mhurhangee/ep-ind-claims huggingface dataset:
A computer implemented method, executed by a server, for enabling browsing of videos via a user interface of a client device, the method comprising: providing for display, in the user interface, a plurality of labels distributed along a first direction of the user interface; wherein the plurality of labels correspond to a plurality of video sets that are related to a current video, each video set associated with a respective relevancy score determined based on how long users watch each video in the video set after viewing the current video; wherein the labels are ordered along the first direction according to the respective relevancy scores of the video sets; and wherein focus among the plurality of labels is on a first label, the first label corresponding to a first video set; and providing for display, in the user interface, a plurality of video previews distributed along a second direction of the user interface that is perpendicular to the first direction, wherein the plurality of previews correspond to videos from the first video set, and wherein the plurality of previews are displayed concurrently with the plurality of labels. providing for display, in the user interface, a plurality of labels distributed along a first direction of the user interface; wherein the plurality of labels correspond to a plurality of video sets that are related to a current video, each video set associated with a respective relevancy score determined based on how long users watch each video in the video set after viewing the current video; wherein the labels are ordered along the first direction according to the respective relevancy scores of the video sets; and wherein focus among the plurality of labels is on a first label, the first label corresponding to a first video set; and providing for display, in the user interface, a plurality of video previews distributed along a second direction of the user interface that is perpendicular to the first direction, wherein the plurality of previews correspond to videos from the first video set, and wherein the plurality of previews are displayed concurrently with the plurality of labels.
A method performed by a first communication device for controlling transmission of one or more data packets in a wireless communication network, the method comprising: - deciding whether to activate a first duplication process and/or a second duplication process, and/or deactivate the first duplication process and/or the second duplication process for one or more DRBs; - transmitting an indication, to a second communication device, indicating one or more of the following: a maximum number of duplicates allowed to be transmitted for each data packet; type of duplication; a data radio bearer, DRB, for which duplication is configured; a radio link control, RLC, entity that is allowed to transmit a duplicate; an order of RLC entities in which the second communication device should transmit a first data packet and following duplicates; whether duplication is activated or deactivated for a DRB; - transmitting one or more duplicates using the determined number of RLC entities; characterized in that the first duplication process implies that duplicates are transmitted over same RLC entities over time, and the second duplication process implies that duplicates are transmitted on a need basis and/or are transmitted over RLC entities which can change over time. - deciding whether to activate a first duplication process and/or a second duplication process, and/or deactivate the first duplication process and/or the second duplication process for one or more DRBs; - transmitting an indication, to a second communication device, indicating one or more of the following: a maximum number of duplicates allowed to be transmitted for each data packet; type of duplication; a data radio bearer, DRB, for which duplication is configured; a radio link control, RLC, entity that is allowed to transmit a duplicate; an order of RLC entities in which the second communication device should transmit a first data packet and following duplicates; whether duplication is activated or deactivated for a DRB; - transmitting one or more duplicates using the determined number of RLC entities;
A method to determine the serotype of an adeno-associated virus particle comprising a) denaturing the AAV particle, b) subjecting the denatured AAV particle to liquid chromatography/mass spectrometry (LC/MS), and c) determining the masses of VP1, VP2 and VP3 of the AAV particle; wherein the specific combination of masses of VP1, VP2 and VP3 are indicative of the AAV serotype, optionally wherein the calculated masses of VP1, VP2 and VP3 are compared to the theoretical masses of VP1, VP2 and VP3 of one or more AAV serotypes. a) denaturing the AAV particle, b) subjecting the denatured AAV particle to liquid chromatography/mass spectrometry (LC/MS), and c) determining the masses of VP1, VP2 and VP3 of the AAV particle;
Use as perfuming ingredient of a compound of formula wherein n represents 1 or 2; A represents CH 2 or CO; and R represents a C 1-4 alkyl or alkenyl group or a C 3 cycloalkyl group, or when A is a CH 2 group R may also represent a C 1-3 acyl group. A represents CH 2 or CO; and R represents a C 1-4 alkyl or alkenyl group or a C 3 cycloalkyl group, or when A is a CH 2 group R may also represent a C 1-3 acyl group.
