mhurhangee/ep-ind-claims huggingface dataset:
Helmet comprising: a shell for absorbing shocks, a padding element removably constrained to said shell and provided with at least a first seat so that a respective first protrusion integral with said shell is reversibly engaged, reversible male - female coupling means (4a, 4b) to reversibly couple said shell and said padding element, which are adapted to define a hinge point for the relative rotation between said shell and said padding element, wherein said shell comprises the male element and said padding element comprises the female element of said reversible coupling means (4a, 4b), or vice versa; restraining means to selectively restrain and release said first protrusion in and from said first seat; wherein said restraining means are movable between at least: a first restraint position, wherein said restraining means engage said first seat to restrain said first protrusion in said first seat, so that the relative rotation between said shell and said padding element around said hinge point is prevented; a second disengagement position, wherein said restraining means are disengaged from said first seat to release said first protrusion from said first seat, so that the relative rotation between said shell and said padding element around said hinge point is allowed. wherein said restraining means comprise a lever hinged to said padding element, said lever having an actuation portion a user can actuate to move said restraining means between said first restraint position and said second disengagement position, and an engaging portion adapted to engage with said first seat in said first restraint position. a shell for absorbing shocks, a padding element removably constrained to said shell and provided with at least a first seat so that a respective first protrusion integral with said shell is reversibly engaged, reversible male - female coupling means (4a, 4b) to reversibly couple said shell and said padding element, which are adapted to define a hinge point for the relative rotation between said shell and said padding element, wherein said shell comprises the male element and said padding element comprises the female element of said reversible coupling means (4a, 4b), or vice versa; restraining means to selectively restrain and release said first protrusion in and from said first seat; a first restraint position, wherein said restraining means engage said first seat to restrain said first protrusion in said first seat, so that the relative rotation between said shell and said padding element around said hinge point is prevented; a second disengagement position, wherein said restraining means are disengaged from said first seat to release said first protrusion from said first seat, so that the relative rotation between said shell and said padding element around said hinge point is allowed.
A method for receiving an uplink signal, comprising receiving, by a network device, an uplink control signal which is transmitted via an uplink control channel structure; wherein an uplink multiple access scheme for the uplink control signal is as same as an uplink multiple access scheme for uplink data if a time domain resource unit is used for transmitting the uplink data, and a time domain resource occupied by the uplink control signal at least partially overlaps with a time domain resource occupied by the uplink data, wherein the time domain resource unit comprises the time domain resource occupied by the uplink control signal and the time domain resource occupied by the uplink data, and there exists a mapping relationship between an uplink multiple access scheme and an uplink control channel structure; wherein the uplink control channel structure corresponding to the determined uplink multiple access scheme is determined according to the determined uplink multiple access scheme and the mapping relationship. receiving, by a network device, an uplink control signal which is transmitted via an uplink control channel structure; wherein an uplink multiple access scheme for the uplink control signal is as same as an uplink multiple access scheme for uplink data if a time domain resource unit is used for transmitting the uplink data, and a time domain resource occupied by the uplink control signal at least partially overlaps with a time domain resource occupied by the uplink data, wherein the time domain resource unit comprises the time domain resource occupied by the uplink control signal and the time domain resource occupied by the uplink data, and there exists a mapping relationship between an uplink multiple access scheme and an uplink control channel structure; wherein the uplink control channel structure corresponding to the determined uplink multiple access scheme is determined according to the determined uplink multiple access scheme and the mapping relationship.
A compound of formula wherein R' is H; R" is selected from the group consisting of H and CH 3; R'" is selected from the group consisting of H and CH 3; and X - is a pharmaceutically acceptable counterion for use in inhibiting and/or preventing formation of cancer/tumor metastases and secondary malignant cancer/tumor.
