mhurhangee/patent-ind-claim-en huggingface dataset:
A computer-implemented method for providing a digital certificate (CERT-1) to a device (DEV), comprising: - receiving (REC-DID) a device identification dataset (DID), the device identification dataset (DID) uniquely identifying the device (DEV), - determining (DET-KCD) a key creation dataset (KCD) comprising a certificate identifier (IDF-CERT-1), the certificate identifier (IDF-CERT-1) being based on the device identification dataset (DID), wherein the key creation dataset (KCD) comprises information necessary for the device (DEV) to initiate the creation of the digital certificate (CERT-1), - sending (SND-KCD) the key creation dataset (KCD) to the device (DEV), - receiving (REC-CCR) a certificate creation request (CCR) related to a first domain name (DN-1) based on the key creation dataset (KCD) from the device (DEV), wherein the first domain name (DN-1) comprises the certificate identifier (IDF-CERT-1), - sending (SND-CCR) the certificate creation request (CCR) or a modified certificate creation request (CCR') to a certificate authority (CA), - providing (PROV-CERT-1) the digital certificate (CERT-1) to the device (DEV), wherein the digital certificate (CERT-1) is a wildcard certificate based on the first domain name (DN-1) signed by the certificate authority (CA). - receiving (REC-DID) a device identification dataset (DID), the device identification dataset (DID) uniquely identifying the device (DEV), - determining (DET-KCD) a key creation dataset (KCD) comprising a certificate identifier (IDF-CERT-1), the certificate identifier (IDF-CERT-1) being based on the device identification dataset (DID), wherein the key creation dataset (KCD) comprises information necessary for the device (DEV) to initiate the creation of the digital certificate (CERT-1), - sending (SND-KCD) the key creation dataset (KCD) to the device (DEV), - receiving (REC-CCR) a certificate creation request (CCR) related to a first domain name (DN-1) based on the key creation dataset (KCD) from the device (DEV), wherein the first domain name (DN-1) comprises the certificate identifier (IDF-CERT-1), - sending (SND-CCR) the certificate creation request (CCR) or a modified certificate creation request (CCR') to a certificate authority (CA), - providing (PROV-CERT-1) the digital certificate (CERT-1) to the device (DEV), - sending (SND-CCR) the certificate creation request (CCR) or a modified certificate creation request (CCR') to a certificate authority (CA), - providing (PROV-CERT-1) the digital certificate (CERT-1) to the device (DEV), wherein the digital certificate (CERT-1) is a wildcard certificate based on the first domain name (DN-1) signed by the certificate authority (CA).
A method for manufacturing a thermoelectric material, comprising: forming a mixture by weighing Cu and Se based on the following chemical formula 1 and mixing the Cu and the Se; and forming a compound by thermally treating the mixture: <Chemical Formula 1> Cu x Se where 2<x≤2.6; wherein the forming of the mixture comprises mixing Cu and Se in powder form. forming a mixture by weighing Cu and Se based on the following chemical formula 1 and mixing the Cu and the Se; and forming a compound by thermally treating the mixture: <Chemical Formula 1> Cu x Se where 2<x≤2.6; wherein the forming of the mixture comprises mixing Cu and Se in powder form.
A flow cell comprising inlet and outlet ports in fluid communication with each other through a flow channel that extends therebetween, the flow channel including a diffuser region , a field region that is located downstream from the diffuser region , and a collector region , the field region of the flow channel directing a fluid along reaction sites where desired reactions occur, wherein the fluid flows through the diffuser region in a first flow direction and through the field region in a second flow direction, the first and second flow directions being substantially perpendicular, the collector region receiving the fluid from the field region and directing the fluid to the outlet port , wherein the collector region has a similar size and shape relative to the diffuser region , wherein the diffuser region comprises a plurality of inlet channels that provide the fluid to the field region , the inlet channels being spaced apart from each other along a dimension of the field region that extends substantially perpendicular to the second flow direction, and wherein the collector region comprises a plurality of outlet channels , wherein the outlet channels receive the fluid from the field region , the outlet channels being spaced apart from each other along a dimension of the field region that extends substantially perpendicular to the second flow direction, and wherein the diffuser region is configured to distribute a uniform flow of the fluid through the field region .
