mhurhangee/patent-ind-claim-en huggingface dataset:
A rotation device for a bubble level of a measuring device , in particular a spirit level, having a bubble level cage for receiving the bubble level and a gear for rotating the bubble level cage about a second axis of rotation (z 140 ), wherein - a first gear element of the gear is designed with a first axis of rotation (z 130 ) for receiving an input force and is in operative connection - with a second gear element of the gear, wherein the second gear element surrounds the bubble level cage coaxially in respect of the second axis of rotation (z 140 ), characterised in that the bubble level cage and the second gear element are stored rotatable relative to one another about the second axis of rotation (z 140 ). - a first gear element of the gear is designed with a first axis of rotation (z 130 ) for receiving an input force and is in operative connection - with a second gear element of the gear, wherein the second gear element surrounds the bubble level cage coaxially in respect of the second axis of rotation (z 140 ),
A method for operating a device for wireless communication in a plurality of allocated resource units, RUs, within a frequency band, the method comprising: for one or more RUs of the plurality of RUs: receiving a receive, RX, signal in the RU and demodulating the RX signal with a local oscillator, LO, signal; changing a frequency of the LO signal by a respective LO frequency shift; and subsequent to changing the frequency of the LO signal, modulating a transmit, TX, data packet for transmission with the LO signal; wherein the one or more RUs comprise a first RU and a second RU, wherein the first RU is closer to an edge of the frequency band than the second RU, and wherein a first LO frequency shift amount determined for the first RU is higher in magnitude than a second LO frequency shift amount determined for the second RU. for one or more RUs of the plurality of RUs: receiving a receive, RX, signal in the RU and demodulating the RX signal with a local oscillator, LO, signal; changing a frequency of the LO signal by a respective LO frequency shift; and subsequent to changing the frequency of the LO signal, modulating a transmit, TX, data packet for transmission with the LO signal; receiving a receive, RX, signal in the RU and demodulating the RX signal with a local oscillator, LO, signal; changing a frequency of the LO signal by a respective LO frequency shift; and subsequent to changing the frequency of the LO signal, modulating a transmit, TX, data packet for transmission with the LO signal; wherein the one or more RUs comprise a first RU and a second RU, wherein the first RU is closer to an edge of the frequency band than the second RU, and wherein a first LO frequency shift amount determined for the first RU is higher in magnitude than a second LO frequency shift amount determined for the second RU.
A method for adjusting white balance, the method being applied to a terminal comprising at least two cameras of different types, characterized by comprising: determining whether a present capturing environmental parameter satisfies a first predetermined condition while a first camera of the at least two cameras is performing a capturing operation and a display of the terminal is displaying images captured by the first camera and while a second camera of the at least two cameras is inactive; responsive to a determination that the present capturing environmental parameter satisfies the first predetermined condition, pre-starting the second camera to start capturing images while the display of the terminal continues displaying images captured by the first camera ; determining a target white balance gain value corresponding to the second camera according to an image presently captured by the second camera ; and after the second camera is started at the moment of switching the display from an image of the first camera to an image of the second camera, adjusting the white balance on the image captured by the second camera according to the target white balance gain value . determining whether a present capturing environmental parameter satisfies a first predetermined condition while a first camera of the at least two cameras is performing a capturing operation and a display of the terminal is displaying images captured by the first camera and while a second camera of the at least two cameras is inactive; responsive to a determination that the present capturing environmental parameter satisfies the first predetermined condition, pre-starting the second camera to start capturing images while the display of the terminal continues displaying images captured by the first camera ; determining a target white balance gain value corresponding to the second camera according to an image presently captured by the second camera ; and after the second camera is started at the moment of switching the display from an image of the first camera to an image of the second camera, adjusting the white balance on the image captured by the second camera according to the target white balance gain value .
Method for controlling a steering column comprising two independent motorizations automatically performing a depth adjustment movement (P) of the steering wheel along the axis of this column, and a height adjustment movement (H) of the steering wheel , on a motor vehicle equipped with advanced driving assistance systems performing automatic driving, and a vehicle management computer delivering information on the operation of this vehicle , characterized in that , for a retraction of the steering wheel during automatic driving, it simultaneously performs a combination of the two movements (H, P) of the steering wheel , following a trajectory maintaining a safety guard under the steering wheel during these combined movements (H, P).
