mhurhangee/ep-ind-claims huggingface dataset:
Method for operating a steam oven, especially a domestic steam oven, wherein the steam oven has a control unit and a water reservoir and wherein the steam oven is equipped with a pyrolytic cleaning function, wherein the reservoir has a maximum water level (L MN) for normal steam cooking, a minimum pyrolytic water level (L MP) and an over-filled water level (L OF), wherein the operation of the pyrolytic cleaning comprises the following steps a), b), c) or a), b), d) after the pyrolytic cleaning function is activated by the user: a) detecting of the actual water level in the water reservoir by the control unit; b) comparing of the detected actual water level with the defined minimum pyrolytic water level (L MP) by the control unit; c) starting the pyrolytic cleaning function by the control unit if the actual water level is equal or above the minimum pyrolytic water level (L MP) and below the overfilled water level (L OF) or d) not starting the pyrolytic cleaning function but issuing of an alarm to the user by the control unit if the actual water level is below the minimum pyrolytic water level (L MP) to alert the user to fill up water into the water reservoir, wherein the minimum pyrolytic water level (L MP) is a maximum water level (L MN) for normal steam cooking operation or the minimum pyrolytic water level (L MP) is a water level which is between a maximum water level (L MH) for normal steam cooking operation and the defined overfilled water level (L OF). a) detecting of the actual water level in the water reservoir by the control unit; b) comparing of the detected actual water level with the defined minimum pyrolytic water level (L MP) by the control unit; c) starting the pyrolytic cleaning function by the control unit if the actual water level is equal or above the minimum pyrolytic water level (L MP) and below the overfilled water level (L OF) or d) not starting the pyrolytic cleaning function but issuing of an alarm to the user by the control unit if the actual water level is below the minimum pyrolytic water level (L MP) to alert the user to fill up water into the water reservoir,
Process for producing rigid PUR/PIR foams comprising reaction of a reaction mixture containing A1 an isocyanate-reactive component A2 blowing agent A3 catalyst A4 optionally additive A5 flame retardant B an isocyanate component, which is characterized in that the flame retardant A5 contains at least two phosphorus-containing compounds, wherein at least one of the two compounds has the general formula R 1 R 2 P-[O-R 5 -R 6 -O-P R 3] n R 4 or R 1 R 2 P-[O-R 5 -X-R 6 -O-P R 3] n R 4 wherein X represents an alkylene group, N-R 7, 0, C0, S, S0, SO 2 or P-R 7, n represents an integer from 0 to 4, R 1, R 2, R 3, R 4 in each case represents an aryl-0, aryl or alkyl group, R 5, R 6 in each case represents an arylene group, R 7 represents an aryl-0, aryl or alkyl group, wherein the at least one compound having the general formula or is employed in an oligomer mixture and n on average has a value n of 0.80 to 4.00. A1 an isocyanate-reactive component A2 blowing agent A3 catalyst A4 optionally additive A5 flame retardant B an isocyanate component, which is characterized in that the flame retardant A5 contains at least two phosphorus-containing compounds, wherein at least one of the two compounds has the general formula R 1 R 2 P-[O-R 5 -R 6 -O-P R 3] n R 4 or R 1 R 2 P-[O-R 5 -X-R 6 -O-P R 3] n R 4 wherein X represents an alkylene group, N-R 7, 0, C0, S, S0, SO 2 or P-R 7, n represents an integer from 0 to 4, R 1, R 2, R 3, R 4 in each case represents an aryl-0, aryl or alkyl group, R 5, R 6 in each case represents an arylene group, R 7 represents an aryl-0, aryl or alkyl group, wherein the at least one compound having the general formula or is employed in an oligomer mixture and n on average has a value n of 0.80 to 4.00.
A retrieval apparatus for removing an intravascular filter from a body vessel of a patient, said retrieval apparatus comprising: an outer sheath having an annular wall defining an outer lumen; an inner sheath having an annular wall defining an inner lumen, said inner sheath being positioned in said outer lumen; a retrieval member positioned in said inner lumen; an ultrasound transducer positioned on the application side of said retrieval member; a guide wire cannula extending between said outer sheath and said inner sheath; and a dilator located on the application side of said retrieval member, said dilator being coupled to said ultrasound transducer and receiving said guide wire cannula. an outer sheath having an annular wall defining an outer lumen; an inner sheath having an annular wall defining an inner lumen, said inner sheath being positioned in said outer lumen; a retrieval member positioned in said inner lumen; an ultrasound transducer positioned on the application side of said retrieval member; a guide wire cannula extending between said outer sheath and said inner sheath; and a dilator located on the application side of said retrieval member, said dilator being coupled to said ultrasound transducer and receiving said guide wire cannula.
