mhurhangee/ep-ind-claims huggingface dataset:
A method performed by an initiating wireless device comprising: (a) initiating a fine timing measurement, also referred to as FTM, procedure between the initiating wireless device and a responding wireless device in an indoor wireless local area network,also referred to as WLAN; and (b) exchanging FTM frames with the responding wireless device and thereby receiving a first set of timestamps from the responding wireless device, the first set of timestamps associated with transmission and reception times of exchanged FTM frames at the responding wireless device; characterized by: (c) receiving a second set of timestamps associated with the exchanged FTM frames from one or more listening wireless devices, and wherein the second set of timestamps is associated with reception times of the exchanged FTM frames at the one or more listening wireless devices, and wherein the one or more listening wireless decices is not the initiating wireless device or the responding wireless device; (d) determining location information based on the first set and the second set of timestamps. (a) initiating a fine timing measurement, also referred to as FTM, procedure between the initiating wireless device and a responding wireless device in an indoor wireless local area network,also referred to as WLAN; and (b) exchanging FTM frames with the responding wireless device and thereby receiving a first set of timestamps from the responding wireless device, the first set of timestamps associated with transmission and reception times of exchanged FTM frames at the responding wireless device; (c) receiving a second set of timestamps associated with the exchanged FTM frames from one or more listening wireless devices, and wherein the second set of timestamps is associated with reception times of the exchanged FTM frames at the one or more listening wireless devices, and wherein the one or more listening wireless decices is not the initiating wireless device or the responding wireless device; (d) determining location information based on the first set and the second set of timestamps.
Compound of formula wherein: G is an aryl group, optionally substituted by at least one substituent selected from CF 3, C 1 -C 6 alkyl, S-C 1 -C 6 Alkyl, halogen, CN, O-C 1 -C 6 Alkyl, NO 2, COO-C 1 -C 6 Alkyl, NHCO-C 1 -C 6 Alkyl, NH 2 and NH-C 1 -C 6 Alkyl, or optionally substituted by two substituents forming an aryl condensed cycle. Z is selected from O or S; or any of its pharmaceutically acceptable salts, for use in treatment and/or prevention of pathologies related to the protein TDP-43, wherein the TDP-43 related pathology is a neurological disease selected from amyotrophic lateral sclerosis, frontotemporal dementia, Alzheimer's disease, age-associated cognitive impairment, and chronic traumatic encephalopathy. G is an aryl group, optionally substituted by at least one substituent selected from CF 3, C 1 -C 6 alkyl, S-C 1 -C 6 Alkyl, halogen, CN, O-C 1 -C 6 Alkyl, NO 2, COO-C 1 -C 6 Alkyl, NHCO-C 1 -C 6 Alkyl, NH 2 and NH-C 1 -C 6 Alkyl, or optionally substituted by two substituents forming an aryl condensed cycle. Z is selected from O or S; or any of its pharmaceutically acceptable salts, for use in treatment and/or prevention of pathologies related to the protein TDP-43, wherein the TDP-43 related pathology is a neurological disease selected from amyotrophic lateral sclerosis, frontotemporal dementia, Alzheimer's disease, age-associated cognitive impairment, and chronic traumatic encephalopathy.
Drive for a leaf of a door or a window or the like, having a housing, at least one piston, in particular a damping piston and/or spring piston, mounted in the housing; and a drive shaft which is mounted in the housing so as to rotate about a rotation axis and couples the leaf to the piston; wherein the drive shaft has at least a bearing part (22, 24) for mounting the shaft, and a transmission part (26, 42), in particular a pinion and/or cam disc, for transmitting a movement of the shaft to the piston, said bearing part (22, 24) and said transmission part (26, 42) being formed separately from one another; wherein the parts (22, 24, 26) by way of an end-side contact contour bear axially on one another, wherein the transmission part (26, 42) in at least a first region of the contact contour is welded to the bearing part (22, 24), characterized in that the first region has a radial height in relation to the rotation axis that is greater than a minimum radial height of the transmission part (26, 42) in relation to the rotation axis. at least one piston, in particular a damping piston and/or spring piston, mounted in the housing; and a drive shaft which is mounted in the housing so as to rotate about a rotation axis and couples the leaf to the piston; wherein the drive shaft has at least a bearing part (22, 24) for mounting the shaft, and a transmission part (26, 42), in particular a pinion and/or cam disc, for transmitting a movement of the shaft to the piston, said bearing part (22, 24) and said transmission part (26, 42) being formed separately from one another; wherein the parts (22, 24, 26) by way of an end-side contact contour bear axially on one another, wherein the transmission part (26, 42) in at least a first region of the contact contour is welded to the bearing part (22, 24), characterized in that the first region has a radial height in relation to the rotation axis that is greater than a minimum radial height of the transmission part (26, 42) in relation to the rotation axis.
