mhurhangee/patent-ind-claim-en huggingface dataset:
A power supply device comprising: a first input terminal configured to be supplied AC power from a system ; a first power converter configured to convert AC power supplied via the first input terminal into DC power; a second input terminal configured to be supplied power from an electric power generator ; a second power converter configured to convert power supplied via the second input terminal into DC power; a storage battery ; a connection bus (B) connected to an output side of the first power converter , an output side of the second power converter , and the storage battery ; an output terminal configured to output some of DC power obtained via the connection bus (B); a controller configured to control the first power converter such that the amount of AC power supplied from the system does not exceed an upper limit value; and an AC power output terminal connected to the first input terminal , wherein power from the AC power output terminal is output as AC power to a load when sufficient power cannot be supplied from the output terminal through which some of the DC power obtained via the connection bus (B) is output to the load connected to the output terminal . a first input terminal configured to be supplied AC power from a system ; a first power converter configured to convert AC power supplied via the first input terminal into DC power; a second input terminal configured to be supplied power from an electric power generator ; a second power converter configured to convert power supplied via the second input terminal into DC power; a storage battery ; a connection bus (B) connected to an output side of the first power converter , an output side of the second power converter , and the storage battery ; an output terminal configured to output some of DC power obtained via the connection bus (B); a controller configured to control the first power converter such that the amount of AC power supplied from the system does not exceed an upper limit value; and an AC power output terminal connected to the first input terminal , wherein power from the AC power output terminal is output as AC power to a load when sufficient power cannot be supplied from the output terminal through which some of the DC power obtained via the connection bus (B) is output to the load connected to the output terminal .
A pharmaceutical composition comprising granulocyte-macrophage colony-stimulating factor (GM-CSF) and fosfomycin together with metronidazole for intraperitoneal use in the treatment, pre-emptive treatment or prophylaxis of infectious peritonitis or intra-abdominal infection in a subject.
Magazine for portion-wise receiving individualized bulk electronic components , the magazine comprising a receiving structure which comprises a plurality of closable receiving cavities arranged along a longitudinal axis of the receiving structure ; a cover structure which is arranged at an upper side of the receiving structure and is displaceable along the longitudinal axis , so that in a closed position of the cover structure , all receiving cavities are covered and in an opening position of multiple opening positions, at least one receiving cavity is free; and a closure foil which, in the form of a closed belt, surrounds the cover structure along the longitudinal axis wherein at least a part of the closure foil is releasably connected to the receiving structure . a receiving structure which comprises a plurality of closable receiving cavities arranged along a longitudinal axis of the receiving structure ; a cover structure which is arranged at an upper side of the receiving structure and is displaceable along the longitudinal axis , so that in a closed position of the cover structure , all receiving cavities are covered and in an opening position of multiple opening positions, at least one receiving cavity is free; and a closure foil which, in the form of a closed belt, surrounds the cover structure along the longitudinal axis wherein at least a part of the closure foil is releasably connected to the receiving structure .
An analysis method, comprising: subjecting a sample to liquid chromatography; performing first mass spectrometry of the sample subjected to the liquid chromatography to detect a first ion corresponding to cholesteryl ester and a second ion corresponding to cholesteryl ester peroxide; and analyzing a degree of oxidation of the sample based on a ratio between an intensity of the detected first ion and an intensity of the detected second ion. subjecting a sample to liquid chromatography; performing first mass spectrometry of the sample subjected to the liquid chromatography to detect a first ion corresponding to cholesteryl ester and a second ion corresponding to cholesteryl ester peroxide; and analyzing a degree of oxidation of the sample based on a ratio between an intensity of the detected first ion and an intensity of the detected second ion.
Aircraft propulsion unit comprising a motor , a fuel supplying system configured to supply fuel to the motor , and a fairing that separates an inner zone and an outer zone, the motor and at least part of the fuel supplying system being positioned in the inner zone, the propulsion unit comprising a pressure relief device configured to assume either an inactivated state, when the inner zone exhibits a pressure lower than a given threshold, and in which the pressure relief device forms a substantially leaktight barrier between the inner and outer zones, or an activated state, when the inner zone exhibits a pressure greater than or equal to the given threshold, and in which the pressure relief device comprises at least one opening that goes through the fairing and establishes communication between the inner and outer zones, and, for each opening , at least one door configured to assume a closed position, corresponding to the inactivated state of the pressure relief device , in which the door closes off the opening , and an open position, corresponding to the activated state of the pressure relief device , in which the door at least partially uncovers the opening , the fairing comprising first and second lateral walls (48.1, 48.2) and a trailing edge , characterized in that the lateral walls (48.1, 48.2) meet at the trailing edge , and in that the opening of the pressure relief device is positioned in at least one of the first and second lateral walls (48.1, 48.2) and extends to the trailing edge .
