mhurhangee/patent-ind-claim-en huggingface dataset:
A data transmission method, comprising: separately configuring , by a base station in different time units on a specific frequency band according to different duplex modes, an uplink frequency resource used for transmitting uplink data and a downlink frequency resource used for transmitting downlink data, wherein the different duplex modes comprise a time division duplex TDD mode, a frequency division duplex FDD mode, and a full-duplex mode, wherein the full duplex mode comprises the presence of a frequency resource in the time unit which is configured both for an uplink and a downlink, wherein the configuring comprises determining, on the specific frequency band, a duplex mode for transmitting data on each time unit; sending signaling to indicate the duplex mode for configuring an uplink frequency resource and a downlink frequency resource in a time unit;and sending , by the base station, downlink data to user equipment UE by using the configured downlink frequency resource, and receiving, by using the configured uplink frequency resource, uplink data sent by the UE. separately configuring , by a base station in different time units on a specific frequency band according to different duplex modes, an uplink frequency resource used for transmitting uplink data and a downlink frequency resource used for transmitting downlink data, wherein the different duplex modes comprise a time division duplex TDD mode, a frequency division duplex FDD mode, and a full-duplex mode, wherein the full duplex mode comprises the presence of a frequency resource in the time unit which is configured both for an uplink and a downlink, wherein the configuring comprises determining, on the specific frequency band, a duplex mode for transmitting data on each time unit; sending signaling to indicate the duplex mode for configuring an uplink frequency resource and a downlink frequency resource in a time unit;and sending , by the base station, downlink data to user equipment UE by using the configured downlink frequency resource, and receiving, by using the configured uplink frequency resource, uplink data sent by the UE.
A rotary compressor comprising: a shaft rotatable around a central axis; a plurality of compression mechanism units including a first compression mechanism unit , a second compression mechanism unit , and a third compression mechanism unit disposed to be aligned from one side to the other side in a central axis direction of the shaft; a plurality of eccentric parts provided on the shaft and including a first eccentric part , a second eccentric part , and a third eccentric part disposed in corresponding to the first compression mechanism unit , the second compression mechanism unit , and the third compression mechanism unit ; characterized in a first balancer rotating together with the shaft ; and a second balancer disposed on the other side of the first balancer and rotating together with the shaft , wherein angles between a direction of eccentricity of the first balancer with respect to the central axis of the shaft and directions of eccentricity of the plurality of eccentric parts with respect to the central axis of the shaft are configured to increase in an order of the third eccentric part , the second eccentric part , and the first eccentric part , and angles between a direction of eccentricity of the second balancer with respect to the central axis of the shaft and directions of eccentricity of the plurality of eccentric parts with respect to the central axis of the shaft are configured to increase in an order of the first eccentric part , the second eccentric part , and the third eccentric part . a shaft rotatable around a central axis; a plurality of compression mechanism units including a first compression mechanism unit , a second compression mechanism unit , and a third compression mechanism unit disposed to be aligned from one side to the other side in a central axis direction of the shaft; a plurality of eccentric parts provided on the shaft and including a first eccentric part , a second eccentric part , and a third eccentric part disposed in corresponding to the first compression mechanism unit , the second compression mechanism unit , and the third compression mechanism unit ; characterized in a first balancer rotating together with the shaft ; and a second balancer disposed on the other side of the first balancer and rotating together with the shaft , wherein angles between a direction of eccentricity of the first balancer with respect to the central axis of the shaft and directions of eccentricity of the plurality of eccentric parts with respect to the central axis of the shaft are configured to increase in an order of the third eccentric part , the second eccentric part , and the first eccentric part , and angles between a direction of eccentricity of the second balancer with respect to the central axis of the shaft and directions of eccentricity of the plurality of eccentric parts with respect to the central axis of the shaft are configured to increase in an order of the first eccentric part , the second eccentric part , and the third eccentric part .
