mhurhangee/ep-ind-claims huggingface dataset:
A memory controller (101, 201), comprising: a host interface; a memory unit interface, wherein the memory unit interface is operated with a default logical address offset or an existing saved logical address offset responsive to detecting that user data had previously been written to a user data area; and control circuitry configured to: detect a memory unit formatting operation as initiated across the host interface and that formats the memory unit with a file system; and in response to detecting the formatting operation: inspect format information on the memory unit; calculate a logical address offset to be applied subsequent to the operation with the default logical address offset or the existing saved logical address offset; and apply the logical address offset to be applied subsequent to the operation with the default logical address offset or the existing saved logical address offset to a host logical address. a host interface; a memory unit interface, wherein the memory unit interface is operated with a default logical address offset or an existing saved logical address offset responsive to detecting that user data had previously been written to a user data area; and control circuitry configured to: detect a memory unit formatting operation as initiated across the host interface and that formats the memory unit with a file system; and in response to detecting the formatting operation: inspect format information on the memory unit; calculate a logical address offset to be applied subsequent to the operation with the default logical address offset or the existing saved logical address offset; and apply the logical address offset to be applied subsequent to the operation with the default logical address offset or the existing saved logical address offset to a host logical address. inspect format information on the memory unit; calculate a logical address offset to be applied subsequent to the operation with the default logical address offset or the existing saved logical address offset; and apply the logical address offset to be applied subsequent to the operation with the default logical address offset or the existing saved logical address offset to a host logical address.
Hollow rod composite anchor for stabilizing rock strata in mining, tunnel construction, civil engineering and rock construction, at least comprising an anchor base comprising one or more outlet channels, a hollow rod arranged behind the anchor base and including a static mixing device and an adhesive cartridge comprising a squeezing plunger, characterized in that the adhesive cartridge is disposed via a cylindrical sealing device comprising at least one bursting surface at the static mixing device, wherein the outer diameter of the sealing device essentially corresponds to the inner diameter of the hollow rod and the bursting surface is greater than or equal to 15% and less than or equal to 90% of the cylindrical cross section of the sealing device, wherein the ratio of the bursting surface to the area of the hollow rod wall cross-section, expressed as the bursting surface divided by the wall area of the hollow rod cross-section, is greater than or equal to 0,1 and less than or equal to 25.
A power system comprising: an engine; a fuel system comprising a fuel pump for varying the fuel injection pressure and configured to inject a main shot of fuel; an aftertreatment system including: an oxidation catalyst configured to convert NO from the engine into N0 2; a particulate filter configured to trap soot from the engine; and a sensor configured to provide a reading corresponding to the mass or quantity of soot per volume in the particulate filter; an exhaust system configured to route exhaust from the engine to the aftertreatment system; a backpressure valve disposed in the exhaust system; and a controller being configured to increase an engine fuel injection pressure and at least partially close the back pressure valve and to change a timing of the main shot of fuel and to add an additional shot of fuel before or after the main shot of fuel when the mass or quantity of soot in the particulate filter is above a threshold in order to regenerate the particulate filter, characterized in that the controller is further configured to increase an engine fuel injection pressure when the mass or quantity of soot in the particulate filter is above said threshold. an engine; a fuel system comprising a fuel pump for varying the fuel injection pressure and configured to inject a main shot of fuel; an aftertreatment system including: an oxidation catalyst configured to convert NO from the engine into N0 2; a particulate filter configured to trap soot from the engine; and a sensor configured to provide a reading corresponding to the mass or quantity of soot per volume in the particulate filter; an oxidation catalyst configured to convert NO from the engine into N0 2; a particulate filter configured to trap soot from the engine; and a sensor configured to provide a reading corresponding to the mass or quantity of soot per volume in the particulate filter; an exhaust system configured to route exhaust from the engine to the aftertreatment system; a backpressure valve disposed in the exhaust system; and a controller being configured to increase an engine fuel injection pressure and at least partially close the back pressure valve and to change a timing of the main shot of fuel and to add an additional shot of fuel before or after the main shot of fuel when the mass or quantity of soot in the particulate filter is above a threshold in order to regenerate the particulate filter, characterized in that the controller is further configured to increase an engine fuel injection pressure when the mass or quantity of soot in the particulate filter is above said threshold.
