mhurhangee/ep-ind-claims huggingface dataset:
A video decoding apparatus, comprising: a decoding module for decoding a first picture; a parsing module for parsing a slice header of a second picture which is a next picture of the decoded first picture; and a Decoded Picture Buffer for storing the decoded first picture, wherein the slice header of the second picture includes reference picture information indicating whether the decoded first picture is a reference picture, wherein the decoded first picture is marked as a reference picture in the DPB, and then whether the decoded first picture marked as a reference picture is a reference picture or a non-reference picture is determined based on the reference picture information, and the decoded first picture marked as a reference picture is marked as a non-reference picture in a case that it is determined that the decoded first picture is a non-reference picture based on the reference picture information included in the slice header of the second picture, wherein the parsing module parses a network abstraction layer unit header of an NAL unit for the first picture, and the NAL unit header does not comprise flag information indicating whether the NAL unit is a non-reference picture or a reference picture. a decoding module for decoding a first picture; a parsing module for parsing a slice header of a second picture which is a next picture of the decoded first picture; and a Decoded Picture Buffer for storing the decoded first picture, wherein the slice header of the second picture includes reference picture information indicating whether the decoded first picture is a reference picture, wherein the decoded first picture is marked as a reference picture in the DPB, and then whether the decoded first picture marked as a reference picture is a reference picture or a non-reference picture is determined based on the reference picture information, and the decoded first picture marked as a reference picture is marked as a non-reference picture in a case that it is determined that the decoded first picture is a non-reference picture based on the reference picture information included in the slice header of the second picture, wherein the parsing module parses a network abstraction layer unit header of an NAL unit for the first picture, and the NAL unit header does not comprise flag information indicating whether the NAL unit is a non-reference picture or a reference picture.
A liner system adapted for use with a rock crusher having a support bowl and a concave ring, said liner system comprising: (a) a collet, said collet configured to apply a force to the concave ring; and (b) a collet adjuster, said collet adjuster configured to lower and raise the collet; wherein the concave ring is removably retained in the support bowl of the rock crusher by the liner system; and characterised in that the collet comprises at least two collet segments, each collet segment configured to directly contact the concave ring to apply the force to the concave ring, wherein the liner system further comprises at least two link plates, each of the link plates configured to be attached to adjacent ones of the at least two collet segments. (a) a collet, said collet configured to apply a force to the concave ring; and (b) a collet adjuster, said collet adjuster configured to lower and raise the collet;
Waveguide radiating element comprising: - an electrically conductive support body (2,12) inside which a first recess is defined, delimited at the front by a radiating opening, and laterally delimited by at least one side wall (5,6); - at least one electrically conductive impedance matching unit having a portion projecting from said side wall (5,6) and positioned inside the first recess, the projecting portion having a step or ramp-shaped surface; wherein: - the impedance matching unit comprises an attachment portion adjacent to the projecting portion; - inside the electrically conductive body a second recess is defined, adjacent to the first recess and communicating with the first recess, inside which the attachment portion of the impedance matching unit is coupled; characterized in that the projecting portion and the attachment portion are two adjacent portions of a same body made in a single piece. - an electrically conductive support body (2,12) inside which a first recess is defined, delimited at the front by a radiating opening, and laterally delimited by at least one side wall (5,6); - at least one electrically conductive impedance matching unit having a portion projecting from said side wall (5,6) and positioned inside the first recess, the projecting portion having a step or ramp-shaped surface; - the impedance matching unit comprises an attachment portion adjacent to the projecting portion; - inside the electrically conductive body a second recess is defined, adjacent to the first recess and communicating with the first recess, inside which the attachment portion of the impedance matching unit is coupled;
A method in a User Equipment, UE, of a wireless communication system using a communication scheme with time division duplex, TDD, radio frames, each TDD radio frame including at least one UE-common time resource interval and at least one UE-specific flexible time resource interval, wherein the UE-common time resource interval is composed of three subframes: a downlink subframe, a special subframe, and an uplink subframe in that order, for transmitting and receiving signals to and from a Base Station, BS, the method being characterized by comprising: when the UE incurs interference, transmitting an interference measurement signal used for measuring the interference within the UE-common time resource interval of a TDD radio frame; when the BS incurs the interference, receiving the interference measurement signal within the UE-common time resource interval of the TDD radio frame; and transmitting and receiving data to and from the BS in a UE-specific flexible time resource interval of the TDD radio frame. when the UE incurs interference, transmitting an interference measurement signal used for measuring the interference within the UE-common time resource interval of a TDD radio frame; when the BS incurs the interference, receiving the interference measurement signal within the UE-common time resource interval of the TDD radio frame; and transmitting and receiving data to and from the BS in a UE-specific flexible time resource interval of the TDD radio frame.
