mhurhangee/ep-ind-claims huggingface dataset:
A method performed by a base station in a wireless communication system, the method comprising: setting a transmission period of a poll bit indicative of a transmission of information for whether a reception of a packet is successful; generating a packet comprising the poll bit set based on the transmission period; transmitting the generated packet to a terminal; and receiving, from the terminal, a status report message indicating whether a reception of at least one packet transmitted by the base station is successful, wherein the base station comprises a central unit, CU, denoted as a first base station and a distributed unit, DU, denoted as a second base station, and the transmission period is based on a transmission delay between the first base station and the second base station. setting a transmission period of a poll bit indicative of a transmission of information for whether a reception of a packet is successful; generating a packet comprising the poll bit set based on the transmission period; transmitting the generated packet to a terminal; and receiving, from the terminal, a status report message indicating whether a reception of at least one packet transmitted by the base station is successful, wherein the base station comprises a central unit, CU, denoted as a first base station and a distributed unit, DU, denoted as a second base station, and the transmission period is based on a transmission delay between the first base station and the second base station.
A system for determining body composition, the system comprising: a support arm configured to move along an axis of a scanning target; a dual-energy x-ray source mounted to the support arm, the dual energy x-ray source configured to emit dual-energy x-rays towards the scanning target; an x-ray detector configured to detect the dual-energy x-rays emitted from the dual-energy x-ray source after passing through the scanning target; and a first 3D optical imaging device mounted to the support arm and configured to obtain a 3D optical image of a first side of the scanning target substantially concurrently with the emission of the dual-energy x-rays. a support arm configured to move along an axis of a scanning target; a dual-energy x-ray source mounted to the support arm, the dual energy x-ray source configured to emit dual-energy x-rays towards the scanning target; an x-ray detector configured to detect the dual-energy x-rays emitted from the dual-energy x-ray source after passing through the scanning target; and a first 3D optical imaging device mounted to the support arm and configured to obtain a 3D optical image of a first side of the scanning target substantially concurrently with the emission of the dual-energy x-rays.
An apparatus for feeding back channel information of an unlicensed band, applicable to user equipment - UE -, the apparatus comprising: a determining unit configured to determine a subframe for feeding back channel information of an unlicensed band according to configuration of an eNB, and determine a subframe for measuring channel quality according to the subframe for feeding back channel information; a detecting unit configured to detect whether there exists a predefined reference signal in the subframe for measuring channel quality; and a feedback unit configured to, when it is detected by the detecting unit that there exists a predefined reference signal in the subframe for measuring channel quality, report a channel quality measurement result of the subframe for measuring channel quality at the subframe for feeding back channel information; wherein the feedback unit is configured to report the channel quality measurement result via a physical uplink control channel, PUCCH, or a physical uplink shared channel, PUSCH, of a primary cell connected to the UE.
A method for deburring disk of a turbomachine comprising a plurality of slots by means of an articulated tooling, comprising a plurality of axes of rotation, the turbomachine disk comprising at least one edge to be deburred, the at least one edge to be deburred being a bottom edge of a slot of the disk the articulated tooling comprising a tool holder, the tool holder holding a calibration tool and a machining tool, the calibration tool and the machining tool being attached to the tool holder and being immovable relative to one another, the method being characterized in that it comprises steps of: - calibrating the calibration tool and the machining tool by using a same calibration means, allowing determining the relative position of the calibration tool relative to the machining tool, - parameterizing the disk allowing determining the position of the disk relative to the articulated tooling, by means of the calibration tool, - deburring the at least one bottom edge of the slot to be deburred by means of the machining tool moving along a predetermined trajectory, on the basis of the parameters obtained during the parameterization step. - calibrating the calibration tool and the machining tool by using a same calibration means, allowing determining the relative position of the calibration tool relative to the machining tool, - parameterizing the disk allowing determining the position of the disk relative to the articulated tooling, by means of the calibration tool, - deburring the at least one bottom edge of the slot to be deburred by means of the machining tool moving along a predetermined trajectory, on the basis of the parameters obtained during the parameterization step.
