mhurhangee/patent-ind-claim-en huggingface dataset:
A method for detecting MR signals of an object under examination in a bore of an MR imaging system , in which the MR signals of the object under examination are detected with a plurality of receiving channels at the same time using a parallel imaging technique, wherein the MR signals are spin-echoes generated with a spin-echo based imaging sequence, the method comprising: - applying (S71) a first magnetic field gradient in a slice selection direction while applying an RF excitation pulse of the spin echo based imaging sequence, wherein the first magnetic field gradient has a first polarity during the application of the RF excitation pulse, - applying (S72) a second magnetic field gradient in the slice selection direction while applying at least a first RF refocusing pulse of the spin echo based imaging sequence, wherein the second magnetic field gradient has a second polarity opposite to the first polarity, wherein a simultaneous multislice imaging technology is used such that multiple slices of the object under examination are simultaneously excited with the RF excitation pulse and the signals refocused with the at least one RF refocusing pulse - detecting (S73) the MR signals of the at least one spin echo in order to generate an MR image based on the detected MR signals, wherein the detected MR signals are used to generate a weighting matrix used in the parallel imaging technique to reconstruct missing k-space data not acquired during the spin echo based imaging sequence from acquired k-space data acquired with the detected MR signals, in order to reduce 3rd arm artifacts, which are areas with high signal intensity in peripheral regions of the bore due to magnetic field inhomogeneities. - applying (S71) a first magnetic field gradient in a slice selection direction while applying an RF excitation pulse of the spin echo based imaging sequence, wherein the first magnetic field gradient has a first polarity during the application of the RF excitation pulse, - applying (S72) a second magnetic field gradient in the slice selection direction while applying at least a first RF refocusing pulse of the spin echo based imaging sequence, wherein the second magnetic field gradient has a second polarity opposite to the first polarity, wherein a simultaneous multislice imaging technology is used such that multiple slices of the object under examination are simultaneously excited with the RF excitation pulse and the signals refocused with the at least one RF refocusing pulse - detecting (S73) the MR signals of the at least one spin echo in order to generate an MR image based on the detected MR signals, wherein the detected MR signals are used to generate a weighting matrix used in the parallel imaging technique to reconstruct missing k-space data not acquired during the spin echo based imaging sequence from acquired k-space data acquired with the detected MR signals, in order to reduce 3rd arm artifacts, which are areas with high signal intensity in peripheral regions of the bore due to magnetic field inhomogeneities.
A printing apparatus comprising: a printer configured to perform printing on a recording sheet; a baseplate that is longer in an X direction than in a Y direction so as to have a substantially rectangular shape, and that holds the printer detachably attached to the baseplate ; a jacket attached to a first surface of the baseplate , the jacket including an upper cover , a lower cover , and a foldable part to connect the upper cover and the lower cover , the foldable part being elongated in the X direction at a Y direction side edge of the baseplate , and the jacket being configured to hold an information terminal between the upper cover and the lower cover so that a front surface of the information terminal is covered with the upper cover and the back surface is covered with the lower cover ; a container attached to a second surface of the baseplate facing away from the first surface , and configured to store the recording sheet; and a clip provided on the baseplate , and configured to hold the printer , wherein the printer is placed in the clip to be elongated along the baseplate . a printer configured to perform printing on a recording sheet; a baseplate that is longer in an X direction than in a Y direction so as to have a substantially rectangular shape, and that holds the printer detachably attached to the baseplate ; a jacket attached to a first surface of the baseplate , the jacket including an upper cover , a lower cover , and a foldable part to connect the upper cover and the lower cover , the foldable part being elongated in the X direction at a Y direction side edge of the baseplate , and the jacket being configured to hold an information terminal between the upper cover and the lower cover so that a front surface of the information terminal is covered with the upper cover and the back surface is covered with the lower cover ; a container attached to a second surface of the baseplate facing away from the first surface , and configured to store the recording sheet; and a clip provided on the baseplate , and configured to hold the printer , wherein the printer is placed in the clip to be elongated along the baseplate .
