mhurhangee/ep-ind-claims huggingface dataset:
A computer-implemented method of processing code for a business data system, comprising: displaying an upload user interface display, that provides a portal, with an upload user input mechanism; receiving customized business data system code and a user service request, wherein the user service request comprises selecting different analysis services and specifying one or more analysis categories; analyzing the customized business data system code according to the user service request; generating a user report reporting analysis results of the web-based analysis of the customized business data system code, including generating intermittent reports reflecting a partial analysis of the code and reporting suggested fixes; and displaying the user report, wherein displaying the user report comprises displaying actionable elements indicating errors; receiving user actuation of a given actionable element in the user report; displaying an object corresponding to the given actionable element in a developer environment in which the object is editable by importing the report into the business data system; and receiving user inputs modifying the object based on the user report. displaying an upload user interface display, that provides a portal, with an upload user input mechanism; receiving customized business data system code and a user service request, wherein the user service request comprises selecting different analysis services and specifying one or more analysis categories; analyzing the customized business data system code according to the user service request; generating a user report reporting analysis results of the web-based analysis of the customized business data system code, including generating intermittent reports reflecting a partial analysis of the code and reporting suggested fixes; and displaying the user report, wherein displaying the user report comprises displaying actionable elements indicating errors; receiving user actuation of a given actionable element in the user report; displaying an object corresponding to the given actionable element in a developer environment in which the object is editable by importing the report into the business data system; and receiving user inputs modifying the object based on the user report.
A glass composition comprising: between 45.0 to 58.0 weight percent SiO 2; greater than 18.0 weight percent B 2 O 3 and no more than 26.0 weight percent B 2 O 3; greater than 16.0 weight percent Al 2 O 3 and no more than 23.0 weight percent Al 2 O 3; between 0.25 to 12.0 weight percent P 2 O 5; greater than 0.25 weight percent CaO and less than 5.00 weight percent CaO; less than 4.50 weight percent MgO; greater than 0.25 weight percent CaO+MgO and less than 5.00 weight percent CaO+MgO; less than 0.80 weight percent Fe 2 O 3; and less than 0.50 weight percent TiO 2; wherein the composition has a glass viscosity of 100 Pa·s (1000 poise) at a temperature greater than 1350 °C. between 45.0 to 58.0 weight percent SiO 2; greater than 18.0 weight percent B 2 O 3 and no more than 26.0 weight percent B 2 O 3; greater than 16.0 weight percent Al 2 O 3 and no more than 23.0 weight percent Al 2 O 3; between 0.25 to 12.0 weight percent P 2 O 5; greater than 0.25 weight percent CaO and less than 5.00 weight percent CaO; less than 4.50 weight percent MgO; greater than 0.25 weight percent CaO+MgO and less than 5.00 weight percent CaO+MgO; less than 0.80 weight percent Fe 2 O 3; and less than 0.50 weight percent TiO 2; wherein the composition has a glass viscosity of 100 Pa·s (1000 poise) at a temperature greater than 1350 °C.
Instant tube heater for heating flowing liquid comprising: a hollow heating tube comprising a tubular flow passage extending along a central axis for heating liquid as it flows through it, an inlet connector sealingly connected to an inlet end of the hollow heating tube, an outlet connector sealingly connected to an outlet end of the hollow heating tube, wherein an inlet flow deviating member is positioned locally at the inlet end of the heating tube and is configured for forcing the flow of liquid entering the tubular passage of the heating tube in at least one direction away from the direction of the central axis of the tubular passage, wherein it comprises mixing means between the heating tube and a temperature sensor, wherein the mixing means comprises an outlet flow perturbing member, preferably comprising a plurality of outlet flow through-openings, which is positioned at the outlet end of the heating tube, wherein a mixing chamber is provided between the outlet flow perturbing member and the outlet connector, characterized in that it comprises a temperature sensor connected to the outlet connector for sensing the temperature of liquid leaving the heating tube the temperature sensor is positioned to extend at least partially inside the mixing chamber. a hollow heating tube comprising a tubular flow passage extending along a central axis for heating liquid as it flows through it, an inlet connector sealingly connected to an inlet end of the hollow heating tube, an outlet connector sealingly connected to an outlet end of the hollow heating tube, wherein an inlet flow deviating member is positioned locally at the inlet end of the heating tube and is configured for forcing the flow of liquid entering the tubular passage of the heating tube in at least one direction away from the direction of the central axis of the tubular passage, wherein it comprises mixing means between the heating tube and a temperature sensor, wherein the mixing means comprises an outlet flow perturbing member, preferably comprising a plurality of outlet flow through-openings, which is positioned at the outlet end of the heating tube, wherein a mixing chamber is provided between the outlet flow perturbing member and the outlet connector, characterized in that it comprises a temperature sensor connected to the outlet connector for sensing the temperature of liquid leaving the heating tube the temperature sensor is positioned to extend at least partially inside the mixing chamber.
