mhurhangee/ep-ind-claims huggingface dataset:
A method performed by a digital receiver, the method comprising: causing playback of a first piece of content at a first bitrate; receiving a selection of a new piece of content for playback during the playback of the first piece of content; in response to the receiving of the selection, transitioning to the new piece of content by initiating playback of the new piece of content using the first bitrate used for playback of the first piece of content to maintain the first bitrate for playback of the new piece of content; and if the new piece of content cannot be played back to maintain playback at the first bitrate, lowering the first bitrate. causing playback of a first piece of content at a first bitrate; receiving a selection of a new piece of content for playback during the playback of the first piece of content; in response to the receiving of the selection, transitioning to the new piece of content by initiating playback of the new piece of content using the first bitrate used for playback of the first piece of content to maintain the first bitrate for playback of the new piece of content; and if the new piece of content cannot be played back to maintain playback at the first bitrate, lowering the first bitrate.
Connection device for the connection of a conductor end, which connection device has a housing and also a busbar section, a clamping spring arrangement and a rotary lever arrangement in the housing, the clamping spring arrangement being able to be rotated, with the aid of the rotary lever arrangement, from an open position to a contact position, in which contact is made with the conductor end, wherein the busbar section is configured trough-shaped, in particular V- or U-shaped, in cross section, the conductor end being insertable into the busbar section perpendicular to this cross section, and wherein the clamping spring arrangement is designed to be pivoted, at least in sections, into the busbar section transverse to the conductor insertion direction so as to press the conductor end in the end contact position into the trough-shaped busbar section so as to contact said section in this region and wherein the clamping spring arrangement consists of more clamping springs (41, 42) which are each embodied as leaf springs and each have at least one clamping limb (410, 420) and at least one actuating limb (411, 421), wherein the clamping springs (41, 42) are arranged laid inside one another in such a way that the bending regions (412, 422) thereof are positioned inside one another, wherein the clamping springs (41, 42) of the clamping spring arrangement further have exactly or substantially the same axis of rotation D1 or D1', and that the connection device has a restoring spring, characterised in that the rotary lever arrangement and the clamping spring arrangement have the same direction of rotation during the rotation from the open position into the contact position.
A method of shaping glass sheets comprising: providing a glass sheet having a leading edge and a trailing edge, heated to a predetermined temperature so as to be shapeable; conveying the glass sheet through a horizontal first shaping zone for transversely shaping the glass sheet, the first shaping zone comprising one or more pairs of upper and lower rotating shaping rolls each having a first transversely straight configuration and one or more pairs of upper and lower shaping rolls having a transversely upwardly-convex arcuately curved configuration; the heated glass sheet being conveyed by the rotating shaping rolls at a predetermined velocity into the first shaping zone, the leading edge or the trailing edge of the glass sheet to be shaped contacting the one or more pairs of upper and lower shaping rolls selectively having the transversely upwardly-convex arcuately curved configuration, or the transversely straight configuration, wherein the leading edge and the trailing edge are transversely flat; and conveying the initially shaped glass sheet to enter a proximate second shaping zone inclined at a predetermined angle or slope relative to the first horizontal shaping zone. providing a glass sheet having a leading edge and a trailing edge, heated to a predetermined temperature so as to be shapeable; conveying the glass sheet through a horizontal first shaping zone for transversely shaping the glass sheet, the first shaping zone comprising one or more pairs of upper and lower rotating shaping rolls each having a first transversely straight configuration and one or more pairs of upper and lower shaping rolls having a transversely upwardly-convex arcuately curved configuration; the heated glass sheet being conveyed by the rotating shaping rolls at a predetermined velocity into the first shaping zone, the leading edge or the trailing edge of the glass sheet to be shaped contacting the one or more pairs of upper and lower shaping rolls selectively having the transversely upwardly-convex arcuately curved configuration, or the transversely straight configuration, wherein the leading edge and the trailing edge are transversely flat; and conveying the initially shaped glass sheet to enter a proximate second shaping zone inclined at a predetermined angle or slope relative to the first horizontal shaping zone.
