mhurhangee/patent-ind-claim-en huggingface dataset:
A method, comprising: decoding, by a processing device, a one codeblock of a plurality of codeblocks within a multiplexed datastream , wherein each codeblock includes a flag that indicates whether the codeblock contains a timeplan , and the timeplan signifies a multiplexing structure of the datastream ; determining whether the flag of the one codeblock indicates that the one codeblock contains the timeplan ; and if it is determined that the one codeblock contains the timeplan , the method further comprises acquiring the timeplan ; in response to a determination that the one codeblock does not contain the timeplan , determining a first subsequent codeblock of the plurality of codeblocks ; decoding, by the processing device, the first subsequent codeblock ; and determining whether the flag of the first subsequent codeblock indicates that the first subsequent codeblock contains the timeplan ; and if it is determined that the first subsequent codeblock contains the timeplan , the method further comprises acquiring the timeplan ,wherein each codeblock further includes a sequence number indicator that indicates a sequence position of the one codeblock within a first group of the plurality of codeblocks , characterized in that the determination of the first subsequent codeblock is based on a decode rate of the processing device and the sequence number indicator. decoding, by a processing device, a one codeblock of a plurality of codeblocks within a multiplexed datastream , wherein each codeblock includes a flag that indicates whether the codeblock contains a timeplan , and the timeplan signifies a multiplexing structure of the datastream ; determining whether the flag of the one codeblock indicates that the one codeblock contains the timeplan ; and if it is determined that the one codeblock contains the timeplan , the method further comprises acquiring the timeplan ; in response to a determination that the one codeblock does not contain the timeplan , determining a first subsequent codeblock of the plurality of codeblocks ; decoding, by the processing device, the first subsequent codeblock ; and determining whether the flag of the first subsequent codeblock indicates that the first subsequent codeblock contains the timeplan ; and if it is determined that the first subsequent codeblock contains the timeplan , the method further comprises acquiring the timeplan ,wherein each codeblock further includes a sequence number indicator that indicates a sequence position of the one codeblock within a first group of the plurality of codeblocks , characterized in that the determination of the first subsequent codeblock is based on a decode rate of the processing device and the sequence number indicator.
A pneumatic tire comprising: a circumferential tread portion comprising an outer tread running surface comprising tread grooves ; a first sidewall and a second sidewall , the first and second sidewalls arranged axially adjacent to the tread portion , the first and second sidewalls comprising an outer surface facing away from a carcass portion; a first bead portion and a second bead portion , the first and second bead portions being connected with the tread portion by the first and second sidewalls and the first and second bead portions comprising a rim contact portion ; a rubber electrical conductive strip that continuously extends around an outer surface of the pneumatic tire from the first bead portion to the second bead portion, the rubber electrical conductive strip being in contact with the outer surface of the first and second sidewalls, the rim contact portion of the first and second bead portions and the outer tread running surface of the tread portion. a circumferential tread portion comprising an outer tread running surface comprising tread grooves ; a first sidewall and a second sidewall , the first and second sidewalls arranged axially adjacent to the tread portion , the first and second sidewalls comprising an outer surface facing away from a carcass portion; a first bead portion and a second bead portion , the first and second bead portions being connected with the tread portion by the first and second sidewalls and the first and second bead portions comprising a rim contact portion ; a rubber electrical conductive strip that continuously extends around an outer surface of the pneumatic tire from the first bead portion to the second bead portion, the rubber electrical conductive strip being in contact with the outer surface of the first and second sidewalls, the rim contact portion of the first and second bead portions and the outer tread running surface of the tread portion.
Glove comprising: a cuff ; an opening obtained in the dorsal area of the cuff, said opening being of a size such as to accommodate the display of a wrist instrument; characterized by an elastic drawstring having a first end and a second end sewn onto the dorsal area of the cuff and a central area not sewn onto said dorsal area of the cuff; a cut portion obtained in the dorsal area of the cuff , wherein: said opening is delimited by said elastic drawstring and by said cut portion . a cuff ; an opening obtained in the dorsal area of the cuff, said opening being of a size such as to accommodate the display of a wrist instrument; characterized by an elastic drawstring having a first end and a second end sewn onto the dorsal area of the cuff and a central area not sewn onto said dorsal area of the cuff; a cut portion obtained in the dorsal area of the cuff , wherein: said opening is delimited by said elastic drawstring and by said cut portion .
