mhurhangee/patent-ind-claim-en huggingface dataset:
A method of manufacturing a furniture base plate member , wherein the method comprises the steps of: providing a hollow longitudinally elongated metal profile roll formed from a sheet of metal, comprising an upper side and a lower side ; pressing the upper side and the lower side of the metal profile against each other, such that at least one section of the upper side and the lower side abuts each other, and such that two longitudinal channels extending along the longitudinal extension of the metal profile are formed by said pressing with said section between the two longitudinal channels , wherein the longitudinal channels comprises respective openings at each longitudinal end of the metal profile ; and arrange support members , each having two insertion members , at the longitudinal ends such that the insertion members extend into the longitudinal channels at said openings . providing a hollow longitudinally elongated metal profile roll formed from a sheet of metal, comprising an upper side and a lower side ; pressing the upper side and the lower side of the metal profile against each other, such that at least one section of the upper side and the lower side abuts each other, and such that two longitudinal channels extending along the longitudinal extension of the metal profile are formed by said pressing with said section between the two longitudinal channels , wherein the longitudinal channels comprises respective openings at each longitudinal end of the metal profile ; and arrange support members , each having two insertion members , at the longitudinal ends such that the insertion members extend into the longitudinal channels at said openings .
Fluid treatment cartridge for use in a fluid treatment system including an apparatus provided with an inlet for receiving a fluid to be treated, an outlet for providing at least partially treated fluid and an interface for receiving the fluid treatment cartridge so as to allow fluid received through the inlet to be led through the cartridge and back to the outlet , wherein the fluid treatment cartridge includes at least one fluid treatment part for treating fluid led through the fluid treatment part , and wherein a certain one of the fluid treatment parts includes a medium for treatment of the fluid by ion exchange, characterised in that the fluid treatment cartridge is provided with a machine-readable tag having data recorded thereon that include data representative of a target value for a system that includes at least an interface to a device for reading data from the machine-readable tag with which the cartridge is provided, wherein the target value is a value representative of a parameter of a mix of fluid including a fraction of fluid led through at least the certain one of the at least one fluid treatment parts and further including fluid led from the inlet to the outlet so as to bypass at least the certain fluid treatment part , the parameter being the hardness of water or corresponding to a measure of the concentration of components contributing to temporary hardness in water, the system being configured to: (i) cause data to be read from the machine-readable tag to obtain the target value, (ii) receive at least one measurement signal and determine a value of the parameter of at least one of the fluid to be treated and the fluid mix on the basis of at least the at least one measurement signal; (iii) determine values of a signal for causing an adjustment of settings of a device for adjusting the fraction of fluid led through at least a certain one of the at least one fluid treatment parts in the mix, wherein the system is configured to determine values of the signal in accordance with the received target value and the value determined on the basis of the at least one measurement signal so as to achieve the target value; and (iv) provide the signal through an interface of the system. (i) cause data to be read from the machine-readable tag to obtain the target value, (ii) receive at least one measurement signal and determine a value of the parameter of at least one of the fluid to be treated and the fluid mix on the basis of at least the at least one measurement signal; (iii) determine values of a signal for causing an adjustment of settings of a device for adjusting the fraction of fluid led through at least a certain one of the at least one fluid treatment parts in the mix, wherein the system is configured to determine values of the signal in accordance with the received target value and the value determined on the basis of the at least one measurement signal so as to achieve the target value; and (iv) provide the signal through an interface of the system.
An aircraft lighting system comprising: a light unit positionable in an aircraft and configured to emit light; a portable and handheld measurement device independent from and freely movable relative to the light units , the portable and handheld measurement device comprising a sensor , a communication module , a visual display on the portable and handheld measurement device , and a controller having a processor and memory , wherein the portable and handheld measurement device is configured to measure at least one attribute of the light emitted from the light unit and output the measured attribute of the light in an output signal; and a control unit connected to the light unit via wireless communication and configured to receive the output signal and control the light unit based on the measured attribute; and wherein, when the control unit receives the measured attribute, the control unit compares the measured attribute to reference data and adjusts the light emitted from the light unit based on a difference between the measured attribute and the reference data. a light unit positionable in an aircraft and configured to emit light; a portable and handheld measurement device independent from and freely movable relative to the light units , the portable and handheld measurement device comprising a sensor , a communication module , a visual display on the portable and handheld measurement device , and a controller having a processor and memory , wherein the portable and handheld measurement device is configured to measure at least one attribute of the light emitted from the light unit and output the measured attribute of the light in an output signal; and a control unit connected to the light unit via wireless communication and configured to receive the output signal and control the light unit based on the measured attribute; and wherein, when the control unit receives the measured attribute, the control unit compares the measured attribute to reference data and adjusts the light emitted from the light unit based on a difference between the measured attribute and the reference data.