A nacelle construction of a wind turbine, comprising: a nacelle supported by the tower , the nacelle rotatably supporting a rotor of the wind turbine and housing at least one drivetrain component that generates heat when operated, the nacelle having a structure defined at least in part by a pair of lateral outer surfaces and an upper surface that each lie substantially parallel to the direction of wind flow when the wind turbine is in an operative position; at least one heat exchanger positioned externally to the nacelle structure and adapted to transfer heat from the at least one drivetrain component; a heat exchanger support structure that extends laterally away from at least one of the lateral sides of the nacelle structure to position the at least one heat exchanger within wind flow passing the nacelle structure, said heat exchanger support structure is movable toward one of the pair of lateral surfaces and characterized in that said support structure includes support arms that are connected to the nacelle structure with a pivotal connection such that access to and service of said heat exchanger may be accomplished by rotating said support structure about said pivotal connection to bring said heat exchanger towards said lateral surface of said nacelle . a nacelle supported by the tower , the nacelle rotatably supporting a rotor of the wind turbine and housing at least one drivetrain component that generates heat when operated, the nacelle having a structure defined at least in part by a pair of lateral outer surfaces and an upper surface that each lie substantially parallel to the direction of wind flow when the wind turbine is in an operative position; at least one heat exchanger positioned externally to the nacelle structure and adapted to transfer heat from the at least one drivetrain component; a heat exchanger support structure that extends laterally away from at least one of the lateral sides of the nacelle structure to position the at least one heat exchanger within wind flow passing the nacelle structure, said heat exchanger support structure is movable toward one of the pair of lateral surfaces and characterized in that said support structure includes support arms that are connected to the nacelle structure with a pivotal connection such that access to and service of said heat exchanger may be accomplished by rotating said support structure about said pivotal connection to bring said heat exchanger towards said lateral surface of said nacelle .
A nozzle for a fuel injector comprising: a pivotably symmetrical nozzle member having a hollow space for introducing a nozzle needle ; a nozzle tip that is provided at a longitudinal end of the nozzle member and has at least one opening channel extending in a straight line for discharging fuel: and a nozzle needle arranged in the hollow space for the selective blocking of a fuel supply to the at least one opening channel , the at least one opening channel has a center axis that is skewed with respect to the longitudinal axis of the nozzle member ., and the hollow space of the nozzle member tapers in funnel form in its end section facing the at least one opening channel , characterized in that there is no angle on the transition from the funnel-like end section into a respective opening channel since the respective surfaces are aligned correspondingly with one another. a pivotably symmetrical nozzle member having a hollow space for introducing a nozzle needle ; a nozzle tip that is provided at a longitudinal end of the nozzle member and has at least one opening channel extending in a straight line for discharging fuel: and a nozzle needle arranged in the hollow space for the selective blocking of a fuel supply to the at least one opening channel , the at least one opening channel has a center axis that is skewed with respect to the longitudinal axis of the nozzle member ., and the hollow space of the nozzle member tapers in funnel form in its end section facing the at least one opening channel , characterized in that there is no angle on the transition from the funnel-like end section into a respective opening channel since the respective surfaces are aligned correspondingly with one another.
A vacuum cleaner (10; 1010) for placement atop a canister (12; 1012), the vacuum cleaner (10; 1010) comprising: a motor housing (20; 1020) having a suction source (26; 1026); and a lid assembly (16; 1016) supporting the motor housing (20; 1020), the lid assembly (16; 1610) configured to couple to a canister (12; 1012), the lid assembly (16; 1016) being adjustable in size by moving between a retracted state and an expanded state to accommodate canisters of varying size (12, 12', 12"; 1012, 1012', 1012"). a motor housing (20; 1020) having a suction source (26; 1026); and a lid assembly (16; 1016) supporting the motor housing (20; 1020), the lid assembly (16; 1610) configured to couple to a canister (12; 1012), the lid assembly (16; 1016) being adjustable in size by moving between a retracted state and an expanded state to accommodate canisters of varying size (12, 12', 12"; 1012, 1012', 1012").
A method for reporting measurement information, applied to a terminal device in an idle state or an inactive state, comprising: measuring, by the terminal device, signal quality of at least one cell (S310); and reporting, by the terminal device, measurement information according to the signal quality of each cell in the at least one cell (S320); wherein before measuring, by the terminal device, the signal quality of the at least one cell (S310), the method further comprises: receiving, by the terminal device, first indication information broadcasted by a network device; and determining, by the terminal device, the at least one cell according to the first indication information; characterized in that the first indication information comprises an identifier of at least one cell group to which the at least one cell belongs, an identifier of the at least one cell, a measurement frequency and a subcarrier spacing; wherein a cell group is a cell group in dual connection network architecture. measuring, by the terminal device, signal quality of at least one cell (S310); and reporting, by the terminal device, measurement information according to the signal quality of each cell in the at least one cell (S320); wherein before measuring, by the terminal device, the signal quality of the at least one cell (S310), the method further comprises: receiving, by the terminal device, first indication information broadcasted by a network device; and determining, by the terminal device, the at least one cell according to the first indication information; characterized in that the first indication information comprises an identifier of at least one cell group to which the at least one cell belongs, an identifier of the at least one cell, a measurement frequency and a subcarrier spacing; wherein a cell group is a cell group in dual connection network architecture. receiving, by the terminal device, first indication information broadcasted by a network device; and determining, by the terminal device, the at least one cell according to the first indication information; characterized in that the first indication information comprises an identifier of at least one cell group to which the at least one cell belongs, an identifier of the at least one cell, a measurement frequency and a subcarrier spacing; wherein a cell group is a cell group in dual connection network architecture.
