mhurhangee/ep-ind-claims huggingface dataset:
Method for operating a rotational-speed-regulated fluid pump, comprising: - providing an electrical control current for the fluid pump, - providing a maximum value for the control current, which value corresponds to a maximum permissible pressure at the outlet side of the fluid pump, - providing a threshold value for the control current, which value corresponds to a further maximum permissible pressure at the outlet side of the fluid pump and is predefined in a manner dependent on at least one boundary condition, wherein the threshold value is less than the maximum value, - controlling the fluid pump with not more than the threshold value of the control current if it has been determined that the boundary condition applies, in order to limit the pressure at the outlet side of the fluid pump to a value provided for the boundary condition, characterized in that the provision of the threshold value comprises: - controlling the fluid pump with the maximum value of the control current, - determining in a manner dependent on a current consumption of the fluid pump a minimum pressure at the outlet side of the fluid pump after a predefined time period has elapsed, - determining in a manner dependent on the current consumption of the fluid pump a working pressure at the outlet side of the fluid pump after a further predefined time period has elapsed, - providing the threshold value in a manner dependent on the determined working pressure. - providing an electrical control current for the fluid pump, - providing a maximum value for the control current, which value corresponds to a maximum permissible pressure at the outlet side of the fluid pump, - providing a threshold value for the control current, which value corresponds to a further maximum permissible pressure at the outlet side of the fluid pump and is predefined in a manner dependent on at least one boundary condition, wherein the threshold value is less than the maximum value, - controlling the fluid pump with not more than the threshold value of the control current if it has been determined that the boundary condition applies, in order to limit the pressure at the outlet side of the fluid pump to a value provided for the boundary condition, characterized in that the provision of the threshold value comprises: - controlling the fluid pump with the maximum value of the control current, - determining in a manner dependent on a current consumption of the fluid pump a minimum pressure at the outlet side of the fluid pump after a predefined time period has elapsed, - determining in a manner dependent on the current consumption of the fluid pump a working pressure at the outlet side of the fluid pump after a further predefined time period has elapsed, - providing the threshold value in a manner dependent on the determined working pressure.
An energy-resolving photon counting detector pixel (100; 200; 300), comprising: a photoconductor; a charge sensitive amplifier, 'CSA', for integrating a photocurrent from the photoconductor and for outputting a CSA output signal relative to a CSA base level; characterized in that the energy-resolving photon counting detector pixel further comprises a CSA base level shift detector for determining a shift in the CSA base level over time relative to a first level; wherein the pixel (100; 200; 300) is configured to reset the CSA in dependence of the determined CSA base level shift. a photoconductor; a charge sensitive amplifier, 'CSA', for integrating a photocurrent from the photoconductor and for outputting a CSA output signal relative to a CSA base level; characterized in that the energy-resolving photon counting detector pixel further comprises a CSA base level shift detector for determining a shift in the CSA base level over time relative to a first level; wherein the pixel (100; 200; 300) is configured to reset the CSA in dependence of the determined CSA base level shift.
A system comprising: an optical module; and a host electronic board, wherein the optical module is configured to be plugged into the host electronic board, the optical module comprising: a quantum photonic integrated circuit; a temperature control element, TCE; a housing configured to house said quantum photonic integrated circuit and said temperature control element; and a circuit board configured to route electric signals to and/or from the quantum photonic integrated circuit, wherein the quantum photonic integrated circuit is attached to the temperature control element, such that said quantum photonic integrated circuit is in thermal communication with said temperature control element; and the temperature control element is attached directly to the housing, wherein the temperature control element is attached to the housing without any other part between them or the temperature control element is attached to the housing with a thermal interface material between them, such that said temperature control element is in direct thermal communication with the housing such that the housing is configured to dissipate heat generated by the temperature control element, the host electronic board comprises a socket, and, wherein the circuit board comprises a connector configured to plug into the socket, the housing further comprising a temperature control element receptacle that is configured to receive the TCE, the TCE receptacle being configured to adjust the height of the quantum photonic integrated circuit relative to the circuit board. an optical module; and a host electronic board, a quantum photonic integrated circuit; a temperature control element, TCE; a housing configured to house said quantum photonic integrated circuit and said temperature control element; and a circuit board configured to route electric signals to and/or from the quantum photonic integrated circuit, wherein the quantum photonic integrated circuit is attached to the temperature control element, such that said quantum photonic integrated circuit is in thermal communication with said temperature control element; and the temperature control element is attached directly to the housing, wherein the temperature control element is attached to the housing without any other part between them or the temperature control element is attached to the housing with a thermal interface material between them, such that said temperature control element is in direct thermal communication with the housing such that the housing is configured to dissipate heat generated by the temperature control element, the host electronic board comprises a socket, and, wherein the circuit board comprises a connector configured to plug into the socket, the housing further comprising a temperature control element receptacle that is configured to receive the TCE, the TCE receptacle being configured to adjust the height of the quantum photonic integrated circuit relative to the circuit board.