A mechanical structural component that is a toothed component obtained by performing cold forging and carburizing treatment on a steel having a chemical composition that includes, in % by mass: 0.10% to 0.35% C; 0.01% to 0.13% Si; 0.30% to 0.80% Mn; 0.03% or less P; 0.03% or less S; 0.01% to 0.045% Al; 0.5% to 3.0% Cr; 0.0005% to 0.0040% B; 0.003% to 0.080% Nb; 0.0080% or less N; and optionally one or two types selected from the group consisting of: 0.0003% to 0.50% Sb and 0.0003% to 0.50% Sn; wherein Ti mixed in the chemical composition as an impurity is limited to 0.005% or less, and the chemical composition has a balance being Fe and incidental impurities, in prior austenite grains after the carburizing treatment, an area ratio of crystal grains of 50 μm or less is 80% or more, and an area ratio of crystal grains exceeding 300 μm is 10% or less, and a total helix deviation of teeth after the carburizing treatment satisfies Formula B max / L × 10 3 ≤ 5 where B max is a maximum total helix deviation in all teeth in mm, and L is a face width in mm. 0.10% to 0.35% C; 0.01% to 0.13% Si; 0.30% to 0.80% Mn; 0.03% or less P; 0.03% or less S; 0.01% to 0.045% Al; 0.5% to 3.0% Cr; 0.0005% to 0.0040% B; 0.003% to 0.080% Nb; 0.0080% or less N; and optionally one or two types selected from the group consisting of: 0.0003% to 0.50% Sb and 0.0003% to 0.50% Sn;
A shaving blade cartridge comprising a housing and at least one cutting blade mounted in a blade receiving section of the housing between first and second lateral sides of the housing , wherein one or more cutting blades is movably supported by fingers such that the at least one cutting blade can move from a first position to at least one second position, wherein one or more fingers (49; 51) are designed such that the at least one cutting blade is supported by at least one first contact point or area of the finger (49; 51) when the at least one cutting blade is in the first position, and in that the at least one cutting blade is supported by at least one second contact point or area of the finger (49; 51) when the at least one cutting blade is in the second position, characterized in that the distance between the first contact point or area and the at least one second contact point or area on the finger is between 1.0mm - 2.0mm.
A wire guided device , comprising: a sheath , a working assembly , comprising: a working portion configured to contact an intended tissue, a connector , connecting the working portion and the sheath, and a wire guide , disposed at and connected to the working assembly, wherein the wire guide is configured to allow a guide wire to pass through, wherein the wire guide is disposed at a predetermined distance from a distal end of the working assembly, wherein the wire guide and the guide wire do not interfere with an operation of the working portion, characterised in that an internal surface of the wire guide is configured and sized to limit potential movements of the guide wire to be nonparallel to an axis direction of the working assembly. a sheath , a working assembly , comprising: a working portion configured to contact an intended tissue, a connector , connecting the working portion and the sheath, and a working portion configured to contact an intended tissue, a connector , connecting the working portion and the sheath, and a wire guide , disposed at and connected to the working assembly, wherein the wire guide is configured to allow a guide wire to pass through, wherein the wire guide is disposed at a predetermined distance from a distal end of the working assembly, wherein the wire guide and the guide wire do not interfere with an operation of the working portion, characterised in that an internal surface of the wire guide is configured and sized to limit potential movements of the guide wire to be nonparallel to an axis direction of the working assembly.
A surgical light comprising a light head including at least one illuminant configured to generate an illuminated area on a surgical site , and a sensor attached to the light head , wherein the sensor is configured to identify items used in surgery, the sensor is attached to the light head such that a detection volume of the sensor is directed to the illuminated area , and the sensor is configured to monitor the illuminated area by the detection volume , characterized in that the sensor is configured to adapt the detection volume to the illuminated area .
A biodegradable microneedle comprising crosslinked hyaluronic acid hydrogels and non-crosslinked hyaluronic acid characterized in that the crosslinked hyaluronic acid hydrogel has the crosslinking rate of 1-50% and the solid content of crosslinked hyaluronic acid hydrogel is equal to or below 15% (w/v).
A method for chemically cleaning and passivating a Cu-containing chalcogenide layer, wherein the method comprises contacting the Cu-containing chalcogenide layer with an ammonium sulfide containing ambient, wherein contacting the Cu-containing chalcogenide layer with the ammonium sulfide containing ambient comprises immersing the Cu-containing chalcogenide layer in a liquid solution containing ammonium sulfide at ambient temperature.