A multi-layer card comprising a polymeric inlay layer having a first surface and a second surface, further comprising a first multi-layer film which is disposed on the first surface of the polymeric inlay layer, and further comprising a first polymeric overlay layer which is disposed on said first multi-layer film, such that the layer order is polymeric inlay layer, first multi-layer film and first polymeric overlay layer, wherein the multi-layer film comprises: (i) a polyester base layer having a first and second surface wherein the polyester of the base layer is a crystallisable polyester; and (ii) a heat-sealable copolyester layer disposed on one or both surfaces of said polyester base layer, wherein the polyester base layer comprises titanium dioxide particles in an amount of from about 1 to about 30 wt% by total weight of the base layer, wherein said particles are coated with an organic coating. (i) a polyester base layer having a first and second surface wherein the polyester of the base layer is a crystallisable polyester; and (ii) a heat-sealable copolyester layer disposed on one or both surfaces of said polyester base layer,
Polyethylene composition comprising (a) 40-55wt% of a copolymer fraction comprising ethylene and a C 4 -C 10 alpha-olefin, and having an MI 2 of from greater than 300 to 800 g/10min, and a weight average molecular weight Mw of from 15 to 35 kDa; and (b) 45-60wt% of a copolymer fraction comprising ethylene and a C 4 -C 10 alpha-olefin, wherein the composition has an unpigmented density of 940 to 956 kg/m 3 and an MI 5 of 0.1 to 1 g/10 min. (a) 40-55wt% of a copolymer fraction comprising ethylene and a C 4 -C 10 alpha-olefin, and having an MI 2 of from greater than 300 to 800 g/10min, and a weight average molecular weight Mw of from 15 to 35 kDa; and (b) 45-60wt% of a copolymer fraction comprising ethylene and a C 4 -C 10 alpha-olefin,
A power filter, comprising: a circuit board module, including a circuit board and a plurality of electronic components, wherein the electronic components are electrically connected to the circuit board; an insulating base; a plurality of connect terminals, fixed on the insulating base, and each having a first connecting part and a clamping part, wherein the first connecting parts are electrically connected to the circuit board; and an inductor, including at least one wire, wherein both terminals of the wire are clamped by the clamping parts and the wire is electrically connected to the circuit board module through the first connecting parts. a circuit board module, including a circuit board and a plurality of electronic components, wherein the electronic components are electrically connected to the circuit board; an insulating base; a plurality of connect terminals, fixed on the insulating base, and each having a first connecting part and a clamping part, wherein the first connecting parts are electrically connected to the circuit board; and an inductor, including at least one wire, wherein both terminals of the wire are clamped by the clamping parts and the wire is electrically connected to the circuit board module through the first connecting parts.
Apparatus for detecting scattered light reflected from a sample comprising a housing, a light source which is arranged in the housing and whose light illuminates the sample, a detector arranged in the housing, which detector has a plurality of photosensitive detector elements along one line and to which the scattered light reflected by the sample can be supplied, a rotatably mounted tube in which a relay optic and an image rotator in the form of a Dove prism are arranged, wherein the light incident on the sample from the light source and the reflected scattered light pass through the image rotator, and an analysis unit adapted to evaluate the signals of the photosensitive detector elements supplied thereto, is characterized by in that the device comprises a collimator, a Fourier lens and a hollow shaft, wherein the light divergently radiated from the light source is parallelized by the collimator and passes through the Fourier objective, in that the reflected scattered light passes through the Fourier objective in the reverse direction, which supplies the scattered light to the detector elements, in that the device comprises a hollow shaft motor, the tube being received by the hollow shaft of the hollow shaft motor, in that the apparatus comprises a rotation sensor which is arranged to detect the angle of rotation of the tube and supplying a corresponding signal to the analysis unit, and in that the analysis unit is arranged to to evaluate the signals of the photosensitive detector elements as a function of the rotation angle of the tube and to calculate therefrom characteristic values for the microstructure of the surface of the sample.
A method of reconstructing gamma ray projections acquired during an examination of an object using a detector having a distance dependent resolution, the method comprising: for a plurality of projections, determining a distance between the detector and a characteristic feature of the object; varying, as a function of the determined distance, a characteristic of a filter applied to the acquired projections; reconstructing the filtered acquired projections; generating an image indicative of the reconstructed projections; characterised in that the reconstructing includes forward projecting an image estimate to produce estimated projections; varying, as a function of the determined distance, a characteristic of a filter applied to the estimated projections; using the filtered acquired projections and the filtered estimated projections to update the image estimate; repeating the steps of forward projecting, varying a characteristic of the filter applied to the estimated projections, and using the filtered acquired projections and the filtered estimated projections. for a plurality of projections, determining a distance between the detector and a characteristic feature of the object; varying, as a function of the determined distance, a characteristic of a filter applied to the acquired projections; reconstructing the filtered acquired projections; generating an image indicative of the reconstructed projections; characterised in that the reconstructing includes forward projecting an image estimate to produce estimated projections; varying, as a function of the determined distance, a characteristic of a filter applied to the estimated projections; using the filtered acquired projections and the filtered estimated projections to update the image estimate; repeating the steps of forward projecting, varying a characteristic of the filter applied to the estimated projections, and using the filtered acquired projections and the filtered estimated projections.
