mhurhangee/patent-ind-claim-en huggingface dataset:
A method for operation in a multicast communications system having a communications path between a content server on a server side of the communications system and first and second user systems on a client side of the communications system via a server system on the server side of the communications system, the communications path comprising a shared forward link over which bandwidth resources are shared, the method comprising: receiving , at the second user system, an object from a multicast from the server side over the communications path, the object having been requested by the first user system; storing , by the second user system, the received object; in response to a request for the object at the second user system, sending , by the second user system over the communications path to the server side, a request for the object; receiving , at the second user system over the communications path from the server side, error correction data as part of a second object repair message, the second object repair message and a first object repair message each individually comprising repair information for a block of data from the object, the first object repair message having previously been communicated to the first user system by the server system after receipt at the server system of a reliability message from the first user system identifying the block of data from the object in which an error or omission was identified; and integrating, at the second user system, the error correction data with the stored object to create a fully error checked object that may be used by the second user system. receiving , at the second user system, an object from a multicast from the server side over the communications path, the object having been requested by the first user system; storing , by the second user system, the received object; in response to a request for the object at the second user system, sending , by the second user system over the communications path to the server side, a request for the object; receiving , at the second user system over the communications path from the server side, error correction data as part of a second object repair message, the second object repair message and a first object repair message each individually comprising repair information for a block of data from the object, the first object repair message having previously been communicated to the first user system by the server system after receipt at the server system of a reliability message from the first user system identifying the block of data from the object in which an error or omission was identified; and integrating, at the second user system, the error correction data with the stored object to create a fully error checked object that may be used by the second user system.
Device for damping torsional oscillations, comprising: - a support able to move in rotation about an axis (X), - at least a first and a second pendulum mass these being axially spaced from one another and able to move with respect to the support , the first pendulum mass being positioned on a first side of the support and the second pendulum mass being positioned on a second side of the support , - two connecting members connecting the first and the second pendulum masses to pair said masses, the connecting members being angularly spaced relative to one another, each connecting member being housed in part in an opening formed in the support , and each connecting member extending angularly in the anticlockwise direction from a first (5.1) towards a second (5.2) end of said connecting member , characterized in that each connecting member is associated with an end-stop member for the travel of the pendulum masses with respect to the support , the end-stop member associated with one of the connecting members being closer to the first (5.1) than to the second (5.2) end of this connecting member , whereas the end-stop member associated with the other connecting member is closer to the second (5.2) than to the first (5.1) end of this other connecting member . - a support able to move in rotation about an axis (X), - at least a first and a second pendulum mass these being axially spaced from one another and able to move with respect to the support , the first pendulum mass being positioned on a first side of the support and the second pendulum mass being positioned on a second side of the support , - two connecting members connecting the first and the second pendulum masses to pair said masses, the connecting members being angularly spaced relative to one another, each connecting member being housed in part in an opening formed in the support , and each connecting member extending angularly in the anticlockwise direction from a first (5.1) towards a second (5.2) end of said connecting member , characterized in that each connecting member is associated with an end-stop member for the travel of the pendulum masses with respect to the support , the end-stop member associated with one of the connecting members being closer to the first (5.1) than to the second (5.2) end of this connecting member , whereas the end-stop member associated with the other connecting member is closer to the second (5.2) than to the first (5.1) end of this other connecting member .
An ID token having - a memory , wherein attribute values of a user are stored in a first memory area , and hash values of the attribute values are stored in a second memory area , said hash values having been determined by a first hash algorithm, wherein means are provided in order to associate the hash values with the corresponding attribute values, - an interface for receiving an attribute request with an attribute specification, which specifies a plurality of attributes, and a signature request, which contains the attribute specification, and for sending the attribute values corresponding to the attributes and an electronic signature for the attribute values, - a processor , wherein the processor is configured to generate a combination of the hash values of the attribute values corresponding to the attribute specification, wherein the processor is configured to generate a total hash value from the combination of the hash values by executing a second hash algorithm following receipt of the signature request, and wherein the processor is configured to generate the electronic signature from the total hash value. - a memory , wherein attribute values of a user are stored in a first memory area , and hash values of the attribute values are stored in a second memory area , said hash values having been determined by a first hash algorithm, wherein means are provided in order to associate the hash values with the corresponding attribute values, - an interface for receiving an attribute request with an attribute specification, which specifies a plurality of attributes, and a signature request, which contains the attribute specification, and for sending the attribute values corresponding to the attributes and an electronic signature for the attribute values, - a processor , wherein the processor is configured to generate a combination of the hash values of the attribute values corresponding to the attribute specification, wherein the processor is configured to generate a total hash value from the combination of the hash values by executing a second hash algorithm following receipt of the signature request, and wherein the processor is configured to generate the electronic signature from the total hash value.
