mhurhangee/ep-ind-claims huggingface dataset:
An apparatus, comprising: means configured to process a first data packet header element of fixed length which identifies a bearer or a logical channel; means configured to process a configuration parameter indicating the length of an additional second data packet header element inclusive of a length of zero, wherein a combination of the first data packet header element and the second data packet header element identifies a bearer or a logical channel of a user equipment; and means configured to process data of different user equipment in a transport block data packet by utilizing a packet header of the transport block data packet comprising a respective combination of the first data packet header element and the second data packet header element for each different combination of bearer or logical channel and user equipment, characterized in that the second data packet header element corresponds to a virtual identifier of the different user equipment which is valid only in a relayed link between a relay node and a serving node of a radio access network, the means configured to process a configuration parameter are further configured to generate the configuration parameter, and the apparatus further comprises means configured to generate a command message instructing the change of the configuration parameter. means configured to process a first data packet header element of fixed length which identifies a bearer or a logical channel; means configured to process a configuration parameter indicating the length of an additional second data packet header element inclusive of a length of zero, wherein a combination of the first data packet header element and the second data packet header element identifies a bearer or a logical channel of a user equipment; and means configured to process data of different user equipment in a transport block data packet by utilizing a packet header of the transport block data packet comprising a respective combination of the first data packet header element and the second data packet header element for each different combination of bearer or logical channel and user equipment, characterized in that the second data packet header element corresponds to a virtual identifier of the different user equipment which is valid only in a relayed link between a relay node and a serving node of a radio access network, the means configured to process a configuration parameter are further configured to generate the configuration parameter, and the apparatus further comprises means configured to generate a command message instructing the change of the configuration parameter.
A die apparatus for forging a steering rack from a bar, the steering rack comprising a toothed portion, the toothed portion comprising an array of gear teeth, the die apparatus comprising a first and a second assembly, the first and second assemblies being movable towards each other along an axis by means of a press to forge the steering rack, the first assembly comprising a tooth die supported by a first bolster, the tooth die having a toothed forming surface shaped as the obverse of the gear teeth, the second assembly comprising a second bolster, first and second side dies, and a centre punch, the centre punch being disposed between the first and second side dies and opposite the toothed die, characterised in that the second assembly further comprises a third bolster and a bias means, the third bolster being disposed between the first and second bolsters (18, 22) and being movable relative to the second bolster along the axis, the bias means being adapted to bias the third bolster towards the first assembly, the first and second side dies being supported by the third bolster, and the centre punch being supported by the second bolster, the arrangement being such that as the die apparatus closes, the third bolster abuts the first assembly to form a closed forging cavity and then, as the die apparatus continues to close, the centre punch penetrates the closed forging cavity to complete the forging of the steering rack.
A method of forming a freeze-thaw-stable aqueous dispersion comprising the steps of: a) providing a mixture A comprising - 20-79.5 wt% of at least one ester from ethylenically unsaturated monomers A, - 20-79.5 wt% of at least one ethylenically unsaturated monomer B other than monomer A, - 0.5-5 wt% of at least one acid-functional ethylenically unsaturated monomer C, wherein the overall amount of monomers A to C is 100 wt%, b) providing 20-55 wt% of at least one saccharide compound S, based on the amount of monomers A to C to be polymerized, wherein said saccharide compound S is maltodextrin and has DE values of 3-20 and a weight average molecular weight of 15000-30000 g/mol, c) providing 20-150 wt% of water-soluble solvents and/or water W, based on the amount of monomers A to C to be polymerized, d) providing 0.1-2 wt% of at least one polymerization initiator I, based on the amount of monomers A to C to be polymerized, e) polymerizing said monomers A to C in the presence of S, W and I to form the polymer P, wherein the aqueous dispersion is exposed to at least one freeze-thaw process, wherein said dispersion is free from freeze-thaw-stabilizing additives and wherein freeze-thaw-stabilizing additives are anionic, cationic or nonionic emulsifiers. a) providing a mixture A comprising - 20-79.5 wt% of at least one ester from ethylenically unsaturated monomers A, - 20-79.5 wt% of at least one ethylenically unsaturated monomer B other than monomer A, - 0.5-5 wt% of at least one acid-functional ethylenically unsaturated monomer C, wherein the overall amount of monomers A to C is 100 wt%, - 20-79.5 wt% of at least one ester from ethylenically unsaturated monomers A, - 20-79.5 wt% of at least one ethylenically unsaturated monomer B other than monomer A, - 0.5-5 wt% of at least one acid-functional ethylenically unsaturated monomer C, wherein the overall amount of monomers A to C is 100 wt%, b) providing 20-55 wt% of at least one saccharide compound S, based on the amount of monomers A to C to be polymerized, wherein said saccharide compound S is maltodextrin and has DE values of 3-20 and a weight average molecular weight of 15000-30000 g/mol, c) providing 20-150 wt% of water-soluble solvents and/or water W, based on the amount of monomers A to C to be polymerized, d) providing 0.1-2 wt% of at least one polymerization initiator I, based on the amount of monomers A to C to be polymerized, e) polymerizing said monomers A to C in the presence of S, W and I to form the polymer P,