An onboard device comprising: first detector device, which is a communication device that receives first driving status information, which is first absolute driving status information of the other vehicle transmitted from the other vehicle, second detector device, which is a sensor that detects the other vehicle and outputs second driving status information, which is second relative driving status information of the other vehicle with respect to the host vehicle and a third detector device, which is a GPS receiver that outputs third absolute driving status information of the host vehicle; and a controller that acquires a first relative driving status information of the other vehicle from the third absolute driving status information of the host vehicle and the first driving status information of the other vehicle; and a controller that determines, when the difference between the first relative driving status information from the first and third detector device and the second relative driving status information from the second detector device is equal to or less than a predetermined threshold value and the detection duration of the second relative driving status information from the second detector device is equal to or longer than a threshold value for identification processing, which is prescribed as the period of time taken for identification wherein the threshold value is set shorter than a threshold value for processing by the sensor alone, that both the first relative driving status information and the second relative driving status information are relative driving status information of the other vehicle, and determines that both the first driving status information and the second driving status information are driving status information of the same other vehicle.
A Moloney Murine Leukemia Virus (M-MLV) reverse transcriptase having increased thermal stability as compared to wild type M-MLV reverse transcriptase, characterized in that it comprises the mutation alanine to cysteine at the amino acid position 154 of the SEQ ID NO: 1 (A154C) and the mutation aspartic acid to cysteine at the amino acid position 224 of the SEQ ID NO: 1 (D224C), wherein a disulfide bond is formed between the thiol groups of the two cysteine amino acids at the amino acid positions 154 and 224.
Process for producing ozone, wherein a piezoelectric transformer is used to generate the ozone, and wherein the ozone is generated by means of the following steps: - applying an input voltage to an input area of the piezoelectric transformer, with the result that a high voltage is generated in an output area of the piezoelectric transformer, - surrounding the piezoelectric transformer with an oxygenic process gas, wherein ozone is formed from the process gas by means of the high voltage generated in the output area, - measuring the amount of generated ozone using a sensor, and - adapting the input voltage applied to the piezoelectric transformer on the basis of the measured amount of generated ozone in order to set a desired ozone generation rate. - applying an input voltage to an input area of the piezoelectric transformer, with the result that a high voltage is generated in an output area of the piezoelectric transformer, - surrounding the piezoelectric transformer with an oxygenic process gas, wherein ozone is formed from the process gas by means of the high voltage generated in the output area, - measuring the amount of generated ozone using a sensor, and - adapting the input voltage applied to the piezoelectric transformer on the basis of the measured amount of generated ozone in order to set a desired ozone generation rate.
A remote locking apparatus for use in securing an automotive vehicle body to a vehicle body support, the vehicle support including at least two pillars and is positionable at a build station along a progressive assembly line, the locking apparatus comprising: a rotatable locking arm (226;326) connected to a substantially horizontal vehicle support surface (60,80), the locking arm (226;326) adapted to be accessible and engagable by an actuator (206-216;306-316) positioned remotely at the build station; an elongate axle (230;330) having a first and a second end, the first end connected to the locking arm (226;326); an elbow (232;332) connected to the axle (230;330) second end; an elongate rod having a first and a second end, the rod connected to the elbow (232;332) at the first end; and a body clamp (106,380) connected to the second end of the rod wherein on rotation of the locking arm (226;326), the body clamp (106,380) is articulated through a path of travel to engage a portion of the vehicle body to secure the vehicle body to the vehicle body support. a rotatable locking arm (226;326) connected to a substantially horizontal vehicle support surface (60,80), the locking arm (226;326) adapted to be accessible and engagable by an actuator (206-216;306-316) positioned remotely at the build station; an elongate axle (230;330) having a first and a second end, the first end connected to the locking arm (226;326); an elbow (232;332) connected to the axle (230;330) second end; an elongate rod having a first and a second end, the rod connected to the elbow (232;332) at the first end; and a body clamp (106,380) connected to the second end of the rod wherein on rotation of the locking arm (226;326), the body clamp (106,380) is articulated through a path of travel to engage a portion of the vehicle body to secure the vehicle body to the vehicle body support.