A mass spectrometer comprising: an atmospheric pressure interface comprising an ion block or sub-assembly having an internal passage, wherein said atmospheric pressure interface further comprises either an inner sampling cone, a capillary interface or other gas limiting interface; and a clamp formed from a thermally insulating material and a removable outer gas cone which is slidably inserted into or onto said clamp so that said outer gas cone is retained by said clamp in use, wherein said clamp is arranged and adapted to be pushed by a user into engagement with said ion block or sub-assembly so as to position said outer gas cone adjacent said inner sampling cone, capillary interface or other gas limiting interface so as to secure said outer gas cone to said ion block or sub-assembly and to form a gas tight seal with said ion block or sub-assembly without use of screws or allen bolts. an atmospheric pressure interface comprising an ion block or sub-assembly having an internal passage, wherein said atmospheric pressure interface further comprises either an inner sampling cone, a capillary interface or other gas limiting interface; and a clamp formed from a thermally insulating material and a removable outer gas cone which is slidably inserted into or onto said clamp so that said outer gas cone is retained by said clamp in use, wherein said clamp is arranged and adapted to be pushed by a user into engagement with said ion block or sub-assembly so as to position said outer gas cone adjacent said inner sampling cone, capillary interface or other gas limiting interface so as to secure said outer gas cone to said ion block or sub-assembly and to form a gas tight seal with said ion block or sub-assembly without use of screws or allen bolts.
A modular floating system comprising sets of complementary elements which when coupled form void containers with solid walls and suitable for construction of floating structures, wherein the elements constituting the containers are provided with antijamming means preventing dismantled identical elements from jamming during storage in stack, wherein said containers comprise: - a bottom part, - an upper cover which fits the bottom part and is provided with means securing water-tight and air-tight coupling, - and a strengthening flange across the side wall of the bottom part, characterized in that - said strengthening flange is separate from the bottom part, fits the side wall of the bottom part and is provided with bolt holes, preferably tapped holes, spaced identically as bolt holes in an upper cover, the upper cover and the strengthening flange being joined by bolts or screw-and-nuts, or screw fasteners passing through respective bolt holes separated by the spacing sleeves. - a bottom part, - an upper cover which fits the bottom part and is provided with means securing water-tight and air-tight coupling, - and a strengthening flange across the side wall of the bottom part, - said strengthening flange is separate from the bottom part, fits the side wall of the bottom part and is provided with bolt holes, preferably tapped holes, spaced identically as bolt holes in an upper cover, the upper cover and the strengthening flange being joined by bolts or screw-and-nuts, or screw fasteners passing through respective bolt holes separated by the spacing sleeves.
A system comprising a card reader for reading magnetic data recorded on cards and a corresponding magnetic card, said card reader comprising a magnetic head having a reading core for reading said magnetic data recorded on said card and a reading-side coil wound around said reading core, the current flowing through the reading-side coil during the time of the magnetic data reading being the reading current, characterized in that said card reader further comprises a pseudo-current generating means for generating a pseudo-current to said reading-side coil, wherein the amplitude of the wave of said pseudo-current is equal to that of the wave of said reading current and the period of the wave of said pseudo-current is a period determined by the recording density of the magnetic data recorded on said card and the moving speed of said card in said card reader, and wherein said card reader further comprises a reading status-detecting means for detecting that the reading of said magnetic data is performed by said magnetic head, wherein said pseudo-current generating means suspends said pseudo-current, which has been generated to said reading-side coil, right before said magnetic head starts reading said magnetic data, based on the detection result of said reading-status detecting means, and starts generating said pseudo-current to said reading-side coil after said magnetic head finishes reading said magnetic data.
A process for the production of glycerol ester from a waste stream containing between 25% (w/w) and 50% (w/w) of organic oil and/or fat, with free fatty acids, comprising the following steps: - coarse filtration step, where process water at 80 °C is used to liquefy the oil and/or fat content in the waste stream to enhance the dynamic decantation step, wherein solids of size higher than 15 mm are separated and removed; - dynamic decantation step wherein solids of size higher than 1 mm are separated and removed; - centrifugation step at a temperature between 80°C to 90°C wherein a resulting acidic oil stream has a water content inferior to 5 % (w/w) and a content of FFA, higher than 50% (w/w); - glycerolysis reaction step of the acidic oil stream, obtained in the previous step, with glycerol and without the use of a catalyst. - coarse filtration step, where process water at 80 °C is used to liquefy the oil and/or fat content in the waste stream to enhance the dynamic decantation step, wherein solids of size higher than 15 mm are separated and removed; - dynamic decantation step wherein solids of size higher than 1 mm are separated and removed; - centrifugation step at a temperature between 80°C to 90°C wherein a resulting acidic oil stream has a water content inferior to 5 % (w/w) and a content of FFA, higher than 50% (w/w); - glycerolysis reaction step of the acidic oil stream, obtained in the previous step, with glycerol and without the use of a catalyst.
