mhurhangee/patent-ind-claim-en huggingface dataset:
A control node configured to assist in attaching a user equipment (UE) to a telecommunication network , the control node comprising: a processor ; and, a memory that stores processor-executable instructions, wherein the processor interfaces with the memory to execute the processor-executable instructions, whereby the control node is operable to: receive , from a radio base station , a network attach request , wherein the network attach request comprises at least a hardware identifier associated with the UE; transmit , to a database , a lookup message which comprises at least the hardware identifier associated with the UE; receive , from the database, a domain name of a gateway , wherein the at least the hardware identifier associated with the UE and the domain name was provided to the database by a manufacturer of a device which has the UE embedded therein; transmit , to a Domain Name Server (DNS) , a resolve message including the domain name of the gateway; receive , from the DNS, an Internet Protocol (IP) address of the gateway; and, establish a session between the UE and the gateway. a processor ; and, a memory that stores processor-executable instructions, wherein the processor interfaces with the memory to execute the processor-executable instructions, whereby the control node is operable to: receive , from a radio base station , a network attach request , wherein the network attach request comprises at least a hardware identifier associated with the UE; transmit , to a database , a lookup message which comprises at least the hardware identifier associated with the UE; receive , from the database, a domain name of a gateway , wherein the at least the hardware identifier associated with the UE and the domain name was provided to the database by a manufacturer of a device which has the UE embedded therein; transmit , to a Domain Name Server (DNS) , a resolve message including the domain name of the gateway; receive , from the DNS, an Internet Protocol (IP) address of the gateway; and, establish a session between the UE and the gateway. receive , from a radio base station , a network attach request , wherein the network attach request comprises at least a hardware identifier associated with the UE; transmit , to a database , a lookup message which comprises at least the hardware identifier associated with the UE; receive , from the database, a domain name of a gateway , wherein the at least the hardware identifier associated with the UE and the domain name was provided to the database by a manufacturer of a device which has the UE embedded therein; transmit , to a Domain Name Server (DNS) , a resolve message including the domain name of the gateway; receive , from the DNS, an Internet Protocol (IP) address of the gateway; and, establish a session between the UE and the gateway.
A method for manufacturing a dielectric sheet, comprising the steps of: extrusion molding a mixture including powder polytetrafluoroethylene and spherical silica at a temperature lower than or equal to a melting point of the polytetrafluoroethylene; and calendering a sheet body obtained by the extrusion molding, wherein a mass ratio of the silica with respect to the polytetrafluoroethylene is 1.3 or greater, an average particle diameter of the silica is 0.1 μm or greater but 3.0 μm or less, and a reduction ratio of the extrusion molding is 8 or less. extrusion molding a mixture including powder polytetrafluoroethylene and spherical silica at a temperature lower than or equal to a melting point of the polytetrafluoroethylene; and calendering a sheet body obtained by the extrusion molding, wherein a mass ratio of the silica with respect to the polytetrafluoroethylene is 1.3 or greater, an average particle diameter of the silica is 0.1 μm or greater but 3.0 μm or less, and a reduction ratio of the extrusion molding is 8 or less.
A computing system configured to restore a state of stored configuration data of an application component that is be executed on the computing system, the computing system comprising: at least one processor ; a computer readable hardware storage device having stored thereon computer-executable instructions which, when executed by the at least one processor, cause the computing system to perform the following: request mapping of a least a portion of a backing page file to a second portion of address space , the backing page file being stored in a persistent storage , the backing page file comprising discrete units of configuration data (P1, P2, P3) that are stored in a specific relationship to each other as defined by one or more offset values, wherein a first base address for at least one of the discrete units of configuration data defines a first portion of address space having a preferred address space address for the at least one of the discrete units of configuration data; the computing device being characterized in that the computing device is configured to : restore the at least one of the discrete units of configuration data stored in the backing page file to the second portion of address space, comprising aligning a pointer based on a relationship between a second base address of the second portion of address space and the one or more offset values to thereby restore a state of the at least one of the discrete units of configuration data, the first base address being different from the second base address. at least one processor ; a computer readable hardware storage device having stored thereon computer-executable instructions which, when executed by the at least one processor, cause the computing system to perform the following: request mapping of a least a portion of a backing page file to a second portion of address space , the backing page file being stored in a persistent storage , the backing page file comprising discrete units of configuration data (P1, P2, P3) that are stored in a specific relationship to each other as defined by one or more offset values, wherein a first base address for at least one of the discrete units of configuration data defines a first portion of address space having a preferred address space address for the at least one of the discrete units of configuration data; the computing device being characterized in that the computing device is configured to : restore the at least one of the discrete units of configuration data stored in the backing page file to the second portion of address space, comprising aligning a pointer based on a relationship between a second base address of the second portion of address space and the one or more offset values to thereby restore a state of the at least one of the discrete units of configuration data, the first base address being different from the second base address.
