mhurhangee/ep-ind-claims huggingface dataset:
A device comprising at least one processor configured to: estimate a congestion level of a communication channel, wherein the congestion level indicates an availability for transmissions over at least one time period; determine a projected time back-off for an ensuing packet transmission based on the congestion level; and determine whether to apply a transmission back-off based on the projected time back-off and a transmission energy budget based on at least one time-averaging specific absorption rate parameter to regulate a radiation exposure. estimate a congestion level of a communication channel, wherein the congestion level indicates an availability for transmissions over at least one time period; determine a projected time back-off for an ensuing packet transmission based on the congestion level; and determine whether to apply a transmission back-off based on the projected time back-off and a transmission energy budget based on at least one time-averaging specific absorption rate parameter to regulate a radiation exposure.
An organic light emitting display (OLED) device, comprising: a first substrate comprising a first outer surface and a first inner surface; a second substrate generally opposing the first substrate, the second substrate comprising a second outer surface and a second inner surface; an array of organic light emitting pixels interposed between the first and second substrates; and a frit interposed between the first and second substrates while surrounding the array, wherein the frit seal, the first substrate, and the second substrate in combination define an enclosed space in which the array is located; wherein the second substrate bends outward and has a curvature sufficient to substantially reduce Newton's rings on the second substrate compared to when there is no curvature in the second substrate, characterized in that the radius of the curvature ranges from 0.2 meters to 100 meters, a distance between the first and second inner surfaces is greater than about 10μm and the first substrate has a reflectance of from 60% to 70%, and the second substrate has a reflectance of 4%. a first substrate comprising a first outer surface and a first inner surface; a second substrate generally opposing the first substrate, the second substrate comprising a second outer surface and a second inner surface; an array of organic light emitting pixels interposed between the first and second substrates; and a frit interposed between the first and second substrates while surrounding the array, wherein the frit seal, the first substrate, and the second substrate in combination define an enclosed space in which the array is located;
A method for forming a core layer of an information carrying card, comprising: forming a first thermoplastic layer defining at least one cavity, the first thermoplastic layer comprising at least one thermoplastic material; disposing at least a portion of an inlay layer into the at least one cavity; dispensing a crosslinkable polymer composition into the at least one cavity and contacting the inlay layer to form a sandwich structure comprising the first thermoplastic layer, the inlay layer and the crosslinkable polymer composition; and curing the crosslinkable polymer composition under pressure and heat to form a crosslinked polymer composition, wherein curing the crosslinkable polymer composition under pressure comprises pressing the sandwich structure between two metal plates (192, 196) spaced by a metal frame having a controlled thickncss. forming a first thermoplastic layer defining at least one cavity, the first thermoplastic layer comprising at least one thermoplastic material; disposing at least a portion of an inlay layer into the at least one cavity; dispensing a crosslinkable polymer composition into the at least one cavity and contacting the inlay layer to form a sandwich structure comprising the first thermoplastic layer, the inlay layer and the crosslinkable polymer composition; and curing the crosslinkable polymer composition under pressure and heat to form a crosslinked polymer composition, wherein curing the crosslinkable polymer composition under pressure comprises pressing the sandwich structure between two metal plates (192, 196) spaced by a metal frame having a controlled thickncss.
Laminated cellulose-based, liquid- or viscous-food packaging material (10a;10b;10c), for heat sealing into aseptic packaging containers, comprising a bulk material layer (11a; 11b;11c) comprising cellulose-based containerboard material having a Short Compression Test Index value (SCT index), of at least 30 Nm/g in the machine direction, as determined in accordance with ISO 9895 and ISO 536, and a bending stiffness at least 30 % lower than the bending stiffness of a liquid carton paperboard, which has a corresponding grammage, when excluding the printable coating (clay-coat) grammage, the laminated packaging material further comprising a separate print substrate layer (12a;12b;12c) arranged on the outside of the bulk layer, i.e. on the side to be directed outwards from a packaging container made from the laminated material, and an outermost, transparent, protective polymer layer (13a;13b;13c) on the outside of the print substrate layer, wherein the separate print substrate layer is a paper having a paper or metallization print background surface and a grammage from 20 to 100 g/m 2, the laminated packaging material further comprising an innermost, heat sealable and liquid-tight layer (15a;15b;15c) of a thermoplastic polymer, the innermost polymer layer intended to be in direct contact with the packaged food product, a barrier metal foil or a barrier-coated film (14a;14b;14c) laminated between the bulk layer and the innermost layer and a further barrier layer (18a;18b;18c) comprising at least 50 wt-% of a polyamide, also arranged between the bulk layer and the innermost heat sealable layer.
