mhurhangee/ep-ind-claims huggingface dataset:
A method implemented by a base station that supports a plurality of user equipment (UEs) that are configured to use discontinuous reception, the method characterized by: transmitting respective individual scheduling assignments to each UE in a group of the UEs during an initial, onDuration portion of a DRX cycle, thereby preventing the group of UEs from immediately entering a DRX mode after the onDuration of the DRX cycle, wherein for each UE in the group, the scheduling assignments schedule a respective first data transmission during the onDuration, and also schedule a respective second data transmission after the onDuration but within the DRX cycle; transmitting the scheduled first data transmissions during the onDuration of the DRX cycle; and transmitting the scheduled second data transmissions after the onDuration but within the DRX cycle; wherein for each UE in the group, its second data transmission includes more data than its first data transmission. transmitting respective individual scheduling assignments to each UE in a group of the UEs during an initial, onDuration portion of a DRX cycle, thereby preventing the group of UEs from immediately entering a DRX mode after the onDuration of the DRX cycle, wherein for each UE in the group, the scheduling assignments schedule a respective first data transmission during the onDuration, and also schedule a respective second data transmission after the onDuration but within the DRX cycle; transmitting the scheduled first data transmissions during the onDuration of the DRX cycle; and transmitting the scheduled second data transmissions after the onDuration but within the DRX cycle; wherein for each UE in the group, its second data transmission includes more data than its first data transmission.
A receiver, comprising: a decode processing unit adapted to decode a video signal received from a transmitter; an identification information acquisition unit adapted to acquire identification information including a format concerning 2D or 3D of video from a layer corresponding to each frame of the video signal; and a processing unit adapted to perform processing for an image display by the video signal based on the identification information, wherein the processing unit includes a scaling unit adapted to perform spatial or temporal scaling of video data based on the identification information and, when the format of the video is switched, to switch parameters for the scaling adjusting to switching timing, characterized in that the identification information contains offset information indicating the timing when the switching of the 3D format of the video occurs or the timing when the switching of the 3D Video and the 2D video occurs and the scaling unit is adapted to start, based on the offset information, the processing to switch the parameters before the timing when the switching occurs, wherein the identification information contains information indicating whether spatial or temporal phases of two views for a left eye and a right eye according to the 3D format have same phases or different phases. a decode processing unit adapted to decode a video signal received from a transmitter; an identification information acquisition unit adapted to acquire identification information including a format concerning 2D or 3D of video from a layer corresponding to each frame of the video signal; and a processing unit adapted to perform processing for an image display by the video signal based on the identification information, wherein the processing unit includes a scaling unit adapted to perform spatial or temporal scaling of video data based on the identification information and, when the format of the video is switched, to switch parameters for the scaling adjusting to switching timing, characterized in that the identification information contains offset information indicating the timing when the switching of the 3D format of the video occurs or the timing when the switching of the 3D Video and the 2D video occurs and the scaling unit is adapted to start, based on the offset information, the processing to switch the parameters before the timing when the switching occurs, wherein the identification information contains information indicating whether spatial or temporal phases of two views for a left eye and a right eye according to the 3D format have same phases or different phases.
A process for recovering styrene and maintaining performance of an extractive solvent in a system for recovery of styrene from a styrene-rich feedstock, said process comprising the steps of: (a) introducing the styrene-rich feedstock to an extractive distillation column; (b) removing a styrene-rich stream from the extractive distillation column; wherein the styrene-rich stream comprises styrene and the extractive solvent; (c) introducing the styrene-rich stream to a solvent recovery column; (d) removing a styrene-lean stream from the solvent recovery column; wherein an amount of styrene in the styrene-lean stream is less than an amount of styrene in the styrene-rich stream; (e) separating a portion of the styrene-lean stream; (f) treating the portion of the styrene-lean stream with an organic solvent to form a treated extractive solvent; and, (g) recycling the treated extractive solvent into the extractive distillation column. (a) introducing the styrene-rich feedstock to an extractive distillation column; (b) removing a styrene-rich stream from the extractive distillation column; wherein the styrene-rich stream comprises styrene and the extractive solvent; (c) introducing the styrene-rich stream to a solvent recovery column; (d) removing a styrene-lean stream from the solvent recovery column; wherein an amount of styrene in the styrene-lean stream is less than an amount of styrene in the styrene-rich stream; (e) separating a portion of the styrene-lean stream; (f) treating the portion of the styrene-lean stream with an organic solvent to form a treated extractive solvent; and, (g) recycling the treated extractive solvent into the extractive distillation column.