A method for producing poly(3,4-ethylenedioxythiophene) polystyrene sulfonate (PEDOT:PSS) particles comprising at least the steps of: a) providing a mixture comprising poly(3,4-ethylenedioxythiophene) and polystyrene sulfonate in a solvent comprising at least water; b) forming one or more PEDOT:PSS drops by introducing the mixture from method step a) into an organic solvent A, the aqueous PEDOT:PSS mixture forming the interior of the drop and the organic solvent A forming the exterior of the drop; c) contacting the PEDOT:PSS drops obtained from step b) with a coagulation solution comprising a curing agent and at least one further solvent B, wherein the density of the coagulating solution is greater than the density of the organic solvent A and less than the density of the aqueous poly(3,4-ethylenedioxythiophene) and polystyrene sulfonate mixture; thereby curing the PEDOT:PSS drops into PEDOT:PSS particles. a) providing a mixture comprising poly(3,4-ethylenedioxythiophene) and polystyrene sulfonate in a solvent comprising at least water; b) forming one or more PEDOT:PSS drops by introducing the mixture from method step a) into an organic solvent A, the aqueous PEDOT:PSS mixture forming the interior of the drop and the organic solvent A forming the exterior of the drop; c) contacting the PEDOT:PSS drops obtained from step b) with a coagulation solution comprising a curing agent and at least one further solvent B, wherein the density of the coagulating solution is greater than the density of the organic solvent A and less than the density of the aqueous poly(3,4-ethylenedioxythiophene) and polystyrene sulfonate mixture; thereby curing the PEDOT:PSS drops into PEDOT:PSS particles.
A method performed by a mobile terminal in a wireless wide area system supporting high speed packet access, the method comprising: - reading from a broadcast control channel information enabling the mobile terminal to receive a logical downlink channel via a high speed downlink shared channel; - listening to a high speed shared control channel for a high speed radio network temporary identity, the high speed radio network temporary identity being associated with the logical downlink channel and addressing a group of mobile terminals; in case of detecting said high speed radio network temporary identity: - receiving data of the logical downlink channel on the high-speed downlink shared channel as indicated by a scheduling command received together with the detected high speed radio network temporary identity; and - processing said data. - reading from a broadcast control channel information enabling the mobile terminal to receive a logical downlink channel via a high speed downlink shared channel; - listening to a high speed shared control channel for a high speed radio network temporary identity, the high speed radio network temporary identity being associated with the logical downlink channel and addressing a group of mobile terminals; - receiving data of the logical downlink channel on the high-speed downlink shared channel as indicated by a scheduling command received together with the detected high speed radio network temporary identity; and - processing said data.
Method for manufacturing a multistrand rope cord of 1xN structure comprising a single layer of N strands wound in a helix, each strand comprising: - an internal layer of M internal threads wound in a helix, - an external layer of P external threads wound in a helix around the internal layer , the method being characterized in that it comprises: - a step of individually assembling each of the N strands by twisting, during which, and in chronological order: - the M internal threads are wound in a helix to form the internal layer , - the P external threads are wound in a helix around the internal layer , and - the M internal threads and the P external threads are elongated such that the structural elongation (Asp) associated with the P external threads of each strand is greater than or equal to 0.05%, - a step of collectively assembling the N strands by twisting, during which the N strands are wound in a helix to form the cord . - an internal layer of M internal threads wound in a helix, - an external layer of P external threads wound in a helix around the internal layer , - a step of individually assembling each of the N strands by twisting, during which, and in chronological order: - the M internal threads are wound in a helix to form the internal layer , - the P external threads are wound in a helix around the internal layer , and - the M internal threads and the P external threads are elongated such that the structural elongation (Asp) associated with the P external threads of each strand is greater than or equal to 0.05%, - the M internal threads are wound in a helix to form the internal layer , - the P external threads are wound in a helix around the internal layer , and - the M internal threads and the P external threads are elongated such that the structural elongation (Asp) associated with the P external threads of each strand is greater than or equal to 0.05%, - a step of collectively assembling the N strands by twisting, during which the N strands are wound in a helix to form the cord .
