mhurhangee/ep-ind-claims huggingface dataset:
A method for generating an output audio/video bitstream, including steps of: providing an input audio/video bitstream comprising frames indicative of audio and video content, including frames of a first decoding type, and metadata associated with each of the frames, where each of the frames of the first decoding type comprises either a P-frame or an I-frame and where each of the frames is indicative of audio content or video content; modifying some of the metadata associated with at least one of the frames of the first decoding type into different metadata to generate at least one re-authored frame of a second decoding type different from the first decoding type, wherein the re-authored frame of the second decoding type is either one re-authored P-frame if the frame of the first decoding type is an I-frame or one re-authored I-frame if the frame of the first decoding type is a P-frame, generating the output audio/video bitstream in response to the input audio/video bitstream using the modified metadata such that the output audio/video bitstream includes a segment of the audio and video content which includes the re-authored frame, and the segment of the audio and video content starts with an I-frame and includes at least one P-frame following the I-frame for aligning an I-frame of the video content with an I-frame of the audio content. providing an input audio/video bitstream comprising frames indicative of audio and video content, including frames of a first decoding type, and metadata associated with each of the frames, where each of the frames of the first decoding type comprises either a P-frame or an I-frame and where each of the frames is indicative of audio content or video content; modifying some of the metadata associated with at least one of the frames of the first decoding type into different metadata to generate at least one re-authored frame of a second decoding type different from the first decoding type, wherein the re-authored frame of the second decoding type is either one re-authored P-frame if the frame of the first decoding type is an I-frame or one re-authored I-frame if the frame of the first decoding type is a P-frame, generating the output audio/video bitstream in response to the input audio/video bitstream using the modified metadata such that the output audio/video bitstream includes a segment of the audio and video content which includes the re-authored frame, and the segment of the audio and video content starts with an I-frame and includes at least one P-frame following the I-frame for aligning an I-frame of the video content with an I-frame of the audio content.
A control circuit for ON/OFF controlling switch elements in a chopper circuit (5, 6, 7) of a power conditioner to control charging and discharging of a capacitor, said capacitor being connected in parallel to the chopper circuit (5, 6, 7), said control circuit comprising; a measurement circuit section for measuring an inter-end voltage of said capacitor; and a control circuit section for performing, as a predetermined control operation, ON/OFF control of said switch elements in said chopper circuit (5, 6, 7) of said power conditioner to control charging and discharging of said capacitor based on a measurement output of the measurement circuit section, wherein the measurement circuit section includes a differential amplifier circuit (9a1, 9a2, 9a3) for differentially amplifying the inter-end voltage of the capacitor, and the control circuit section is adapted to calibrate an in-phase component in the output of the differential amplifier circuit (9al, 9a2, 9a3) as an in-phase error, wherein this in-phase component forms an in-phase error, which is cancelled by the calibration process, said in-phase component being a term in an equation for calculating the output voltage of the differential amplifier circuit (9a1, 9a2, 9a3) wherein the equation comprises three different components a)a differential component, b)said in-phase component and c) an offset value being unique to the differential amplifier circuit (9al, 9a2, 9a3), calibrating the in-phase component being performed by cancelling the in-phase error by an in-phase error correction amount being set from a calculated value, and to perform the predetermined control operation from the calibrated measurement output from the differential amplifier circuit (9al, 9a2, 9a3).