A device for aerosolization of an aerosolizable substance comprising: a induction heating element ; and a susceptor element ; and wherein the induction heating element is configured to cause the susceptor element to generate heat based on induction; and wherein the induction heating element is configured to cause the susceptor element to vibrate based on an alternating current magnetic field generated by the induction heating element; and characterized in that : the susceptor element comprises a central portion and a plurality of conductive filaments attached to the central portion. a induction heating element ; and a susceptor element ; and wherein the induction heating element is configured to cause the susceptor element to generate heat based on induction; and wherein the induction heating element is configured to cause the susceptor element to vibrate based on an alternating current magnetic field generated by the induction heating element; and characterized in that : the susceptor element comprises a central portion and a plurality of conductive filaments attached to the central portion.
A sorption cooling device comprising at least one evaporator , a condenser , and a sorption chamber , wherein an outlet from the condenser is provided connected by a connecting means to an inlet into the evaporator , wherein the connecting means is designed as a throttle unit in such a way that its dimensions are selected as a function of the pressure usage range during the operation of the sorption cooling device , wherein the length of the riser line , thus the evaporator side of the connecting means , corresponds to the maximum pressure difference to be expected in operation between condenser and evaporator , and the height difference between the outlet from the condenser and the inlet into the evaporator corresponds to the minimum pressure difference to be expected in operation between evaporator and condenser , and wherein a condensate reservoir is arranged between the outlet from the condenser and the connecting means or in the condenser side of the connecting means , wherein the outlet from the condenser is arranged lower inside the sorption cooling device than the inlet into the evaporator , and the sorption chamber is provided arranged fluidically between the outlet from the evaporator and the inlet into the condenser .
A loudspeaker system comprising: a loudspeaker that is arranged in a baffle between a passenger compartment of a vehicle and the outside of the passenger compartment, wherein the loudspeaker is configured to radiate an acoustical signal to the passenger compartment; a passive noise reduction system , configured to eliminate high frequency noise; and an active noise control system wherein a microphone is acoustically coupled to the loudspeaker via a secondary path, the loudspeaker is electrically coupled to the microphone via an active noise control filter , the loudspeaker comprises a first side and a second side and wherein the first side faces the passenger compartment of the vehicle and the second side faces the outside of the vehicle, and the microphone is arranged at the first side of the loudspeaker and adjacent to the passive noise reduction system . a loudspeaker that is arranged in a baffle between a passenger compartment of a vehicle and the outside of the passenger compartment, wherein the loudspeaker is configured to radiate an acoustical signal to the passenger compartment; a passive noise reduction system , configured to eliminate high frequency noise; and an active noise control system wherein a microphone is acoustically coupled to the loudspeaker via a secondary path, the loudspeaker is electrically coupled to the microphone via an active noise control filter , the loudspeaker comprises a first side and a second side and wherein the first side faces the passenger compartment of the vehicle and the second side faces the outside of the vehicle, and the microphone is arranged at the first side of the loudspeaker and adjacent to the passive noise reduction system .
Preparation device for beverages to be obtained by means of elution, in particular for household purposes, with a preparation container , with a supply unit for transferring microbubble water upstream of the preparation container , with a beverage outlet downstream of the preparation container and a device for generating microbubble water as a supply unit, characterised by a pressure generator for introducing pressurised microbubble water from the supply device into the preparation container .
