mhurhangee/ep-ind-claims huggingface dataset:
A method, performed by a user equipment, UE, to receive wake-up signals, WUS, from a network node in a radio access network, RAN, coupled to a core network, CN, the method comprising: receiving a paging probability, PP, indication assigned to the UE from one of the following: a network node in the CN; or a RAN node that transmits a group WUS, GWUS; receiving, from the RAN node, a paging configuration including a plurality of discontinuous reception, DRX, parameters and a mapping between the plurality of PP indication values and a plurality of available WUS groups; determining a WUS group assigned to the UE and a WUS resource associated with the assigned WUS group, based on the following: the PP indication assigned to the UE, the plurality of DRX parameters, the mapping between the plurality of PP indication values and the plurality of available WUS groups, and a first identifier associated with the UE; and during a time period of the WUS resource, monitoring for the GWUS, associated with the assigned WUS group. receiving a paging probability, PP, indication assigned to the UE from one of the following: a network node in the CN; or a RAN node that transmits a group WUS, GWUS; receiving, from the RAN node, a paging configuration including a plurality of discontinuous reception, DRX, parameters and a mapping between the plurality of PP indication values and a plurality of available WUS groups; determining a WUS group assigned to the UE and a WUS resource associated with the assigned WUS group, based on the following: the PP indication assigned to the UE, the plurality of DRX parameters, the mapping between the plurality of PP indication values and the plurality of available WUS groups, and a first identifier associated with the UE; and the PP indication assigned to the UE, the plurality of DRX parameters, the mapping between the plurality of PP indication values and the plurality of available WUS groups, and a first identifier associated with the UE; and during a time period of the WUS resource, monitoring for the GWUS, associated with the assigned WUS group.
A pen comprising an applicator tip, a chamber for receiving the applicator tip in a rest position, wherein the chamber has a first through opening through which the applicator tip passes for moving from the rest position into an operative position, and a closure for closing the first through opening, the closure being designed in the fashion of a sliding door, the closure is biased in a closure position in the direction of closing the first through opening, the closure at least portion-wise embraces a region of the chamber, that surrounds the first through opening, and the closure is subjected to a tensile loading for the biasing action, and is characterized in that the closure is on an outside of the chamber, the closure has a first abutment which bears against a second abutment that is held immovably with respect to the chamber when the closure closes the first through opening, said biasing of the closure results in a pressing force with which the closure is pressed on the outside onto said chamber, said pressing force being inversely proportional to the radius of the outside contour of said chamber and serving to seal said chamber or said first through opening.
Piston for an internal combustion engine having - a piston axis and a radial plane which runs orthogonally with respect thereto, - a piston head with an outer circumferential face with at least one ring groove to receive a piston ring, - wherein the at least one ring groove is arranged so as to slope to the outside in the radial direction in the case of a piston having the piston head arranged at the top, characterized in - that at least one ring groove is oriented at an angle α between 0.5° ≤ α ≤ 2° obliquely with respect to the radial plane of the piston, - that at least one piston ring is provided which has a rectangular-like cross section with rounded corner regions and an oblique outer flank, - that the oblique outer flank differs from an inner flank which lies opposite by an angle β between 2° < β ≤ 5°. - a piston axis and a radial plane which runs orthogonally with respect thereto, - a piston head with an outer circumferential face with at least one ring groove to receive a piston ring, - wherein the at least one ring groove is arranged so as to slope to the outside in the radial direction in the case of a piston having the piston head arranged at the top, characterized in - that at least one ring groove is oriented at an angle α between 0.5° ≤ α ≤ 2° obliquely with respect to the radial plane of the piston, - that at least one piston ring is provided which has a rectangular-like cross section with rounded corner regions and an oblique outer flank, - that the oblique outer flank differs from an inner flank which lies opposite by an angle β between 2° < β ≤ 5°.