An airfoil comprising: an airfoil section having an airfoil wall surrounding a cavity, the airfoil wall including an exterior monolithic ceramic shell and an interior ceramic matrix composite liner including CMC plies (66a, 66b, 66c, 66d), characterized in that: an outermost ply of the CMC plies (66a, 66b, 66c, 66d) forms tabs that are raised from an underlying ply of the CMC plies (66a, 66b, 66c, 66d) so as to define a slot between the tabs and the underlying ply; the exterior monolithic ceramic shell includes an underlapping shell piece (76, 78) and an overlapping shell piece (72, 74), the underlapping shell piece (76, 78) having a portion disposed in the slot and bonded with the tabs, the overlapping shell piece (72, 74) extending over the tabs and bonded to the tabs; and in that the airfoil further comprises: channels bounded by adjacent ones of the tabs, the underlapping shell piece (76, 78), and the overlapping shell piece (72, 74); and channel orifices through the CMC liner connecting the cavity and the channels. an outermost ply of the CMC plies (66a, 66b, 66c, 66d) forms tabs that are raised from an underlying ply of the CMC plies (66a, 66b, 66c, 66d) so as to define a slot between the tabs and the underlying ply; the exterior monolithic ceramic shell includes an underlapping shell piece (76, 78) and an overlapping shell piece (72, 74), the underlapping shell piece (76, 78) having a portion disposed in the slot and bonded with the tabs, the overlapping shell piece (72, 74) extending over the tabs and bonded to the tabs; and in that the airfoil further comprises: channels bounded by adjacent ones of the tabs, the underlapping shell piece (76, 78), and the overlapping shell piece (72, 74); and channel orifices through the CMC liner connecting the cavity and the channels. channels bounded by adjacent ones of the tabs, the underlapping shell piece (76, 78), and the overlapping shell piece (72, 74); and channel orifices through the CMC liner connecting the cavity and the channels.
Composition, in particular cosmetic composition, comprising at least one photoprotective system capable of screening out UV rays comprising at least one insoluble organic UV-screening agent a), characterized in that it also comprises at least one polymer b) comprising monomer units of formulae and: in which: - R 1, independently of one another, is chosen from alkyl or alkylene radicals, - and - at least 60% by weight of the R 1 groups are behenyl radicals, the percentage by weight relating to the sum of all the R 1 groups present in the polymer, - and - the weight ratio of the sum of all the hydroxyethyl acrylate units to the sum of all the acrylate units bearing the R 1 group ranges from 1:30 to 1: 1, - and the sum of the total of units A and B is at least 95% by weight of the total weight of the polymer, - the polymer having a number-average molecular weight Mn ranging from 2000 to 9000 g/mol. - R 1, independently of one another, is chosen from alkyl or alkylene radicals, - and - at least 60% by weight of the R 1 groups are behenyl radicals, the percentage by weight relating to the sum of all the R 1 groups present in the polymer, - and - the weight ratio of the sum of all the hydroxyethyl acrylate units to the sum of all the acrylate units bearing the R 1 group ranges from 1:30 to 1: 1, - and the sum of the total of units A and B is at least 95% by weight of the total weight of the polymer, - the polymer having a number-average molecular weight Mn ranging from 2000 to 9000 g/mol.
A method for operating a capsule filling machine, wherein the capsule filling machine comprises a plurality of capsule conveying apparatuses, which in each case have a plurality of capsule receivers for receiving one respective capsule, wherein the capsule filling machine additionally comprises a plurality of processing stations arranged along a preferably circular conveyor belt, namely at least one supply station for supplying capsules to be filled into the capsule receivers of the capsule conveying apparatuses, at least one opening station for opening the capsules to be filled, by separating the capsule upper parts from the capsule lower parts, multiple metering stations (18, 20, 22) for filling the capsule lower parts with filling material, at least one closing station for closing the filled capsules, and at least one ejection station for ejecting the filled capsules, wherein the capsule conveying apparatuses with the capsules received therein are conveyed by means of a conveyor drive cyclically or continually along the conveyor belt through the processing stations, and wherein at least the metering stations (18, 20, 22) each have at least one metering drive which can be independently operated by the conveyor drive, wherein the method is characterized by the following steps: - during the operation of the capsule filling machine, within the framework of a series of tests, at least one of the metering stations (18, 20, 22) taking part in the filling of the capsules is deactivated for a predefined period of time by controlling its metering drive accordingly, so that no filling material is filled in the capsule lower parts in said at least one metering station (18, 20, 22), and - the capsules produced in the capsule filling machine during the series of tests, but not completely filled are ejected into the at least one ejection station and supplied to a testing apparatus arranged outside the capsule filling machine, which measures the weight of these capsules which have not been completely filled and provides the measuring result to an evaluation apparatus. - during the operation of the capsule filling machine, within the framework of a series of tests, at least one of the metering stations (18, 20, 22) taking part in the filling of the capsules is deactivated for a predefined period of time by controlling its metering drive accordingly, so that no filling material is filled in the capsule lower parts in said at least one metering station (18, 20, 22), and - the capsules produced in the capsule filling machine during the series of tests, but not completely filled are ejected into the at least one ejection station and supplied to a testing apparatus arranged outside the capsule filling machine, which measures the weight of these capsules which have not been completely filled and provides the measuring result to an evaluation apparatus.