Screening device for mechanically separating and extracting solid elements, solid bodies or solid matter from the stream of liquid of a liquid flowing in a sluice channel , in particular, a screen or filter grating for process, cooling water or effluent currents or for use in sewage treatment plants or hydroelectric power stations, with a number of screening panels , which are substantially oriented transversely to the flow direction of the stream of liquid , and which each have a screening surface with a plurality of screening surface openings , wherein the screening panels form a circulating, continuous screening belt , which can be partially immersed in the stream of liquid and in which a number of successive screening panels arranged adjacent to one another in the direction of motion of the continuous screening belt form a common screening surface in the sluice channel , and with a drive for driving the continuous screening belt in a circulatory motion , wherein the screening panels are arranged successively in the continuous screening belt in such a way that the circulatory motion of the continuous screening belt is kept completely within a single plane, and wherein the pivot axes, about which the screening panels are pivoted at return points of the continuous screening belt , lie perpendicular to the common screening surface, characterized in that it comprises screening panels , the screening surface of which has a plurality of recesses and/or elevations running adjacent to one another across the screening surface and that it comprises screening panels that each have, on the inflow side thereof, a fish-lifting trough, wherein the fish-lifting trough is arranged and designed such that, with respect to the screening panels moving upwards it is located at the lower end, with respect to the screening panels moving upwards it forms in each case a liquid-filled collection recess for aquatic animals located in the particular screening panel , which collecting recess is lifted, in the movement direction of the continuous screening belt , out of the stream of liquid together with the screening panel , together with the liquid contained in the collecting recess and together with aquatic animals caught in the liquid, when the continuous screening belt moves, and is emptied out into a collecting channel in the upper return area of the continuous screening belt , in an emptying area of the screening device , by tipping the screening panel and the collecting recess, wherein the screening device comprises a cleaning area with a spray device for cleaning the debris from the screening surfaces , the cleaning area being arranged so far behind the emptying area in the direction of motion of the continuous screening belt that the collecting recesses are emptied before they reach the cleaning area.
A turbomachine blade , the blade comprising an airfoil extending along a first direction (Z) between an internal end and an external end, a blade base secured to the internal end of the airfoil , and a root secured to the external end of the airfoil , the root including a platform delimited along a second direction (X) perpendicular to said first direction (Z) by an upstream edge and a downstream edge and delimited along a third direction (Y) orthogonal to the first direction (Z) and to the second direction (X) by a first lateral edge and a second lateral edge , the first lateral edge having, in a plane comprising the second and third directions (X, Y), a shape complementary to the shape of the second lateral edge , characterized in that the first lateral edge comprises a first portion extending from the upstream edge or the downstream edge , and a second portion externally protruding along the third direction (Y) at an acute angle ( α, α 1 , α 2 ) with the first portion , and the second lateral edge comprises a shape complementary to that of the first lateral edge to cooperate by nesting with a first lateral edge of a blade identical to said blade .
Electronic monitoring system for a hydrostatic travel drive which has an operating element, by means of which a standstill signal or a no-drive signal can be transmitted to an electronic control unit of the monitoring system, and which has a hydrostatic pump and a hydrostatic motor , wherein the monitoring system has a revolution rate sensor (18 M ) for detecting a motor revolution rate (n M ), characterized in that an acceleration (a) of the motor can be determined from the motor revolution rate (n M ) by means of the control unit , and in that the monitoring system has a first pressure sensor (16 A ), by means of which a first pressure (p A ) of a first working line (4 A ) of the travel drive can be transmitted to the control unit , whereby a drive state and/or a no-drive state of the travel drive can be determined.
System for taking up and applying a cosmetic composition (P), notably a makeup composition, notably in the form of a transferable printed film, onto a surface (Z) of the skin or the lips to be treated, having a predefined shape, the system including: - at least one support having a receiving surface which can take at least one incurved application configuration roughly matching the profile of the surface to be treated (Z), and - a deformable application member mounted on the receiving surface of the support, having a first take-up and application surface and a second surface , opposite the first, which serves for attaching to the receiving surface of the support, the application member having, between the first and second surfaces, an adaptation layer of variable thickness (e), the shape of which is chosen so that the relief of the first surface of the application member , when the support is in the application configuration, corresponds more finely to that of the surface to be treated (Z) than that of the receiving surface of the support . - at least one support having a receiving surface which can take at least one incurved application configuration roughly matching the profile of the surface to be treated (Z), and - a deformable application member mounted on the receiving surface of the support, having a first take-up and application surface and a second surface , opposite the first, which serves for attaching to the receiving surface of the support, the application member having, between the first and second surfaces, an adaptation layer of variable thickness (e), the shape of which is chosen so that the relief of the first surface of the application member , when the support is in the application configuration, corresponds more finely to that of the surface to be treated (Z) than that of the receiving surface of the support .
