mhurhangee/ep-ind-claims huggingface dataset:
A multi-layer, chlorine-free film for use in an ostomy bag or pouch, comprising: a barrier layer having first and second sides, the barrier layer formed from a non-chlorine containing amorphous polyamide resin present in a concentration of about 65 percent to about 100 percent by weight of the barrier layer and a maleic anhydride modified olefin or an epoxy modified olefin, present in a concentration of about 0 percent to about 35 percent by weight of the barrier layer, the barrier layer being substantially impermeable to malodor causing compounds; first and second outer layers (22, 24), each outer layer being an ethylene vinyl acetate or ethylene methyl acrylate copolymer and blends thereof, and polypropylene-based resins and blends thereof, the outer layers contacting a respective inner layer, and first and second tie layers (14, 16), the tie layers (14, 16) being a maleic anhydride grafted resin, the resin being one or more of an ethylene-based copolymer, a propylene-based copolymer, an ethylene-octene polymer and a styrene block copolymer, each tie layer contacting a side of the barrier layer; and first and second inner layers (18,20) characterized in that the amount of maleic anhydride is between about 0.030% and about 0.080% by weight of the tie layer; said first and second inner layers, (18, 20) being one of an ethylene propylene copolymer (polypropylene elastomer) based resin, an ethylene-octene based resin and blends thereof, each inner layer contacting a respective tie layer. a barrier layer having first and second sides, the barrier layer formed from a non-chlorine containing amorphous polyamide resin present in a concentration of about 65 percent to about 100 percent by weight of the barrier layer and a maleic anhydride modified olefin or an epoxy modified olefin, present in a concentration of about 0 percent to about 35 percent by weight of the barrier layer, the barrier layer being substantially impermeable to malodor causing compounds; first and second outer layers (22, 24), each outer layer being an ethylene vinyl acetate or ethylene methyl acrylate copolymer and blends thereof, and polypropylene-based resins and blends thereof, the outer layers contacting a respective inner layer, and first and second tie layers (14, 16), the tie layers (14, 16) being a maleic anhydride grafted resin, the resin being one or more of an ethylene-based copolymer, a propylene-based copolymer, an ethylene-octene polymer and a styrene block copolymer, each tie layer contacting a side of the barrier layer; and first and second inner layers (18,20) characterized in that the amount of maleic anhydride is between about 0.030% and about 0.080% by weight of the tie layer; said first and second inner layers, (18, 20) being one of an ethylene propylene copolymer (polypropylene elastomer) based resin, an ethylene-octene based resin and blends thereof, each inner layer contacting a respective tie layer.
A light adjusting apparatus that includes a substrate (10, 40) having an aperture (11, 31, 41), a plurality of incident light adjusting units (20a, 20b, 20c) each moving in a same plane and having a different aperture (21a, 21b, 21c), and a plurality of driving units (50a, 50b, 50c) respectively driving the incident light adjusting units (20a, 20b, 20c), and characterized in that the light adjusting apparatus adjusts an incident light passing through the aperture (11, 31, 41) by mutually moving the incident light adjusting units (20a, 20b, 20c) with the help of the driving units (50a, 50b, 50c) to an aperture position that is center-aligned with the aperture (11, 31, 41) and a retracted position that is retracted from the aperture (11, 31, 41), wherein an incident light adjusting unit (20a, 20b, 20c) that is moved to the aperture position is positioned by contacting with at least one of other incident light adjusting units (20a, 20b, 20c) that are retracted from the aperture 11, 31, 41).
A data processing device configured to process a stream for transmission to a receiving device, the data processing device comprising: a split unit configured to split an input stream of transport stream, TS, packets into a plurality of split streams of TS packets, said plurality of split streams comprising a split stream per transmission channel for each of a plurality of transmission channels; and a generation unit (23 1, 23 2,..., 23 N) configured to generate, per transmission channel, a channel stream including the split stream and identification information unique for the input stream split into the split streams, characterized in that the generation unit (23 1, 23 2,..., 23 N) is configured to generate for each of said channel streams Physical Layer, PL, frames of DVB-S2 each having an extension PL header containing channel bonding signaling, said channel bonding signaling comprising said identification information and information about a location of the transmission frequency band of the other channel stream(s) relative to the transmission frequency band of said channel stream. a split unit configured to split an input stream of transport stream, TS, packets into a plurality of split streams of TS packets, said plurality of split streams comprising a split stream per transmission channel for each of a plurality of transmission channels; and a generation unit (23 1, 23 2,..., 23 N) configured to generate, per transmission channel, a channel stream including the split stream and identification information unique for the input stream split into the split streams, characterized in that the generation unit (23 1, 23 2,..., 23 N) is configured to generate for each of said channel streams Physical Layer, PL, frames of DVB-S2 each having an extension PL header containing channel bonding signaling, said channel bonding signaling comprising said identification information and information about a location of the transmission frequency band of the other channel stream(s) relative to the transmission frequency band of said channel stream.
