mhurhangee/patent-ind-claim-en huggingface dataset:
A medical fluid delivery machine comprising: a medical fluid pump including a pneumatically actuated pump chamber and first and second pneumatically actuated medical fluid valve chambers located respectively upstream and downstream of the pneumatically actuated pump chamber; and a compresssor for creating positive pressure air; characterized in that the medical fluid delivery machine further comprises an accumulator storing the positive pressure air for delivery to at least one of the pneumatically actuated pump chamber, the first pneumatically actuated medical fluid valve chamber, or the second pneumatically actuated medical fluid valve chamber, the accumulator holding an elastic bladder that inflates under positive pressure air from the compressor, creating additional positive pressure that increases the amount of positive pressure air that the accumulator can provide. a medical fluid pump including a pneumatically actuated pump chamber and first and second pneumatically actuated medical fluid valve chambers located respectively upstream and downstream of the pneumatically actuated pump chamber; and a compresssor for creating positive pressure air; characterized in that the medical fluid delivery machine further comprises an accumulator storing the positive pressure air for delivery to at least one of the pneumatically actuated pump chamber, the first pneumatically actuated medical fluid valve chamber, or the second pneumatically actuated medical fluid valve chamber, the accumulator holding an elastic bladder that inflates under positive pressure air from the compressor, creating additional positive pressure that increases the amount of positive pressure air that the accumulator can provide.
A pharmaceutical composition for inhalatory use in the form of powder, characterized by comprising: a) a first spray drying powder comprising budesonide or a pharmaceutically acceptable salt thereof, in an amount greater than 5% by weight of said first powder, leucine in an amount from 18 to 55% by weight of said first powder, lactose in an amount from 40 to 80% by weight of said first powder; b) a second spray drying powder comprising formoterol or a pharmaceutically acceptable salt thereof, in an amount greater than 1% by weight of said second powder, leucine in an amount from 18 to 55% by weight of said second powder, lactose in an amount from 40 to 80% by weight of said second powder; c) a third powder comprising a mixture of a first lactose which has an X50 from 35 to 75 μm, with a second lactose which has an X50 from 1.5 to 10 μm, the content of said first and second lactose in said mixture being respectively from 85% to 96% and from 4% to 15%; wherein the ratio by weight of the total of said first and second powder and mixture of a first and second lactose is from 1/5 to 1/100, and said composition has a fine particle fraction (FPF) greater than 60%, measured using a Sympatec Helos light scattering device at a temperature <25°C and arelative humidity <50% RH, and a delivered fraction (DF) greater than 80%. a) a first spray drying powder comprising budesonide or a pharmaceutically acceptable salt thereof, in an amount greater than 5% by weight of said first powder, leucine in an amount from 18 to 55% by weight of said first powder, lactose in an amount from 40 to 80% by weight of said first powder; b) a second spray drying powder comprising formoterol or a pharmaceutically acceptable salt thereof, in an amount greater than 1% by weight of said second powder, leucine in an amount from 18 to 55% by weight of said second powder, lactose in an amount from 40 to 80% by weight of said second powder; c) a third powder comprising a mixture of a first lactose which has an X50 from 35 to 75 μm, with a second lactose which has an X50 from 1.5 to 10 μm, the content of said first and second lactose in said mixture being respectively from 85% to 96% and from 4% to 15%;
Computer-implemented method for supervised training of an artificial neural network for medical image analysis, wherein the neural network is configured to predict a label based on a feature vector indicative of a medical image, and wherein the method comprises: acquiring (S1) first and second sets of training samples, acquiring (S2) an upper bound for an average prediction performance of the neural network for a first subset of the second set of training samples, and training the neural network by reducing (S3) a cost function, wherein the training samples comprise feature vectors and associated predetermined labels, the feature vectors being indicative of medical images and the labels pertaining to anatomy detection, to semantic segmentation of medical images, to classification of medical images, to computer-aided diagnosis, to detection and/or localization of biomarkers or to quality assessment of medical images, wherein the cost function comprises a first part and a second part, wherein the first part of the cost function depends on the first set of training samples, and wherein the second part of the cost function depends on the first subset of training samples, characterized in that an average accuracy of the predetermined labels is better for the second set of training samples than for the first set of training samples, the second part of the cost function depends on the upper bound for the average prediction performance of the neural network for the first subset of training samples, and the second part of the cost function is configured for preventing that the average prediction performance for the first subset of training samples exceeds the upper bound. acquiring (S1) first and second sets of training samples, acquiring (S2) an upper bound for an average prediction performance of the neural network for a first subset of the second set of training samples, and training the neural network by reducing (S3) a cost function, wherein the training samples comprise feature vectors and associated predetermined labels, the feature vectors being indicative of medical images and the labels pertaining to anatomy detection, to semantic segmentation of medical images, to classification of medical images, to computer-aided diagnosis, to detection and/or localization of biomarkers or to quality assessment of medical images, wherein the cost function comprises a first part and a second part, wherein the first part of the cost function depends on the first set of training samples, and wherein the second part of the cost function depends on the first subset of training samples, characterized in that an average accuracy of the predetermined labels is better for the second set of training samples than for the first set of training samples, the second part of the cost function depends on the upper bound for the average prediction performance of the neural network for the first subset of training samples, and the second part of the cost function is configured for preventing that the average prediction performance for the first subset of training samples exceeds the upper bound.