A cleaning apparatus, comprising: a housing; and a cleaning assembly, wherein the cleaning assembly has a cleaning position, the cleaning assembly is rotatably provided at the housing; and the cleaning assembly comprises a first cleaning member and a second cleaning member arranged in parallel to the first cleaning member, and the cleaning assembly is operated to rotate so as to selectively move the first cleaning member or the second cleaning member to the cleaning position; further comprising a switching mechanism disposed on the housing, the housing comprises a blocking body disposed opposite to the cleaning assembly at an interval, the switching mechanism is rotatably connected with the cleaning assembly, and the switching mechanism is configured to drive the cleaning assembly to be away from the blocking body, so that a movable space for the cleaning assembly to rotate is formed between the cleaning assembly and the blocking body, characterized in that the switching mechanism comprises an operating member and a transmission unit, the transmission unit comprises a first guide member rotatably connected with the cleaning assembly and a first transmission assembly in transmission connection with the first guide member, the operating member is in transmission connection with the first transmission assembly, and the operating member is configured to drive the first guide member to move through the first transmission assembly, so that the cleaning assembly is close to or away from the blocking body. a housing; and a cleaning assembly, wherein the cleaning assembly has a cleaning position, the cleaning assembly is rotatably provided at the housing; and the cleaning assembly comprises a first cleaning member and a second cleaning member arranged in parallel to the first cleaning member, and the cleaning assembly is operated to rotate so as to selectively move the first cleaning member or the second cleaning member to the cleaning position; further comprising a switching mechanism disposed on the housing, the housing comprises a blocking body disposed opposite to the cleaning assembly at an interval, the switching mechanism is rotatably connected with the cleaning assembly, and the switching mechanism is configured to drive the cleaning assembly to be away from the blocking body, so that a movable space for the cleaning assembly to rotate is formed between the cleaning assembly and the blocking body, characterized in that the switching mechanism comprises an operating member and a transmission unit, the transmission unit comprises a first guide member rotatably connected with the cleaning assembly and a first transmission assembly in transmission connection with the first guide member, the operating member is in transmission connection with the first transmission assembly, and the operating member is configured to drive the first guide member to move through the first transmission assembly, so that the cleaning assembly is close to or away from the blocking body.
Air inflow control system for an active grille shutter, comprising: - a frame comprising at least one housing (104, 107); - a flap (102, 106) comprising a flap rotary shaft, said flap rotary shaft being adapted for installation in said housing (104, 107), the flap being capable of being placed, by rotation about said rotary shaft, in at least one open position and one closed position; - a mechanical part adapted to maintain said rotary shaft in said housing (104, 107) when said mechanical part is secured to the frame; characterized in that the mechanical part includes an abutment (202, 203), said flap (102, 106) being positioned against the abutment when said flap (102, 106) is placed in said open position. - a frame comprising at least one housing (104, 107); - a flap (102, 106) comprising a flap rotary shaft, said flap rotary shaft being adapted for installation in said housing (104, 107), the flap being capable of being placed, by rotation about said rotary shaft, in at least one open position and one closed position; - a mechanical part adapted to maintain said rotary shaft in said housing (104, 107) when said mechanical part is secured to the frame;
An appliance for pressure cooking food in the presence of a cooking liquid, said appliance comprising at least, on the one hand, a pot intended to receive the food and the cooking liquid and, on the other hand, a regulator to keep the pressure in the pot at a set value, called the operating pressure, said appliance being characterized in that it further comprises a metering device for introducing into the pot a predetermined quantity of cooking liquid depending on the estimated food cooking time at the operating pressure, said metering device comprising: - a container distinct from the pot and having a predetermined capacity corresponding to a measure of liquid, - a means for determining the number of measures of cooking liquid to be introduced into the pot as a function the estimated food cooking time at the operating pressure, said determination means comprising a look-up table showing a correspondence between integral numbers (11, 12, 13) of measures of cooking liquid and ranges (14, 15, 16) of estimated cooking time of the food at the operating pressure. - a container distinct from the pot and having a predetermined capacity corresponding to a measure of liquid, - a means for determining the number of measures of cooking liquid to be introduced into the pot as a function the estimated food cooking time at the operating pressure, said determination means comprising a look-up table showing a correspondence between integral numbers (11, 12, 13) of measures of cooking liquid and ranges (14, 15, 16) of estimated cooking time of the food at the operating pressure.
A process for preparing layered nanoparticles, comprising: - providing a suspension comprising ceramic core particles in a first liquid; - combining the suspension with a second liquid, said second liquid being immiscible with the first liquid; and - adding a reagent, or a precursor for the reagent, to the suspension comprising the second liquid; whereby, (i) if the reagent is added to the suspension comprising the second liquid, the reagent reacts to form a porous ceramic layer on the core particle, and (ii) if a precursor for the reagent is added to the suspension comprising the second liquid, the precursor is converted to the reagent, and the reagent thus formed reacts to form a porous ceramic layer on the core particle, to form the layered nanoparticle, wherein either the core particles have a core dopant substantially homogeneously distributed therein, or the second liquid comprises a layer dopant so that the layer has the layer dopant substantially homogeneously distributed therein, or both, and wherein the layered nanoparticles are capable of releasing the dopant, or at least one of the dopants. - providing a suspension comprising ceramic core particles in a first liquid; - combining the suspension with a second liquid, said second liquid being immiscible with the first liquid; and - adding a reagent, or a precursor for the reagent, to the suspension comprising the second liquid; (i) if the reagent is added to the suspension comprising the second liquid, the reagent reacts to form a porous ceramic layer on the core particle, and (ii) if a precursor for the reagent is added to the suspension comprising the second liquid, the precursor is converted to the reagent, and the reagent thus formed reacts to form a porous ceramic layer on the core particle,
A task migration method comprising: generating a task; determining a task type corresponding to the generated task; determining a critical condition corresponding to the determined task type; allocating the task to at least one of a first operating device or a second operating device in a multi-core processor based on the determined critical condition; processing the task in the allocated operating device and monitoring the operation of the task; determining whether a performance control condition is generated; and migrating the allocated task to the other operating device based on the determined performance control condition. generating a task; determining a task type corresponding to the generated task; determining a critical condition corresponding to the determined task type; allocating the task to at least one of a first operating device or a second operating device in a multi-core processor based on the determined critical condition; processing the task in the allocated operating device and monitoring the operation of the task; determining whether a performance control condition is generated; and migrating the allocated task to the other operating device based on the determined performance control condition.