Intraoral sensor for a dental X-ray apparatus, having a detection element for detecting the X-ray radiation, which detection element is mounted in the interior of a housing, wherein the detection element is mounted inside the housing via damping elements, which are made of an elastic or viscoelastic material, and wherein the housing has a flat rectangular shape, and the detection element, on two mutually opposite side surfaces, is connected to the corresponding side walls of the housing substantially along the entire length by means of two damping elements, or is connected to the housing via four damping elements, wherein two damping elements are arranged on two mutually opposite side surfaces, and the two further damping elements are arranged on two side surfaces of the detection element that are arranged perpendicularly thereto.
Two-component polyurethane composition in which the first component comprises - at least one polyurethane prepolymer containing isocyanate end groups, which is prepared from at least one aromatic polyisocyanate and at least one polyol, and - at least one polyaldimine which is obtainable from at least one polyamine containing aliphatic primary amino groups and at least one aldehyde which does not contain a C-H moiety positioned α to the carbonyl group; and the second component comprises water reversibly bound to a carrier material. - at least one polyurethane prepolymer containing isocyanate end groups, which is prepared from at least one aromatic polyisocyanate and at least one polyol, and - at least one polyaldimine which is obtainable from at least one polyamine containing aliphatic primary amino groups and at least one aldehyde which does not contain a C-H moiety positioned α to the carbonyl group;
A medical device comprising: an articulable elongate body extending along an axis to a distal end; a first fluid channel extending along the axis, the first fluid channel terminating in a first fluid orifice formed in a distal face of the distal end, wherein the first fluid channel is an aspiration lumen; at least one additional fluid channel formed through the elongate body, the at least one additional fluid channel terminating in at least one additional fluid exit orifice formed in a radial surface of the elongate body proximal the distal end; and a pocket formed in the distal face, wherein the pocket is configured to at least partially receive and hold an object to be removed during a lithotripsy procedure. an articulable elongate body extending along an axis to a distal end; a first fluid channel extending along the axis, the first fluid channel terminating in a first fluid orifice formed in a distal face of the distal end, wherein the first fluid channel is an aspiration lumen; at least one additional fluid channel formed through the elongate body, the at least one additional fluid channel terminating in at least one additional fluid exit orifice formed in a radial surface of the elongate body proximal the distal end; and a pocket formed in the distal face, wherein the pocket is configured to at least partially receive and hold an object to be removed during a lithotripsy procedure.
A wireless communication device (200A#1) operating as a first station, comprising a communication unit configured to: receive a first signal including first information from a first wireless communication device (100# 1) operating as an access point, wherein the first information includes a first physical layer identifier identifying a first network; receive a second signal including a second information from a second wireless communication device (200#2) operating as a second station, wherein the second information includes a second physical layer identifier identifying a second network different from the first network; determine whether the first physical layer identifier and the second physical layer identifier overlap; and in response to detecting the first physical layer identifier and the second physical layer identifier overlap, transmit a frame to the first wireless communication device including information indicating the overlap. receive a first signal including first information from a first wireless communication device (100# 1) operating as an access point, wherein the first information includes a first physical layer identifier identifying a first network; receive a second signal including a second information from a second wireless communication device (200#2) operating as a second station, wherein the second information includes a second physical layer identifier identifying a second network different from the first network; determine whether the first physical layer identifier and the second physical layer identifier overlap; and in response to detecting the first physical layer identifier and the second physical layer identifier overlap, transmit a frame to the first wireless communication device including information indicating the overlap.
A perimetric method for measuring a visual field of an eye, carried out with an ophthalmological device, particularly a perimeter or similar, and means for data processing with a data base, wherein the data base includes data sets of visual fields, wherein a retina of the eye is divided into points that represent the visual field, wherein the points of the retina are exposed to optical stimuli of a defined intensity, wherein a reaction to a stimulus is calculated as a measurement result, wherein at least two predefined points (P12, P16, P38, P52, P55, P65) are measured, wherein the predefined points are separated from each other by points that are located between them, characterized in that the predefined points each lie in anatomically independent nerve fibre regions (11, 12, 13, 14,15, 16) and are in a statistically significant relation to each other, wherein a visual field of the eye is derived from the measurement results and the data sets, wherein the measured results of the measured predefined points (P12, P16, P38, P52, P55, P65) are compared with the data sets for respectively matching points that are stored in the data base, wherein a visual field of an eye is derived from the data sets that are revealed by the comparison to approximately match the measured results.