A final gear structure comprising: a shaft , on which a bevel gear is formed; a ring gear , which meshes with the bevel gear and mounts a wheel on a ring gear side, wherein a stud bolt for mounting the wheel is provided on a ring gear side; a ring gear shaft , which is supported on a gear case , is provided in a sandwiched manner between the wheel and the ring gear , wherein the stud bolt penetrates the ring gear shaft and a disc mounting member , on which a brake disc is mounted and which is provided between the wheel and the ring gear shaft , wherein the ring gear shaft which is fitted in the ring gear and has both ends thereof rotatably supported on the gear case by way of bearings , wherein the ring gear shaft comprises a supported portion , which is supported by one of the bearings , and a flange portion , which is arranged adjacent to the supported portion and is provided on a ring gear side, and characterised in that a cylindrical collar member is fitted on the supported portion adjacent to the bearing , by which the supported portion is supported, wherein an annular projecting portion is integrally formed on a surface of the disc mounting member , the surface being on the ring gear shaft side, wherein the annular projecting portion is brought into contact with an end surface of the collar member , and wherein an axial force of the stud bolt is supported by the ring gear , the flange portion , the bearing by which the supported portion is supported, the cylindrical collar member , and the annular projecting portion . a shaft , on which a bevel gear is formed; a ring gear , which meshes with the bevel gear and mounts a wheel on a ring gear side, wherein a stud bolt for mounting the wheel is provided on a ring gear side; a ring gear shaft , which is supported on a gear case , is provided in a sandwiched manner between the wheel and the ring gear , wherein the stud bolt penetrates the ring gear shaft and a disc mounting member , on which a brake disc is mounted and which is provided between the wheel and the ring gear shaft , wherein the ring gear shaft which is fitted in the ring gear and has both ends thereof rotatably supported on the gear case by way of bearings , wherein the ring gear shaft comprises a supported portion , which is supported by one of the bearings , and a flange portion , which is arranged adjacent to the supported portion and is provided on a ring gear side, and characterised in that a cylindrical collar member is fitted on the supported portion adjacent to the bearing , by which the supported portion is supported, wherein an annular projecting portion is integrally formed on a surface of the disc mounting member , the surface being on the ring gear shaft side, wherein the annular projecting portion is brought into contact with an end surface of the collar member , and wherein an axial force of the stud bolt is supported by the ring gear , the flange portion , the bearing by which the supported portion is supported, the cylindrical collar member , and the annular projecting portion .
Connection pipe for a vacuum cleaner, wherein the connection pipe can be connected to a suction hose and a suction opening of a vacuum cleaner part, and has a free cross-section , through which the suction air flow of the vacuum cleaner is able to flow, and a latching element and a spring element are arranged on the connection pipe , and the spring element is able to exert a restoring force onto the latching element in order to bring the latching element from an unlocking position, in which the connection pipe can be detached from the suction opening, into a locking position, in which the connection pipe can be fixed to the suction opening by the latching element , wherein the spring element at least partially surrounds the free cross-section , wherein the spring element is resiliently deformed, characterised in that the spring element exerts a restoring force, which acts towards the outside in the radial direction, onto the latching element when the spring element is brought from the locking position into the unlocking position.
A method of obtaining a competent Bacillus licheniformis host cell, comprising: (a) introducing into a non-competent Bacillus licheniformis host cell at least one copy of a first nucleic acid construct comprising a promoter region operably linked to a polynucleotide encoding a ComS polypeptide, wherein the polynucleotide encoding the ComS polypeptide is foreign to the Bacillus licheniformis host cell; and (b) isolating a competent Bacillus licheniformis host cell comprising the polynucleotide encoding the ComS polypeptide. (a) introducing into a non-competent Bacillus licheniformis host cell at least one copy of a first nucleic acid construct comprising a promoter region operably linked to a polynucleotide encoding a ComS polypeptide, wherein the polynucleotide encoding the ComS polypeptide is foreign to the Bacillus licheniformis host cell; and (b) isolating a competent Bacillus licheniformis host cell comprising the polynucleotide encoding the ComS polypeptide.
A method comprising: estimating comparison values at an encoder, each comparison value indicative of an amount of temporal mismatch between a previously captured reference channel and a corresponding previously captured target channel; smoothing the comparison values to generate smoothed comparison values based on historical comparison value data and a smoothing parameter; estimating a tentative shift value based on the smoothed comparison values; non-causally shifting a particular target channel by a non-causal shift value to generate an adjusted particular target channel that is temporally aligned with a particular reference channel, the non-causal shift value based on the tentative shift value; and generating at least one of a mid-band channel or a side-band channel based on the particular reference channel and the adjusted particular target channel; adjusting a range of the comparison values, wherein the tentative shift value is associated with a comparison value in the range of the comparison values having a highest cross-correlation, wherein adjusting the range comprises: determining whether particular comparison values at a boundary of the range are monotonously increasing; and expanding the boundary in response to a determination that the particular comparison values at the boundary are monotonously increasing. estimating comparison values at an encoder, each comparison value indicative of an amount of temporal mismatch between a previously captured reference channel and a corresponding previously captured target channel; smoothing the comparison values to generate smoothed comparison values based on historical comparison value data and a smoothing parameter; estimating a tentative shift value based on the smoothed comparison values; non-causally shifting a particular target channel by a non-causal shift value to generate an adjusted particular target channel that is temporally aligned with a particular reference channel, the non-causal shift value based on the tentative shift value; and generating at least one of a mid-band channel or a side-band channel based on the particular reference channel and the adjusted particular target channel; adjusting a range of the comparison values, wherein the tentative shift value is associated with a comparison value in the range of the comparison values having a highest cross-correlation, wherein adjusting the range comprises: determining whether particular comparison values at a boundary of the range are monotonously increasing; and expanding the boundary in response to a determination that the particular comparison values at the boundary are monotonously increasing.
