mhurhangee/patent-ind-claim-en huggingface dataset:
A device comprising: a source configured to generate ions from constituent components of the sample; a mobility cell having a gas inlet and a gas outlet opposite the inlet along a first direction such that a gas flow introduced at the gas inlet would flow in a first direction to the gas outlet , an ion entrance; a plurality of electrodes configured to generate an electric field gradient in a second direction, such that ions entering the mobility cell flow in the first direction with the gas and drift according to their mobility in the gas in the second direction, wherein an angle between the first direction and the second direction is between 45° and 135°; a plurality of ion exit orifices positioned opposite the ion entrance along the second direction defined by the electric field gradient and offset from the ion entrance and spaced apart from one another along the first direction; and a plurality of ion channels arranged parallel to one another and arranged adjacent to the mobility cell at the plurality of ion exit orifices , the ion channels configured to receive and accumulate ions from the mobility cell such that ions entering an individual channel have a range of ion mobilities that is different from a range of ion mobilities for ions entering an adjacent ion channel ; a mass analyzer configured to determine the mass-to-charge ratio of the ions; and a transfer guide configured to transport ions from the plurality of ion channels to the mass analyzer ; wherein a gas pressure within the mobility separator is between 1 Torr to 20 Torr. a source configured to generate ions from constituent components of the sample; a mobility cell having a gas inlet and a gas outlet opposite the inlet along a first direction such that a gas flow introduced at the gas inlet would flow in a first direction to the gas outlet , an ion entrance; a plurality of electrodes configured to generate an electric field gradient in a second direction, such that ions entering the mobility cell flow in the first direction with the gas and drift according to their mobility in the gas in the second direction, wherein an angle between the first direction and the second direction is between 45° and 135°; a plurality of ion exit orifices positioned opposite the ion entrance along the second direction defined by the electric field gradient and offset from the ion entrance and spaced apart from one another along the first direction; and a plurality of ion channels arranged parallel to one another and arranged adjacent to the mobility cell at the plurality of ion exit orifices , the ion channels configured to receive and accumulate ions from the mobility cell such that ions entering an individual channel have a range of ion mobilities that is different from a range of ion mobilities for ions entering an adjacent ion channel ; a mass analyzer configured to determine the mass-to-charge ratio of the ions; and a transfer guide configured to transport ions from the plurality of ion channels to the mass analyzer ; wherein a gas pressure within the mobility separator is between 1 Torr to 20 Torr.
An image file obtaining method for shortening a startup time period of an embedded apparatus, comprising: performing division on program source code, wherein the program source code obtained after division comprises program source code corresponding to N tasks and program source code corresponding to M tasks, the N tasks correspond to a key service of the embedded apparatus, and the M tasks correspond to a service of the embedded apparatus other than the key service; determining a first value of each of the N tasks in the program source code, wherein the first value is first duration required for executing each of the N tasks or the first value is a ratio of the first duration to second duration, the second duration is duration required for loading each of the N tasks, and N is a positive integer; sorting the N tasks in descending order of the first values; and compiling the program source code corresponding to the sorted N tasks and linking the sorted N tasks to obtain an image file. performing division on program source code, wherein the program source code obtained after division comprises program source code corresponding to N tasks and program source code corresponding to M tasks, the N tasks correspond to a key service of the embedded apparatus, and the M tasks correspond to a service of the embedded apparatus other than the key service; determining a first value of each of the N tasks in the program source code, wherein the first value is first duration required for executing each of the N tasks or the first value is a ratio of the first duration to second duration, the second duration is duration required for loading each of the N tasks, and N is a positive integer; sorting the N tasks in descending order of the first values; and compiling the program source code corresponding to the sorted N tasks and linking the sorted N tasks to obtain an image file.
Mowing device with a mower for mowing material, which is designed as a cutter bar with at least two mowing discs arranged along the cutter bar and each rotatable about a vertical axis of rotation (D), with a cover for the cutter bar is provided, which delimits a collection space for the cut crop, and an ejection device is provided, which includes a throwing fan with an impeller and an inlet opening opening into the collection space for the cut crop to be ejected and an ejection pipe , wherein the throwing fan is arranged in a blower structure which forms a rear boundary wall of the collecting space, in which the inlet opening of the throwing fan is provided for the cut crop, and the impeller of the throwing fan is arranged in an impeller housing which is formed as part of the blower structure and arranged with an axial inlet direction oriented along the impeller axis of rotation (L) for the cut crop to be ejected, characterized in that the cover is located above and to the side of the cutter bar to support the suction generated by the throwing fan on the crop and extends in front of the cutter bar as seen in the direction of travel of the mowing device, with a drop opening being provided between the cutter bar and the rear boundary wall which opens the collecting space downwards for unejected crop components.