A computer-implemented method for encoding data for communications with improved privacy, the method comprising: obtaining, by a computing system comprising one or more computing devices, input data comprising one or more input data points; constructing, by the computing system, a net tree comprising potential representatives of the one or more input data points, the potential representatives arranged in a plurality of levels, the net tree comprising a hierarchical data structure comprising a plurality of hierarchically organized nodes; determining, by the computing system, a representative of each of the one or more input data points from the potential representatives of the net tree, the representative comprising one of the plurality of hierarchically organized nodes; encoding, by the computing system, the representative of each of the one or more input data points for communication. obtaining, by a computing system comprising one or more computing devices, input data comprising one or more input data points; constructing, by the computing system, a net tree comprising potential representatives of the one or more input data points, the potential representatives arranged in a plurality of levels, the net tree comprising a hierarchical data structure comprising a plurality of hierarchically organized nodes; determining, by the computing system, a representative of each of the one or more input data points from the potential representatives of the net tree, the representative comprising one of the plurality of hierarchically organized nodes; encoding, by the computing system, the representative of each of the one or more input data points for communication.
Use of a combination of metabolites contained in a blood sample, comprising at least the ratio of total amount of arachidonic polyunsaturated etherlipids (PUFA ae) to total amount of monounsaturated fatty acid ether lipids (MUFA ae) and the ratio of total amount of monounsaturated fatty acid ether lipids (MUFA ae) to total amount of saturated fatty acids as a biomarker set for monitoring of HIV disease activity in a mammalian subject.
A flow conditioner for a circular pipe having an axis comprising: a plate having a face to be disposed in the circular pipe with the face of the plate perpendicular to the axis of the pipe, said plate having a central circular passage area through which fluid flows surrounded by two or more concentric arrays of segmented annular passages for fluid flow defined by separating and subdividing ligaments; characterised in that at least one array of annular passages has a radial width different than a radial width of a second array of annular passages, and the subdividing ligaments get progressively thicker at distances further from the pipe's axis.
A method for forming noble metal nanoparticles on a support, comprising: mixing a support ink with one or more noble metal precursor solution, wherein the support ink comprises a solution of a first polyhydric alcohol and the support, wherein the one or more noble metal precursor solution comprises a solution of a second polyhydric alcohol and the one or more noble metal precursor; feeding the mixture of the support ink and the one or more noble metal precursor solution to a spiral glass tube reactor; heating the spiral glass tube reactor containing the mixture of the support ink and the one or more noble metal precursor solution to reduce the noble metal precursor to form noble metal nanoparticles on the support; wherein the one or more noble metal precursor comprises a complex of platinum; and wherein the noble metal nanoparticles comprise nanoparticles of platinum. mixing a support ink with one or more noble metal precursor solution, wherein the support ink comprises a solution of a first polyhydric alcohol and the support, wherein the one or more noble metal precursor solution comprises a solution of a second polyhydric alcohol and the one or more noble metal precursor; feeding the mixture of the support ink and the one or more noble metal precursor solution to a spiral glass tube reactor; heating the spiral glass tube reactor containing the mixture of the support ink and the one or more noble metal precursor solution to reduce the noble metal precursor to form noble metal nanoparticles on the support; wherein the one or more noble metal precursor comprises a complex of platinum; and wherein the noble metal nanoparticles comprise nanoparticles of platinum.
An accumulator comprising: a tank having an inflow port and an outflow port; a double-pipe structured outflow pipe having a longitudinal axis and including an inner pipe joined to the outflow port and hanging inside of the tank, and an outer pipe disposed outside of the inner pipe; and a cloth member or a foam material, wherein said cloth member or foam material includes: - an externally-inserted part wound around the outer pipe, and - a cylindrical desiccant storage part for storing a desiccant to absorb and remove water in refrigerant, said desiccant storage part being attached to said externally-inserted part and being disposed externally to the outer pipe and extending along said axis, wherein the desiccant storage part is disposed so that the lower end thereof is in contact with the bottom of the tank. - an externally-inserted part wound around the outer pipe, and - a cylindrical desiccant storage part for storing a desiccant to absorb and remove water in refrigerant, said desiccant storage part being attached to said externally-inserted part and being disposed externally to the outer pipe and extending along said axis, wherein the desiccant storage part is disposed so that the lower end thereof is in contact with the bottom of the tank.