A method for a scheduled entity to communicate with a scheduling entity in a wireless communication network, the method comprising: obtaining a resource allocation for transmission of an acknowledgment, ACK,/negative acknowledgment, NACK, payload using implicit resource mapping based on one of a plurality of control resource sets, CORESETs, wherein the one of the plurality of control resource sets, CORESETs, is indicated in an acknowledgment resource indicator, ARI, in downlink control information, DCI; and selecting one of a plurality of resource pools associated with the one of the plurality of CORESETs, for transmission of the ACK/NACK payload; determining an ACK resource index within the resource pool after determining which ACK resource pool is to be used; identifying an ACK resource that is mapped to the ACK resource index; transmitting the ACK/NACK payload based on the obtained resource allocation. obtaining a resource allocation for transmission of an acknowledgment, ACK,/negative acknowledgment, NACK, payload using implicit resource mapping based on one of a plurality of control resource sets, CORESETs, wherein the one of the plurality of control resource sets, CORESETs, is indicated in an acknowledgment resource indicator, ARI, in downlink control information, DCI; and selecting one of a plurality of resource pools associated with the one of the plurality of CORESETs, for transmission of the ACK/NACK payload; determining an ACK resource index within the resource pool after determining which ACK resource pool is to be used; identifying an ACK resource that is mapped to the ACK resource index; transmitting the ACK/NACK payload based on the obtained resource allocation.
A composition for parenteral administration comprising an aqueous phase and 5 to 30 % by weight of an oil phase, based on the total weight of the composition, wherein at least 60 % by weight of the oil phase consist of omega-3 fatty acid triglycerides selected from the group consisting of eicosapentaenoic acid triglycerides, docosahexaenoic acid triglycerides and mixtures thereof and wherein the composition comprises less than 1 % by weight medium chain triglycerides, based on the total weight of the composition, and wherein the composition further comprises at least one amphoteric surfactant, at least one co-surfactant and at least one co-solvent, and wherein the composition comprises less than 0.03 % by weight of sodium oleate, based on the total weight of the composition.
A wavelength conversion element comprising: a wavelength conversion member made of phosphor powder dispersed in a dispersion medium and having a light entrance surface and a light exit surface opposed to each other in a direction of optical axis; at least two first reflective layers made of a metal or an alloy provided inside the wavelength conversion member along a plane parallel to the direction of optical axis and dividing the wavelength conversion member into a plurality of sections; and at least two second reflective layers provided inside the wavelength conversion member along a plane parallel to the direction of optical axis and intersecting with the first reflective layers, wherein wavelength conversion sections extending along the direction of optical axis are defined inside the wavelength conversion member by the first reflective layers and the second reflective layers. a wavelength conversion member made of phosphor powder dispersed in a dispersion medium and having a light entrance surface and a light exit surface opposed to each other in a direction of optical axis; at least two first reflective layers made of a metal or an alloy provided inside the wavelength conversion member along a plane parallel to the direction of optical axis and dividing the wavelength conversion member into a plurality of sections; and at least two second reflective layers provided inside the wavelength conversion member along a plane parallel to the direction of optical axis and intersecting with the first reflective layers, wherein wavelength conversion sections extending along the direction of optical axis are defined inside the wavelength conversion member by the first reflective layers and the second reflective layers.
