mhurhangee/ep-ind-claims huggingface dataset:
A method for controlling a functional component of a motor vehicle by means of a medical implant of a user of the motor vehicle, comprising: transmitting a signal comprising authentication information and state information from the medical implant to a control device of the motor vehicle; receiving the signal; determining a validity or invalidity of the received signal based on the authentication information; providing a control command, in case of a determined validity, to the functional component of the motor vehicle in response to state information indicating a critical state of health of the user, characterized in that the authentication information allows an origin of the signal to be traced in a temporally unique manner. transmitting a signal comprising authentication information and state information from the medical implant to a control device of the motor vehicle; receiving the signal; determining a validity or invalidity of the received signal based on the authentication information; providing a control command, in case of a determined validity, to the functional component of the motor vehicle in response to state information indicating a critical state of health of the user, characterized in that the authentication information allows an origin of the signal to be traced in a temporally unique manner.
A method for a Component Carrier, CC, deactivation timer in a wireless communication system, comprising: receiving a first Medium Access Control, MAC, Control Element, CE, for CC Management to activate a first Secondary, CC, SCC, that has been already activated by using a second MAC CE for CC Management; and restarting a deactivation timer for the first SCC upon receiving the first MAC CE for CC Management. receiving a first Medium Access Control, MAC, Control Element, CE, for CC Management to activate a first Secondary, CC, SCC, that has been already activated by using a second MAC CE for CC Management; and restarting a deactivation timer for the first SCC upon receiving the first MAC CE for CC Management.
An autoclave molding apparatus for use in molding a composite material composed of a fibrous base material and a matrix and sealed together with a molding tool in a vacuum bag, using steam for heating and compressing the composite material, characterized by a condensed water holder configured to hold condensed water generated during the heating is mounted on at least a portion of the vacuum bag or at least a portion of the molding tool, or the condensed water holders are mounted on at least a portion of the vacuum bag and at least a portion of the molding tool.
Height rescue apparatus having a fall arrest function and a lowering function, comprising a load element releasably held in a first position relative to a bracket, said bracket being for attachment in use to a harness, a safety line having one end attached to the load element, the other end of the safety line in use being attached to a secure anchorage, a flexible elongate element being secured at one end to the load element and at the other end to at least one speed control means, the flexible elongate element being organised within a housing which is secured relative to the bracket, and release means for releasing the load element from said first position, such that when the load element is released the bracket is able to move relative to the load element at a controllable speed so as to provide a controlled speed of descent, wherein the elongate element is coiled on a rotatable drum and the portion of the elongate element extending from the load element and extending around the drum for a number of turns has greater strength than the remainder of the elongate element coiled on the drum.
A computer system for forwarding packets in a Content Centric Network, the system comprising: a processor; and a storage device storing instructions that when executed by the processor cause a content producing device (118, 122) to perform a method, the method comprising: receiving, by the content producing device (118, 122), a packet that corresponds to a first interest (130, 134), wherein an encoded name for the interest indicates a plurality of qualifiers for acceptable encoding formats of requested content, and wherein the encoded name is a hierarchically structured variable length identifier which comprises contiguous name components; and generating a first content object (132, 136) that satisfies one of the indicated plurality of qualifiers, wherein a name for the first content object is the encoded name, and wherein the first content object indicates data and a content type corresponding to the satisfied qualifier, transmitting the first content object to a requesting client. a processor; and a storage device storing instructions that when executed by the processor cause a content producing device (118, 122) to perform a method, the method comprising: receiving, by the content producing device (118, 122), a packet that corresponds to a first interest (130, 134), wherein an encoded name for the interest indicates a plurality of qualifiers for acceptable encoding formats of requested content, and wherein the encoded name is a hierarchically structured variable length identifier which comprises contiguous name components; and generating a first content object (132, 136) that satisfies one of the indicated plurality of qualifiers, wherein a name for the first content object is the encoded name, and wherein the first content object indicates data and a content type corresponding to the satisfied qualifier, transmitting the first content object to a requesting client. receiving, by the content producing device (118, 122), a packet that corresponds to a first interest (130, 134), wherein an encoded name for the interest indicates a plurality of qualifiers for acceptable encoding formats of requested content, and wherein the encoded name is a hierarchically structured variable length identifier which comprises contiguous name components; and generating a first content object (132, 136) that satisfies one of the indicated plurality of qualifiers, wherein a name for the first content object is the encoded name, and wherein the first content object indicates data and a content type corresponding to the satisfied qualifier, transmitting the first content object to a requesting client.