A nozzle bar for treating fibres with water jets, including an elongately extending upper part , in which an elongately formed pressure chamber is placed, wherein the pressure chamber includes an end side with an opening for supplying water and an opposite closed end side, and wherein a pressure distribution chamber , which extends parallel to the pressure chamber , is placed in the upper part , and wherein several throughflow bores are placed in the intermediate walling between the pressure chamber and the pressure distribution chamber and are distributed along the length of the upper part , through which bores water is guidable from the pressure chamber into the pressure distribution chamber , and including an elongately extending lower part , which is disposed in a liquid-tight manner at the upper part , and wherein a nozzle strip with bores for the water discharge is accommodated in or at the lower part , and wherein a slot , which extends between the pressure distribution chamber and the nozzle strip for charging the nozzle strip with water, is placed in the upper part, characterized in that , with regard to the direction of the longitudinal extension of the upper part , the throughflow bores between the pressure chamber and the pressure distribution chamber have a distance of 25 mm to 35 mm and/or of 28 mm to 32 mm and/or of 30 mm to each other.
A level sensing apparatus for attachment to a sounding tube to measure content levels in a tank , the level sensing apparatus comprising: a housing ; a transmitter disposed within the housing ; an antenna disposed within the housing and operatively connected to the transmitter for directing electrical or mechanical waves in a direction away from the transmitter , the antenna further adapted to receive electrical or mechanical waves; and a connector assembly operatively attaching the housing to the sounding tube , the connector assembly being adapted to allow the housing to rotate relative to the sounding tube around a horizontal axis to expose an open end of the sounding tube ; the level sensing apparatus being characterised in that : the connector assembly is further adapted to allow the housing to rotate relative to the connector assembly around a vertical axis extending through the sounding tube . a housing ; a transmitter disposed within the housing ; an antenna disposed within the housing and operatively connected to the transmitter for directing electrical or mechanical waves in a direction away from the transmitter , the antenna further adapted to receive electrical or mechanical waves; and a connector assembly operatively attaching the housing to the sounding tube , the connector assembly being adapted to allow the housing to rotate relative to the sounding tube around a horizontal axis to expose an open end of the sounding tube ; the level sensing apparatus being characterised in that : the connector assembly is further adapted to allow the housing to rotate relative to the connector assembly around a vertical axis extending through the sounding tube .
A motor comprising: a housing ; a stator disposed in the housing ; a rotor disposed in the stator ; a busbar disposed on the stator ; a plate disposed on the busbar ; and a terminal part including a body part in contact with the plate , and a protruding part protruding from the body part and disposed on the plate , wherein a part of the body part is disposed between the housing and the plate in a radial direction, characterised in that the body part includes a first hole that passes through an outer side and an inner side of the body part in a first direction (F); and the plate includes a first protrusion protruding from an edge of the plate and disposed in the first hole . a housing ; a stator disposed in the housing ; a rotor disposed in the stator ; a busbar disposed on the stator ; a plate disposed on the busbar ; and a terminal part including a body part in contact with the plate , and a protruding part protruding from the body part and disposed on the plate , wherein a part of the body part is disposed between the housing and the plate in a radial direction, characterised in that the body part includes a first hole that passes through an outer side and an inner side of the body part in a first direction (F); and the plate includes a first protrusion protruding from an edge of the plate and disposed in the first hole .
A rotor blade for a wind turbine, comprising a first blade segment and a second blade segment extending in opposite directions from a chord-wise joint , each of the first and second blade segments comprising at least one shell member defining an airfoil surface and an internal support structure , the first blade segment comprising a beam structure extending lengthwise that structurally connects with the second blade segment via a receiving section ; and at least one chord-wise extending pin positioned through the chord-wise joint so as to secure the first and second blade segments together, the chord-wise extending pin comprising a hollow cross-section that extends from a trailing edge end to a leading edge end thereof, characterized in that the chord-wise extending pin further comprises a plurality of structural inserts arranged within the hollow cross-section, wherein a first structural insert of the plurality of structural inserts is arranged at the trailing edge end thereof and a second structural insert of the plurality of structural inserts is arranged at the leading edge end thereof. a first blade segment and a second blade segment extending in opposite directions from a chord-wise joint , each of the first and second blade segments comprising at least one shell member defining an airfoil surface and an internal support structure , the first blade segment comprising a beam structure extending lengthwise that structurally connects with the second blade segment via a receiving section ; and at least one chord-wise extending pin positioned through the chord-wise joint so as to secure the first and second blade segments together, the chord-wise extending pin comprising a hollow cross-section that extends from a trailing edge end to a leading edge end thereof, characterized in that the chord-wise extending pin further comprises a plurality of structural inserts arranged within the hollow cross-section, wherein a first structural insert of the plurality of structural inserts is arranged at the trailing edge end thereof and a second structural insert of the plurality of structural inserts is arranged at the leading edge end thereof.