A surgical access device comprising: a wound retractor comprising an outer ring , an inner ring , and a tubular sheath extending between the outer ring and the inner ring ; and an internal retractor characterized by a plurality of inflatable members each having a proximal and distal end, wherein the proximal end of each of the plurality of inflatable members is connected to the inner ring and extends distally into a body cavity, wherein one or more open windows are provided between inflatable members of the plurality of inflatable members that allow user access outside a perimeter of the internal retractor , and wherein one or more dam portions extend across two or more of the plurality of inflatable members . a wound retractor comprising an outer ring , an inner ring , and a tubular sheath extending between the outer ring and the inner ring ; and an internal retractor characterized by a plurality of inflatable members each having a proximal and distal end, wherein the proximal end of each of the plurality of inflatable members is connected to the inner ring and extends distally into a body cavity, wherein one or more open windows are provided between inflatable members of the plurality of inflatable members that allow user access outside a perimeter of the internal retractor , and wherein one or more dam portions extend across two or more of the plurality of inflatable members .
Bearing pretensioning device for pretensioning an adjusted large bearing unit , which comprises an inner part with external thread and an outer part with internal thread and the outer part or the inner part is designed for tensioning against a bearing ring of a bearing of the large bearing unit , wherein the external thread and the internal thread engage in one another and each comprise a load-transmitting thread flank and an opposite thread flank , wherein a respective thread flank (32a,b) comprises a flank angle (α1,α2), characterized in that the flank angle (α1) of the load-transmitting thread flank is at most 10°, preferably at most 5° and in particular 0°.
A positive electrode active material for a non-aqueous electrolyte secondary battery comprising: a lithium metal composite oxide powder represented by a general formula: Li z Ni 1-x-y Co x M y O 2+α , wherein 0<x≦0.35, 0≦y≦0.35, 0.95≦z≦ 1.30, -0.15≦α≦ 0.15, and M is at least one element selected from Mn, V, Mg, Mo, Nb, Ti and Al; and a coating layer placed on particle surfaces of the lithium metal composite oxide powder; wherein the coating layer is a mixed-phase of a crystalline phase and an amorphous phase; and wherein the coating layer contains lithium tungstate. a lithium metal composite oxide powder represented by a general formula: Li z Ni 1-x-y Co x M y O 2+α , wherein 0<x≦0.35, 0≦y≦0.35, 0.95≦z≦ 1.30, -0.15≦α≦ 0.15, and M is at least one element selected from Mn, V, Mg, Mo, Nb, Ti and Al; and a coating layer placed on particle surfaces of the lithium metal composite oxide powder; wherein the coating layer is a mixed-phase of a crystalline phase and an amorphous phase; and wherein the coating layer contains lithium tungstate.
Electronic pressure sensor comprising a body connectable on one side to a fluid source and housing on the opposite side; a ceramic cell with a pressure sensitive element ; a mechanical support for the ceramic cell , the body housing the mechanical support ; and an electrical connector element coupled to said pressure-sensitive element , wherein said ceramic cell is square in shape and is made up of two superimposed plates comprising a lower thin plate or membrane constituting said pressure-sensitive element and an upper plate of greater thickness, on said sensitive membrane being arranged four resistors (R1, R2, R3, R4) of a Wheatstone bridge, with two resistors (R1, R2) arranged centrally and close one to the other and the others two resistors (R3, R4) arranged radially distant towards the exterior, characterised in that the line joining the two most distant resistors (R3, R4) is arranged along a diagonal of the square and that said ceramic cell is glued to the support in a perimeter area (70; 70') such as to leave a central area containing said resistors (R1-R4) free from glue, having a square shape having its diagonal coincident with said diagonal of the square or an elliptical shape, with the major axis of the ellipse coincident with said diagonal of the square.
