mhurhangee/ep-ind-claims huggingface dataset:
A method for processing encoded video data, the method comprising: receiving a file associated with encoded video data, wherein the encoded video data is stored in the file according to a file format, wherein the encoded video data includes two or more layers, wherein more than one layer includes an end-of-bitstream network abstraction layer, NAL, unit, and wherein the two or more layers are stored in two or more tracks in the file; determining a first layer from among the two or more layers, wherein the first layer includes a first end-of-bitstream NAL unit, wherein the first layer is determined to be a highest layer, among the two or more layers, that includes an end-of-bitstream NAL unit; identifying a set of layers from among the two or more layers; and generating a reconstructed bitstream based on the first end-of-bitstream NAL unit and a plurality of access units, wherein the plurality of access units include one or more samples from the set of layers, and wherein a last access unit in the reconstructed bitstream includes the first end-of-bitstream NAL unit. receiving a file associated with encoded video data, wherein the encoded video data is stored in the file according to a file format, wherein the encoded video data includes two or more layers, wherein more than one layer includes an end-of-bitstream network abstraction layer, NAL, unit, and wherein the two or more layers are stored in two or more tracks in the file; determining a first layer from among the two or more layers, wherein the first layer includes a first end-of-bitstream NAL unit, wherein the first layer is determined to be a highest layer, among the two or more layers, that includes an end-of-bitstream NAL unit; identifying a set of layers from among the two or more layers; and generating a reconstructed bitstream based on the first end-of-bitstream NAL unit and a plurality of access units, wherein the plurality of access units include one or more samples from the set of layers, and wherein a last access unit in the reconstructed bitstream includes the first end-of-bitstream NAL unit.
A fuel cell comprising: a MEA that includes a cathode, an anode, and a solid electrolyte layer disposed between the cathode and the anode, the solid electrolyte layer containing an ion-conducting solid oxide; at least one first porous metal body arranged to oppose at least one of the cathode and the anode; and an interconnector arranged to oppose the first porous metal body and having a gas supply port formed therein, characterized in that the interconnector has a gas discharge port (5a, 5b) formed therein, the first porous metal body includes a porous metal body S that opposes the gas supply port and has a three-dimensional mesh-like skeleton, and a porous metal body H that has a three-dimensional mesh-like skeleton and is other than the porous metal body S, a porosity Ps of the porous metal body S and a porosity Ph of the porous metal body H satisfy a relationship: Ps < Ph, and the porous metal bodies S and H constituting the first porous metal body are bonded to one another through entanglement of their skeletons. a MEA that includes a cathode, an anode, and a solid electrolyte layer disposed between the cathode and the anode, the solid electrolyte layer containing an ion-conducting solid oxide; at least one first porous metal body arranged to oppose at least one of the cathode and the anode; and an interconnector arranged to oppose the first porous metal body and having a gas supply port formed therein, characterized in that the interconnector has a gas discharge port (5a, 5b) formed therein, the first porous metal body includes a porous metal body S that opposes the gas supply port and has a three-dimensional mesh-like skeleton, and a porous metal body H that has a three-dimensional mesh-like skeleton and is other than the porous metal body S, a porosity Ps of the porous metal body S and a porosity Ph of the porous metal body H satisfy a relationship: Ps < Ph, and the porous metal bodies S and H constituting the first porous metal body are bonded to one another through entanglement of their skeletons.
An airbag module for an automotive vehicle comprising a gas generator, a holder for the gas generator and a folded airbag which is inflatable by means of the gas generator in the case of deployment so that the airbag may deploy, wherein the airbag module comprises at least one magnetic fastening element (24, 26) by means of which the airbag module is adapted to be fastened to a vehicle body of the automotive vehicle, characterized in that the holder includes a fixation point by means of which inter alia the folded airbag is fixed in position on the holder.
