mhurhangee/ep-ind-claims huggingface dataset:
A method for determining timing advance grouping, comprising: adding, by a base station, a component carrier, CC, for a user equipment, UE; determining, by the base station, a timing advance, TA, group that the added CC belongs to, wherein the TA group is a set of CCs that can share a TA; characterized by sending, by the base station in an radio resource control, RRC, connection reconfiguration message, identification information that identifies the TA group to the UE when adding the CC for the UE, wherein the identification information is an attribute parameter of the CC added for the UE; and sending, by the base station, an added extended TA command medium access control control element, MAC CE, to the UE when the base station needs to perform TA adjustment for the TA group, wherein the TA command MAC CE comprises the identification information that identifies the TA group and a TA adjustment value. adding, by a base station, a component carrier, CC, for a user equipment, UE; determining, by the base station, a timing advance, TA, group that the added CC belongs to, wherein the TA group is a set of CCs that can share a TA; characterized by sending, by the base station in an radio resource control, RRC, connection reconfiguration message, identification information that identifies the TA group to the UE when adding the CC for the UE, wherein the identification information is an attribute parameter of the CC added for the UE; and sending, by the base station, an added extended TA command medium access control control element, MAC CE, to the UE when the base station needs to perform TA adjustment for the TA group, wherein the TA command MAC CE comprises the identification information that identifies the TA group and a TA adjustment value.
Method for determining a representative parameter of a porous sample in an equation relating the resistivity or/and conductivity of the porous sample, with a saturation of the porous sample in a first fluid, the method comprising: - providing a porous sample containing a first fluid; - feeding a second fluid in the porous sample and establishing at least a first profile of second fluid content in the porous sample by applying a first mechanical load; - measuring a resistivity or/and conductivity in a plurality of regions having different second fluid contents in the porous sample; characterized by: - measuring a volume of first fluid produced from the porous sample when establishing the first profile; - calculating a measured total volume of first fluid remaining in the porous sample after establishing the first profile; and - repeating the following steps: *determining an estimated local volume of first fluid contained in each region from the resistivity or/and conductivity measured in the region and from an estimated value of the representative parameter; * calculating a estimated total volume of first fluid in the porous sample from each estimated local volume of first fluid contained in each region; * modifying the value of the estimated representative parameter to minimize the difference between the estimated total volume and the measured total volume, the representative parameter of the porous sample being the estimated representative parameter minimizing said difference. - providing a porous sample containing a first fluid; - feeding a second fluid in the porous sample and establishing at least a first profile of second fluid content in the porous sample by applying a first mechanical load; - measuring a resistivity or/and conductivity in a plurality of regions having different second fluid contents in the porous sample; characterized by: - measuring a volume of first fluid produced from the porous sample when establishing the first profile; - calculating a measured total volume of first fluid remaining in the porous sample after establishing the first profile; and - repeating the following steps: *determining an estimated local volume of first fluid contained in each region from the resistivity or/and conductivity measured in the region and from an estimated value of the representative parameter; * calculating a estimated total volume of first fluid in the porous sample from each estimated local volume of first fluid contained in each region; * modifying the value of the estimated representative parameter to minimize the difference between the estimated total volume and the measured total volume, *determining an estimated local volume of first fluid contained in each region from the resistivity or/and conductivity measured in the region and from an estimated value of the representative parameter; * calculating a estimated total volume of first fluid in the porous sample from each estimated local volume of first fluid contained in each region; * modifying the value of the estimated representative parameter to minimize the difference between the estimated total volume and the measured total volume,
Preparation method for high pressure synthesis of an ultrahard nanotwinned boron nitride bulk material, which has an internal nanocrystalline cubic structure with grains containing a density of 5-30 % nanotwins with a thickness of 1-15 nm, comprising the following steps: Placing nanospherical BN particles with onion-like structure as raw materials into a mold and pressing them into a preform; Loading the preform into a high pressure synthetic mold, and synthesizing under 4-25 GPa and 1200-2300°C; and Decompressing and cooling. Placing nanospherical BN particles with onion-like structure as raw materials into a mold and pressing them into a preform; Loading the preform into a high pressure synthetic mold, and synthesizing under 4-25 GPa and 1200-2300°C; and Decompressing and cooling.