An infrared spectrophotometer, comprising: an electric heater that is a light source that emits an infrared light; a current control circuit that conducts a pulse-width modulation control so that a current supply to said electric heater is constant; a state detection circuit that determines state of said electric heater based on the comparison of the duty cycle or of a variation of the duty cycle with a threshold value while performing said pulse-width modulation control; and a notification processing unit that notifies upon a determination result with said state detection circuit. an electric heater that is a light source that emits an infrared light; a current control circuit that conducts a pulse-width modulation control so that a current supply to said electric heater is constant; a state detection circuit that determines state of said electric heater based on the comparison of the duty cycle or of a variation of the duty cycle with a threshold value while performing said pulse-width modulation control; and a notification processing unit that notifies upon a determination result with said state detection circuit.
A recombinant nucleic acid molecule comprising a bidirectional promoter operably linked to a first transgene in one direction and to a second transgene in the opposite direction, wherein the bidirectional promoter comprises a cytomegalovirus major immediate early enhancer as an enhancer building block flanked by a human cytomegalovirus major immediate early promoter (hCMV promoter) as a first promoter building block and a chicken beta actin promoter as a second promoter building block, with a hybrid chicken beta actin/rabbit beta globin intron as a first intron building block adjacent to and downstream of the chicken beta actin promoter and a human apolipoprotein A-1 intron as a second intron building block adjacent to and downstream of the hCMV promoter building block, wherein the bidirectional promoter comprises a sequence that is at least 90%, preferably at least 95% identical to SEQ ID NO: 4.
Power supply system comprising an insertion part for inductively supplying power to a load, characterized in that the power supply system has means for inductively supplying power to the load, wherein the means comprise an insertion part, the power supply to the load being provided after said insertion part has been inserted into the load, for which purpose the load has a secondary winding and the insertion part has a primary conductor, wherein the insertion part has raised areas for guidance purposes during the insertion of the insertion part into the load, wherein the insertion part has a bore, in which a lock shackle of a lock can be connected and suspended with a form fit so that insertion of the lock is blocked, wherein a key is required in order to release the lock from the insertion part.
A cooling enclosure, comprising: a cover body, wherein a first cooling cavity, a second cooling cavity, and an isolating cavity located between the first cooling cavity and the second cooling cavity are formed in the cover body, a plurality of first cooling pipes is disposed in the first cooling cavity, a plurality of second cooling pipes is disposed in the second cooling cavity, and the first cooling pipes and the second cooling pipes are both in communication with the isolating cavity and the outside; the cover body has a first surface and a second surface opposite to the first surface, and the second surface is configured to be mounted on a housing of a motor; an inner fan, disposed on the first surface, wherein one side of the inner fan is in communication with the first cooling cavity and the other side is in communication with the second cooling cavity, and the inner fan is configured to provide circulating power for internal circulating air that flows circularly in the first cooling cavity, the second cooling cavity and said housing to cool the motor; an outer fan, disposed on the first surface, located on the isolating cavity and in communication with the isolating cavity, wherein the external air pumped by the outer fan is subjected to heat exchange with the internal circulating air in the first and second cooling pipes (214, 215); and an inner air path guide air cylinder, located on the first surface, wherein the inner fan is located on the second cooling cavity, and the inner air path guide air cylinder is configured to communicate the first cooling cavity with the inner fan. a cover body, wherein a first cooling cavity, a second cooling cavity, and an isolating cavity located between the first cooling cavity and the second cooling cavity are formed in the cover body, a plurality of first cooling pipes is disposed in the first cooling cavity, a plurality of second cooling pipes is disposed in the second cooling cavity, and the first cooling pipes and the second cooling pipes are both in communication with the isolating cavity and the outside; the cover body has a first surface and a second surface opposite to the first surface, and the second surface is configured to be mounted on a housing of a motor; an inner fan, disposed on the first surface, wherein one side of the inner fan is in communication with the first cooling cavity and the other side is in communication with the second cooling cavity, and the inner fan is configured to provide circulating power for internal circulating air that flows circularly in the first cooling cavity, the second cooling cavity and said housing to cool the motor; an outer fan, disposed on the first surface, located on the isolating cavity and in communication with the isolating cavity, wherein the external air pumped by the outer fan is subjected to heat exchange with the internal circulating air in the first and second cooling pipes (214, 215); and an inner air path guide air cylinder, located on the first surface, wherein the inner fan is located on the second cooling cavity, and the inner air path guide air cylinder is configured to communicate the first cooling cavity with the inner fan.