An apparatus comprising: a handpiece having a needle and electrical means for ultrasonically vibrating said needle; power source means for providing pulsed electrical power to the handpiece electrical means; input means for enabling an operator to select an amplitude of the electrical pulses; means for providing fluid from the handpiece needle, characterized in comprising control means for controlling ultrasonic power supplied to the handpiece in a stepped power delivery arrangement during a surgical procedure conducted in a surgical environment having a fluid associated therewith, said control means controlling ultrasonic power supplied by applying power at a first energy level and for a time period sufficient to induce transient cavitation in the fluid and reducing power after said time period to a second energy level lower than the first energy level, thereby decreasing likelihood of injury, wherein the control means further provides energy at a de minimis power level subsequent to reducing power to the the second energy level, wherein the control means further comprises: means for repeating said applying and reducing. a handpiece having a needle and electrical means for ultrasonically vibrating said needle; power source means for providing pulsed electrical power to the handpiece electrical means; input means for enabling an operator to select an amplitude of the electrical pulses; means for providing fluid from the handpiece needle, characterized in comprising control means for controlling ultrasonic power supplied to the handpiece in a stepped power delivery arrangement during a surgical procedure conducted in a surgical environment having a fluid associated therewith, said control means controlling ultrasonic power supplied by applying power at a first energy level and for a time period sufficient to induce transient cavitation in the fluid and reducing power after said time period to a second energy level lower than the first energy level, thereby decreasing likelihood of injury, wherein the control means further comprises: means for repeating said applying and reducing. means for repeating said applying and reducing.
An air conditioner comprising: a cross flow fan which extends in an axial direction and includes vanes lined up in a circumferential direction; and a stabilizer and a rear guider which are provided on respective sides of an outer periphery of the cross flow fan to form an air passage, the rear guider including a plurality of twisted portions, at least at a part in the axial direction of the rear guider, the part being on the leading end side, wherein the twisted portions of the rear guider are lined up in the axial direction, in the circumferential direction of the cross flow fan, the twisted portions of the rear guider are deviated from the axial direction gradually from one end to the other end in the axial direction, the directions of deviation of the twisted portions of the rear guider in the circumferential direction are identical with one another, each two neighboring twisted portions of the rear guider are connected by a first connecting portion, and in the cross flow fan, vane wheels each including the vanes are lined up in the axial direction and each two neighboring vane wheels are connected by a second connecting portion, characterized in that the vanes of each two neighboring vane wheels are deviated from one another in the circumferential direction, and the first connecting portions of the rear guider are positioned to oppose the second connecting portions. a cross flow fan which extends in an axial direction and includes vanes lined up in a circumferential direction; and a stabilizer and a rear guider which are provided on respective sides of an outer periphery of the cross flow fan to form an air passage, the rear guider including a plurality of twisted portions, at least at a part in the axial direction of the rear guider, the part being on the leading end side, wherein the twisted portions of the rear guider are lined up in the axial direction, in the circumferential direction of the cross flow fan, the twisted portions of the rear guider are deviated from the axial direction gradually from one end to the other end in the axial direction, the directions of deviation of the twisted portions of the rear guider in the circumferential direction are identical with one another, each two neighboring twisted portions of the rear guider are connected by a first connecting portion, and in the cross flow fan, vane wheels each including the vanes are lined up in the axial direction and each two neighboring vane wheels are connected by a second connecting portion, characterized in that the vanes of each two neighboring vane wheels are deviated from one another in the circumferential direction, and the first connecting portions of the rear guider are positioned to oppose the second connecting portions.
A method for sending packets in a network, the method comprising: receiving, at a computing device, a set of addresses from a first segment (VXLAN100) of the network, wherein the set of addresses is a subset of all addresses in the first segment (VXLAN100) of the network; receiving, at the computing device, a packet from the network, the packet having a source address in the first segment (VXLAN100) of the network and a destination address in a second segment (VLAN10) of the network; and bridging, at the computing device, the packet from the first segment (VXLAN100) to the second segment (VLAN10) only when the source address or the destination address of the packet is one of the addresses included in the received set of addresses. receiving, at a computing device, a set of addresses from a first segment (VXLAN100) of the network, wherein the set of addresses is a subset of all addresses in the first segment (VXLAN100) of the network; receiving, at the computing device, a packet from the network, the packet having a source address in the first segment (VXLAN100) of the network and a destination address in a second segment (VLAN10) of the network; and bridging, at the computing device, the packet from the first segment (VXLAN100) to the second segment (VLAN10) only when the source address or the destination address of the packet is one of the addresses included in the received set of addresses.
A method of treating a zirconium alloy, comprising a step of performing a surface layer oxidation and removal treatment on the zirconium alloy, wherein the surface layer oxidation and removal treatment comprises: performing an oxidation treatment on a surface layer (40, 42) of the zirconium alloy to obtain an oxide surface layer (41, 43); and performing a removal treatment to the oxide surface layer to expose a metal substrate, wherein the zirconium alloy has an initial content of hafnium element ranging from 0.5 wt% to 8 wt%, and the oxidation treatment is conducted at a temperature of 500 °C to 700 °C and a treatment time of 0.5 h to 10 h.