A compound as shown in Formula: or a pharmaceutically acceptable salt thereof, wherein: R 3, R 4, and R 5 are each independently selected from H and C 1 -C 6 alkyl; R 7 is selected from heterocyclyl, haloalkyl, NR 3 C R 4, NR 3 C NR 4 R 5, NR 3 C [C(R 3)(R 4)] n O[C] p R 4, (CH 2) n SO 2 R 3, NR 3 SO 2 R 4, NR 3 C -Q-R 4, and N(OR 3)C R 4; n is 1-2; p is 0 or 1; Q is heterocyclyl; U is selected from H, halo, C 1 -C 6 alkyl, C 1 -C 6 alkylthio, -NR 4 R 5, -OR 4, and cyano; V is selected from CH and N; W is CH; Z is selected from H, halo, and C 1 -C 6 alkyl. R 3, R 4, and R 5 are each independently selected from H and C 1 -C 6 alkyl; R 7 is selected from heterocyclyl, haloalkyl, NR 3 C R 4, NR 3 C NR 4 R 5, NR 3 C [C(R 3)(R 4)] n O[C] p R 4, (CH 2) n SO 2 R 3, NR 3 SO 2 R 4, NR 3 C -Q-R 4, and N(OR 3)C R 4; n is 1-2; p is 0 or 1; Q is heterocyclyl; U is selected from H, halo, C 1 -C 6 alkyl, C 1 -C 6 alkylthio, -NR 4 R 5, -OR 4, and cyano; V is selected from CH and N; W is CH; Z is selected from H, halo, and C 1 -C 6 alkyl.
A lead-free solder alloy for joining a Cu electrode which contains an Ni plating layer, the solder alloy having an alloy composition which consists of 31 to 59 mass % of Bi, 0.3 to 1.0 mass % of Cu, 0.01 to 0.06 mass % of Ni, and at least one element selected from the group consisting of 0.001 to 0.07 mass % P and 0.001 to 0.03 mass % Ge, and a balance of Sn wherein the solder alloy has a melting point of 185 degrees C or less, a tensile strength of 70 MPa or more and elongation of 65 % or more.
A computer system, comprising: a processor; and memory coupled to the processor and comprising instructions that, when executed, cause the processor to perform a method used for planning radiation treatment, the method comprising: accessing information comprising a dose value at a voxel in a treatment target; accessing information comprising a first threshold dose value and a second threshold dose value greater than the first threshold dose value; determining an amount of time between a time when an accumulated dose at the voxel reaches the first threshold dose value and a time when the accumulated dose at the voxel reaches the second threshold dose value; determining a value of dose rate at the voxel using the dose value at the voxel, the first threshold dose value, the second threshold dose value, and the amount of time; and storing the value of dose rate as a candidate parameter in a radiation treatment plan. a processor; and memory coupled to the processor and comprising instructions that, when executed, cause the processor to perform a method used for planning radiation treatment, the method comprising: accessing information comprising a dose value at a voxel in a treatment target; accessing information comprising a first threshold dose value and a second threshold dose value greater than the first threshold dose value; determining an amount of time between a time when an accumulated dose at the voxel reaches the first threshold dose value and a time when the accumulated dose at the voxel reaches the second threshold dose value; determining a value of dose rate at the voxel using the dose value at the voxel, the first threshold dose value, the second threshold dose value, and the amount of time; and storing the value of dose rate as a candidate parameter in a radiation treatment plan. accessing information comprising a dose value at a voxel in a treatment target; accessing information comprising a first threshold dose value and a second threshold dose value greater than the first threshold dose value; determining an amount of time between a time when an accumulated dose at the voxel reaches the first threshold dose value and a time when the accumulated dose at the voxel reaches the second threshold dose value; determining a value of dose rate at the voxel using the dose value at the voxel, the first threshold dose value, the second threshold dose value, and the amount of time; and storing the value of dose rate as a candidate parameter in a radiation treatment plan.
A method for radio frequency, RF, communication deconfliction between a ground-based radio and an airborne radio wirelessly communicating with a ground-based cellular network, comprising: configuring a ground-based connection node of said ground-based cellular network to communicate, via a plurality of RF signals within a frequency band, with said ground-based radio and with said airborne radio, said configuring comprising: segmenting said frequency band into a plurality of time/frequency segments; dividing said frequency band into a ground group of segments and an air group of segments via a frequency barrier, said frequency barrier being associated with a first frequency from said frequency band; changing said frequency barrier to a second frequency from said frequency band based on a periodic analysis of a current state of connectivity to said ground-based connection node; scheduling a first allocation of said plurality of time/frequency segments for a first ground-based radio, said first allocation from within said ground group of segments; scheduling a second allocation of said plurality of time/frequency segments for a second ground-based radio, said second allocation from within said ground group of segments; scheduling a third allocation of said plurality of time/frequency segments for a first airborne radio, said third allocation from within said air group of segments; scheduling a fourth allocation of said plurality of time/frequency segments for a second airborne radio, said fourth allocation from within said air group of segments; and communicating with said first ground-based radio, said second ground-based radio, said first airborne radio, and said second airborne radio based on said scheduling. segmenting said frequency band into a plurality of time/frequency segments; dividing said frequency band into a ground group of segments and an air group of segments via a frequency barrier, said frequency barrier being associated with a first frequency from said frequency band; changing said frequency barrier to a second frequency from said frequency band based on a periodic analysis of a current state of connectivity to said ground-based connection node; scheduling a first allocation of said plurality of time/frequency segments for a first ground-based radio, said first allocation from within said ground group of segments; scheduling a second allocation of said plurality of time/frequency segments for a second ground-based radio, said second allocation from within said ground group of segments; scheduling a third allocation of said plurality of time/frequency segments for a first airborne radio, said third allocation from within said air group of segments; scheduling a fourth allocation of said plurality of time/frequency segments for a second airborne radio, said fourth allocation from within said air group of segments; and communicating with said first ground-based radio, said second ground-based radio, said first airborne radio, and said second airborne radio based on said scheduling.