A method of decoding video information, the method comprising; using a coding device comprising computer hardware: receiving video data that includes one or more enhancement layers coded according to HEVC or a scalable extension thereof; determining that the received video data does not include the base layer based upon a value of a flag included in a one of a video parameter set, a sequence parameter set, a picture parameter set, or an adaptation parameter set; receiving, from an external source that is external to the coding device, a decoded base layer picture coded according to a codec that is not HEVC nor a scalable extension thereof, wherein the external source is a second decoder; storing the decoded base layer picture in a sub-decoded picture buffer (sub-DPB) of a decoded picture buffer (DPB) of a memory in communication with the coding device, the sub-DPB being the sub-DPB allocated for base layer pictures, wherein the size of the sub-DPB is equal to 1 so that the sub-DPB can store one and only one decoded base layer picture, setting the picture order count of the decoded base layer picture equal to the picture order count of pictures from the one or more enhancement layers that are associated with the same access unit as the decoded base layer picture using presentation timestamps; decoding the pictures from the one or more enhancement layers, based on the stored decoded base layer picture; and subsequent to decoding the pictures in the access unit, emptying the decoded base layer picture from the memory. receiving video data that includes one or more enhancement layers coded according to HEVC or a scalable extension thereof; determining that the received video data does not include the base layer based upon a value of a flag included in a one of a video parameter set, a sequence parameter set, a picture parameter set, or an adaptation parameter set; receiving, from an external source that is external to the coding device, a decoded base layer picture coded according to a codec that is not HEVC nor a scalable extension thereof, wherein the external source is a second decoder; storing the decoded base layer picture in a sub-decoded picture buffer (sub-DPB) of a decoded picture buffer (DPB) of a memory in communication with the coding device, the sub-DPB being the sub-DPB allocated for base layer pictures, wherein the size of the sub-DPB is equal to 1 so that the sub-DPB can store one and only one decoded base layer picture, setting the picture order count of the decoded base layer picture equal to the picture order count of pictures from the one or more enhancement layers that are associated with the same access unit as the decoded base layer picture using presentation timestamps; decoding the pictures from the one or more enhancement layers, based on the stored decoded base layer picture; and subsequent to decoding the pictures in the access unit, emptying the decoded base layer picture from the memory.
A thermally reactive thermoplastic intermediate product, in the form of a shaped body, wherein the intermediate comprises a composition, wherein the composition comprises a purified softwood lignin powder and at least a first additive, wherein the first additive is a lignin solvent, characterized in that the lignin solvent is an aprotic polar solvent, such as an aliphatic amide, such as dimethylformamide (DMF) or dimethylacetamide (DMAc), a tertiary amine oxide, such as N-methylmorpholine-N-oxide (NMMO), dimethylsulfoxid (DMSO) or ionic liquids or any combination of said solvents and liquids, and that the lignin solvent is added in an amount so that the lignin remains in a solid state.
Device for closing an air intake of a motor vehicle front end, comprising: • a support frame having two lateral uprights interconnected by two end crossmembers and in which at least one set of slats pivotable between a closing position and an open position is installed, • at least one control element configured to control the positioning of the slats, said at least one control element including at least one control member connected to the slats, an actuator having fixing holes , and a lever connected firstly to the actuator and secondly to the control member so as to enable pivoting of the slats, • a housing disposed on the support frame configured to receive the actuator , said housing having an opening, and • a cap that comes to cover the opening of the housing and that is configured to be fixed to the housing , the housing having locating elements intended to be inserted into the fixing holes , each locating element having a first end connected to the housing and a second, free end configured to cooperate with the fixing hole of the actuator , and the cap having at least one specific shape configured to keep the actuator fixed relative to the first end of the locating elements when fixing the cap onto the housing , characterized in that the housing is disposed on a lateral upright and extends parallel to the axis of the end crossmembers . • a support frame having two lateral uprights interconnected by two end crossmembers and in which at least one set of slats pivotable between a closing position and an open position is installed, • at least one control element configured to control the positioning of the slats, said at least one control element including at least one control member connected to the slats, an actuator having fixing holes , and a lever connected firstly to the actuator and secondly to the control member so as to enable pivoting of the slats, • a housing disposed on the support frame configured to receive the actuator , said housing having an opening, and • a cap that comes to cover the opening of the housing and that is configured to be fixed to the housing ,
A guidance device for accessing an access port that is subcutaneously implanted in a body of a patient, the device comprising: a body defining a cavity for receiving therein at least a portion of the implanted access port and skin surface above the port, the body further defining: a needle guide for guiding a needle for insertion into a septum of the implanted access port; characterized by a slot for enabling removal of the guidance device past the needle after insertion into the septum of the implanted access port; and at least one deformation cutout for permitting deformation of the body so as to enable removal of the guidance device past the needle after insertion into the septum of the implanted access port. a body defining a cavity for receiving therein at least a portion of the implanted access port and skin surface above the port, the body further defining: a needle guide for guiding a needle for insertion into a septum of the implanted access port; characterized by a slot for enabling removal of the guidance device past the needle after insertion into the septum of the implanted access port; and at least one deformation cutout for permitting deformation of the body so as to enable removal of the guidance device past the needle after insertion into the septum of the implanted access port.