An in vitro method for measuring the metabolism of tau in a subject, the method comprising: (a) separating labelled soluble tau, or the labeled soluble tau and the unlabelled soluble tau, from at least one CSF sample obtained from the subject, wherein the tau is separated by immunoprecipitation using N terminal antibody and mid domain antibody to tau; (b) detecting and measuring by mass spectrometry the amount of labeled soluble tau, or the amount of labeled and unlabeled soluble tau, in each CSF sample obtained from the subject; and (c) calculating the metabolism of tau using the measurements from step (b), wherein the amount of labeled soluble tau in the CSF sample at a given time reflects the metabolism of tau; and wherein (i) at least one amino acid labelled with a stable non-radioactive isotope was administered to the subject on one or more days, and (ii) each biological sample was collected from the subject between day 5 and day 20, day 20 and day 40, day 40 and day 100, or a combination thereof. (a) separating labelled soluble tau, or the labeled soluble tau and the unlabelled soluble tau, from at least one CSF sample obtained from the subject, wherein the tau is separated by immunoprecipitation using N terminal antibody and mid domain antibody to tau; (b) detecting and measuring by mass spectrometry the amount of labeled soluble tau, or the amount of labeled and unlabeled soluble tau, in each CSF sample obtained from the subject; and (c) calculating the metabolism of tau using the measurements from step (b), wherein the amount of labeled soluble tau in the CSF sample at a given time reflects the metabolism of tau; and wherein (i) at least one amino acid labelled with a stable non-radioactive isotope was administered to the subject on one or more days, and (ii) each biological sample was collected from the subject between day 5 and day 20, day 20 and day 40, day 40 and day 100, or a combination thereof. (i) at least one amino acid labelled with a stable non-radioactive isotope was administered to the subject on one or more days, and (ii) each biological sample was collected from the subject between day 5 and day 20, day 20 and day 40, day 40 and day 100, or a combination thereof.
A liquid ejection unit comprising: a liquid holding section which has an ejection port through which a liquid is ejected and which holds the liquid; a support section configured to support the liquid holding section ; a pressure adjustment section which is configured to adjust a pressure of a liquid held in the liquid holding section ; and a displacement member which is configured to displace the support section , and thereby to displace the liquid holding section and at least a part of the liquid whose pressure is adjusted by the pressure adjustment section and eject the liquid from the liquid holding section , wherein the displacement member is configured to displace the liquid holding section substantially parallel to an ejection direction of the liquid, the liquid holding section is a tubular member extending substantially parallel to the ejection direction of the liquid, the liquid holding section and the displacement member are arranged to overlap when viewed in a plan view, and a shape of the liquid holding section when viewed in a plan view is smaller than a shape of the displacement member when viewed in a plan view. a liquid holding section which has an ejection port through which a liquid is ejected and which holds the liquid; a support section configured to support the liquid holding section ; a pressure adjustment section which is configured to adjust a pressure of a liquid held in the liquid holding section ; and a displacement member which is configured to displace the support section , and thereby to displace the liquid holding section and at least a part of the liquid whose pressure is adjusted by the pressure adjustment section and eject the liquid from the liquid holding section , wherein the displacement member is configured to displace the liquid holding section substantially parallel to an ejection direction of the liquid, the liquid holding section is a tubular member extending substantially parallel to the ejection direction of the liquid, the liquid holding section and the displacement member are arranged to overlap when viewed in a plan view, and a shape of the liquid holding section when viewed in a plan view is smaller than a shape of the displacement member when viewed in a plan view.
A method comprising: examining a feeder current obtained via a converter current sensor of a regenerative drive during a peak power condition; and regulating a speed of an elevator based on the feeder current, the method being characterized in that it comprises the steps of comparing the feeder current to a nominal peak current threshold for a given AC line voltage; and reducing the speed of the elevator when the feeder current exceeds the threshold without increasing a motor current associated with a motor of the elevator. examining a feeder current obtained via a converter current sensor of a regenerative drive during a peak power condition; and regulating a speed of an elevator based on the feeder current, the method being characterized in that it comprises the steps of comparing the feeder current to a nominal peak current threshold for a given AC line voltage; and reducing the speed of the elevator when the feeder current exceeds the threshold without increasing a motor current associated with a motor of the elevator.
