mhurhangee/ep-ind-claims huggingface dataset:
A method for increasing an accuracy of phase measurement, wherein the method comprises: receiving a measurement signal, wherein the measurement signal is generated according to a frequency-domain calibration sequence, the frequency-domain calibration sequence comprises N frequency-domain calibration signals, each of the frequency-domain calibration signals corresponds to one specified frequency point, the specified frequency points are within a specified frequency band, and N is an integer greater than 1; performing frequency-domain transformation to the measurement signal to obtain a frequency-domain measurement sequence, wherein the frequency-domain measurement sequence comprises N frequency-domain measurement signals, and each of the frequency-domain measurement signals corresponds to one specified frequency point; determining phases that correspond to the frequency-domain measurement signals, and determining a phase difference between frequency-domain measurement signals that correspond to two neighboring specified frequency points; according to the phases, the phase difference and a window function, performing sliding-window-type phase fitting to the frequency-domain measurement sequence, to obtain phase-fitting data that correspond to sliding windows; and according to the phase-fitting data of the sliding windows, determining phase-calibration data that correspond to the sliding windows, and, by using the phase-calibration data of the sliding windows, forming phase-calibration data within the specified frequency band. receiving a measurement signal, wherein the measurement signal is generated according to a frequency-domain calibration sequence, the frequency-domain calibration sequence comprises N frequency-domain calibration signals, each of the frequency-domain calibration signals corresponds to one specified frequency point, the specified frequency points are within a specified frequency band, and N is an integer greater than 1; performing frequency-domain transformation to the measurement signal to obtain a frequency-domain measurement sequence, wherein the frequency-domain measurement sequence comprises N frequency-domain measurement signals, and each of the frequency-domain measurement signals corresponds to one specified frequency point; determining phases that correspond to the frequency-domain measurement signals, and determining a phase difference between frequency-domain measurement signals that correspond to two neighboring specified frequency points; according to the phases, the phase difference and a window function, performing sliding-window-type phase fitting to the frequency-domain measurement sequence, to obtain phase-fitting data that correspond to sliding windows; and according to the phase-fitting data of the sliding windows, determining phase-calibration data that correspond to the sliding windows, and, by using the phase-calibration data of the sliding windows, forming phase-calibration data within the specified frequency band.
A device for forming a knot in suture material comprising: an elongated body having a longitudinal axis and a first grasper configured to releasably secure suture material; a holder having a second grasper configured to releasably secure suture material; and characterised by a rotating drum coaxially disposed over the elongated body, wherein the holder is wrapped around the drum and the holder is detachably coupled to the elongated body proximally of the first grasper by a plurality of helical wraps around the elongated body in a knot-forming pattern with the second grasper at one end. an elongated body having a longitudinal axis and a first grasper configured to releasably secure suture material; a holder having a second grasper configured to releasably secure suture material; and characterised by a rotating drum coaxially disposed over the elongated body, wherein the holder is wrapped around the drum and the holder is detachably coupled to the elongated body proximally of the first grasper by a plurality of helical wraps around the elongated body in a knot-forming pattern with the second grasper at one end.
An apparatus for a network node of a mobile communication system, the mobile communication system being operable to serve a plurality of mobile transceivers (210;220;230), the network node apparatus comprising an interface module operable to receive information on a group of one or more mobile transceivers (220;230) a sharing mobile transceiver intends to share data with; a controller module operable to determine information on a sub-group of one or more mobile transceivers from the group of mobile transceivers (220;230) which are in radio conditions to directly receive a data communication from the sharing mobile transceiver, wherein the controller module is operable to configure the sub-group of mobile transceivers to directly receive data transmissions from the sharing mobile transceiver, characterized in that the sharing mobile transceiver is associated to a base station transceiver and wherein one or more mobile transceivers of the group of mobile transceivers (220;230) are associated with another base station transceiver, wherein the controller module is operable to provide configuration information to the other base station transceiver that enable the other base station transceiver to configure the one or more mobile transceivers of the group of mobile transceivers (220;230) to directly receive a data transmission from the sharing mobile transceiver.
Solid-propellant motor having an outer casing and a combustion chamber which is arranged within the outer casing, wherein a) the combustion chamber is a separate component, which is separate from the outer casing, b) the combustion chamber is manufactured from a fiber composite material which is unstable above a limit temperature, wherein the limit temperature is chosen to be less than or equal to an ignition temperature of a solid propellant which can be arranged in the combustion chamber, and c) thermal insulation, which preferably substantially completely clads the combustion chamber, is provided within the combustion chamber for thermal insulation of a solid propellant, which can be arranged in the combustion chamber, from the combustion chamber. a) the combustion chamber is a separate component, which is separate from the outer casing, b) the combustion chamber is manufactured from a fiber composite material which is unstable above a limit temperature, wherein the limit temperature is chosen to be less than or equal to an ignition temperature of a solid propellant which can be arranged in the combustion chamber, and c) thermal insulation, which preferably substantially completely clads the combustion chamber, is provided within the combustion chamber for thermal insulation of a solid propellant, which can be arranged in the combustion chamber, from the combustion chamber.