Mechanism , of timepiece type, comprising a magnetic gear including a first wheel and a second wheel provided with a first magnetic toothing and a second magnetic toothing respectively; wherein the first and second magnetic toothings are respectively formed by first and second teeth made of a soft ferromagnetic material; and in that the magnetic gear further comprises a third wheel arranged between the first and second wheels and provided with first permanent magnetic poles (7; 29) forming the magnetised teeth of a third magnetic toothing comprised in this third wheel and which is configured in such a way that first magnetic fluxes, having alternating polarities, emerge respectively from these magnetised teeth, the third wheel and the first wheel being arranged in such a way that the third magnetic toothing has a first magnetic coupling with the first magnetic toothing generated by said first magnetic fluxes which momentarily polarise, in magnetic attraction, teeth of the first magnetic toothing , momentarily located in a first magnetic coupling zone with the third magnetic toothing and thus through which first magnetic fluxes from among said first magnetic fluxes respectively flow, the third wheel and the second wheel being arranged in such a way that the third magnetic toothing or, where applicable, a fourth magnetic toothing , which is comprised by the third wheel and which is formed by second permanent magnetic poles from which second magnetic fluxes emerge with alternating polarities, has a second magnetic coupling with the second magnetic toothing , which is generated by said first magnetic fluxes, or respectively by said second magnetic fluxes, which momentarily polarise, in magnetic attraction, teeth of the second magnetic toothing which are momentarily located in a second magnetic coupling zone with the third magnetic toothing or, where applicable, with the fourth magnetic toothing and thus through which first magnetic fluxes from among said first magnetic fluxes flow, or respectively though which second magnetic fluxes from among said second magnetic fluxes flow.
An all-steel card clothing for carding machines comprising a wire defining a longitudinal direction (L), said wire having a base section and a wall section with teeth having a tooth height (H15), said wall section having at least one hardened section and extending away from the base section , wherein the base section has a greater thickness (D17) than the wall section , wherein the wall section has a boundary following a straight line in the form of a transition zone extending parallel to the longitudinal direction (L), in which transition zone the increased hardness begins characterized in that the transition zone is delimited from the hardened section and the unhardened region transversely through the wall section along curved lines . wherein the base section has a greater thickness (D17) than the wall section , wherein the wall section has a boundary following a straight line in the form of a transition zone extending parallel to the longitudinal direction (L), in which transition zone the increased hardness begins characterized in that the transition zone is delimited from the hardened section and the unhardened region transversely through the wall section along curved lines .
Braking device for a rotary shaft (S) comprising at least one actuating unit (I), a pressure plate (A), a friction disc (D) and a mounting flange (P), the pressure plate (A) being biased, at rest, by the actuating unit (I), against the friction disc (D) and, when the actuating unit (I) is activated, the pressure plate (A) is moved towards the actuating unit (I), the braking device for a rotary shaft defining an axis of symmetry X, the braking device also comprising a manual unlocking system for axially moving the pressure plate (A) away from the friction disc (D) in the absence of activation of the actuating unit (I), this manual unlocking system comprising two fixed pivots (31, 32; 32a), the manual unlocking system also comprising a free pivot linked to the two fixed pivots (31, 32; 32a) by two tie members (11, 21; 12, 22; 13, 23; 14, 24; 15 , 445; 16, 455), one of the two tie members referred to as leading tie member (21; 22; 23; 24; 445; 455) being biased to move pivotally by a manually actuated lever (41; 42; 43; 44; 45), the other tie member referred to as led tie member (11; 12; 13; 14; 15; 16) being driven to move pivotally by the leading tie member (21; 22; 23; 24; 445; 455), a- the manual unlocking system acting on the pressure plate (A) in a manner that is balanced and centered on the axis of symmetry X characterized in that the two fixed pivots (31, 32; 32a) are respectively fixed to two members of the braking device which are movable in relation to each other one of which is the pressure plate (A) and in that b- the angle α formed by the three pivots (31, 32; 32a, 33) at the pivot placed between the two others is greater than 120°, advantageously greater than 150°, and preferably greater than 170°, c- the pivotal movement of the manually actuated lever (41; 42; 43; 44; 45), starting from the resting position, tends to align the three pivots (31, 32; 32a, 33) by increasing the angle α which tends to become flat. a- the manual unlocking system acting on the pressure plate (A) in a manner that is balanced and centered on the axis of symmetry X characterized in that the two fixed pivots (31, 32; 32a) are respectively fixed to two members of the braking device which are movable in relation to each other one of which is the pressure plate (A) and in that b- the angle α formed by the three pivots (31, 32; 32a, 33) at the pivot placed between the two others is greater than 120°, advantageously greater than 150°, and preferably greater than 170°, c- the pivotal movement of the manually actuated lever (41; 42; 43; 44; 45), starting from the resting position, tends to align the three pivots (31, 32; 32a, 33) by increasing the angle α which tends to become flat.