A compound having the structure of the following Formula (I): or a pharmaceutically acceptable salt thereof.
A device (100, 200-202, 300-302) for providing a nutritional formula comprising monoglycerides and free fatty acids by temporarily exposing a nutritional composition comprising long-chain polyunsaturated fatty acid, LC-PUFA, triglycerides and/or LC-PUFA esters to lipase prior to ingestion, the device (100, 200-202, 300-302) comprising: a container defining an interior for receiving the nutritional composition; a structure in fluid communication with the interior of the container ; and at least one lipase immobilized to the structure so that the nutritional composition is exposed to the at least one lipase when the nutritional composition is received within the container , wherein the device (100, 200-202, 300-302) includes an opening configured to connect to a feeding mechanism. a container defining an interior for receiving the nutritional composition; a structure in fluid communication with the interior of the container ; and at least one lipase immobilized to the structure so that the nutritional composition is exposed to the at least one lipase when the nutritional composition is received within the container ,
A method of preparing n-butylalcohol, comprising: reacting n-butylaldehyde with cyclohexanol in the presence of a metal catalyst, wherein the reacting includes dehydrogenating with decomposition of the cyclohexanol into cyclohexanone and hydrogen, and reducing the n-butylaldehyde by the hydrogen produced by the decomposition of cyclohexanol. reacting n-butylaldehyde with cyclohexanol in the presence of a metal catalyst, wherein the reacting includes dehydrogenating with decomposition of the cyclohexanol into cyclohexanone and hydrogen, and reducing the n-butylaldehyde by the hydrogen produced by the decomposition of cyclohexanol.
An ergonomic seating assembly configured to support users, with movable back and seat plates that provide continuous full support of the body during seating by flexible back and seat plates , the ergonomic seating assembly comprising: a slotted main column called spine having a form if a human spinal column, a slotted curved cross slats or ribs (5, 51, 52, 53 54, 55) a seat having four flexible seat plates with a 3D geometry a back having five flexible back plates two of them with convex shape according to the lumbar lordosis of the normal human spine, two of them with concave shape fitting to the normal thoracic kyphosis of the spine, and the fifth convex plate to support the cervical lordosis, a flexible connection between the spine and the slotted curved cross slats or ribs using vibrational dampers or air cushions a flexible connection between the back plates and the slotted curved cross slats or ribs using waisted vibrational dumper or springs/ air cushions a slotted main column called spine having a form if a human spinal column, a slotted curved cross slats or ribs (5, 51, 52, 53 54, 55) a seat having four flexible seat plates with a 3D geometry a back having five flexible back plates two of them with convex shape according to the lumbar lordosis of the normal human spine, two of them with concave shape fitting to the normal thoracic kyphosis of the spine, and the fifth convex plate to support the cervical lordosis, a flexible connection between the spine and the slotted curved cross slats or ribs using vibrational dampers or air cushions a flexible connection between the back plates and the slotted curved cross slats or ribs using waisted vibrational dumper or springs/ air cushions
System for exhaust gas treatment for an internal combustion engine, comprising at least one pump for a metered supply of a freezable substance, especially in the form of an aqueous urea solution, to a supply device introducing said solution into the exhaust gas flow of the internal combustion engine, wherein parts of the pump interact with at least one fluid chamber for at least partially receiving the freezable substance, wherein, to protect the system against damage due to volume expansion when the substance freezes, a compensation device acts on the respective fluid chamber in such a way that a volume expansion of the substance associated with an increase in the fluid pressure on freezing is compensated inside the associated fluid chamber , wherein the compensation device comprises at least one component connected to the fluid chamber of the system, said component having pre-defined flexibility to permit a pressure-dependent expansion of the fluid chamber , wherein the pump of the displacement type is provided with at least one displacement element as a component that can be moved by means of an actuator , wherein this component, as part of the compensation device, interacts with the actuator by means of a flexible coupling device which permits a pressure-dependent relative movement, wherein a piston pump with at least one pump piston is provided and wherein the coupling device comprises a compression spring clamped between the respective pump piston and the actuator , said compression spring allowing the pump piston to move against the compressive force in relation to the actuator , said movement enlarging the fluid chamber , characterised in that the actuator is formed by an actuating part of a magnetic piston , which can be moved axially in the pole tube of a solenoid device .
