mhurhangee/ep-ind-claims huggingface dataset:
Network node for a wireless communication system, the network node comprising: a processor configured to allocate a plurality of Physical Resource Blocks, PRBs, for a Physical Uplink Control Channel, PUCCH, having a PUCCH format defined for two or more PRBs, wherein the allocated plurality of PRBs are associated with a user device; a transceiver configured to signal allocation information to the user device, wherein the allocation information comprises a frequency location and a number of allocated plurality of PRBs; wherein the allocation information is signalled as indices; and wherein each index is associated with a set of allocated PRBs contiguously located in the frequency domain and configured by higher layers. a processor configured to allocate a plurality of Physical Resource Blocks, PRBs, for a Physical Uplink Control Channel, PUCCH, having a PUCCH format defined for two or more PRBs, wherein the allocated plurality of PRBs are associated with a user device; a transceiver configured to signal allocation information to the user device, wherein the allocation information comprises a frequency location and a number of allocated plurality of PRBs; wherein the allocation information is signalled as indices; and wherein each index is associated with a set of allocated PRBs contiguously located in the frequency domain and configured by higher layers.
Illumination device for vehicles, in particular motor vehicles, comprising at least one light source and at least one light guide arrangement associated with the at least one light source and configured to guide light emitted by the at least one light source and coupled into the light guide arrangement, wherein the light guide arrangement comprises one or more light guides, the at least one light guide comprising one or more decoupling location for decoupling at least a part of the light coupled in, and wherein the at least one light guide comprises, in at least in a region of a boundary surface of the light guide located opposite the at least one decoupling location, a reflection structure for deflecting the light towards the at least one decoupling location, wherein the reflection structure comprises a number of reflection structure elements, which reflection structure elements are formed as depressions directed inwards into the light guide, which depressions are arranged and/or formed in such a way that at least a part of the luminous flux incident on a structure element surface (5b, 5c) bounding the reflection structure element is totally reflected at the structure element surface (5b, 5c), characterised in that the reflection structure includes decoupling means configured to decouple at least part of the light incident on the reflection structure between the reflection structure elements into a direction facing away from the at least one decoupling location, so that light rays emerge from the light guide backwards and can no longer contribute to a luminance spot or to luminance spots, the decoupling means being formed as elevations, wherein, for example, the elevations have a prismatic shape or are formed as prisms, which elevations are arranged on a boundary surface of the light guide comprising the reflection structure, in regions between adjacent reflection structure elements and facing outwards from the boundary surface, away from the at least one decoupling point.
A conversation topic providing method comprising: converting voice data of a conversation of a user who is on a phone into text during the conversation of the user (610; 701; 801); selecting a keyword, indicating an intention of the user, based on the text (620; 704; 804); obtaining detail information with respect to the keyword (630; 705; 805); determining conversation topics related to the keyword using a user interest model and the selected keyword (640; 707; 807); and displaying both the detail information and the determined conversation topics during the conversation of the user (650; 708; 809), wherein the user interest model is generated by using information of the user and comprises a plurality of topic candidates, the user interest model being updated by correcting a weight given to each of the plurality of topic candidates when the information of the user is updated. converting voice data of a conversation of a user who is on a phone into text during the conversation of the user (610; 701; 801); selecting a keyword, indicating an intention of the user, based on the text (620; 704; 804); obtaining detail information with respect to the keyword (630; 705; 805); determining conversation topics related to the keyword using a user interest model and the selected keyword (640; 707; 807); and displaying both the detail information and the determined conversation topics during the conversation of the user (650; 708; 809), wherein the user interest model is generated by using information of the user and comprises a plurality of topic candidates, the user interest model being updated by correcting a weight given to each of the plurality of topic candidates when the information of the user is updated.
