mhurhangee/ep-ind-claims huggingface dataset:
A method performed by a wireless device, the method comprising: transmitting, via a first cell, secured NAS signaling which indicates one or more identifiers associated with a non-public network that the wireless device targets to access, wherein the non-public network is a standalone non-public network, SNPN and the one or more identifiers include a public land mobile network identity, PLMN ID, and a network identifier, NID or the non-public network is a public network integrated non-public network, PNiNPN, and the one or more identifiers include a public land mobile network identity, PLMN ID; performing, over the first cell associated with a public network, a non-access stratum, NAS, procedure in which the wireless device is authenticated as being authorized to access the non-public network; after performing the NAS procedure, receiving from the first cell a mobility command that commands the wireless device to perform a mobility procedure towards a second cell associated with the non-public network; wherein the mobility command includes an identifier of the second cell towards which the wireless device is to perform the mobility procedure, and wherein the method further comprises determining, based on the mobility command, that the second cell identified by the identifier is a cell associated with the non-public network; and performing the mobility procedure towards the second cell. transmitting, via a first cell, secured NAS signaling which indicates one or more identifiers associated with a non-public network that the wireless device targets to access, wherein the non-public network is a standalone non-public network, SNPN and the one or more identifiers include a public land mobile network identity, PLMN ID, and a network identifier, NID or the non-public network is a public network integrated non-public network, PNiNPN, and the one or more identifiers include a public land mobile network identity, PLMN ID; performing, over the first cell associated with a public network, a non-access stratum, NAS, procedure in which the wireless device is authenticated as being authorized to access the non-public network; after performing the NAS procedure, receiving from the first cell a mobility command that commands the wireless device to perform a mobility procedure towards a second cell associated with the non-public network; wherein the mobility command includes an identifier of the second cell towards which the wireless device is to perform the mobility procedure, and wherein the method further comprises determining, based on the mobility command, that the second cell identified by the identifier is a cell associated with the non-public network; and performing the mobility procedure towards the second cell.
Radiation-emitting semiconductor body comprising: - an epitaxial semiconductor layer sequence having an active zone which is suitable for generating electromagnetic radiation, - a carrier layer which is intended to mechanically stabilize the epitaxial semiconductor layer sequence, wherein the carrier layer comprises a metallic material, and - contact structures (9, 91) for electrical contacting of the semiconductor body, which respectively have a volume region and a surface bonding region, wherein the surface bonding region being formed from a material which is different from the material of the volume region, wherein the contact structures are arranged at a back side of the semiconductor body, the back side being opposite to a radiation emitting front side of the semiconductor body, characterized in that the contact structures (9, 91) form mushroom-shaped projections, wherein the volume regions form the stems of the mushrooms and the surface bonding regions form the caps of the mushrooms. - an epitaxial semiconductor layer sequence having an active zone which is suitable for generating electromagnetic radiation, - a carrier layer which is intended to mechanically stabilize the epitaxial semiconductor layer sequence, wherein the carrier layer comprises a metallic material, and - contact structures (9, 91) for electrical contacting of the semiconductor body, which respectively have a volume region and a surface bonding region, wherein
Coating method by means of thermal spraying, in which a test spray spot is produced on a surface by means of a test spray with a coating system operated in a first method parameter setting, at least one geometric actual value is then determined from the test spray spot in a spot determination, wherein a maximum coating thickness of the test spray spot is determined as an actual value in a maximum layer thickness determination in the spot determination, in an extent determination, an extent of the test spray spot on the surface is determined as an actual value and, in a position determination, a position of the test spray spot on the surface is determined as an actual value, wherein the position determination is carried out by measuring the displacement of the maximum layer thickness relative to a spray jet axis and determining an angle of rotation about the spray jet axis, the geometric actual values are then compared with predefined target values in an actual value check, and then when the actual value check results in a deviation of the geometric actual value from the target values, in a parameter change, the first method parameter setting is changed to a second method parameter setting, or if the actual value check results in no deviation of the geometric actual value from the target values, a component is coated by spraying with the coating system operated in the first method parameter setting.