Hotplate device, in particular induction hotplate device, having a sensor unit , which is provided to detect at least one cookware parameter of at least one positioned item of cookware , having a control unit , which is provided to evaluate the at least one cookware parameter, and having a number of heating elements , wherein the heating elements define a variable cooking surface area , wherein the control unit is provided to evaluate at least one further cookware parameter for a further processing in addition to the size and shape, characterised in that the control unit is provided to identify the at least one item of cookware on the basis of the at least one cookware parameter, wherein the control unit is provide to reidentify an item of cookware on the basis of the at least one cookware parameter, and wherein the cookware parameter is a physical and/or chemical variable, which identifies and/or defines the item of cookware as such, namely independently of an operating state.
Water treatment device comprising: a body defining a duct for a water flow; a bladed assembly contained in said body and contacting said water flow, said bladed assembly comprising a plurality of blades aligned along the flow direction and rotated one to another by a pitch angle so that a tortuous path for said water flow traversing the duct is generated between the blades, a convergent-divergent section downstream said tortuous path and traversed by the water flow, wherein said blades are rotated one to another by a pitch angle of 49 degrees. a body defining a duct for a water flow; a bladed assembly contained in said body and contacting said water flow, said bladed assembly comprising a plurality of blades aligned along the flow direction and rotated one to another by a pitch angle so that a tortuous path for said water flow traversing the duct is generated between the blades, a convergent-divergent section downstream said tortuous path and traversed by the water flow, wherein said blades are rotated one to another by a pitch angle of 49 degrees.
A resin molding comprising: a first surface including a glossy portion having a glossiness of equal to or greater than 80%, the glossiness being measured by a gloss meter at a reflection angle of 60° in accordance with JIS Z 8741; and a second surface on the back of the first surface, the second surface including a rib protruding from the second surface, characterized in that the first surface further includes a non-glossy portion having a kurtosis value of equal to or greater than 3.5, the kurtosis value being a surface property parameter defined in ISO25178 and being measured as described in the description. a first surface including a glossy portion having a glossiness of equal to or greater than 80%, the glossiness being measured by a gloss meter at a reflection angle of 60° in accordance with JIS Z 8741; and a second surface on the back of the first surface, the second surface including a rib protruding from the second surface, characterized in that the first surface further includes a non-glossy portion having a kurtosis value of equal to or greater than 3.5, the kurtosis value being a surface property parameter defined in ISO25178 and being measured as described in the description.
A method of screening for a fetal trisomy in a pregnant female subject, the method comprising: detecting by mass spectrometry one or more lipid markers in a sample obtained from the subject in the first trimester of pregnancy and processed to allow detection of the lipid markers by mass spectometry, wherein the one or more lipid markers is indicative of the risk of a fetal trisomy in the subject; and determining the risk of a fetal trisomy in the pregnant female subject on the basis of the one or more lipid markers detected. detecting by mass spectrometry one or more lipid markers in a sample obtained from the subject in the first trimester of pregnancy and processed to allow detection of the lipid markers by mass spectometry, wherein the one or more lipid markers is indicative of the risk of a fetal trisomy in the subject; and determining the risk of a fetal trisomy in the pregnant female subject on the basis of the one or more lipid markers detected.
A stent graft with a hollow cylindrical body and a sleeve catheter, wherein the body has at least one self-expanding stent and a prosthetic material , wherein the body , in a compressed state, has a circumference that is smaller than a circumference of the body in an expanded state, wherein the sleeve catheter is designed as a flap-shaped compression element having two longitudinal edges , characterized in that a first longitudinal edge is secured on the prosthetic material of the body , wherein an extent of the flap-shaped compression element perpendicular to the first longitudinal edge is smaller than the circumference of the body in the expanded state, wherein, for the purpose of compressing the body , the flap-shaped compression element can be placed around the body and a free, second longitudinal edge is releasably attachable to fixation points arranged on the body and/or on the flap-shaped compression element .