An influenza hemagglutinin stem domain polypeptide comprising an amino acid sequence selected from the group consisting of SEQ ID NO: 55, SEQ ID NO: 66 and SEQ ID NO: 73.
One or more computer-readable storage media storing instructions, that when executed by a computing device, cause the computing device to implement a notification service configured to perform acts comprising: establishing a communication channel with a client application to deliver notifications from an application service to the client application; generating obfuscated routing data for the communication channel usable by the application service to direct notifications on the communication channel through the notification service, wherein the obfuscated routing data comprises a channel handle that is derived as an abstraction of an address of the communication channel in response to a request from the client application and wherein the channel handle is interpretable by the notification service, but is not interpretable by the application service; issuing the obfuscated routing data for use by the application service; obtaining a notification packaged with the obfuscated routing data from the application service; and interpreting the obfuscated routing data to identify the communication channel and direct the notification obtained from the application service to the client application. establishing a communication channel with a client application to deliver notifications from an application service to the client application; generating obfuscated routing data for the communication channel usable by the application service to direct notifications on the communication channel through the notification service, wherein the obfuscated routing data comprises a channel handle that is derived as an abstraction of an address of the communication channel in response to a request from the client application and wherein the channel handle is interpretable by the notification service, but is not interpretable by the application service; issuing the obfuscated routing data for use by the application service; obtaining a notification packaged with the obfuscated routing data from the application service; and interpreting the obfuscated routing data to identify the communication channel and direct the notification obtained from the application service to the client application.
A method of determining a status of a floating roof of a storage tank using a radar level gauge system arranged above the floating roof, the radar level gauge system including a transceiver, an antenna arrangement, and processing circuitry, characterized in that: the radar level gauge system is controllable to selectively evaluate reflected energy traveling towards the antenna arrangement in each propagation direction of a plurality of different propagation directions, the method comprising the steps of: radiating, by the radar level gauge system, an electromagnetic transmit signal (S T) towards a first target area on the floating roof; receiving, by the radar level gauge system, an electromagnetic reflection signal (S R) resulting from reflection of the transmit signal (S T) at the floating roof; selectively evaluating, by the radar level gauge system based on the reflection signal (S R), reflected energy traveling from the floating roof towards the antenna arrangement in each propagation direction of the plurality of different propagation directions, comprising determining, for each propagation direction in the plurality of propagation directions based on the electromagnetic reflection signal resulting from reflection of the transmit signal at the target area, a measure indicative of an amount of reflected energy traveling from the first target area towards the antenna arrangement; estimating an inclination (α 1) of the first target area based on the measure; and determining the status of the floating roof based on the estimated inclination. radiating, by the radar level gauge system, an electromagnetic transmit signal (S T) towards a first target area on the floating roof; receiving, by the radar level gauge system, an electromagnetic reflection signal (S R) resulting from reflection of the transmit signal (S T) at the floating roof; selectively evaluating, by the radar level gauge system based on the reflection signal (S R), reflected energy traveling from the floating roof towards the antenna arrangement in each propagation direction of the plurality of different propagation directions, comprising determining, for each propagation direction in the plurality of propagation directions based on the electromagnetic reflection signal resulting from reflection of the transmit signal at the target area, a measure indicative of an amount of reflected energy traveling from the first target area towards the antenna arrangement; estimating an inclination (α 1) of the first target area based on the measure; and determining the status of the floating roof based on the estimated inclination.
A device for replacement or regeneration of articular tissue comprising polymeric fibers, the device comprising two end sections (14a and 14b) for attachment of the device at a site of implantation and at least one middle section between the end sections, wherein the end sections are attachable to bone and allow for ingrowth of bony tissue, and wherein the middle section is more porous than the end sections and allows in-growth of connective tissue, the device comprising first polymeric fibers degrading at between nine and twelve months following implantation, wherein the device is characterised by comprising second polymeric fibers not degrading following implantation in less than one year, wherein bundles of the first and second polymeric fibers are braided into a three-dimensional braided scaffold wherein the device has a peak load strength range from 500 to 3200N, an initial stiffness between 200 and 700 N/mm, and provides articular tissue function at the site of implantation as tissue integrates into the device.