Filling disc for a rod-shaped anchor which is anchorable in a drilled hole in an anchoring substrate , the filling disc having a through-hole for passage of the anchor and an introduction opening for a curing composition, which opening communicates with the through-hole , characterised in that the through-hole is not circular at a location at which it has a smallest cross-section, and the through-hole has at least one inwardly projecting spacer .
Fuel tank comprising a venting system comprising a flap for closing and opening made in the tank and providing communication with the outside of said tank at atmospheric pressure, said flap being subjected to a float and is mounted in a hinged manner in the tank so as to adopt a closed position, being pushed by the float when the level of fuel in the tank reaches a certain threshold, and an open venting position, being driven by the float when the level of fuel is below said threshold, characterized in that the flap comprises a valve subjected to a second float mounted in a hinged manner in the tank so that said valve adopts a closed position, being pushed by the second float when the level of fuel in the tank reaches a certain threshold, and an open venting position in order to prevent overpressure within said tank, being driven by the second float when the level of fuel is below said threshold and the force exerted by the internal pressure on the valve is less than the sum of the forces exerted on the valve by the atmospheric pressure and by the weight of the second float .
An aircraft cabin comprising: - an aisle defining an aisle axis , - a plurality of aircraft passenger seats arranged in a seat column adjacent the aisle , and accessible from the aisle , each aircraft passenger seat comprising a seat pan and a backrest with a front face defining a seat facing direction and a rear face , and each aircraft passenger seat being convertible between a seat configuration and a bed configuration, wherein each aircraft passenger seat in the seat column is able to be angled away from the aisle such that the seat facing direction is at an angle of at least 30 degrees from the aisle axis and wherein each aircraft passenger seat can be in the bed configuration when at that angle; and wherein the aircraft cabin further comprises aircraft passenger accommodation units , each of the plurality of aircraft passenger seats being part of an aircraft passenger accommodation unit , the unit comprising a shell , the shell comprising a main shell portion and a rear shell portion at least partially surrounding the rear face of the backrest , characterised in that the rear shell portion is moveable with respect to the main shell portion between a closed position, in which the rear shell portion blocks an access path between the aisle and the seat , and an open position, in which the rear shell portion does not block the access path between the aisle and the seat . - an aisle defining an aisle axis , - a plurality of aircraft passenger seats arranged in a seat column adjacent the aisle , and accessible from the aisle , each aircraft passenger seat comprising a seat pan and a backrest with a front face defining a seat facing direction and a rear face , and each aircraft passenger seat being convertible between a seat configuration and a bed configuration, wherein each aircraft passenger seat in the seat column is able to be angled away from the aisle such that the seat facing direction is at an angle of at least 30 degrees from the aisle axis and wherein each aircraft passenger seat can be in the bed configuration when at that angle; and wherein the aircraft cabin further comprises aircraft passenger accommodation units , each of the plurality of aircraft passenger seats being part of an aircraft passenger accommodation unit , the unit comprising a shell , the shell comprising a main shell portion and a rear shell portion at least partially surrounding the rear face of the backrest , characterised in that the rear shell portion is moveable with respect to the main shell portion between a closed position, in which the rear shell portion blocks an access path between the aisle and the seat , and an open position, in which the rear shell portion does not block the access path between the aisle and the seat .
An apparatus comprising: a memory device having a device identification; and a low power wake circuit configured to receive a low power wake signal and an identification information, and further configured to initiate a transition of the memory device from a low power state to an active state responsive to an active low power wake signal and the identification information matching the device identification, wherein the memory device is configured to transition from the low power state to the active state after it is determined that the identification information matches the device identification. a memory device having a device identification; and a low power wake circuit configured to receive a low power wake signal and an identification information, and further configured to initiate a transition of the memory device from a low power state to an active state responsive to an active low power wake signal and the identification information matching the device identification, wherein the memory device is configured to transition from the low power state to the active state after it is determined that the identification information matches the device identification.
