mhurhangee/ep-ind-claims huggingface dataset:
A method of controlling a video playback buffer in a user device, said method comprising: determining a buffer status metric representing a current amount of video packets in said video playback buffer; selecting a buffer status action from a set of multiple available buffer status actions based on the buffer status metric and a mobility metric, wherein said buffer status action is at least one of: a re-buffering of video packets, an increase in maximum size of the video playback buffer, a reduction in playback bitrate, and a handover, wherein said mobility metric represents a mobility pattern of said user device and is selected from at least one of a number of handovers within a measurement time window comprising multiple measurement instances and position data representing information on positions or change of positions of said user device at said multiple measurement instances, and triggering said buffer status action. determining a buffer status metric representing a current amount of video packets in said video playback buffer; selecting a buffer status action from a set of multiple available buffer status actions based on the buffer status metric and a mobility metric, wherein said buffer status action is at least one of: a re-buffering of video packets, an increase in maximum size of the video playback buffer, a reduction in playback bitrate, and a handover, wherein said mobility metric represents a mobility pattern of said user device and is selected from at least one of a number of handovers within a measurement time window comprising multiple measurement instances and position data representing information on positions or change of positions of said user device at said multiple measurement instances, and triggering said buffer status action.
A method for power management of a server rack comprising a rack management controller, RMC, (130, 230, 530, 680) and a number of servers (150, 250), the method comprising: collecting, by the RMC, power consumption data from a first baseboard management controller, BMC, (152, 252, 520) of a first server (150, 250) in the server rack; sending, by the RMC, the power consumption data to a management server (170, 540); receiving, by the RMC, power requirements from the management server (170, 540); determining, by the RMC, a power setting based on the power consumption data and the power requirements; requesting, by the RMC, the first BMC (152, 252, 520) to limit power consumption of the first server (150, 250) according to the power setting; characterised by determining, by the first BMC (152, 252, 520), a type of server classification of the first server (150, 250), the types of server classification including a compute node, a storage node and a switch node; and executing, by the first BMC (152, 252, 520), power consumption actions on the first server (150, 250) according to the type of server classification to limit the power consumption thereof. collecting, by the RMC, power consumption data from a first baseboard management controller, BMC, (152, 252, 520) of a first server (150, 250) in the server rack; sending, by the RMC, the power consumption data to a management server (170, 540); receiving, by the RMC, power requirements from the management server (170, 540); determining, by the RMC, a power setting based on the power consumption data and the power requirements; requesting, by the RMC, the first BMC (152, 252, 520) to limit power consumption of the first server (150, 250) according to the power setting; characterised by determining, by the first BMC (152, 252, 520), a type of server classification of the first server (150, 250), the types of server classification including a compute node, a storage node and a switch node; and executing, by the first BMC (152, 252, 520), power consumption actions on the first server (150, 250) according to the type of server classification to limit the power consumption thereof.
A method of manufacturing a multi-phase electrical machine, the method comprising the steps of: casting in a mould a conductor for a winding of the stator of the multi-phase electrical machine, the conductor being cast having first and second substantially parallel legs (210, 220) and a bridge portion extending, in a direction substantially perpendicular to the legs, between respective first ends of the first and second legs, to electrically connect the first and second legs, the bridge portion being cast so as to comprise: a first bridge part extending in a first plane substantially perpendicular to the first and second legs, from a first end of the first leg; a second bridge part, extending from a first end of the second leg, in a second plane substantially perpendicular to the first and second legs, to connect the second leg to the first bridge part; and a longitudinally extending portion extending longitudinally to the stator and connecting the first bridge part and the second bridge part; removing the conductor from the mould; and inserting the first and second legs of the conductor into slots (110, 111) in a stator core of the multi-phase electrical machine, such that at least a portion of the bridge portion lies in a plane substantially parallel with an end face of the core, the legs of the conductor being cast so as to extend within the first and second slots of the stator core, from the bridge portion located at a first longitudinal end of the stator core, to a second longitudinal end of the stator core. casting in a mould a conductor for a winding of the stator of the multi-phase electrical machine, the conductor being cast having first and second substantially parallel legs (210, 220) and a bridge portion extending, in a direction substantially perpendicular to the legs, between respective first ends of the first and second legs, to electrically connect the first and second legs, the bridge portion being cast so as to comprise: a first bridge part extending in a first plane substantially perpendicular to the first and second legs, from a first end of the first leg; a second bridge part, extending from a first end of the second leg, in a second plane substantially perpendicular to the first and second legs, to connect the second leg to the first bridge part; and a longitudinally extending portion extending longitudinally to the stator and connecting the first bridge part and the second bridge part; removing the conductor from the mould; and inserting the first and second legs of the conductor into slots (110, 111) in a stator core of the multi-phase electrical machine, such that at least a portion of the bridge portion lies in a plane substantially parallel with an end face of the core, the legs of the conductor being cast so as to extend within the first and second slots of the stator core, from the bridge portion located at a first longitudinal end of the stator core, to a second longitudinal end of the stator core.