A holding and cooling device for at least one energy storage unit, the holding and cooling device including the following features: - a cooling base plate having a plurality of holding elements integrally joined thereto, at least two holding elements forming a receiving pocket for an energy storage unit; and at least one spring element, which is designed to thermally contact an energy storage unit with at least one holding element, when the energy storage unit is inserted, by way of a spring force on a retaining element or on an energy storage unit that can be inserted into the receiving pocket, characterized in that a metal sheet is provided, which can be arranged on the holding element in a planar manner and is designed to form a housing for at least one energy storage unit in the receiving pocket. - a cooling base plate having a plurality of holding elements integrally joined thereto, at least two holding elements forming a receiving pocket for an energy storage unit; and
An isolated polynucleotide comprising a nucleic acid sequence selected from: (a) the nucleic acid sequence set forth in SEQ ID NO: 73, or a complement thereof; and (b) a nucleotide sequence encoding a polypeptide having the amino acid sequence set forth in SEQ ID NO: 74. (a) the nucleic acid sequence set forth in SEQ ID NO: 73, or a complement thereof; and (b) a nucleotide sequence encoding a polypeptide having the amino acid sequence set forth in SEQ ID NO: 74.
A gas circuit breaker comprising: a first tank filled with an insulating gas; a fixed contact provided inside the first tank; a movable contact provided inside the first tank and movable between a position in contact with the fixed contact and a position separated from the fixed contact; a nozzle that ejects the insulating gas toward the fixed contact when the movable contact moves in a first direction, the first direction being a direction in which the movable contact moves from the position in contact with the fixed contact to the position separated from the fixed contact; a cylindrical body, provided inside the first tank, which guides the gas ejected from the nozzle in a second direction, the second direction being a direction opposite to the first direction; and a second tank connected to the first tank in the second direction, wherein the second tank has a cylindrical shape centering on an axis extending in a direction perpendicular to the first direction as a central axis, characterized in that the first tank includes an opening formed on one end side thereof along an axis separated from the cylindrical body, wherein the insulating gas ejected from the nozzle is ejected in the first tank and flows into the second tank via the opening. a first tank filled with an insulating gas; a fixed contact provided inside the first tank; a movable contact provided inside the first tank and movable between a position in contact with the fixed contact and a position separated from the fixed contact; a nozzle that ejects the insulating gas toward the fixed contact when the movable contact moves in a first direction, the first direction being a direction in which the movable contact moves from the position in contact with the fixed contact to the position separated from the fixed contact; a cylindrical body, provided inside the first tank, which guides the gas ejected from the nozzle in a second direction, the second direction being a direction opposite to the first direction; and a second tank connected to the first tank in the second direction, wherein the second tank has a cylindrical shape centering on an axis extending in a direction perpendicular to the first direction as a central axis, characterized in that the first tank includes an opening formed on one end side thereof along an axis separated from the cylindrical body, wherein the insulating gas ejected from the nozzle is ejected in the first tank and flows into the second tank via the opening.
A control device for a motor vehicle which has an observer arrangement (30, 44), which is designed to receive at least one sensor signal of a sensor (26, 28) of the motor vehicle via a signal input, depending on the at least one sensor signal to ascertain at least one estimated value for a slip resistance (Cv, Ch) of the motor vehicle and to provide the at least one ascertained estimated value, wherein the observer arrangement is additionally designed, depending on the at least one sensor signal to ascertain and to provide at the signal output an estimated value for a slide slip angle (β) of the motor vehicle, wherein the observer arrangement (30, 44) comprises at least one of the following estimation devices: a Luenberger observer, a stochastic observer, characterized in that a parameter value for at least one of the following parameters of the observer arrangement (30, 44) is adjusted to a predetermined, constant value: a measurement noise, a process noise; and the observer arrangement (30, 44) comprises a one-track model of the motor vehicle, wherein the observer arrangement (30, 44) is designed to adjust at least one model parameter of the one-track model depending on the sensor signal.
