mhurhangee/patent-ind-claim-en huggingface dataset:
A gas ultrasonic transducer system for operating a diesel common-rail engine, the gas ultrasonic transducer system comprising: an electronic control unit ; a water tank ; a gas tank with a gas supply shut-off valve ; a gas level sensor ; a gas pump operably connected with the gas tank ; a water pump operably connected with the water tank ; a mixer comprising a water level sensor and an ultrasonic transducer adapted to generate water vapor and gas mixture; wherein the mixer comprises two compartments: an upper compartment and a lower compartment (104"); the means for separation of the upper compartment and the lower compartment (104") comprising an anti-reflux valve adapted to allow water vapor from the lower compartment (104") to pass through the anti-reflux valve to the upper compartment and to prevent liquid water from flowing into the upper compartment ; wherein the upper compartment of the mixer comprises an outlet configured to be operably connected with an engine intake manifold ; wherein the outlet of the gas pump is configured to be operably connected with the upper compartment of the mixer and the outlet of the water pump is configured to be operably connected with the lower compartment (104") of the mixer where the ultrasonic transducer is at least partially located in the lower compartment (104") of the mixer .
Device for bunching sample particles , the device comprising a body , being formed as a chip, from a body material being a chip material, a fluid channel extending through the body , wherein the fluid channel is formed by the body , an acoustic wave guide embedded in the body , and an acoustic wave condenser embedded in the body , wherein the fluid channel forms a fluid path through the body , such that the fluid channel is configured to guide a flow of a sample fluid , in which sample particles are distributed, through the fluid channel along the fluid path , wherein the wave guide is configured to guide an acoustic reference wave, when transmitted via the body to the wave guide , to an application region of the fluid channel , wherein the wave condenser at least partly forms the application region of the fluid channel , and wherein the wave condenser is configured to generate a standing acoustic wave in the application region from the reference wave when the wave guide guides the reference wave into the application region resulting in an acoustic force field in the application region , which pushes sample particles when entering the application region into at least one bunch of sample particles in the application region ; characterized in that the wave guide is formed by the body and at least one cavity in the body . a body , being formed as a chip, from a body material being a chip material, a fluid channel extending through the body , wherein the fluid channel is formed by the body , an acoustic wave guide embedded in the body , and an acoustic wave condenser embedded in the body , wherein the fluid channel forms a fluid path through the body , such that the fluid channel is configured to guide a flow of a sample fluid , in which sample particles are distributed, through the fluid channel along the fluid path , wherein the wave guide is configured to guide an acoustic reference wave, when transmitted via the body to the wave guide , to an application region of the fluid channel , wherein the wave condenser at least partly forms the application region of the fluid channel , and wherein the wave condenser is configured to generate a standing acoustic wave in the application region from the reference wave when the wave guide guides the reference wave into the application region resulting in an acoustic force field in the application region , which pushes sample particles when entering the application region into at least one bunch of sample particles in the application region ; characterized in that the wave guide is formed by the body and at least one cavity in the body .
An electric vehicle power management apparatus, comprising: a controller , a display unit and a positioning system identifying the current location of the electric vehicle, wherein the controller is configured to be connected to a battery that is used to drive the electric vehicle, and a service providing server over a network , wherein the controller is configured to: receive, from the service providing server , map information that provides information about charging spots relative to the current location of the electric vehicle; to display, using the display unit , a map identifying the current location of the electric vehicle and the location of one or more charging spots near to the current location of the electric vehicle; and characterised by displaying, on the display unit , the surplus power which will remain in the battery after the electric vehicle has reached its destination, relative to the current location of the electric vehicle.
A vehicle comprising: an air-breathing engine having a nozzle where engine exhaust flow exits the air-breathing engine through the nozzle; a nozzle cooling system including a first cooling subsystem coupled to the nozzle so as to transfer heat from the nozzle to a cooling fluid flowing from a fluid reservoir to at least a power extraction device ; and wherein the cooling fluid, after flowing through the power extraction device , is ejected from the nozzle cooling system downstream from the power extraction device to an atmosphere exterior to the vehicle . an air-breathing engine having a nozzle where engine exhaust flow exits the air-breathing engine through the nozzle; a nozzle cooling system including a first cooling subsystem coupled to the nozzle so as to transfer heat from the nozzle to a cooling fluid flowing from a fluid reservoir to at least a power extraction device ; and wherein the cooling fluid, after flowing through the power extraction device , is ejected from the nozzle cooling system downstream from the power extraction device to an atmosphere exterior to the vehicle .