An orthopaedic surgical instrument assembly for use in the surgical preparation of a glenoid of a patient prior to implantation of an augmented glenoid prosthesis, the surgical instrument assembly comprising: an oscillating surgical rasp comprising (i) an attachment head configured to be secured in a chuck of an oscillating tool, and (ii) a cutting head secured to the attachment head, the cutting head comprising a cutting surface extending posteriorly from the longitudinal axis of the oscillating surgical rasp, the cutting surface having a plurality of cutting teeth, the cutting teeth are arranged in a geometry that, when oscillated along a predetermined path in contact with the glenoid of the patient, corresponds with the geometry of the augmented glenoid prosthesis, and in which the assembly further comprises a rasp guide having a guide surface configured to guide the oscillating surgical rasp during operation thereof along the predetermined path in contact with the glenoid of the patient, and an anchor surface that is opposite the guide surface and configured to be secured to the glenoid of the patient, wherein the guide surface is concave. an oscillating surgical rasp comprising (i) an attachment head configured to be secured in a chuck of an oscillating tool, and (ii) a cutting head secured to the attachment head, the cutting head comprising a cutting surface extending posteriorly from the longitudinal axis of the oscillating surgical rasp, the cutting surface having a plurality of cutting teeth, the cutting teeth are arranged in a geometry that, when oscillated along a predetermined path in contact with the glenoid of the patient, corresponds with the geometry of the augmented glenoid prosthesis, and in which the assembly further comprises a rasp guide having a guide surface configured to guide the oscillating surgical rasp during operation thereof along the predetermined path in contact with the glenoid of the patient, and an anchor surface that is opposite the guide surface and configured to be secured to the glenoid of the patient, wherein the guide surface is concave.
Control device for an automobile, comprising a touch-sensitive control surface configured to detect a gesture of a user exerted on said touch-sensitive surface, and a unit for interpreting said detected gesture to generate a command associated with said detected gesture, characterized in that: · said control device comprises at least one processing unit configured to alternate the operating mode of said control device between an applied operating mode and a basic operating mode, based on at least one input parameter for alternating the operating mode, and in that · the interpretation unit is configured to change the gesture interpretation database (11a, 11b, 11c) of the interpretation unit according to the applied or basic operating mode. · said control device comprises at least one processing unit configured to alternate the operating mode of said control device between an applied operating mode and a basic operating mode, based on at least one input parameter for alternating the operating mode, and in that · the interpretation unit is configured to change the gesture interpretation database (11a, 11b, 11c) of the interpretation unit according to the applied or basic operating mode.
Process for the preparation of a shaped composite article comprising a polymer composition and carbon particles being carbon nanotubes or graphene, said polymer composition comprising a mixture of a first polymer and a second polymer, and the composite article comprises from 0.01 to 4% by weight of carbon particles based on the total weight of the composite article as determined according to ISO 11358, characterized in that said process comprises the steps of: (a) providing a masterbatch comprising the first polymer and at least 5% of carbon particles by weight of the masterbatch as determined according to ISO 11358, (b) providing the second polymer, and (c) blending and shaping, in the same step, the masterbatch and the second polymer in a single extrusion or injection moulding device to form said shaped composite article. (a) providing a masterbatch comprising the first polymer and at least 5% of carbon particles by weight of the masterbatch as determined according to ISO 11358, (b) providing the second polymer, and (c) blending and shaping, in the same step, the masterbatch and the second polymer in a single extrusion or injection moulding device to form said shaped composite article.
Fibre amplifier system for amplifying and emitting pulsed radiation, comprising a master source which emits pulsed output radiation, and at least one amplifier stage, which is arranged behind the master source in the beam direction and amplifies the output radiation, wherein the output radiation emitted by the master source is broadband, i.e. has a spectral bandwidth in the range of 10 nm to avoid stimulated Brillouin scattering in the amplifier stage, and is produced by spontaneous emission, wherein the master source is an LED, namely a superluminescent diode, the end facets of which have an anti-reflective coating.
