mhurhangee/patent-ind-claim-en huggingface dataset:
A gear comprising: a hub provided on an inner peripheral side and configured to be connected to a rotation shaft ; a rim provided on an outer peripheral side and formed with external teeth in the form of one of a helical gear and a bevel gear; a first web connecting the hub and the rim, the first web extending obliquely toward one side of the rotation shaft in an axial direction from the rim to the hub; and a second web connecting the hub and the rim, the second web extending obliquely toward the other side of the rotation shaft in the axial direction from the rim to the hub, wherein the first web includes a plurality of first web pieces formed so as to be spaced apart in a circumferential direction, the second web includes a plurality of second web pieces formed so as to be spaced apart in the circumferential direction, and the first web pieces and the second web pieces are alternately arranged in the circumferential direction and are located at mutually different circumferential positions, characterised in that the first web pieces and the second web pieces have different thicknesses from each other in accordance with axial load to be applied from the one of the helical gear and the bevel gear. a hub provided on an inner peripheral side and configured to be connected to a rotation shaft ; a rim provided on an outer peripheral side and formed with external teeth in the form of one of a helical gear and a bevel gear; a first web connecting the hub and the rim, the first web extending obliquely toward one side of the rotation shaft in an axial direction from the rim to the hub; and a second web connecting the hub and the rim, the second web extending obliquely toward the other side of the rotation shaft in the axial direction from the rim to the hub, wherein the first web includes a plurality of first web pieces formed so as to be spaced apart in a circumferential direction, the second web includes a plurality of second web pieces formed so as to be spaced apart in the circumferential direction, and the first web pieces and the second web pieces are alternately arranged in the circumferential direction and are located at mutually different circumferential positions, characterised in that the first web pieces and the second web pieces have different thicknesses from each other in accordance with axial load to be applied from the one of the helical gear and the bevel gear.
A controlling system for controlling loads of a Power-over-Ethernet (PoE) system to mitigate issues in current peaking due to PoE commands defining desired power levels of loads of the PoE system, wherein the controlling system comprises: - a command providing unit for providing the PoE command, wherein the PoE command directly or indirectly define a respective power level of the load; - an overall power change determination unit for determining the respective power level related to respective action of the load, in order to allow the overall power change determination unit to determine the overall power change amount, which will be caused by the provided PoE command, based on the provided PoE command, - a control unit for controlling, over time, the loads such that the slope of the overall power consumption of the loads , when being set to the desired power levels, is reduced, if the determined overall power change amount is larger than a predefined power change threshold. - a command providing unit for providing the PoE command, wherein the PoE command directly or indirectly define a respective power level of the load; - an overall power change determination unit for determining the respective power level related to respective action of the load, in order to allow the overall power change determination unit to determine the overall power change amount, which will be caused by the provided PoE command, based on the provided PoE command, - a control unit for controlling, over time, the loads such that the slope of the overall power consumption of the loads , when being set to the desired power levels, is reduced, if the determined overall power change amount is larger than a predefined power change threshold.
A control device comprising: • a casing that contains at least one switch ; and • a control member that is movable relative to the casing and that presents at least one element that projects from a face of the control member , which face is oriented towards the casing ; the control device being characterized in that the casing includes a deformable region from which there extend a first tongue that is arranged so as to co-operate with said element in at least one position of the control member , and a second tongue for actuating the switch . • a casing that contains at least one switch ; and • a control member that is movable relative to the casing and that presents at least one element that projects from a face of the control member , which face is oriented towards the casing ; the control device being characterized in that the casing includes a deformable region from which there extend a first tongue that is arranged so as to co-operate with said element in at least one position of the control member , and a second tongue for actuating the switch .