An introducer assembly for deploying a medical device endoluminally, the introducer assembly including an elongate carrier member having a proximal portion and a distal portion, the distal portion having a distal end and a medical device support zone; a first proximal sheath disposed over the proximal portion of the carrier and a second distal sheath disposed over the distal portion and over at least a part of the medical device support zone, the second sheath including a second sheath distal end and a second sheath proximal end , and a splitting mechanism cooperatively coupled to the second sheath and arranged to split the second sheath from its second sheath proximal end to its second sheath distal end; wherein the splitting mechanism includes a cutting element which engages with the second sheath from the second sheath proximal end .
A composition for powder coating material characterized by comprising a fluororesin having a fluorine content of at least 10 mass% and a plasticizer having a melting point, measured in accordance with the method described in the description under the heading (Melting point), of from 60 to 200°C and having a cyclic hydrocarbon group in the molecule, wherein the content of the plasticizer is from 0.1 to 40 parts by mass, to 100 parts by mass of the resin component contained in the composition for powder coating material.
Household brush or body care brush having a handle and a bristle area , which is carried by said handle and has injected bristles which are produced by an injection moulding process, have a circular cross section and protrude from a bristle carrier , which is formed integrally therewith, wherein a plurality of injection moulded bristles being arranged closely together, are arranged in each case in a bristle bundle , wherein, when measured where they exit from the bristle carrier , the injected bristles in the bristle bundle are spaced apart from one another by a distance of 0 mm to 1.5 mm, and wherein the bristle bundles are spaced apart from one another by a bundle spacing (A), wherein the bristle material has a Shore D hardness of 30 to 80, and wherein, where they exit from the bristle carrier , the injected bristles have a diameter (D) of 0.4 mm to 1.2 mm.
Vehicle having an electrical system , comprising a three-phase machine , a converter and a DC battery , wherein the three-phase machine is electrically conductively connected to the DC battery via the converter , wherein the three-phase machine is able to be operated with a three-phase current and has an electrical star point and machine conductors (U, V, W) for the individual phases of the three-phase current , wherein the machine conductors (U, V, W) are joined together at the star point , wherein the DC battery furthermore stores and emits direct current and wherein the converter carries out an electrical conversion between the current types, wherein the three-phase machine comprises a disconnecting device for disconnecting the star point , wherein the individual machine conductors (U, V, W) are electrically isolated from one another when the star point is disconnected, and wherein the disconnecting device furthermore comprises an arrangement device for arranging charging conductors (L1, L2, L3) of a charging plug of an external three-phase current source in a manner electrically conductively connected to the machine conductors (U, V, W) of the three-phase machine , wherein the disconnecting device is at least partly integrated into a closure element in such a way that the star point of the three-phase machine is closed when the closure element is closed, and is disconnected when the closure element is opened or removed, characterized in that the star point is contained in a star bridge arranged in the closure element , wherein the closure element is a flap accessible from outside the vehicle , a filler cap of the vehicle .
A method of supporting location services at a user equipment, UE, comprising: transmitting and receiving , based on a location configuration of the UE , one or more first signaling messages with a location server function implemented in a base station or access point of a radio access network, RAN, wherein the RAN comprises a first positioning domain, the one or more first signaling messages comprising a first location measurement sent by the UE , the location server function enabled to determine an estimate of a location of the UE based at least in part on the first location measurement, the method characterized by further comprising: transmitting and receiving one or more second signaling messages with a location server in a core network, CN, wherein the CN comprises a second positioning domain, the one or more second signaling messages comprising a second location measurement obtained by the UE .
A cutting device, comprising: a cutting unit , wherein the cutting unit has an accommodation arrangement for holding a cutting arrangement and a distance measuring sensor , a measuring plate , wherein the distance measuring sensor can determine a distance to the measuring plate , wherein the cutting unit can be moved by means of a control curve, taking into account the distance to the measuring plate determined by the distance measuring sensor , characterised in that the distance measuring sensor is arranged at an end of the accommodation arrangement pointing towards the measuring plate , and the cutting arrangement is provided at the opposite end of the accommodation arrangement . a cutting unit , wherein the cutting unit has an accommodation arrangement for holding a cutting arrangement and a distance measuring sensor , a measuring plate , wherein the distance measuring sensor can determine a distance to the measuring plate , wherein the cutting unit can be moved by means of a control curve, taking into account the distance to the measuring plate determined by the distance measuring sensor , characterised in that the distance measuring sensor is arranged at an end of the accommodation arrangement pointing towards the measuring plate , and the cutting arrangement is provided at the opposite end of the accommodation arrangement .