A system for detecting misalignment of an aero surface relative to other aero surfaces during simultaneous deployment of said aero surfaces, comprising a generator configured to shine a beam of light through aligned apertures in a series of aero surfaces during deployment of said aero surfaces, characterised by a reflector, the generator being configured to shine said beam of light through said apertures towards the reflector, and in that the system comprises a receptor to detect reflection of said beam of light from said reflector back through said apertures towards the generator and, a controller operable to terminate further deployment of said aero surfaces in the event that no reflection is detected by said receptor or, if an actual time taken for the reflected beam of light to be detected by the receptor differs from a predetermined time.
A method for forming a digital image of a scene, the method comprising: forming an optical image at a first position on a first axis; locating a focal-plane array at a second position on the first axis, wherein the first position and second position are separated along the first axis by a first distance; receiving a light distribution at the focal-plane array, the light distribution being based on the optical image and the first distance; converting the light distribution into a digital output signal over a first exposure period; controlling at least one of the first position and the second position to scan the first distance through a first range during the first exposure period; characterized by: inducing a first relative motion between the focal-plane array and the light distribution during the first exposure period, wherein the first relative motion is unaligned with the first axis; wherein the scanning of the first distance through the first range and the first relative motion collectively encode the digital output signal to form an encoded digital output signal. forming an optical image at a first position on a first axis; locating a focal-plane array at a second position on the first axis, wherein the first position and second position are separated along the first axis by a first distance; receiving a light distribution at the focal-plane array, the light distribution being based on the optical image and the first distance; converting the light distribution into a digital output signal over a first exposure period; controlling at least one of the first position and the second position to scan the first distance through a first range during the first exposure period; inducing a first relative motion between the focal-plane array and the light distribution during the first exposure period, wherein the first relative motion is unaligned with the first axis; wherein the scanning of the first distance through the first range and the first relative motion collectively encode the digital output signal to form an encoded digital output signal.
A laminate comprising a first acrylic resin layer, a thermoplastic resin layer, and a second acrylic resin layer in this order, wherein the thermoplastic resin layer contains 71% or more of a component having a spin-spin relaxation time T 2 H in pulse NMR measurement of 0.03 ms or longer as measured with a method described in the description.
A photoelectric conversion element comprising: a first electrode having a porous oxide semiconductor layer which supports a sensitizing dye on a surface thereof and functioning as a photo electrode; a second electrode disposed so as to oppose the first electrode; an electrolyte disposed in at least a part of a space between the first electrode and the second electrode; and a sump portion for the electrolyte disposed in at least a part of the space between the first electrode and the second electrode, wherein the first electrode has a collector wiring composed of a conductive material, the sump portion is provided around the collector wiring the second electrode has a conductive base material; and the sump portion is a recessed portion provided on the base material of the second electrode. a first electrode having a porous oxide semiconductor layer which supports a sensitizing dye on a surface thereof and functioning as a photo electrode; a second electrode disposed so as to oppose the first electrode; an electrolyte disposed in at least a part of a space between the first electrode and the second electrode; and a sump portion for the electrolyte disposed in at least a part of the space between the first electrode and the second electrode, wherein the first electrode has a collector wiring composed of a conductive material, the sump portion is provided around the collector wiring the second electrode has a conductive base material; and the sump portion is a recessed portion provided on the base material of the second electrode.