A method for automatically allocating physical layer cell identifiers in an apparatus, the method comprising: providing a modulo 3 grouping and a modulo 30 grouping for physical layer cell identifiers in a cellular communication system, wherein the modulo 3 grouping is associated with first synchronization signal assignments and the modulo 30 grouping is associated with second synchronization signal assignments, and wherein a combination of a first synchronization signal and a second synchronization signal determines a physical layer cell identifier of a cell; allocating a modulo 3 group to each of a plurality of cells of the cellular communication system; allocating, after the allocation of the modulo 3 groups, a modulo 30 group to each of the plurality of cells of the cellular communication system, wherein the allocation of the modulo 30 groups incorporates the allocated modulo 3 group as a precondition to reduce a search space for the modulo 30 grouping; and allocating to each cell a first synchronization signal a second synchronization signal on the basis of said allocation of the modulo 30 group. providing a modulo 3 grouping and a modulo 30 grouping for physical layer cell identifiers in a cellular communication system, wherein the modulo 3 grouping is associated with first synchronization signal assignments and the modulo 30 grouping is associated with second synchronization signal assignments, and wherein a combination of a first synchronization signal and a second synchronization signal determines a physical layer cell identifier of a cell; allocating a modulo 3 group to each of a plurality of cells of the cellular communication system; allocating, after the allocation of the modulo 3 groups, a modulo 30 group to each of the plurality of cells of the cellular communication system, wherein the allocation of the modulo 30 groups incorporates the allocated modulo 3 group as a precondition to reduce a search space for the modulo 30 grouping; and allocating to each cell a first synchronization signal a second synchronization signal on the basis of said allocation of the modulo 30 group.
A process for shortening the hydrocarbon chain of a compound of formula comprising contacting the compound of formula with a peroxide and an enzyme having peroxygenase activity and comprising an amino acid sequence with at least 80% identity to SEQ ID NO. 1, wherein R 1 is selected from -H and -OH, R 2 is selected from: optionally substituted C 1 -C 17 alkyl, optionally substituted C 2 -C 17 alkenyl, optionally substituted C 2 -C 17 alkynyl, -X-COOH, X is selected from optionally substituted C 2 -C 16 alkyl, optionally substituted C 2 -C 16 alkenyl, optionally substituted C 2 -C 16 alkynyl wherein the peroxide is hydrogen peroxide or an organic hydroperoxide selected from the list comprising tert-butyl hydroperoxide, peracetic acid, m- chloroperoxybenzoic acid and ethyl hydroperoxide and wherein the enzymatic reaction that takes place leads to at least one-carbon shorter acid according to the next scheme: R 1 is selected from -H and -OH, R 2 is selected from: optionally substituted C 1 -C 17 alkyl, optionally substituted C 2 -C 17 alkenyl, optionally substituted C 2 -C 17 alkynyl, -X-COOH, X is selected from optionally substituted C 2 -C 16 alkyl, optionally substituted C 2 -C 16 alkenyl, optionally substituted C 2 -C 16 alkynyl wherein the peroxide is hydrogen peroxide or an organic hydroperoxide selected from the list comprising tert-butyl hydroperoxide, peracetic acid, m- chloroperoxybenzoic acid and ethyl hydroperoxide and wherein the enzymatic reaction that takes place leads to at least one-carbon shorter acid according to the next scheme:
A method of authenticating a user via a handheld electronic device, comprising: storing at the handheld electronic device a first plurality of dynamic personal identification data samples specific to the user that are collected over time, wherein the first plurality of dynamic personal identification data samples comprises a plurality of biometric data samples associated with the user and a corresponding plurality of location data samples associated with the handheld electronic device; sending a copy of the first plurality of dynamic personal identification data samples to a remote computing device to be stored as a second plurality of dynamic personal identification samples; receiving at the handheld electronic device an authentication challenge that is computed based on the second plurality of dynamic personal identification samples; and computing at the handheld electronic device a first authentication response to the authentication challenge based on the plurality of biometric data samples and the plurality of location data samples, and authenticating the user if the first authentication response corresponds to the authentication challenge. storing at the handheld electronic device a first plurality of dynamic personal identification data samples specific to the user that are collected over time, wherein the first plurality of dynamic personal identification data samples comprises a plurality of biometric data samples associated with the user and a corresponding plurality of location data samples associated with the handheld electronic device; sending a copy of the first plurality of dynamic personal identification data samples to a remote computing device to be stored as a second plurality of dynamic personal identification samples; receiving at the handheld electronic device an authentication challenge that is computed based on the second plurality of dynamic personal identification samples; and computing at the handheld electronic device a first authentication response to the authentication challenge based on the plurality of biometric data samples and the plurality of location data samples, and authenticating the user if the first authentication response corresponds to the authentication challenge.