A method comprising: determining, by an ingress router of a label switched path, LSP,, an error in a forwarding state for the LSP; in response to determining the error in the forwarding state for the LSP, generating, by the ingress router, an end-to-end path message including at least a flag for instructing a transit router along the LSP to reprogram label information of its forwarding engine with label information stored by a routing engine of the transit router for the LSP, the forwarding engine configured to provide data plane functionality for the transit router, the routing engine configured to provide control plane functionality for the transit router; sending, by the ingress router, the end-to-end path message including at least the flag to the transit router; and reprogramming, by the transit router and based on the flag, the label information stored by the forwarding engine of the transit router for the LSP with the label information stored by the routing engine of the transit router for the LSP. determining, by an ingress router of a label switched path, LSP,, an error in a forwarding state for the LSP; in response to determining the error in the forwarding state for the LSP, generating, by the ingress router, an end-to-end path message including at least a flag for instructing a transit router along the LSP to reprogram label information of its forwarding engine with label information stored by a routing engine of the transit router for the LSP, the forwarding engine configured to provide data plane functionality for the transit router, the routing engine configured to provide control plane functionality for the transit router; sending, by the ingress router, the end-to-end path message including at least the flag to the transit router; and reprogramming, by the transit router and based on the flag, the label information stored by the forwarding engine of the transit router for the LSP with the label information stored by the routing engine of the transit router for the LSP.
An electromechanical generator for converting mechanical vibrational energy into electrical energy, the electromechanical generator comprising a housing, an electrically conductive coil assembly movably mounted in the housing, the coil assembly having radially inner and outer sides (21, 23), and upper and lower edges (27, 29), thereof, for linear vibrational motion along an axis, a first biasing device (182, 184) mounted to bias the electrically conductive coil assembly in opposed directions along the axis towards a central coil position, a magnetic core assembly movably mounted in the housing for linear vibrational motion along the axis, and a second biasing device (82, 84) mounted between the housing and the magnetic core assembly to bias the magnetic core assembly in opposed directions along the axis towards a central magnet position, wherein the magnetic core assembly encloses the electrically conductive coil assembly on the radially outer side and on the lower edge, and on a part of the radially inner side, the magnetic core assembly having a magnet (52, 54); characterised by a mount for the coil assembly extending inwardly of the radially inner side for mounting the coil assembly for linear vibrational motion along the axis; in that the first biasing device (182, 184) is mounted between the housing and the mount; and in that the magnetic core assembly encloses the coil assembly also on the upper edge and has a gap on a radially inner portion thereof through which the mount extends, and the radially inner portion including two opposed magnets (52, 54) spaced along the axis.
A computer implemented method for document collaboration, comprising: issuing in an email a reference to a document to a plurality of entities that have permission to access the document; generating collaboration context data for the document accessible by the plurality of entities, the collaboration context data comprising at least one of information regarding one or more edits made to the document, and information indicative of entities that accessed the document; receiving a request for information regarding the document from an email application of an entity, wherein the request is made when the entity views the email comprising the reference; and providing at least a portion of the collaboration context data to the email application based at least in part upon the request for display to the entity associated with the email application, without the entity having to access the document. issuing in an email a reference to a document to a plurality of entities that have permission to access the document; generating collaboration context data for the document accessible by the plurality of entities, the collaboration context data comprising at least one of information regarding one or more edits made to the document, and information indicative of entities that accessed the document; receiving a request for information regarding the document from an email application of an entity, wherein the request is made when the entity views the email comprising the reference; and providing at least a portion of the collaboration context data to the email application based at least in part upon the request for display to the entity associated with the email application, without the entity having to access the document.
Hydraulic braking device comprising a master cylinder and a brake booster, wherein - a piston of the master cylinder defines a chamber of the master cylinder, said chamber being arranged to contain a pressurized fluid and a control pressure transmitted to one or more vehicle brakes being generated in said chamber; - a piston of the brake booster defines a first and a second pressurized chamber (52, 53) of the brake booster, said chambers being associated to communication means (10, 49, 54, 55) arranged to establish, under rest conditions of the braking device, a communication between the first and the second pressurized chambers (52, 53) of the brake booster and to interrupt such communication during braking; - a control piston (12; 212), driven by actuating a brake pedal, is mounted so as to be tightly slidable in a plunger of the piston of the brake booster, said control piston (12; 212) comprising a first end portion (12a; 212a) having a certain cross-sectional area (A m) and being arranged to cooperate with a gasket so as to establish, during braking, a modulated communication between the first chamber of the brake booster and a discharge chamber of the master cylinder; characterized in that it has an effective cross-sectional area (A spool), counter-acting a pressure existing in a region comprised between the piston of the master cylinder and the control piston, different from said cross-sectional area (A m) of the first end portion (12a; 212a) of the control piston (12; 212). - a piston of the master cylinder defines a chamber of the master cylinder, said chamber being arranged to contain a pressurized fluid and a control pressure transmitted to one or more vehicle brakes being generated in said chamber; - a piston of the brake booster defines a first and a second pressurized chamber (52, 53) of the brake booster, said chambers being associated to communication means (10, 49, 54, 55) arranged to establish, under rest conditions of the braking device, a communication between the first and the second pressurized chambers (52, 53) of the brake booster and to interrupt such communication during braking; - a control piston (12; 212), driven by actuating a brake pedal, is mounted so as to be tightly slidable in a plunger of the piston of the brake booster, said control piston (12; 212) comprising a first end portion (12a; 212a) having a certain cross-sectional area (A m) and being arranged to cooperate with a gasket so as to establish, during braking, a modulated communication between the first chamber of the brake booster and a discharge chamber of the master cylinder; characterized in that it has an effective cross-sectional area (A spool), counter-acting a pressure existing in a region comprised between the piston of the master cylinder and the control piston, different from said cross-sectional area (A m) of the first end portion (12a; 212a) of the control piston (12; 212).