A method for obtaining a refined protein component from a plant source, wherein the plant source is (i) a legume flour from navy bean, white bean, fava bean, defatted soy, or yellow pea, or (ii) oilseed flour from defatted sesame, the method comprising the steps, in order: a) aqueous extraction of the legume flour or oilseed flour at an extraction pH of 7 for legumes, and 9 for oilseeds, to obtain an aqueous protein solution; b) separation of the aqueous extract from solids by centrifugation; c) precipitate soluble proteins using a combination of temperature at 60°C, a pH of 5.5 and addition of calcium dichloride (CaCl 2) to achieve a ratio of 0.1 g of CaCl 2 per gram of protein to obtain a protein precipitate; d) separating the protein precipitate by centrifugation and discard the supernatant; and e) washing the protein precipitate by mixing with 30x tap water by weight dilution and centrifuge again to obtain the refined protein component; wherein the refined protein component has an L* value of between 76 to 80, an a* value of between -2.5 to -0.7 and a b* value of between 4.5 to 12, when measured as set forth in Example 8. a) aqueous extraction of the legume flour or oilseed flour at an extraction pH of 7 for legumes, and 9 for oilseeds, to obtain an aqueous protein solution; b) separation of the aqueous extract from solids by centrifugation; c) precipitate soluble proteins using a combination of temperature at 60°C, a pH of 5.5 and addition of calcium dichloride (CaCl 2) to achieve a ratio of 0.1 g of CaCl 2 per gram of protein to obtain a protein precipitate; d) separating the protein precipitate by centrifugation and discard the supernatant; and e) washing the protein precipitate by mixing with 30x tap water by weight dilution and centrifuge again to obtain the refined protein component;
Device for measuring the magnetic induction, including a first substrate covered with at least a first tape of thin film exhibiting Colossal Magnetoresistance phenomenon and connected to electrodes (23, 25), characterized in that the first substrate and said first tape have a polycrystalline structure and that there is a second single-crystal substrate covered with at least a second tape of thin film exhibiting Colossal Magnetoresistance phenomenon and connected to electrodes (33, 35), whereby the second tape has an expitaxial structure.
An electroadhesive apparatus comprising: an electroadhesive plate (229, 451, 651, 751, 951, 1051) having a contact surface (452, 752, 952, 1052) for capturing one or more target objects with electroadhesion, the electroadhesive plate (229, 451, 651, 751, 951, 1051) comprising a mechanical separation mechanism; and a controller (226, 248, 526, 560) configured to individually activate or deactivate electroadhesion of the electroadhesive plate (229, 451, 651, 751, 951, 1051), wherein the controller (226, 248, 526, 560) is configured to actuate the mechanical separation mechanism independent of activation or deactivation of electroadhesion; characterized in that the mechanical separation mechanism comprises a netting (675, 765, 865, 965) configured to be placed over the contact surface (452, 752, 952, 1052) to facilitate capture or release of the one or more captured target objects. an electroadhesive plate (229, 451, 651, 751, 951, 1051) having a contact surface (452, 752, 952, 1052) for capturing one or more target objects with electroadhesion, the electroadhesive plate (229, 451, 651, 751, 951, 1051) comprising a mechanical separation mechanism; and a controller (226, 248, 526, 560) configured to individually activate or deactivate electroadhesion of the electroadhesive plate (229, 451, 651, 751, 951, 1051), wherein the controller (226, 248, 526, 560) is configured to actuate the mechanical separation mechanism independent of activation or deactivation of electroadhesion; characterized in that the mechanical separation mechanism comprises a netting (675, 765, 865, 965) configured to be placed over the contact surface (452, 752, 952, 1052) to facilitate capture or release of the one or more captured target objects.