A non-oriented electrical steel sheet consisting of 0.005 wt% or less of C, 1.0 - 4.0 wt% of Si, 0.1 - 0.8 wt% of Al, 0.01 - 0.1 wt% of Mn, 0.02 - 0.3 wt% of P,0.005 wt% or less of N, 0.001 - 0.005 wt% of S, 0.005 wt% or less of Ti, 0.01-0.2 wt% of at least one of Sn and Sb, and the remainder being Fe and unavoidable impurities added thereto wherein Mn, Al, P, and S fulfill the empirical formula below: 0.8 ≤ Mn / 100 ∗ S + Al / P ≤ 40, wherein [Mn], [Al],, and respectively refer to weight percentages of Mn, Al, P, and S. wherein a ratio (N S≥0.1 μm /N Tot) between a number of MnS, CuS and (Mn, Cu)S complex sulfides (N S≥0.1 μm) having a size of 0.1 μm or greater and a total number of inclusions (N Tot) having a size of 0.01 - 1 μm is 0.5 or greater. wherein [Mn], [Al],, and respectively refer to weight percentages of Mn, Al, P, and S. wherein a ratio (N S≥0.1 μm /N Tot) between a number of MnS, CuS and (Mn, Cu)S complex sulfides (N S≥0.1 μm) having a size of 0.1 μm or greater and a total number of inclusions (N Tot) having a size of 0.01 - 1 μm is 0.5 or greater.
A method for piloting a set of robots to bring it into or keep it in a predetermined pack configuration and for it to follow a trajectory that is globally parallel to a predetermined trajectory, the method comprising, for each robot of the set of robots: - a step of generating a guidance instruction for said robot at a given instant corresponding to a correction to be made to the velocity vector of said robot, - a step of piloting the robot so as to respect the guidance instruction, characterized in that the guidance instructions of the robots of the set of robots being determined from a single set of at least one constraint common to all the robots of the set of robots, the set of at least one constraint comprising a pack constraint, said pack constraint comprising at least one set of at least one relative positioning constraint between the robot and the robots of the set of robots, called neighbors of the first order of the robot, closest to the robot when the set of robots is in the pack configuration, said set of at least one relative positioning constraint between the robot and its neighbors of the first order comprising a first distance constraint corresponding to a predetermined distance separating the robot from its neighbors of the first order in the pack configuration. - a step of generating a guidance instruction for said robot at a given instant corresponding to a correction to be made to the velocity vector of said robot, - a step of piloting the robot so as to respect the guidance instruction,
Method for producing a strip-shaped security element for valuable documents, such as banknotes, identification cards and the like, wherein the security element consists of a polymeric carrier layer having a front side and a rear side, having the following steps: a. applying an embossing lacquer layer (2.1) onto the front side of the polymeric carrier layer, b. introducing an embossed structure into the embossing lacquer layer (2.1), c. applying an opaque metallic layer (3.1) onto the upper side of the embossed structure, wherein the metallic layer (3.1) at least partially covers the upper side of the embossed structure, d. applying a wash ink (4.1) onto the upper side of the metallic layer (3.1), wherein the wash ink (4.1) and the metallic layer (3.1) at least partially overlap and wherein the contour of the wash ink (4.1) forms a piece of information that is identifiable by a viewer, e. removing or transparentizing the metallic layer (3.1) from the upper side of the embossed structure using a laser beam, wherein the metallic layer (3.1) is not removed or transparentized at the locations (5.1) at which the metallic layer (3.1) overlaps with the wash ink (4.1), f. washing the wash ink (4.1) off the surface of the metallic layer (3.1) using a washing liquid. a. applying an embossing lacquer layer (2.1) onto the front side of the polymeric carrier layer, b. introducing an embossed structure into the embossing lacquer layer (2.1), c. applying an opaque metallic layer (3.1) onto the upper side of the embossed structure, wherein the metallic layer (3.1) at least partially covers the upper side of the embossed structure, d. applying a wash ink (4.1) onto the upper side of the metallic layer (3.1), wherein the wash ink (4.1) and the metallic layer (3.1) at least partially overlap and wherein the contour of the wash ink (4.1) forms a piece of information that is identifiable by a viewer, e. removing or transparentizing the metallic layer (3.1) from the upper side of the embossed structure using a laser beam, wherein the metallic layer (3.1) is not removed or transparentized at the locations (5.1) at which the metallic layer (3.1) overlaps with the wash ink (4.1), f. washing the wash ink (4.1) off the surface of the metallic layer (3.1) using a washing liquid.
A method performed by a centralized unit-control plane, CU-CP, of a base station in a wireless communication system, the method comprising: receiving, from a centralized unit-user plane, CU-UP, of the base station, a message including information associated with a release of at least one quality of service, QoS, flow; and transmitting, to an access mobility management function, AMF, entity, a message including the information associated with the release of the at least one QoS flow, wherein the message including the information associated with the release of the at least one QoS flow indicates the at least one QoS flow to be released and at least one reason for the release. receiving, from a centralized unit-user plane, CU-UP, of the base station, a message including information associated with a release of at least one quality of service, QoS, flow; and transmitting, to an access mobility management function, AMF, entity, a message including the information associated with the release of the at least one QoS flow, wherein the message including the information associated with the release of the at least one QoS flow indicates the at least one QoS flow to be released and at least one reason for the release.