A method comprising: receiving, at a computer device, first vehicle telemetry data (1306a-d) from each vehicle of a plurality of vehicles (1302a-d), wherein the first vehicle telemetry data comprises, for each vehicle of the plurality of vehicles (1302a-d), an indication of a geographical location of the vehicle, and wherein at least one vehicle of the plurality of vehicles (1302a-d) is an autonomous vehicle; presenting, by a display device associated with the computer device, a user interface (2300, 3000a/b) generated based on the first vehicle telemetry data (1306a-d), wherein the user interface (2300, 3000a/b) comprises a graphical map and one or more first display elements, each first display element indicating at least a respective geographical location of a respective vehicle of the plurality of vehicles (1302a-d); receiving, at the computer device, a first user input selecting a particular vehicle of the plurality of vehicles (1302a-d); responsive to receiving the first user input: retrieving, by the computer device, second vehicle telemetry data from the selected vehicle, and presenting, by the display device, a visual representation of at least a portion of the first vehicle telemetry data (1306a-d) or a portion of the second vehicle telemetry data regarding the selected vehicle on the user interface (2300, 3000a/b). receiving, at a computer device, first vehicle telemetry data (1306a-d) from each vehicle of a plurality of vehicles (1302a-d), wherein the first vehicle telemetry data comprises, for each vehicle of the plurality of vehicles (1302a-d), an indication of a geographical location of the vehicle, and wherein at least one vehicle of the plurality of vehicles (1302a-d) is an autonomous vehicle; presenting, by a display device associated with the computer device, a user interface (2300, 3000a/b) generated based on the first vehicle telemetry data (1306a-d), wherein the user interface (2300, 3000a/b) comprises a graphical map and one or more first display elements, each first display element indicating at least a respective geographical location of a respective vehicle of the plurality of vehicles (1302a-d); receiving, at the computer device, a first user input selecting a particular vehicle of the plurality of vehicles (1302a-d); responsive to receiving the first user input: retrieving, by the computer device, second vehicle telemetry data from the selected vehicle, and presenting, by the display device, a visual representation of at least a portion of the first vehicle telemetry data (1306a-d) or a portion of the second vehicle telemetry data regarding the selected vehicle on the user interface (2300, 3000a/b). retrieving, by the computer device, second vehicle telemetry data from the selected vehicle, and presenting, by the display device, a visual representation of at least a portion of the first vehicle telemetry data (1306a-d) or a portion of the second vehicle telemetry data regarding the selected vehicle on the user interface (2300, 3000a/b).
A method of making oriented fibrillar biopolymer material comprising the steps of: (i) preparing a fibrillar biopolymer solution or gel of a liquid crystal phase; (ii) flowing the fibrillar biopolymer solution or gel in a substantially laminar flow regime or manner; and (iii) transforming the fibrillar biopolymer solution or gel from a liquid to solid phase to form an oriented fibrillar biopolymer material with a crimp pattern, wherein the crimp pattern is selected from: (a) single crimp pattern; (b) double crimp pattern with an arbitrary angle between crimp formations; (c) crimp pattern in the form of a chevron of substantially parallel lines at substantially equal alternating angles; wherein the fibrillar biopolymer is selected from laminin, fibronectin, fibrin, silk, other polypeptides and combinations thereof. (a) single crimp pattern; (b) double crimp pattern with an arbitrary angle between crimp formations; (c) crimp pattern in the form of a chevron of substantially parallel lines at substantially equal alternating angles;
A composition implantable into a mammalian body comprising a physiologically acceptable carrier and substantially spherical bioactive glass particles, the spherical bioactive glass particles having circular or oval cross-section, wherein the packing of the bioactive glass particles forms a completely interconnected porosity; and wherein the spherical bioactive glass particles have a bimodal particle size distribution, wherein the bimodal particle size distribution includes particles of between 32 and 180 μm and particles of between 300 and 800 μm.
