mhurhangee/ep-ind-claims huggingface dataset:
A method for receiving a broadcast signal comprising: receiving a broadcast signal; parsing a link layer packet in the received broadcast signal, wherein the link layer packet includes a header including a fixed header and an extended header having a variable length, and a payload carrying data of one or more Internet Protocol, IP, packets, wherein the fixed header includes a packet type element for identifying a category of the packet and an indicator part for indicating configuration of the payload, wherein the indicator part includes 2 signaling bits determining the extended header structure after the 2 signaling bits by indicating whether the payload carries one whole IP packet, a segment divided from one IP packet or concatenated IP packets, wherein when the 2 signaling bits indicates that the payload carries the segment of one IP packet, the extended header further includes segment sequence number information for indicating an order of the segment carried by the link layer packet, and wherein when the 2 signaling bits indicates that the payload carries the concatenated IP packets, 3 signaling bits after the 2 signaling bits in the fixed header are used as a count field; parsing the data of the one or more IP packets obtained from the parsed link layer packet based on information in the header; and displaying broadcast contents by using the parsed data of the one or more IP packets. receiving a broadcast signal; parsing a link layer packet in the received broadcast signal, wherein the link layer packet includes a header including a fixed header and an extended header having a variable length, and a payload carrying data of one or more Internet Protocol, IP, packets, wherein the fixed header includes a packet type element for identifying a category of the packet and an indicator part for indicating configuration of the payload, wherein the indicator part includes 2 signaling bits determining the extended header structure after the 2 signaling bits by indicating whether the payload carries one whole IP packet, a segment divided from one IP packet or concatenated IP packets, wherein when the 2 signaling bits indicates that the payload carries the segment of one IP packet, the extended header further includes segment sequence number information for indicating an order of the segment carried by the link layer packet, and wherein when the 2 signaling bits indicates that the payload carries the concatenated IP packets, 3 signaling bits after the 2 signaling bits in the fixed header are used as a count field; parsing the data of the one or more IP packets obtained from the parsed link layer packet based on information in the header; and displaying broadcast contents by using the parsed data of the one or more IP packets.
A separator of a lithium ion battery, comprising: a porous substrate; and a porous coating layer formed on at least one surface of the porous substrate and comprising a mixture of first inorganic particles coated with a coupling agent on the surface thereof, second inorganic particles coated with a coupling agent on the surface thereof and a binder polymer, the first inorganic particles having an average diameter of 1 to 10 μm and the second inorganic particles having an average diameter of 50 to 500 nm. a porous substrate; and a porous coating layer formed on at least one surface of the porous substrate and comprising a mixture of first inorganic particles coated with a coupling agent on the surface thereof, second inorganic particles coated with a coupling agent on the surface thereof and a binder polymer, the first inorganic particles having an average diameter of 1 to 10 μm and the second inorganic particles having an average diameter of 50 to 500 nm.
A computer-implemented method to control an autonomous driving vehicle, ADV, based on a driving trajectory with progressive sampling distance, the method comprising: receiving a first set of reference points based on a map and a route information, the first set of reference points representing a reference line in which the ADV is to follow; selecting a second set of reference points along the reference line corresponding to the first set of reference points, including iteratively performing, selecting a current reference point from the first set of reference points; determining a sampling distance along the first set of reference points based on the currently selected reference point using a nonlinear algorithm; and selecting a next reference point along the first set of reference points based on the determined sampling distance such that a density of the selected reference points closer to the ADV is higher than a density of the selected reference points farther away from the ADV; planning a trajectory for the ADV using the second set of reference points; and controlling the ADV based on the planned trajectory. receiving a first set of reference points based on a map and a route information, the first set of reference points representing a reference line in which the ADV is to follow; selecting a second set of reference points along the reference line corresponding to the first set of reference points, including iteratively performing, selecting a current reference point from the first set of reference points; determining a sampling distance along the first set of reference points based on the currently selected reference point using a nonlinear algorithm; and selecting a next reference point along the first set of reference points based on the determined sampling distance such that a density of the selected reference points closer to the ADV is higher than a density of the selected reference points farther away from the ADV; the first set of reference points, including iteratively performing, selecting a current reference point from the first set of reference points; determining a sampling distance along the first set of reference points based on the currently selected reference point using a nonlinear algorithm; and selecting a next reference point along the first set of reference points based on the determined sampling distance such that a density of the selected reference points closer to the ADV is higher than a density of the selected reference points farther away from the ADV; planning a trajectory for the ADV using the second set of reference points; and controlling the ADV based on the planned trajectory.