A stent graft and control tether assembly (40, 60) comprising: a fabric tube attached to, and supported by, a self expanding stent; a plurality of loops (53, 54) attached to at least one of the fabric tube and the self expanding stent, and each of the loops having an opening exposed on a radially outward side of the fabric tube; a control tether with a first segment, a middle segment and a second segment; the middle segment being wrapped around the fabric tube and being received through the opening of each of the loops; the first segment extending beyond one end of the fabric tube; the second segment, which is longer than the first segment, extending beyond an opposite end of the fabric tube. a fabric tube attached to, and supported by, a self expanding stent; a plurality of loops (53, 54) attached to at least one of the fabric tube and the self expanding stent, and each of the loops having an opening exposed on a radially outward side of the fabric tube; a control tether with a first segment, a middle segment and a second segment; the middle segment being wrapped around the fabric tube and being received through the opening of each of the loops; the first segment extending beyond one end of the fabric tube; the second segment, which is longer than the first segment, extending beyond an opposite end of the fabric tube.
Ice drill, comprising an integral light-metal base body, which light-metal base body has a helical part and a cutting part adjoining the helical part, characterized in that the cutting part has at least one hard-metal cutting plate, 12, 13), which is exchangeably fastened to the light-metal base body, that the helical part has at least a first helix and a second helix, that the first helix and the second helix are arranged over the entire length of the helical part, that the first helix in the cutting part is designed as a first hard metal cutting plate holder of the cutting part, and that the second helix in the cutting part is designed as a second hard metal cutting plate holder of the cutting part, that a first hard metal cutting plate is fastened to the first hard metal cutting plate holder, and that a second hard metal cutting plate different from the first hard metal cutting plate is fixed to the second hard metal cutting plate holder, and that the first and second hard metal cutting plates (12, 13) are arranged spaced apart from each other for cutting a merely annular region.
Support, intended to be applied above the edge of a pool, and to hold an edge of a waterproofing membrane of the pool, comprising: - a transverse wall forming a base, the base being configured to extend vertically when the support is positioned on the edge of the pool; - a first side wall extending from the base to a first end; - a second side wall, opposite the first side wall, and extending from the base to a second end; the support being configured so that a groove extends between the base, the first side wall and the second side wall; the support being such that the first side wall or the second side wall comprises a lug, projecting towards the opposite side wall, to reduce a cross-section of the groove, the lug being intended to retain the waterproofing membrane inside the groove; the support comprising a flap, the flap being characterized in that it is configured to pass: - a closed configuration, according to which the flap is connected to the first side wall and to the second side wall, the flap extending opposite the bottom, to close the groove; - to an open configuration, in which the flap is removed from the first wall and/or the second wall so as to open the groove; so that in the open configuration, the edge of the waterproofing membrane can be introduced into the groove through the opening resulting from the removal of the flap. - a transverse wall forming a base, the base being configured to extend vertically when the support is positioned on the edge of the pool; - a first side wall extending from the base to a first end; - a second side wall, opposite the first side wall, and extending from the base to a second end; the support being configured so that a groove extends between the base, the first side wall and the second side wall; the support being such that the first side wall or the second side wall comprises a lug, projecting towards the opposite side wall, to reduce a cross-section of the groove, the lug being intended to retain the waterproofing membrane inside the groove; the support comprising a flap, the flap being characterized in that it is configured to pass: - a closed configuration, according to which the flap is connected to the first side wall and to the second side wall, the flap extending opposite the bottom, to close the groove; - to an open configuration, in which the flap is removed from the first wall and/or the second wall so as to open the groove; - a closed configuration, according to which the flap is connected to the first side wall and to the second side wall, the flap extending opposite the bottom, to close the groove; - to an open configuration, in which the flap is removed from the first wall and/or the second wall so as to open the groove; so that in the open configuration, the edge of the waterproofing membrane can be introduced into the groove through the opening resulting from the removal of the flap.