A method of operating a scanning probe microscope comprising: generating relative scanning movement between a probe of the SPM and a sample to scan the probe relative to the sample through a scan range of at least 4 μm at a rate of at least 30 lines/sec, wherein the generating step causes the probe to move in an xy plane by a piezoelectric x-y actuator assembly which bears at least one lens (264, 266) as well as a z actuator, and to move in a z direction orthogonal to the xy plane using said z-actuator, and measuring motion of the probe using a sensing light beam and a detector; moving said at least one lens (264, 266), disposed between a sensing light beam source and the sample under the power of the x-y actuator assembly, so that the sensing light beam emitted by the sensing light beam source at least substantially follows the scanning motion of the probe; and controlling probe-sample interaction with a force control slew rate of at least 1 mm/sec using a force controller in combination with the z-actuator, at a bandwidth of the force control feedback used to control the z-actuator of at least 5 kHz. generating relative scanning movement between a probe of the SPM and a sample to scan the probe relative to the sample through a scan range of at least 4 μm at a rate of at least 30 lines/sec, wherein the generating step causes the probe to move in an xy plane by a piezoelectric x-y actuator assembly which bears at least one lens (264, 266) as well as a z actuator, and to move in a z direction orthogonal to the xy plane using said z-actuator, and measuring motion of the probe using a sensing light beam and a detector; moving said at least one lens (264, 266), disposed between a sensing light beam source and the sample under the power of the x-y actuator assembly, so that the sensing light beam emitted by the sensing light beam source at least substantially follows the scanning motion of the probe; and controlling probe-sample interaction with a force control slew rate of at least 1 mm/sec using a force controller in combination with the z-actuator, at a bandwidth of the force control feedback used to control the z-actuator of at least 5 kHz.
Inductive coupled power transmission circuit, comprising - a rotating transformer comprising a primary winding and a secondary winding, - an AC voltage supply for feeding an AC voltage via a series capacitor into the primary winding of said rotating transformer and - a load coupled to the secondary winding of said rotating transformer, wherein said AC voltage supply comprises - a line input from a power line for generating a DC voltage; - a DC/DC converter for converting the DC voltage from the power line into a controlled intermediate DC voltage; - an AC generator for generating an AC voltage from said intermediate DC voltage; - a measuring circuit for measuring voltages and/or currents within the AC voltage supply and - a function generator for estimating voltage and/or current values at the load based on the measured values and for controlling the DC/DC converter and/or the AC generator based on the estimated voltage and/or current values to keep the load current or voltage constant. - a rotating transformer comprising a primary winding and a secondary winding, - an AC voltage supply for feeding an AC voltage via a series capacitor into the primary winding of said rotating transformer and - a load coupled to the secondary winding of said rotating transformer, - a line input from a power line for generating a DC voltage; - a DC/DC converter for converting the DC voltage from the power line into a controlled intermediate DC voltage; - an AC generator for generating an AC voltage from said intermediate DC voltage; - a measuring circuit for measuring voltages and/or currents within the AC voltage supply and - a function generator for estimating voltage and/or current values at the load based on the measured values and for controlling the DC/DC converter and/or the AC generator based on the estimated voltage and/or current values to keep the load current or voltage constant.
A control method for verifying compatibility between an input filter of the RLC type for filtering harmonics from an electric network and a variable speed drive, said variable speed drive being connected to an electric power source via said input filter, said variable speed drive comprising as an input a rectifier stage connected to said input filter, a DC power supply bus connected to said rectifier stage and receiving a DC power supply voltage (Vdc), and as an output an inverter stage connected to the DC power supply bus and controlled to provide a variable voltage to an electric motor, said method being characterised in that it consists in: - Applying several successive commands to define several operating points of the electric motor, - For each operating point: Measuring the bus DC voltage, Comparing the maximum variation (Δ V dc_m) of the amplitude of the DC voltage measured for said operating point with a threshold value (Δ V dc_ref), Defining a new operating point as long as said maximum variation of the amplitude of the DC voltage is less than said threshold value, - Determining an operating range comprising all operating points for which said maximum variation of the amplitude of the DC voltage is less than said threshold value. - Applying several successive commands to define several operating points of the electric motor, - For each operating point: Measuring the bus DC voltage, Comparing the maximum variation (Δ V dc_m) of the amplitude of the DC voltage measured for said operating point with a threshold value (Δ V dc_ref), Defining a new operating point as long as said maximum variation of the amplitude of the DC voltage is less than said threshold value, Measuring the bus DC voltage, Comparing the maximum variation (Δ V dc_m) of the amplitude of the DC voltage measured for said operating point with a threshold value (Δ V dc_ref), Defining a new operating point as long as said maximum variation of the amplitude of the DC voltage is less than said threshold value, - Determining an operating range comprising all operating points for which said maximum variation of the amplitude of the DC voltage is less than said threshold value.