A black pigment composition for heat-shielding coatings, comprising a phthalocyanine blue pigment as a first pigment, a phthalocyanine green pigment as a second pigment, and at least one other chromatic pigment, wherein, regarding the amounts in parts by weight of the phthalocyanine blue pigment as Mb, the phthalocyanine green pigment as Mg, and the total of the at least one other chromatic pigment as Mn, wherein Mb + Mg + Mn = 100, and wherein 0.05 < Mg/Mb < 25, and 25 < Mg + 2.2Mb < 50, are established, based on 100 parts by weight of the total pigment composition.
A system for inspecting and repairing a multi-filament tow, comprising: a first spool having a multi-filament tow wound on the first spool; a first tow tensioner following the first spool to impart a predetermined tension on the multi-filament tow; a de-sizing chamber comprising a heater to heat the multi-filament tow to a first temperature suitable for removing a coating on the multi-filament tow; an inspection chamber configured to inspect the multi-filament tow for defects; a repair chamber configured to repair the defects in the multi-filament tow; a second tow tensioner following the repair chamber to impart a predetermined tension on the multi-filament tow; and a second spool following the second tow tensioner to collect the multi-filament tow. a first spool having a multi-filament tow wound on the first spool; a first tow tensioner following the first spool to impart a predetermined tension on the multi-filament tow; a de-sizing chamber comprising a heater to heat the multi-filament tow to a first temperature suitable for removing a coating on the multi-filament tow; an inspection chamber configured to inspect the multi-filament tow for defects; a repair chamber configured to repair the defects in the multi-filament tow; a second tow tensioner following the repair chamber to impart a predetermined tension on the multi-filament tow; and a second spool following the second tow tensioner to collect the multi-filament tow.
Laundry washing machine comprising an outer casing and, inside said outer casing, a washing tub, a rotatable drum arranged in axially rotating manner inside the washing tub and structured for receiving the laundry to be washed, a detergent dispensing assembly which is structured for supplying detergent into the washing tub, a fresh-water supply circuit which is structured for selectively channeling a flow of fresh water from the water mains towards the detergent dispensing assembly and/or the washing tub, and a water softening device which is interposed between the fresh-water supply circuit and the detergent dispensing assembly or the washing tub, and is structured for reducing the hardness degree of the fresh water supplied to the washing tub; the water softening device in turn comprising: a water-softening agent container which is crossed by the fresh water arriving from the fresh-water supply circuit and is filled with a water softening agent able to reduce the hardness degree of the fresh water flowing through the same water-softening agent container; a regeneration-agent reservoir which is structured to receive a salt or other regeneration agent for performing a regeneration of the water softening function of the water softening agents stored into the water-softening agent container; and a water supply circuit which is structured for selectively channeling a given amount of fresh water into the regeneration-agent reservoir to form brine; the regeneration-agent reservoir comprising a regeneration-agent container which is fillable with a given quantity of regeneration agents, and the water supply circuit of the water softening device is structured for selectively spilling/pouring a shower of water droplets by gravity into said regeneration-agent container; the internal water softening device furthermore comprises an electrically-powered brine-circulating pump assembly which is interposed between the water-softening agent container and the regeneration-agent reservoir and which is structured for transferring/moving the brine from the regeneration-agent reservoir to the water-softening agent container when activated, and for watertight sealing/isolating the regeneration-agent reservoir from the water-softening agent container when deactivated; characterized in that the water supply circuit of the water softening device comprises a regeneration-agent sprinkler head which is located above the regeneration-agent container and is structured for feeding a shower of water droplets by gravity into said regeneration- agent container; and a valve assembly (21, 50, 60) which is located upstream of said regeneration-agent sprinkler head and is structured for selectively channeling the fresh water arriving from the fresh-water supply circuit or directly from the water mains towards said regeneration-agent sprinkler head.