Fast snap multiple contact switch for low powers, having: - at least a module having at least a couple of contacts (2a, 2b) (40a, 40b) each having a first open position and a second closed position switchable between them and wherein a first contact of said couple is normally closed and a second contact of said couple is normally open; - an operating mechanism being capable of permitting the switching of said plurality of contacts (2a, 2b) (40a, 40b); - snapping means (8, 10) mutually rotating around a pivot being capable of preventing said first contact from switching position without having said second contact of the same module to switch; the switch is characterized in that said snapping means (8, 10) comprise an Y-type element and an internally hollow V-type element that defines a v-type internal cavity; said V-type element being pivoted and revolving around an axis substantially positioned in the middle of its body; said Y-type element being positioned in said cavity of said V-type element. - at least a module having at least a couple of contacts (2a, 2b) (40a, 40b) each having a first open position and a second closed position switchable between them and wherein a first contact of said couple is normally closed and a second contact of said couple is normally open; - an operating mechanism being capable of permitting the switching of said plurality of contacts (2a, 2b) (40a, 40b); - snapping means (8, 10) mutually rotating around a pivot being capable of preventing said first contact from switching position without having said second contact of the same module to switch;
A catalyst for purifying exhaust gas comprising a catalytically active component containing a noble metal, and a promoter component containing an oxygen storage material, both the catalytically active component and the promotor component being supported on a carrier, wherein: at least two layers of a catalyst layer containing the catalytically active component or the promoter component are laminated on the carrier, the oxygen storage material exists in a rhodium-containing layer among the catalyst layers, the oxygen storage material comprises cerium, zirconium and iron; content of iron in the oxygen storage material is 0.01 % by mass or more and less than 0.50 % by mass (as a reduced value for Fe 2 O 3) relative to the total mass of the oxygen storage material: the oxygen storage material is (a) a complex oxide or a solid solution of iron and metals comprising cerium and zirconium; or (b) an iron is supported on the surface of a complex oxide or a solid solution of metals comprising cerium and zirconium, a BET specific surface area of the oxygen storage material is 50 to 200 m 2 /g, and 10 to 300 g of a refractory inorganic oxide is contained in the catalyst per 1 liter of the catalyst. at least two layers of a catalyst layer containing the catalytically active component or the promoter component are laminated on the carrier, the oxygen storage material exists in a rhodium-containing layer among the catalyst layers, the oxygen storage material comprises cerium, zirconium and iron; content of iron in the oxygen storage material is 0.01 % by mass or more and less than 0.50 % by mass (as a reduced value for Fe 2 O 3) relative to the total mass of the oxygen storage material: the oxygen storage material is (a) a complex oxide or a solid solution of iron and metals comprising cerium and zirconium; or (b) an iron is supported on the surface of a complex oxide or a solid solution of metals comprising cerium and zirconium, a BET specific surface area of the oxygen storage material is 50 to 200 m 2 /g, and 10 to 300 g of a refractory inorganic oxide is contained in the catalyst per 1 liter of the catalyst. (a) a complex oxide or a solid solution of iron and metals comprising cerium and zirconium; or (b) an iron is supported on the surface of a complex oxide or a solid solution of metals comprising cerium and zirconium, a BET specific surface area of the oxygen storage material is 50 to 200 m 2 /g, and 10 to 300 g of a refractory inorganic oxide is contained in the catalyst per 1 liter of the catalyst.
Rail vehicle for passenger transport, having at least one linearly displaceable step platform which is arranged in a boarding region of the rail vehicle and which serves for bridging a gap in a horizontal direction between the boarding region of the rail vehicle and a station platform, characterized in that the step platform comprises a front section which forms part of a step surface of the step platform, wherein the step platform has, in the region of the front section, a step-shaped recess for receiving the front section, in which recess the front section is mounted on the step platform so as to be rotatable about a horizontal axis in order to form a ramp between the remaining step surface of the step platform and the station platform.
A method of making 1-(spiro[4,5]dec-6-en-7-yl)-4-penten-1-one and 1-(spiro[4,5]dec-7-en-7-yl)-4-penten-1-one (spirogalbanone) comprising the steps of: (a) subjecting ethynylspirodecanol to a Rupe rearrangement to give a compound of the formula I (b) converting the compound of (a) to a C1-C4 alkyl acetal; (c) subjecting the acetal to a trans-acetalisation reaction with allyl alcohol in the presence of a mild acid catalyst; (d) heating the product of (c) in the presence of an acid catalyst to give an allylenolether; and (e) subjecting the product of (d) to a Claisen rearrangement to give spirogalbanone. (a) subjecting ethynylspirodecanol to a Rupe rearrangement to give a compound of the formula I (b) converting the compound of (a) to a C1-C4 alkyl acetal; (c) subjecting the acetal to a trans-acetalisation reaction with allyl alcohol in the presence of a mild acid catalyst; (d) heating the product of (c) in the presence of an acid catalyst to give an allylenolether; and (e) subjecting the product of (d) to a Claisen rearrangement to give spirogalbanone.
A method of applying an adhesive particulate to a nonmetallic substrate, the method comprising: applying an adhesive particulate to a portion of the substrate; selectively applying laser energy from a laser source having multiple independently controllable emitters of laser energy selectively activated, the selective application of laser energy is applied to the adhesive particulate and the substrate to fuse the adhesive particulate and the substrate selectively, forming a fused adhesive particulate portion; and after selectively applying the laser energy, removing an unfused portion of the applied adhesive particulate from the substrate.