A fastener (100,700) comprising: a threaded portion (102,702); and a first bearing portion (104, 704) designed to receive torque from a first tool and transmit torque to the threaded portion (102,702), wherein the first bearing portion (104,704) comprises exactly three pairs of first bearing surfaces (106,108,110), wherein each pair of first bearing surfaces (106,108,110) is equally spaced apart from each other pair of first bearing surfaces (106,108,110); a second bearing portion (118,718) designed to receive torque from a second tool and transmit torque to the threaded portion (102,702), wherein the second bearing portion (118,718) comprises exactly six concave bearing surfaces (120,122,124,126,128,130); wherein each pair of the first bearings surfaces is disposed between two of the concave bearing surfaces (120,122,124,126,128,130); and a non-bearing portion (132, 732), wherein the non-bearing portion (132, 732) comprises exactly three convex non-bearing surfaces (134,136,138), wherein each convex non-bearing surface (134,136,138) is disposed between two of the pairs of first bearing surfaces (106,108,110) and between two of the concave bearing surfaces (120,122,124,126,128,130). a threaded portion (102,702); and a first bearing portion (104, 704) designed to receive torque from a first tool and transmit torque to the threaded portion (102,702), wherein the first bearing portion (104,704) comprises exactly three pairs of first bearing surfaces (106,108,110), wherein each pair of first bearing surfaces (106,108,110) is equally spaced apart from each other pair of first bearing surfaces (106,108,110); a second bearing portion (118,718) designed to receive torque from a second tool and transmit torque to the threaded portion (102,702), wherein the second bearing portion (118,718) comprises exactly six concave bearing surfaces (120,122,124,126,128,130); wherein each pair of the first bearings surfaces is disposed between two of the concave bearing surfaces (120,122,124,126,128,130); and a non-bearing portion (132, 732), wherein the non-bearing portion (132, 732) comprises exactly three convex non-bearing surfaces (134,136,138), wherein each convex non-bearing surface (134,136,138) is disposed between two of the pairs of first bearing surfaces (106,108,110) and between two of the concave bearing surfaces (120,122,124,126,128,130).
A method for wireless communication by an access point, AP, comprising: establishing a primary communication link between the AP and a wireless station, STA, the primary communication link being associated with one or more first wireless channels, access to the primary communication link being based on contention among the AP and the STA; selectively accessing a secondary communication link between the AP and the STA based at least in part on having access to the primary communication link, the secondary communication link being associated with one or more second wireless channels; and selectively reassigning the primary communication link from the one or more first wireless channels to the one or more second wireless channels based at least in part on one or more channel conditions of the first wireless channels or the second wireless channels, wherein the one or more channel conditions includes an indication of an amount of activity on the first or second wireless channels, wherein the amount of activity is based on a frequency of busy channel conditions on the first or second wireless channels or a number of failed attempts to access the first or second wireless channels. establishing a primary communication link between the AP and a wireless station, STA, the primary communication link being associated with one or more first wireless channels, access to the primary communication link being based on contention among the AP and the STA; selectively accessing a secondary communication link between the AP and the STA based at least in part on having access to the primary communication link, the secondary communication link being associated with one or more second wireless channels; and selectively reassigning the primary communication link from the one or more first wireless channels to the one or more second wireless channels based at least in part on one or more channel conditions of the first wireless channels or the second wireless channels, wherein the one or more channel conditions includes an indication of an amount of activity on the first or second wireless channels, wherein the amount of activity is based on a frequency of busy channel conditions on the first or second wireless channels or a number of failed attempts to access the first or second wireless channels.
A method for manufacturing a moulded part produced from carbon containing a quantity of less than 20 % by weight of carbon fibres, which comprises the following steps: a) comminuting waste parts or scrap parts produced from a carbon fibre-reinforced composite material, b) producing a mixture from the comminuted product obtained in step a), a binder, a carbon material and optionally one or more additives, wherein the mixture contains less than 20 % by weight of fibres, c) moulding the mixture obtained in step b) into a moulded part, and d) carbonizing the moulded part obtained in step c). a) comminuting waste parts or scrap parts produced from a carbon fibre-reinforced composite material, b) producing a mixture from the comminuted product obtained in step a), a binder, a carbon material and optionally one or more additives, wherein the mixture contains less than 20 % by weight of fibres, c) moulding the mixture obtained in step b) into a moulded part, and d) carbonizing the moulded part obtained in step c).