A compound of one of the following formulae: or a pharmaceutically acceptable salt thereof, or or a pharmaceutically acceptable salt thereof, or or a pharmaceutically acceptable salt thereof, or or a pharmaceutically acceptable salt thereof, or or a pharmaceutically acceptable salt thereof.
A method of reporting a resource allocation result when successive resource request and resource modifications occur in a short period of time, that is, before being aware of an allocation result for a previous resource, the method carried out at a policy control server and comprising: receiving (S-710, S-310, S-340), from an application function, AF, node, a media component description with a media component instance identifier for the media component description in an AF session establishment request (S-300) or an AF session modification request; determining, for the media component description, a control rule, and a rule instance identifier for the control rule, wherein the control rule includes a control rule name; associating (S-720) the media component instance identifier with the rule instance identifier; transmitting (S-730, S-320, S-350), to a policy enforcement node, the control rule and the rule instance identifier, for the media component description; receiving (S-740, S-365), from the policy enforcement node, a report that indicates a resource allocation result, a control rule name and a rule instance identifier for an affected control rule; determining (S-750) a media component instance identifier associated with the received rule instance identifier for the affected control rule; and transmitting (S-760, S-375), to the AF node, a report that indicates the resource allocation result and the determined media component instance identifier. receiving (S-710, S-310, S-340), from an application function, AF, node, a media component description with a media component instance identifier for the media component description in an AF session establishment request (S-300) or an AF session modification request; determining, for the media component description, a control rule, and a rule instance identifier for the control rule, wherein the control rule includes a control rule name; associating (S-720) the media component instance identifier with the rule instance identifier; transmitting (S-730, S-320, S-350), to a policy enforcement node, the control rule and the rule instance identifier, for the media component description; receiving (S-740, S-365), from the policy enforcement node, a report that indicates a resource allocation result, a control rule name and a rule instance identifier for an affected control rule; determining (S-750) a media component instance identifier associated with the received rule instance identifier for the affected control rule; and transmitting (S-760, S-375), to the AF node, a report that indicates the resource allocation result and the determined media component instance identifier.