An information processing method, comprising: receiving (S201), by a terminal device, two synchronization signal blocks, SSBs, sent by a network device in one slot, and detecting physical downlink control channels, PDCCHs, of remaining minimum system information, RMSI, on control resource sets, CORESETs, of the RMSI in one-to-one association with the two SSBs, characterized in that : wherein candidate position information of the two SSBs in the one slot comprises: a first SSB of the two SSBs is located on a fourth symbol to a seventh symbol in the one slot; and a second SSB of the two SSBs is located on an eleventh symbol to a fourteenth symbol in the one slot, wherein a time domain length of the CORESET of the RMSI comprises: at most three symbols are allocated for a time domain length of the CORESET of the first RMSI; and/or, at most three symbols are allocated for a time domain length of the CORESET of the second RMSI. receiving (S201), by a terminal device, two synchronization signal blocks, SSBs, sent by a network device in one slot, and detecting physical downlink control channels, PDCCHs, of remaining minimum system information, RMSI, on control resource sets, CORESETs, of the RMSI in one-to-one association with the two SSBs, characterized in that : wherein candidate position information of the two SSBs in the one slot comprises: a first SSB of the two SSBs is located on a fourth symbol to a seventh symbol in the one slot; and a second SSB of the two SSBs is located on an eleventh symbol to a fourteenth symbol in the one slot, wherein a time domain length of the CORESET of the RMSI comprises: at most three symbols are allocated for a time domain length of the CORESET of the first RMSI; and/or, at most three symbols are allocated for a time domain length of the CORESET of the second RMSI. wherein candidate position information of the two SSBs in the one slot comprises: a first SSB of the two SSBs is located on a fourth symbol to a seventh symbol in the one slot; and a second SSB of the two SSBs is located on an eleventh symbol to a fourteenth symbol in the one slot, wherein a time domain length of the CORESET of the RMSI comprises: at most three symbols are allocated for a time domain length of the CORESET of the first RMSI; and/or, at most three symbols are allocated for a time domain length of the CORESET of the second RMSI. at most three symbols are allocated for a time domain length of the CORESET of the first RMSI; and/or, at most three symbols are allocated for a time domain length of the CORESET of the second RMSI.
An undermount sink for undermounting to a laminate countertop , the undermount sink having an undermount sink bowl , the undermount sink bowl having an upper outer perimeter; a cast mounting flange attached to the upper outer perimeter of the undermount sink bowl ; and a mounting flange support within and surrounded by the cast mounting flange and traversing the upper outer perimeter of the undermount sink bowl , characterized in that the mounting flange support is mechanically fastened to the upper outer perimeter of the undermount sink bowl ; and the upper surface of the cast mounting flange is flush with the upper edge of the undermount sink bowl .
A composition comprising bacteria from at least three genetically diverse strains of Brachyspira hyodysenteriae, wherein at least one of the strains is the strain with deposit number CNCM 1-4720, at least one of the strains is the strain with deposit number CNCM 1-4721 and at least one of the strains is the strain with deposit number CNCM 1-4722.
A tread for a tire , the tread comprising a main tread portion defined by a pair of intermediate circumferential first ribs , a pair of intermediate circumferential second ribs , and a center circumferential third rib , wherein the intermediate circumferential first ribs are each defined by a respective shoulder groove and a respective first circumferential groove , the intermediate circumferential second ribs are each defined by the respective first circumferential groove and a respective second circumferential groove , and the center circumferential third rib is defined by said second circumferential grooves , wherein the first circumferential grooves each have a trapezoidal cross-section with slanted walls and a flat bottom and wherein the second circumferential grooves each have a trapezoidal cross-section with slanted walls and a flat bottom, and wherein the first circumferential grooves each comprise a stabilizing structure comprising a circumferentially extending subgroove in the radially innermost flat bottom of the respective first circumferential groove , characterized in that the subgroove is a sinusoidal subgroove and in that the radial depth of the first circumferential grooves is shallower or less than the depth of the second circumferential grooves .