Tarpaulin arrangement with a storage tank of an agricultural distribution machine, the upper tank opening of which storage tank, in particular filling opening, can be covered with a tarpaulin, wherein the tarpaulin is fastened on its one side to the storage tank by means of suitable fastening means and is fastened on its opposite side to a first rod, wherein said rod is fastened pivotably to a pivot bow, which is pivotable about an axis of articulation located approximately in the centre of the tank and is coupled to the tank edge, and/or is part of the pivot bow, wherein the tarpaulin can be pivoted away in order to open up the upper tank opening, wherein at least one second rod is arranged on the tarpaulin between the fastening of the tarpaulin to the storage tank and the first rod and at a distance from the latter, in that the second rod runs parallel to the first rod and the tank edge, to which the tarpaulin is fastened, and in that, in the position of the tarpaulin closing the storage tank, the second rod is positioned higher than the first rod and the tank edge, to which the tarpaulin is fastened, characterized in that the tarpaulin arrangement is configured in a roof-shaped manner in the form of a gable roof in the closed state such that the gable sides of the tarpaulin arranged in the form of a gable roof are closed by triangular end surfaces of the tarpaulin, and in that the lower edges of the tarpaulin on two opposite tanks sides are cut in an arched manner such that the apex point of the edge profile of the tarpaulin that lies between the edge ends is located higher than the two edge ends.
An isolated polypeptide consisting of an amino acid sequence of RYKYQX1X2YI (SEQ ID NO: 189) or a homologous amino acid sequence derived from the substitution of a single amino acid in SEQ ID NO: 189, wherein X1 is cysteine or tryptophan and X2 is phenylalanine or tryptophan.
Differential current sensor for an electrical circuit, having a reed switch which is wound with at least two coils (S1, S2), characterized in that the coils can be inserted into the electrical circuit having a first and a second conductor (LA, LB), wherein, during use, the first coil is assigned to the first conductor and second coil is assigned to the second conductor, wherein the coils are configured in such a manner that, if a current difference is exceeded in the first and second conductors, the resulting magnetic field of both coils causes a contact of the reed switch to be closed, wherein the conductors connect an energy source to an energy consumer.
An interoperability method used by a first home gateway device of a decentralized client equipment, comprising: - receiving from a second home gateway device data sent in accordance with a first IP telephony service, and receiving from a third home gateway device data sent in accordance with a second IP telephony service, the second IP telephony service being distinct from the first IP telephony service and first, second and third home gateway devices being distinct, - converting the data received from the second home gateway device into data in accordance with the second IP telephony service, and converting the data received from the third home gateway device into data in accordance with the first IP telephony service, - transmitting the data converted in accordance with the second IP telephony service to the third home gateway device, and transmitting the data converted in accordance with the first IP telephony service to the second home gateway device. - receiving from a second home gateway device data sent in accordance with a first IP telephony service, and receiving from a third home gateway device data sent in accordance with a second IP telephony service, the second IP telephony service being distinct from the first IP telephony service and first, second and third home gateway devices being distinct, - converting the data received from the second home gateway device into data in accordance with the second IP telephony service, and converting the data received from the third home gateway device into data in accordance with the first IP telephony service, - transmitting the data converted in accordance with the second IP telephony service to the third home gateway device, and transmitting the data converted in accordance with the first IP telephony service to the second home gateway device.