A method performed by a network node of a radio network, for handling a feedback procedure requiring transmission of feedback messages on a reverse link to indicate either an acknowledgement, ACK, or a non-acknowledgement, NACK, of correct reception of data transmitted on a forward link in a radio communication with a wireless device, the method comprising: - obtaining a quality of the forward link, - determining an expected data error rate in reception of the data on the forward link based on the quality of the forward link, and - assigning radio resources on the reverse link for transmission of the feedback messages based on the expected data error rate, so that more radio resources are assigned for the reverse link when the expected data error rate is relatively high than when the expected data error rate is relatively low, characterised in that the network node sets a maximum acceptable limit of a feedback error rate in reception of the feedback messages on the reverse link based on the expected data error rate so that the maximum acceptable limit of the feedback error rate is low when the expected data error rate is high and vice versa, and wherein the network node assigns radio resources on the reverse link for transmission of a subsequent feedback message such that the feedback error rate on the reverse link is below the maximum acceptable limit. - obtaining a quality of the forward link, - determining an expected data error rate in reception of the data on the forward link based on the quality of the forward link, and - assigning radio resources on the reverse link for transmission of the feedback messages based on the expected data error rate, so that more radio resources are assigned for the reverse link when the expected data error rate is relatively high than when the expected data error rate is relatively low,
A sliding arrangement, in particular a pushing device for drawers, sliding doors, etc., comprising a sliding piece and a drawing arrangement, which can be coupled to one another via a coupling piece, wherein the drawing arrangement can be placed in a parked position in a springloaded manner, and wherein the drawing arrangement is blocked in the parked position by means of a blocking element, characterised in that the blocking element is blocked in the parked position of the drawing arrangement by means of a bolt.
A volumetric device for the automated measurement of the total volume of a fluid comprising: - a vessel for receiving the fluid, the vessel having an open top end for access to the fluid and a bottom tip for release of the fluid; - a quantizing device, which is integrated into the bottom tip of the vessel for receiving all fluid from the vessel and quantizing all fluid into a plurality of uniform partial volumes and repetitively releasing a plurality of droplets, each of said uniform partial volume; - a detector for individually detecting each droplet of the plurality of droplets released from the quantizing device; and - a counter in signal-connection to the detector for counting each droplet event detected; characterized in that the volumetric device further comprises: - a driver head attachable directly to the open top end of the vessel for repetitive application of individual pressure pulses onto the fluid contained in the vessel to each effect release of individual droplets, each of said uniform partial volume. - a vessel for receiving the fluid, the vessel having an open top end for access to the fluid and a bottom tip for release of the fluid; - a quantizing device, which is integrated into the bottom tip of the vessel for receiving all fluid from the vessel and quantizing all fluid into a plurality of uniform partial volumes and repetitively releasing a plurality of droplets, each of said uniform partial volume; - a detector for individually detecting each droplet of the plurality of droplets released from the quantizing device; and - a counter in signal-connection to the detector for counting each droplet event detected; - a driver head attachable directly to the open top end of the vessel for repetitive application of individual pressure pulses onto the fluid contained in the vessel to each effect release of individual droplets, each of said uniform partial volume.
Tyre made of rubbery material comprising a sidewall and a pattern formed on this sidewall, the pattern comprising a plurality of protruding elements, the said protruding elements having the form of spherical-cap portions of radius R, characterized in that, within the pattern, each protruding element interpenetrates with several adjacent protruding elements so that the distance (d) between a tip of the protruding element and a tip of another adjacent protruding element is less than the diameter of the protruding element.
A wireless communications system comprising: a plurality of wireless communications devices, WCDs; a source WCD from among said plurality of WCDs being configured to designate message data for at least one target WCD from among said plurality of WCDs, the message data having a security restriction associated therewith; a plurality of intermediary WCDs from among said plurality of WCDs, the plurality of intermediary WCDs being configured to wirelessly receive the message data from said source WCD when in proximity thereto and with restricted access to the message data based upon the security restriction; said at least one target WCD being configured to wirelessly receive the message data from said plurality of intermediary WCDs when in proximity thereto and with less access restriction to the message data than said plurality of intermediary WCDs; and characterised in that said source WCD is configured to distribute different portions of the message data among the plurality of intermediary WCDs for delivery to said at least one target WCD and to associate a delivery time period with the message data; and wherein said plurality of intermediary WCDs is configured to prohibit delivery of the message data to said at least one target WCD outside of the delivery time period. a plurality of wireless communications devices, WCDs; a source WCD from among said plurality of WCDs being configured to designate message data for at least one target WCD from among said plurality of WCDs, the message data having a security restriction associated therewith; a plurality of intermediary WCDs from among said plurality of WCDs, the plurality of intermediary WCDs being configured to wirelessly receive the message data from said source WCD when in proximity thereto and with restricted access to the message data based upon the security restriction; said at least one target WCD being configured to wirelessly receive the message data from said plurality of intermediary WCDs when in proximity thereto and with less access restriction to the message data than said plurality of intermediary WCDs; and characterised in that said source WCD is configured to distribute different portions of the message data among the plurality of intermediary WCDs for delivery to said at least one target WCD and to associate a delivery time period with the message data; and wherein said plurality of intermediary WCDs is configured to prohibit delivery of the message data to said at least one target WCD outside of the delivery time period.
