is molded from a second polymeric material that is different than the first polymeric material.
A method of processing audio, the method comprising: receiving (500, 600), by a computing device, a plurality of real-time audio signals (108a, 108b, 108c) outputted by a plurality of microphones (104a, 104b, 104c) communicatively coupled to the computing device; determining a type of location associated with the received audio signals (108a, 108b, 108c); outputting (502, 602), to a display, a graphical user interface, GUI, for presenting noise information associated with one or more of the received audio signals (108a, 108b, 108c), wherein the noise information includes a noise suppression recommendation based on the type of location associated with the received audio signals (108a, 108b, 108c); processing (504, 604) one or more of the received audio signals (108a, 108b, 108c) based on a user input associated with the noise information presented via the GUI to generate one or more processed audio signals; and outputting (506, 606) the one or more processed audio signals. receiving (500, 600), by a computing device, a plurality of real-time audio signals (108a, 108b, 108c) outputted by a plurality of microphones (104a, 104b, 104c) communicatively coupled to the computing device; determining a type of location associated with the received audio signals (108a, 108b, 108c); outputting (502, 602), to a display, a graphical user interface, GUI, for presenting noise information associated with one or more of the received audio signals (108a, 108b, 108c), wherein the noise information includes a noise suppression recommendation based on the type of location associated with the received audio signals (108a, 108b, 108c); processing (504, 604) one or more of the received audio signals (108a, 108b, 108c) based on a user input associated with the noise information presented via the GUI to generate one or more processed audio signals; and outputting (506, 606) the one or more processed audio signals.
An electronic device for configuring a head-up display of a vehicle, comprising: a transceiver, configured to be communicatively connected to the head-up display and a camera; a storage medium, storing a quantum machine learning model; and a processor, coupled to the storage medium and the transceiver, wherein the processor is configured to: obtain a first coordinate value corresponding to a line of sight of a person through the camera, and obtain a statistic value corresponding to the first coordinate value; input the first coordinate value and the statistic value to the quantum machine learning model, and a first estimated statistic value is obtained; configure a display area of the head-up display by the first coordinate value and the first estimated statistic value; characterized in that the processor is further configured to: determine a writing direction of a sentence in a display content of the head-up display; and configure a position of the display content in the display area according to the writing direction. a transceiver, configured to be communicatively connected to the head-up display and a camera; a storage medium, storing a quantum machine learning model; and a processor, coupled to the storage medium and the transceiver, wherein the processor is configured to: obtain a first coordinate value corresponding to a line of sight of a person through the camera, and obtain a statistic value corresponding to the first coordinate value; input the first coordinate value and the statistic value to the quantum machine learning model, and a first estimated statistic value is obtained; configure a display area of the head-up display by the first coordinate value and the first estimated statistic value; characterized in that the processor is further configured to: determine a writing direction of a sentence in a display content of the head-up display; and configure a position of the display content in the display area according to the writing direction. obtain a first coordinate value corresponding to a line of sight of a person through the camera, and obtain a statistic value corresponding to the first coordinate value; input the first coordinate value and the statistic value to the quantum machine learning model, and a first estimated statistic value is obtained; configure a display area of the head-up display by the first coordinate value and the first estimated statistic value; characterized in that the processor is further configured to: determine a writing direction of a sentence in a display content of the head-up display; and configure a position of the display content in the display area according to the writing direction. determine a writing direction of a sentence in a display content of the head-up display; and configure a position of the display content in the display area according to the writing direction.
A recombinant NRG-2 polypeptide comprising the amino acid sequence set forth in SEQ ID NO: 2 for use in the treatment or prophylaxis of a pathophysiological condition in a subject, wherein the recombinant NRG-2 polypeptide increases mitogenesis, survival, growth, or differentiation of a muscle cell, wherein the muscle cell expresses an erbB receptor that is selective for the NRG-2 polypeptide, and wherein the pathophysiological condition is selected from the group consisting of cardiomyopathy, ischemic damage, cardiac trauma, and heart failure.
A hopper for holding a stack of coverslips prior to dispensing of said coverslips by a coverslip dispensing device, wherein the hopper includes front and back walls and a pair of opposing sidewalls, wherein the hopper includes locating means for cooperating with the coverslip dispensing device so as to align the hopper with respect to the coverslip dispensing device, and characterised in that the locating means comprises at least one recess formed in the sidewalls for receiving an upstanding member located on the coverslip dispensing device; wherein the at least one recess is formed so that when the hopper is located on the coverslip dispensing device, the upstanding member of the coverslip dispensing device extends at least partially into the hopper; wherein the upstanding member is arranged to push against the side of the coverslips and cause the coverslips inside the hopper to be aligned within the hopper. and characterised in that the locating means comprises at least one recess formed in the sidewalls for receiving an upstanding member located on the coverslip dispensing device; wherein the at least one recess is formed so that when the hopper is located on the coverslip dispensing device, the upstanding member of the coverslip dispensing device extends at least partially into the hopper; wherein the upstanding member is arranged to push against the side of the coverslips and cause the coverslips inside the hopper to be aligned within the hopper.
Device for centring sheet-metal blanks on a blanks stacker, the device comprising centring pins able to move in a direction perpendicular to the direction of stacking of the blanks on said stacker, characterised in that the device comprises a member for controlling the position of a blank placed on said centring pins, said member comprising at least one magnet for detachably fixing said member to each of said centring pins by magnetic attraction, and a blade intended to be positioned against the external edge of the blank.