A conformationally sensitive antibody obtainable by an antigenic construct comprising an antigenic peptide having the amino acid sequence of β amyloid selected from the group consisting of SEQ ID NO: 1, SEQ ID NO: 2, SEQ ID NO: 3, SEQ ID NO: 4 and SEQ ID NO: 5, or an active fragment thereof, wherein the antigenic peptide or active fragment thereof is modified to have a polyethylene glycol covalently attached, one at each terminus, and reconstituted in a liposome, which antibody has binding specificity for the antigenic peptide and (a) shows a conformational sensitivity and an affinity for the antigen, which is enhanced compared to an antibody elicited by the palmitoylated antigenic peptide; and (b) induces a transition of β- sheet to α-helix of amyloid peptide. (a) shows a conformational sensitivity and an affinity for the antigen, which is enhanced compared to an antibody elicited by the palmitoylated antigenic peptide; and (b) induces a transition of β- sheet to α-helix of amyloid peptide.
Repeating unit for a template device of a multi-needle machine for offering up a semi-finished textile product along a track which runs straight, and for subsequently displacing the semi-finished textile product such that the latter thereafter comes to lie along a track which is not straight and runs in an intermittent manner in the region of a rear-side surface of a material to be reinforced, having a first device to which a slide is attached; a second device to which at least one pin is attached; wherein at least one of the two devices (11, 4) is mounted so as to be rotatable about an axle; wherein a rotation of the at least one rotatably mounted device (11, 4) causes a movement of the pin along a circular track and past the slide, and/or a movement of the slide along a circular track and past the pin.
A plug (anchor) for use in a light-weight building board provided with a top cover panel and a bottom cover panel, said plug consisting of a cylindrical body having a bottom panel, of a displacement body and of an adhesive reservoir provided with predetermined braking points, said cylindrical body having at least two engagement elements which are spread by displacement body being introduced in a borehole in light-weight building board and engaging behind top cover panel, and said adhesive reservoir being seated in a cavity of cylindrical body, said cavity provided with a plurality of openings (16, 39, 142, 143), characterized in that - the adhesive reservoir having at least two chambers (46, 47) and - the adhesive reservoir having an upper opening, a lower opening and a rupturable intermediate separating wall, the upper and the lower openings (1, 2) being closed each by a thin, rupturable foil (42, 43). - the adhesive reservoir having at least two chambers (46, 47) and - the adhesive reservoir having an upper opening, a lower opening and a rupturable intermediate separating wall, the upper and the lower openings (1, 2) being closed each by a thin, rupturable foil (42, 43).