Drive train for a vehicle, wherein said drive train at least comprises a combustion engine, a main transmission and a rotatable mass, such as a flywheel or a torque converter, arranged there between, wherein said drive train further comprises an additional transmission mechanism, and said additional transmission mechanism is arranged in the power flow in between the main transmission and the engine, wherein said additional transmission mechanism is provided with at least a first and a second transmission ratio, said first transmission ratio is higher than said second transmission ratio, and wherein said additional transmission mechanism is able to change between the first and the second transmission ratio in order to increase or decrease the engine speed and simultaneously keeping the speed of said rotatable mass and masses in the main transmission unaffected thereof, characterized in that said additional transmission mechanism is provided between the rotatable mass and the main transmission, wherein the rotatable mass is provided with a clutch, such that said clutch can be disengaged and the rotatable mass be detached from the rotation of the drive train before a transmission ratio change of the additional transmission mechanism is performed, and wherein said clutch can be engaged and the rotatable mass rotates with the drive train after a transmission ratio change of the additional transmission mechanism has been performed.
Operator control apparatus for a vehicle component of a vehicle, comprising - a housing, - an operator control element arranged on the housing, which is adapted to be manually moved relative to the housing in a first direction of movement when actuated, and - a switch element which is adapted to close an electric circuit upon actuation of the operator control element in order to initiate an action of the vehicle component, characterised by a compensating mass which is coupled to the operator control element and is adapted to be moved via a mechanical coupling apparatus at least in a second direction of movement that is different from the first direction of movement when the operator control element is actuated and to reset the operator control element after it has been actuated via a weight force of the compensating mass. - a housing, - an operator control element arranged on the housing, which is adapted to be manually moved relative to the housing in a first direction of movement when actuated, and - a switch element which is adapted to close an electric circuit upon actuation of the operator control element in order to initiate an action of the vehicle component,
A inspection device for quarantine, comprising: a bearing mechanism (40;440;530) configured to bear an object being scanned; a first X-ray source (10;511) arranged at a side of the bearing mechanism and configured to emit X-rays substantially perpendicular to a movement direction of the bearing mechanism; a first detection and data collection apparatus (30; 514 and 524) arranged at another side of the bearing mechanism opposite to the first X-ray source, wherein an inspection area is formed between the first X-ray source (10;511) and the bearing mechanism (40;440;530); a controller (50;517) connected to the bearing mechanism (40;440;530), the first X-ray source (10;511) and the first detection and data collection apparatus (30;514 and 524), and configured to control the bearing mechanism (40;440;530) and the first X-ray source (10;511) to perform a CT scan on the object being scanned; and a computer (60;518) connected to the controller (50;517) and the first detection and data collection apparatus (30;514 and 524), and configured to store data obtained by the CT scan, perform image reconstruction, identify inspected and quarantined substances, and output an identification result of the inspected and quarantined substances; wherein the computer further configured to identify plants, animals, meat and their products as the identification results, label the plants, animals, meat and their products identified with different colors, input the image labeled to an image processing system in the computer to highlight a suspect of quarantine, and alarm automatically; characterized in that the computer further configured to automatically record shape features of contrabands which are frequently labeled by a user. a bearing mechanism (40;440;530) configured to bear an object being scanned; a first X-ray source (10;511) arranged at a side of the bearing mechanism and configured to emit X-rays substantially perpendicular to a movement direction of the bearing mechanism; a first detection and data collection apparatus (30; 514 and 524) arranged at another side of the bearing mechanism opposite to the first X-ray source, wherein an inspection area is formed between the first X-ray source (10;511) and the bearing mechanism (40;440;530); a controller (50;517) connected to the bearing mechanism (40;440;530), the first X-ray source (10;511) and the first detection and data collection apparatus (30;514 and 524), and configured to control the bearing mechanism (40;440;530) and the first X-ray source (10;511) to perform a CT scan on the object being scanned; and a computer (60;518) connected to the controller (50;517) and the first detection and data collection apparatus (30;514 and 524), and configured to store data obtained by the CT scan, perform image reconstruction, identify inspected and quarantined substances, and output an identification result of the inspected and quarantined substances;