A filter element comprising: (a) a media pack comprising opposite first and second flow faces with flutes extending in a direction therebetween; a sidewall extending between the first and second flow faces; (i) the first flow face being an outlet flow face, and second flow faces being an inlet flow face; and (b) a gasket secured to the sidewall; the gasket having a sealing portion and an attachment portion; the sealing portion having a flat surface at least 25.5 mm (one inch) long and being between planar with and 12.7 mm (0.5 inches) recessed from the first flow face, inclusive; (i) the gasket defining an undercut between the attachment portion and the sealing portion; (ii) the sealing portion including first and second angled surfaces slanting toward each other to meet at an apex; the first angled surface extending from the attachment portion to the apex; the second angled surface extending from the flat surface to the apex; the undercut being defined as a gap between the first angled surface and the attachment portion; and (iii) the first angled surface and the attachment portion being joined by a base. (a) a media pack comprising opposite first and second flow faces with flutes extending in a direction therebetween; a sidewall extending between the first and second flow faces; (i) the first flow face being an outlet flow face, and second flow faces being an inlet flow face; and (i) the first flow face being an outlet flow face, and second flow faces being an inlet flow face; and (b) a gasket secured to the sidewall; the gasket having a sealing portion and an attachment portion; the sealing portion having a flat surface at least 25.5 mm (one inch) long and being between planar with and 12.7 mm (0.5 inches) recessed from the first flow face, inclusive; (i) the gasket defining an undercut between the attachment portion and the sealing portion; (ii) the sealing portion including first and second angled surfaces slanting toward each other to meet at an apex; the first angled surface extending from the attachment portion to the apex; the second angled surface extending from the flat surface to the apex; the undercut being defined as a gap between the first angled surface and the attachment portion; and (iii) the first angled surface and the attachment portion being joined by a base. (i) the gasket defining an undercut between the attachment portion and the sealing portion; (ii) the sealing portion including first and second angled surfaces slanting toward each other to meet at an apex; the first angled surface extending from the attachment portion to the apex; the second angled surface extending from the flat surface to the apex; the undercut being defined as a gap between the first angled surface and the attachment portion; and the first angled surface extending from the attachment portion to the apex; the second angled surface extending from the flat surface to the apex; the undercut being defined as a gap between the first angled surface and the attachment portion; and (iii) the first angled surface and the attachment portion being joined by a base.
A dust cover used for a ball joint that includes a ball stud having a spherical part at one end of a shaft part thereof, a socket having a bearing for the spherical part and supporting the ball stud rotatably and swingably, and an annular member provided on an opposite side of the shaft part from the spherical part, the dust cover comprising: a sealing body made of an elastic material and integrally including a deformable body part, a fixed part provided at one end of the body part and fixed to the socket, and a sealed part provided at the other end of the body part and being slidable against each of the shaft part and the annular member; and a reinforcing ring made of metal or resin and embedded in the sealed part, wherein the sealed part includes an inner circumferential sealed portion (121a, 121b) slidable against an outer circumferential surface of the shaft part, and a dust lip slidable against an end face of the annular member, and the reinforcing ring includes a tubular part concentric to the shaft part, and an inward flange part provided at one end of the tubular part and supported on a fixed member fixed to the shaft part, characterized by a pressing part provided at the other end of the tubular part and pressing the dust lip against the end face of the annular member. a sealing body made of an elastic material and integrally including a deformable body part, a fixed part provided at one end of the body part and fixed to the socket, and a sealed part provided at the other end of the body part and being slidable against each of the shaft part and the annular member; and a reinforcing ring made of metal or resin and embedded in the sealed part, wherein the sealed part includes an inner circumferential sealed portion (121a, 121b) slidable against an outer circumferential surface of the shaft part, and a dust lip slidable against an end face of the annular member, and the reinforcing ring includes a tubular part concentric to the shaft part, and an inward flange part provided at one end of the tubular part and supported on a fixed member fixed to the shaft part, characterized by a pressing part provided at the other end of the tubular part and pressing the dust lip against the end face of the annular member.