A molded article selected from the group consisting of a sheet or a film, a thermoformed article, a stretched film, wherein the molded article is made of a polyester resin composition comprising a polyester resin and a polyester-based plasticizer represented by the following formula: R 1 O-CO-R 2 -CO-[(OR 3) m O-CO-R 2 -CO-] n OR 1 wherein R 1 is an alkyl group having from 1 to 4 carbon atoms, R 2 is an alkylene group having from 2 to 4 carbon atoms, R 3 is an alkylene group having from 2 to 6 carbon atoms, m is the number of from 1 to 6, and n is the number of from 1 to 12, with proviso that all the R 2 's may be identical or different, and that all the R 3, s may be identical or different, wherein the polyester-based plasticizer has an acid value of 1.00 mgKOH/g or less, a hydroxyl value of 10.0 mgKOH/g or less, and a number-average molecular weight of from 500 to 1,500.
CVD reactor for separating layers from a reaction gas on workpieces, comprising: - an elongate, vertically extending reactor chamber which is delimited by an at least partially heated reactor wall and a reactor bottom, - an inlet pipe for inflow of the reaction gas into the reactor chamber, which passes into the reactor chamber in the region of the reactor bottom, - an outlet pipe for outflow of the spent reaction gas from the reaction chamber, which passes out of the reactor chamber in the region of the reactor bottom, - a tiered workpiece holder which is arranged in the reactor chamber and rotatable about its centre axis, wherein the centre axis of the workpiece holder and the centre axis of the outlet pipe coincide, characterised in that the outlet pipe is stationary and the inlet pipe is arranged between the workpiece holder and the reactor wall. - an elongate, vertically extending reactor chamber which is delimited by an at least partially heated reactor wall and a reactor bottom, - an inlet pipe for inflow of the reaction gas into the reactor chamber, which passes into the reactor chamber in the region of the reactor bottom, - an outlet pipe for outflow of the spent reaction gas from the reaction chamber, which passes out of the reactor chamber in the region of the reactor bottom, - a tiered workpiece holder which is arranged in the reactor chamber and rotatable about its centre axis, wherein the centre axis of the workpiece holder and the centre axis of the outlet pipe coincide, characterised in that the outlet pipe is stationary and the inlet pipe is arranged between the workpiece holder and the reactor wall.
An ultrasound system, comprising: a probe including a probe head, a body, and a magnetic sensor (1192; 1294), the magnetic sensor configured to detect a magnetic field generated by or associated with a needle; a needle shield coupled to the probe head, wherein the needle shield is formed of resilient material that is resistant to penetrations from a needle and is transparent to acoustic energy; and logic stored on non-transitory computer-readable medium that, when executed by one or more processors, causes performance of operations including: receiving an indication that the magnetic field has been detected including a strength of the magnetic field, determining a distance between a distal tip of the needle and the needle shield based on the strength of the magnetic field, and in response to the distance being within a first threshold, generating a first alert. a probe including a probe head, a body, and a magnetic sensor (1192; 1294), the magnetic sensor configured to detect a magnetic field generated by or associated with a needle; a needle shield coupled to the probe head, wherein the needle shield is formed of resilient material that is resistant to penetrations from a needle and is transparent to acoustic energy; and logic stored on non-transitory computer-readable medium that, when executed by one or more processors, causes performance of operations including: receiving an indication that the magnetic field has been detected including a strength of the magnetic field, determining a distance between a distal tip of the needle and the needle shield based on the strength of the magnetic field, and in response to the distance being within a first threshold, generating a first alert. receiving an indication that the magnetic field has been detected including a strength of the magnetic field, determining a distance between a distal tip of the needle and the needle shield based on the strength of the magnetic field, and in response to the distance being within a first threshold, generating a first alert.
A battery cell comprising a pouch-shaped battery case configured to receive an electrode assembly therein, wherein the pouch-shaped battery case includes a sealed portion provided at an outer periphery thereof surrounding an electrode assembly receiving portion, and an embossed pattern is formed on the sealed portion in all directions, characterized in that intervals of the embossed pattern formed on the sealed portion in a direction in which an electrode lead protrudes are formed at smaller intervals than intervals of the embossed pattern formed on the sealed portion in a direction in which no electrode lead protrudes. the pouch-shaped battery case includes a sealed portion provided at an outer periphery thereof surrounding an electrode assembly receiving portion, and an embossed pattern is formed on the sealed portion in all directions,