A stick fastening system for a sliding canopy in a pergola type structure, for fastening the sticks of the canopy to beams of the structure , said stick fastening system comprising: - at least at each end of each one of the sticks a runner which is insertable in a guide arranged in at least one of the beams to slide said runner along the beam by means of a belt , - at least one runner exhibiting, under sliding elements , a stud for the coupling thereof to the stick and fastening means of the belt , - at least one support piece , at least partially inserted in the stick for the fastening thereof in the runner , said piece exhibiting at least one hole to receive the stud and a housing located under said hole, characterised in : - said stub with a rib for the coupling thereof to the stick , and - a clip as an independent element of the support piece , arranged in the housing of said support piece , to receive the stud of the runner and ensure the fastening of said support piece to said runner by means of the insertion of the rib in the clip . - at least at each end of each one of the sticks a runner which is insertable in a guide arranged in at least one of the beams to slide said runner along the beam by means of a belt , - at least one runner exhibiting, under sliding elements , a stud for the coupling thereof to the stick and fastening means of the belt , - at least one support piece , at least partially inserted in the stick for the fastening thereof in the runner , said piece exhibiting at least one hole to receive the stud and a housing located under said hole, - at least one runner exhibiting, under sliding elements , a stud for the coupling thereof to the stick and fastening means of the belt , - at least one support piece , at least partially inserted in the stick for the fastening thereof in the runner , said piece exhibiting at least one hole to receive the stud and a housing located under said hole, - said stub with a rib for the coupling thereof to the stick , and - a clip as an independent element of the support piece , arranged in the housing of said support piece , to receive the stud of the runner and ensure the fastening of said support piece to said runner by means of the insertion of the rib in the clip . - a clip as an independent element of the support piece , arranged in the housing of said support piece , to receive the stud of the runner and ensure the fastening of said support piece to said runner by means of the insertion of the rib in the clip .
A system for measuring the state of degradation of cooking oil comprising: a cooking appliance comprising a fryer pot ; a vat with a receiving space configured for receipt of cooking oil, the vat remote from the cooking appliance used to cook food product with cooking oil, wherein the vat is movable with respect to the cooking appliance ; a pump in fluid communication with the vat , the pump taking suction from the receiving space; a sensor disposed within the vat and adapted to measure an electrical property that is indicative of the quality of the cooking oil within the vat ; and a controller , characterized in that : the system further comprises a second sensor , the second sensor being rigidly mounted upon the fryer pot and being configured interact with oil disposed within the cooking appliance , wherein the second sensor is adapted to measure the electrical property of the cooking oil within the fryer pot that is indicative of the quality of the cooking oil, wherein the second sensor is configured to send a signal to the controller that is representative of the measurement of the electrical property of the cooking oil within the fryer pot by the second sensor , and the controller is configured to compare the measurement of the second sensor with a measurement of the electrical property of the cooking oil within the vat received from the sensor , and the controller is configured to modify a calibration of the sensor based upon a determined difference between the measurement by the sensor and the measurement by the second sensor . a cooking appliance comprising a fryer pot ; a vat with a receiving space configured for receipt of cooking oil, the vat remote from the cooking appliance used to cook food product with cooking oil, wherein the vat is movable with respect to the cooking appliance ; a pump in fluid communication with the vat , the pump taking suction from the receiving space; a sensor disposed within the vat and adapted to measure an electrical property that is indicative of the quality of the cooking oil within the vat ; and a controller , characterized in that : the system further comprises a second sensor , the second sensor being rigidly mounted upon the fryer pot and being configured interact with oil disposed within the cooking appliance , wherein the second sensor is adapted to measure the electrical property of the cooking oil within the fryer pot that is indicative of the quality of the cooking oil, wherein the second sensor is configured to send a signal to the controller that is representative of the measurement of the electrical property of the cooking oil within the fryer pot by the second sensor , and the controller is configured to compare the measurement of the second sensor with a measurement of the electrical property of the cooking oil within the vat received from the sensor , and the controller is configured to modify a calibration of the sensor based upon a determined difference between the measurement by the sensor and the measurement by the second sensor .