A driving video recorder for an automotive, comprising: a housing having a side wall, a top wall with an air outlet, and a bottom wall with an air inlet; wherein the housing is a sphere-shaped housing; a first electric fan arranged on the bottom wall above the air inlet and in a vertical middle plane of the housing for directing outside air into the housing; two sets of lenses for image capturing oppositely arranged at the side wall and positioned symmetrically on both sides of the vertical middle plane of the housing; wherein the two sets of lenses have an optical axis perpendicular to the vertical middle plane; and heat generating electrical components provided within the housing, wherein the heat generating electrical components are symmetrically distributed on both sides of the vertical middle plane, and wherein at least one of the heat generating electrical components is provided with a heat sink comprising fins for radiating heat, wherein the fins extend in a direction perpendicular to the vertical middle plane. a housing having a side wall, a top wall with an air outlet, and a bottom wall with an air inlet; wherein the housing is a sphere-shaped housing; a first electric fan arranged on the bottom wall above the air inlet and in a vertical middle plane of the housing for directing outside air into the housing; two sets of lenses for image capturing oppositely arranged at the side wall and positioned symmetrically on both sides of the vertical middle plane of the housing; wherein the two sets of lenses have an optical axis perpendicular to the vertical middle plane; and heat generating electrical components provided within the housing, wherein the heat generating electrical components are symmetrically distributed on both sides of the vertical middle plane, and wherein at least one of the heat generating electrical components is provided with a heat sink comprising fins for radiating heat, wherein the fins extend in a direction perpendicular to the vertical middle plane.
A composition comprising an amorphous calcium carbonate for use in treatment of a chronic lymphocytic leukemia at stage 0 or stage I of the disease, wherein the ACC is stabilized by at least one stabilizing agent.
A method comprising: sterilizing a column assembly with a sterilizer, the column assembly including a column having a parent radionuclide contained therein; transferring the column assembly from the sterilizer to a first clean room environment; transferring the column assembly from the first clean room environment to a second clean room environment; and collecting a sterility test sample from the column assembly within the second clean room environment. sterilizing a column assembly with a sterilizer, the column assembly including a column having a parent radionuclide contained therein; transferring the column assembly from the sterilizer to a first clean room environment; transferring the column assembly from the first clean room environment to a second clean room environment; and collecting a sterility test sample from the column assembly within the second clean room environment.
Machine for manufacturing plastic items by blow moulding, comprising, in series, along the manufacturing line: a roll of plastic material in the form of at least one strip and means for driving said roll in rotation; at least one shaper for forming tubes from said strip characterised in that it further comprises means for longitudinally welding said tubes, fixed in relation to the movable tubes; means for cutting tubes transversally, arranged so as to form tube sections or preforms; means for holding and moving tube sections perpendicularly to their longitudinal axis; at least one heating oven wherein said tube sections (preforms) are moved in a vertical position according to a horizontal trajectory; a first turret supporting moulds of which the rotation speed is synchronised by a control unit with the speed of the tube sections at the outlet of the oven in such a way as to house them in the moulds; means for processing tube sections (preforms) at the first turret; means for blowing a pressurised fluid into the moulds so as to give a final shape to the preforms, i.e. to form bottles; a second turret of which the speed is synchronised with the speed of said first turret and arranged in such a way as to discharge the bottles outside of said moulds, said synchronisation being operated by the control unit.
An apparatus for the elimination of substances from liquids, in particular from blood, comprising a primary circuit for the liquid to be treated, a filter which is integrated therein and at whose secondary side a secondary circuit is connected in which at least one blood treatment element, in particular an adsorber (38, 40), is arranged and in which an expansion vessel is integrated, wherein respective pumps (16, 18) are provided in the primary and secondary circuits, characterized in that the expansion vessel integrated in the secondary circuit is suited for discontinuously taking up liquid from the primary circuit into the secondary circuit via the pump of the secondary circuit which is arranged in parallel with the expansion vessel, wherein the liquid can be returned to the filter of the primary circuit and thus to the primary circuit after having flowed through the at least one adsorber (38, 40) and wherein the pump is arranged upstream of the at least one absorber (38, 40).