A fabric construct comprising: a porous fabric layer; an adhesive layer applied to said fabric layer; characterized by a fiber layer applied to the adhesive layer; and a waterproof, moisture vapor permeable polymeric composition applied to the porous fabric on the side opposite the fiber layer; the fiber layer comprises flocked fibers or a non-woven fabric. a porous fabric layer; an adhesive layer applied to said fabric layer; characterized by a fiber layer applied to the adhesive layer; and a waterproof, moisture vapor permeable polymeric composition applied to the porous fabric on the side opposite the fiber layer;
Production method of synthetic and coated leather in general using a polyurethane elastomeric polymer powder, comprising the following steps: - spreading the powder on embossed release paper, - heating of powder to the softening point to obtain an eventually discontinuous sintered film, and - cooling of sintered film in order to remove it from the temporary support, characterized in that the powder is composed by particles of dimension ranging between 50 and 80 micrometers (micron) and the production method does not comprise the use of solvent. - spreading the powder on embossed release paper, - heating of powder to the softening point to obtain an eventually discontinuous sintered film, and - cooling of sintered film in order to remove it from the temporary support, characterized in that the powder is composed by particles of dimension ranging between 50 and 80 micrometers (micron) and the production method does not comprise the use of solvent.
A server apparatus, comprising: a detecting section that performs, on an image region transmitted from an imaging apparatus, a detection process and that determines the image region whose detection score is less than a predetermined threshold to be an erroneous detection; a transmission frequency deciding section that decides a transmission frequency for the imaging apparatus for which frequency of an erroneous detection determination is equal to or greater than predetermined frequency according to a monotonous function of the frequency of an erroneous detection, and that generates transmission frequency control information representing the decided transmission frequency; and a transmitting section that transmits the generated transmission frequency control information to the imaging apparatus. a detecting section that performs, on an image region transmitted from an imaging apparatus, a detection process and that determines the image region whose detection score is less than a predetermined threshold to be an erroneous detection; a transmission frequency deciding section that decides a transmission frequency for the imaging apparatus for which frequency of an erroneous detection determination is equal to or greater than predetermined frequency according to a monotonous function of the frequency of an erroneous detection, and that generates transmission frequency control information representing the decided transmission frequency; and a transmitting section that transmits the generated transmission frequency control information to the imaging apparatus.
Blade for a turbomachine, in particular a compressor stage or turbine stage of a gas turbine, having at least one matrix which has a first impact chamber in which at least one impulse body is arranged with play of movement, at least one second impact chamber, the center of volume of which is offset along a first matrix axis with respect to a center of volume of the first impact chamber and in which at least one impulse body is arranged with play of movement, and at least one third impact chamber, the center of volume of which is offset along a second matrix axis that is transverse to the first matrix axis with respect to the center of volume of the first impact chamber and in which the at least one impulse body is arranged with play of movement, the first matrix axis enclosing an angle of at least 60° and at most 120° with an axis of rotation of the turbomachine, at least 75% of the impact chambers being arranged in a suction-side half of the blade or at least 75% of the impact chambers being arranged in a pressure-side half of the blade and characterized in that at least one impulse body has a mass of at least 0.01 g and/or at most 0.075 g and/or the play of movement in at least one impact chamber is at least 10 μm and/or at most 1.5 mm in at least one direction.
An implantable compensating sleeve for an endoprosthesis for fitting between an elongate implant portion of a first implant and a second implant that encloses the elongate implant portion of the first implant, the compensating sleeve being formed as a sheath having a sheath body and having a passage extending from the proximal end of the sheath body to the distal end of the sheath body for receiving the elongate implant portion of the first implant, the sheath body being divided by slits (7.1 - 7.16) that cut into the sheath body in a longitudinal direction and originate in alternation from the distal and from the proximal edge of the sheath body into meander-like segments (8.1 - 8.8), each meander-like segment having two longitudinal arms (9.1 - 9.16), and the sheath body being radially expandable in at least one sub-portion, wherein on the inner surface of the sheath body facing the passage, at least one bulge (12.1 - 12.8) is provided, which runs in the longitudinal direction of one of the meander-like segments (8.1 - 8.8), thereby forming an inner profile that protrudes into the passage.