A sensing device for measuring properties of a fluid, the sensing device comprising: a substrate having a sensing region ; a sensing element disposed in the sensing region; a cavity in the sensing region, the cavity comprising a wall in surrounding relation to the sensing element, the wall having a bottom portion and a side portion and wherein the sensing element is located in the cavity; and a bonding element , wherein the bonding element forms a first bonding area that comprises molecular bonds between the bonding element and the side portion, and the bonding element and a side of the sensing element, and the bonding element forms a second bonding area that comprises molecular bonds between the bonding element and the bottom portion and the bonding element and a bottom of the sensing element, and wherein the bonding element has a coefficient of thermal expansion that is less than 10 ppm/°C. a substrate having a sensing region ; a sensing element disposed in the sensing region; a cavity in the sensing region, the cavity comprising a wall in surrounding relation to the sensing element, the wall having a bottom portion and a side portion and wherein the sensing element is located in the cavity; and a bonding element , wherein the bonding element forms a first bonding area that comprises molecular bonds between the bonding element and the side portion, and the bonding element and a side of the sensing element, and the bonding element forms a second bonding area that comprises molecular bonds between the bonding element and the bottom portion and the bonding element and a bottom of the sensing element, and wherein the bonding element has a coefficient of thermal expansion that is less than 10 ppm/°C.
A device comprising a substrate comprising at least one microelectronic and/or nanoelectronic structure (NEMS) comprising at least one sensitive portion and one fluid channel defined between said substrate and a cap , said fluid channel comprising at least two apertures to provide a flow in said channel, said microelectronic and/or nanoelectronic structure being located within the fluid channel, said cap being assembled with the substrate at an assembly interface, said device comprising at least one electrical connection between said microelectronic and/or nanoelectronic structure and the exterior of the fluid channel , the electrical connection being formed by a via made through the substrate directly below the microelectronic and/or nanoelectronic structure, and in electrical contact with the microelectronic and/or nanoelectronic structure, said device also comprising a functionalisation layer at least partly covering a part of the sensitive portion of the microelectronic and/or nanoelectronic structure.
A thermoplastic composite article comprising a fiber reinforced thermoplastic polymeric porous core layer comprising a web formed from reinforcing fibers and a thermoplastic polymer, wherein the reinforcing fibers include a length of 5 mm to 200 mm, and a frim disposed on the fiber reinforced polymeric porous core layer , the frim comprising a scrim and a film which is coupled to the scrim , the scrim comprising a basis weight of at least 15 g/m 2 (gsm) to prevent substantial sag of the article during a forming operation, characterised in that the film comprises a plurality of layers and a basis weight of 15 g/m 2 (gsm) to 75 g/m 2 (gsm), and in that at least one of the plurality of layers of the film comprises a polyamide or polyethylene.
A doped particle, wherein the particle comprises a polymer formed from a perfluorinated monomer and a monomer having a sulfonate group ('the polymer'), wherein a dopant comprising a molecular cationic species is disposed within the polymer; wherein the dopant is dispersed throughout the polymer; and wherein at least 50% of the particles, by number, have an aspect ratio, as measured using scanning electron microscopy, of 1.5 or less, with scanning electron microscopy being conducted as described in the specification. wherein the dopant is dispersed throughout the polymer; and wherein at least 50% of the particles, by number, have an aspect ratio, as measured using scanning electron microscopy, of 1.5 or less, with scanning electron microscopy being conducted as described in the specification.
A measurement method performed by a user equipment, comprising: receiving information of at least one channel state information-reference signal, CSI-RS, configuration set, wherein the CSI-RS configuration set comprises at least two CSI-RS configurations; performing measurements on a subset or a full set of measurement resources corresponding to the at least one CSI-RS configuration set; and sending a result of the measurement obtained according to an averaged result of the measurements of the CSI-RS configurations corresponding to the CSI-RS configuration set, wherein the CSI-RS configurations within one configuration set have different CSI reference signal configuration index numbers. receiving information of at least one channel state information-reference signal, CSI-RS, configuration set, wherein the CSI-RS configuration set comprises at least two CSI-RS configurations; performing measurements on a subset or a full set of measurement resources corresponding to the at least one CSI-RS configuration set; and sending a result of the measurement obtained according to an averaged result of the measurements of the CSI-RS configurations corresponding to the CSI-RS configuration set, wherein the CSI-RS configurations within one configuration set have different CSI reference signal configuration index numbers.
A method for determining a pumping parameter representative of a risk of positive pumping in a charging compressor equipping an auxiliary power unit for an aircraft, the charging compressor comprising a diffuser and a scroll disposed downstream of the diffuser, the method comprising calculating the pumping parameter P pomp as a sum of a first term T 1 and of a second term T 2 , the first term T 1 being calculated from a first pressure P 1 measured downstream of the diffuser and from a second pressure P 2 measured upstream of the diffuser, the second term T 2 being calculated from a third pressure P 3 measured upstream of the diffuser and from an ambient pressure Ps amb representing a pressure of the ambient environment of the auxiliary power unit.