A greeting card system, said system comprising: a greeting card having a planar greeting card portion; a greeting card cover moveably coupled to said planar greeting card portion to move from an open position to a closed position adjacent to said planar greeting card portion; wherein said greeting card cover is coupled to said greeting card portion via a vertical hinge; a gift storage compartment, coupled below said planar greeting card portion, wherein said gift storage compartment comprises a volume and depth for storing an item; wherein said greeting card cover can open and close relative to said planar greeting card portion without moving said gift storage compartment; and wherein said greeting card cover is not directly coupled to said gift storage compartment. a greeting card having a planar greeting card portion; a greeting card cover moveably coupled to said planar greeting card portion to move from an open position to a closed position adjacent to said planar greeting card portion; wherein said greeting card cover is coupled to said greeting card portion via a vertical hinge; a gift storage compartment, coupled below said planar greeting card portion, wherein said gift storage compartment comprises a volume and depth for storing an item; wherein said greeting card cover can open and close relative to said planar greeting card portion without moving said gift storage compartment; wherein said greeting card cover is coupled to said greeting card portion via a vertical hinge; a gift storage compartment, coupled below said planar greeting card portion, wherein said gift storage compartment comprises a volume and depth for storing an item; wherein said greeting card cover can open and close relative to said planar greeting card portion without moving said gift storage compartment; and wherein said greeting card cover is not directly coupled to said gift storage compartment.
Contacting device for the transmission of electrical energy to a circuit board, the contacting device comprising - a housing, which has at least one opening (15, 15', 23, 23') - a first contact element, -- which is arranged in the housing, and -- which has a receiving space with a longitudinal centre axis, the receiving space being open towards the at least one opening (15, 15', 23, 23'), wherein the housing and the first contact element are displaceable relative to one another in a direction transverse to the longitudinal centre axis, wherein between the housing and the first contact element, a spring element is arranged, the spring element acting in the direction transverse to the longitudinal centre axis, - at least one plug-in contact element for mechanical and electrical connection of the first contact element to a circuit board, the at least one plug-in contact element and the first contact element being firmly connected to one another, - a second contact element to be inserted, via the at least one opening (15, 15', 23, 23'), into the receiving space for contacting the first contact element, characterised in that a plurality of plug-in contact elements are firmly connected to the first contact element for energy distribution. - a housing, which has at least one opening (15, 15', 23, 23') - a first contact element, -- which is arranged in the housing, and -- which has a receiving space with a longitudinal centre axis, the receiving space being open towards the at least one opening (15, 15', 23, 23'), wherein the housing and the first contact element are displaceable relative to one another in a direction transverse to the longitudinal centre axis, wherein between the housing and the first contact element, a spring element is arranged, the spring element acting in the direction transverse to the longitudinal centre axis, -- which is arranged in the housing, and -- which has a receiving space with a longitudinal centre axis, the receiving space being open towards the at least one opening (15, 15', 23, 23'), - at least one plug-in contact element for mechanical and electrical connection of the first contact element to a circuit board, the at least one plug-in contact element and the first contact element being firmly connected to one another, - a second contact element to be inserted, via the at least one opening (15, 15', 23, 23'), into the receiving space for contacting the first contact element,
The use of an antibody molecule that binds the Extra Domain-A (ED-A) isoform of fibronectin for the preparation of a medicament for treatment of a patient with rheumatoid arthritis, wherein the antibody molecule is conjugated to interleukin-10 (IL-10).
