mhurhangee/ep-ind-claims huggingface dataset:
An isolated extracellular vesicle comprising a biologically active molecule linked to a scaffold protein, wherein the scaffold protein comprises an N-terminus domain and an effector domain, wherein the ND is associated with the luminal surface of the EV and the ED is associated with the luminal surface of the EV, wherein the ND comprises the amino acid sequence GGKLSK (SEQ ID NO: 203), but does not comprise a methionine (Met) at the N-terminus, wherein the ED comprises a lysine (Lys) at its N-terminus that is linked directly to the lysine at the C-terminus of SEQ ID NO: 203 in the ND; and wherein the biologically active molecule comprises one or more heterologous proteins fused to the C-terminus of the scaffold protein. wherein the scaffold protein comprises an N-terminus domain and an effector domain, wherein the ND is associated with the luminal surface of the EV and the ED is associated with the luminal surface of the EV, wherein the ND comprises the amino acid sequence GGKLSK (SEQ ID NO: 203), but does not comprise a methionine (Met) at the N-terminus, wherein the ED comprises a lysine (Lys) at its N-terminus that is linked directly to the lysine at the C-terminus of SEQ ID NO: 203 in the ND; and wherein the biologically active molecule comprises one or more heterologous proteins fused to the C-terminus of the scaffold protein.
An electronic device (100, 100a) that is capable of receiving data conforming to IEEE 802.11a, IEEE 802.11n and data conforming to Very High Throughput, VHT, scheme, which is a wireless communication scheme succeeding to IEEE 802.11n that uses a higher frequency band than a communication scheme conforming to IEEE 802.11n, wherein the device is configured to: - receive a 11a signal conforming to IEEE 802.11a, a first VHT signal, first VHT-SIG, and a second VHT signal, second VHT-SIG, wherein the first VHT-SIG and the second VHT-SIG as well as the 11a signal are contained in one data packet; - demodulate the 11a signal according to a first signal arrangement that defines a first arrangement of signal points in a signal space, the 11a signal being modulated by a binary phase-shift keying, BPSK, scheme; - demodulate the first VHT-SIG according to a second signal arrangement that defines a second arrangement of signal points in the signal space, wherein the second signal arrangement is rotated by 90 degrees relative to the first signal arrangement; - demodulate the second VHT-SIG according to the first signal arrangement; and - demodulate VHT data; wherein the second VHT-SIG is, in a VHT format portion of the data packet, in a field between a field of the first VHT-SIG and a field of the VHT data. - receive a 11a signal conforming to IEEE 802.11a, a first VHT signal, first VHT-SIG, and a second VHT signal, second VHT-SIG, wherein the first VHT-SIG and the second VHT-SIG as well as the 11a signal are contained in one data packet; - demodulate the 11a signal according to a first signal arrangement that defines a first arrangement of signal points in a signal space, the 11a signal being modulated by a binary phase-shift keying, BPSK, scheme; - demodulate the first VHT-SIG according to a second signal arrangement that defines a second arrangement of signal points in the signal space, wherein the second signal arrangement is rotated by 90 degrees relative to the first signal arrangement; - demodulate the second VHT-SIG according to the first signal arrangement; and - demodulate VHT data; wherein the second VHT-SIG is, in a VHT format portion of the data packet, in a field between a field of the first VHT-SIG and a field of the VHT data.
