mhurhangee/patent-ind-claim-en huggingface dataset:
Method for readout-segmented echo-planar magnetic resonance imaging (MRI) of an examination object , wherein k-space is divided into a plurality of segments along a readout direction k x , wherein k-space data in each of the plurality of segments is acquired separately per excitation using a parallel imaging (PI) technique, comprising: - acquiring k-space data in a first segment having a first segment width (d1) in readout direction, wherein the k-space data in the first segment is undersampled with a first acceleration factor (S10); - acquiring k-space data in a second segment having a second segment width (d2) in readout direction, wherein the k-space data in the second segment is undersampled with a second acceleration factor, wherein the first acceleration factor and the second acceleration factor are different from each other (S20); and - generating an MR image of the examination object based at least on the k-space data acquired in the first and the second segment (S30); characterized in that the first segment width (d1) and the second segment width (d2) are different from each other. - acquiring k-space data in a first segment having a first segment width (d1) in readout direction, wherein the k-space data in the first segment is undersampled with a first acceleration factor (S10); - acquiring k-space data in a second segment having a second segment width (d2) in readout direction, the k-space data in the second segment is undersampled with a second acceleration factor, wherein the first acceleration factor and the second acceleration factor are different from each other (S20); and - generating an MR image of the examination object based at least on the k-space data acquired in the first and the second segment (S30); - generating an MR image of the examination object based at least on the k-space data acquired in the first and the second segment (S30); characterized in that the first segment width (d1) and the second segment width (d2) are different from each other.
An insert for a drill bit of a rotational directional drilling system, the insert having a downhole end and an upper end , of which the downhole end is provided with an eccentric fluid opening , the insert comprising: a cylindrical body provided with a fluid passage for diverting drilling fluid, and adapted to be arranged within an intermediate space of the drill bit for receiving the drilling fluid from a drill string and selectively directing the drilling fluid to nozzles of the drill bit , which fluid passage will divert fluid flow towards said eccentric fluid opening which will divert the fluid flow of the drilling fluid away from a longitudinal axis of the drill string and towards one nozzle of the nozzles of the drill bit ; and a connector to connect the insert to a first rotor section of a directional drilling system, the insert being rotatable, in conjunction with the first rotor section, with respect to the drill bit , characterized in that the upper end is provided with a protruding flange which provides a shoulder for engaging the top end of the drill bit. a cylindrical body provided with a fluid passage for diverting drilling fluid, and adapted to be arranged within an intermediate space of the drill bit for receiving the drilling fluid from a drill string and selectively directing the drilling fluid to nozzles of the drill bit , which fluid passage will divert fluid flow towards said eccentric fluid opening which will divert the fluid flow of the drilling fluid away from a longitudinal axis of the drill string and towards one nozzle of the nozzles of the drill bit ; and a connector to connect the insert to a first rotor section of a directional drilling system, the insert being rotatable, in conjunction with the first rotor section, with respect to the drill bit ,
A high voltage conductor for transmitting high voltage, comprising: a power wire configured for energy transmission; a fault detection unit configured for detecting an electromagnetic field emanated by the power wire; a monitoring unit configured for detection of degradation in an isolation of the high voltage conductor; wherein the monitoring unit is connected to the fault detection unit and is configured to receive an electrical signal induced in the fault detection unit, which electrical signal is induced as a result of a degradation of the isolation of the high voltage conductor, characterized in that the monitoring unit is connected to a first end of the fault detection unit and to a second end of the fault detection unit , wherein the monitoring unit is configured to generate a periodically repeating signal and to supply this periodically repeating signal to the first end and to receive the periodically repeating signal at the second end and to compare the supplied periodically repeating signal with the received periodically repeating signal, and to generate an alarm signal if the received periodically repeating signal does not match the supplied periodically repeating signal. a power wire configured for energy transmission; a fault detection unit configured for detecting an electromagnetic field emanated by the power wire; a monitoring unit configured for detection of degradation in an isolation of the high voltage conductor; wherein the monitoring unit is connected to the fault detection unit and is configured to receive an electrical signal induced in the fault detection unit, which electrical signal is induced as a result of a degradation of the isolation of the high voltage conductor, characterized in that the monitoring unit is connected to a first end of the fault detection unit and to a second end of the fault detection unit , wherein the monitoring unit is configured to generate a periodically repeating signal and to supply this periodically repeating signal to the first end and to receive the periodically repeating signal at the second end and to compare the supplied periodically repeating signal with the received periodically repeating signal, and to generate an alarm signal if the received periodically repeating signal does not match the supplied periodically repeating signal.