Clamping device, in particular a vertical clamp, for clamping workpieces, in particular those of wood or wood substitutes, plastics or metals, comprising: a first clamping element with a first clamping face, a second clamping element with a second clamping face facing the first clamping face wherein the first clamping element and the second clamping element are movable relative to one another via a drive device for clamping or releasing a workpiece between the clamping faces (2a, 7a), wherein the first clamping element is fixed on a connector member having a first thread or is formed integral therewith, and the second clamping element is mounted on a bearing section in which a tension element is mounted in displaceable manner movable relative to the bearing section and has a counter thread matching the first thread, wherein the connector member and the tension element are connected to one another via the thread and the counter thread, wherein the connector member has a releasable first rotational lock which is designed in the locked state to prevent a relative rotation between the connector member and the tension element and in the released state to enable such relative rotation, characterised in that the first rotational lock comprises a traction element which is guided through the connector member. a first clamping element with a first clamping face, a second clamping element with a second clamping face facing the first clamping face wherein the first clamping element and the second clamping element are movable relative to one another via a drive device for clamping or releasing a workpiece between the clamping faces (2a, 7a), wherein the first clamping element is fixed on a connector member having a first thread or is formed integral therewith, and the second clamping element is mounted on a bearing section in which a tension element is mounted in displaceable manner movable relative to the bearing section and has a counter thread matching the first thread, wherein the connector member and the tension element are connected to one another via the thread and the counter thread, wherein the connector member has a releasable first rotational lock which is designed in the locked state to prevent a relative rotation between the connector member and the tension element and in the released state to enable such relative rotation, characterised in that the first rotational lock comprises a traction element which is guided through the connector member.
Process for generating fine particles by means of a jet mill, characterized in that the milling gas has a pressure of ≤ 4 bar (abs) and a temperature of less than 100°C, during the milling a coating agent or doping agent is added in such a way that at least parts of the surface of the particles of the material for milling are covered with the coating agent or doping agent and the material for milling is amorphous SiO 2 and the coating agent or doping agent is silicone polyether acrylate, polyvinyl alcohol, acrylate or wax.
A high voltage bushing comprising a bottom contact, and a tubular conductor, having a lower part having an end in electrical and mechanical contact with the bottom contact, and a draw rod arrangement, inside the conductor, arranged to exert sufficient contact pressure between the bottom contact and the conductor, and the draw rod arrangement comprises a member in mechanical contact with the conductor and draw rod having a second end, fixedly connected to the bottom contact, and a first end in connection to the member and clamping means, the clamping means is adapted to apply a force, urging the member in the direction of the bottom contact to generate sufficient contact pressure between the bottom contact and the conductor, characterized in that the member comprises; a top part, and a support tube arranged around and in parallel with the draw rod, having a first end being in contact with the top part and a second end fixedly connected to the lower part of the conductor, and the clamping means is adapted to apply the force on the top part and said member is arranged to apply said force to the lower part of the conductor.
A tablet comprising: a. Compound 1 Form II; (Compound 1= 3-(6-(1-(2,2-difluorobenzo[d][1,3]dioxol-5-yl) cyclopropanecarboxamido)-3-methylpyridin-2-yl)benzoic acid) b. a filler; c. a diluent; d. a disintegrant; e. a surfactant; f. a lubricant; and g. at least one of a binder and a glidant; wherein Compound 1 Form II is present in the tablet in an amount ranging from about 25 mg to about 250 mg; and wherein the amount of Compound 1 Form II in the tablet ranges from about 15 wt% to about 75 wt% by weight of the tablet. a. Compound 1 Form II; (Compound 1= 3-(6-(1-(2,2-difluorobenzo[d][1,3]dioxol-5-yl) cyclopropanecarboxamido)-3-methylpyridin-2-yl)benzoic acid) b. a filler; c. a diluent; d. a disintegrant; e. a surfactant; f. a lubricant; and g. at least one of a binder and a glidant; wherein Compound 1 Form II is present in the tablet in an amount ranging from about 25 mg to about 250 mg; and wherein the amount of Compound 1 Form II in the tablet ranges from about 15 wt% to about 75 wt% by weight of the tablet. wherein Compound 1 Form II is present in the tablet in an amount ranging from about 25 mg to about 250 mg; and wherein the amount of Compound 1 Form II in the tablet ranges from about 15 wt% to about 75 wt% by weight of the tablet.