A webbing strap device of adjustable length, comprising - an adjustment strap anchor, - an adjustment loop anchor with -- an adjustment loop eyelet, - a ladder-shaped slider with -- a first frame crossbar, -- a second frame crossbar spaced from the first frame crossbar, -- at least two intermediate crossbars arranged between the first frame crossbar and the second frame crossbar, and -- at least three strap openings (21, 22, 23) for the passage of webbing strap, and - a webbing strap attached to the first frame crossbar and to the adjustment strap anchor, - wherein the webbing strap extends through the slider between the at least two intermediate crossbars to form an adjustment loop, and - wherein in the region of the adjustment loop, the webbing strap extends through the adjustment loop eyelet, characterized in that the webbing strap passes through each of the strap openings (21, 22, 23) at most once and has a slider loop for fixing to the first frame crossbar. - an adjustment strap anchor, - an adjustment loop anchor with -- an adjustment loop eyelet, - a ladder-shaped slider with -- a first frame crossbar, -- a second frame crossbar spaced from the first frame crossbar, -- at least two intermediate crossbars arranged between the first frame crossbar and the second frame crossbar, and -- at least three strap openings (21, 22, 23) for the passage of webbing strap, and -- a first frame crossbar, -- a second frame crossbar spaced from the first frame crossbar, -- at least two intermediate crossbars arranged between the first frame crossbar and the second frame crossbar, and -- at least three strap openings (21, 22, 23) for the passage of webbing strap, and - a webbing strap attached to the first frame crossbar and to the adjustment strap anchor, - wherein the webbing strap extends through the slider between the at least two intermediate crossbars to form an adjustment loop, and - wherein in the region of the adjustment loop, the webbing strap extends through the adjustment loop eyelet,
A pylon structure for mounting an aircraft engine to a wing of an aircraft, the wing having a spar and ribs, the pylon structure comprising: a torque box; a wing mount provided on an aft portion of the torque box; a first engine mount provided on a fore portion of the torque box; a second engine mount provided on the aft portion of the torque box; connecting rods extending in both longitudinal and downward directions from the second engine mount to a portion of the torque box aft of the first engine mount; thrust links extending in both the longitudinal and upwards direction from the second engine mount for connection to the wing; and gussets extending between the first engine mount and the torque box, the gussets are configured to transfer engine loads to the torque box by triangulating the first engine mount to torque box; wherein the pylon structure is for directing loads through the torque box from the first and second engine mounts (16, 18), and through the wing mounts into the spar of the wing, the wing mounts being the primary load path to direct engine loads into the spar; wherein the pylon structure is for directing loads through the torque box, and through the connecting rods, second engine mount and thrust links into the ribs of the wing the connecting rods and thrust links being a secondary load path to direct a portion of direct engine loads into the ribs. a torque box; a wing mount provided on an aft portion of the torque box; a first engine mount provided on a fore portion of the torque box; a second engine mount provided on the aft portion of the torque box; connecting rods extending in both longitudinal and downward directions from the second engine mount to a portion of the torque box aft of the first engine mount; thrust links extending in both the longitudinal and upwards direction from the second engine mount for connection to the wing; and gussets extending between the first engine mount and the torque box, the gussets are configured to transfer engine loads to the torque box by triangulating the first engine mount to torque box; wherein the pylon structure is for directing loads through the torque box from the first and second engine mounts (16, 18), and through the wing mounts into the spar of the wing, the wing mounts being the primary load path to direct engine loads into the spar; wherein the pylon structure is for directing loads through the torque box, and through the connecting rods, second engine mount and thrust links into the ribs of the wing the connecting rods and thrust links being a secondary load path to direct a portion of direct engine loads into the ribs.
A method for outputting a haptic output signal comprising: receiving, by a processor, a signal; generating, by the processor, a spectrogram based at least in part on the signal; determining, by the processor, a haptic effect based at least in part on the spectrogram; generating, by the processor, a haptic output signal based at least in part on the haptic effect, the haptic output signal configured to cause a haptic output device to output the haptic effect; and outputting, by the processor, the haptic output signal; characterized in that the determination by the processor of the haptic effect further comprises the steps of: performing a visual analysis of the spectrogram, by the processor, to detect a pattern within the spectrogram; determining, by the processor, a haptic effect configured to mimic the pattern within the spectrogram by, for each of a plurality of distinct frequency ranges: i) analysing the spectrogram over a distinct frequency range for a characteristic, ii) determining the haptic effect corresponding to the characteristic; and iii) in response to locating the characteristic in the spectrogram, selecting the haptic effect. receiving, by a processor, a signal; generating, by the processor, a spectrogram based at least in part on the signal; determining, by the processor, a haptic effect based at least in part on the spectrogram; generating, by the processor, a haptic output signal based at least in part on the haptic effect, the haptic output signal configured to cause a haptic output device to output the haptic effect; and outputting, by the processor, the haptic output signal; characterized in that the determination by the processor of the haptic effect further comprises the steps of: performing a visual analysis of the spectrogram, by the processor, to detect a pattern within the spectrogram; determining, by the processor, a haptic effect configured to mimic the pattern within the spectrogram by, for each of a plurality of distinct frequency ranges: i) analysing the spectrogram over a distinct frequency range for a characteristic, ii) determining the haptic effect corresponding to the characteristic; and iii) in response to locating the characteristic in the spectrogram, selecting the haptic effect. performing a visual analysis of the spectrogram, by the processor, to detect a pattern within the spectrogram; determining, by the processor, a haptic effect configured to mimic the pattern within the spectrogram by, for each of a plurality of distinct frequency ranges: i) analysing the spectrogram over a distinct frequency range for a characteristic, ii) determining the haptic effect corresponding to the characteristic; and iii) in response to locating the characteristic in the spectrogram, selecting the haptic effect. i) analysing the spectrogram over a distinct frequency range for a characteristic, ii) determining the haptic effect corresponding to the characteristic; and iii) in response to locating the characteristic in the spectrogram, selecting the haptic effect.
