mhurhangee/patent-ind-claim-en huggingface dataset:
A method of verifying a request for service in a communication network, the method characterized by : receiving (S1), at a service node , a secret sent from a trusted authentication node ; receiving (S2), at a requesting node , a token (T) and an identifier for the requesting node , from the trusted authentication node , wherein the token (T) is derived using the identifier for the requesting node and the secret; computing, at the requesting node , a message authentication code, MAC, using the token (T) and a freshness parameter, wherein the freshness parameter is selected for each request from one of a time stamp and a counter, and is synchronized between the requesting node and the service node ; receiving (S3), at the service node , from the requesting node , the request for service, the request comprising at least the identifier for the requesting node and the MAC; deriving (S4), at the service node , another token (T') using the identifier for the requesting node and the secret; verifying (S5), at the service node , using the freshness parameter and the other token (T'), the received request for service; and if the verification succeeds allowing (S6) the request for further processing, and otherwise refusing (S7) the request. receiving (S1), at a service node , a secret sent from a trusted authentication node ; receiving (S2), at a requesting node , a token (T) and an identifier for the requesting node , from the trusted authentication node , wherein the token (T) is derived using the identifier for the requesting node and the secret; computing, at the requesting node , a message authentication code, MAC, using the token (T) and a freshness parameter, wherein the freshness parameter is selected for each request from one of a time stamp and a counter, and is synchronized between the requesting node and the service node ; receiving (S3), at the service node , from the requesting node , the request for service, the request comprising at least the identifier for the requesting node and the MAC; deriving (S4), at the service node , another token (T') using the identifier for the requesting node and the secret; verifying (S5), at the service node , using the freshness parameter and the other token (T'), the received request for service; and if the verification succeeds allowing (S6) the request for further processing, and otherwise refusing (S7) the request.
A method for aborting a command in a Peripheral Component Interconnect express - PCIe based Non-Volatile Memory express - NVME Solid-State Drive - SSD the method comprising: receiving, by a host, an abort command in an Admin submission queue of the host to abort a target command present in an Input/Output - I/O submission queue of the host or in an I/O queue of the NVMe SSD, wherein the abort command comprises slot information of the target command to be aborted; updating, by the host, a tail doorbell of NVMe doorbell registers of the NVMe SSD after receiving the abort command in the Admin submission queue; placing, by the NVMe SSD, the abort command into an Admin queue of the NVMe SSD after updating the tail doorbell of the NVMe doorbell registers by the host; executing, by the NVMe SSD, the abort command using the slot information of the target command to be aborted by updating an I/O completion queue of the host with the target command to be aborted; updating, by the host, a head doorbell of the doorbell registers of the NVMe SSD after completing execution of the abort command by the NVMe SSD; and updating, by the NVMe SSD, a response for the abort command in an Admin completion queue of the host upon completion of aborting of the target command in the NVMe SSD. receiving, by a host, an abort command in an Admin submission queue of the host to abort a target command present in an Input/Output - I/O submission queue of the host or in an I/O queue of the NVMe SSD, wherein the abort command comprises slot information of the target command to be aborted; updating, by the host, a tail doorbell of NVMe doorbell registers of the NVMe SSD after receiving the abort command in the Admin submission queue; placing, by the NVMe SSD, the abort command into an Admin queue of the NVMe SSD after updating the tail doorbell of the NVMe doorbell registers by the host; executing, by the NVMe SSD, the abort command using the slot information of the target command to be aborted by updating an I/O completion queue of the host with the target command to be aborted; updating, by the host, a head doorbell of the doorbell registers of the NVMe SSD after completing execution of the abort command by the NVMe SSD; and updating, by the NVMe SSD, a response for the abort command in an Admin completion queue of the host upon completion of aborting of the target command in the NVMe SSD.
A method of measuring the accuracy of a model of a patient generated by a patient modelling system operable to generate a model of a patient on the basis of images of patterns of light projected onto the surface of a patient, the method comprising: generating a simulated image of a surface of a patient onto which a pattern of light is projected by texture rendering a model of a surface of a patient; processing the simulated image to generate a model of the surface of a patient; and comparing the generated model of the surface of a patient with the model of the surface of the patient utilized to generate the simulated image; and identifying portions of the simulated image corresponding to more accurate portions of a generated model and utilizing the identified portions to monitor the positioning of a patient. generating a simulated image of a surface of a patient onto which a pattern of light is projected by texture rendering a model of a surface of a patient; processing the simulated image to generate a model of the surface of a patient; and comparing the generated model of the surface of a patient with the model of the surface of the patient utilized to generate the simulated image; and identifying portions of the simulated image corresponding to more accurate portions of a generated model and utilizing the identified portions to monitor the positioning of a patient.