A device for monitoring the load of a patient's leg during use of a crutch, wherein the device comprises a first compression spring that can be connected to a foot region of the crutch and a first capacitive or inductive measuring apparatus, wherein the first capacitive or inductive measuring apparatus measures a compression of the first compression spring during loading of the crutch, wherein a second compression spring that can be connected to the tube portion forming the foot region of the crutch is also provided, characterized in that the second compression spring is designed for a lower load than the first compression spring , and in that a second capacitive or inductive measuring apparatus is provided, wherein the second capacitive or inductive measuring apparatus measures a compression of the second compression spring during loading of the crutch.
A balloon catheter , characterised in that the balloon catheter, at least on parts of the outwardly turned surface of the dilatable region , has hair-like extensions , wherein the average diameter D, the average length L, and the average centre-to-centre distance P of the hair-like extensions to each other is selected such that a drug on the balloon surface covered with hair-like extensions is fixable substantially by means of capillary forces, wherein D is selected from a range of from 0.1 to 5 μm, L is selected from a range of from 0.1 to 5 μm, and P is selected from a range of from 0.1 to 7 μm, and wherein the ratio D to L is selected from a range of from 0.5 to 2 and the ratio P to D is selected from a range of from 1 to 50.
A process for the preparation of acrylic polymers beads, said process comprising the steps (i) subjecting a monomer composition consisting of a mixture of methacrylic acid (MAA), n-butyl methacrylate (BMA), ethylacrylate (EA) and ethyl methacrylate (EMA) to suspension polymerization followed by (ii) isolating the resulting acrylic polymer beads by filtration or centrifugation followed by (iii) washing the acrylic polymer beads with purified water containing less than 1 mg/ kg of each of the following ions: Na + , K + , NH 4 + , Ca 2+ and Mg 2+ . (i) subjecting a monomer composition consisting of a mixture of methacrylic acid (MAA), n-butyl methacrylate (BMA), ethylacrylate (EA) and ethyl methacrylate (EMA) to suspension polymerization followed by (ii) isolating the resulting acrylic polymer beads by filtration or centrifugation followed by (iii) washing the acrylic polymer beads with purified water containing less than 1 mg/ kg of each of the following ions: Na + , K + , NH 4 + , Ca 2+ and Mg 2+ .
A system for the in vitro storage and transport of cell lines comprising: a) a cell transport medium comprising: i. 78 % to 88.5 % by volume of Leibovitz L-15 basal medium ii. 8 % to 12 % by volume of FBS iii. 2.5 % to 6 % by volume of HEPES iv. 0.5 % to 2 % by volume of Glutamine v. 0.5 % to 2 % by volume of a mixture of penicillin and streptomycin b) a solidified matrix of 10-50 mg of gelatin per ml of transport medium. a) a cell transport medium comprising: i. 78 % to 88.5 % by volume of Leibovitz L-15 basal medium ii. 8 % to 12 % by volume of FBS iii. 2.5 % to 6 % by volume of HEPES iv. 0.5 % to 2 % by volume of Glutamine v. 0.5 % to 2 % by volume of a mixture of penicillin and streptomycin i. 78 % to 88.5 % by volume of Leibovitz L-15 basal medium ii. 8 % to 12 % by volume of FBS iii. 2.5 % to 6 % by volume of HEPES iv. 0.5 % to 2 % by volume of Glutamine v. 0.5 % to 2 % by volume of a mixture of penicillin and streptomycin b) a solidified matrix of 10-50 mg of gelatin per ml of transport medium.
