mhurhangee/ep-ind-claims huggingface dataset:
An in vitro method for the diagnosis of dementia with Lewy bodies comprising determining in a biological sample from a subject, the genotype of the following alterations in butyrylcholinesterase (BChE) gene: the polymorphic site at position 68974 in NCBI Accession Number NG_009031 (i.e. position 934 in SEQ ID NO: 28); and the poly-thymine region at positions 4780 to 4786 in NCBI Accession Number NG_009031 (i.e. positions 4780-4786 in SEQ ID NO: 1). the polymorphic site at position 68974 in NCBI Accession Number NG_009031 (i.e. position 934 in SEQ ID NO: 28); and the poly-thymine region at positions 4780 to 4786 in NCBI Accession Number NG_009031 (i.e. positions 4780-4786 in SEQ ID NO: 1).
A method of managing a cache including a plurality of entries managed according to a copy-back algorithm, comprising and characterized by: updating a global modified bit associated with the cache upon a write to any copy-back cache entry; upon processing a miss, inspecting the global modified bit; and if the global modified bit indicates that no copy-back entry in the cache contains modified data, writing new data to a selected cache entry without first reading the entry to determine whether it contains modified data; if the global modified bit indicates that a copy-back entry in the cache does contain modified data, writing new data to the selected cache entry after reading the entry to determine whether it contains modified data. updating a global modified bit associated with the cache upon a write to any copy-back cache entry; upon processing a miss, inspecting the global modified bit; and if the global modified bit indicates that no copy-back entry in the cache contains modified data, writing new data to a selected cache entry without first reading the entry to determine whether it contains modified data; if the global modified bit indicates that a copy-back entry in the cache does contain modified data, writing new data to the selected cache entry after reading the entry to determine whether it contains modified data.
A spray boom for spraying a fluid, particularly for agricultural purposes, featuring a first fluid line (3, 103) that is provided with spaced-apart spray nozzles (2, 102) and configured for feeding fluid to the spray nozzles (2, 102), as well as a second fluid line (4, 104) that is connected to the first fluid line (3, 103), wherein the spray boom is configured in such a way that fluid can be fed to the first fluid line (3, 103) via the second fluid line (4, 104) in a spraying mode and fluid can be discharged from the first fluid line (3, 103) via the second fluid line (4, 104) in a circulation mode, characterized in that at least one connecting line (5, 6, 105, 106) is arranged between the first fluid line (3, 103) and the second fluid line (4, 104), wherein fluid can be conveyed from the second fluid line (4, 104) into the first fluid line (3, 103) through said connecting line, wherein a valve (7, 8, 107, 108) is arranged in the at least one connecting line (5, 6, 105, 106), wherein said valve opens in the direction of the first fluid line (3, 103) and closes in the direction of the second fluid line (4, 104),
A composition for applying to a honeycomb body, comprising: an inorganic powder batch composition comprising a cordierite forming glass powder and a cordierite grog, wherein the cordierite forming glass powder comprises, on an oxide percent basis, of: 49% to 55% SiO 2; 13% to 19% MgO; 26% to 36% Al 2 O 3; and a liquid vehicle; wherein the cordierite forming glass powder and the cordierite grog are present in the composition in a ratio grog: glass powder between 1:4 and 4:1 such that the composition can be sintered and ceramed at a temperature T < 950°C to provide a ceramed crystalline phase cordierite composition having a coefficient of thermal expansion ≤ 25 x 10 -7 /°C at 1000°C. an inorganic powder batch composition comprising a cordierite forming glass powder and a cordierite grog, wherein the cordierite forming glass powder comprises, on an oxide percent basis, of: 49% to 55% SiO 2; 13% to 19% MgO; 26% to 36% Al 2 O 3; and 49% to 55% SiO 2; 13% to 19% MgO; 26% to 36% Al 2 O 3; and a liquid vehicle; wherein the cordierite forming glass powder and the cordierite grog are present in the composition in a ratio grog: glass powder between 1:4 and 4:1 such that the composition can be sintered and ceramed at a temperature T < 950°C to provide a ceramed crystalline phase cordierite composition having a coefficient of thermal expansion ≤ 25 x 10 -7 /°C at 1000°C.