Method of radiography of an organ of a patient, comprising: - a first vertical scanning of said organ by a first radiation source and a first detector cooperating to make a first two dimensional image of said organ, - a second vertical scanning of said organ by a second radiation source and a second detector cooperating to make a second two dimensional image of said organ, - said first vertical scanning and said second vertical scanning being performed synchronously, - said first and second images viewing said organ of said patient according to different angles of incidence, wherein there is a vertical gap (h) between on the one hand said first source and detector and on the other hand said second source and detector , such that said first vertical scanning and said second vertical scanning are performed synchronously but with a time shift in between, so as to reduce cross-scattering between said first and second images. - a first vertical scanning of said organ by a first radiation source and a first detector cooperating to make a first two dimensional image of said organ, - a second vertical scanning of said organ by a second radiation source and a second detector cooperating to make a second two dimensional image of said organ, - said first vertical scanning and said second vertical scanning being performed synchronously, - said first and second images viewing said organ of said patient according to different angles of incidence,
A wireless power transfer system comprising: an induction heating cooking apparatus including a heating coil configured to produce a high-frequency magnetic field; a power reception device including a power reception coil configured to receive power from the heating coil ; a first communication device provided on the power reception device , and configured to transmit a communication signal; a second communication device provided above the induction heating cooking apparatus , and configured to receive the communication signal from the first communication device ; and a notification unit configured to indicate whether the power reception coil is located within a predetermined region that is set in advance with respect to the heating coil , when the second communication device receives the communication signal from the first communication device . an induction heating cooking apparatus including a heating coil configured to produce a high-frequency magnetic field; a power reception device including a power reception coil configured to receive power from the heating coil ; a first communication device provided on the power reception device , and configured to transmit a communication signal; a second communication device provided above the induction heating cooking apparatus , and configured to receive the communication signal from the first communication device ; and a notification unit configured to indicate whether the power reception coil is located within a predetermined region that is set in advance with respect to the heating coil , when the second communication device receives the communication signal from the first communication device .
A method for transmitting, by a base station, BS, system information in a wireless communication system, the method comprising: receiving (S910), from a user equipment, UE, a random access preamble for requesting system information; transmitting (S920), to the UE, a random access response, RAR, message including a medium access control, MAC, subheader, wherein the MAC subheader includes a random access preamble identifier, RAPID, related to the random access preamble, and wherein the RAR message may or may not include MAC RAR related to the RAPID; characterized in that : based on the RAR message including no MAC RAR related to the RAPID, transmitting (S940), to the UE, the system information requested by the random access preamble without receiving a further random access message from the UE in response to the RAR message, wherein a random access procedure is completed based on the RAR message including no MAC RAR related to the RAPID. receiving (S910), from a user equipment, UE, a random access preamble for requesting system information; transmitting (S920), to the UE, a random access response, RAR, message including a medium access control, MAC, subheader, wherein the MAC subheader includes a random access preamble identifier, RAPID, related to the random access preamble, and wherein the RAR message may or may not include MAC RAR related to the RAPID; characterized in that : based on the RAR message including no MAC RAR related to the RAPID, transmitting (S940), to the UE, the system information requested by the random access preamble without receiving a further random access message from the UE in response to the RAR message, wherein a random access procedure is completed based on the RAR message including no MAC RAR related to the RAPID. based on the RAR message including no MAC RAR related to the RAPID, transmitting (S940), to the UE, the system information requested by the random access preamble without receiving a further random access message from the UE in response to the RAR message, wherein a random access procedure is completed based on the RAR message including no MAC RAR related to the RAPID.