Method for operating a fluidized bed apparatus, comprising the following steps: 1a) Providing particulate metal to a reaction chamber of a fluidized bed reactor, 1b) Providing an oxidizing agent or water steam to a fluidizing bottom of the fluidized bed reactor such that particulate matter comprising the particulate metal is fluidized, wherein the particulate metal reacts with the oxidizing agent to particulate metal oxide or with the water steam to particulate metal oxide and gaseous hydrogen, 1c) Withdrawing particulate metal oxide from the fluidized bed reactor, 1d) Storing the withdrawn particulate metal oxide, 2a) Providing particulate metal oxide to the reaction chamber of the fluidized bed reactor, 2b) Providing a reducing agent containing gas to the fluidizing bottom of the fluidized bed reactor such that particulate matter comprising the particulate metal oxide is fluidized, wherein the particulate metal oxide reacts with the reducing agent to particulate metal, 2c) Withdrawing the particulate metal from the fluidized bed reactor, 2d) Storing the withdrawn particulate metal. 1a) Providing particulate metal to a reaction chamber of a fluidized bed reactor, 1b) Providing an oxidizing agent or water steam to a fluidizing bottom of the fluidized bed reactor such that particulate matter comprising the particulate metal is fluidized, wherein the particulate metal reacts with the oxidizing agent to particulate metal oxide or with the water steam to particulate metal oxide and gaseous hydrogen, 1c) Withdrawing particulate metal oxide from the fluidized bed reactor, 1d) Storing the withdrawn particulate metal oxide, 2a) Providing particulate metal oxide to the reaction chamber of the fluidized bed reactor, 2b) Providing a reducing agent containing gas to the fluidizing bottom of the fluidized bed reactor such that particulate matter comprising the particulate metal oxide is fluidized, wherein the particulate metal oxide reacts with the reducing agent to particulate metal, 2c) Withdrawing the particulate metal from the fluidized bed reactor, 2d) Storing the withdrawn particulate metal.
Closing cap for the media-tight sealing of a plug face of a round plug-and-socket connector, wherein the closing cap can be detachably fixed to a plug-and-socket connector housing, wherein the closing cap substantially has the form of two cylinders placed one over the other, which substantially form a locking cylinder and a docking cylinder with the baseplate, • wherein the main axes of symmetry of the cylinders (1a, 1b) are aligned with one another • and wherein the closing cap has a seal, which is arranged in a groove. provided for this purpose inside the closing cap, characterized • in that the closing cap has means (5, 6), such that a further closing cap of identical construction can be detachably fixed to the closing cap • in that the locking cylinder can be fixed to a plug-and-socket connector housing and to a docking cylinder of a closing cap of identical construction • and in that the outer diameter of the locking cylinder is greater than the outer diameter of the docking cylinder. • wherein the main axes of symmetry of the cylinders (1a, 1b) are aligned with one another • and wherein the closing cap has a seal, which is arranged in a groove. provided for this purpose inside the closing cap, • in that the closing cap has means (5, 6), such that a further closing cap of identical construction can be detachably fixed to the closing cap • in that the locking cylinder can be fixed to a plug-and-socket connector housing and to a docking cylinder of a closing cap of identical construction • and in that the outer diameter of the locking cylinder is greater than the outer diameter of the docking cylinder.
A process for producing a compound of formula: wherein Rf 1 and Rf 2 each individually are H, F or X(CF 2) n -wherein n is an integer of 1-5 and X is F or H, with the proviso that Rf 1 and Rf 2 are not simultaneously H, comprising heating a compound of formula wherein Rf 1 and Rf 2 are as defined above: in a gas phase in the presence of ≥ 50 mol anhydrous HF per mol of compound to perform a dehydrofluorination reaction.