An integrated circuit comprising a controller for a switched mode power supply, SMPS, operable from a sinusoidal AC mains supply, the controller providing a primary stroke duration for controlling a switch of the SMPS which is fixed for a given desired output, and comprising: a switch toggling unit having a first switching mode and a second switching mode, wherein the first switching mode is a continuous conduction mode or a boundary conduction mode and the second switching mode is a discontinuous conduction mode; and a switch mode selector configured to determine a current in the inductor of the SMPS based on a measurement of a voltage across a sense resistor that is connected in series with the inductor of the SMPS, and further configured to set the switching mode of the switch toggling unit each switching cycle in accordance with a peak current in the inductor of the SMPS, wherein the switch mode selector is configured to set the switching mode of the switch toggling unit as the first switching mode if the current in the inductor of the SMPS is greater than a first threshold, wherein the switch mode selector is configured to set the switching mode of the switch toggling unit as the second switching mode if the current in the inductor of the SMPS is less than a second threshold, wherein the first threshold is the same as the second threshold. a switch toggling unit having a first switching mode and a second switching mode, wherein the first switching mode is a continuous conduction mode or a boundary conduction mode and the second switching mode is a discontinuous conduction mode; and a switch mode selector configured to determine a current in the inductor of the SMPS based on a measurement of a voltage across a sense resistor that is connected in series with the inductor of the SMPS, and further configured to set the switching mode of the switch toggling unit each switching cycle in accordance with a peak current in the inductor of the SMPS, wherein the switch mode selector is configured to set the switching mode of the switch toggling unit as the first switching mode if the current in the inductor of the SMPS is greater than a first threshold, wherein the switch mode selector is configured to set the switching mode of the switch toggling unit as the second switching mode if the current in the inductor of the SMPS is less than a second threshold, wherein the first threshold is the same as the second threshold.
An imaging apparatus comprising: a cable, an imaging system, and an endoscope; the cable being configured to be connected to the imaging system and to the endoscope; the cable including a first plurality of wires and a shield enclosing the first plurality of wires; and the endoscope being configured to be connected to the cable, the endoscope comprising: a body; a circuit board mounted within the body; and a common-mode choke mounted in the body and configured to attenuate any common-mode current on the cable, the common-mode choke being coupled to the first plurality of wires and to the shield, the common-mode choke connecting the first plurality of wires to the circuit board and the shield to a ground of the body. a cable, an imaging system, and an endoscope; the cable being configured to be connected to the imaging system and to the endoscope; the cable including a first plurality of wires and a shield enclosing the first plurality of wires; and the endoscope being configured to be connected to the cable, the endoscope comprising: a body; a circuit board mounted within the body; and a common-mode choke mounted in the body and configured to attenuate any common-mode current on the cable, the common-mode choke being coupled to the first plurality of wires and to the shield, the common-mode choke connecting the first plurality of wires to the circuit board and the shield to a ground of the body. a body; a circuit board mounted within the body; and a common-mode choke mounted in the body and configured to attenuate any common-mode current on the cable, the common-mode choke being coupled to the first plurality of wires and to the shield, the common-mode choke connecting the first plurality of wires to the circuit board and the shield to a ground of the body.
Vessel with bridging means for transferring persons and/or cargo to an offshore construction, comprising: - an upright column extending upwards from the vessel; - a gangway, in particular a telescopically extendable gangway, extending sideways from the column; - a first hinge connection for hingedly connecting the gangway to the column; - coupling means at or near a free end of the gangway for coupling the gangway to an offshore construction; and - one or more gangway support organs for supporting the gangway relative to the column in its sideways extending position, characterized in that the column is supported by and connected to the vessel by means of a second hinge connection designed to allow the vessel to rotate relative to the column in a first rotation direction around an x-axis and in a second rotation direction around an y-axis, wherein the x- and y-axes extend substantially horizontal and orthogonal relative to each other, wherein positioning means are provided which comprise force actuators between the vessel and the column for swivelling the column around the second hinge connection relative to the vessel around said x- and y-axis. - an upright column extending upwards from the vessel; - a gangway, in particular a telescopically extendable gangway, extending sideways from the column; - a first hinge connection for hingedly connecting the gangway to the column; - coupling means at or near a free end of the gangway for coupling the gangway to an offshore construction; and - one or more gangway support organs for supporting the gangway relative to the column in its sideways extending position, characterized in that the column is supported by and connected to the vessel by means of a second hinge connection designed to allow the vessel to rotate relative to the column in a first rotation direction around an x-axis and in a second rotation direction around an y-axis, wherein the x- and y-axes extend substantially horizontal and orthogonal relative to each other, wherein positioning means are provided which comprise force actuators between the vessel and the column for swivelling the column around the second hinge connection relative to the vessel around said x- and y-axis.