Wheel protector for a bicycle with retracting front fork, comprising - at least one mudguard part , - connection means for the direct or indirect connection of the at least one mudguard part to a part of the bicycle, wherein the connection means are designed such that they enable the at least one mudguard part to be attached to at least one part of the retracting front fork, and - holding means for attaching the connection means , characterised in that the holding means are arranged such that, in the attached state, the connection means can be tensioned above the fork crown or over the fork crown, whereby, when the at least one mudguard part is only held by the connection means tensioned in the region of the fork crown, the mudguard part is firmly and securely attached to the bicycle. - at least one mudguard part , - connection means for the direct or indirect connection of the at least one mudguard part to a part of the bicycle, wherein the connection means are designed such that they enable the at least one mudguard part to be attached to at least one part of the retracting front fork, and - holding means for attaching the connection means ,
A method of accessing a network , the method comprising: providing , via a first software container establishing a first tunnel between a computing device and a network server , a health-check status of the computing device to the network server, the health-check status determined by the first software container by analyzing the computing device to determine if the computing device has one or more indications of compromise; and accessing , via a second software container establishing a second tunnel between the computing device and the network server, the network at a level of access based on the health-check status of the computing device; wherein the first and second software containers are cryptographically related to one another and are segregated within memory of the computing device. providing , via a first software container establishing a first tunnel between a computing device and a network server , a health-check status of the computing device to the network server, the health-check status determined by the first software container by analyzing the computing device to determine if the computing device has one or more indications of compromise; and accessing , via a second software container establishing a second tunnel between the computing device and the network server, the network at a level of access based on the health-check status of the computing device; wherein the first and second software containers are cryptographically related to one another and are segregated within memory of the computing device.
A vascular reconstruction device, comprising: a. a stent graft to be inserted in a blood vessel, comprising a main body which comprises a frame and a graft, wherein: i. said main body comprises a fenestration area having only said graft, wherein said fenestration area is adapted such that a branch stent graft can be inserted in a graft fenestration to be performed within the fenestration area at a location corresponding to a branch vessel; the branch stent graft comprising a flared mouth at its proximal end; and ii. said stent graft has a surface comprising one temporary diversion channel connected with said fenestration area ; iii. said stent graft comprises a control mechanism to control opening and closing of said temporary diversion channel ; b. a bare stent to be placed in said stent graft for expansion to not less than inner diameter of said stent graft and the bare stent is configured to push the flared mouth tightly against the graft of the fenestration area and to expand said stent graft to form a fixed circular cross-section that pushes against the inner wall of said blood vessel, wherein said bare stent comprises an area corresponding to said fenestration area and said area comprises a sparse mesh. a. a stent graft to be inserted in a blood vessel, comprising a main body which comprises a frame and a graft, wherein: i. said main body comprises a fenestration area having only said graft, wherein said fenestration area is adapted such that a branch stent graft can be inserted in a graft fenestration to be performed within the fenestration area at a location corresponding to a branch vessel; the branch stent graft comprising a flared mouth at its proximal end; and ii. said stent graft has a surface comprising one temporary diversion channel connected with said fenestration area ; iii. said stent graft comprises a control mechanism to control opening and closing of said temporary diversion channel ; i. said main body comprises a fenestration area having only said graft, wherein said fenestration area is adapted such that a branch stent graft can be inserted in a graft fenestration to be performed within the fenestration area at a location corresponding to a branch vessel; the branch stent graft comprising a flared mouth at its proximal end; and ii. said stent graft has a surface comprising one temporary diversion channel connected with said fenestration area ; iii. said stent graft comprises a control mechanism to control opening and closing of said temporary diversion channel ; b. a bare stent to be placed in said stent graft for expansion to not less than inner diameter of said stent graft and the bare stent is configured to push the flared mouth tightly against the graft of the fenestration area and to expand said stent graft to form a fixed circular cross-section that pushes against the inner wall of said blood vessel, wherein said bare stent comprises an area corresponding to said fenestration area and said area comprises a sparse mesh.