A method for operating a primary side (4-A) of an inductive power supply, said primary side (4-A) comprising: a controller, a power stage, a primary coil (Lp), and an envelope filter, said method serving for transferring energy to a secondary side (4-B) of said inductive power supply, said method comprising: said controller sending a communication to said power stage; said power stage driving said primary coil (Lp); characterized in that: if said envelope filter detects a return signal comprising power control bits from the secondary side (4-B) then forwarding the returned signal to said controller; transmitting power to said secondary side (4-B); and during power transmission: said envelope filter detecting the return signal comprising power control bits from said secondary side (4-B); and regulating power transmission on the basis of said detected power control bits, wherein the power control bits comprise information on the change of the load of the secondary side (4-B). said controller sending a communication to said power stage; said power stage driving said primary coil (Lp); if said envelope filter detects a return signal comprising power control bits from the secondary side (4-B) then forwarding the returned signal to said controller; transmitting power to said secondary side (4-B); and said envelope filter detecting the return signal comprising power control bits from said secondary side (4-B); and regulating power transmission on the basis of said detected power control bits,
Placement device for an inductive hob, comprising an induction coil that can be inductively coupled to a heating coil of the inductive hob, a transmitting unit or a transmitting unit and a measuring unit, characterized in that the placement device has at least one sensor (17; 17') for detecting a placement event, the detection of the nature of a surface, on which the placement device has been placed, being made possible by the one sensor (17; 17'). an induction coil that can be inductively coupled to a heating coil of the inductive hob, a transmitting unit or a transmitting unit and a measuring unit, characterized in that the placement device has at least one sensor (17; 17') for detecting a placement event, the detection of the nature of a surface, on which the placement device has been placed, being made possible by the one sensor (17; 17').
A polyamide 610 multifilament having a sulfuric acid relative viscosity of 3.3 to 3.7, a dry strength of 7.3 cN/dtex to 9.2 cN/dtex and a dry elongation of 20% to 30%, wherein the sulfuric acid relative viscosity, dry strength and elongation are measured by the methods of the description.
A vent assembly comprising: a vent body having an inner surface defining a cavity, wherein the vent body defines a first end and a second end and the vent body defines a central axis (a 1) extending from the first end to the second end; a first retainer extending from the inner surface across the cavity towards the first end of the vent body, wherein the first retainer defines a first retainer opening extending to a first radial distance (R 1) from the central axis (ai); wherein the first retainer forms a frictional fit with the vent body; a second retainer extending from the inner surface across the cavity towards the second end of the vent body, wherein the second retainer defines a second retainer opening extending to a second radial distance (R 2) from the central axis (ai), wherein the second radial distance (R 2) is greater than the first radial distance; wherein the second retainer forms a frictional fit with the vent body; coalescing filter media disposed in the cavity between the first retainer and the second retainer; wherein the coalescing filter media, the cavity, the first retainer, and the second retainer cumulatively define an airflow pathway and wherein the vent body has an insertion portion defining the second end of the vent body; and a membrane, wherein the first retainer is disposed across the cavity between the coalescing filter media and the membrane; wherein the second retainer opening of the second retainer is radially closer to the inner surface than the first retainer opening of the first retainer. a vent body having an inner surface defining a cavity, wherein the vent body defines a first end and a second end and the vent body defines a central axis (a 1) extending from the first end to the second end; a first retainer extending from the inner surface across the cavity towards the first end of the vent body, wherein the first retainer defines a first retainer opening extending to a first radial distance (R 1) from the central axis (ai); wherein the first retainer forms a frictional fit with the vent body; a second retainer extending from the inner surface across the cavity towards the second end of the vent body, wherein the second retainer defines a second retainer opening extending to a second radial distance (R 2) from the central axis (ai), wherein the second radial distance (R 2) is greater than the first radial distance; wherein the second retainer forms a frictional fit with the vent body; coalescing filter media disposed in the cavity between the first retainer and the second retainer; wherein the coalescing filter media, the cavity, the first retainer, and the second retainer cumulatively define an airflow pathway and wherein the vent body has an insertion portion defining the second end of the vent body; and a membrane, wherein the first retainer is disposed across the cavity between the coalescing filter media and the membrane; wherein the second retainer opening of the second retainer is radially closer to the inner surface than the first retainer opening of the first retainer.