A connector for two components (2, 3), in particular wooden components, comprising two fittings (4, 5), each of which has a mounting side for mounting on one of the components (2, 3) and an abutment side opposite the mounting side for contact against the other of the components (3, 2), wherein the two fittings (4, 5) may be hooked into one another at an end face connecting the mounting and abutment sides (6, 7), for which purpose the end face has, over its entire length running along the abutment side, a shoulder which is flush with the abutment side and the width of which in the orthogonal direction (R N) to the abutment side corresponds substantially to half the width (w) of the end face, characterised in that the fittings (4, 5) are made of wood, preferably of plywood, or of wood-plastic composite and each fitting (4, 5) has one or more generally cylindrical blind holes on its abutment side, wherein the connector further comprises, for each blind hole, a molding for removable insertion into the blind hole, said molding having a base surface, a top surface parallel thereto, a substantially generally cylindrical lateral surface connecting the two, and a slanted bore for a mounting screw, wherein said slanted bore penetrates the molding at an acute angle (α) to the base and top surfaces (13, 14).
An assembly for an aircraft propulsion system, comprising: an inner fixed structure; and a thrust reverser system comprising a cavity, a sleeve and a turning door; the sleeve configured to translate along a centerline between a sleeve stowed position and a sleeve deployed position; and the turning door configured to move between a turning door stowed position and a turning door deployed position, the turning door disposed within the cavity when the sleeve is disposed in the sleeve stowed position, and the turning door projecting in a radial outward direction away from the sleeve and the centerline when the sleeve is in the sleeve deployed position, wherein the thrust reverser system further comprises a blocker door configured to move between a blocker door stowed position and a blocker door deployed position, wherein the blocker door projects in a radially inward direction away from the sleeve and towards the centerline when the sleeve is in the sleeve deployed position, and wherein the blocker door is pivotally connected to the sleeve, characterised in that the thrust reverser system further comprises a linkage pivotally connected to the blocker door and the inner fixed structure, and the linkage extends radially across a bypass flowpath when the blocker door is in the blocker door stowed position. an inner fixed structure; and a thrust reverser system comprising a cavity, a sleeve and a turning door; the sleeve configured to translate along a centerline between a sleeve stowed position and a sleeve deployed position; and the turning door configured to move between a turning door stowed position and a turning door deployed position, the turning door disposed within the cavity when the sleeve is disposed in the sleeve stowed position, and the turning door projecting in a radial outward direction away from the sleeve and the centerline when the sleeve is in the sleeve deployed position, wherein the thrust reverser system further comprises a blocker door configured to move between a blocker door stowed position and a blocker door deployed position, wherein the blocker door projects in a radially inward direction away from the sleeve and towards the centerline when the sleeve is in the sleeve deployed position, and wherein the blocker door is pivotally connected to the sleeve, characterised in that the thrust reverser system further comprises a linkage pivotally connected to the blocker door and the inner fixed structure, and the linkage extends radially across a bypass flowpath when the blocker door is in the blocker door stowed position.
A shoe, in particular cut-resistant safety shoe, comprising a sole, an upper material and a rand, wherein the rand is adhesively bonded to the sole and wherein the rand has an edge facing the upper material, characterised in that rivets penetrating the rand and the upper material are inserted along the edge of the rand.
A damper for a shock absorber comprising: a damper chamber divided by a piston and shaft into a compression portion and a rebound portion; a dampening fluid within said damper chamber; a bottom out cup at an end of the chamber; a bottom out piston disposed at an end of the shaft for sealing engagement with the bottom out cup; and a fluid flow path connecting the bottom out cup with the compression portion of the chamber; wherein the capacity of the fluid flow path is adjustable; characterized in that said piston comprises fluid paths therethrough to permit said dampening fluid to be metered from said compression portion through the piston and into said rebound portion when said shaft moves into said damper chamber; and by a fluid path between the bottom out cup and the rebound portion of the damper chamber, the fluid path formed in the shaft. a damper chamber divided by a piston and shaft into a compression portion and a rebound portion; a dampening fluid within said damper chamber; a bottom out cup at an end of the chamber; a bottom out piston disposed at an end of the shaft for sealing engagement with the bottom out cup; and a fluid flow path connecting the bottom out cup with the compression portion of the chamber; wherein the capacity of the fluid flow path is adjustable; characterized in that said piston comprises fluid paths therethrough to permit said dampening fluid to be metered from said compression portion through the piston and into said rebound portion when said shaft moves into said damper chamber; and by a fluid path between the bottom out cup and the rebound portion of the damper chamber, the fluid path formed in the shaft.