A device for supplying alumina to an electrolysis vat for the production of aluminum including a metering device and a piercing device comprising: - a piercing member for piercing a hole in a crust of alumina and frozen electrolyte forming above an electrolyte bath; - a tubular sheath surrounding the piercing member , the tubular sheath including a lower opening and a first gas discharge opening intended for the discharge of gas penetrating in the tubular sheath through the lower opening ; - a supply duct intended for the introduction of alumina into the tubular sheath including a second opening for introducing alumina and an orifice opening into the tubular sheath ; characterized in that the metering device comprises an alumina pouring opening which is remote from the second alumina introduction opening of the supply conduit and in that the tubular sheath and the supply conduit are configured so that more than 90% of the gases entering the tubular sheath through the lower opening exit the tubular sheath through the first gas discharge opening . - a piercing member for piercing a hole in a crust of alumina and frozen electrolyte forming above an electrolyte bath; - a tubular sheath surrounding the piercing member , the tubular sheath including a lower opening and a first gas discharge opening intended for the discharge of gas penetrating in the tubular sheath through the lower opening ; - a supply duct intended for the introduction of alumina into the tubular sheath including a second opening for introducing alumina and an orifice opening into the tubular sheath ;
An integrated biosignal analysis system performing determination of arrhythmia based on electrocardiographic information, the biosignal analysis system comprising: an input unit configured to receive input of the electrocardiographic information; a data conversion unit configured to perform time-frequency conversion on the electrocardiographic information to generate data for determination; a data restoration unit configured to restore the data for determination using a learned model including an auto-encoder to generate restored data; a difference calculation unit configured to calculate a difference amount between the restored data and the data for determination; and a determination unit configured to determine whether the data for determination is either of normal waveform data and arrhythmic waveform data based on the difference amount. an input unit configured to receive input of the electrocardiographic information; a data conversion unit configured to perform time-frequency conversion on the electrocardiographic information to generate data for determination; a data restoration unit configured to restore the data for determination using a learned model including an auto-encoder to generate restored data; a difference calculation unit configured to calculate a difference amount between the restored data and the data for determination; and a determination unit configured to determine whether the data for determination is either of normal waveform data and arrhythmic waveform data based on the difference amount.
An exercise machine, comprising: a stationary frame comprising first and second side frames , whereby each side frame has upper and lower frame portions or members , respectively; first and second columns are rotationally mounted between forward end portions of the upper and lower members of the respective side frames, wherein each column is at least substantially hollow with an internal channel and one or more vertical guide tracks 76 inside the channel or column; first and second pulley carriage assemblies mounted in the respective channels for travel along the vertical tracks inside the columns. a stationary frame comprising first and second side frames , whereby each side frame has upper and lower frame portions or members , respectively; first and second columns are rotationally mounted between forward end portions of the upper and lower members of the respective side frames, wherein each column is at least substantially hollow with an internal channel and one or more vertical guide tracks 76 inside the channel or column; first and second pulley carriage assemblies mounted in the respective channels for travel along the vertical tracks inside the columns.
Beverage machine device, in particular coffee machine device, with at least one beverage pump (10; 10b), preferably an oscillating armature pump, which is configured for conveying a beverage liquid (12; 12b), with at least one regulation unit (14; 14b; 14c; 14d) configured for regulating at least one flow parameter of the beverage liquid (12; 12b) at least substantially to at least one predetermined value, characterised by a control unit (18; 18b), which is configured to actuate the beverage pump (10; 10b) for a variable adjustment of a further flow parameter of the beverage liquid (12; 12b), and wherein the control unit (18; 18b) provides a phase-angle control for the actuation of the beverage pump (10; 10b), the control unit (18; 18b) using the performance-related pump characteristic of the beverage pump (10; 10b) for an actuation and adjustment of the further flow parameter, wherein the flow parameters are parameters describing a fluid-dynamic behaviour of the beverage liquid within the beverage machine device. with at least one beverage pump (10; 10b), preferably an oscillating armature pump, which is configured for conveying a beverage liquid (12; 12b), with at least one regulation unit (14; 14b; 14c; 14d) configured for regulating at least one flow parameter of the beverage liquid (12; 12b) at least substantially to at least one predetermined value, characterised by a control unit (18; 18b), which is configured to actuate the beverage pump (10; 10b) for a variable adjustment of a further flow parameter of the beverage liquid (12; 12b), and wherein the control unit (18; 18b) provides a phase-angle control for the actuation of the beverage pump (10; 10b), the control unit (18; 18b) using the performance-related pump characteristic of the beverage pump (10; 10b) for an actuation and adjustment of the further flow parameter, wherein the flow parameters are parameters describing a fluid-dynamic behaviour of the beverage liquid within the beverage machine device.
A method of producing psicose from fructose by using Ensifer sp. strain, comprising a step of reacting Ensifersp. with fructose, wherein the Ensifersp. strain is Ensifer adhaerens SYG29 deposited as accession number of KCCM11405P having an activity of converting D-fructose to D-psicose.