Footwear having a multi-layer sole structure, wherein the sole comprises at least one outsole and one midsole , and the midsole consists of a foam having an open cell structure comprising a gas- and liquid-tight outer skin, wherein the cell structure is filled at least partially with a liquid medium, wherein the outsole wraps around the midsole laterally and the outsole is more rigid than the midsole , characterised in that the midsole is made of a material manufactured by an integral skin foam process in such a manner that outer skin and cell structure consist of a uniform material.
A method of tremor reduction in a handheld device , comprising: measuring a tremor motion and a tilt motion with a motion tracking module , "MTM", disposed in a housing of the handheld device ; in response to measuring the tremor motion, moving an attachment arm with at least one motion generating mechanism to reduce the tremor motion in the attachment arm ; and in response to measuring the tilt motion, moving the attachment arm with the at least one motion generating mechanism to resist the attachment arm hitting a hard stop in the handheld device ; wherein measuring the tremor motion and the tilt motion includes separating high frequency motion corresponding to the tremor motion from low frequency motion corresponding to the tilt motion, and in response to measuring the low frequency motion corresponding to the tilt motion, resisting the attachment arm hitting the hard stop, wherein the hard stop is a maximum movement distance of the attachment arm in one direction. measuring a tremor motion and a tilt motion with a motion tracking module , "MTM", disposed in a housing of the handheld device ; in response to measuring the tremor motion, moving an attachment arm with at least one motion generating mechanism to reduce the tremor motion in the attachment arm ; and in response to measuring the tilt motion, moving the attachment arm with the at least one motion generating mechanism to resist the attachment arm hitting a hard stop in the handheld device ; wherein measuring the tremor motion and the tilt motion includes separating high frequency motion corresponding to the tremor motion from low frequency motion corresponding to the tilt motion, and in response to measuring the low frequency motion corresponding to the tilt motion, resisting the attachment arm hitting the hard stop, wherein the hard stop is a maximum movement distance of the attachment arm in one direction.
A cylinder for an engine, the cylinder having a piston disposed therein, the piston comprising: a first pressure ring fitted in a first ring groove of the piston; and a second pressure ring fitted in a second ring groove of the piston, and positioned between the first pressure ring and an oil ring, wherein: the second pressure ring is provided with a groove that extends across a surface of the second pressure ring from an inner peripheral side to an outer peripheral side; characterised in that the groove is configured such that at least one of a width and a depth of the groove becomes larger toward the outer peripheral side from the inner peripheral side. a first pressure ring fitted in a first ring groove of the piston; and a second pressure ring fitted in a second ring groove of the piston, and positioned between the first pressure ring and an oil ring, wherein: the second pressure ring is provided with a groove that extends across a surface of the second pressure ring from an inner peripheral side to an outer peripheral side; characterised in that the groove is configured such that at least one of a width and a depth of the groove becomes larger toward the outer peripheral side from the inner peripheral side.
A stator arrangement of an electric motor with several winding carriers , on which electrical windings are arranged, wherein electrical terminal leads of the windings are arranged at a first axial end of the stator arrangement, the terminal leads are fixed via several fastening elements which are each engaged with a winding carrier , and the fastening elements extend in the radial direction with respect to the longitudinal axis (X) of the stator arrangement and engage over the terminal leads which are to be fixed and which are arranged on a face side of the stator arrangement in the peripheral direction, characterised in that the fastening elements at their radially outer end are each pivotably connected to the winding carrier via a joint , wherein at least one first engagement element which is designed as a joint receiver is formed on the winding carrier , into which engagement element the fastening element engages in a latching manner for forming the joint , so that after latching it is pivotable in the joint between an open position and a closed position.
Control rod for an automotive application, which has a rod-shaped base body and a receiving opening arranged in it, wherein a hard metal insert is inserted into the receiving opening and the hard metal insert has a base body , the outer contour of which is matched to the inner contour of the receiving opening of the base body of the control rod , and wherein the thermal expansion coefficient of the base body of the control rod is greater than the thermal expansion coefficient of the base body of the hard metal insert , characterized in that the base body of the hard metal insert has got an outer contour by which a rotation lock of the hard metal insert in the receiving opening of the base body of the control rod is provided, that the base body of the control rod has a stop (9; 9') acting in the axial direction for the base body of the hard metal insert at at least one side of the two axial sides of the receiving opening of the base body of the hard metal insert .