A process for the preparation of a propylene polymer in a multistage polymerisation in the presence of a single site catalyst, said process comprising: prepolymerising a single site catalyst in the presence of propylene and optionally at least one C2-10 alpha olefin comonomer and in the presence of hydrogen or in the absence of hydrogen; in a slurry polymerisation step, polymerising propylene and optionally at least one C2-10 alpha olefin comonomer, with the prepolymerised catalyst of step in the presence of hydrogen; and subsequently in a gas polymerisation step polymerising propylene and optionally at least one C2-10 alpha olefin comonomer, in the presence of catalyst and polymer from step and optionally in the presence of hydrogen; wherein the amount of hydrogen fed to the prepolymerisation step is at most 15% of the total amount of hydrogen fed to steps and of the polymerisation process. prepolymerising a single site catalyst in the presence of propylene and optionally at least one C2-10 alpha olefin comonomer and in the presence of hydrogen or in the absence of hydrogen; in a slurry polymerisation step, polymerising propylene and optionally at least one C2-10 alpha olefin comonomer, with the prepolymerised catalyst of step in the presence of hydrogen; and subsequently in a gas polymerisation step polymerising propylene and optionally at least one C2-10 alpha olefin comonomer, in the presence of catalyst and polymer from step and optionally in the presence of hydrogen;
A liquefied gas outlet system in liquefied gas tank to discharge liquefied gas from below its surface level in the tank, the outlet system comprising a first conduit section attached by its outer periphery at a location of an opening arranged to a wall section of the tank leading through the opening and serving as a liquefied gas outlet, at least one second conduit section (106, 106'), via which the first conduit section may be arranged in flow communication with the tank inner volume, characterized in that the system further comprises a safety vessel arranged to circumscribe the opening in a secured manner inside the tank, and that the safety vessel is also secured to the at least one second conduit section (106, 106') so that the safety vessel defines an inner space into which the first conduit section and at least one second conduit section are arranged to open, and that the second conduit section is provided with a closing unit (108, 108').
A terminal comprising: a reception section configured to monitor a search space to detect downlink control information, the search space including a plurality of downlink control channel candidates divided into a plurality of subsets to which precoding is applied; and a control section configured to control to perform transmission or reception of a shared channel based on the downlink control information, wherein a subset of the plurality of subsets and a demodulation reference signal, DMRS, corresponding to that subset are mapped from a beginning of a slot such that the subset and the DMRS are mapped to adjacent radio resources. a reception section configured to monitor a search space to detect downlink control information, the search space including a plurality of downlink control channel candidates divided into a plurality of subsets to which precoding is applied; and a control section configured to control to perform transmission or reception of a shared channel based on the downlink control information, wherein a subset of the plurality of subsets and a demodulation reference signal, DMRS, corresponding to that subset are mapped from a beginning of a slot such that the subset and the DMRS are mapped to adjacent radio resources.
A cutting comb for cutting split ends of hair, comprising: • a first comb body with at least two first teeth, • a second comb body with at least one second tooth, and • cutting means for cutting split ends of hair, • wherein the first comb body and the second comb body are arranged to be movable relative to each other in a direction parallel to a longitudinal axis of the cutting comb, and • wherein at least one first tooth of the first comb body comprises at least one first hair-dividing element for dividing hair into hair strands, the at least one first hair-dividing element being immovably fixed to the at least one first tooth and/or the at least one second tooth of the second comb body comprises at least one second hair-dividing element for dividing hair into hair strands, the at least one second hair-dividing element being immovably fixed to the at least second tooth. • a first comb body with at least two first teeth, • a second comb body with at least one second tooth, and • cutting means for cutting split ends of hair, • wherein the first comb body and the second comb body are arranged to be movable relative to each other in a direction parallel to a longitudinal axis of the cutting comb, and • wherein at least one first tooth of the first comb body comprises at least one first hair-dividing element for dividing hair into hair strands, the at least one first hair-dividing element being immovably fixed to the at least one first tooth and/or the at least one second tooth of the second comb body comprises at least one second hair-dividing element for dividing hair into hair strands, the at least one second hair-dividing element being immovably fixed to the at least second tooth.