A computer implemented method for dewarping a region of a fisheye view image , wherein the fisheye view image is captured by a fisheye lens camera and comprises a first dewarping pole, DP1, the method comprising: - defining a region of interest, ROI, within the fisheye view image , - determining a center, G, of the ROI, - defining a temporary annulus sector region of the fisheye view image such that the temporary annulus sector region comprises the ROI, and such that the temporary annulus sector region has its center at DP1 and has a temporary outer arc shaped edge and a temporary inner arc shaped edge , - defining a second dewarping pole, DP2, in the fisheye view image at a dewarping pole moving distance, D, from DP1 along a radial direction extending from G of the ROI through the DP1, wherein the radial direction is further directed such that DP1 is located between DP2 and G, - setting a dewarping annulus sector region of the fisheye view image such that the dewarping annulus sector region comprises the ROI, and such that the dewarping annulus sector region has its center at DP2 and has its dewarping inner arc shaped edge maintained at a same radial distance, r1, along the radial direction extending from G of the ROI through the DP1, from DP1 as the temporary inner arc shaped edge , - dewarping the dewarping annulus sector region of the fisheye view image . - defining a region of interest, ROI, within the fisheye view image , - determining a center, G, of the ROI, - defining a temporary annulus sector region of the fisheye view image such that the temporary annulus sector region comprises the ROI, and such that the temporary annulus sector region has its center at DP1 and has a temporary outer arc shaped edge and a temporary inner arc shaped edge , - defining a second dewarping pole, DP2, in the fisheye view image at a dewarping pole moving distance, D, from DP1 along a radial direction extending from G of the ROI through the DP1, wherein the radial direction is further directed such that DP1 is located between DP2 and G, - setting a dewarping annulus sector region of the fisheye view image such that the dewarping annulus sector region comprises the ROI, and such that the dewarping annulus sector region has its center at DP2 and has its dewarping inner arc shaped edge maintained at a same radial distance, r1, along the radial direction extending from G of the ROI through the DP1, from DP1 as the temporary inner arc shaped edge , - dewarping the dewarping annulus sector region of the fisheye view image .
A cutter comprising: a cutting head ; and an adjustable handle pivotally coupled to the cutting head , wherein the adjustable handle includes a first handle member with a slot and a second handle member , wherein the first handle member is telescopically received within the second handle member ; wherein the adjustable handle includes a first adjustment assembly to change a length the adjustable handle extends from the cutting head , wherein the first adjustment assembly couples the first handle member to the second handle member ; characterized in that the first adjustment assembly includes a collar and a protrusion that is received within the slot , wherein the collar and the protrusion are mounted for rotation about the second handle member , wherein the collar and the protrusion are mounted for rotation about a longitudinal axis of the second handle member between a locked position in which the first handle member is fixed relative to the second handle member and an unlocked position in which the first handle member is movable with respect to the second handle member , wherein the protrusion is configured to slide along the first handle member within the slot while the first handle member moves with respect to the second handle member ; and wherein the adjustable handle includes a second adjustment assembly to change the position of the adjustable handle with respect to the cutting head . a cutting head ; and an adjustable handle pivotally coupled to the cutting head , wherein the adjustable handle includes a first handle member with a slot and a second handle member , wherein the first handle member is telescopically received within the second handle member ; wherein the adjustable handle includes a first adjustment assembly to change a length the adjustable handle extends from the cutting head , wherein the first adjustment assembly couples the first handle member to the second handle member ; characterized in that the first adjustment assembly includes a collar and a protrusion that is received within the slot , wherein the collar and the protrusion are mounted for rotation about the second handle member , wherein the collar and the protrusion are mounted for rotation about a longitudinal axis of the second handle member between a locked position in which the first handle member is fixed relative to the second handle member and an unlocked position in which the first handle member is movable with respect to the second handle member , wherein the protrusion is configured to slide along the first handle member within the slot while the first handle member moves with respect to the second handle member ; and wherein the adjustable handle includes a second adjustment assembly to change the position of the adjustable handle with respect to the cutting head .
A filter processing apparatus for performing filter processing using a filter kernel for processing-target data, comprising: K arithmetic operation means for performing predetermined arithmetic operation processing parallelly; data holding means for holding a plurality of data values included in the processing-target data as an L-dimensional orthogonal array; coefficient holding means for holding a plurality of filter coefficients included in the filter kernel as an L-dimensional orthogonal array; first pattern holding means for holding a first pattern that selects K data values input to the K arithmetic operation means from the plurality of data values; second pattern holding means for holding a second pattern that selects one filter coefficient input to the K arithmetic operation means from the plurality of filter coefficients; and control means for sequentially inputting the K data values to the K arithmetic operation means with reference to the first pattern and sequentially inputting the one common filter coefficient to the K arithmetic operation means with reference to the second pattern. K arithmetic operation means for performing predetermined arithmetic operation processing parallelly; data holding means for holding a plurality of data values included in the processing-target data as an L-dimensional orthogonal array; coefficient holding means for holding a plurality of filter coefficients included in the filter kernel as an L-dimensional orthogonal array; first pattern holding means for holding a first pattern that selects K data values input to the K arithmetic operation means from the plurality of data values; second pattern holding means for holding a second pattern that selects one filter coefficient input to the K arithmetic operation means from the plurality of filter coefficients; and control means for sequentially inputting the K data values to the K arithmetic operation means with reference to the first pattern and sequentially inputting the one common filter coefficient to the K arithmetic operation means with reference to the second pattern.