An integrated circuit, comprising: a substrate having a top surface and a bottom surface; a buried layer positioned within the substrate; a transistor well region positioned above the buried layer; a first trench extending from the top surface to penetrate the buried layer, the first trench having a first trench depth (TD 1); and a second trench extending from the top surface to penetrate the buried layer, the second trench interposed between the first trench and the transistor well region, and having a second trench depth (TD 2) less than the first trench depth, characterised in that: the first trench includes a first conductor insulated from the buried layer and making an ohmic contact with the substrate around a bottom portion of the first trench; and the second trench includes a second conductor insulated from the buried layer and the substrate. a substrate having a top surface and a bottom surface; a buried layer positioned within the substrate; a transistor well region positioned above the buried layer; a first trench extending from the top surface to penetrate the buried layer, the first trench having a first trench depth (TD 1); and a second trench extending from the top surface to penetrate the buried layer, the second trench interposed between the first trench and the transistor well region, and having a second trench depth (TD 2) less than the first trench depth, characterised in that: the first trench includes a first conductor insulated from the buried layer and making an ohmic contact with the substrate around a bottom portion of the first trench; and the second trench includes a second conductor insulated from the buried layer and the substrate. the first trench includes a first conductor insulated from the buried layer and making an ohmic contact with the substrate around a bottom portion of the first trench; and the second trench includes a second conductor insulated from the buried layer and the substrate.
A conveyor system closure with (a) an opening for a conveyor system and (b) at least one partition element that features (i) intumescent material and (ii) a heat source, which comprises flammable material and an oxidising agent and which is arranged to heat the intumescent material, and (iii) that is designed to seal the opening, wherein (c) the at least one partition element comprises a fireproof cover that covers a fire protection fabric, said fireproof cover enclosing the intumescent material and the heat source. (a) an opening for a conveyor system and (b) at least one partition element that features (i) intumescent material and (ii) a heat source, which comprises flammable material and an oxidising agent and which is arranged to heat the intumescent material, and (iii) that is designed to seal the opening, wherein (i) intumescent material and (ii) a heat source, which comprises flammable material and an oxidising agent and which is arranged to heat the intumescent material, and (iii) that is designed to seal the opening, (c) the at least one partition element comprises a fireproof cover that covers a fire protection fabric, said fireproof cover enclosing the intumescent material and the heat source.
A gripper assembly for inserting the weft yarn in shuttle-less looms, comprising a bringer gripper and a taker gripper, said grippers being suitable to produce weft and warp woven fabrics by making a first step of the weft grip, a second step of transport to the center of the fabric, a third step of switching and a fourth step of completing the transport and releasing the yarn in the fabric, wherein said taker gripper, which exchanges the yarn at the center of the fabric between said taker gripper and said bringer gripper and complete the insertion, comprises a main body, shaped on one side to be fixed to a tape or rod, a central part with a drive lever for opening or closing a zone of gripping of the yarn, a longitudinally sliding rod, elastically inflected within the main body, and a slider, slidable into a hook-shaped portion, which retracts away from a surface of said hook-shaped portion and, characterized in that said slider is pushed against a guide profile of the hook-shaped portion, and in that said slider drags with it an elastic blade, which leans with a tooth against said slider and follows the movements of said slider, thus simultaneously opening said slider and said elastic blade in order to release the yarn from said taker gripper.
A method of manufacturing a self-supported strip having an at least partially cured surface coating, which method comprises: a. providing a fluid first curable material configured to be at least partially cured by a curing process; b. providing a carrier having a carrier contact surface, said carrier contact surface being wettable by said fluid first curable material, said carrier being configured to maintain structural integrity when subject to said curing process; c. applying said fluid first curable material onto said carrier, said fluid first curable material wetting said carrier contact surface to form a layer of said fluid first curable material on said carrier contact surface; d. at least partially curing said fluid first curable material to form said at least partially cured surface coating of the self-supported strip; and e. securing a flexible base (56,58,60,62,64) to, or forming a flexible base on, a surface of the at least partially cured surface coating opposite said carrier; wherein said at least partially cured surface coating together with said flexible base (58,60,62,64) are peelable from said carrier, to produce said self-supported strip. a. providing a fluid first curable material configured to be at least partially cured by a curing process; b. providing a carrier having a carrier contact surface, said carrier contact surface being wettable by said fluid first curable material, said carrier being configured to maintain structural integrity when subject to said curing process; c. applying said fluid first curable material onto said carrier, said fluid first curable material wetting said carrier contact surface to form a layer of said fluid first curable material on said carrier contact surface; d. at least partially curing said fluid first curable material to form said at least partially cured surface coating of the self-supported strip; and e. securing a flexible base (56,58,60,62,64) to, or forming a flexible base on, a surface of the at least partially cured surface coating opposite said carrier;