A method of producing a hot-stamped article, comprising: a forming process of heating a galvanized steel sheet on which a galvanized layer is formed and forming the heated galvanized steel sheet by hot stamping; a removal process of irradiating, after the forming process, an oxide film formed on a surface of the galvanized layer with laser light to remove the oxide film; and a coating process of performing, after the removal process, a coating treatment on the galvanized steel sheet formed by hot stamping. a forming process of heating a galvanized steel sheet on which a galvanized layer is formed and forming the heated galvanized steel sheet by hot stamping; a removal process of irradiating, after the forming process, an oxide film formed on a surface of the galvanized layer with laser light to remove the oxide film; and a coating process of performing, after the removal process, a coating treatment on the galvanized steel sheet formed by hot stamping.
Method for manufacturing a rolled or forged product wherein: (a) a plate is cast made of an alloy composition, as a % by weight, Cu: 1.8 - 2.6 Li: 1.3 - 1.8 Mg: 0.1 - 0.5 Mn: 0.1 - 0.5 and Zr < 0.05 or Mn < 0.05 and Zr 0.10 - 0.16 Ag: 0 - 0.5 Zn < 0.20 Ti: 0.01 - 0.15 Fe: < 0.1 Si: < 0.1 other elements < 0.05 each and < 0.15 in total, remainder aluminium of which the density is less than 2.670 g/cm3, (b) said plate is homogenised at 480 to 540°C for 5 to 60 hours, (c) said plate is heat distorted by rolling and/or forging with the heat distortion conditions being such that when the manganese content is from 0.1 to 0.5% by weight and the zirconium content is less than 0.05% by weight the heat distortion final temperature is at least 400°C or when the manganese content is less than 0.05% by weight and the zirconium content is between 0.10 and 0.16% by weight the heat distortion final temperature is at most 400°C, in order to obtain a rolled and/or forged product of which the thickness is between 14 and 100 mm, (d) said product undergoes a solution treatment at 490 to 530°C for 15 minutes to 8 hours, (e) it is quenched with water, (f) said product is stretched in a controlled manner with a permanent deformation of 1 to 6%, (g) said product is aged by heating at 120 to 170°C for 5 to 100 hours. (a) a plate is cast made of an alloy composition, as a % by weight, Cu: 1.8 - 2.6 Li: 1.3 - 1.8 Mg: 0.1 - 0.5 Mn: 0.1 - 0.5 and Zr < 0.05 or Mn < 0.05 and Zr 0.10 - 0.16 Ag: 0 - 0.5 Zn < 0.20 Ti: 0.01 - 0.15 Fe: < 0.1 Si: < 0.1 other elements < 0.05 each and < 0.15 in total, remainder aluminium of which the density is less than 2.670 g/cm3, (b) said plate is homogenised at 480 to 540°C for 5 to 60 hours, (c) said plate is heat distorted by rolling and/or forging with the heat distortion conditions being such that when the manganese content is from 0.1 to 0.5% by weight and the zirconium content is less than 0.05% by weight the heat distortion final temperature is at least 400°C or when the manganese content is less than 0.05% by weight and the zirconium content is between 0.10 and 0.16% by weight the heat distortion final temperature is at most 400°C, in order to obtain a rolled and/or forged product of which the thickness is between 14 and 100 mm, (d) said product undergoes a solution treatment at 490 to 530°C for 15 minutes to 8 hours, (e) it is quenched with water, (f) said product is stretched in a controlled manner with a permanent deformation of 1 to 6%, (g) said product is aged by heating at 120 to 170°C for 5 to 100 hours.