A device for an electronic aerosol provision system, wherein the device comprises a housing, said housing being formed of a chassis section and a hatch section, wherein the hatch section is connected to the chassis section and moveable between a first position where the chassis section and hatch section together define an enclosed space for an aerosol forming component to be located for aerosol generation, and a second position wherein the chassis section and hatch section are spaced so as to provide access to the space wherein moving the hatch section from the first position to the second position includes the hatch section undergoing more than one of pivoting, rotating, sliding, swivelling with respect to the chassis housing wherein the hatch section includes a sleeve for receiving the aerosol forming component.
A streamer for seismic prospection comprising directional sensors, such as geophones or accelerometers, distributed along the streamer, said streamer comprising: - at least two tilt sensors (30, 40) located in remote positions and in locations distant from the directional sensors;and - means configured for determining the effective orientation of each directional sensor by interpolating along the streamer the tilt detected by the two tilt sensors (30, 40); characterized in that said streamer further comprises auxiliary means configured for determining the orientation of a first wavefield received on a directional sensor and which determine the effective orientation of each directional sensor from the orientation of this first wavefield; wherein the orientation of the directional sensor, resulting from the interpolation along the streamer of the tilt detected by the two tilt sensors (30, 40), is corrected when the theoretical value obtained with interpolation of the relative orientation between two tilt sensors (30, 40) differs from the value estimated by the orientation of the first wavefield. - at least two tilt sensors (30, 40) located in remote positions and in locations distant from the directional sensors;and - means configured for determining the effective orientation of each directional sensor by interpolating along the streamer the tilt detected by the two tilt sensors (30, 40);
A power and signal distribution system for subsea production trees, the system characterised by comprising: a monitoring and supply device for transmitting at least one of data and signals; a converter unit connected with the monitoring and supply device for receiving the data/signals, the converter unit further including a connection for receiving a voltage; and a plurality of control units (3 to 10) connected with the converter unit for receiving voltage and the data/signals, each control unit (3 to 10) associated with one of the subsea production trees for providing control of the production trees based on the received data/signals. a monitoring and supply device for transmitting at least one of data and signals; a converter unit connected with the monitoring and supply device for receiving the data/signals, the converter unit further including a connection for receiving a voltage; and a plurality of control units (3 to 10) connected with the converter unit for receiving voltage and the data/signals, each control unit (3 to 10) associated with one of the subsea production trees for providing control of the production trees based on the received data/signals.
A method of fabricating a thermostructural composite material part, the method comprising making a fiber preform formed of yarns or tows, consolidating the fiber preform in its shape, and then densifying the consolidated fiber preform by chemical vapor infiltration, the consolidation being performed by impregnating the yarns or tows of the fiber preform with a consolidating composition containing a carbon- or ceramic-precursor and by transforming the carbon- or ceramic-precursor by pyrolysis, the method being characterized in that a consolidating composition is used that further contains refractory solid fillers in the form of a powder of mean grain size less than 200 nanometers and that leaves, after pyrolysis, a consolidating solid phase in which the carbon or ceramic derived from the precursor occupies a volume representing 3% to 10% of the apparent volume of the preform and the solid fillers occupy a volume representing 0.5% to 5% of the apparent volume of the preform.
Transmitting/receiving device (12; 120) for a subscriber station (10; 100; 1000) of a serial bus system, having a receiver for serially receiving a message from a bus of the bus system, an evaluation block for evaluating whether the received message is intended for the subscriber station (10; 100; 1000) and for evaluating whether either data in the received message therefore need to be received by the subscriber station (10; 100; 1000) or whether data in a message from the subscriber station (10; 100; 1000) need to be inserted into the received message and transmitted onto the bus by the transmitting/receiving device (12; 120), and a first connection (CRx; CTx) for serially outputting a signal to a communication interface of the subscriber station (10; 100; 1000) for the subscriber station (10; 100; 1000) on the basis of the evaluation by the evaluation block, wherein the evaluation block is configured to always output a signal edge of the signal at the first connection (CRx; CTx) if the evaluation by the evaluation block reveals that the received message is intended for the subscriber station (10; 100; 1000) and a data bit is currently present in the data in the received message or a data bit of the data in the message from the subscriber station (10; 100; 1000) needs to be inserted into the received message by the transmitting/receiving device (12; 120). a receiver for serially receiving a message from a bus of the bus system, an evaluation block for evaluating whether the received message is intended for the subscriber station (10; 100; 1000) and for evaluating whether either data in the received message therefore need to be received by the subscriber station (10; 100; 1000) or whether data in a message from the subscriber station (10; 100; 1000) need to be inserted into the received message and transmitted onto the bus by the transmitting/receiving device (12; 120), and a first connection (CRx; CTx) for serially outputting a signal to a communication interface of the subscriber station (10; 100; 1000) for the subscriber station (10; 100; 1000) on the basis of the evaluation by the evaluation block, wherein the evaluation block is configured to always output a signal edge of the signal at the first connection (CRx; CTx) if the evaluation by the evaluation block reveals that the received message is intended for the subscriber station (10; 100; 1000) and a data bit is currently present in the data in the received message or a data bit of the data in the message from the subscriber station (10; 100; 1000) needs to be inserted into the received message by the transmitting/receiving device (12; 120).