A garnish for an instrument panel, the garnish being in a form of a frame configured to cover a periphery of in-vehicle equipment disposed around a middle of an instrument panel, the garnish comprising: an opening portion around a middle defined by an upper frame, a lower frame, and right and left frames (13, 14) of the garnish, respective outer peripheral portions and inner peripheral portions of the upper frame, the lower frame, and the right and left frames (13, 14) projected toward the in-vehicle equipment (Fr), characterized in that the garnish is formed of a polymer alloy of polycarbonate and acrylonitrile-butadiene-styrene (a PC/ABS resin), and a gate mark (17, 18) is provided on at least one of the upper frame, the lower frame, and the right and left frames (13, 14) between the outer peripheral portion and the inner peripheral portion, projecting toward the in-vehicle equipment (Fr). an opening portion around a middle defined by an upper frame, a lower frame, and right and left frames (13, 14) of the garnish, respective outer peripheral portions and inner peripheral portions of the upper frame, the lower frame, and the right and left frames (13, 14) projected toward the in-vehicle equipment (Fr), characterized in that the garnish is formed of a polymer alloy of polycarbonate and acrylonitrile-butadiene-styrene (a PC/ABS resin), and a gate mark (17, 18) is provided on at least one of the upper frame, the lower frame, and the right and left frames (13, 14) between the outer peripheral portion and the inner peripheral portion, projecting toward the in-vehicle equipment (Fr).
A three-dimensional printer head comprising a receiving section having at least two inlets (17, 19) for receiving material into the receiving section, and at least two reservoirs (25a, 25b), each reservoir is connected to one of the two inlets of the receiving section for receiving materials from each of the reservoirs wherein the printer head further comprises a dispensing unit for printing a three dimensional product, an extrusion screw at least extending between the receiving section and the dispensing unit for conditioning the material received in the receiving section and for displacing the material to the dispensing unit for dispensing the conditioned material, characterised in that the printer head further comprises a pressure controller for controlling a pressure controlled material supply through the at least two inlets of the receiving section, wherein the pressure controller is configured to provide a pressure difference between the two reservoirs for controlling the pressure controlled material supply from each reservoir into the receiving section determining the mixing ratio of the materials received from the two reservoirs in the receiving section.
Device for guiding a cable (8a, 8b) within a duct, the device comprising at least one guiding tube intended to receive a cable (8a, 8b) and at least one expandable clamp secured to one end of the tube, said expandable clamp being adapted to enlarge to lock itself against an inner wall of the duct to hold the tube in place in the duct, characterised in that the expandable clamp comprises a frame to which the tube is fixed, the frame carrying at least one shoe, of which shoe or shoes one is mounted to be movable on the frame to exert a force on the wall of the duct.
A method for reporting channel quality in a wireless communication system, the method comprising: receiving an uplink grant from a base station through one of a plurality of downlink component carriers, CCs, the uplink grant including an uplink allocation and a channel quality indicator, CQI, request indicating a triggering of CQI reporting; and reporting a CQI through an uplink CC to the base station, wherein the uplink grant further includes a carrier indicator field, CIF, indicating the uplink CC in which the uplink allocation is scheduled, and wherein the CQI request indicates one of: a triggering of CQI reporting for one downlink CC linked to the uplink CC, indicated by the CIF, among the plurality of downlink CCs; and a triggering of CQI reporting for a first group of downlink CCs among the plurality of downlink CCs. receiving an uplink grant from a base station through one of a plurality of downlink component carriers, CCs, the uplink grant including an uplink allocation and a channel quality indicator, CQI, request indicating a triggering of CQI reporting; and reporting a CQI through an uplink CC to the base station, wherein the uplink grant further includes a carrier indicator field, CIF, indicating the uplink CC in which the uplink allocation is scheduled, and wherein the CQI request indicates one of: a triggering of CQI reporting for one downlink CC linked to the uplink CC, indicated by the CIF, among the plurality of downlink CCs; and a triggering of CQI reporting for a first group of downlink CCs among the plurality of downlink CCs. a triggering of CQI reporting for one downlink CC linked to the uplink CC, indicated by the CIF, among the plurality of downlink CCs; and a triggering of CQI reporting for a first group of downlink CCs among the plurality of downlink CCs.