Gelsolin for use in the treatment of a subject having an inflammatory disease, wherein the subject does not have any signs or symptoms of an infection, sepsis, or an actin-related disorder.
A wireless network system, the system comprising: a first mobile device (102, 104, 106, 108) comprising an application and wireless access user credentials; and a configurable access point of a network providing a wireless network, wherein the application is arranged to receive a selection of the wireless access user credentials to obtain selected wireless access user credentials, wherein the mobile device is arranged to establish a connection to the configurable access point, wherein the application is arranged to push the selected wireless access user credentials from the first mobile device to the configurable access point, and wherein the configurable access point is arranged to: use the received selected wireless access user credentials to reconfigure the wireless network, such that is accessible using the received selected wireless access user credentials; and broadcast an identifier of the reconfigured wireless network to enable connection from at least one mobile device using the selected wireless access user credentials; wherein the application is configured to push the selected wireless access user credentials to the configurable access point using a proximity-based protocol or based on a location of the first mobile device relative to the configurable access point. a first mobile device (102, 104, 106, 108) comprising an application and wireless access user credentials; and a configurable access point of a network providing a wireless network, wherein the application is arranged to receive a selection of the wireless access user credentials to obtain selected wireless access user credentials, wherein the mobile device is arranged to establish a connection to the configurable access point, wherein the application is arranged to push the selected wireless access user credentials from the first mobile device to the configurable access point, and wherein the configurable access point is arranged to: use the received selected wireless access user credentials to reconfigure the wireless network, such that is accessible using the received selected wireless access user credentials; and broadcast an identifier of the reconfigured wireless network to enable connection from at least one mobile device using the selected wireless access user credentials; wherein the application is configured to push the selected wireless access user credentials to the configurable access point using a proximity-based protocol or based on a location of the first mobile device relative to the configurable access point. use the received selected wireless access user credentials to reconfigure the wireless network, such that is accessible using the received selected wireless access user credentials; and broadcast an identifier of the reconfigured wireless network to enable connection from at least one mobile device using the selected wireless access user credentials; wherein the application is configured to push the selected wireless access user credentials to the configurable access point using a proximity-based protocol or based on a location of the first mobile device relative to the configurable access point.
An osteosynthesis device for the treatment of the femoral neck fractures, comprising a femoral saber with a rectangular or oblong cross-section, intended to be inserted into the medullar channel of the femur, a cephalic screw intended to be at least partly inserted into the head and the neck of the femur, said cephalic screw having a transverse orifice for receiving said femoral saber, and a compression element giving the possibility of coupling said femoral saber and said cephalic screw, said transverse orifice comprising two opposite transverse walls, respectively said to be "distal" and "proximal", the distance between the so-called "upper" edge of the distal transverse wall located in the plane of the inlet aperture of said transverse orifice and the orthogonal projection of the so-called "lower" parallel edge of the proximal transverse wall in this same plane of the inlet aperture of said transverse orifice being greater than or equal to the width of said femoral saber, characterized in that said distal and proximal walls of the transverse orifice are tilted in the same direction with respect to the longitudinal axis (X1-X'1) of said cephalic screw, and in that the compression element is bound to said cephalic screw and applies pressure on one of the side faces (14, 15) of said femoral saber, so that the other side face (15, 14) of the femoral saber is in contact with the lower edge of the proximal transverse wall of the transverse orifice.
A method for determining the propulsion torque (M v) of a torque generator, which is mounted on a test bench, wherein an inner torque (M i) of the torque generator is measured and, based on the measured inner torque (M i), from an equation of motion, comprising the measured inner torque (M i), a dynamic torque (M dyn) and a shaft torque (M w) measured on an output shaft of the torque generator, a correction torque ( M̂ cor) is estimated, and from the estimated correction torque ( M̂ cor) and from the measured inner torque (M i), the propulsion torque (M v) is calculated according to the relation M v = M̂ cor + M i.