A CYP2B6 protein comprising (i) the amino acid sequence of Fig 1 (SEQ ID No 1), or (ii) a variant or fragment of (i), wherein said variant or fragment is at least 90% identical to residues 1-490 of Fig 1 (SEQ ID NO: 1) and comprises residues 114V, 199M and 477W as shown in Fig 1 (SEQ ID No 1) and said variant or fragment retains the CPA hydroxylase activity of the protein having the full-length amino acid sequence of Fig 1 (SEQ ID No 1). (i) the amino acid sequence of Fig 1 (SEQ ID No 1), or (ii) a variant or fragment of (i), wherein said variant or fragment is at least 90% identical to residues 1-490 of Fig 1 (SEQ ID NO: 1) and comprises residues 114V, 199M and 477W as shown in Fig 1 (SEQ ID No 1) and said variant or fragment retains the CPA hydroxylase activity of the protein having the full-length amino acid sequence of Fig 1 (SEQ ID No 1).
An arrangement for a vehicle comprising a reaction rod situated between a wheelshaft and chassis frame members in a vehicle, the reaction rod comprising end sections with threaded connections intended for fitting the reaction rod onto a chassis component, and a bushing comprising a sleevelike element with a profile which is substantially symmetrical in cross-section the bushing having an end surface facing the reaction rod, characterised in that the bushing is provided with an internal recess situated between its two axial end surfaces (9a,b), preferably symmetrically at its middle portion, so that the bushing's middle shell surface expands radially outwards when an axial clamping force is applied to the bushing's end surfaces (9a,b) so that the bushing is wedged in its final fitting position and can therefore absorb axial loads during use.
An ink composition comprising an aqueous dispersion of particles of a first material and separate particles of a second material, the first material containing an oxide, sulfide, or selenide of a magnetic metal and the ink being formulated to exhibit, after application to a solid substrate, a degree of metallic luster enhanced by the presence of the second material, wherein the second material contains a conjugated conductive polymer; and wherein the particles of the first material exhibit an average particle size less than 200 nm and the particles of the second material exhibit an average particle size less than 200 nm; and wherein the oxide, sulfide, or selenide comprises an iron oxide.
A laser receiver comprising: a light receptive surface having a fixed geometry; an image sensor configured internal to the light receptive surface for detecting an illumination of the light receptive surface characterized by the illumination of the light receptive surface manifesting as an arc with a fixed radius based on the fixed geometry of the light receptive surface; and a processor for determining an elevation using the illumination of the light receptive surface detected by the image sensor. a light receptive surface having a fixed geometry; an image sensor configured internal to the light receptive surface for detecting an illumination of the light receptive surface characterized by the illumination of the light receptive surface manifesting as an arc with a fixed radius based on the fixed geometry of the light receptive surface; and a processor for determining an elevation using the illumination of the light receptive surface detected by the image sensor.
An optical fiber holder suitable for an optical fiber fusion splicer that holds an optical fiber, the optical fiber holder comprising: a base including a setting table on which the optical fiber is placed so as to be oriented in a predetermined direction; a cover including a pressing member (23a, 23b, 23c) that presses the optical fiber placed on the setting table against the setting table; and a connecting portion that joins the base and the cover together, wherein the connecting portion joins the cover to the base such that the cover is openable away from and closeable over the base and movable in the predetermined direction, characterized in that the cover is movable in the predetermined direction only when the cover is in a state of having been opened away from the base such that a back face of the cover has become substantially parallel to the setting table. a base including a setting table on which the optical fiber is placed so as to be oriented in a predetermined direction; a cover including a pressing member (23a, 23b, 23c) that presses the optical fiber placed on the setting table against the setting table; and a connecting portion that joins the base and the cover together, wherein the connecting portion joins the cover to the base such that the cover is openable away from and closeable over the base and movable in the predetermined direction, characterized in that the cover is movable in the predetermined direction only when the cover is in a state of having been opened away from the base such that a back face of the cover has become substantially parallel to the setting table.