A folding tool comprising: a handle having a first handle half and a second handle half held in a spaced apart relationship to form an implement groove therebetween; two or more implements (15, 16) pivotally connected between the first handle half and a second handle half by a pivot shaft and movable between an open position and closed position, the two or more implements (15, 16) each having a tang and a working portion; a lock bar that is movable between a first position and a second position, wherein the first position locks one or more of the implements (15, 16) in an open position, and moving the lock bar to the second position releases the one or more implements (15, 16) from being locked in the open position; and characterized in that the folding tool further comprises a closed blade retention system, comprising: a detent feature on each tang; a detent retainer spring; and a detent ball (44, 49), wherein when at least one of the implements is in the closed position, the detent feature aligns with the detent ball thereby retaining the blade in the closed position. a handle having a first handle half and a second handle half held in a spaced apart relationship to form an implement groove therebetween; two or more implements (15, 16) pivotally connected between the first handle half and a second handle half by a pivot shaft and movable between an open position and closed position, the two or more implements (15, 16) each having a tang and a working portion; a lock bar that is movable between a first position and a second position, wherein the first position locks one or more of the implements (15, 16) in an open position, and moving the lock bar to the second position releases the one or more implements (15, 16) from being locked in the open position; and characterized in that the folding tool further comprises a closed blade retention system, comprising: a detent feature on each tang; a detent retainer spring; and a detent ball (44, 49), wherein when at least one of the implements is in the closed position, the detent feature aligns with the detent ball thereby retaining the blade in the closed position. a detent feature on each tang; a detent retainer spring; and a detent ball (44, 49), wherein when at least one of the implements is in the closed position, the detent feature aligns with the detent ball thereby retaining the blade in the closed position.
Multilayer panel comprising a covering plate, at least one reinforcing plate, and at least one attachment element (50, 50'), comprising at least one insertion seating for said attachment element (50, 50'), said insertion seating comprising a positioning and clamping hole (70, 70') of said attachment element (50, 50') made only in said reinforcing plate and said attachment element (50, 50') being positioned in said positioning and clamping hole (70, 70') flush with, or at most recessed with respect to, an external surface of said reinforcing plate, said multilayer panel being characterized in that said attachment element and said positioning and clamping hole are provided with respective rotation blocking means (58', 77'), configured to engage with each other to block the rotation of said attachment element around an axis of development (B') thereof.
A display system comprising: a flexible display apparatus which is deformable; and a flexible remote controller which is deformable; the flexible remote controller is configured to, in response to the flexible remote controller being deformed, transmit information indicating the deformation of the flexible remote controller to the flexible display apparatus, characterised in that the flexible display apparatus is configured to, in response to receiving the information from the flexible remote controller, be deformed to a shape corresponding to the deformation of the flexible remote controller based on the information. a flexible display apparatus which is deformable; and a flexible remote controller which is deformable; the flexible remote controller is configured to, in response to the flexible remote controller being deformed, transmit information indicating the deformation of the flexible remote controller to the flexible display apparatus, characterised in that the flexible display apparatus is configured to, in response to receiving the information from the flexible remote controller, be deformed to a shape corresponding to the deformation of the flexible remote controller based on the information.
A method of monitoring performance of a network performed in a network tomography device, the method comprising: - obtaining information indicative of topology of the network; - computing a plurality of paths for monitoring the network; - instructing source nodes of the computed paths to send probing packets towards destination nodes of the computed paths, wherein said probing packets undergo segment routing in said network; - instructing the destination nodes of the computed paths to carry out network performance measurements based on probing packets received by the destination nodes; - receiving the performance measurements from the destination nodes; - inferring information about performance of nodes in the network using network tomography, wherein the inference process includes correlating the performance measurements of the computed paths. - obtaining information indicative of topology of the network; - computing a plurality of paths for monitoring the network; - instructing source nodes of the computed paths to send probing packets towards destination nodes of the computed paths, wherein said probing packets undergo segment routing in said network; - instructing the destination nodes of the computed paths to carry out network performance measurements based on probing packets received by the destination nodes; - receiving the performance measurements from the destination nodes; - inferring information about performance of nodes in the network using network tomography, wherein the inference process includes correlating the performance measurements of the computed paths.