Connecting anchor for multilayer concrete slabs, wherein the connecting anchor comprises a plate which has a first longitudinal side to be arranged in a first concrete layer and a second longitudinal side to be arranged in a second concrete layer, and also has a first transverse side and a second transverse side, which each connect the first longitudinal side to the second longitudinal side, wherein, adjacent to at least one longitudinal side (5, 6), the plate has an end section (19, 20) in which the plate is bent out of the plate plane of the plate in a first bending direction at a first bending point and, at a second bending point, is bent in a second bending direction which runs in the opposite direction to the first bending direction, characterized in that in the at least one end section (19, 20), the plate has a wavy profile, which is formed by a plurality of bending points (21, 22, 23, 24). wherein, adjacent to at least one longitudinal side (5, 6), the plate has an end section (19, 20) in which the plate is bent out of the plate plane of the plate in a first bending direction at a first bending point and, at a second bending point, is bent in a second bending direction which runs in the opposite direction to the first bending direction, characterized in that in the at least one end section (19, 20), the plate has a wavy profile, which is formed by a plurality of bending points (21, 22, 23, 24).
A method for user registration by means of a wake-up voice, which is applied to an electronic device, characterized in that the method comprises: after obtaining a wake-up voice of a user each time, extracting and storing (S 110) a first voiceprint feature corresponding to the wake-up voice; calculating a similarity between every two of the stored first voiceprint features by a clustering algorithm; and categorizing all of the first voiceprint features into at least one category based on the calculated similarities wherein a similarity threshold is preset, and two stored first voiceprint features whose similarity is higher than the similarity threshold are the same category, and two stored first voiceprint features whose similarity is lower than the similarity threshold are different categories, wherein, each of the at least one category comprises at least one first voiceprint feature, which belongs to the same user; assigning one category identifier to each of the at least one category, wherein one user corresponds to one category identifier; and storing each category identifier in correspondence to at least one first voiceprint feature corresponding to this category identifier to complete user invisible registration. after obtaining a wake-up voice of a user each time, extracting and storing (S 110) a first voiceprint feature corresponding to the wake-up voice; calculating a similarity between every two of the stored first voiceprint features by a clustering algorithm; and categorizing all of the first voiceprint features into at least one category based on the calculated similarities wherein a similarity threshold is preset, and two stored first voiceprint features whose similarity is higher than the similarity threshold are the same category, and two stored first voiceprint features whose similarity is lower than the similarity threshold are different categories, wherein, each of the at least one category comprises at least one first voiceprint feature, which belongs to the same user; assigning one category identifier to each of the at least one category, wherein one user corresponds to one category identifier; and storing each category identifier in correspondence to at least one first voiceprint feature corresponding to this category identifier to complete user invisible registration.