Method of producing a sintered body comprising the steps of: - mixing one or more powders forming hard constituents with powders forming a binder phase comprising cobalt powder by milling, - granulation of the milled mixture, - compaction of the granulated mixture to form a compacted body, - sintering the compacted body, characterized in that the cobalt powder comprises cobalt having mainly an fcc-structure defined as the peak height ratio between the Co-fcc /Co-hcp being ≥3/2, as measured between the baseline and maximum peak height, measured by XRD with a 2θ/θ focusing geometry and Cu-Kα radiation and where the cobalt powder has a grain size (FSSS) of 0.2-2.9 μm. - mixing one or more powders forming hard constituents with powders forming a binder phase comprising cobalt powder by milling, - granulation of the milled mixture, - compaction of the granulated mixture to form a compacted body, - sintering the compacted body, characterized in that the cobalt powder comprises cobalt having mainly an fcc-structure defined as the peak height ratio between the Co-fcc /Co-hcp being ≥3/2, as measured between the baseline and maximum peak height, measured by XRD with a 2θ/θ focusing geometry and Cu-Kα radiation and where the cobalt powder has a grain size (FSSS) of 0.2-2.9 μm.
An absorbent article comprising an absorbent core and a liquid-permeable base sheet on the skin side of the absorbent core, and having a thickness direction, wherein the base sheet and the absorbent core have recesses extending in the thickness direction from the surface of the skin side of the base sheet up to the absorbent core, the recesses each have a bottom part and wall sections that rise from the bottom part in a direction toward the surface side of the skin side, the base sheet has, in the recesses, colored regions that are visible from the skin side, and the grayscale value (where black is represented by 0 and white is represented by any positive value, same hereunder) of the coloration of each linear region that includes the border line between the bottom part and the wall section and is delineated by a prescribed width is lower than the grayscale value of the coloration in each of the regions (27, 28) delineated by the same width as the prescribed width of the linear region, on both sides adjacent to the linear region, wherein the absorbent article has a core wrap covering the absorbent core, the core wrap has an upper core wrap on the skin side of the absorbent core, the base sheet is the upper core wrap, and at the recesses, the surface of the skin side or the absorbent core side of the upper core wrap is colored with a pressure sensitive coloring agent. the base sheet and the absorbent core have recesses extending in the thickness direction from the surface of the skin side of the base sheet up to the absorbent core, the recesses each have a bottom part and wall sections that rise from the bottom part in a direction toward the surface side of the skin side, the base sheet has, in the recesses, colored regions that are visible from the skin side, and the grayscale value (where black is represented by 0 and white is represented by any positive value, same hereunder) of the coloration of each linear region that includes the border line between the bottom part and the wall section and is delineated by a prescribed width is lower than the grayscale value of the coloration in each of the regions (27, 28) delineated by the same width as the prescribed width of the linear region, on both sides adjacent to the linear region,
A method, comprising: receiving, from a client device, a steering request associated with an application programming interface, "API", call; and in response to receiving the steering request, selecting, based on a reachability selection criteria, an acceleration system that operates as an intermediary between the client device and an API processing system and is configured to process the API call, wherein the reachability selection criteria specify that the client device be able to access at least one of an Internet service provider, "ISP", or an Internet exchange point associated with the acceleration system, and the acceleration system has an established connection with the API processing system, and routing the client device to the acceleration system. receiving, from a client device, a steering request associated with an application programming interface, "API", call; and in response to receiving the steering request, selecting, based on a reachability selection criteria, an acceleration system that operates as an intermediary between the client device and an API processing system and is configured to process the API call, wherein the reachability selection criteria specify that the client device be able to access at least one of an Internet service provider, "ISP", or an Internet exchange point associated with the acceleration system, and the acceleration system has an established connection with the API processing system, and routing the client device to the acceleration system.
A semiconductor structure forming a multi-junction solar cell comprising a bonding layer connecting a first semiconductor wafer layer comprising a first subcell to a second semiconductor wafer layer comprising a second subcell, said bonding layer comprising an electrically conductive carbonaceous component and a binder component, characterised in that the carbonaceous component comprises carbon nanotubes.
Zeta positive amino-functionalized detonation nanodiamond dispersion comprising zeta positive amino-functionalized detonation nanodiamond particles and a liquid medium, wherein pH of the zeta positive amino-functionalized detonation nanodiamond dispersion is at least preferably at least 9.0 as measured at nanodiamond concentration of 5 wt.%, and wherein the zeta positive amino-functionalized nanodiamond particle concentration in the dispersion is at least 0.2 wt.% and wherein zeta potential of the zeta positive amino-functionalized detonation nanodiamond dispersion is over +30 mV measured at pH-range 2 to 12, wherein zeta potential value is measured of samples diluted to 0.1 wt-%.