A sink with an outlet opening in a bowl base of the sink and an outlet module arranged at the outlet opening, wherein the outlet module comprises an outlet body, an attachment element for clamping the outlet body against the bowl base and a cover element, wherein the bowl base has at least one positioning element on the bowl base side, wherein the outlet module comprises a carrier element, wherein the cover element is releasably held on the carrier element in the assembled state of the outlet module, wherein the cover element is formed not to be rotationally symmetrical or is provided with a non-rotationally symmetrical marking on its visible side which in the assembled state of the outlet module faces away from the carrier element, wherein the carrier element comprises at least one attachment element receptacle and at least one positioning element on the carrier element side, wherein the positioning element on the carrier element side and the positioning element on the bowl base side co-operate such that the carrier element is secured against a rotation relative to the bowl base, and wherein a) the positioning element on the carrier element side comprises a projection and the positioning element on the bowl base side comprises a recess and/or a groove or b) the positioning element on the carrier element side comprises a recess and/or a groove and the positioning element on the bowl base side comprises a projection, characterised in that the at least one positioning element on the bowl base side is formed in one piece with the bowl base and in that the cover element has at least one angular positioning element on the cover element side and the carrier element has at least one cover element-angular positioning element, which co-operates with the angular positioning element on the cover element side such that the cover element is secured against a rotation relative to the carrier element. a) the positioning element on the carrier element side comprises a projection and the positioning element on the bowl base side comprises a recess and/or a groove or b) the positioning element on the carrier element side comprises a recess and/or a groove and the positioning element on the bowl base side comprises a projection,
A control line clamp comprising: a clamping element for retaining one or more control lines alongside a pipe; a first collar; and a second collar, wherein the clamping element is arranged to be attached to the pipe by positioning the first and second collars around the pipe on opposing sides of the clamping element and moving the first and second collars relatively towards each other in an axial direction; and wherein: the first collar is a male collar and the second collar is a female sleeve, wherein the female sleeve is arranged to receive at least part of the male collar; or the first collar is a female sleeve and the second collar is a male collar, wherein the female sleeve is arranged to receive at least part of the male collar. a clamping element for retaining one or more control lines alongside a pipe; a first collar; and a second collar, wherein the clamping element is arranged to be attached to the pipe by positioning the first and second collars around the pipe on opposing sides of the clamping element and moving the first and second collars relatively towards each other in an axial direction; and wherein: the first collar is a male collar and the second collar is a female sleeve, wherein the female sleeve is arranged to receive at least part of the male collar; or the first collar is a female sleeve and the second collar is a male collar, wherein the female sleeve is arranged to receive at least part of the male collar. the first collar is a male collar and the second collar is a female sleeve, wherein the female sleeve is arranged to receive at least part of the male collar; or the first collar is a female sleeve and the second collar is a male collar, wherein the female sleeve is arranged to receive at least part of the male collar.
Pressure bulkhead for an aircraft, having a first face designed to be subjected to a relatively high pressure and a second face designed to be subjected to a relatively low pressure, the pressure bulkhead (3, 33, 34, 35, 36, 37) having regions for connecting to the rigid structure of the aircraft, said pressure bulkhead being made of a flexible material, allowing it to be folded when it is not attached to the rigid structure of the aircraft, characterized in that said flexible material is a shape memory material allowing, when said connection regions are attached to the rigid structure of the aircraft, said pressure bulkhead (3, 33, 34, 35, 36, 37) to be held in a unique service position which is essentially identical when the pressures acting on said first and second face are balanced and when the pressure acting on the first face is greater than the pressure acting on the second face by less than 1.3 bar.
Vibration damping device for a winding device of a textile machine that produces cross-wound packages, the vibration damping device being provided for reducing the vibrations that occur at the pivotably mounted package cradle during the winding operation of the textile machine, wherein the vibration damper is in the form of a friction damper which has friction forces of different intensity depending on the working direction, the friction forces effective as the cross-wound package lifts off during the winding operation being greater than the friction forces effective during the return movement of the cross-wound package, wherein the friction damper has a braking rod, which is mounted for sliding relative to the damper housing of the friction damper, a stationary first braking element, and a movably mounted second braking element, which can be placed against the braking rod by means of a movable support lever, characterized in that one end of the support lever is connected to the second braking element such that limited movement is allowed, while the other end is supported in a guide of the damper housing by means of a guiding and arresting device. wherein the vibration damper is in the form of a friction damper which has friction forces of different intensity depending on the working direction, the friction forces effective as the cross-wound package lifts off during the winding operation being greater than the friction forces effective during the return movement of the cross-wound package, wherein the friction damper has a braking rod, which is mounted for sliding relative to the damper housing of the friction damper, a stationary first braking element, and a movably mounted second braking element, which can be placed against the braking rod by means of a movable support lever, characterized in that one end of the support lever is connected to the second braking element such that limited movement is allowed, while the other end is supported in a guide of the damper housing by means of a guiding and arresting device.