An electrical connector comprising: a base comprising a front section and a rear section, wherein the base comprises at least one terminal receiving area, wherein the front section comprises a first portion of the terminal receiving area extending in a first direction, wherein the rear section comprises a first snap-lock ledge and a second portion of the terminal receiving area extending in a second direction, wherein the rear section comprises a rear side having two grooved areas therethrough, and wherein the second portion extends from the two grooved areas to the first portion of the terminal receiving area, and wherein the rear section extends from the front section to the rear side, a cover comprising a top section and a first lateral side section extending from the top section, wherein the first lateral side section receives the first snap-lock ledge, and an electrical terminal mounted between the base and the cover, characterized in that the first snap-lock ledge extends along a majority of a length of the rear section substantially the entire length of a length of the second portion of the terminal receiving area, wherein the first lateral side section of the cover further comprises a groove, wherein the first snap-lock ledge is disposed within the groove. a base comprising a front section and a rear section, wherein the base comprises at least one terminal receiving area, wherein the front section comprises a first portion of the terminal receiving area extending in a first direction, wherein the rear section comprises a first snap-lock ledge and a second portion of the terminal receiving area extending in a second direction, wherein the rear section comprises a rear side having two grooved areas therethrough, and wherein the second portion extends from the two grooved areas to the first portion of the terminal receiving area, and wherein the rear section extends from the front section to the rear side, a cover comprising a top section and a first lateral side section extending from the top section, wherein the first lateral side section receives the first snap-lock ledge, and an electrical terminal mounted between the base and the cover, characterized in that the first snap-lock ledge extends along a majority of a length of the rear section substantially the entire length of a length of the second portion of the terminal receiving area, wherein the first lateral side section of the cover further comprises a groove, wherein the first snap-lock ledge is disposed within the groove.
An RFID strap (210, 310) comprising: a substrate (114, 414, 514); a lead frame secured to the substrate, the lead frame comprising a pair of connection pads (218, 418, 518) formed of a conductive material and configured to be electrically coupled to ar antenna (224, 324, 524); and an RFID chip (122, 422, 522) electrically coupled to the lead frame, characterised in that a width (w', w") of the lead frame is substantially equal to a height (h',h") of the lead frame. a substrate (114, 414, 514); a lead frame secured to the substrate, the lead frame comprising a pair of connection pads (218, 418, 518) formed of a conductive material and configured to be electrically coupled to ar antenna (224, 324, 524); and an RFID chip (122, 422, 522) electrically coupled to the lead frame, characterised in that a width (w', w") of the lead frame is substantially equal to a height (h',h") of the lead frame.
A method of joining pipes to produce an underwater pipeline, the method comprising winding a protective sheet about a cutback between two welded pipes; simultaneously extruding the protective sheet close to the cutback from an extrusion outlet facing and close to the cutback; compressing the protective sheet on the cutback downstream from the extrusion outlet by means of a roller; and rotating the extruder and the roller about the cutback.
An armor plate (10, 16, 17, 18, 20, 50) for defense against projectiles, the armor plate being made of at least one metal layer (12, 19, 51) and at least one composite layer (13, 52), the metal layer being made of cast steel, the composite layer being made of a material which is inherently stable in molten steel and forms a spatial structure (34, 38, 41, 43, 46, 53) and of a matrix material which fills the spatial structure, the matrix material being cast steel, the composite layer being formed by casting steel in a casting mold in which the spatial structure is disposed, characterized in that the cast steel contains 4 to 30 % by weight, preferably up to 21 % by weight, manganese (Mn) as an alloy component, the cast steel having a mostly bainitic, austenitic or martensitic structure, the cast steel of the metal layer being strain-hardened, the metal layer being at least partially work-hardened with respect to a layer thickness of the metal layer, the composite layer being made of a ceramic material and the matrix material, the ceramic material being made of aluminum oxide (Al 2 O 3), silicon carbide (SiC) or boron carbide (B 4 C), the ceramic material being made of a first component having a base made of aluminum oxide in α form (α-Al 2 O 3) and being made of a second component having a base which contains a composition, preferably a eutectic composition, of aluminum oxide in α form (α-Al 2 O 3) and zirconium dioxide (ZrO 2), the first and the second component being connected by means of a binding agent, preferably a metallic binding agent or silicates, the composition containing 57 to 63 % by weight aluminum oxide in α form (α-Al 2 O 3) and 37 to 43 % by weight zirconium dioxide (ZrO 2).