Process for the manufacture of a microwavable frozen sandwich, comprising, between the step of filling the sandwich and the step of freezing said sandwich, a step of wrapping the sandwich characterised in that: (i) the sandwich is placed in a microwave susceptor so that said susceptor is in contact with the top face and the bottom face of said sandwich, and (ii) the sandwich-susceptor assembly is then wrapped in a plastics film suitable for microwave heating, and comprising, before the step of filling the sandwich, a step of manufacturing the bread of the sandwich, said step of manufacturing the bread comprising a kneading step and a shaping step, the shaping step being carried out less than 15 minutes after the end of the kneading step. (i) the sandwich is placed in a microwave susceptor so that said susceptor is in contact with the top face and the bottom face of said sandwich, and (ii) the sandwich-susceptor assembly is then wrapped in a plastics film suitable for microwave heating,
A method for memory-request priority adjustment performed by a memory controller, the method comprising: receiving a memory request from a client over a virtual channel, VC, the memory request having an original priority-level; adding the memory request to a memory-request buffer along with: an indication of a virtual channel identification, VCID, of the VC; and the original priority-level for the memory request; determining that an adjustment indication corresponding to the VCID is asserted; increasing or decreasing the original priority-level of the memory request to an adjusted priority level based on the asserted adjustment indication; determining that one or more other memory-requests within the memory-request buffer have an indication of the VCID; and increasing or decreasing, based on the adjustment indication, respective original priority-levels of the other memory requests to respective priority levels. receiving a memory request from a client over a virtual channel, VC, the memory request having an original priority-level; adding the memory request to a memory-request buffer along with: an indication of a virtual channel identification, VCID, of the VC; and the original priority-level for the memory request; an indication of a virtual channel identification, VCID, of the VC; and the original priority-level for the memory request; determining that an adjustment indication corresponding to the VCID is asserted; increasing or decreasing the original priority-level of the memory request to an adjusted priority level based on the asserted adjustment indication; determining that one or more other memory-requests within the memory-request buffer have an indication of the VCID; and increasing or decreasing, based on the adjustment indication, respective original priority-levels of the other memory requests to respective priority levels.
A vacuum cleaner head comprising a housing having a vacuum extraction zone, first and second rollers (20, 30) configured to locate against a surface to be cleaned, each of the first and second rollers being configured to pick-up detritus from the surface to be cleaned and carry detritus to the vacuum extraction zone in the housing when they rotate and move over the surface to be cleaned, wherein the first roller is rotatable when moved along the surface to be cleaned in a first direction and restricted from rotating when moved in an opposing second direction, and the second roller is rotatable when moved along the surface in the second direction and restricted from rotating when moved in the first direction.
Hook centering and holding device for centering and holding a member, particularly a body member or a member for supporting an equipment, provided with at least one centering hole, comprising a main body which defines a bearing surface for said member, a hooking member movably mounted in the main body between a resting position spaced from said bearing surface and at least one locking position close to said bearing surface in which one end of the hooking member interferes with an edge of the hole to lock said member with respect to the main body, and control means for controlling the movement of the hooking member which include a control mechanism operated by the movement of a rod axially slidable with respect to the main body, characterized in that it comprises a centering pin the outer surface of which has at least one conical section which diverges towards the main body and has at least one area for the backlash-free engagement of said hole, the centering pin being mounted axially slidable with respect to the main body and being biased by elastic thrust means tending to move it away from the main body, whereby the member is locked by the hooking member in said locking position as a result of the operation of said control mechanism when the hole is arranged at said backlash-free engagement zone of said diverging conical section and the member rests on said bearing surface against the action of said elastic thrust means of the centering pin.
A data retransmission method, wherein the method comprises: if a network indicates switching from a dual stream transmission mode to a single stream transmission mode, stopping data transmission of one data stream, and clearing data in a hybrid automatic repeat request, HARQ, process of the stopped data stream; or if a network indicates switching from a single stream transmission mode to a dual stream transmission mode, transmitting retransmission data in a HARQ process of the original data stream without changing the HARQ process number, and transmitting new data in the HARQ process of a new data stream; or transmitting the retransmission data of the original data stream in the HARQ process of either the original data stream or new data stream, characterized in that, before the clearing the data in the HARQ process of the stopped data stream, the method further comprises: if data in the another data stream needs to be retransmitted, transmitting the data to be retransmitted in the corresponding HARQ process of the another data stream, and transmitting the data in the HARQ process of the stopped data stream in the HARQ process, where no data is retransmitted, of the another data stream. if a network indicates switching from a dual stream transmission mode to a single stream transmission mode, stopping data transmission of one data stream, and clearing data in a hybrid automatic repeat request, HARQ, process of the stopped data stream; or if a network indicates switching from a single stream transmission mode to a dual stream transmission mode, transmitting retransmission data in a HARQ process of the original data stream without changing the HARQ process number, and transmitting new data in the HARQ process of a new data stream; or transmitting the retransmission data of the original data stream in the HARQ process of either the original data stream or new data stream, characterized in that, before the clearing the data in the HARQ process of the stopped data stream, the method further comprises: if data in the another data stream needs to be retransmitted, transmitting the data to be retransmitted in the corresponding HARQ process of the another data stream, and transmitting the data in the HARQ process of the stopped data stream in the HARQ process, where no data is retransmitted, of the another data stream. if data in the another data stream needs to be retransmitted, transmitting the data to be retransmitted in the corresponding HARQ process of the another data stream, and transmitting the data in the HARQ process of the stopped data stream in the HARQ process, where no data is retransmitted, of the another data stream.