Screen device comprising a plurality of beams , which in the mounted state of the screen device are mutually coupled with the aid of fastening means , whereby these fastening means : - comprise a first coupling piece , which i. comprises a first mounting cavity for the fitting herein of a first part of a first said beam ; ii. and comprises a second mounting cavity for the fitting herein of a first part of a second said beam ; characterized in that these fastening means also - comprise a second coupling piece , which i. comprises a first mounting cavity for the fitting herein of a second part of the first beam , which extends opposite the said first part of the first beam ; ii. and comprises a second mounting cavity for the fitting herein of a second part of the second beam , which extends opposite the said first part of the second beam . - comprise a first coupling piece , which i. comprises a first mounting cavity for the fitting herein of a first part of a first said beam ; ii. and comprises a second mounting cavity for the fitting herein of a first part of a second said beam ; characterized in that these fastening means also i. comprises a first mounting cavity for the fitting herein of a first part of a first said beam ; ii. and comprises a second mounting cavity for the fitting herein of a first part of a second said beam ; - comprise a second coupling piece , which i. comprises a first mounting cavity for the fitting herein of a second part of the first beam , which extends opposite the said first part of the first beam ; ii. and comprises a second mounting cavity for the fitting herein of a second part of the second beam , which extends opposite the said first part of the second beam . i. comprises a first mounting cavity for the fitting herein of a second part of the first beam , which extends opposite the said first part of the first beam ; ii. and comprises a second mounting cavity for the fitting herein of a second part of the second beam , which extends opposite the said first part of the second beam .
Pharmaceutical solution comprising T4 thyroid hormone in water-glycerol solution, said pharmaceutical solution being free from alkanols with molecular weight less than 80 Daltons, for use in the treatment or prevention of a disease associated with deficiency of one or more thyroid hormones in a patient in need thereof, characterized in that said solution is administered within a temporal distance of less than 30 minutes from the closest meal consumed by the patient.
A car snow brush comprising: an elongated handle with a gripping area , and bristles protruding from the elongated handle , the bristles consisting of elongated and flat strips , which are manufactured of a plastic material, and are arranged in at least two rows such that inner larger side surfaces of the strips in a first row face inner larger side surfaces of the strips in a second row , characterized in that the at least two rows are separated from each other by a gap which is larger (D) than the thickness (d) of the strips . an elongated handle with a gripping area , and bristles protruding from the elongated handle , the bristles consisting of elongated and flat strips , which are manufactured of a plastic material, and are arranged in at least two rows such that inner larger side surfaces of the strips in a first row face inner larger side surfaces of the strips in a second row , characterized in that the at least two rows are separated from each other by a gap which is larger (D) than the thickness (d) of the strips .
A liquid laundry detergent composition comprising from 2 to 30% wt. methyl ester ethoxylate (MEE) and from 0.01 to 10% wt. fragrance, wherein said MEE comprises C18 alkyl and wherein the fragrance comprises a fragrance component selected from manzanate, benzyl acetate, dihydromyrcenol, n-hexyl salicylate and mixtures thereof.
A system, comprising: an identification component configured to identify physical dimensions of a first entity and physical locations of one or more second entities relative to the first entity ; a geofence component configured to generate multiple concentric geofences of different radii for the first entity based on the physical dimensions and locations and to assign an outer geofence of the concentric geofences to the first entity and one respective geofence to each of the second entities in order of their respective distance from the center of the first entity , wherein an innermost geofence of the concentric geofences has a radius corresponding to the outer dimensions of the first entity , said innermost geofence centering at the center of the first entity ; and an evaluation component configured to manage, responsive to a user device intersecting one of the multiple geofences , triggering of the intersected one of the multiple geofences , wherein a notice corresponding to the triggered geofence is sent to the user device . an identification component configured to identify physical dimensions of a first entity and physical locations of one or more second entities relative to the first entity ; a geofence component configured to generate multiple concentric geofences of different radii for the first entity based on the physical dimensions and locations and to assign an outer geofence of the concentric geofences to the first entity and one respective geofence to each of the second entities in order of their respective distance from the center of the first entity , wherein an innermost geofence of the concentric geofences has a radius corresponding to the outer dimensions of the first entity , said innermost geofence centering at the center of the first entity ; and an evaluation component configured to manage, responsive to a user device intersecting one of the multiple geofences , triggering of the intersected one of the multiple geofences , wherein a notice corresponding to the triggered geofence is sent to the user device .
A communication method, comprising: obtaining first fault information by using a first port, wherein the first port is a first-type port , the first-type port transmits information according to a standard Ethernet protocol, the first fault information is first-type fault information, and the first-type fault information comprises at least one of local fault information and remote fault information; and sending second fault information based on the first fault information by using a second port , wherein the second port is a second-type port, the second-type port transmits information according to a flexible Ethernet protocol, the second fault information is second-type fault information, and the second-type fault information is used to indicate that a link corresponding to the standard Ethernet protocol is faulty. obtaining first fault information by using a first port, wherein the first port is a first-type port , the first-type port transmits information according to a standard Ethernet protocol, the first fault information is first-type fault information, and the first-type fault information comprises at least one of local fault information and remote fault information; and sending second fault information based on the first fault information by using a second port , wherein the second port is a second-type port, the second-type port transmits information according to a flexible Ethernet protocol, the second fault information is second-type fault information, and the second-type fault information is used to indicate that a link corresponding to the standard Ethernet protocol is faulty.