A method of classifying a diffuse large B-cell lymphoma (DLBCL), comprising: measuring expression, optionally nucleic acid expression, of CD47, CD86, ENTPD1, FOXP1, FUT8, IL16, ITPKB, LRMP, MME, NF2, PIM1, PTPRC, REL, STAT3, TNFRSF8, and TYMS, in a sample obtained from a subject, thereby obtaining an expression value for CD47, CD86, ENTPD1, FOXP1, FUT8, IL16, ITPKB, LRMP, MME, NF2, PIM1, PTPRC, REL, STAT3, TNFRSF8, and TYMS; weighting each expression value, thereby generating weighted expression values; summing the weighted expression values, thereby generating a summed weighted expression value; calculating a probability score using the summed weighted expression value; comparing the probability score to thresholds; and classifying the DLBCL as activated B-cell-like (ABC) when the probability score is value in a range for ABC; classifying the DLBCL as germinal center B-cell-like (GCB) when the probability score is value in a range for GCB; or classifying the DLBCL as unclassified when the probability score is value in a range for unclassified. measuring expression, optionally nucleic acid expression, of CD47, CD86, ENTPD1, FOXP1, FUT8, IL16, ITPKB, LRMP, MME, NF2, PIM1, PTPRC, REL, STAT3, TNFRSF8, and TYMS, in a sample obtained from a subject, thereby obtaining an expression value for CD47, CD86, ENTPD1, FOXP1, FUT8, IL16, ITPKB, LRMP, MME, NF2, PIM1, PTPRC, REL, STAT3, TNFRSF8, and TYMS; weighting each expression value, thereby generating weighted expression values; summing the weighted expression values, thereby generating a summed weighted expression value; calculating a probability score using the summed weighted expression value; comparing the probability score to thresholds; and classifying the DLBCL as activated B-cell-like (ABC) when the probability score is value in a range for ABC; classifying the DLBCL as germinal center B-cell-like (GCB) when the probability score is value in a range for GCB; or classifying the DLBCL as unclassified when the probability score is value in a range for unclassified. classifying the DLBCL as activated B-cell-like (ABC) when the probability score is value in a range for ABC; classifying the DLBCL as germinal center B-cell-like (GCB) when the probability score is value in a range for GCB; or classifying the DLBCL as unclassified when the probability score is value in a range for unclassified.
An electrical system comprising: - modules each comprising a circuit board , one or more electrical components on the circuit board, and a cooling element in heat conductive relation with one or more of the electrical components, and - a frame structure for mechanically supporting the modules successively in a first direction (z) so that the circuit boards of the modules are substantially coplanar and the cooling elements of the modules are substantially in a same attitude and mutually successive in the first direction, wherein each of the cooling elements comprises a heat transfer portion for transferring heat to cooling air, characterized in that the heat transfer portions are shaped so that, when the modules are mechanically supported by the frame structure, the heat transfer portions are arranged to conduct the cooling air in a second direction deviating from the first direction and parallel with the coplanar circuit boards, and at least a part of a first flank of each of the heat transfer portions is oblique with respect to the first direction so that an acute angle (α1) between the at least part of the first flank and the second direction is smaller than an acute angle (α2) between the first and second directions. - modules each comprising a circuit board , one or more electrical components on the circuit board, and a cooling element in heat conductive relation with one or more of the electrical components, and - a frame structure for mechanically supporting the modules successively in a first direction (z) so that the circuit boards of the modules are substantially coplanar and the cooling elements of the modules are substantially in a same attitude and mutually successive in the first direction,
An internal medium pressure type two-stage compression compressor comprising a motor and a compression mechanism in an airtight container , in which the motor and the compression mechanism are connected to each other through a shaft , the compression mechanism includes a cylinder , a piston placed in the cylinder and a vane for partitioning an interior of the cylinder , the compression mechanism includes a first compression mechanism which carries out first stage low stage compression, and a second compression mechanism which carries out second stage high stage compression, an oil supply passage is formed in a suction passage of the second compression mechanism , refrigerant gas which is compressed by the first compression mechanism is discharged into the airtight container , the refrigerant gas is compressed by the second compression mechanism and discharged outside the airtight container , and oil is supplied to a second compression chamber of the second compression mechanism from the oil supply passage by a pressure difference between case internal pressure in the airtight container and suction pressure in the suction passage of the second compression mechanism 30B), characterized in that when the piston turns from a top dead center to a position of the suction passage , a closed space is not formed between the vane , the cylinder and the piston . the motor and the compression mechanism are connected to each other through a shaft , the compression mechanism includes a cylinder , a piston placed in the cylinder and a vane for partitioning an interior of the cylinder , the compression mechanism includes a first compression mechanism which carries out first stage low stage compression, and a second compression mechanism which carries out second stage high stage compression, an oil supply passage is formed in a suction passage of the second compression mechanism , refrigerant gas which is compressed by the first compression mechanism is discharged into the airtight container , the refrigerant gas is compressed by the second compression mechanism and discharged outside the airtight container , and oil is supplied to a second compression chamber of the second compression mechanism from the oil supply passage by a pressure difference between case internal pressure in the airtight container and suction pressure in the suction passage of the second compression mechanism 30B), characterized in that when the piston turns from a top dead center to a position of the suction passage , a closed space is not formed between the vane , the cylinder and the piston .