Method for determining an elevation misalignment angle (φ) of a radar sensor of a vehicle, having the steps: - determining elevation angles (α) of radar object locating processes with respect to a coordinate system of the radar sensor; and - determining an elevation misalignment angle (φ) on the basis of a frequency distribution of the elevation angles (α) of at least some of the radar object locating processes, characterized in that in the step of determining elevation angles (α) of radar object locating processes with respect to a coordinate system of the radar sensor, in each case on the basis of radar echoes which are obtained with at least two antenna direction characteristics (20, 21) which differ in the elevation direction, an elevation angle (α) of a radar object locating process is determined, and further characterized by the step: - determining a ground reflection correction value (f) in accordance with the determined elevation misalignment angle (φ); wherein during subsequent processes of determining elevation angles (α) of radar object locating processes the ground reflection correction value (f) is used to correct the determined elevation angle (α) in order to take into account an expected multi-path propagation of the radar signals as a result of reflection on the ground. - determining elevation angles (α) of radar object locating processes with respect to a coordinate system of the radar sensor; and - determining an elevation misalignment angle (φ) on the basis of a frequency distribution of the elevation angles (α) of at least some of the radar object locating processes, - determining a ground reflection correction value (f) in accordance with the determined elevation misalignment angle (φ);
A dressing comprising: a manifold; a bioresorbable component; and a degradation-modulating component covering two or more surfaces of the bioresorbable component and configured to modulate degradation of the bioresorbable component wherein the degradation-modulating component comprises a polymer. a manifold; a bioresorbable component; and a degradation-modulating component covering two or more surfaces of the bioresorbable component and configured to modulate degradation of the bioresorbable component wherein the degradation-modulating component comprises a polymer.
A system on a chip SoC comprising: a transceiver comprising a transmitter and a receiver, 2. wherein at least one of the transmitter and receiver has a configurable portion that can be configured to operate in a single ended mode and in a differential mode, wherein the transmitter is configured to transmit a test tone via the antenna, and wherein the receiver is configured to monitor the test tone to produce a received test tone signal; two SoC interface pins (102, 103) for coupling the transceiver to an antenna via a matching network, wherein the two interface pins are shareably coupled to the transmitter and to the receiver; and a tunable capacitor coupled to differential signal lines of the configurable portion wherein the tunable capacitor is configured to be tuned across a range of values and to determine a signal strength of the received test tone signal at various values of the tunable capacitor, and wherein the tunable capacitor is configured to optimize impedance matching of the configurable portion for each mode of operation, and wherein the tunable capacitor is adapted to be set to a value that produced an optimum received test tone. a transceiver comprising a transmitter and a receiver, 2. wherein at least one of the transmitter and receiver has a configurable portion that can be configured to operate in a single ended mode and in a differential mode, wherein the transmitter is configured to transmit a test tone via the antenna, and wherein the receiver is configured to monitor the test tone to produce a received test tone signal; two SoC interface pins (102, 103) for coupling the transceiver to an antenna via a matching network, wherein the two interface pins are shareably coupled to the transmitter and to the receiver; and a tunable capacitor coupled to differential signal lines of the configurable portion wherein the tunable capacitor is configured to be tuned across a range of values and to determine a signal strength of the received test tone signal at various values of the tunable capacitor, and wherein the tunable capacitor is configured to optimize impedance matching of the configurable portion for each mode of operation, and wherein the tunable capacitor is adapted to be set to a value that produced an optimum received test tone.
A process for the production of choline hydroxide comprising: a) reacting at a temperature above 30.0°C, in the presence of an aqueous medium, primary reactants comprising ethylene oxide, trimethylamine, and water in such amounts as to form a diluted choline hydroxide solution having a choline hydroxide concentration of at most 38.0 wt%, and b) removing at least a portion of the aqueous medium from the diluted choline hydroxide solution to form a concentrated aqueous choline hydroxide solution having a choline hydroxide concentration which is at least 1.05 times the choline hydroxide concentration of the diluted choline hydroxide solution. a) reacting at a temperature above 30.0°C, in the presence of an aqueous medium, primary reactants comprising ethylene oxide, trimethylamine, and water in such amounts as to form a diluted choline hydroxide solution having a choline hydroxide concentration of at most 38.0 wt%, and b) removing at least a portion of the aqueous medium from the diluted choline hydroxide solution to form a concentrated aqueous choline hydroxide solution having a choline hydroxide concentration which is at least 1.05 times the choline hydroxide concentration of the diluted choline hydroxide solution.