A method of breaking a moving web comprising: conveying a moving web on a conveying surface, contacting the moving web with a web cut-off assembly (20;40;60;78), characterised by the web cut-off assembly (20;40;60;78) comprising a first arm (26;46;66) with a first web gripping surface (30;50;70) and a second arm (28;48;68) with a second web gripping surface (32;52;72), the first web gripping surface (30;50;70) contacting the web at a first contact point (31;51;71) and a second arm (28;48;68) with a second web gripping surface (32;52;72) contacting the web at a second contact point (33;53;73), the first contact point (31;51;71) and the second contact point in a first spaced apart relationship, wherein the at least one line of weakness is located between the first contact point (31;51;71) and second contact point (33;53;73); and moving the first contact point (31;51;71) and the second contact point (33;53;73) from the first spaced apart relationship to a second spaced apart relationship causing a break in the web between the first (31;51;71) and second (33;53;73) contact points. conveying a moving web on a conveying surface, contacting the moving web with a web cut-off assembly (20;40;60;78), characterised by the web cut-off assembly (20;40;60;78) comprising a first arm (26;46;66) with a first web gripping surface (30;50;70) and a second arm (28;48;68) with a second web gripping surface (32;52;72), the first web gripping surface (30;50;70) contacting the web at a first contact point (31;51;71) and a second arm (28;48;68) with a second web gripping surface (32;52;72) contacting the web at a second contact point (33;53;73), the first contact point (31;51;71) and the second contact point in a first spaced apart relationship, wherein the at least one line of weakness is located between the first contact point (31;51;71) and second contact point (33;53;73); and moving the first contact point (31;51;71) and the second contact point (33;53;73) from the first spaced apart relationship to a second spaced apart relationship causing a break in the web between the first (31;51;71) and second (33;53;73) contact points.
A method performed by a User Equipment, UE, the method comprising: - receiving, from a network node, via a higher layer, a configuration of at least one information element, IE, being an Uplink Transmission Configuration indication, UL-TCI IE, said configuration comprising at least: an identifier, ID, unique to each IE and ID(s) of one or more uplink, UL, resource(s) and/or downlink, DL resource(s): a Channel State Information Reference Signal, CSI-RS, resource, a Sounding Reference Signal, SRS, resource, or a Synchronization Signal Block, SSB, or a Control Resource Set, CORESET, - wherein the DL and/or UL resource(s) is/are used as a reference for the derivation of a pathloss factor for the transmission of at least a Physical Uplink Shared Channel, PUSCH, a Physical Uplink Control Channel, PUCCH, resource, or an SRS resource, and wherein the pathloss factor is used to obtain a transmit power for said PUSCH, PUCCH resource or SRS resource; and - applying the configuration provided in the at least one IE for the transmission of the PUSCH resource, the PUCCH resource or the SRS resource. - receiving, from a network node, via a higher layer, a configuration of at least one information element, IE, being an Uplink Transmission Configuration indication, UL-TCI IE, said configuration comprising at least: an identifier, ID, unique to each IE and ID(s) of one or more uplink, UL, resource(s) and/or downlink, DL resource(s): a Channel State Information Reference Signal, CSI-RS, resource, a Sounding Reference Signal, SRS, resource, or a Synchronization Signal Block, SSB, or a Control Resource Set, CORESET, - wherein the DL and/or UL resource(s) is/are used as a reference for the derivation of a pathloss factor for the transmission of at least a Physical Uplink Shared Channel, PUSCH, a Physical Uplink Control Channel, PUCCH, resource, or an SRS resource, and wherein the pathloss factor is used to obtain a transmit power for said PUSCH, PUCCH resource or SRS resource; and - applying the configuration provided in the at least one IE for the transmission of the PUSCH resource, the PUCCH resource or the SRS resource.
Ferromagnetic-antitumor antibody labeled nanoparticle for use in a method of diagnosing and hyperthermally treating malignant cells in a patient, the method comprising injecting the ferromagnetic-antitumor antibody labeled nanoparticle and a temperature indicating substance to form a ferromagnetic-antibody labeled nanoparticle-cell complex at a target site, exposing the target site to a magnetic field energy source under conditions sufficient to heat the ferromagnetic particles in the nanoparticle-cell complex to a temperature between 42°C to 55°C, measuring the acoustic response produced by the nanoparticles, and determining the presence or absence of malignant cells at the target site based on the nanoparticle acoustic response. injecting the ferromagnetic-antitumor antibody labeled nanoparticle and a temperature indicating substance to form a ferromagnetic-antibody labeled nanoparticle-cell complex at a target site, exposing the target site to a magnetic field energy source under conditions sufficient to heat the ferromagnetic particles in the nanoparticle-cell complex to a temperature between 42°C to 55°C, measuring the acoustic response produced by the nanoparticles, and determining the presence or absence of malignant cells at the target site based on the nanoparticle acoustic response.