Information method for the driver of a motor vehicle, in which safety-relevant parameters are detected by way of at least one driver assistance system during driving of the motor vehicle, a safety level is determined from the detected parameters, which safety level indicates, for a time or distance interval, how safely the driver of the motor vehicle has driven, wherein the parameters are used to detect hazardous situations, wherein limit values are stored for the safety-relevant parameters, these limit values defining the circumstances under which a traffic situation ascertained on the basis of the safety-relevant parameters is assessed as a hazardous situation, and the current safety level is displayed, characterized in that a stationary state of the motor vehicle is detected and, when it has been detected that the motor vehicle is stationary, information about at least one previous detected hazardous situation is output to the driver, specifically even when a driver assistance system has not yet intervened in the traffic situation or output a warning. safety-relevant parameters are detected by way of at least one driver assistance system during driving of the motor vehicle, a safety level is determined from the detected parameters, which safety level indicates, for a time or distance interval, how safely the driver of the motor vehicle has driven, wherein the parameters are used to detect hazardous situations, wherein limit values are stored for the safety-relevant parameters, these limit values defining the circumstances under which a traffic situation ascertained on the basis of the safety-relevant parameters is assessed as a hazardous situation, and the current safety level is displayed,
A mobile communication system configured to enable a mobile station (UE) in a state connected to a cell under a first radio base station (eNB#A) adapted to a multiple frequency band indicator function to reestablish connection to a cell under a second radio base station (eNB#B) adapted to the multiple frequency band indicator function, wherein the first radio base station is configured to determine whether or not the mobile station (UE) is adapted to the multiple frequency band indicator function, based on an information element in capability information acquired from the mobile station, and, when the first radio base station determines that the mobile station is adapted to the multiple frequency band indicator function: to select a certain band out of bands which are supported by the cell under the second radio base station, the certain band having the highest priority to be selected by the mobile station in an idle state; and to send the second radio base station a handover preparation signal including a radio base station key (KeNB*), the signal being created by using identification information on a downlink center frequency of the selected band, wherein the multiple frequency band indicator function is a function applicable to a case where an existing band supported by a subject cell and a new band overlap each other, and to notify of the existing band and the new band by using broadcast information on the subject cell. to select a certain band out of bands which are supported by the cell under the second radio base station, the certain band having the highest priority to be selected by the mobile station in an idle state; and to send the second radio base station a handover preparation signal including a radio base station key (KeNB*), the signal being created by using identification information on a downlink center frequency of the selected band,
A recombinant bacterium having the following nucleic acid sequences, which code for the enzymes required for the fermentative de-novo synthesis of mixtures of resin acids having a defined composition: (i) at least one bacterial geranylgeranyl pyrophosphate synthase (GGPPS), (ii) at least one bacterial or plant-derived isopentenyl pyrophosphate isomerase (IPI) having a sequence that is codon-optimized for bacterial expression, (iii) at least one diterpene synthase (diTPS) having a sequence that is codon-optimized for bacterial expression, and determining the composition, (iv) at least one cytochrome P450 monooxygenase (CYP) derived from Picea sitchensis and having a sequence that is codon-optimized for bacterial expression, and (v) at least one hybrid cytochrome P450 reductase (CPR) having protein domains from Arabidopsis and ginger, a sequence that is codon-optimized for bacterial expression, and a sequence that codes for an amino acid sequence having at least 50% identity over the entire length of SEQ ID NO: 10, which expresses the enzymes, wherein said CPR is expressed as a fusion protein with CYP, and which synthesizes said mixtures of resin acids having a defined composition. (i) at least one bacterial geranylgeranyl pyrophosphate synthase (GGPPS), (ii) at least one bacterial or plant-derived isopentenyl pyrophosphate isomerase (IPI) having a sequence that is codon-optimized for bacterial expression, (iii) at least one diterpene synthase (diTPS) having a sequence that is codon-optimized for bacterial expression, and determining the composition, (iv) at least one cytochrome P450 monooxygenase (CYP) derived from Picea sitchensis and having a sequence that is codon-optimized for bacterial expression, and (v) at least one hybrid cytochrome P450 reductase (CPR) having protein domains from Arabidopsis and ginger, a sequence that is codon-optimized for bacterial expression, and a sequence that codes for an amino acid sequence having at least 50% identity over the entire length of SEQ ID NO: 10,
Seat device , with a combined rotational and pivoting device for rotating and pivoting an assembly of the seat device , which assembly comprises a seat element , wherein the rotational and pivoting device is arranged away from the seat element of the seat device , in the vicinity of a standing surface of the seat device , with a standing element which can be erected on the standing surface , with a supporting element which is connected to the standing element , and with a seat element which is supported by the supporting element , wherein the rotational and pivoting device connects the standing element to the supporting element , and the supporting element and the seat element are parts of the rotatable and pivotable assembly , wherein the rotational and pivoting device has a basic body and a pivoting head which is connected to the supporting element , wherein the basic body is mounted on the standing element so as to be rotatable about an axis of rotation , and wherein the pivoting head is connected to the basic body and is pivotable relative to the basic body on a pivoting path about a virtual pivot axis arranged below the standing surface .