A trigger-type pump dispenser for jetting liquid, which is in a cylinder part, from a nozzle part to outside by vertically sliding a piston part in a cylinder by turning a trigger, the trigger-type pump dispenser comprising: a base main body having the cylinder part inside and attachable to an opening part of a container main body; a cover body detachably latched with the base main body; a piston structure comprising the nozzle part engaged with the base main body, the piston part, and a bendable coupling part coupling the nozzle part and the piston part; and the trigger turnably attached to the base main body for vertically sliding the piston part in the cylinder; wherein the nozzle part, the bendable coupling part, and the piston part of the piston structure are integrated, and many fins are formed on the periphery of the coupling part so that an interior channel cross section is not deformed. a base main body having the cylinder part inside and attachable to an opening part of a container main body; a cover body detachably latched with the base main body; a piston structure comprising the nozzle part engaged with the base main body, the piston part, and a bendable coupling part coupling the nozzle part and the piston part; and the trigger turnably attached to the base main body for vertically sliding the piston part in the cylinder; wherein the nozzle part, the bendable coupling part, and the piston part of the piston structure are integrated, and many fins are formed on the periphery of the coupling part so that an interior channel cross section is not deformed.
An animal feed composition enriched with Polyhalite, wherein said composition is comprising Polyhalite in a concentration of 0.75% w/w, wherein said animal is poultry.
An injector element for injecting a mixture of at least a first propellant and a second propellant into a combustion chamber, the injector element comprising a first tubular wall defining a first duct for injecting the first propellant, a central body situated in the first duct, the first wall surrounding the central body, and a second wall surrounding the first wall and defining, between the first and second walls, a second duct for injecting the second propellant, wherein the first wall comprises a first electrode and the central body comprises a second electrode for igniting the mixture by electric discharge, the first electrode and the second electrode being configured to generate an electric discharge immediately upstream from the zone where the first propellant and the second propellant mix together, and wherein a downstream end of the second electrode is situated downstream in the propellant injection direction from a downstream end of the first electrode.
Spark plug of an internal combustion engine, preferably for Otto gas engines, having a spark plug housing, which encompasses an insulating body, and also a centre electrode and at least one ground electrode which is supported by a ground electrode carrier, wherein the ignition surfaces of the centre electrode and the ignition surface of the ground electrode are encompassed by a wall which forms a chamber which is open on the combustion chamber side, or a prechamber which has through-openings, characterized in that an end part is seated on the combustion chamber-side end region of the spark plug housing, in that the ground electrode carrier and the wall are supported by this end part and that the wall is separated from the ground electrode carrier by means of a surrounding gap.
A method of charging a second battery in an electronic smoking device from a first battery in a charging device, comprising: comparing an output voltage of the first battery with a threshold voltage; and when the output voltage from the first battery is equal to or greater than the threshold voltage, charging the second battery using a first current; and when the output voltage from the first battery is less than the threshold voltage, reducing the first current until the output voltage of the first battery is equal to or greater than a second threshold voltage. comparing an output voltage of the first battery with a threshold voltage; and when the output voltage from the first battery is equal to or greater than the threshold voltage, charging the second battery using a first current; and when the output voltage from the first battery is less than the threshold voltage, reducing the first current until the output voltage of the first battery is equal to or greater than a second threshold voltage.