A cladding system comprising: a plurality of flexible grid members (110; 510) being adjustable in shape and selected from the group consisting of ropes, cables, straps and cords, the flexible grid members being arranged so as to form a grid (114; 514; 714) that extends in at least two dimensions and includes grid cells (116; 516) that are delimited by the flexible grid members (110; 510); characterized in that a plurality of planar panels supported by the grid (114; 514), at least a first portion of the panels (140; 540; 1040) being arranged so as to form an architectural surface (142; 742), wherein the planar panels define the shape of the grid cells (116; 516). a plurality of flexible grid members (110; 510) being adjustable in shape and selected from the group consisting of ropes, cables, straps and cords, the flexible grid members being arranged so as to form a grid (114; 514; 714) that extends in at least two dimensions and includes grid cells (116; 516) that are delimited by the flexible grid members (110; 510); characterized in that a plurality of planar panels supported by the grid (114; 514), at least a first portion of the panels (140; 540; 1040) being arranged so as to form an architectural surface (142; 742), wherein the planar panels define the shape of the grid cells (116; 516).
A radio resource control, RRC, connection management method, characterized in that the method comprises: sending , by user equipment, UE, when in an RRC idle mode, an uplink data request to an access network node by using a data sending resource selected by the UE from shared data sending resources allocated by a system information block, SIB, message, wherein the uplink data request comprises uplink data and request information that is used for requesting to enter an RRC connected mode and that is used for establishment or resumption of an RRC connection with the access network node and determination of an access network dedicated identifier of the UE; and receiving , by the UE, the access network dedicated identifier of the UE from the access network node, wherein the UE is in the RRC connected mode within a validity period of the access network dedicated identifier of the UE. sending , by user equipment, UE, when in an RRC idle mode, an uplink data request to an access network node by using a data sending resource selected by the UE from shared data sending resources allocated by a system information block, SIB, message, wherein the uplink data request comprises uplink data and request information that is used for requesting to enter an RRC connected mode and that is used for establishment or resumption of an RRC connection with the access network node and determination of an access network dedicated identifier of the UE; and receiving , by the UE, the access network dedicated identifier of the UE from the access network node, wherein the UE is in the RRC connected mode within a validity period of the access network dedicated identifier of the UE.
A guanidine-functionalized perlite particle comprising a perlite particle that is modified with at least one silane having the formula X 3- n R a n Si-Y-G, wherein: n is 0, 1, or 2; each R a , if present, is independently an alkyl, aralkyl, or aryl; Y is a divalent group comprising an alkylene having 2 to 20 carbons; G is a guanidine group of the formula -NH-C(=NH)-NH 2 ; and each X is independently alkoxy or acyloxy. n is 0, 1, or 2; each R a , if present, is independently an alkyl, aralkyl, or aryl; Y is a divalent group comprising an alkylene having 2 to 20 carbons; G is a guanidine group of the formula -NH-C(=NH)-NH 2 ; and each X is independently alkoxy or acyloxy.