Plastic pellet trap device for capturing plastic pellets from water, wherein the device comprises - a plurality of filters configured to retain plastic pellets from incoming water passing through said plurality of filters; - a frame configured to hold said plurality of filters; - mounting elements configured to allow mounting of the frame on a tilted surface; wherein the frame is substantially step - shaped including a plurality of steps, wherein at least one step, preferably every step, of the step-shaped frame is configured to hold one of said plurality of filters or a plurality of filters, wherein one of said plurality of filters held in one step or said plurality of filters held in one step forms a basket having one or more side walls and a bottom, wherein the frame, the plurality of filters and the mounting elements are made of stainless steel, wherein an upper edge of one or more of the side walls of the basket includes an outwardly extending flange configured to rest on the substantially step-shaped frame. - a plurality of filters configured to retain plastic pellets from incoming water passing through said plurality of filters; - a frame configured to hold said plurality of filters; - mounting elements configured to allow mounting of the frame on a tilted surface;
A system comprising: a processor, wherein the processor is configured for executing a process of reducing power consumption that includes executing a first task over a first plurality of timeslots and a second task over a second plurality of timeslots, and wherein the processor is configured to: execute a real-time operating system (RTOS) process; determine that the first task is complete during a first timeslot of the first plurality of timeslots; and enter a low power mode for a remainder of the first timeslot upon determining that there is enough time to enter a low power mode during the first timeslot and a next timeslot is allocated to the first task, otherwise perform a dead-wait for the remainder of the first timeslot. a processor, wherein the processor is configured for executing a process of reducing power consumption that includes executing a first task over a first plurality of timeslots and a second task over a second plurality of timeslots, and wherein the processor is configured to: execute a real-time operating system (RTOS) process; determine that the first task is complete during a first timeslot of the first plurality of timeslots; and enter a low power mode for a remainder of the first timeslot upon determining that there is enough time to enter a low power mode during the first timeslot and a next timeslot is allocated to the first task, otherwise perform a dead-wait for the remainder of the first timeslot. execute a real-time operating system (RTOS) process; determine that the first task is complete during a first timeslot of the first plurality of timeslots; and enter a low power mode for a remainder of the first timeslot upon determining that there is enough time to enter a low power mode during the first timeslot and a next timeslot is allocated to the first task, otherwise perform a dead-wait for the remainder of the first timeslot.
A gas turbine segment seal assembly, comprising: a first tapered segment seal comprising a first tapered portion; a second tapered segment seal comprising a second tapered portion; and a seal pin positioned in between the first tapered segment seal and the second tapered segment seal to occlude a leakage path between the first tapered segment seal and the second tapered segment seal. a first tapered segment seal comprising a first tapered portion; a second tapered segment seal comprising a second tapered portion; and a seal pin positioned in between the first tapered segment seal and the second tapered segment seal to occlude a leakage path between the first tapered segment seal and the second tapered segment seal.
A computer-executed method for determining position information, the method comprising: receiving a first time-stamped notification from a first mobile computing device, the first time-stamped notification indicating that a first chirp signal has been broadcast by the first mobile computing device, the first mobile computing device being operated by a first user; receiving a second time-stamped notification from a second mobile computing device, the second time-stamped notification indicating that the first chirp signal has been received by the second mobile computing device, the second mobile computing device being operated by a second user; receiving frames of a video stream from the first mobile computing device, the frames including an image of the second user; performing facial recognition to recognize the second user, wherein performing facial recognition comprises determining a location of the second user in the frames; based on the determined location, determining first direction information corresponding to the second user; determining a distance between the first and second mobile computing devices based on a time difference between the first and second time-stamped notifications; and transmitting information about the second user to the first mobile computing device, the transmitted information comprising the first direction information and the determined distance, to direct the first user toward a position of the second user. receiving a first time-stamped notification from a first mobile computing device, the first time-stamped notification indicating that a first chirp signal has been broadcast by the first mobile computing device, the first mobile computing device being operated by a first user; receiving a second time-stamped notification from a second mobile computing device, the second time-stamped notification indicating that the first chirp signal has been received by the second mobile computing device, the second mobile computing device being operated by a second user; receiving frames of a video stream from the first mobile computing device, the frames including an image of the second user; performing facial recognition to recognize the second user, wherein performing facial recognition comprises determining a location of the second user in the frames; based on the determined location, determining first direction information corresponding to the second user; determining a distance between the first and second mobile computing devices based on a time difference between the first and second time-stamped notifications; and transmitting information about the second user to the first mobile computing device, the transmitted information comprising the first direction information and the determined distance, to direct the first user toward a position of the second user.