A cleaner comprising: a suction inlet ; a suction motor that generates suction force for suctioning air through the suction inlet and includes an impeller ; a dust separation unit that includes one or more cyclone units generating cyclonic flow to separate dust from air flowing inside through the suction inlet , wherein the one or more cyclone units includes a first cyclone unit that separates dust from air suctioned through the suction inlet and a second cyclone unit separates dust from air received from the first cyclone unit , and a dust container that stores dust separated by the dust separation unit and is disposed at a lower side of the suction motor ; a battery disposed at a rear side of the dust container to supply power to the suction motor ; and a handle disposed at a rear side of the suction motor , characterized in that the first cyclone unit and the second cyclone unit are disposed at a lower side of the suction motor , wherein a rotational axis of the impeller and an axis of the cyclonic flow vertically extend and an extension line from the rotational axis of the impeller passes through the one or more cyclone units , and an axis of a cyclonic flow in the first cyclone unit and at least one of an axis of cyclonic flow in the second cyclone unit passes through the suction motor . a suction inlet ; a suction motor that generates suction force for suctioning air through the suction inlet and includes an impeller ; a dust separation unit that includes one or more cyclone units generating cyclonic flow to separate dust from air flowing inside through the suction inlet , wherein the one or more cyclone units includes a first cyclone unit that separates dust from air suctioned through the suction inlet and a second cyclone unit separates dust from air received from the first cyclone unit , and a dust container that stores dust separated by the dust separation unit and is disposed at a lower side of the suction motor ; a battery disposed at a rear side of the dust container to supply power to the suction motor ; and a handle disposed at a rear side of the suction motor , characterized in that the first cyclone unit and the second cyclone unit are disposed at a lower side of the suction motor , wherein a rotational axis of the impeller and an axis of the cyclonic flow vertically extend and an extension line from the rotational axis of the impeller passes through the one or more cyclone units , and an axis of a cyclonic flow in the first cyclone unit and at least one of an axis of cyclonic flow in the second cyclone unit passes through the suction motor .
A method of inspecting a lubricating oil composition, the method comprising: measuring a particle size (r) of particles present in the lubricating oil composition containing a base oil and a fullerene, and judging whether the lubricating oil composition is acceptable on the basis of a predetermined range of the particle size (r) set by a relationship between a measured value of the particle size (r) and a measured value of a wear coefficient of the lubricating oil composition, wherein the particle size (r) is an average particle size (R) of particles present in the lubricating oil composition, the average particle size (R) of the particles is measured by a small-angle X-ray scattering (SAXS) method, and the wear coefficient of the lubricating oil composition is measured by using a ball-on-disk tribometer manufactured by Anton Paar. measuring a particle size (r) of particles present in the lubricating oil composition containing a base oil and a fullerene, and judging whether the lubricating oil composition is acceptable on the basis of a predetermined range of the particle size (r) set by a relationship between a measured value of the particle size (r) and a measured value of a wear coefficient of the lubricating oil composition, wherein the particle size (r) is an average particle size (R) of particles present in the lubricating oil composition, the average particle size (R) of the particles is measured by a small-angle X-ray scattering (SAXS) method, and the wear coefficient of the lubricating oil composition is measured by using a ball-on-disk tribometer manufactured by Anton Paar.
Silicon containing substrate selected from the group consisting of materiels containing silicon wafer, silicon powder or silicon dioxide, coated with one or more layers, at least one layer containing calcium phosphate (Ca3(PO4)2), calcium arsenate (Ca3(AsO4)2), calcium phosphate- calcium arsenate mixed layer or the corresponding hydrates or consisting thereof, characterized in that the calcium phosphate or calcium arsenate or the corresponding hydrate is formed in situ with a C-S-H-phase (calcium-silicon-hydrate-phase) as calcium source and the silicon containing substrate is a silicon and/or silicon dioxide source for the C-S-H-phase.
An optoelectronic sensor for detecting an object in a monitored zone that comprises a light transmitter for transmitting transmitted light , a light receiver (26 for receiving transmitted light remitted in the monitored zone , a reception optics arranged upstream of the light receiver and having a diaphragm , and a control and evaluation unit that is configured to determine a distance from the object with reference to a received signal of the light receiver from a time of flight between the transmission of the transmitted light and the reception of the remitted received light , wherein the diaphragm comprises a diaphragm substrate having at least one metallic layer and one diaphragm aperture , and a contact region of the metallic layer is electrically conductively connected to another component of the sensor for potential equalization, characterized in that the light receiver has a plurality of light reception elements operable in Geiger mode; and in that the metallic layer faces the light receiver (26 and is at least partly exposed to reflect backscattered transmitted light remitted by the light receiver onto the light receiver again.