LED light source, comprising: • a first housing part, • a second housing part, which is configured to be connectable to the first housing part and is at least partially light-permeable, wherein, in the assembled state, the two housing parts (20, 40) enclose a receiving space, • at least one LED circuit board disposed in the receiving space, and • means for electrically contacting the at least one LED circuit board, wherein the means for electrically contacting are formed by strip conductors, contact surfaces and spring contacts, which are arranged on at least one of the two housing parts (20, 40) and the at least one LED circuit board such that the at least one LED circuit board is held between the two housing parts (20, 40) in a clamped and electrically contacting manner, characterized in that an operating device for supplying the at least one LED circuit board with power is arranged on the rear or outer side of the first housing part facing away from the receiving space, wherein the operating device is electrically connected to the means for electrically contacting by means of spring contacts (16, 17). • a first housing part, • a second housing part, which is configured to be connectable to the first housing part and is at least partially light-permeable, wherein, in the assembled state, the two housing parts (20, 40) enclose a receiving space, • at least one LED circuit board disposed in the receiving space, and • means for electrically contacting the at least one LED circuit board, wherein the means for electrically contacting are formed by strip conductors, contact surfaces and spring contacts, which are arranged on at least one of the two housing parts (20, 40) and the at least one LED circuit board such that the at least one LED circuit board is held between the two housing parts (20, 40) in a clamped and electrically contacting manner,
A current limiting device comprising: a current limiting resistor electrically connected between a power supply side electrical path and a load side electrical path of a power system; a plurality of separable contact members which form a parallel circuit with said current limiting resistor during a steady-state current and are provided adjacent to each other; a contact driving portion which is driven by an overcurrent generated in the power system and separates contacts of the plurality of contact members; and separation members (12, 13) which are engaged with engaging portions provided on the side surfaces of said contact members when the contacts are separated and make separation intervals of the plurality of contacts substantially equal, said current limiting device further comprising: a plurality of springs (14, 15, 16, 17, 18, 19) by which said separation members (12, 13) are made to engage with the engaging portions of said contact members, characterised in that the spring force of the plurality of springs (14, 15, 16, 17, 18, 19) is set to be larger as said spring is arranged at a farther position from said contact driving portion. a current limiting resistor electrically connected between a power supply side electrical path and a load side electrical path of a power system; a plurality of separable contact members which form a parallel circuit with said current limiting resistor during a steady-state current and are provided adjacent to each other; a contact driving portion which is driven by an overcurrent generated in the power system and separates contacts of the plurality of contact members; and separation members (12, 13) which are engaged with engaging portions provided on the side surfaces of said contact members when the contacts are separated and make separation intervals of the plurality of contacts substantially equal, said current limiting device further comprising: a plurality of springs (14, 15, 16, 17, 18, 19) by which said separation members (12, 13) are made to engage with the engaging portions of said contact members, characterised in that the spring force of the plurality of springs (14, 15, 16, 17, 18, 19) is set to be larger as said spring is arranged at a farther position from said contact driving portion.
A powered surgical cutting and stapling instrument comprising: at least one sensor to measure at least one parameter associated with the instrument; an end effector comprising a first jaw member and a second jaw member, wherein at least one of the first and second jaw members is movable relative to the other jaw member, and wherein the at least one sensor is positioned on at least one of the first and second jaw members; a pressure sensor or strain gauge positioned in at least one of the first or second jaw members; at least one processor; a memory operatively associated with the processor, the memory including machine executable instructions that when executed by the processor cause the processor to: monitor the pressure applied to tissue grasped between the first and second jaw members; and determine a type of tissue grasped between the first and second jaw members based on the tissue pressure measurement, the measured parameter, and comparison to stored values for known tissue types, wherein the measured parameter is: impedance of tissue grasped between the first and second jaw members; an amount of tissue displacement; or a gap distance between the first and second jaw members. at least one sensor to measure at least one parameter associated with the instrument; an end effector comprising a first jaw member and a second jaw member, wherein at least one of the first and second jaw members is movable relative to the other jaw member, and wherein the at least one sensor is positioned on at least one of the first and second jaw members; a pressure sensor or strain gauge positioned in at least one of the first or second jaw members; at least one processor; a memory operatively associated with the processor, the memory including machine executable instructions that when executed by the processor cause the processor to: monitor the pressure applied to tissue grasped between the first and second jaw members; and determine a type of tissue grasped between the first and second jaw members based on the tissue pressure measurement, the measured parameter, and comparison to stored values for known tissue types, monitor the pressure applied to tissue grasped between the first and second jaw members; and determine a type of tissue grasped between the first and second jaw members based on the tissue pressure measurement, the measured parameter, and comparison to stored values for known tissue types, wherein the measured parameter is: impedance of tissue grasped between the first and second jaw members; an amount of tissue displacement; or a gap distance between the first and second jaw members. impedance of tissue grasped between the first and second jaw members; an amount of tissue displacement; or a gap distance between the first and second jaw members.