A method for determining a body fluid glucose level of a patient from a continuous signal of a glucose sensor element of a continuous body fluid glucose monitoring device in a data processing unit, comprising: - receiving measurement data representing a continuous sensor signal provided by a glucose sensor element of a continuous body fluid glucose monitoring device in the data processing unit, - receiving calibration data representing a time-dependent zero-signal level of the glucose sensor element in the data processing unit, - determining a body fluid glucose level by processing at least the measurement data and the calibration data in the data processing unit, the processing comprising subtraction of the time dependent zero-signal level from the continuous sensor signal, and - providing result data indicative of the continuous body fluid glucose level in the processing unit, characterized in that the receiving calibration data comprises receiving calibration data representing a time-dependent zero-signal level comprising time-dependent interferent signal contributions representing a presence of an interferent in the body fluid for which the body fluid glucose level is determined, wherein the interferent is a substance different from glucose and the sensor element is responsive to the interferent in the body fluid. - receiving measurement data representing a continuous sensor signal provided by a glucose sensor element of a continuous body fluid glucose monitoring device in the data processing unit, - receiving calibration data representing a time-dependent zero-signal level of the glucose sensor element in the data processing unit, - determining a body fluid glucose level by processing at least the measurement data and the calibration data in the data processing unit, the processing comprising subtraction of the time dependent zero-signal level from the continuous sensor signal, and - providing result data indicative of the continuous body fluid glucose level in the processing unit,
A method of measurement reporting activation in a network, the method comprising the steps of: a home subscriber server being provided with consent information ; the home subscriber server receiving an IMSI-based activation request ; and the home subscriber server checking whether at least part of the IMSI-based activation request applies to a subscriber for whom consent information consenting to measurement reporting has been provided ; characterized by , based on the checking, one of the following is carried out: in the event that consent information consenting to measurement reporting has been provided, enabling the IMSI-based activation request by forwarding said request to a mobility management entity so that measurement reporting in respect of that subscriber may take place ; and in the event that consent information consenting to measurement reporting has not been provided, the home subscriber server rejects the IMSI-based activation request before the IMSI-based activation request is sent to the mobility management entity and as a result the IMSI-based activation request is not sent to the mobility management entity. a home subscriber server being provided with consent information ; the home subscriber server receiving an IMSI-based activation request ; and the home subscriber server checking whether at least part of the IMSI-based activation request applies to a subscriber for whom consent information consenting to measurement reporting has been provided ; characterized by , based on the checking, one of the following is carried out: in the event that consent information consenting to measurement reporting has been provided, enabling the IMSI-based activation request by forwarding said request to a mobility management entity so that measurement reporting in respect of that subscriber may take place ; and in the event that consent information consenting to measurement reporting has not been provided, the home subscriber server rejects the IMSI-based activation request before the IMSI-based activation request is sent to the mobility management entity and as a result the IMSI-based activation request is not sent to the mobility management entity.
Method for estimating an axle load distribution in a road train , wherein the method has a step of ascertainment, in which at least one load on an axle of the road train is ascertained using a slip value and a force value , wherein the slip value represents a slip between the axle and a further axle of the road train and the force value represents a tractive or decelerating force at the axle , characterized in that the load is further ascertained using a freewheeling slip value (so) in the step of ascertainment, wherein the freewheeling slip value (so) represents the slip between the axle and the further axle when the force on both axles is less than a threshold value and wherein a step of capture is provided, in which a first vehicle state and at least one second vehicle state are captured during the operation of the road train , wherein a first slip value and a first force value are captured in the first vehicle state and a second slip value and a second force value are captured in the second vehicle state, wherein the freewheeling slip value (so) is determined using the first vehicle state and the second vehicle state.