An article comprising a substrate formed from a composition comprising at least one olefin-based polymer, wherein the substrate is coated with a primer film formed from a primer composition, wherein the primer composition comprises the following and: From 5.0 to 20.0 weight percent, based on the weight of the primer composition, of a mixture comprising the following: At least one polyol, A functionalized ethylene-based polymer that comprises the following properties: (a) A density, measured according to ASTM D-792, from 0.855 to 0.90 g/cc, and (b) A melt viscosity, measured according to ASTM D 3236 (at 177°C) from 8,000 to 20,000 cP, and (c) A functional group capable of further reaction, Optionally, at least one polar polymer; and Reaction products of and, and, optionally,; and Greater than, or equal to 80.0 weight percent, based on the weight of the primer composition, of at least one solvent. From 5.0 to 20.0 weight percent, based on the weight of the primer composition, of a mixture comprising the following: At least one polyol, A functionalized ethylene-based polymer that comprises the following properties: (a) A density, measured according to ASTM D-792, from 0.855 to 0.90 g/cc, and (b) A melt viscosity, measured according to ASTM D 3236 (at 177°C) from 8,000 to 20,000 cP, and (c) A functional group capable of further reaction, Optionally, at least one polar polymer; and Reaction products of and, and, optionally,; and At least one polyol, A functionalized ethylene-based polymer that comprises the following properties: (a) A density, measured according to ASTM D-792, from 0.855 to 0.90 g/cc, and (b) A melt viscosity, measured according to ASTM D 3236 (at 177°C) from 8,000 to 20,000 cP, and (c) A functional group capable of further reaction, (a) A density, measured according to ASTM D-792, from 0.855 to 0.90 g/cc, and (b) A melt viscosity, measured according to ASTM D 3236 (at 177°C) from 8,000 to 20,000 cP, and (c) A functional group capable of further reaction, Optionally, at least one polar polymer; and Reaction products of and, and, optionally,; and Greater than, or equal to 80.0 weight percent, based on the weight of the primer composition, of at least one solvent.
A bone fixation implant for use in orthognatic surgery configured to be separated into at least two separate bone implant segments, the bone fixation implant comprising: a plate member having a first portion, and a second portion separated by a bridge portion from the first portion, the first and second portions (46, 50) each including at least one aperture that is configured to receive a fixation element so as to secure the plate member to a maxilla; and at least one finger extending from each of the first and second portions (46, 50), each finger including at least one aperture that is configured to receive a fixation element so as to secure each finger to the maxilla, characterized in that the bridge portion is removable to thereby separate the first portion of the plate member from the second portion of the plate member after the plate member has been secured to the maxilla. a plate member having a first portion, and a second portion separated by a bridge portion from the first portion, the first and second portions (46, 50) each including at least one aperture that is configured to receive a fixation element so as to secure the plate member to a maxilla; and at least one finger extending from each of the first and second portions (46, 50), each finger including at least one aperture that is configured to receive a fixation element so as to secure each finger to the maxilla, characterized in that the bridge portion is removable to thereby separate the first portion of the plate member from the second portion of the plate member after the plate member has been secured to the maxilla.
An integrated circuit, comprising: enable circuitry coupled to receive a transmit data signal and configured to set a clock enable to a first logic state when a data value of the transmit data signal changes; and to set the clock enable to a second logic state, different from the first logic state, when the data value of the transmit data signal does not change; clock control circuitry coupled to receive the clock enable and a data rate clock and configured to provide a filtered data rate clock, wherein the clock control circuitry is configured to provide the data rate clock as the filtered data rate clock while the clock enable is the first logic state; a flip flop having a clock input coupled to receive the filtered data rate clock, a data output coupled to provide final transmit data signal in response to the filtered data rate clock, and an inverting data input coupled to the data output, wherein the final transmit data corresponds to a first delayed version of the transmit data received by the enable circuitry; and a delay chain coupled between the clock control circuitry and the flip flop, wherein the delay chain is configured to delay the filtered data rate clock prior to providing the filtered data rate clock to the clock input of the flip flop. enable circuitry coupled to receive a transmit data signal and configured to set a clock enable to a first logic state when a data value of the transmit data signal changes; and to set the clock enable to a second logic state, different from the first logic state, when the data value of the transmit data signal does not change; clock control circuitry coupled to receive the clock enable and a data rate clock and configured to provide a filtered data rate clock, wherein the clock control circuitry is configured to provide the data rate clock as the filtered data rate clock while the clock enable is the first logic state; a flip flop having a clock input coupled to receive the filtered data rate clock, a data output coupled to provide final transmit data signal in response to the filtered data rate clock, and an inverting data input coupled to the data output, wherein the final transmit data corresponds to a first delayed version of the transmit data received by the enable circuitry; and a delay chain coupled between the clock control circuitry and the flip flop, wherein the delay chain is configured to delay the filtered data rate clock prior to providing the filtered data rate clock to the clock input of the flip flop.