A polymer composition comprising: a first poly(vinyl butyral) resin having a first residual hydroxyl content; a second poly(vinyl butyral) resin having a second residual hydroxyl content; a plasticizer; and at least one compatibilizer wherein the compatibilizer is an anhydride compatibilizer; characterized in that the difference between the first and second residual hydroxyl contents is at least 2 wt.%, and the polymer composition has a percent haze of less than 5% (as measured in accordance with ASTM D1003-Procedure B using Illuminant C). a first poly(vinyl butyral) resin having a first residual hydroxyl content; a second poly(vinyl butyral) resin having a second residual hydroxyl content; a plasticizer; and at least one compatibilizer wherein the compatibilizer is an anhydride compatibilizer; characterized in that the difference between the first and second residual hydroxyl contents is at least 2 wt.%, and the polymer composition has a percent haze of less than 5% (as measured in accordance with ASTM D1003-Procedure B using Illuminant C).
A method for collecting and storing vehicle sensor data of at least one sensing system of a vehicle in order to detect an incident, accident and/or scam, wherein one of the at least one sensing system is a camera sensing system comprising a camera or a plurality of cameras of the vehicle, said method comprising the steps of: S1) continuously collecting and storing a first set of vehicle sensor data for a preceding first pre-definable time period at least when a door or trunk of the vehicle is open, S2) collecting and storing a second set of vehicle sensor data for a coming second pre-definable time period when at least one of the following occurs: - the door or trunk of the vehicle is being closed, or - the vehicle drives away from standstill after being parked, S3) storing jointly as an event the stored second set of vehicle sensor data with the preceding first set of vehicle sensor data, and displaying the event on a display to a driver/owner of the vehicle. S1) continuously collecting and storing a first set of vehicle sensor data for a preceding first pre-definable time period at least when a door or trunk of the vehicle is open, S2) collecting and storing a second set of vehicle sensor data for a coming second pre-definable time period when at least one of the following occurs: - the door or trunk of the vehicle is being closed, or - the vehicle drives away from standstill after being parked, - the door or trunk of the vehicle is being closed, or - the vehicle drives away from standstill after being parked, S3) storing jointly as an event the stored second set of vehicle sensor data with the preceding first set of vehicle sensor data, and displaying the event on a display to a driver/owner of the vehicle.
A memory (14, 24) comprising: a memory array (18, 26); read circuitry (20, 28) coupled to the memory array and configured to provide read data from the memory array in response to a read request, wherein the read circuitry provides the read data in accordance with a first clock; and a strobe generator (22, 30) configured to provide a strobe signal with the read data, wherein the strobe generator provides the strobe signal in accordance with a second clock which is out of phase with the first clock by a phase in a range of 30 degrees to 150 degrees, characterized in that: the strobe generator is configured to receive the second clock and an inverse of the second clock, and is configured to transition the strobe signal at zero crossings of the second clock and the inverse of the second clock (PSCb). a memory array (18, 26); read circuitry (20, 28) coupled to the memory array and configured to provide read data from the memory array in response to a read request, wherein the read circuitry provides the read data in accordance with a first clock; and
A test and measurement instrument, comprising: inputs for receiving a plurality of analog input signals carrying link training information; and a link training information extractor coupled to the inputs and structured to select particular link training information from the plurality of analog signals, the particular link training information including control channel data, the information extractor including: memory to store control channel data values, the test and measurement instrument characterized by further comprising: a comparator structured to evaluate control channel data values from the analog input signals against the stored control channel data values, and a loopback facility structured to store new control channel data values from the analog input signals into the memory when control channel data values from the analog input signals do not match the stored control channel data values. inputs for receiving a plurality of analog input signals carrying link training information; and a link training information extractor coupled to the inputs and structured to select particular link training information from the plurality of analog signals, the particular link training information including control channel data, the information extractor including: memory to store control channel data values, the test and measurement instrument characterized by further comprising: a comparator structured to evaluate control channel data values from the analog input signals against the stored control channel data values, and a loopback facility structured to store new control channel data values from the analog input signals into the memory when control channel data values from the analog input signals do not match the stored control channel data values. a comparator structured to evaluate control channel data values from the analog input signals against the stored control channel data values, and a loopback facility structured to store new control channel data values from the analog input signals into the memory when control channel data values from the analog input signals do not match the stored control channel data values.