Method of forming a large scale structure comprising a plurality of composite shell elements , the method comprising the following steps: providing a plurality of first regions of a first composite shell element in which a resin of the composite shell element is cured to a first degree; providing a plurality of second regions of the first composite shell element in which the resin of the composite shell element is cured to a second degree which is higher than the first degree, such that a flexibility of the first region is greater than a flexibility of the second region; wherein each first region defines a bending line along which the first composite shell element is foldable; assembling the plurality of composite shell elements to form the large scale structure; deforming the first composite shell element in the area of at least one of the bending lines in order to close a gap between two composite shell elements . providing a plurality of first regions of a first composite shell element in which a resin of the composite shell element is cured to a first degree; providing a plurality of second regions of the first composite shell element in which the resin of the composite shell element is cured to a second degree which is higher than the first degree, such that a flexibility of the first region is greater than a flexibility of the second region; wherein each first region defines a bending line along which the first composite shell element is foldable; assembling the plurality of composite shell elements to form the large scale structure; deforming the first composite shell element in the area of at least one of the bending lines in order to close a gap between two composite shell elements .
Projectile for firearms, which as a slim rotational body for supersonic speed has an approximately cylindrical central part to be surrounded by the neck of a cartridge case and which has a tip at the front end, which substantially forms a three-dimensional ogive shape, and has a conically tapering tail at the rear end having an internally rotationally symmetrical recessed projectile base , characterized in that a mandrel is arranged in the middle of the projectile base , the tip of which (11', 11") extends at least to the rear edge of the projectile base .
A wireless power transmission apparatus for induction heating and for wirelessly transmitting power to a target object comprising: a working coil configured to induction-heat the target object and to wirelessly transmit power to the target object depending on a selected mode; an inverter configured to be operated based on an operation frequency for providing power to the working coil ; and a controller configured to change the mode depending on a selection of a user and to control the operation frequency depending on the mode, wherein the controller is configured to determine whether a foreign object is positioned on the working coil in a preparation period prior to wireless power transfer (WPT) when the user selects a wireless power transmission mode, wherein, when the user selects the mode at a user input unit, the controller is configured to read an input current and/or a resonance current and to determine whether the foreign object is present while entering a first foreign object detection mode and to drive the inverter with a start frequency and an operation frequency, and wherein the controller is configured to read the resonance current and/or the input current a plurality of times for a predetermined time period, perform integration on each of the resonance current and/or the input current, and determine whether the foreign object is present based on an integrated value. a working coil configured to induction-heat the target object and to wirelessly transmit power to the target object depending on a selected mode; an inverter configured to be operated based on an operation frequency for providing power to the working coil ; and a controller configured to change the mode depending on a selection of a user and to control the operation frequency depending on the mode, wherein the controller is configured to determine whether a foreign object is positioned on the working coil in a preparation period prior to wireless power transfer (WPT) when the user selects a wireless power transmission mode, wherein, when the user selects the mode at a user input unit, the controller is configured to read an input current and/or a resonance current and to determine whether the foreign object is present while entering a first foreign object detection mode and to drive the inverter with a start frequency and an operation frequency, and wherein the controller is configured to read the resonance current and/or the input current a plurality of times for a predetermined time period, perform integration on each of the resonance current and/or the input current, and determine whether the foreign object is present based on an integrated value.
A method for manufacturing a part, the method comprising: feeding a continuous core reinforced filament into a heated extrusion nozzle ; extruding the continuous core reinforced filament from a nozzle outlet of the heated extrusion nozzle ; applying a compressive force to the extruded continuous core reinforced filament with the nozzle to adhere the continuous core reinforced filament to a surface ; and displacing the nozzle relative to the surface to drag the continuous core reinforced filament from the nozzle . feeding a continuous core reinforced filament into a heated extrusion nozzle ; extruding the continuous core reinforced filament from a nozzle outlet of the heated extrusion nozzle ; applying a compressive force to the extruded continuous core reinforced filament with the nozzle to adhere the continuous core reinforced filament to a surface ; and displacing the nozzle relative to the surface to drag the continuous core reinforced filament from the nozzle .