A method of preparing a lithographic printing plate from a negative lithographic printing plate precursor having, in order, a hydrophilic support, an image-recording layer and a protective layer, the image-recording layer comprising: (i) a sensitizing dye having an absorption maximum in the wavelength range of 350 to 450 nm; (ii) a photopolymerization initiator; (iii) an addition polymerizable compound having an ethylenically unsaturated double bond; and (iv) a binder polymer; wherein the method comprises processing the negative lithographic printing plate precursor after image exposure with an aqueous solution that conducts development and gumming at the same time and has a pH of 8.5 to 10.8 and contains a carbonate ion, a hydrogen carbonate ion and a water-soluble polymer compound selected from soybean polysaccharide, modified starch, gum arabic, dextrin, cellulose derivative, pullulan, polyvinyl alcohol and derivatives thereof, polyvinyl pyrrolidone, polyacrylamide, an acrylamide copolymer, a vinyl methyl ether/maleic anhydride copolymer, a vinyl acetate/maleic anhydride copolymer and a styrene/maleic anhydride copolymer. (i) a sensitizing dye having an absorption maximum in the wavelength range of 350 to 450 nm; (ii) a photopolymerization initiator; (iii) an addition polymerizable compound having an ethylenically unsaturated double bond; and (iv) a binder polymer;
A method comprising: defining values for each common address bit of network nodes adjacent to a current node, wherein the network nodes are included in a network with static routing; forwarding packets from the current node to adjacent network nodes in response to values of differentiation bits; forwarding unprocessed packets to a main adjacent switch when the main adjacent switch is defined; and processing unforwarded packets locally as exceptions. defining values for each common address bit of network nodes adjacent to a current node, wherein the network nodes are included in a network with static routing; forwarding packets from the current node to adjacent network nodes in response to values of differentiation bits; forwarding unprocessed packets to a main adjacent switch when the main adjacent switch is defined; and processing unforwarded packets locally as exceptions.
A pneumatic tire comprising, on a tread surface, a plurality of circumferential main grooves extending in a tire circumferential direction, and a plurality of land portions defined between circumferential main grooves adjacent in a tire width direction among the plurality of circumferential main grooves or by the circumferential main grooves and tread edges, wherein the land portions include at least one circumferential sipe extending in the tire circumferential direction, at a first position of the circumferential sipe in the tire circumferential direction, from the tread surface towards a sipe bottom, a sipe width gradually decreases from the tread surface to a first changing point (C 1) and then gradually increases from the first changing point to the sipe bottom, at a second position of the circumferential sipe in the tire circumferential direction, from the tread surface towards the sipe bottom, the sipe width gradually increases from the tread surface to a second changing point and then gradually decreases from the second changing point to the sipe bottom, and the sipe width at the tread surface and at the sipe bottom gradually decreases in the tire circumferential direction from the first position towards the second position, and the sipe width in an intermediate portion in a tire radial direction gradually increases in the tire circumferential direction from the first position towards the second position. the land portions include at least one circumferential sipe extending in the tire circumferential direction, at a first position of the circumferential sipe in the tire circumferential direction, from the tread surface towards a sipe bottom, a sipe width gradually decreases from the tread surface to a first changing point (C 1) and then gradually increases from the first changing point to the sipe bottom, at a second position of the circumferential sipe in the tire circumferential direction, from the tread surface towards the sipe bottom, the sipe width gradually increases from the tread surface to a second changing point and then gradually decreases from the second changing point to the sipe bottom, and the sipe width at the tread surface and at the sipe bottom gradually decreases in the tire circumferential direction from the first position towards the second position, and the sipe width in an intermediate portion in a tire radial direction gradually increases in the tire circumferential direction from the first position towards the second position.