Stacking aid for rings with different diameters, with a baseplate extending in a longitudinal direction, a first stop plate which protrudes from a first side of the baseplate and a second stop plate which protrudes from a second side of the baseplate, which side is opposite the first side, wherein the baseplate together with the first stop plate forms a first bearing bracket for a first ring and together with the second stop plate forms a second bearing bracket for a second ring, and wherein the bearing brackets (4, 5) are arranged diagonally opposite each other on the baseplate.
A method for displaying incoming messages in an electronic device, the method comprising: selecting a particular application including a plurality of unread messages (655, 657, 659); displaying the plurality of unread messages (655, 657, 659) for the selected application; and when all of the plurality of unread messages (655, 657, 659) is not displayed on a single screen of the electronic device, automatically displaying the plurality of unread messages in a scrolling motion at a scroll speed of a predetermined rate, wherein the scrolling motion is adjusted to temporarily lower the scroll speed of the plurality of unread messages by a predetermined amount when a display area on the screen for one of the plurality of unread messages is greater than a predefined threshold size; and wherein, when the one of the plurality of unread messages greater than the predefined threshold size disappears from the screen, the scroll speed of the plurality of unread messages returns to the predetermined rate. selecting a particular application including a plurality of unread messages (655, 657, 659); displaying the plurality of unread messages (655, 657, 659) for the selected application; and when all of the plurality of unread messages (655, 657, 659) is not displayed on a single screen of the electronic device, automatically displaying the plurality of unread messages in a scrolling motion at a scroll speed of a predetermined rate, wherein the scrolling motion is adjusted to temporarily lower the scroll speed of the plurality of unread messages by a predetermined amount when a display area on the screen for one of the plurality of unread messages is greater than a predefined threshold size; and wherein, when the one of the plurality of unread messages greater than the predefined threshold size disappears from the screen, the scroll speed of the plurality of unread messages returns to the predetermined rate.
An adjustment drive (50; 150) for a cutting length adjustment mechanism (24; 130) for a hair cutting appliance (10; 110), the adjustment drive (50; 150) comprising: - an actuator that is configured to actuate a movable portion (40; 120) of the cutting length adjustment mechanism (24; 130) with respect to a housing portion (12; 112) of the hair cutting appliance (10; 110), characterized in that the adjustment drive further comprises a movement sensor unit that is configured to detect a movement of the hair cutting appliance (10; 110), involving at least one of an orientation change and a position change, and to output an adjustment control signal that is derived from the detected movement, wherein, in a length adjustment mode, the actuator is operated on the basis of the adjustment control signal. - an actuator that is configured to actuate a movable portion (40; 120) of the cutting length adjustment mechanism (24; 130) with respect to a housing portion (12; 112) of the hair cutting appliance (10; 110), characterized in that
An infusion management system comprising: a trunk for holding one or more medical components, the trunk extending between bottom and top ends thereof; and a base comprising a first base arm and a second base arm, wherein one end of each of the base arms is connected to the trunk bottom end to form a vertex region, wherein said base arms are pivotally connected to said trunk to provide a deployable system, and said base arms and said vertex region define a two-sided base footprint, wherein in a base-storage configuration each of the base arms pivot to a position substantially parallel to the trunk and in a base-deployed configuration the two-sided base footprint and the trunk form an acute angle (θ); a first wheel connected to said vertex region; a second wheel connected to said first base arm; a third wheel connected to said second base arm, wherein each of the wheels are capable of stably contacting a supporting surface on which the device rests; a first mobility handle connected to said first base arm or to said trunk for supporting one hand of a patient; and a second mobility handle connected to said second base arm or to said trunk for supporting the other hand of the patient. a trunk for holding one or more medical components, the trunk extending between bottom and top ends thereof; and a base comprising a first base arm and a second base arm, wherein one end of each of the base arms is connected to the trunk bottom end to form a vertex region, wherein said base arms are pivotally connected to said trunk to provide a deployable system, and said base arms and said vertex region define a two-sided base footprint, wherein in a base-storage configuration each of the base arms pivot to a position substantially parallel to the trunk and in a base-deployed configuration the two-sided base footprint and the trunk form an acute angle (θ); a first wheel connected to said vertex region; a second wheel connected to said first base arm; a third wheel connected to said second base arm, wherein each of the wheels are capable of stably contacting a supporting surface on which the device rests; a first mobility handle connected to said first base arm or to said trunk for supporting one hand of a patient; and a second mobility handle connected to said second base arm or to said trunk for supporting the other hand of the patient.