An patient specific anatomical kidney phantom simulator comprising: - a housing filled with the surrounding material replicating soft tissue of a patient, and covered with a covering material having properties corresponding to the patient skin, - an anatomical kidney phantom corresponding to the patient kidney placed into the surrounding material and having a number of cavities simulating kidney calyxes, where each of the cavities is separated from one another, characterised by that comprises further - outer reservoirs wherein each outer reservoir (61-66) is filled with a corresponding liquid of a different colour or x-ray opaque contrast liquid in the anatomical kidney phantom of the patient and each of the outer reservoirs is - separated from one another and fixed to the housing of the anatomical kidney phantom simulator, - channels in the surrounding material for connecting the cavities with the outer reservoirs for introducing different colour-or x-ray opaque contrast liquids from outer reservoirs into the cavities simulating the kidney calyxes of the patient, - connecting pipes for connecting the channels with the outer reservoirs where each outer reservoir is connected by corresponding pipe and channel only to one cavity simulating a kidney calyx - wherein the cavities (51-56) simulating kidney calyxes are formed from air balloons with diameter 5 to 7 mm which are placed into the mold before casting the anatomical kidney phantom and removed after casting. - a housing filled with the surrounding material replicating soft tissue of a patient, and covered with a covering material having properties corresponding to the patient skin, - an anatomical kidney phantom corresponding to the patient kidney placed into the surrounding material and having a number of cavities simulating kidney calyxes, where each of the cavities is separated from one another, characterised by that comprises further - outer reservoirs wherein each outer reservoir (61-66) is filled with a corresponding liquid of a different colour or x-ray opaque contrast liquid in the anatomical kidney phantom of the patient and each of the outer reservoirs is - separated from one another and fixed to the housing of the anatomical kidney phantom simulator, - channels in the surrounding material for connecting the cavities with the outer reservoirs for introducing different colour-or x-ray opaque contrast liquids from outer reservoirs into the cavities simulating the kidney calyxes of the patient, - connecting pipes for connecting the channels with the outer reservoirs where each outer reservoir is connected by corresponding pipe and channel only to one cavity simulating a kidney calyx - wherein the cavities (51-56) simulating kidney calyxes are formed from air balloons with diameter 5 to 7 mm which are placed into the mold before casting the anatomical kidney phantom and removed after casting.
Lining tube constructed from at least three tube layers , in particular for the rehabilitation of fluid-carrying systems, comprising a) at least one inner tube layer , b) at least one middle tube layer , which exhibits a seamless fabric formed from warp threads and weft threads , the warp threads running in the longitudinal direction and the weft threads running in the circumferential direction of the lining tube , and c) at least one outer tube layer , characterized in that the weft threads exhibit a greater elasticity than the warp threads . a) at least one inner tube layer , b) at least one middle tube layer , which exhibits a seamless fabric formed from warp threads and weft threads , the warp threads running in the longitudinal direction and the weft threads running in the circumferential direction of the lining tube , and c) at least one outer tube layer ,
A method of preparing an aerogel composite, the method comprising: providing a fibrous material (1-1, 2-1) including at least one of inorganic fibers and organic fibers; wetting the fibrous material; charging the wetted fibrous material into a vessel (3-3, 4-3, 5-3); impregnating the fibrous material with a precursor (3-1, 4-1, 5-1) by injecting the precursor into the vessel after reducing a pressure in the vessel; preparing a gel-fiber composite by gelation of the precursor; substituting a solvent included in a gel of the gel-fiber composite and organically modifying an inner surface of the gel; and drying the gel-fiber composite. providing a fibrous material (1-1, 2-1) including at least one of inorganic fibers and organic fibers; wetting the fibrous material; charging the wetted fibrous material into a vessel (3-3, 4-3, 5-3); impregnating the fibrous material with a precursor (3-1, 4-1, 5-1) by injecting the precursor into the vessel after reducing a pressure in the vessel; preparing a gel-fiber composite by gelation of the precursor; substituting a solvent included in a gel of the gel-fiber composite and organically modifying an inner surface of the gel; and drying the gel-fiber composite.