A method for resource indication, comprising: receiving, by a terminal device, a first instruction from a network device, wherein the first instruction is used for activating a semi-persistently configured resource of a first bandwidth part, BWP, in a non-activated state; activating, by the terminal device, the semi-persistently configured resource of the first BWP according to the first instruction, when the first BWP is in the non-activated state; receiving, by the terminal device, a BWP switching instruction from the network device; and activating, by the terminal device, the first BWP in response to reception of the BWP switching instruction; and, in response to the terminal device switching from a second BWP in an activated state to the first BWP, transmitting, by the terminal device, data on the first BWP by adopting the semi-persistently configured resource. receiving, by a terminal device, a first instruction from a network device, wherein the first instruction is used for activating a semi-persistently configured resource of a first bandwidth part, BWP, in a non-activated state; activating, by the terminal device, the semi-persistently configured resource of the first BWP according to the first instruction, when the first BWP is in the non-activated state; receiving, by the terminal device, a BWP switching instruction from the network device; and activating, by the terminal device, the first BWP in response to reception of the BWP switching instruction; and, in response to the terminal device switching from a second BWP in an activated state to the first BWP, transmitting, by the terminal device, data on the first BWP by adopting the semi-persistently configured resource.
A rotary valve, in particular a multi-way regulating valve, with a housing which has at least one inlet connection and at least one outlet connection (8, 9) for a liquid and/or gaseous medium, with at least one valve element which is rotatably mounted in the housing, between the connections (7, 8, 9), to set at least one desired flow cross-section, and with a control shaft which is non-rotatably connected to the valve element and led out of the housing with a coupling end through an opening in a housing wall of the housing, wherein the control shaft has an annular projection which has an axial stop for axial contact with an annular sealing projection of the housing wall, and with at least one sealing element acting between the control shaft and the housing, wherein a chamber is formed between the annular projection, the control shaft, the housing wall, and the sealing projection, in which the sealing element is located, and wherein the control shaft protrudes into the sealing projection with an axial projection protruding axially from the annular projection in order to limit the chamber, characterized in that an outer diameter of the axial projection is slightly smaller than a diameter of the sealing projection so that a narrow gap remains therebetween, and in that the annular projection has at least one axial recess on the end face thereof facing the housing wall, which extends over a limited circumferential section of the end face up to the radial outer edge of the annular projection and which extends inward up to the axial projection so that the medium can reach the chamber.
An apparatus for interferometric sensing, comprising a plurality of single-longitudinal mode laser sources (100, 202, 1504, 1802) to each provide radiation at a corresponding selected wavelength, and at least one modulator (102, 212, 1520, 1808) to frequency or phase modulate the radiation from each laser source; a plurality of Fabry-Perot interferometers (106, 236) formed by Bragg Gratings (232, 234) written into optical fibre (230, 1902), each interferometer (106, 236) having a resonance wavelength corresponding to one of the selected wavelengths and being responsive to the modulated radiation at one of the selected wavelengths to each produce a reflected or transmitted optical output signal dependent on the corresponding interferometer path length; and one or more demodulators (110, 1512, 1814, 1908) to demodulate the optical output signals and produce a plurality of respective measurement signals indicative of optical path lengths of the respective interferometers (106, 236).
A method for decentralized resource allocation in an integrated circuit, comprising: receiving a plurality of requests from a plurality of resource consumers of a plurality of partitionable engines to access a plurality of resources, wherein the resources are spread across the plurality of engines and are accessed via a global interconnect structure (30, 110a, 110b, 601, 1101); at each resource, adding a number of requests for access to said each resource by an adder; at said each resource, comparing the number of requests against a threshold limiter; at said each resource, canceling a subsequent request that exceeds the threshold limiter; and at said each resource, implementing requests that are not canceled, characterized in that a sum at an output of the adder represents a port number for accessing a resource corresponding to a respective request that has not been cancelled. receiving a plurality of requests from a plurality of resource consumers of a plurality of partitionable engines to access a plurality of resources, wherein the resources are spread across the plurality of engines and are accessed via a global interconnect structure (30, 110a, 110b, 601, 1101); at each resource, adding a number of requests for access to said each resource by an adder; at said each resource, comparing the number of requests against a threshold limiter; at said each resource, canceling a subsequent request that exceeds the threshold limiter; and at said each resource, implementing requests that are not canceled, characterized in that a sum at an output of the adder represents a port number for accessing a resource corresponding to a respective request that has not been cancelled.