An embossing tool for embossing a structure in an inner side of a pipe, comprising at least three embossing stamps and a wedge , wherein each of the at least three embossing stamps has: a stamp or embossing surface lying on the outside in the radial direction, which has a structuring , which corresponds to a negative form of the structure to be embossed, wherein the stamp surface is curved about a straight line, which is parallel to the center axis, two flank surfaces , which are at an angle to one another and wherein the intersection line thereof is parallel to the center axis, characterized in that : each of the at least three embossing stamps has a wedge inner surface , which is inclined relative the center axis and in each case intersects the two flank surfaces at an identical angle, the wedge has at least three wedge outer surfaces , which each have the same angle to the center axis and wherein each of the wedge outer surface stands at an identical angle to each of its adjacent wedge outer surfaces , the embossing tool has a partially conical stamp or embossing surface . a stamp or embossing surface lying on the outside in the radial direction, which has a structuring , which corresponds to a negative form of the structure to be embossed, wherein the stamp surface is curved about a straight line, which is parallel to the center axis, two flank surfaces , which are at an angle to one another and wherein the intersection line thereof is parallel to the center axis, characterized in that : each of the at least three embossing stamps has a wedge inner surface , which is inclined relative the center axis and in each case intersects the two flank surfaces at an identical angle, the wedge has at least three wedge outer surfaces , which each have the same angle to the center axis and wherein each of the wedge outer surface stands at an identical angle to each of its adjacent wedge outer surfaces , the embossing tool has a partially conical stamp or embossing surface . each of the at least three embossing stamps has a wedge inner surface , which is inclined relative the center axis and in each case intersects the two flank surfaces at an identical angle, the wedge has at least three wedge outer surfaces , which each have the same angle to the center axis and wherein each of the wedge outer surface stands at an identical angle to each of its adjacent wedge outer surfaces , the embossing tool has a partially conical stamp or embossing surface .
Method of operating a vehicle wash installation , comprising the steps: Optically scanning (S101) a code comprising wash substance data on a transport container of a wash substance using a mobile device ; converting (S102) the wash substance data into control data for the vehicle washing installation , wherein the wash substance data is converted into control data for performing a flushing procedure for automatically flushing a dosing system for the wash substance if the wash substance is changed; and controls (S103) of the vehicle wash installation based on the control data. Optically scanning (S101) a code comprising wash substance data on a transport container of a wash substance using a mobile device ; converting (S102) the wash substance data into control data for the vehicle washing installation , wherein the wash substance data is converted into control data for performing a flushing procedure for automatically flushing a dosing system for the wash substance if the wash substance is changed; and controls (S103) of the vehicle wash installation based on the control data.
A mobile measuring system comprising: a vehicle having a propulsion source and an electric energy source ; a measuring device coupled to the electric energy source , for analyzing an air sample; a sample collector coupled to the measuring device ; a supply line coupled to the measuring device for conveying the air sample to the measuring device; a detector communicatively coupled to the measuring device, wherein the detector is configured to detect whether the measuring device is active; and a switch , configured to switch the propulsion source of the vehicle to one of propane, compressed natural gas, or electric based on detecting that the measuring device is active, characterised by the supply line being adapted to maintain a minimum temperature of the air sample using liquid coolant obtained from a cooling system of the propulsion source of the vehicle . a vehicle having a propulsion source and an electric energy source ; a measuring device coupled to the electric energy source , for analyzing an air sample; a sample collector coupled to the measuring device ; a supply line coupled to the measuring device for conveying the air sample to the measuring device; a detector communicatively coupled to the measuring device, wherein the detector is configured to detect whether the measuring device is active; and a switch , configured to switch the propulsion source of the vehicle to one of propane, compressed natural gas, or electric based on detecting that the measuring device is active, characterised by the supply line being adapted to maintain a minimum temperature of the air sample using liquid coolant obtained from a cooling system of the propulsion source of the vehicle .
A page wide type liquid ejection head comprising a plurality of element substrates being arranged in the liquid ejection head , each of the element substrates having an ejection port for ejecting liquid, a pressure chamber equipped in the inside thereof with an energy generating element which generates energy for ejecting liquid, a supply flow path for supplying liquid to the pressure chamber and a recovery flow path for recovering liquid from the pressure chamber , wherein, in a supply flow path for supplying liquid to the element substrates , a filter chamber having a filter for catching a foreign object contained in liquid is provided, in operation, the filter being arranged to intersect the vertical direction, the liquid being driven to flow from downward to upward relative to the filter to pass through the filter , characterized in that the liquid ejection head further comprises: a negative pressure control unit arranged at the upstream side relative to the element substrate and the downstream side relative to the filter chamber so as to maintain the liquid pressure at the downstream side relative to the negative pressure control unit within a predetermined range, wherein the negative pressure control unit has a sub tank arranged above the filter chamber , and wherein the filter is located on the upstream side from the element substrate . a negative pressure control unit arranged at the upstream side relative to the element substrate and the downstream side relative to the filter chamber so as to maintain the liquid pressure at the downstream side relative to the negative pressure control unit within a predetermined range, wherein the negative pressure control unit has a sub tank arranged above the filter chamber , and wherein the filter is located on the upstream side from the element substrate .