An oral care treatment device comprising: an intraoral mouthpiece having a dental arch midline plane (A-A) and comprising: a lamp support structure comprising: a lamp support surface having a concave curvature; at least one upper overhang structure defining an upper slot having an open bottom between the upper overhang structure and the lamp support surface; at least one lower overhang structure defining a lower slot having an open top between the upper overhang structure and the lamp support surface; and a lamp comprising a flexible sheet body and configured to generate and emit electromagnetic radiation; and the lamp is mounted to the lamp support structure so that a top edge of the flexible sheet body nests within the upper slot and a bottom edge of the flexible sheet body nests within the lower slot, the flexible sheet body being maintained in a flexed state along the lamp support surface due, at least in part, to contact with the upper and lower overhang structures (142, 143); wherein the flexible sheet body comprises a rear surface comprising first and second electrical contacts (161, 162); wherein the lamp extends along a lamp longitudinal axis (C-C) that extends from a first lamp side edge of the flexible sheet body to a second lamp side edge of the flexible sheet body; and wherein a transverse plane contains the lamp longitudinal axis (C-C) and the transverse plane intersects both of the first and second electrical contacts (161, 162) of the lamp. a lamp support structure comprising: a lamp support surface having a concave curvature; at least one upper overhang structure defining an upper slot having an open bottom between the upper overhang structure and the lamp support surface; at least one lower overhang structure defining a lower slot having an open top between the upper overhang structure and the lamp support surface; and a lamp support surface having a concave curvature; at least one upper overhang structure defining an upper slot having an open bottom between the upper overhang structure and the lamp support surface; at least one lower overhang structure defining a lower slot having an open top between the upper overhang structure and the lamp support surface; and a lamp comprising a flexible sheet body and configured to generate and emit electromagnetic radiation; and the lamp is mounted to the lamp support structure so that a top edge of the flexible sheet body nests within the upper slot and a bottom edge of the flexible sheet body nests within the lower slot, the flexible sheet body being maintained in a flexed state along the lamp support surface due, at least in part, to contact with the upper and lower overhang structures (142, 143); wherein the flexible sheet body comprises a rear surface comprising first and second electrical contacts (161, 162); wherein the lamp extends along a lamp longitudinal axis (C-C) that extends from a first lamp side edge of the flexible sheet body to a second lamp side edge of the flexible sheet body; and wherein a transverse plane contains the lamp longitudinal axis (C-C) and the transverse plane intersects both of the first and second electrical contacts (161, 162) of the lamp.
A cartridge comprising: a chip chamber configured to house a microfluidic chip comprising a plurality of sets of cell channels configured to capture cells from a biological sample; a sample chamber configured to receive the biological sample and be in fluid connection with the plurality of sets of cell channels; a plurality of medium reservoirs, wherein each medium reservoir of the plurality of medium reservoirs is configured to be in fluid connection with a respective set of cell channels of the plurality of sets of cell channels; and a culture medium source (110, 400) in fluid connection with the plurality of medium reservoirs and configured to supply a culture medium to the plurality of medium reservoirs. a chip chamber configured to house a microfluidic chip comprising a plurality of sets of cell channels configured to capture cells from a biological sample; a sample chamber configured to receive the biological sample and be in fluid connection with the plurality of sets of cell channels; a plurality of medium reservoirs, wherein each medium reservoir of the plurality of medium reservoirs is configured to be in fluid connection with a respective set of cell channels of the plurality of sets of cell channels; and a culture medium source (110, 400) in fluid connection with the plurality of medium reservoirs and configured to supply a culture medium to the plurality of medium reservoirs.
A network connection configuration method, comprising: obtaining, by a terminal device, network configuration information of an application in the terminal device, wherein the network configuration information is used to indicate a configuration that a network connection between the terminal device and a data network needs to meet for the application; sending, by the terminal device, the network configuration information to a core network control plane network element; wherein the obtaining, by a terminal device, the network configuration information comprises: sending, by the terminal device, a configuration information request to an application server, the configuration information request comprising an application identifier of an application, and receiving the network configuration information corresponding to the application identifier of the application from the application server. obtaining, by a terminal device, network configuration information of an application in the terminal device, wherein the network configuration information is used to indicate a configuration that a network connection between the terminal device and a data network needs to meet for the application; sending, by the terminal device, the network configuration information to a core network control plane network element; wherein the obtaining, by a terminal device, the network configuration information comprises: sending, by the terminal device, a configuration information request to an application server, the configuration information request comprising an application identifier of an application, and receiving the network configuration information corresponding to the application identifier of the application from the application server.