Method for establishing a connection from an ingress node to an egress node in multi-domain multi-protocol label switching "MPLS" and generalized MPLS "GMPLS" networks using a contract ID which refers to a contract comprising connection properties and resulting from a negotiation between the different service providers concerned by the connection, the said contract ID being created by a service layer, characterized in that said contract ID is encoded into a path-key sub-object PKS extension, the said extension being encoded according to a path computation element protocol PCEP and transmitted within an include route object IRO in a path computation request PCreq from the ingress node to a path computation element PCE, and a path computation reply PCrep comprising an explicit route object ERO being sent back from the PCE to the ingress node in response to the said PCreq, the ERO being used to reserve resources and to establish the connection according to the contract.
Semiconductor device (DV1, DV2) comprising: - N memory modules (MEM 0 -MEM N-1, MEM0'-MEM2'), N being greater than or equal to three, each module comprising an array of memory cells arranged in rows and columns, - a write circuit coupled to each module and configured to write input data in the memory cells, - a read circuit coupled to each module and configured to supply output data (OD 0 -OD N-1) from the memory cells, - a module selection circuit (MDEC) configured to individually select one memory module (MEM 0 -MEM N-1, MEM0'-MEM2') in a regular operation mode, and to collectively select two or more of the modules in a parallel mode, and - a comparator circuit (CMP, CMP') coupled to the N modules and configured to compare, in the parallel mode, the output data supplied by at least two of the N modules, wherein - the N memory modules comprise one module (MEM 0, MEM0') designated as the reference module and N-1 modules (MEM 1 -MEM N-1, MEM1', MEM2') designated as auxiliary modules, - the comparator circuit (CMP, CMP') is configured to compare the output data (OD 1 -OD N-1) supplied by each auxiliary module with the output data (OD 0) supplied by the reference module, and characterised in that - the semiconductor device is configured to supply the output data (OD 0) from the reference module (MEM 0, MEMO') to a data verification means (ATE, CRC) that is external to the comparator circuit and configured to verify that the data from the reference module is correct with respect to the input data and/or to verify the data from the reference module through a cyclical redundancy check. - N memory modules (MEM 0 -MEM N-1, MEM0'-MEM2'), N being greater than or equal to three, each module comprising an array of memory cells arranged in rows and columns, - a write circuit coupled to each module and configured to write input data in the memory cells, - a read circuit coupled to each module and configured to supply output data (OD 0 -OD N-1) from the memory cells, - a module selection circuit (MDEC) configured to individually select one memory module (MEM 0 -MEM N-1, MEM0'-MEM2') in a regular operation mode, and to collectively select two or more of the modules in a parallel mode, and - a comparator circuit (CMP, CMP') coupled to the N modules and configured to compare, in the parallel mode, the output data supplied by at least two of the N modules, wherein - the N memory modules comprise one module (MEM 0, MEM0') designated as the reference module and N-1 modules (MEM 1 -MEM N-1, MEM1', MEM2') designated as auxiliary modules, - the comparator circuit (CMP, CMP') is configured to compare the output data (OD 1 -OD N-1) supplied by each auxiliary module with the output data (OD 0) supplied by the reference module, and characterised in that - the semiconductor device is configured to supply the output data (OD 0) from the reference module (MEM 0, MEMO') to a data verification means (ATE, CRC) that is external to the comparator circuit and configured to verify that the data from the reference module is correct with respect to the input data and/or to verify the data from the reference module through a cyclical redundancy check.
System for preparing a quantity of beverage suitable for consumption, including: - a first exchangeable capsule and a second exchangeable capsule, the second exchangeable capsule being larger than the first exchangeable capsule, and - an apparatus including a first brew chamber part and a second brew chamber part forming a brew chamber for selectively holding one of the first and second exchangeable capsules, and a fluid dispensing device for supplying an amount of fluid, such as water, under pressure to the first brew chamber part, wherein the first brew chamber part and the second exchangeable capsule are adapted to each other such that an outer part of the second exchangeable capsule engages at least part of the inner circumferential wall of the first brew chamber part when loading the second exchangeable capsule into the first brew chamber part, characterized in that the first brew chamber part includes a cavity having an invariable shape for selectively holding the first or second exchangeable capsule, and in that the first brew chamber part and the first exchangeable capsule are adapted to each other such that a flange like rim of the first exchangeable capsule engages at least part of an inner circumferential wall of the first brew chamber part when loading the first exchangeable capsule into the first brewing chamber part. - a first exchangeable capsule and a second exchangeable capsule, the second exchangeable capsule being larger than the first exchangeable capsule, and - an apparatus including a first brew chamber part and a second brew chamber part forming a brew chamber for selectively holding one of the first and second exchangeable capsules, and a fluid dispensing device for supplying an amount of fluid, such as water, under pressure to the first brew chamber part,