A method of improving the viability, persistence and/or vigour of a host plant in the form of Lolium multiflorum Lolium × hybridum and Lolium perenne, (host grass) which includes the step of: - artificially inoculating the host grass with an LpTG-3 endophyte RGT18 strain; so the LpTG-3 endophyte RGT18 strain can: - produce at least one alkaloid or combination of alkaloids that provide the host grass with a favorable alkaloid profile; and/or - protect the plant from biotic stresses. - artificially inoculating the host grass with an LpTG-3 endophyte RGT18 strain; - produce at least one alkaloid or combination of alkaloids that provide the host grass with a favorable alkaloid profile; and/or - protect the plant from biotic stresses.
A method for preparing a mouthguard from a U-shaped sheet comprising the steps of: trimming the sheet to a size that fits between a user's cheeks and over the user's teeth; biting on the sheet to create an imprint of the user's teeth on the sheet; characterised in that the U-shaped sheet is planar and in further comprising the step of trimming the sheet around the imprint to create a mouthguard having a size and shape substantially matching a user's bite pattern. trimming the sheet to a size that fits between a user's cheeks and over the user's teeth; biting on the sheet to create an imprint of the user's teeth on the sheet; characterised in that the U-shaped sheet is planar and in further comprising the step of trimming the sheet around the imprint to create a mouthguard having a size and shape substantially matching a user's bite pattern.
A system for conversion of energy in a residual gas generated in an industrial process, said system comprising: a combustion chamber having a fuel inlet having a cross-section area and configured to receive a flow of residual gas for combustion in said combustion chamber; said combustion chamber further having an air inlet; a Stirling engine configured to convert heat from said combustion chamber into mechanical energy, said Stirling engine having a heat exchanger having a cross-section, wherein at least a portion of said heat exchanger extends into said combustion chamber; a residual gas duct being arranged for transporting said residual gas at atmospheric or near atmospheric pressure; an air duct being arranged for transporting air at atmospheric or near atmospheric pressure; characterized in a gas diffusion chamber comprising a residual gas inlet through which said residual gas enters said gas diffusion chamber from said residual gas duct, and a residual gas outlet being in fluid communication with said fuel inlet of said combustion chamber, wherein said residual gas is transported in a diffusion direction from said residual gas inlet to said residual gas outlet; wherein said gas diffusion chamber has such a shape that said flow of residual gas at said fuel inlet is substantially laminar and has a symmetric velocity profile. a combustion chamber having a fuel inlet having a cross-section area and configured to receive a flow of residual gas for combustion in said combustion chamber; said combustion chamber further having an air inlet; a Stirling engine configured to convert heat from said combustion chamber into mechanical energy, said Stirling engine having a heat exchanger having a cross-section, wherein at least a portion of said heat exchanger extends into said combustion chamber; a residual gas duct being arranged for transporting said residual gas at atmospheric or near atmospheric pressure; an air duct being arranged for transporting air at atmospheric or near atmospheric pressure; characterized in a gas diffusion chamber comprising a residual gas inlet through which said residual gas enters said gas diffusion chamber from said residual gas duct, and a residual gas outlet being in fluid communication with said fuel inlet of said combustion chamber, wherein said residual gas is transported in a diffusion direction from said residual gas inlet to said residual gas outlet; wherein said gas diffusion chamber has such a shape that said flow of residual gas at said fuel inlet is substantially laminar and has a symmetric velocity profile.
Combination of a mopping system with a chassis, comprising a mopping system receiver for receiving the mopping system, wherein the mopping system is envisaged to comprise a bucket and a drying device for mopping cloths or mopping heads or a mopping cloth press and a brake device, which switches the chassis, moveable from a release position in which the chassis is moveable into a blocked position, in which the chassis is blocked and secured against rolling away, due to applying a force, characterised in that the brake device is designed in such a way that the force can be applied to the mopping system receiver and will not switch to the blocked position when a load is applied to the mopping system receiver with the bucket and the drying device, and then switches to the blocked position when an additional load is applied with the weight of the moping unit or by means of the activating force of the mopping cloth press.
A method comprising: displaying, with a display device, a bioelectrical brain signal of a patient; and generating and displaying, with the display device, a display of a patient posture indicator together with a segment of the bioelectrical brain signal, at the same time, and aligned on the display to show the temporal correlation therebetween, wherein the patient posture indicator comprises a graphical representation of at least a portion of a body of the patient; and further comprising displaying a sliding window that highlights the segment of the bioelectrical brain signal and the patient posture indicator that indicates the patient posture state when the segment of the bioelectrical brain signal was sensed. displaying, with a display device, a bioelectrical brain signal of a patient; and generating and displaying, with the display device, a display of a patient posture indicator together with a segment of the bioelectrical brain signal, at the same time, and aligned on the display to show the temporal correlation therebetween, wherein the patient posture indicator comprises a graphical representation of at least a portion of a body of the patient; and further comprising displaying a sliding window that highlights the segment of the bioelectrical brain signal and the patient posture indicator that indicates the patient posture state when the segment of the bioelectrical brain signal was sensed.