A process for making an upper for shoes which is made up of a first part and a second part ; characterised in that it comprises the following steps: during the movement between successive reversals of a direction of rotation of a needle-bearing cylinder in a circular knitting machine, knitting a first part of the upper comprising an area covering the instep of the foot and having a first perimeter edge , simultaneously with a group of needles of said machine having an overall number of needles in a tuck stitch or loop position or in a plain drop stitch position or in a missed stitch position, which may vary up to the number of needles present in said circular knitting machine; and, during the movement between successive reversals of the direction of rotation of the needle-bearing cylinder in the circular knitting machine, knitting a second part of the upper comprising an underside area of the foot opposite said area covering the instep of the foot and having a second perimeter edge , simultaneously with the group of needles of said circular knitting machine having an overall number of needles in a tuck stitch or loop position or in a plain drop stitch position or in a missed stitch position, which may vary up to the number of needles present in said circular knitting machine; in that said second part of the upper is knitted before or after said first part of the upper ; and in that the complete upper is unloaded from said circular knitting machine with the connection of the perimeter edge of the part knitted second to the perimeter edge of the part knitted first having already been made simultaneously with the formation of the part knitted second.
A pylon assembly for a tiltrotor aircraft having a fuselage and first and second wings each having an outboard end and a pylon assembly positioned proximate an outboard end , the pylon assembly comprising: a rotor assembly operable to rotate between a generally vertical orientation, in a VTOL flight mode, and a generally horizontal orientation, in a forward flight mode, and having an intermediate orientation therebetween, in a conversion flight mode, the rotor assembly including a proprotor operable to produce a slipstream; a wing extension outboard of the rotor assembly , the wing extension having a forward edge and an outboard end ; and a winglet coupled to the outboard end of the wing extension , the winglet having a forward edge and an outward-facing side; wherein the wing extension and the winglet form an angle of less than or equal to 90 degrees and the winglet is dihedral so as to minimize the forward-facing profile of the wing extension in the conversion flight mode, thereby reducing drag of the tiltrotor aircraft during forward motion in the conversion flight mode; wherein the wing extension and the winglet are operable to rotate with the rotor assembly such that the forward edges of the wing extension and the winglet remain in the slipstream of the proprotor . a rotor assembly operable to rotate between a generally vertical orientation, in a VTOL flight mode, and a generally horizontal orientation, in a forward flight mode, and having an intermediate orientation therebetween, in a conversion flight mode, the rotor assembly including a proprotor operable to produce a slipstream; a wing extension outboard of the rotor assembly , the wing extension having a forward edge and an outboard end ; and a winglet coupled to the outboard end of the wing extension , the winglet having a forward edge and an outward-facing side; wherein the wing extension and the winglet form an angle of less than or equal to 90 degrees and the winglet is dihedral so as to minimize the forward-facing profile of the wing extension in the conversion flight mode, thereby reducing drag of the tiltrotor aircraft during forward motion in the conversion flight mode; wherein the wing extension and the winglet are operable to rotate with the rotor assembly such that the forward edges of the wing extension and the winglet remain in the slipstream of the proprotor .
Connection strip for a counter , which has at least one movable housing element which is located in a first position when the counter is connected to the connection strip and which is located in a second position when the counter is not connected, wherein the movable housing element is acted upon by force from an energy storage device, which is designed and arranged to move the movable housing element from the first position into the second position when the counter is removed from the connection strip , characterized in that the movable housing element is designed as a hood.