Wood screw having a screw shank , wherein the screw shank is provided at least in portions with a thread , having a screw head at a first end of the screw shank , wherein the screw head is provided with a driving formation, and having a screw tip at the second end of the screw shank , wherein the screw tip tapers from a cylindrical portion of the screw shank up to the point-like second end and the thread begins in the region of the tapering screw tip, wherein the screw tip has a rotationally symmetrical base member with an at least partially convex-curved outer contour, wherein the screw tip has a first portion with a convex-curved outer contour which extends from the cylindrical portion of the screw shank and a second portion which leads from the end of the first portion and which extends as far as the point-like second end, characterized in that the outer contour of the first portion encloses a greater angle with the longitudinal centre axis of the screw shank, at the transition between the first portion and the second portion, than the outer contour of the second portion at the transition between the first portion and the second portion.
A ratchet for a medical device comprising a torque-input element which is arranged so as to be relatively rotatable around or with respect to a torque-output element and, for torque transfer, is coupled to the latter via a toothed unit which forms a freewheel with selectable sense of rotation and has a first torque transfer sleeve which is coupled to or in the torque-input element in a non-rotatable and axially fixed manner and a second torque transfer sleeve which is coupled to or in the torque-input element so as to be rotationally fixed therewith but axially movable, which comprise toothings that act in opposite directions, and which depending on a manually adjustable axial position of the second torque transfer sleeve can be selectively but alternately brought into meshing engagement with an intermediate sleeve which is arranged so as to be axially movable, is preloaded toward the toothings of the torque transfer sleeves and is coupled to the torque-output element for torque transfer.
A method of laying up a composite barrel on a mandrel , comprising: arranging first and second laminators respectively on opposite sides of the mandrel ; rotating the mandrel to a first rotational position of the mandrel presenting first and second zones on the mandrel that are respectively within reach of the first and second laminators ; holding the mandrel stationary against rotation in the first rotational position ; laying up plies of composite material on the mandrel in at least one of the first and second zones using the first and second laminators respectively while the mandrel is held stationary in the first rotational position thereof; rotating the mandrel to a second rotational position of the mandrel presenting third and fourth zones on the mandrel that are respectively within reach of each of the first and second laminators ; holding the mandrel stationary against rotation in the first rotational position ; and laying up plies of composite material on at least one of the third and fourth zones on the mandrel using the first and second laminators respectively while the mandrel is held stationary in the second rotational position thereof; locating a reference feature on the mandrel while the mandrel is stationary in each of the at least first and second rotational positions thereof; and using the reference feature to lay up plies at desired locations on the mandrel . arranging first and second laminators respectively on opposite sides of the mandrel ; rotating the mandrel to a first rotational position of the mandrel presenting first and second zones on the mandrel that are respectively within reach of the first and second laminators ; holding the mandrel stationary against rotation in the first rotational position ; laying up plies of composite material on the mandrel in at least one of the first and second zones using the first and second laminators respectively while the mandrel is held stationary in the first rotational position thereof; rotating the mandrel to a second rotational position of the mandrel presenting third and fourth zones on the mandrel that are respectively within reach of each of the first and second laminators ; holding the mandrel stationary against rotation in the first rotational position ; and laying up plies of composite material on at least one of the third and fourth zones on the mandrel using the first and second laminators respectively while the mandrel is held stationary in the second rotational position thereof; locating a reference feature on the mandrel while the mandrel is stationary in each of the at least first and second rotational positions thereof; and using the reference feature to lay up plies at desired locations on the mandrel .
A liquid effluent treatment module comprising at least one tank portion adapted to accommodate a plurality of packing elements in suspension capable of accommodating a biological material, the tank portion defining a horizontal longitudinal axis and comprising at least one effluent supply, the tank portion further comprising: • at least one treated effluent collection ramp arranged in a central part of the tank portion and parallel to the horizontal longitudinal axis, • at least one air injection ramp arranged in a lower part of the tank portion, eccentrically and parallel to the treated effluent collection ramp , so as to cause a spiral movement of the liquid effluents, characterized in that the at least one effluent supply comprises at least one effluent supply ramp parallel and eccentric relative to the treated effluent collection ramp . the tank portion further comprising: • at least one treated effluent collection ramp arranged in a central part of the tank portion and parallel to the horizontal longitudinal axis, • at least one air injection ramp arranged in a lower part of the tank portion, eccentrically and parallel to the treated effluent collection ramp , • at least one treated effluent collection ramp arranged in a central part of the tank portion and parallel to the horizontal longitudinal axis, • at least one air injection ramp arranged in a lower part of the tank portion, eccentrically and parallel to the treated effluent collection ramp , so as to cause a spiral movement of the liquid effluents, characterized in that the at least one effluent supply comprises at least one effluent supply ramp parallel and eccentric relative to the treated effluent collection ramp .