A sealing material , comprising a metal plate and a foamed rubber layer formed on one surface , or each of both surfaces , of the metal plate , wherein the foamed rubber layer has a closed cell rate of 50% or more, and a surface of the foamed rubber layer has a maximum height Rz determined by a method in conformity to JIS B 0601-2001 of 40 μm or less.
A level , comprising: a frame including a top planar surface , a bottom planar surface , and a web coupling the top planar surface to the bottom planar surface , the top planar surface and the bottom planar surface being parallel; a vial supported by the frame , the vial having opposing first and second ends and a longitudinal axis passing through a center of the vial and the opposing first and second ends and a body defining an interior containing a liquid and an indicator bubble ; a plurality of LEDs , each of the LEDs has a light emitting point, and one of the plurality of LEDs is positioned adjacent to the first end of the vial and is oriented such that the light emitting point is positioned within the interior of the body of the vial and one of the plurality of LEDs is positioned adjacent the second end of the vial and is oriented such that the light emitting point is positioned within the interior of the body of the vial and wherein each of the plurality of LEDs is aligned along the longitudinal axis of the vial ; and a light sensitive component that emits light in response to exposure to light emitted by the plurality of LEDs to illuminate at least one of the body, the liquid , and the indicator bubble of the vial ; wherein the light sensitive component includes a sleeve positioned within the interior of the body of the vial , the sleeve reflects at least a portion of the light emitted by the LEDs to increase dispersion of the light within the vial . a frame including a top planar surface , a bottom planar surface , and a web coupling the top planar surface to the bottom planar surface , the top planar surface and the bottom planar surface being parallel; a vial supported by the frame , the vial having opposing first and second ends and a longitudinal axis passing through a center of the vial and the opposing first and second ends and a body defining an interior containing a liquid and an indicator bubble ; a plurality of LEDs , each of the LEDs has a light emitting point, and one of the plurality of LEDs is positioned adjacent to the first end of the vial and is oriented such that the light emitting point is positioned within the interior of the body of the vial and one of the plurality of LEDs is positioned adjacent the second end of the vial and is oriented such that the light emitting point is positioned within the interior of the body of the vial and wherein each of the plurality of LEDs is aligned along the longitudinal axis of the vial ; and a light sensitive component that emits light in response to exposure to light emitted by the plurality of LEDs to illuminate at least one of the body, the liquid , and the indicator bubble of the vial ; wherein the light sensitive component includes a sleeve positioned within the interior of the body of the vial , the sleeve reflects at least a portion of the light emitted by the LEDs to increase dispersion of the light within the vial .
Machining device for autonomously machining an associated working area , comprising a detection unit for detecting respectively current environmental parameters which can be evaluated for controlling the machining device in the associated working area , characterized in that a keep-free device is associated with the detection unit , which keep-free device is at least designed to at least reduce operation-related soiling of and/or impacts on the detection unit and/or formation of condensation on the detection unit , wherein the keep-free device has at least one air-guiding device to which an air stream is supplied at least during autonomous operation of the machining device , wherein the air-guiding device is designed to guide the supplied air stream at least partially in the direction of the detection unit , wherein a drive motor is provided for driving during autonomous operation of the machining device , at least one fan impeller being associated with the said drive motor, which fan impeller is designed to at least partially generate the supplied air stream , and/or wherein at least one rechargeable battery pack is provided for power supply during autonomous operation of the machining device , at least one fan impeller being associated with the said rechargeable battery pack for cooling purposes, which fan impeller is designed to at least partially generate the supplied air stream .
A quinone polyhalide flow battery, the battery consists of a battery module, a reservoir reserving positive electrolyte, a reservoir reserving negative electrolyte, a circulating pump and pipes, wherein the battery module is formed by two, three or more than three sections of single cells in series; and single cell includes a positive electrode, a separator and a negative electrode, characterized in that the positive electrolyte is a mixed solution of hydrochloric acid and sodium bromide and the negative electrolyte is a mixed solution of hydrochloric acid and anthraquinone, and wherein the positive and negative electrolytes contain 0.1-1 M of quaternary ammonium salt molecular bromine complexing agents.