A rotary cutting tool (R) adapted for use as a router for processing printed wiring boards, in which a chip discharge groove assuming a helical form from a tip end to a base end side of a tool body is formed on an outer periphery of the tool body , an outer peripheral cutting edge is formed in an intersecting ridgeline part between a rake face of the chip discharge groove and an outer circumferential surface of the tool body or an outer peripheral flank face formed in the outer periphery of the tool body , and a chip breaker groove is provided so as to partition the outer peripheral cutting edge , wherein a depth of the chip breaker groove at a base end part of the chip breaker groove is shallower than a depth of the chip breaker groove at a tip end part of the chip breaker groove , the rotary cutting tool (R) being characterised in that : a diameter of the tool body is 0.4mm to 1.8mm, preferably 0.8mm to 1.2 mm, e.g. 1.0 mm, a plurality of four or more outer peripheral cutting edges , preferably six to eight outer peripheral cutting edges , are provided equally partitioned in a circumferential direction, the number of outer peripheral cutting edges is equal to the number before the outer peripheral cutting edge is partitioned by the chip breaker groove , and each outer peripheral cutting edge is provided in a twisting manner with the same twisting direction, right or left, and with an identical torsion angle (α) from 15° to 35°, inclusive, preferably from 20° to 30°, inclusive, preferably e.g. 24° or 30°, and the chip breaker groove is configured such that a difference between the depth at the tip end part and the depth at the base end part is from 0.020 mm to 0.055 mm, inclusive. a diameter of the tool body is 0.4mm to 1.8mm, preferably 0.8mm to 1.2 mm, e.g. 1.0 mm, a plurality of four or more outer peripheral cutting edges , preferably six to eight outer peripheral cutting edges , are provided equally partitioned in a circumferential direction, the number of outer peripheral cutting edges is equal to the number before the outer peripheral cutting edge is partitioned by the chip breaker groove , and each outer peripheral cutting edge is provided in a twisting manner with the same twisting direction, right or left, and with an identical torsion angle (α) from 15° to 35°, inclusive, preferably from 20° to 30°, inclusive, preferably e.g. 24° or 30°, and the chip breaker groove is configured such that a difference between the depth at the tip end part and the depth at the base end part is from 0.020 mm to 0.055 mm, inclusive.
A system comprising (i) a luminescent body and (ii) a two-phase cooling device , wherein the two-phase cooling device has a device wall , wherein the device wall defines an chamber , wherein the device wall comprises a tapering section comprising a contact region , wherein the tapering section tapers to the contact region , wherein the luminescent body is thermally coupled to the contact region , and wherein the device wall has a first thickness di at the contact region , wherein di is selected from the range of 0.15 - 0.35 mm.
A monolithic display device comprising: a plurality of first pixels (B) capable of emitting light in a first wavelength range, and a plurality of second pixels (R, G) capable of emitting light in a second wavelength range, the first pixels (B) each comprising a gallium nitride light-emitting diode, and the second pixels (R, G) each comprising an organic light-emitting diode; and an integrated control circuit comprising, on the side of an upper surface, for each pixel (B, R, G), a metal connection pad , the light-emitting diodes of the first (B) and second (R, G) pixels being arranged on the side of the upper surface of the control circuit , and the light-emitting diode of each pixel comprising a lower electrode connected to the metal connection pad of the pixel, wherein, in each pixel (B, R, G), the light-emitting diode of the pixel comprises at least one semiconductor layer (123, 125, 127, 139; 339R, 339G) coating the surface of the lower electrode opposite to the control circuit , and an upper electrode coating the surface of said at least one semiconductor layer opposite to the lower electrode, characterized in that the upper electrodes of the first pixels (B) and the lower electrodes of the second pixels (R, G) are arranged in a same conductor level (M) of the device. a plurality of first pixels (B) capable of emitting light in a first wavelength range, and a plurality of second pixels (R, G) capable of emitting light in a second wavelength range, the first pixels (B) each comprising a gallium nitride light-emitting diode, and the second pixels (R, G) each comprising an organic light-emitting diode; and an integrated control circuit comprising, on the side of an upper surface, for each pixel (B, R, G), a metal connection pad , the light-emitting diodes of the first (B) and second (R, G) pixels being arranged on the side of the upper surface of the control circuit , and the light-emitting diode of each pixel comprising a lower electrode connected to the metal connection pad of the pixel, wherein, in each pixel (B, R, G), the light-emitting diode of the pixel comprises at least one semiconductor layer (123, 125, 127, 139; 339R, 339G) coating the surface of the lower electrode opposite to the control circuit , and an upper electrode coating the surface of said at least one semiconductor layer opposite to the lower electrode, characterized in that the upper electrodes of the first pixels (B) and the lower electrodes of the second pixels (R, G) are arranged in a same conductor level (M) of the device.