Method for monitoring an operation of a gas burner system , wherein by means of a burner during the operation of the gas burner system a fuel-air mixture is ignited and a flame is generated, wherein the temperature of the flame is measured by means of a flame temperature measurement apparatus and is evaluated by means of an evaluation apparatus , wherein from the temperature of the flame a combustion air ratio is specified, characterised in that the flame temperature measurement apparatus is actively cooled with the application of cooling air, wherein for a provision of the cooling air for the flame temperature measurement apparatus a part of the process air supplied to the burner is branched off, and that a fuel supply to the burner is interrupted when the temperature of the flame drops below a critical value or with a specific negative gradient, and that in the case of an anomaly of the combustion air ratio, the supply of fuel to the burner is interrupted.
A single skin combustor for a gas turbine engine having an engine casing , the single skin combustor comprising: a single skin liner defining a combustion chamber , the single skin liner having an inner surface exposed to the combustion chamber and an outer surface exposed to air in a plenum circumscribed by the engine casing , the outer surface of the single skin liner being an outermost surface of the combustor , cooling holes extending through the single skin liner , and cooling fins projecting integrally from the outer surface of the single skin liner , the cooling fins being interspersed between the cooling holes ; characterised in that : the density of cooling fins varies over the outer surface of the single skin liner , a higher density of cooling fins is provided in a primary zone of the combustor than in a secondary zone thereof, and a lower density of cooling holes is provided in the primary zone than in the secondary zone.
Electrical device comprising a printed circuit board having conductive tracks, wherein the printed circuit board comprises two similar and/or identical contact surface arrangements, wherein a first of the contact surface arrangements is equipped with a first power module and a second contact surface arrangement is equipped with a second power module , wherein the electrical device comprises - a further printed circuit board comprising further conductive tracks and connection means , - and a second plug-in connector part , wherein the second power module is connected in an electrically conductive manner to vias by means of contact surfaces of the second contact surface arrangement and the conductive tracks, wherein the second plug-in connector part is placed on the further printed circuit board and is connected in an electrically conductive manner to the connection means by means of the further conductive tracks, wherein the vias are connected in an electrically conductive manner to the connection means by means of a respective cable . - a further printed circuit board comprising further conductive tracks and connection means , - and a second plug-in connector part ,
A liquid nutritional composition having an off-white color and comprising: (a) a protein; (b) a carbohydrate; (c) an oxidizable fish oil containing an omega-3 polyunsaturated fatty acid; (d) rosmarinic acid; and (e) ferric iron comprising ferric orthophosphate and/or ferric pyrophosphate, wherein the composition has a Hunter L value not less than 68. (a) a protein; (b) a carbohydrate; (c) an oxidizable fish oil containing an omega-3 polyunsaturated fatty acid; (d) rosmarinic acid; and (e) ferric iron comprising ferric orthophosphate and/or ferric pyrophosphate,
Piece of sleeping or reclining furniture, in particular a bed , comprising: - a mattress having at least one piezoelectric or electromagnetic sensor embedded in a foam material of the mattress for detecting vibrations, motion and/or sound, wherein the mattress has at least one sensor plate , which acts as an element for receiving structure-borne sound and to which the at least one sensor is coupled, - further comprising an evaluation unit , which is connected to the sensor and is designed to process and evaluate the signals from the at least one sensor and to detect physiological parameters of a person using the piece of sleeping or reclining furniture, characterized in that the piece of sleeping or reclining furniture has an electromotive furniture drive comprising adjusting drives for adjusting furniture parts and comprising a control device for controlling the adjusting drives , wherein the evaluation unit is coupled to the control device or is integrated in the control device , and in that the mattress has at least one induction coil , which is arranged in an outer region and is connected to the sensor in order to inductively supply power to the sensor . - a mattress having at least one piezoelectric or electromagnetic sensor embedded in a foam material of the mattress for detecting vibrations, motion and/or sound, wherein the mattress has at least one sensor plate , which acts as an element for receiving structure-borne sound and to which the at least one sensor is coupled, - further comprising an evaluation unit , which is connected to the sensor and is designed to process and evaluate the signals from the at least one sensor and to detect physiological parameters of a person using the piece of sleeping or reclining furniture,
A composition comprising isolated multipotent cells, wherein the composition has angiogenic or anti-inflammatory activity, wherein the composition is sterilized by irradiation, and wherein sterilization by irradiation is performed by exposing the composition to radiation at a dosage in the range of 0.5 Mrad to 5.0 Mrad.