A polar code processing method, comprising: obtaining, based on a target coded bit quantity M and preset first mapping relationship information, a first sequence number set of M uncoded bits that is corresponding to the target coded bit quantity M, wherein the first mapping relationship information indicates a one-to-one correspondence between a plurality of coded bit quantities and a plurality of uncoded bit sequence number sets, the M uncoded bits comprise K information bits, wherein M≥K, M=2 n, and n and K are positive integers; selecting, from the first sequence number set of the M uncoded bits according to a preset first selection rule, K sequence numbers as a sequence number set of the K information bits, wherein the K sequence numbers are used to represent positions of the K information bits in the M uncoded bits; performing encoding the M uncoded bits comprising the K information bits into M target coded bits using polar encoding according to the obtained first sequence number set of the M uncoded bits and according to the selected K sequence numbers; and transmitting N bits on an actual channel according to the M target coded bits, wherein N is a positive integer. obtaining, based on a target coded bit quantity M and preset first mapping relationship information, a first sequence number set of M uncoded bits that is corresponding to the target coded bit quantity M, wherein the first mapping relationship information indicates a one-to-one correspondence between a plurality of coded bit quantities and a plurality of uncoded bit sequence number sets, the M uncoded bits comprise K information bits, wherein M≥K, M=2 n, and n and K are positive integers; selecting, from the first sequence number set of the M uncoded bits according to a preset first selection rule, K sequence numbers as a sequence number set of the K information bits, wherein the K sequence numbers are used to represent positions of the K information bits in the M uncoded bits; performing encoding the M uncoded bits comprising the K information bits into M target coded bits using polar encoding according to the obtained first sequence number set of the M uncoded bits and according to the selected K sequence numbers; and transmitting N bits on an actual channel according to the M target coded bits, wherein N is a positive integer.
A method for triggering an exothermic reaction of an exothermic reaction component, the method characterized by the steps of: mixing the exothermic reaction component in an aqueous solution to achieve a pre-selected solution pH wherein the pre-selected solution pH is between 10 and 14, wherein the exothermic reaction component in the aqueous solution having the pre-selected solution pH does not react upon reaching a pre-determined temperature of a hydrocarbon-bearing formation, wherein the exothermic reaction component comprises an ammonium containing compound and a nitrite containing compound; disposing the exothermic reaction component within the hydrocarbon-bearing formation; applying microwaves to the exothermic reaction component, where the microwaves trigger the exothermic reaction of the exothermic reaction component; and generating heat and gas in situ by the exothermic reaction to increase pressure and temperature of the hydrocarbon-bearing formation proximate the exothermic reaction component. mixing the exothermic reaction component in an aqueous solution to achieve a pre-selected solution pH wherein the pre-selected solution pH is between 10 and 14, wherein the exothermic reaction component in the aqueous solution having the pre-selected solution pH does not react upon reaching a pre-determined temperature of a hydrocarbon-bearing formation, wherein the exothermic reaction component comprises an ammonium containing compound and a nitrite containing compound; disposing the exothermic reaction component within the hydrocarbon-bearing formation; applying microwaves to the exothermic reaction component, where the microwaves trigger the exothermic reaction of the exothermic reaction component; and generating heat and gas in situ by the exothermic reaction to increase pressure and temperature of the hydrocarbon-bearing formation proximate the exothermic reaction component.
A method for coating a part for an axially rotating machine with an erosion resilience and coating, the method including the steps of: - providing a part of an axially rotating machine; - coating the part with a coating comprising a metal matrix with a polysiloxane filler distributed throughout a thickness of the metal matrix; and - stoving the filler to as to change the temperature resistance of the polysiloxane filler. - providing a part of an axially rotating machine; - coating the part with a coating comprising a metal matrix with a polysiloxane filler distributed throughout a thickness of the metal matrix; and - stoving the filler to as to change the temperature resistance of the polysiloxane filler.
A use of a saturated amine compound having a chemical formula represented by formula I in the manufacture of peripheral blood hematopoietic stem cell mobilizing agents for hematopoietic stem cell transplantation: Wherein, R1 = H, CH 3 or CH 2 CH 3, and R2 = H, CH 3, or CH 2 CH 3.
A method for producing orange juice by only one membrane filtering, comprising: - cooling raw orange juice, - ultrafiltrating the cooled raw orange juice to produce a permeate and a retentate by a ceramic type ultrafilter having a membrane with a pore size of 19-21 nm and a channel size of 3.5-4.5 mm; - pasteurizing the retentate, - mixing the permeate and the pasteurized retentate to produce orange juice having an enzyme pectin esterase, PEU, content that is less than 1% of the PEU content of the raw orange juice, and - aseptically filling packets with the orange juice produced by the mixing. - cooling raw orange juice, - ultrafiltrating the cooled raw orange juice to produce a permeate and a retentate by a ceramic type ultrafilter having a membrane with a pore size of 19-21 nm and a channel size of 3.5-4.5 mm; - pasteurizing the retentate, - mixing the permeate and the pasteurized retentate to produce orange juice having an enzyme pectin esterase, PEU, content that is less than 1% of the PEU content of the raw orange juice, and - aseptically filling packets with the orange juice produced by the mixing.