A method for backfilling cavities (1, 2) filled with brine, e.g. with NaCl brine, with backfill whilst simultaneously extracting brine located in the underground cavities (1, 2), in which backfill material, consisting of a solid phase and a liquid phase, is introduced into a lower section of an underground cavity and brine is removed from an upper section of the underground cavity, wherein, between the lower section or the backfill that is formed there from the solid phase and a part of the liquid phase on the one hand and the upper section or the brine on the other hand, a separation layer is formed from the liquid phase of the backfill material that is not required when forming the backfill, in which simultaneously brine from the upper section of the one underground cavity is introduced into an upper section of a further underground cavity and separation-layer brine is removed from a separation layer of the further underground cavity formed from a liquid phase not required during the formation of backfill in the lower section of the further underground cavity between the lower section or the backfill that is formed there from the solid phase and a part of the liquid phase on the one hand and the upper section or the brine on the other hand, in which dust-like backfill construction materials or wastes and brine removed from the upper section of the one underground cavity are mixed in a mixing station to create the backfill material, and in which a part of the brine removed from the upper section of the one underground cavity is branched off for processing, e.g. soda production, wherein whenever the separation layer in the further underground cavity reaches a predeterminable minimum thickness, the method is adapted accordingly and runs in reverse until the separation layer reaches the predeterminable minimum thickness in the first underground cavity.
A secondary battery including an ionic salt based electrolyte, which contains as solvent a mixture of ethylene carbonate, ethylmethyl carbonate and diethyl carbonate in a relative ratio by weight of 4:1:5, 1M LiPF 6, 1.5 weight % of vinylene carbonate, 0.5 weight% of propylene sulfone, and 5 weight % of polyethyleneglycol diglydicylether.
A tissue scaffold delivery system, comprising: a delivery shaft, having at least one prong for engagement with a tissue scaffold; and a delivery guide having an inner lumen extending therethrough for advancement over said delivery shaft, the delivery guide having at least one bone-penetrating tooth extending from a perimeter of a distal end thereof, and further including at least one window adjacent to the distal end configured to enable viewing of a component disposed within the inner lumen at the distal end, wherein the delivery shaft and delivery guide are so configured that, after the delivery guide has been advanced over the delivery shaft such that the at least one bone-penetrating tooth penetrates the tissue scaffold and engages bone to hold the tissue scaffold in a fixed position relative to the bone, the delivery shaft can be removed by being withdrawn through the delivery guide. a delivery shaft, having at least one prong for engagement with a tissue scaffold; and a delivery guide having an inner lumen extending therethrough for advancement over said delivery shaft, the delivery guide having at least one bone-penetrating tooth extending from a perimeter of a distal end thereof, and further including at least one window adjacent to the distal end configured to enable viewing of a component disposed within the inner lumen at the distal end, wherein the delivery shaft and delivery guide are so configured that, after the delivery guide has been advanced over the delivery shaft such that the at least one bone-penetrating tooth penetrates the tissue scaffold and engages bone to hold the tissue scaffold in a fixed position relative to the bone, the delivery shaft can be removed by being withdrawn through the delivery guide.
An electronic system for anti-theft protection of goods, said system comprising: • a unit for detecting a metallic material in a detection zone; • a unit for detecting a magnetic or magnetisable material in a detection zone;and • a control unit, the control unit is capable of receiving information from the units for detecting metallic and magnetic material when the one or both of these units detect a metallic or a magnetic material, respectively, in a shared detection zone, and by the control unit being programmed to: - emit an alarm which depends on whether it receives information about the detection of metallic or magnetic material; - emit an alarm when it receives information about the detection of a metallic material, while simultaneously it does not receive information about the detection of magnetic materials,and characterized in that - the system's control unit is programmed such that the system does not emit an alarm when both sensors register an item. • a unit for detecting a metallic material in a detection zone; • a unit for detecting a magnetic or magnetisable material in a detection zone;and • a control unit, the control unit is capable of receiving information from the units for detecting metallic and magnetic material when the one or both of these units detect a metallic or a magnetic material, respectively, in a shared detection zone, and by the control unit being programmed to: - emit an alarm which depends on whether it receives information about the detection of metallic or magnetic material; - emit an alarm when it receives information about the detection of a metallic material, while simultaneously it does not receive information about the detection of magnetic materials,and characterized in that - the system's control unit is programmed such that the system does not emit an alarm when both sensors register an item. - emit an alarm which depends on whether it receives information about the detection of metallic or magnetic material; - emit an alarm when it receives information about the detection of a metallic material, while simultaneously it does not receive information about the detection of magnetic materials,and characterized in that - the system's control unit is programmed such that the system does not emit an alarm when both sensors register an item.