A computer-implemented method for sending emails on behalf of a domain, the method comprising: receiving, at a platform, at least one message that identifies the domain; transmitting, from the platform, to a trusted entity computing device, a request to add email authentication information of the platform to a Domain Name System, DNS, record associated with the domain, the request including: (i) the platform's email authentication information, and (ii) an indication of the domain, wherein the platform's email authentication information enables authentication of emails sent by the platform on behalf of the domain; transmitting, from the trusted entity computing device, a message to a computing device used by an entity associated with the domain, the message querying whether the platform's email authentication information is authorized to be added to the DNS record associated with the domain; receiving, at the trusted entity computing device, a response from the computing device used by the entity associated with the domain, the response indicating that the platform's email authentication information is authorized to be added to the DNS record associated with the domain; receiving, at the platform, a response from the trusted entity computing device, the response indicating that the platform's email authentication information has been added to the DNS record associated with the domain; subsequent to receiving the response, instructing, by the platform, an email server of the platform to transmit an email from the domain. receiving, at a platform, at least one message that identifies the domain; transmitting, from the platform, to a trusted entity computing device, a request to add email authentication information of the platform to a Domain Name System, DNS, record associated with the domain, the request including: (i) the platform's email authentication information, and (ii) an indication of the domain, wherein the platform's email authentication information enables authentication of emails sent by the platform on behalf of the domain; transmitting, from the trusted entity computing device, a message to a computing device used by an entity associated with the domain, the message querying whether the platform's email authentication information is authorized to be added to the DNS record associated with the domain; receiving, at the trusted entity computing device, a response from the computing device used by the entity associated with the domain, the response indicating that the platform's email authentication information is authorized to be added to the DNS record associated with the domain; receiving, at the platform, a response from the trusted entity computing device, the response indicating that the platform's email authentication information has been added to the DNS record associated with the domain; subsequent to receiving the response, instructing, by the platform, an email server of the platform to transmit an email from the domain.
A turbomachine combustion chamber module, including: - a plurality of constant-volume combustion type combustion chambers distributed about an axis of rotation of the turbomachine, - upstream of said at least one constant-volume combustion type combustion chamber, a pre-combustion chamber capable of producing hot combustion gases supplying said at least one constant-volume combustion type combustion chamber to allow the ignition thereof, the pre-combustion chamber supplying hot combustion gases to the constant-volume combustion type combustion chambers through a rotary distributor type system. - a plurality of constant-volume combustion type combustion chambers distributed about an axis of rotation of the turbomachine, - upstream of said at least one constant-volume combustion type combustion chamber, a pre-combustion chamber capable of producing hot combustion gases supplying said at least one constant-volume combustion type combustion chamber to allow the ignition thereof, the pre-combustion chamber supplying hot combustion gases to the constant-volume combustion type combustion chambers through a rotary distributor type system.
A long-acting sustained release preparation for the treatment of Parkinson Disease, comprising rotigotine or pharmaceutically acceptable salt thereof, and poly(lactide-glycolide), wherein the content of the rotigotine or salt thereof in the sustained-release preparation is 10-30% by weight, and the content of the poly(lactide-glycolide) is 70-90% by weight wherein the rotigotine or salt thereof in the poly(lactide-glycolide) is present in the solid solution state.
A fuel nozzle for operation in a combustor, the fuel nozzle including: a) a central body, the central body defining a generally cylindrical shape having an outer diameter; b) a nozzle tip located at an end of the central body; and c) a plurality of fuel tubes extending along the outer diameter of the central body, each of the fuel tubes having an outlet end engaged on the nozzle tip for delivery of fuel from the nozzle tip into a combustion chamber of the combustor; the fuel nozzle characterized in further including: d) an outer sleeve surrounding the fuel tubes and forming an annular space between the outer sleeve and the central body, e) wherein the fuel tubes are configured in a spiral, extending longitudinally along and circumferentially around the central body; and f) the annular space coupled to receive air from an air source to form a flow of air in the annular space between the fuel tubes and the nozzle tip, wherein the annular space forms a conduit for the flow of fuel and the flow of air provided to the nozzle tip. a) a central body, the central body defining a generally cylindrical shape having an outer diameter; b) a nozzle tip located at an end of the central body; and c) a plurality of fuel tubes extending along the outer diameter of the central body, each of the fuel tubes having an outlet end engaged on the nozzle tip for delivery of fuel from the nozzle tip into a combustion chamber of the combustor; d) an outer sleeve surrounding the fuel tubes and forming an annular space between the outer sleeve and the central body, e) wherein the fuel tubes are configured in a spiral, extending longitudinally along and circumferentially around the central body; and f) the annular space coupled to receive air from an air source to form a flow of air in the annular space between the fuel tubes and the nozzle tip,