A registration and identification tool for a dental and/or cranio-maxillofacial surgical instrument and/or general surgical instrument, comprising: - a body, - a marker member which is optically detectable, the marker member being provided on the body, and - a recess in the body which extends from an outer surface of the body into the inside of the body, thereby defining an extension direction of the recess, wherein - the recess has a shape such that a lateral extension of the recess decreases in the direction from the outer surface of the body towards the inside of the body, wherein the body is provided with at least two recesses which are open to two outer surfaces of the body and the at least two recesses have different depths from one of the two outer surfaces of the body in a direction parallel to the other one of the two outer surfaces of the body. - a body, - a marker member which is optically detectable, the marker member being provided on the body, and - a recess in the body which extends from an outer surface of the body into the inside of the body, thereby defining an extension direction of the recess, wherein - the recess has a shape such that a lateral extension of the recess decreases in the direction from the outer surface of the body towards the inside of the body, wherein the body is provided with at least two recesses which are open to two outer surfaces of the body and the at least two recesses have different depths from one of the two outer surfaces of the body in a direction parallel to the other one of the two outer surfaces of the body.
Computer-implemented method for computing a patient-specific set of configuration parameters suitable for configuring and/or choosing an electrical stimulation device designed for electrical stimulation and/or recording of neuronal tissue, in particular of cerebral tissue, the method comprising the following steps: A) extracting patient-specific data including at least one region of interest from at least one pre-existing image previously acquired using a medical imaging technique; B) computer simulation of an electrical field distribution that can be generated using the electrical stimulation device when configured with a specific set of configuration parameters defining a specific transcranial alternating current stimulation (tACS) scheme, taking into consideration the extracted patient-specific data; C) Variation of a set of simulation parameters during iterative application of step B) to compute the patient-specific set of configuration parameters, which are thus optimized for the patient; D) configuring the stimulation device with the derived set of configuration parameters such that the stimulation device is configured to focus the electrostimulation onto the at least one region of interest; A) extracting patient-specific data including at least one region of interest from at least one pre-existing image previously acquired using a medical imaging technique; B) computer simulation of an electrical field distribution that can be generated using the electrical stimulation device when configured with a specific set of configuration parameters defining a specific transcranial alternating current stimulation (tACS) scheme, taking into consideration the extracted patient-specific data; C) Variation of a set of simulation parameters during iterative application of step B) to compute the patient-specific set of configuration parameters, which are thus optimized for the patient; D) configuring the stimulation device with the derived set of configuration parameters such that the stimulation device is configured to focus the electrostimulation onto the at least one region of interest;
A centroid adjustment mechanism of a pan-tilt-zoom camera, comprising: a camera base provided on a pan-tilt-zoom body, and a slide platform located below the camera base, wherein the centroid adjustment mechanism further comprises: an X axis direction centroid adjustment mechanism, a Y axis direction centroid adjustment mechanism, and a Z axis direction centroid adjustment mechanism that adjusts a camera centroid along X axis direction, Y axis direction and Z axis direction in a working manner of meshing a gear with a rack; wherein X axis direction, Y axis direction and Z axis direction are perpendicular with each other. an X axis direction centroid adjustment mechanism, a Y axis direction centroid adjustment mechanism, and a Z axis direction centroid adjustment mechanism that adjusts a camera centroid along X axis direction, Y axis direction and Z axis direction in a working manner of meshing a gear with a rack; wherein X axis direction, Y axis direction and Z axis direction are perpendicular with each other.