An apparatus for diagnosing an abnormality in a cell balancing circuit, the apparatus comprising: a floating capacitor (C1, C2) charged with voltage of a battery cell (V1, V2); a first switch for establishing a connection between the floating capacitor (C1, C2) and the battery cell (V1, V2) or releasing the connection; a cell balancing circuit (30A, 30B) for discharging the floating capacitor (C1, C2); a voltage measuring unit for measuring the battery cell voltage of the charged floating capacitor (C1, C2) and a residual voltage of the discharged floating capacitor (C1, C2); a second switch for establishing a connection between the floating capacitor (C1, C2) and the voltage measuring unit or releasing the connection; and a control unit for controlling the first and second switches (SW1, SW2) to charge the floating capacitor (C1, C2) with the voltage of the battery cell (V1, V2) and apply the battery cell voltage of the charged floating capacitor (C1, C2) or the residual voltage of the discharged floating capacitor (C1, C2) to the voltage measuring unit, and determining an abnormality in the cell balancing circuit (30A, 30B) based on the residual voltage of the discharged floating capacitor (C1, C2). a floating capacitor (C1, C2) charged with voltage of a battery cell (V1, V2); a first switch for establishing a connection between the floating capacitor (C1, C2) and the battery cell (V1, V2) or releasing the connection; a cell balancing circuit (30A, 30B) for discharging the floating capacitor (C1, C2); a voltage measuring unit for measuring the battery cell voltage of the charged floating capacitor (C1, C2) and a residual voltage of the discharged floating capacitor (C1, C2); a second switch for establishing a connection between the floating capacitor (C1, C2) and the voltage measuring unit or releasing the connection; and a control unit for controlling the first and second switches (SW1, SW2) to charge the floating capacitor (C1, C2) with the voltage of the battery cell (V1, V2) and apply the battery cell voltage of the charged floating capacitor (C1, C2) or the residual voltage of the discharged floating capacitor (C1, C2) to the voltage measuring unit, and determining an abnormality in the cell balancing circuit (30A, 30B) based on the residual voltage of the discharged floating capacitor (C1, C2).
A polyoxymethylene composite with a reduced formaldehyde emission contains between 0.01 and 10 wt%, advantageously between 0.2 and 0.9 wt%, of silsesquioxane derivatives of diverse spatial structures and the general chemical formula of ((RSiO 1,5) n (R 1 SiO 1,5) 8-n) m, in which R represents an amine group (NH 2) or a diaminoethyl group (NH 2 CH 2 CH 2 NH) bound to a silicon atom with an alkyl chain of 2-8 carbon atoms, R 1 represents a methyl, ethyl, isobutyl, isooctyl, cyclohexyl, cyclopentyl or phenyl group, "n" and "m" are natural numbers, "n" can assume values from the range between 1 and 8 and "m" can assume values from the range between 1 and 100.
An upconversion apparatus (500,600) comprising: a first set of transistors (642, 644, 646, 648) operative to receive baseband signals and provide an upconverted signal, wherein the first set of transistors comprises a plurality of differential pairs operative to receive a differential inphase, I, baseband signal and a plurality of differential pairs operative to receive a differential quadrature, Q baseband signal; a second set of transistors (612,614,616,618) coupled to sources of the transistors in the first set and operative to switch transconductance of the transistors in the first set based on local oscillator, LO signals; and characterised by a third set of transistors (606,607,608,609) coupled to the second set of transistors and operative to enable and disable the transistors in the second set based on a voltage-controlled oscillator, VCO signal; wherein the first set of transistors comprises a first differential pair operative to receive non-inverted and inverted inphase, I baseband signals, a second differential pair operative to receive the inverted and non-inverted I baseband signals, a third differential pair operative to receive non-inverted and inverted quadrature, Q baseband signals, and a fourth differential pair operative to receive the inverted and non-inverted Q baseband signals; wherein the second set of transistors comprises a first transistor coupled as a first inverter and to sources of the first differential pair and operative to receive a non-inverted I LO signal, a second transistor coupled as a second inverter and to sources of the second differential pair and operative to receive an inverted I LO signal, a third transistor coupled as a third inverter and to sources of the third differential pair and operative to receive a non-inverted Q LO signal, and a fourth transistor coupled as a fourth inverter and to sources of the fourth differential pair and operative to receive an inverted Q LO signal. a first set of transistors (642, 644, 646, 648) operative to receive baseband signals and provide an upconverted signal, wherein the first set of transistors comprises a plurality of differential pairs operative to receive a differential inphase, I, baseband signal and a plurality of differential pairs operative to receive a differential quadrature, Q baseband signal; a second set of transistors (612,614,616,618) coupled to sources of the transistors in the first set and operative to switch transconductance of the transistors in the first set based on local oscillator, LO signals; and characterised by a third set of transistors (606,607,608,609) coupled to the second set of transistors and operative to enable and disable the transistors in the second set based on a voltage-controlled oscillator, VCO signal;