A bioactive agent capable of increasing the intracellular concentration and/or activity of Hsp70 for use in the treatment of a lysosomal storage disorder, wherein said bioactive agent is a proteasome inhibitor selected from MG132 and lactacystin.
A monolithic cardboard or corrugated board blank, wherein two first parallel crease lines , and two second crease lines parallel to each other and orthogonal to said first parallel crease lines , delimit a first row of a first rear half-panel , a first auxiliary panel , and a second rear half-panel , a second row of a first side panel , a top panel and a second side panel , and a third row of a first front half-panel , a second auxiliary panel , and a second front half-panel , characterized in that each of said first rear half-panel , second rear half-panel , first front half-panel , and second front half-panel have a slot adjacent to the respective second crease line , wherein each of said first side panel and second side panel have a couple of distanced slots adjacent to the respective second crease line , wherein each first crease line is interrupted by two end slots and a median slot in the length between the first auxiliary panel and the top panel and between the second auxiliary panel and the top panel , respectively, wherein a distal side of each of the first and second auxiliary panels has an indenture from which two inclined crease or half-cut lines directed to a respective proximal corner of the auxiliary panel depart, and wherein a couple of cut lines depart from each inclined crease or half-cut line delimiting an arm having a distal portion protruding into the slot of the adjacent half-panel . each of said first rear half-panel , second rear half-panel , first front half-panel , and second front half-panel have a slot adjacent to the respective second crease line , wherein each of said first side panel and second side panel have a couple of distanced slots adjacent to the respective second crease line , wherein each first crease line is interrupted by two end slots and a median slot in the length between the first auxiliary panel and the top panel and between the second auxiliary panel and the top panel , respectively, wherein a distal side of each of the first and second auxiliary panels has an indenture from which two inclined crease or half-cut lines directed to a respective proximal corner of the auxiliary panel depart, and wherein a couple of cut lines depart from each inclined crease or half-cut line delimiting an arm having a distal portion protruding into the slot of the adjacent half-panel .
Hybrid drive train for a hybrid powered vehicle, comprising an electric motor and an internal combustion engine , the power output shaft of which acts alternately either on a first input shaft or on a second input shaft , coaxial to the first, of a dual clutch transmission via two separating clutches (K1, K2) of a dual clutch, wherein a first and a second sub-transmission (I, II) can be activated in each case by the input shafts , wherein fixed and idler gears are arranged in wheel planes (RE1 to RE8) on the two input shafts and on a common output shaft axially parallel to said input shafts, said fixed and idler gears being combined into gear sets which form gear stages (1 to 7, R) in which the idler gears can be coupled to the shafts by gear-shifting elements (G1 to G4), wherein the electric motor acts on the output shaft optionally via an intermediate gear , wherein a shifting element (S) on the electric motor side is interposed between the electric motor and the output shaft which interacts therewith, said shifting element coupling the electric motor to the output shaft in a first shift position (S1) and decoupling the electric motor from the dual clutch transmission in a neutral position (N), wherein the shifting element (S) on the electric motor side can be shifted into a second shift position (S2) in which the electric motor is coupled to one of the input shafts and decoupled from the output shaft , and wherein the shifting element (S) on the electric motor side can be shifted from its neutral position (N) in the axial direction both ways, either into its first shift position (S1) or into its second shift position (S2) opposed to the first, characterised in that in the axial direction the shifting element (S) on the electric motor side directly adjoins a wheel plane (RE8) on the electric motor side forming one gear stage of the gear stages (1 to 7, R), which comprises an idler gear on the output side mounted on the output shaft , and in that in the second shift position (S2) the idler gear on the output side of the wheel plane (RE8) on the electric motor side is coupled to the electric motor in order to provide an electric motor connection to one of the input shafts .