A system for automated ultrasound examination of patient's breasts, comprising: a source of a three-dimensional breast volume sonographic response comprising thin-slice original images (2702, 3002) that conform to planes transverse to a coronal plane and are acquired by compressing one or both the patient's breasts with a scanning pod chestwardly and scanning the compressed breast tissue with ultrasound using a mechanically driven transducer; a processor (106, 522) configured to apply computer image processing to the sonographic response to: (i) segment out influences of interactions of non-breast tissue with ultrasound insaidscanning; (ii) produce a whole-breast navigator overview image representing a two-dimensional, 2D, chestward projection, on a coronal surface, of the three-dimensional breast volume; and (iii) identify abnormalities, if any, in said scanned breast tissue; and a computerized display (110, 526) configured to display the whole-breast navigator overview image representing said 2D projection, with an indication of one or more abnormalities, if any, found in said processing. a source of a three-dimensional breast volume sonographic response comprising thin-slice original images (2702, 3002) that conform to planes transverse to a coronal plane and are acquired by compressing one or both the patient's breasts with a scanning pod chestwardly and scanning the compressed breast tissue with ultrasound using a mechanically driven transducer; a processor (106, 522) configured to apply computer image processing to the sonographic response to: (i) segment out influences of interactions of non-breast tissue with ultrasound insaidscanning; (ii) produce a whole-breast navigator overview image representing a two-dimensional, 2D, chestward projection, on a coronal surface, of the three-dimensional breast volume; and (iii) identify abnormalities, if any, in said scanned breast tissue; and a computerized display (110, 526) configured to display the whole-breast navigator overview image representing said 2D projection, with an indication of one or more abnormalities, if any, found in said processing. (i) segment out influences of interactions of non-breast tissue with ultrasound insaidscanning; (ii) produce a whole-breast navigator overview image representing a two-dimensional, 2D, chestward projection, on a coronal surface, of the three-dimensional breast volume; and (iii) identify abnormalities, if any, in said scanned breast tissue; and a computerized display (110, 526) configured to display the whole-breast navigator overview image representing said 2D projection, with an indication of one or more abnormalities, if any, found in said processing.
A yield measuring system, comprising: - a container for receiving bulk material, - a conveying device comprising at least one conveying component (4, 5, 6) for feeding bulk material into the container, - at least one first sensor means (11, 18) associated with the conveying device for determining the volume or the weight of the bulk material conveyed into the container by the conveying device, - a control means which is configured for the evaluation of the signals from the at least one first sensor means (11, 18), characterized in that at least one conveying component can be driven by an electric motor and in that at least one further sensor means for measuring at least one physical variable of the electric motor is associated with the conveying device and by means of which a torque taken up by the at least one conveying component can be determined by the control means, wherein the control means is configured to carry out the measurement of the at least one physical variable of the electric motor as a function of a detected filling level for the bulk material in the container, wherein the torque determined by the control means is used for the calibration of the first sensor means (11, 18). - a container for receiving bulk material, - a conveying device comprising at least one conveying component (4, 5, 6) for feeding bulk material into the container, - at least one first sensor means (11, 18) associated with the conveying device for determining the volume or the weight of the bulk material conveyed into the container by the conveying device, - a control means which is configured for the evaluation of the signals from the at least one first sensor means (11, 18),
Method for the high-pressure treatment of a product, in particular packaged food, wherein, in a first method step, the product is subjected to a pressure medium in a high-pressure chamber, wherein, in a subsequent method step, the pressure built up in the high-pressure chamber is lowered again, wherein the lowering of the pressure takes place in one or more phases (17, 19, 20) and wherein, at least in one of the phases, the lowering of the pressure is controlled, characterized in that a second parameter, which is determined by means of a first parameter recorded during the pressure buildup, is used for the control, wherein either which mass of the pressure medium, in particular which mass flow, is required to achieve a certain pressure difference during the pressure buildup is determined as the first parameter or which volume of the pressure medium, in particular which volume flow, is required to achieve a certain pressure difference during the pressure buildup is determined as the first parameter.