Electrical installation system, having: - a cavity wall box with a tubular main body for receiving an electrical installation insert, for example a switch, a plug, a plug socket or the like, which cavity wall box can be inserted into an opening formed in a cavity wall , - wherein the tubular main body is closed off at its first end by a bottom wall and has at its second end a retaining lug integrally formed on the main body in a manner projecting radially outwards, - wherein the main body has two fastening receptacles arranged opposite each other on the periphery, and - a mounting frame with first openings for guiding through in each case one fastening element , which interacts with a respective one of the fastening receptacles , in order to fasten the mounting frame to the cavity wall box , characterized in that the mounting frame has a cutout for receiving the retaining lug , which cutout, in respect of its size and position, corresponds to the size and position of the retaining lug, wherein the retaining lug is completely received in the cutout, so that the mounting frame rests flush on a surface of the cavity wall . - a cavity wall box with a tubular main body for receiving an electrical installation insert, for example a switch, a plug, a plug socket or the like, which cavity wall box can be inserted into an opening formed in a cavity wall , - wherein the tubular main body is closed off at its first end by a bottom wall and has at its second end a retaining lug integrally formed on the main body in a manner projecting radially outwards, - wherein the main body has two fastening receptacles arranged opposite each other on the periphery, and - wherein the tubular main body is closed off at its first end by a bottom wall and has at its second end a retaining lug integrally formed on the main body in a manner projecting radially outwards, - wherein the main body has two fastening receptacles arranged opposite each other on the periphery, and - a mounting frame with first openings for guiding through in each case one fastening element , which interacts with a respective one of the fastening receptacles , in order to fasten the mounting frame to the cavity wall box ,
A processing device for use in a licensed assisted access, LAA, radio system, the processing device comprising: a detecting block configured to perform a listen-before-talk, LBT, procedure on a plurality of carriers in parallel and to generate a trigger signal in response to LBT success on one or more carriers among the plurality of carriers; a clipping pulse generator configured to, in response to the trigger signal, generate, for the one or more carriers with LBT success, a clipping pulse within a time period from the receipt of the trigger signal to the start of user traffic transmission on the one or more carriers; a first storage block configured to store the clipping pulse; a selecting block configured to select a full clipping block to clip a peak in a multi-carrier signal corresponding to the plurality of carriers, based on the clipping pulse, when there is user traffic on the one or more carriers, and to select a simplified clipping block to apply a simplified clipping to the multi-carrier signal, without using the clipping pulse, when there is no user traffic on the plurality of carriers; the full clipping block ; and the simplified clipping block . a detecting block configured to perform a listen-before-talk, LBT, procedure on a plurality of carriers in parallel and to generate a trigger signal in response to LBT success on one or more carriers among the plurality of carriers; a clipping pulse generator configured to, in response to the trigger signal, generate, for the one or more carriers with LBT success, a clipping pulse within a time period from the receipt of the trigger signal to the start of user traffic transmission on the one or more carriers; a first storage block configured to store the clipping pulse; a selecting block configured to select a full clipping block to clip a peak in a multi-carrier signal corresponding to the plurality of carriers, based on the clipping pulse, when there is user traffic on the one or more carriers, and to select a simplified clipping block to apply a simplified clipping to the multi-carrier signal, without using the clipping pulse, when there is no user traffic on the plurality of carriers; the full clipping block ; and the simplified clipping block .
A door opening system adapted to control an opening of a door module that separates compartments of an aircraft and comprises a door panel and a door frame , comprising: a deceleration mechanism that comprises: a strap that connects the door panel with the door frame , a first spool that receives a first end of the strap , is biased to roll up a first portion of the strap , and adapted to perform a first unwinding of the first portion of the strap from the first spool with a first resistive force, characterized in that the deceleration mechanism further comprises a second spool that receives a second end of the strap , is biased to roll up a second portion of the strap , and adapted to perform a second unwinding of the second portion of the strap from the second spool with a second resistive force that is greater than the first resistive force, and wherein the second spool comprises a braking apparatus that is adapted to decelerate the second unwinding when a velocity of the second unwinding is above a predetermined threshold. a strap that connects the door panel with the door frame , a first spool that receives a first end of the strap , is biased to roll up a first portion of the strap , and adapted to perform a first unwinding of the first portion of the strap from the first spool with a first resistive force, characterized in that the deceleration mechanism further comprises a second spool that receives a second end of the strap , is biased to roll up a second portion of the strap , and adapted to perform a second unwinding of the second portion of the strap from the second spool with a second resistive force that is greater than the first resistive force, and wherein the second spool comprises a braking apparatus that is adapted to decelerate the second unwinding when a velocity of the second unwinding is above a predetermined threshold.