Grasper (11.2) for gripping a needle sheath removably arranged over a needle of an autoinjector, wherein the grasper (11.2) is characterised by - a grasping carrier (11.3) formed of a sheet (11.11) and multiply bent along a plurality of longitudinal fold edges (11.4) to form a plurality of carrier portions (11.5), wherein more than one of the plurality of carrier portions (11.5) comprises a respective barb (11.8) projecting from the surface of the carrier portion (11.5) for gripping the needle sheath. - a grasping carrier (11.3) formed of a sheet (11.11) and multiply bent along a plurality of longitudinal fold edges (11.4) to form a plurality of carrier portions (11.5), wherein more than one of the plurality of carrier portions (11.5) comprises a respective barb (11.8) projecting from the surface of the carrier portion (11.5) for gripping the needle sheath.
A MEMS sensor with movable and fixed components for measuring linear acceleration, comprising at least two mutually independent differential sensor elements (A, B, C, D) disposed inside a common frame structure, the frame structure providing walls for hermetic sealing of the MEMS sensor, wherein the at least two mutually independent differential sensor elements are pairwise configured to perform double differential detection of the linear acceleration, wherein each of the at least two mutually independent differential sensor elements comprises a rotor mass and two stator structures (6, 6a, 6b), and wherein the MEMS sensor further comprises: a common anchoring area to which the rotor masses and the stator structures (6, 6a, 6b) of the pairwise configured differential sensor elements are anchored, the common anchoring area being located at the centroid of the pairwise configured differential sensor elements.
A money handling apparatus configured to perform at least dispensing process of money comprising: a depositing unit (110, 252) configured to deposit money to inside of the money handling apparatus; a storage and feeding unit (150, 270) configured to store the money deposited by the depositing unit (110, 252) and feed out the stored money; a transport unit (170, 264) configured to transport the money fed out from the storage and feeding unit (150, 270); a dispensing unit (172, 260) configured to eject the money transported by the transport unit (170, 264) to outside of the money handling apparatus; a detection unit (111, 174, 176, 253, 261, 262) configured to detect access of an operator to a specified area, and a control unit configured to control the storage and feeding unit (150, 270) and the transport unit (170, 264) so as to perform the dispensing process of the money such that the money stored in the storage and feeding unit (150, 270) is fed out by the storage and feeding unit (150, 270) and then the fed money is transported to the dispensing unit (172, 260) by the transport unit (170, 264), and so as to perform the dispensing process of the money each time the access of the operator to the specified area is detected by the detection unit (111, 174, 176, 253, 261, 262) when the dispensing process of the money is performed a plurality of times in a single transaction, characterized in that the detection unit (111, 253) is provided with the depositing unit (110, 252) and configured to detect the access of the operator to the depositing unit (110, 252). a depositing unit (110, 252) configured to deposit money to inside of the money handling apparatus; a storage and feeding unit (150, 270) configured to store the money deposited by the depositing unit (110, 252) and feed out the stored money; a transport unit (170, 264) configured to transport the money fed out from the storage and feeding unit (150, 270); a dispensing unit (172, 260) configured to eject the money transported by the transport unit (170, 264) to outside of the money handling apparatus; a detection unit (111, 174, 176, 253, 261, 262) configured to detect access of an operator to a specified area, and a control unit configured to control the storage and feeding unit (150, 270) and the transport unit (170, 264) so as to perform the dispensing process of the money such that the money stored in the storage and feeding unit (150, 270) is fed out by the storage and feeding unit (150, 270) and then the fed money is transported to the dispensing unit (172, 260) by the transport unit (170, 264), and so as to perform the dispensing process of the money each time the access of the operator to the specified area is detected by the detection unit (111, 174, 176, 253, 261, 262) when the dispensing process of the money is performed a plurality of times in a single transaction, characterized in that the detection unit (111, 253) is provided with the depositing unit (110, 252) and configured to detect the access of the operator to the depositing unit (110, 252).
System for distributing electrical energy, comprising: - an electricity grid configured to supply electrical energy to end users, wherein - the grid is operated on a direct voltage; - a protection device configured to detect change in a power consumption at the connection of an end user and to limit the power consumption at the connection 4 of the end user if the change is greater than a predetermined threshold value characterised in that the protection device is configured to detect a change on the basis of the measured presence of harmonic current or voltage components. - an electricity grid configured to supply electrical energy to end users, wherein - the grid is operated on a direct voltage; - a protection device configured to detect change in a power consumption at the connection of an end user and to limit the power consumption at the connection 4 of the end user if the change is greater than a predetermined threshold value characterised in that the protection device is configured to detect a change on the basis of the measured presence of harmonic current or voltage components.