Method for preheating a build plate for additive manufacturing with at least one energy beam emitting a power (P), wherein the method comprises controlling a power distribution (P XY ) of the power (P) over dimensions (X, Y) of the build plate comprising: - determining a center temperature (T C ) indicative of a temperature in a center area of the base plate , - determining an edge temperature (T E ) indicative of a temperature in an edge region of the base plate , - determining the power (P) of the beam based on a target temperature (T SET ) for the base plate and controlling the power (P) by a first controller (C1), - determining a temperature distribution (ΔT) based on a difference between the center temperature (T C ) and the edge temperature (T E ) and - determining the allocation of the power (P) to the dimensions (X, Y) based on the temperature distribution (ΔT) in the base plate , wherein the power distribution (P XY ) is controlled by a second controller (C2) based on a target temperature difference (ΔT SET ) as a set value for the temperature distribution (ΔT), wherein the target temperature difference (ΔT SET ) is provided to generate a control difference between the target temperature difference (ΔT SET ) and the current temperature distribution (ΔT) as an input for the second controller (C2). - determining a center temperature (T C ) indicative of a temperature in a center area of the base plate , - determining an edge temperature (T E ) indicative of a temperature in an edge region of the base plate , - determining the power (P) of the beam based on a target temperature (T SET ) for the base plate and controlling the power (P) by a first controller (C1), - determining a temperature distribution (ΔT) based on a difference between the center temperature (T C ) and the edge temperature (T E ) and - determining the allocation of the power (P) to the dimensions (X, Y) based on the temperature distribution (ΔT) in the base plate ,
A method for purifying Antithrombin, comprising the steps of: (a) adsorbing the Antithrombin onto the anion exchange carrier, (b) washing with a buffer containing glycine to wash and remove impurities, and (c) eluting the Antithrombin adsorbed onto the anion exchange carrier by increasing the salt concentration or conductivity of the buffer, or by varying pH of the buffer, wherein the Antithrombin maintains a binding ratio of sialic acid of 70% or more, wherein the binding ratio of sialic acid represents a ratio of the measured number of bound sialic acids to the theoretical maximum number of bound sialic acids in the protein. (a) adsorbing the Antithrombin onto the anion exchange carrier, (b) washing with a buffer containing glycine to wash and remove impurities, and (c) eluting the Antithrombin adsorbed onto the anion exchange carrier by increasing the salt concentration or conductivity of the buffer, or by varying pH of the buffer,
A method for transmitting font information, comprising the following steps: - defining a font for text or symbol content to be presented on a display; - providing said font information comprising a font description, the font description defining how to render, or display, single characters or symbols or sets thereof; - converting said font information to a format suitable for transmission in a font information elementary stream; - adding to a scene description elementary stream containing text a reference to the font information elementary stream; and - transmitting said font information elementary stream and said scene description elementary stream containing text. - defining a font for text or symbol content to be presented on a display; - providing said font information comprising a font description, the font description defining how to render, or display, single characters or symbols or sets thereof; - converting said font information to a format suitable for transmission in a font information elementary stream; - adding to a scene description elementary stream containing text a reference to the font information elementary stream; and - transmitting said font information elementary stream and said scene description elementary stream containing text.
A method for managing voltage event alarms in an electrical system, the method comprising: processing electrical measurement data from, or derived from, energy-related signals captured by at least one intelligent electronic device "IED" of a plurality of IEDs to identify an anomalous voltage condition at a point of installation of a respective one of the plurality of IEDs in the electrical system, the anomalous voltage condition corresponding to a measured lED voltage being above or greater than one or more upper alarm thresholds or below or less than one or more lower alarm thresholds; and determining if the electrical system is affected by the identified anomalous voltage condition based, at least in part, on an evaluation of at least one of a magnitude and a duration of the identified anomalous voltage condition, characterized in that the method further comprises: in response to determining that the electrical system is affected by the identified anomalous voltage condition, choosing at least one of a plurality of criteria to adjust at least one of the upper alarm thresholds and/or at least one of the lower alarm thresholds. processing electrical measurement data from, or derived from, energy-related signals captured by at least one intelligent electronic device "IED" of a plurality of IEDs to identify an anomalous voltage condition at a point of installation of a respective one of the plurality of IEDs in the electrical system, the anomalous voltage condition corresponding to a measured lED voltage being above or greater than one or more upper alarm thresholds or below or less than one or more lower alarm thresholds; and determining if the electrical system is affected by the identified anomalous voltage condition based, at least in part, on an evaluation of at least one of a magnitude and a duration of the identified anomalous voltage condition, characterized in that the method further comprises: in response to determining that the electrical system is affected by the identified anomalous voltage condition, choosing at least one of a plurality of criteria to adjust at least one of the upper alarm thresholds and/or at least one of the lower alarm thresholds.
Optical apparatus comprising at least one first converging lens and at least one second converging lens , and an optical power limiter , which has nonlinear attenuation and contains carbon nanohorns , wherein the optical power limiter is arranged in an intermediate focus between the first lens and the second lens . at least one first converging lens and at least one second converging lens , and an optical power limiter , which has nonlinear attenuation and contains carbon nanohorns , wherein the optical power limiter is arranged in an intermediate focus between the first lens and the second lens .