A gasoline direct injection rail comprising: a steel rail body ; an inlet part provided integrally with or separately from a first end of the rail body and comprising therein a communication passage in communication with a fuel passage of the rail body ; and a plurality of injector holders in communication with the fuel passage , wherein a stainless orifice member formed separately from the rail body is securely disposed in the communication passage of the inlet part , wherein the communication passage has an attachment hole for attachment of the orifice member , and characterised in that : the orifice member is screw-fixed to the communication passage of the inlet part, an inner circumferential step is provided on the inner circumference on the communication passage side of the attachment hole to cause the inner circumferential step to serve as a screw stopper , the screw stopper does not form an inner circumferential thread , and at one end of the orifice member an outer circumferential projection is provided. a steel rail body ; an inlet part provided integrally with or separately from a first end of the rail body and comprising therein a communication passage in communication with a fuel passage of the rail body ; and a plurality of injector holders in communication with the fuel passage , wherein a stainless orifice member formed separately from the rail body is securely disposed in the communication passage of the inlet part , wherein the communication passage has an attachment hole for attachment of the orifice member , and characterised in that : the orifice member is screw-fixed to the communication passage of the inlet part, an inner circumferential step is provided on the inner circumference on the communication passage side of the attachment hole to cause the inner circumferential step to serve as a screw stopper , the screw stopper does not form an inner circumferential thread , and at one end of the orifice member an outer circumferential projection is provided.
An ionically conductive ceramic element comprising: a central unit having a first end and a second end ; the central unit composed of a plurality of integrated manifold and tube (IMAT) modules being joined end to end along a central axis; each IMAT module being formed by two module halves whereby each module halve has one tube support member having an upper and a lower surface and a plurality of tube portions extending from said upper surface, said tube portions each having a closed end and an open end , said lower surface being at least partially open to the atmosphere, said open ends of said plurality of tube portions being open to the atmosphere through said lower surface; and, whereby each module halve has a flange member extending outwardly from the lower surface of the tube support member around the perimeter thereof and whereby for forming of one of said IMAT modules the flange members of two module halves are joined to form an interior sealed space in the interior thereof between the lower surfaces of the two module halves , and, a "T" shaped ceramic collection tube being operably joined and forming a monolithic structure with the first end of the central unit for transporting the desired product gas collected in the interior spaces of the connected IMAT modules . a central unit having a first end and a second end ; the central unit composed of a plurality of integrated manifold and tube (IMAT) modules being joined end to end along a central axis; each IMAT module being formed by two module halves whereby each module halve has one tube support member having an upper and a lower surface and a plurality of tube portions extending from said upper surface, said tube portions each having a closed end and an open end , said lower surface being at least partially open to the atmosphere, said open ends of said plurality of tube portions being open to the atmosphere through said lower surface; and, whereby each module halve has a flange member extending outwardly from the lower surface of the tube support member around the perimeter thereof and whereby for forming of one of said IMAT modules the flange members of two module halves are joined to form an interior sealed space in the interior thereof between the lower surfaces of the two module halves , and, a "T" shaped ceramic collection tube being operably joined and forming a monolithic structure with the first end of the central unit for transporting the desired product gas collected in the interior spaces of the connected IMAT modules .
Use of at least one compound according to formula I in the form of any one of its stereoisomers or a mixture thereof wherein is indicating a single bond or a double bond, and the compound has overall one carbon-carbon double bond or no carbon-carbon double bond at all, as flavor or fragrance ingredient. is indicating a single bond or a double bond, and the compound has overall one carbon-carbon double bond or no carbon-carbon double bond at all, as flavor or fragrance ingredient.
A headphone apparatus , comprising: a neckband having a first arm and a second arm joined by a central portion therebetween, the first and second arms each having a flexible section proximal to the central portion and a rigid section distal from the central portion , each flexible section including a memory wire, the memory wire including a memory material which is a bend-and-stay material capable of bending and maintaining a desired shape of the neckband ; and first and second earbuds connected to the rigid sections of the first and second arms . a neckband having a first arm and a second arm joined by a central portion therebetween, the first and second arms each having a flexible section proximal to the central portion and a rigid section distal from the central portion , each flexible section including a memory wire, the memory wire including a memory material which is a bend-and-stay material capable of bending and maintaining a desired shape of the neckband ; and first and second earbuds connected to the rigid sections of the first and second arms .