A method of operating a Web Real-Time Communication, WebRTC proxy module at a user equipment, UE, that is engaged in a WebRTC session, comprising: obtaining a first set of links with each link in the first set of links being allocated at least a threshold level of Quality of Service, QoS, and a second set of links that is different than the first set of links; obtaining, during the WebRTC session, a multiplexed stream from a WebRTC multimedia client application that the WebRTC multimedia client application is attempting to deliver to a target WebRTC multimedia client application on a target UE, the multiplexed stream including at least a first media component and a second media component; de-multiplexing the multiplexed stream to generate a first de-multiplexed stream that includes the first media component and a second de-multiplexed stream that includes the second media component; transmitting the first de-multiplexed stream to a serving network on a first link from the first set of links for delivery to the target UE; and transmitting the second de-multiplexed stream to the serving network on a second link from the second set of links for delivery to the target UE. obtaining a first set of links with each link in the first set of links being allocated at least a threshold level of Quality of Service, QoS, and a second set of links that is different than the first set of links; obtaining, during the WebRTC session, a multiplexed stream from a WebRTC multimedia client application that the WebRTC multimedia client application is attempting to deliver to a target WebRTC multimedia client application on a target UE, the multiplexed stream including at least a first media component and a second media component; de-multiplexing the multiplexed stream to generate a first de-multiplexed stream that includes the first media component and a second de-multiplexed stream that includes the second media component; transmitting the first de-multiplexed stream to a serving network on a first link from the first set of links for delivery to the target UE; and transmitting the second de-multiplexed stream to the serving network on a second link from the second set of links for delivery to the target UE.
A luminous flux control member comprising: an incident circular surface comprising a flat portion and adapted to be disposed so as to face a light source; a first optical surface that is separated from the incident surface in a direction of an optical axis extending through the center of said incident surface perpendicularly to said flat portion of said incident surface, said first optical surface having a circular shape according to a view along said optical axis and including a concave portion recessed toward the incident surface; and a second optical surface that forms a side surface of the luminous flux control member, wherein the first optical surface includes a connection portion that connects the concave portion to the second optical surface, wherein, the connection portion is annular shaped according to a view along said optical axis, is flat and extends perpendicularly to said optical axis and has a predetermined radial width (Wl), and wherein the inner peripheral circular edge of said connection portion is connected to said concave portion and the outer peripheral circular edge of said connection portion is connected to said second optical surface so as to form a circular edge, so that the first optical surface transmits a part of incident light passing through the incident surface and reflects the remaining incident light onto the second optical surface, and so that the second optical surface transmits a part of the incident light passing through the incident surface and reflects the remaining incident light onto the first optical surface. an incident circular surface comprising a flat portion and adapted to be disposed so as to face a light source; a first optical surface that is separated from the incident surface in a direction of an optical axis extending through the center of said incident surface perpendicularly to said flat portion of said incident surface, said first optical surface having a circular shape according to a view along said optical axis and including a concave portion recessed toward the incident surface; and a second optical surface that forms a side surface of the luminous flux control member, wherein the first optical surface includes a connection portion that connects the concave portion to the second optical surface, wherein, the connection portion is annular shaped according to a view along said optical axis, is flat and extends perpendicularly to said optical axis and has a predetermined radial width (Wl), and wherein the inner peripheral circular edge of said connection portion is connected to said concave portion and the outer peripheral circular edge of said connection portion is connected to said second optical surface so as to form a circular edge, so that the first optical surface transmits a part of incident light passing through the incident surface and reflects the remaining incident light onto the second optical surface, and so that the second optical surface transmits a part of the incident light passing through the incident surface and reflects the remaining incident light onto the first optical surface.
A method for operating a pump comprising a motor and a variable frequency drive means, said variable frequency drive means being arranged to control operation of the motor by being connected to said motor and to a feeder cable of the pump, the variable frequency drive means comprising a rectifier, an inverter and a DC link extending therebetween, furthermore the pump is operatively connected to a control device, the method being characterized by the steps of: - obtaining values of operating parameters of the pump indicating pump conditions, by means of a sensing means, which is comprised as a part of said variable frequency drive means and which is operatively connected to said DC link, - communicating said values of operating parameters of the pump from the variable frequency drive means to the control device, - determining (44, 64, 84) by means of the control device if a predetermined condition is fulfilled based on said obtained values of operating parameters of the pump; and - communicating instructions from the control device to the variable frequency drive means, based on the fulfilment of said predetermined condition, in order to control the operation of the motor in accordance with said pump conditions. - obtaining values of operating parameters of the pump indicating pump conditions, by means of a sensing means, which is comprised as a part of said variable frequency drive means and which is operatively connected to said DC link, - communicating said values of operating parameters of the pump from the variable frequency drive means to the control device, - determining (44, 64, 84) by means of the control device if a predetermined condition is fulfilled based on said obtained values of operating parameters of the pump; and - communicating instructions from the control device to the variable frequency drive means, based on the fulfilment of said predetermined condition, in order to control the operation of the motor in accordance with said pump conditions.