Stamp plate for a device for producing shell-like edible products from a food mass, in particular a fatty mass, preferably a cocoa-containing or chocolate-like fatty mass, comprising - a basic body with a surface; and - at least one temperature-controllable stamp that is arranged on the basic body , extends away from the surface of the basic body , and is able to be introduced into a cell , corresponding to the stamp , of a mould , in which the food mass is located, wherein the stamp comprises a base element and a mould element for introducing into the cell ; characterized in that at least one further, raised element is arranged on the basic body as a spacer with respect to the mould and the spacer is raised from the basic body less than the point of the stamp furthest from the basic body , wherein the spacer has a maximum height above the basic body , said maximum height being greater than the maximum height of the base element , such that a gap is formed between the periphery of the cell and the stamp introduced into the cell , said gap preferably having a gap width of between 0.1 and 1 mm. - a basic body with a surface; and - at least one temperature-controllable stamp that is arranged on the basic body , extends away from the surface of the basic body , and is able to be introduced into a cell , corresponding to the stamp , of a mould , in which the food mass is located, wherein the stamp comprises a base element and a mould element for introducing into the cell ;
Device for guiding a support for a formwork or protective element when working on buildings, comprising at least one guide device for receiving a support , the guide device having a receiving element for the support and a fastening element which can be immovably fastened to an element of the building to be worked on, in particular a wall or a ceiling , characterised in that the receiving element is connected to the fastening element in such a way that, in an imaginary Cartesian coordinate system having a substantially vertical z axis, a substantially horizontal y axis which extends obliquely with respect to a plane spanned by a facade of the building that is to be worked on, preferably substantially perpendicularly to said plane, and an x axis which extends perpendicularly to the plane spanned by the z axis and y axis, the receiving element is mounted such that it can move in the direction of the x, y and z axes by means of a linear drive in each case.
A method of determining an optimal flare spacing for streamers towed behind a seismic vessel comprising the steps of: a. using a computer specially adapted with a seismic data analysis package to analyze prior seismic data for a survey area, including b. calculating a wavelet expansion as a function of flare spacing to estimate a maximum flare spacing to prevent any loss of seismic data quality; the method characterized by further comprising the steps of: c. analyzing geophysical migration broadcast patterns to estimate a maximum sampling distance before the seismic data is adversely compromised; d. creating synthetic gaps in the prior seismic data coverage by dropping a trace at different flare spacing; e. testing capability of different interpolation algorithms to close the synthetic gaps created by the trace; and f. determining an optimal flare spacing, being less than or equal to the estimated sampling distance, based upon the capability of the different interpolation algorithms to close the synthetic gaps. a. using a computer specially adapted with a seismic data analysis package to analyze prior seismic data for a survey area, including b. calculating a wavelet expansion as a function of flare spacing to estimate a maximum flare spacing to prevent any loss of seismic data quality; c. analyzing geophysical migration broadcast patterns to estimate a maximum sampling distance before the seismic data is adversely compromised; d. creating synthetic gaps in the prior seismic data coverage by dropping a trace at different flare spacing; e. testing capability of different interpolation algorithms to close the synthetic gaps created by the trace; and f. determining an optimal flare spacing, being less than or equal to the estimated sampling distance, based upon the capability of the different interpolation algorithms to close the synthetic gaps.
A seat belt guide for a seat belt having a retractor, whereby the seat belt guide is mounted on a power machine having one of a joystick and a control lever manipulable by an operator, the seat belt guide comprising: a stiffener ; an attachment portion connected to a first end of the stiffener and configured to be attached to the retractor so that the stiffener extends from the retractor and an operator seat ; a tongue engagement member connected to a second end of the stiffener and configured to support a tongue of a seat belt when the seat belt is retracted by the retractor, wherein the retractor applies a force against the tongue to hold the tongue against the tongue engagement member ; and wherein the stiffener and tongue engagement member are configured and arranged to hold the tongue in a generally inline position with respect to a longitudinal direction of the stiffener , characterized in that the stiffener and tongue engagement member are configured and arranged to hold the tongue at a raised position relative to the operator seat when the tongue is not engaged with a corresponding seat belt buckle such that the tongue interferes with operation of the joystick or control lever . a stiffener ; an attachment portion connected to a first end of the stiffener and configured to be attached to the retractor so that the stiffener extends from the retractor and an operator seat ; a tongue engagement member connected to a second end of the stiffener and configured to support a tongue of a seat belt when the seat belt is retracted by the retractor, wherein the retractor applies a force against the tongue to hold the tongue against the tongue engagement member ; and wherein the stiffener and tongue engagement member are configured and arranged to hold the tongue in a generally inline position with respect to a longitudinal direction of the stiffener , characterized in that the stiffener and tongue engagement member are configured and arranged to hold the tongue at a raised position relative to the operator seat when the tongue is not engaged with a corresponding seat belt buckle such that the tongue interferes with operation of the joystick or control lever .