Piezoelectric component, comprising a stack composed of piezoelectric layers and electrode layers (3, 4, 31, 41) arranged therebetween, which stack comprises at least one predetermined breaking layer for the controlled production and guiding of cracks in the component, wherein the predetermined breaking layer is arranged between two electrode layers (31, 41) adjacent to one another in the stacking direction, said electrode layers having a different polarity when a voltage is applied, and wherein the distance d 2 between these two electrode layers (31, 41) is greater than the distance d 1 between two mutually adjacent electrode layers (3, 4) between which no predetermined breaking layer is arranged, wherein the predetermined breaking layer comprises a conductive material and wherein the following holds true for the distances d 1 and d 2: d 2 < 2d 1.
A system for detecting a touch input force, comprising: a communication interface configured to send an acoustic or ultrasonic signal to be used to propagate a propagating signal through a propagating medium with a surface and which is coupled to a plurality of transmitters (104, 106, 108, 110), and a plurality of sensors (112, 114, 116, 118), wherein at least one of the transmitters is configured to transmit the propagating signal, the communication interface being configured to receive the propagating signal that has been disturbed by a touch input with an amount of force on the surface, wherein at least one of the sensors is configured to receive the propagating signal that has been disturbed; and a processor coupled to the communication interface and configured to use a plurality of received signals to determine a location associated with the touch input, characterized in that the processor is configured to select at least one of the received signals to be evaluated, normalize the selected received signal based on the determined location of the touch input, determine a signal amplitude of a portion of the normalized selected received signal associated with the touch input, and determine a difference between the signal amplitude of the portion of the selected received signal normalized based on the determined location of the touch input with a reference amplitude to determine the identifier identifying the amount of force on the surface. a communication interface configured to send an acoustic or ultrasonic signal to be used to propagate a propagating signal through a propagating medium with a surface and which is coupled to a plurality of transmitters (104, 106, 108, 110), and a plurality of sensors (112, 114, 116, 118), wherein at least one of the transmitters is configured to transmit the propagating signal, the communication interface being configured to receive the propagating signal that has been disturbed by a touch input with an amount of force on the surface, wherein at least one of the sensors is configured to receive the propagating signal that has been disturbed; and a processor coupled to the communication interface and configured to use a plurality of received signals to determine a location associated with the touch input, characterized in that the processor is configured to select at least one of the received signals to be evaluated, normalize the selected received signal based on the determined location of the touch input, determine a signal amplitude of a portion of the normalized selected received signal associated with the touch input, and determine a difference between the signal amplitude of the portion of the selected received signal normalized based on the determined location of the touch input with a reference amplitude to determine the identifier identifying the amount of force on the surface.
Releasing torque tool comprising a) a shaft-like housing with a grip area and a head section, b) a transfer assembly In the housing to transfer the torque, c) an adjusting device having an adjusting knob to set the torque at which the user desires the tool to provide a signal, d) a display (46, 51) to show the value of the torque at which the torque tool should release, e) a release mechanism, which triggers the release of the torque tool upon reaching the previously set torque, f) the adjusting knob of the adjusting device is designed to be removable to block the setting, characterized in that g) a locking mechanism is provided with which the current setting of the adjusting device is locked. a) a shaft-like housing with a grip area and a head section, b) a transfer assembly In the housing to transfer the torque, c) an adjusting device having an adjusting knob to set the torque at which the user desires the tool to provide a signal, d) a display (46, 51) to show the value of the torque at which the torque tool should release, e) a release mechanism, which triggers the release of the torque tool upon reaching the previously set torque, f) the adjusting knob of the adjusting device is designed to be removable to block the setting, g) a locking mechanism is provided with which the current setting of the adjusting device is locked.
Gas turbine, in particular an aircraft engine, having a housing in which at least one guide vane is arranged, the guide vane at least comprising - a shroud assembly having a radially outer shroud and having a shroud holding means, by means of which the shroud is fastened to the housing, and - an airfoil extending radially inwards from the shroud assembly; where - the shroud holding means, or parts thereof, comprises at least one air passage channel, which allows flow passage through the shroud holding means; and where - the shroud holding means comprises at least one shroud hook (22, 26) on a side of the shroud opposite the airfoil, by means of which hook the shroud is fastened to the housing, characterized in that the shroud hook, which is arranged in the region of a profile leading edge of the airfoil, comprises the air passage channel, the air passage channel being slot-shaped and/or having a cross section in the shape of an arc and/or an elliptical arc at least in regions. - a shroud assembly having a radially outer shroud and having a shroud holding means, by means of which the shroud is fastened to the housing, and - an airfoil extending radially inwards from the shroud assembly; where - the shroud holding means, or parts thereof, comprises at least one air passage channel, which allows flow passage through the shroud holding means; and where - the shroud holding means comprises at least one shroud hook (22, 26) on a side of the shroud opposite the airfoil, by means of which hook the shroud is fastened to the housing, characterized in that
Method for producing at least one mechanical-electrical energy conversion system consisting of multiple individual parts, in which at least two individual parts (2, 3, 4, 15, 22, 40, 41, 42) are positioned in an assembly device (10, 30) and are joined together in joining areas (18, 24a, 24b), wherein the individual parts (2, 3, 4, 15, 22, 40, 41, 42) comprise at least one piezoelectric element, a support structure and a seismic mass, characterized in that the support structure and the piezoelectric element are joined together by an electrically conductive adhesive and an electrically nonconductive adhesive.