A system for optimizing communications between session border controllers and endpoints in a network environment, comprising: a session border controller, SBC, (20, 22) operable to: communicate with a first endpoint (12, 50) and a second endpoint (12, 50), wherein the SBC (20, 22) is also operable to: communicate with a data path border element, DBE, and a signaling path border element, SBE,, the DBE being operable to provide a media relay for a communication session involving the endpoints (12, 50), the system being configured to operate in either of two modes, depending on the protocol supported by the endpoints (12, 50), wherein in a first mode, wherein one or both endpoints do not support the Traversal Using Relays around NAT - TURN - protocol, the SBC (20, 22) is configured to provide media optimization by determining whether or not to insert the media relay for the communication session; and in a second mode, wherein both endpoints support the TURN protocol, the DBE is configured to operate as a TURN server and the endpoints are configured to provide the media optimization. a session border controller, SBC, (20, 22) operable to: communicate with a first endpoint (12, 50) and a second endpoint (12, 50), wherein the SBC (20, 22) is also operable to: communicate with a data path border element, DBE, and a signaling path border element, SBE,, the DBE being operable to provide a media relay for a communication session involving the endpoints (12, 50), communicate with a first endpoint (12, 50) and a second endpoint (12, 50), wherein the SBC (20, 22) is also operable to: communicate with a data path border element, DBE, and a signaling path border element, SBE,, the DBE being operable to provide a media relay for a communication session involving the endpoints (12, 50), communicate with a data path border element, DBE, and a signaling path border element, SBE,, the DBE being operable to provide a media relay for a communication session involving the endpoints (12, 50), the system being configured to operate in either of two modes, depending on the protocol supported by the endpoints (12, 50), wherein in a first mode, wherein one or both endpoints do not support the Traversal Using Relays around NAT - TURN - protocol, the SBC (20, 22) is configured to provide media optimization by determining whether or not to insert the media relay for the communication session; and in a second mode, wherein both endpoints support the TURN protocol, the DBE is configured to operate as a TURN server and the endpoints are configured to provide the media optimization.
A magnetic component, comprising: a) a first and a second U/UR core ( U 1, U 2) assembled to a first O-shaped core assembly, wherein an U/UR core has - according to its shape a first post and a second post with free ends on one side and a leg connecting the first post and the second post on their other side, wherein the first and the second U/UR core ( U 1, U 2) are assembled with their free ends abutting each other to form the first O-shaped core assembly, b) a third U/UR core ( U 3) which is abutting an outside of the first O-shaped core assembly, and c) at least one winding wound directly on the first, and/or the second, and/or the third U/UR core (U 1, U 2, U 3) characterized in that d) the U/UR cores are bobbin less U/UR cores and that the at least one winding is wound directly on the leg of the bobbin less U/UR cores. a) a first and a second U/UR core ( U 1, U 2) assembled to a first O-shaped core assembly, wherein an U/UR core has - according to its shape a first post and a second post with free ends on one side and a leg connecting the first post and the second post on their other side, wherein the first and the second U/UR core ( U 1, U 2) are assembled with their free ends abutting each other to form the first O-shaped core assembly, b) a third U/UR core ( U 3) which is abutting an outside of the first O-shaped core assembly, and c) at least one winding wound directly on the first, and/or the second, and/or the third U/UR core (U 1, U 2, U 3) d) the U/UR cores are bobbin less U/UR cores and that the at least one winding is wound directly on the leg of the bobbin less U/UR cores.