A protective device (5, 5', 5", 5"', 5"") for a hose clip , via which a hose end can be connected to a hose connection , comprising a protective body (8, 8', 8", 8"', 8"") made of a plastic, wherein in the assembled state, the protective body (8, 8', 8", 8"', 8"") surrounds the hose clip around the circumference thereof and accommodates same at least in its clamping region via a radially oriented moulding , and covers the hose clip over the width thereof extending in the longitudinal direction of the hose connection , the protective body (8, 8', 8", 8"', 8"") having two ring segments that can be connected to one another via a latching mechanism at their free ends that are facing one another, and the segments are moveably connected to one another at their ends that are facing away from the free ends , characterized in that the ring segments have articulated ends facing away from the free ends , the articular ends of the ring segments being linked flexibly to an adjacent third ring segment and the adjacent third ring segment being an intermediate segment that connects the two ring segments to one another.
A hydraulic system for a self-propelled agricultural working machine comprising a variable displacement pump which is driven by an internal combustion engine and which supplies a plurality of hydraulic circuits and whose delivery volume is variable by way of an adjusting device associated with the variable displacement pump and which by way of at least one pressure line supplies pressure medium to a hydraulic motor which drives a radiator fan , wherein upon a pressure drop in the hydraulic system, that cannot be compensated by the variable displacement pump , the output of the radiator fan can be at least reduced temporarily, wherein the hydraulic motor and an operating hydraulic arrangement which is in the form of a lifting device are supplied with pressure medium jointly by the variable displacement pump , wherein the displacement volume of the hydraulic motor is variable by way of an adjusting device associated with the hydraulic motor and wherein the hydraulic system is in the form of a constant pressure system, wherein at least one pressure storage means and a pressure sensor are connected to the pressure line and the pressure sensor is connected to a control device and the control device controls the adjusting device associated with the hydraulic motor .
An optical element positioning arrangement , comprising an optical element , at least two monolithic actuators acting in the Z direction; a first flexure located between a free end of a first actuator and said optical element; said first flexure being the only flexure between said free end of said first actuator and said optical element; a second flexure located between a free end of a second actuator and said optical element; said second flexure being the only flexure between said free end of said second actuator and said optical element; the arrangement being configured so that when a first actuator is actuated any displacement generated is transmitted via said first flexure to said optical element and provided that a second actuator's displacement differs from the displacement of the first, the optical element is caused to swing; wherein the actuators are substantially parallel to one another and extending in the Z direction; wherein both actuators are fixed to a mechanical mount at their respective ends distal to their free ends, the mechanical mount spacing said actuators and located between said actuators along at least a portion of their respective ends distal to their free ends, wherein said first and second flexures extend in parallel with the longitudinal Z-axis of their respective actuators and are disposed inwardly from the central axis of the actuators so as to be proximate one another and thus impart a greater degree of swing to the optical element.
A method of de-acidifying an oil feedstock comprising: obtaining a quantity of a first oil feedstock, the first oil feedstock comprising naphthenic acids; and reacting the quantity of the first oil feedstock with a metallic alkali metal to form a de-acidified oil feedstock; wherein the metallic alkali metal reacts with the naphthenic acids and wherein the first oil feedstock has a TAN value of greater than or equal to 1 and the de-acidified oil feedstock has a TAN value that is less than 1; wherein the metallic alkali metal comprises lithium, sodium and/or alloys thereof. obtaining a quantity of a first oil feedstock, the first oil feedstock comprising naphthenic acids; and reacting the quantity of the first oil feedstock with a metallic alkali metal to form a de-acidified oil feedstock; wherein the metallic alkali metal reacts with the naphthenic acids and wherein the first oil feedstock has a TAN value of greater than or equal to 1 and the de-acidified oil feedstock has a TAN value that is less than 1;
An internet of vehicles-based air quality detecting system, comprising an air quality detection device arranged in each of a plurality of vehicles , the air quality detection device comprising: an air quality detection unit for acquiring air quality data outside the vehicle at a current position where the corresponding vehicle is located; wherein the air quality detection unit is installed inside the vehicle and acquires in-vehicle air quality data inside the vehicle ; and a data transmission unit for transmitting the air quality data to a remote server , characterized in that the air quality detection device further comprises: an air circulation determination unit for determining whether or not a door or a window of the vehicle has been in an open state for a predetermined time, and the data transmission unit is configured to, if the result of the determination of the air circulation determination unit is positive, transmit the in-vehicle air quality data as the air quality data outside the vehicle to the server . an air quality detection unit for acquiring air quality data outside the vehicle at a current position where the corresponding vehicle is located; wherein the air quality detection unit is installed inside the vehicle and acquires in-vehicle air quality data inside the vehicle ; and a data transmission unit for transmitting the air quality data to a remote server , characterized in that the air quality detection device further comprises: an air circulation determination unit for determining whether or not a door or a window of the vehicle has been in an open state for a predetermined time, and the data transmission unit is configured to, if the result of the determination of the air circulation determination unit is positive, transmit the in-vehicle air quality data as the air quality data outside the vehicle to the server .