A stretchable non-woven fabric comprising crimped fibers, satisfying the following formula: σ 65 − σ 55 / σ 30 − σ 20 ≧ 2.5 when a stress σ (N/50 mm) at a strain ε of 20%, 30%, 55% and 65% in a stress-strain curve by a tensile test in conformity with JIS L 1913 "Test methods for nonwovens" for at least one direction in a plane direction, is referred to as σ 20, σ 30, σ 55 and σ 65, respectively, wherein the stretchable non-woven fabric is produced by a method including: a webbing step of webbing fibers including a crimpable composite fiber, a localizing step of making fibers in a composite fiber web localized in a plane, an entangling step of entangling the fibers in the composite fiber web, and a heating step of heating the composite fiber web with high-temperature water vapor to crimp the composite fiber, wherein the localizing step is conducted prior to the entangling step by spraying or injecting low-pressure water intermittently or periodically to the composite fiber web to form a plurality of low-density parts and a plurality of high-density parts alternately and periodically. when a stress σ (N/50 mm) at a strain ε of 20%, 30%, 55% and 65% in a stress-strain curve by a tensile test in conformity with JIS L 1913 "Test methods for nonwovens" for at least one direction in a plane direction, is referred to as σ 20, σ 30, σ 55 and σ 65, respectively, wherein the stretchable non-woven fabric is produced by a method including: a webbing step of webbing fibers including a crimpable composite fiber, a localizing step of making fibers in a composite fiber web localized in a plane, an entangling step of entangling the fibers in the composite fiber web, and a heating step of heating the composite fiber web with high-temperature water vapor to crimp the composite fiber, wherein the localizing step is conducted prior to the entangling step by spraying or injecting low-pressure water intermittently or periodically to the composite fiber web to form a plurality of low-density parts and a plurality of high-density parts alternately and periodically. a webbing step of webbing fibers including a crimpable composite fiber, a localizing step of making fibers in a composite fiber web localized in a plane, an entangling step of entangling the fibers in the composite fiber web, and a heating step of heating the composite fiber web with high-temperature water vapor to crimp the composite fiber, wherein the localizing step is conducted prior to the entangling step by spraying or injecting low-pressure water intermittently or periodically to the composite fiber web to form a plurality of low-density parts and a plurality of high-density parts alternately and periodically.
A gas turbine engine comprising: a first spool comprising a first compressor and a first turbine mounted to a first shaft; a primary combustor disposed between the first compressor and the first turbine; a diffuser disposed between the primary combustor and the first compressor, wherein a primary flow path of the gas turbine engine includes, in flow series, the first compressor, the diffuser, the primary combustor, and the first turbine; a second spool comprising a second compressor, a second turbine, and a load compressor mounted to a second shaft; an inlet plenum fluidly connected to the second compressor and the load compressor; a secondary combustor disposed between the second compressor and the second turbine, wherein a secondary flow path of the gas turbine engine includes, in flow series, the inlet plenum, the second compressor, the secondary combustor, and the second turbine, and a tertiary flow path of the gas turbine engine includes, in flow series, the inlet plenum and the load compressor; an inlet duct assembly extending between and fluidly connecting the diffuser to the inlet plenum; and an outlet duct assembly extending between and fluidly connecting the second turbine and the load compressor to the diffuser. a first spool comprising a first compressor and a first turbine mounted to a first shaft; a primary combustor disposed between the first compressor and the first turbine; a diffuser disposed between the primary combustor and the first compressor, wherein a primary flow path of the gas turbine engine includes, in flow series, the first compressor, the diffuser, the primary combustor, and the first turbine; a second spool comprising a second compressor, a second turbine, and a load compressor mounted to a second shaft; an inlet plenum fluidly connected to the second compressor and the load compressor; a secondary combustor disposed between the second compressor and the second turbine, wherein a secondary flow path of the gas turbine engine includes, in flow series, the inlet plenum, the second compressor, the secondary combustor, and the second turbine, and a tertiary flow path of the gas turbine engine includes, in flow series, the inlet plenum and the load compressor; an inlet duct assembly extending between and fluidly connecting the diffuser to the inlet plenum; and an outlet duct assembly extending between and fluidly connecting the second turbine and the load compressor to the diffuser.