A motor that enables a vibrator and a contacting member in contact with the vibrator to move relatively by vibrating the vibrator, the motor comprising: a pressing mechanism (110, 111, 112) that includes a plurality of elastic members, a member being coupled to the plurality of elastic members, and a transmission member transmitting force by the plurality of elastic members to the vibrator, and that presses the vibrator onto the contacting member, a first member that holds the vibrator; a second member for fixing a part of the pressing mechanism (110, 111, 112); and a coupling member (116, 216) that couples the first member to the second member, so as to enable the first and second members (102, 105) to relatively move in a pressing direction of the pressing mechanism (110, 111, 112), characterized in that the transmission member is coupled to the plurality of elastic members through a plurality of holding parts, wherein the plurality of holding parts is arranged at different positions of the transmission member, the plurality of elastic members is arranged around the vibrator in a plane orthogonal to the pressing direction, and the coupling member (116, 216) is arranged at a position closer to the vibrator than the plurality of elastic members in at least one direction of a relative movement direction of the vibrator and the contacting member or a direction orthogonal to both of the pressing direction and the relative movement direction. a pressing mechanism (110, 111, 112) that includes a plurality of elastic members, a member being coupled to the plurality of elastic members, and a transmission member transmitting force by the plurality of elastic members to the vibrator, and that presses the vibrator onto the contacting member, a first member that holds the vibrator; a second member for fixing a part of the pressing mechanism (110, 111, 112); and a coupling member (116, 216) that couples the first member to the second member, so as to enable the first and second members (102, 105) to relatively move in a pressing direction of the pressing mechanism (110, 111, 112), characterized in that the transmission member is coupled to the plurality of elastic members through a plurality of holding parts, wherein the plurality of holding parts is arranged at different positions of the transmission member, the plurality of elastic members is arranged around the vibrator in a plane orthogonal to the pressing direction, and the coupling member (116, 216) is arranged at a position closer to the vibrator than the plurality of elastic members in at least one direction of a relative movement direction of the vibrator and the contacting member or a direction orthogonal to both of the pressing direction and the relative movement direction.
Sample carrier comprising a multiplicity of recesses, with a substance to be analysed being situated therein in each case, characterized in that said sample carrier has a means (5, 6, 7) which aligns the substances to be analysed with the same height relative to the surface (1.1) of the sample carrier in each case, wherein a vessel is displaceably arranged in each one of the recesses, wherein a covering means is arranged on the sample carrier, said covering means serving at least partly as a stop for the substance and/or the vessel, wherein a spacer is arranged between the sample carrier and the covering means, wherein the spacer has recesses (5.1) which are arranged coaxially in relation to the recesses and the area (5.2) of the recess (5.1) is equal to, or greater than, the area (3.2) of the recess situated therebelow in the sample carrier.
A tool for a surface treating appliance, comprising a main body connected to a conduit, the main body comprising: a first suction channel for receiving a first dirt-bearing fluid flow; and a second suction channel for receiving the first dirt-bearing fluid flow from the first suction channel and a second dirt-bearing fluid flow, and for conveying the dirt-bearing fluid flows to the conduit; and wherein the first and second suction channels are at least partially defined by flexible surface engaging means located about the first and the second suction channels, and between the first suction channel and the second suction channel; wherein the first suction channel is located towards the front of the main body, and the second suction channel is located towards the rear of the main body; characterized in that the second suction channel comprises an enlarged central portion extending rearwardly away from the first suction channel. a first suction channel for receiving a first dirt-bearing fluid flow; and a second suction channel for receiving the first dirt-bearing fluid flow from the first suction channel and a second dirt-bearing fluid flow, and for conveying the dirt-bearing fluid flows to the conduit; and wherein the first and second suction channels are at least partially defined by flexible surface engaging means located about the first and the second suction channels, and between the first suction channel and the second suction channel; wherein the first suction channel is located towards the front of the main body, and the second suction channel is located towards the rear of the main body; characterized in that the second suction channel comprises an enlarged central portion extending rearwardly away from the first suction channel.
A security element for security papers, value documents and the like with at least one microstructure (22, 24) which has a visual appearance that is viewing angle-dependent in transmission, wherein the at least one microstructure (22, 24) is formed from an arrangement of a multiplicity of structure elements with a characteristic structure spacing of 1 μm or more, characterized in that the security element contains at least one first motif image which, through the viewing angle-dependent visual appearance of the microstructure (22, 24), is visible in transmission from certain viewing angles, and invisible in transmission from other viewing angles, and that the microstructure (22, 24) and the first motif image together have a thickness of 50 μm or less, and that the security element contains a second motif image which is applied to at least one microstructure (22, 24), so that only the first motif image is visible in transmission from certain viewing angles and only the second motif image from other viewing angles.