A flexibly suspended modular building structure, comprising a vertically arranged concrete core tube structure, wherein a transfer story is arranged at the upper end of the concrete core tube structure, the transfer story is formed by a steel truss, connected to the concrete core tube structure, and cantilevered outside the concrete core tube structure, multiple modules with certain spaces reserved therebetween are hung below the transfer story, the modules adjacent in the vertical direction are connected through a set of hanging rod members, the upper end of each hanging rod member is pin-connected to a ceiling beam located in the upper module, the lower end of each hanging rod member is pin-connected to a ceiling beam located in the lower module, the hanging rod member arranged on the uppermost module is pin-connected to the transfer story, and dampers are connected from the floors of all the modules to the concrete core tube structure adjacent the floors of all the modules; characterized in that a limiting buffer device is arranged between the modules adjacent in the vertical direction, and the limiting buffer device is used for avoiding the modules adjacent in the vertical direction from vertical colliding when the horizontal relative displacement is relatively large.
A transformer protecting relay for protecting a transformer in a system wherein the transformer comprising a primary port and a secondary port is connected between a primary current transformer and a secondary current transformer, the relay comprising: a control module; and an input module configured to input to the control module a voltage ratio of the transformer and a current ratio between the primary current transformer and the secondary current transformer set by a user, the current ratio being indicative of a ratio between an input current to the transformer and an output current of the transformer, wherein the control module is configured to determine, in advance so as to prevent malfunction of the transformer protecting relay when the system is operated, whether or not the transformer protecting relay has been correctly set by the user, by calculating the value of a parameter, K, based the following formula: K = V 1 × I 1 V 2 × I 2, wherein V 1 is a primary voltage at the primary port of the transformer, V 2 is a secondary voltage at the secondary port of the transformer, I 1 is the input current into the primary port of the transformer, and I 2 is the output current out of the secondary port of the transformer, and wherein the control module is configured to determine that the transformer protecting relay has been incorrectly set by the user when the value of K is out of a predetermined range. a control module; and an input module configured to input to the control module a voltage ratio of the transformer and a current ratio between the primary current transformer and the secondary current transformer set by a user, the current ratio being indicative of a ratio between an input current to the transformer and an output current of the transformer, wherein the control module is configured to determine, in advance so as to prevent malfunction of the transformer protecting relay when the system is operated, whether or not the transformer protecting relay has been correctly set by the user, by calculating the value of a parameter, K, based the following formula: K = V 1 × I 1 V 2 × I 2, wherein V 1 is a primary voltage at the primary port of the transformer, V 2 is a secondary voltage at the secondary port of the transformer, I 1 is the input current into the primary port of the transformer, and I 2 is the output current out of the secondary port of the transformer, and wherein the control module is configured to determine that the transformer protecting relay has been incorrectly set by the user when the value of K is out of a predetermined range.
A method for wireless communication, comprising: receiving, at a mobile device, a message from a radio base station for initiating a random access procedure on a random access channel, wherein the message includes a subcarrier indication; selecting a random access channel resource using a sum of a) an index of a first subcarrier allocated to the random access channel, and b) the subcarrier indication modulo a number of subcarriers allocated to the random access channel under a current coverage level; and transmitting a random access signal using the selected random access channel resource for the random access procedure. receiving, at a mobile device, a message from a radio base station for initiating a random access procedure on a random access channel, wherein the message includes a subcarrier indication; selecting a random access channel resource using a sum of a) an index of a first subcarrier allocated to the random access channel, and b) the subcarrier indication modulo a number of subcarriers allocated to the random access channel under a current coverage level; and transmitting a random access signal using the selected random access channel resource for the random access procedure. a) an index of a first subcarrier allocated to the random access channel, and b) the subcarrier indication modulo a number of subcarriers allocated to the random access channel under a current coverage level; and transmitting a random access signal using the selected random access channel resource for the random access procedure.