mhurhangee/ep-ind-claims huggingface dataset:
A method for transmitting transmission packets in a communication system, the method comprising: generating a forward error correction, FEC, source packet by adding a first FEC payload Identifier, ID, to an input transmission packet comprising a source block; generating an FEC parity packet by adding a second FEC payload ID to a parity symbol, the parity symbol being generated by encoding the source block; and transmitting the FEC source packet and the FEC parity packet as transmission packets, wherein each of the FEC source packet and the FEC parity packet includes a transmission packet header (512, 532), and characterised in that the transmission packet header (512, 532) includes type information indicating if a forward error correction, FEC, encoding is applied to the transmission packet and, if FEC encoding is applied, whether the transmission packet is a FEC source packet or a FEC parity packet. generating a forward error correction, FEC, source packet by adding a first FEC payload Identifier, ID, to an input transmission packet comprising a source block; generating an FEC parity packet by adding a second FEC payload ID to a parity symbol, the parity symbol being generated by encoding the source block; and transmitting the FEC source packet and the FEC parity packet as transmission packets, wherein each of the FEC source packet and the FEC parity packet includes a transmission packet header (512, 532), and characterised in that the transmission packet header (512, 532) includes type information indicating if a forward error correction, FEC, encoding is applied to the transmission packet and, if FEC encoding is applied, whether the transmission packet is a FEC source packet or a FEC parity packet.
Laser-marked product prepared from a laser-markable polyamide composition comprising: • a first phase comprising Sb 2 O 3 and an aliphatic polyamide with an amide density AD1, and • a second phase comprising an aliphatic polyamide with an amide density AD2, wherein amide density is defined as the ratio of the number of CONH groups per CH 2 groups in the polymer repeat unit and AD1-AD2 is at least 0.01, and wherein the amount of Sb 2 O 3 is between 0.1 and 5 wt %, • a halogen-free flame retardant in an amount of between 1 to 25 wt%, wherein the amount in weight percentage are based on the total amount of composition. • a first phase comprising Sb 2 O 3 and an aliphatic polyamide with an amide density AD1, and • a second phase comprising an aliphatic polyamide with an amide density AD2, wherein amide density is defined as the ratio of the number of CONH groups per CH 2 groups in the polymer repeat unit and AD1-AD2 is at least 0.01, and wherein the amount of Sb 2 O 3 is between 0.1 and 5 wt %, • a halogen-free flame retardant in an amount of between 1 to 25 wt%,
System having a preparation appliance and a portion capsule for producing a beverage, wherein the portion capsule has a capsule body with a capsule base and a filling side filling side, with a cavity for accommodating a pulverulent or liquid beverage base being formed between the capsule base and the filling side, and with a filter element being arranged between the beverage base and the capsule base, and an opening means which is part of the preparation appliance projecting through the capsule base into the cavity when the beverage is being produced, wherein the filter element is rigid,wherein the filter element is thermoformed from a plastic film, or is a molded part or is an injection-molded part, characterized in that the filter element is provided on or in the region of the capsule base such that and the opening means is provided such that the opening means taps the filter element but does not pierce it when the beverage is being produced.
A communication ready corrugated article, comprising: a linersheet having a first side and a second side; an undulating medium coupled to the first side of said linersheet; a conductive strip positioned on the first side of said linersheet between said linersheet and said undulating medium; and a security chip (42, 60) coupled to said conductive strip; characterized in that the security chip (42, 60) is attached to the second side of said linersheet opposite said conductive strip and coupled to said conductive strip through said linersheet, and said conductive strip has a width, and said security chip includes a body, a first conductive member, a second conductive member and a nonconductive fin therebetween, said nonconductive fin having a width at least as wide as the width of said conductive strip and extending from said body through said linersheet and severing said conductive strip into a first strip portion and a second strip portion, said first conductive member being electrically coupled to said first strip portion, and said second conductive member being electrically coupled to said second strip portion. a linersheet having a first side and a second side; an undulating medium coupled to the first side of said linersheet; a conductive strip positioned on the first side of said linersheet between said linersheet and said undulating medium; and a security chip (42, 60) coupled to said conductive strip; characterized in that the security chip (42, 60) is attached to the second side of said linersheet opposite said conductive strip and coupled to said conductive strip through said linersheet, and said conductive strip has a width, and said security chip includes a body, a first conductive member, a second conductive member and a nonconductive fin therebetween, said nonconductive fin having a width at least as wide as the width of said conductive strip and extending from said body through said linersheet and severing said conductive strip into a first strip portion and a second strip portion, said first conductive member being electrically coupled to said first strip portion, and said second conductive member being electrically coupled to said second strip portion.
A wick attachment comprising: a wick; a component; and a weld material having a first melting point; the wick and the component being attached together using the weld material, the wick attachment further comprising an infiltrant source adapted to receive an infiltrant having a second melting point, the wick being in fluid communication with the infiltrant source and the component, the component comprising a ceramic matrix composite, wherein the first melting point of the weld material is higher than the second melting point of the infiltrant. a wick; a component; and a weld material having a first melting point;
A stapler comprising: a staple striking portion configured to strike a staple to penetrate sheets of paper; and a clincher portion configured to bend staple legs (12Ab, 12Ac) of the staple penetrating the sheets of paper, wherein the clincher portion comprises a pair of clinchers (31B, 31C), wherein the pair of clinchers (31B, 31C) are configured to perform a first operation and a second operation, wherein in the first operation, the pair of the clinchers (31B, 31C) move along a surface direction of the sheets of paper to approach each other, and in the second operation, the pair of clinchers (31B, 31C) move to approach the sheets of paper after the first operation, characterized in that in the second operation, each of the pair of clinchers (31B, 31C) is pivoted about a point thereon, which abuts against the respective staple legs (12Ab, 12Ac), as a pivot fulcrum (31t, 31u). a staple striking portion configured to strike a staple to penetrate sheets of paper; and a clincher portion configured to bend staple legs (12Ab, 12Ac) of the staple penetrating the sheets of paper, wherein the clincher portion comprises a pair of clinchers (31B, 31C), wherein the pair of clinchers (31B, 31C) are configured to perform a first operation and a second operation, wherein in the first operation, the pair of the clinchers (31B, 31C) move along a surface direction of the sheets of paper to approach each other, and in the second operation, the pair of clinchers (31B, 31C) move to approach the sheets of paper after the first operation, characterized in that in the second operation, each of the pair of clinchers (31B, 31C) is pivoted about a point thereon, which abuts against the respective staple legs (12Ab, 12Ac), as a pivot fulcrum (31t, 31u).
A multistage roots-type dry vacuum pump apparatus comprising: a final outlet port in a final stage for discharging a gas and an intermediate release outlet port in an intermediate stage for discharging an excessively compressed gas; an exhaust section check valve connected to the final outlet port and vented to the atmosphere; an intermediate section check valve connected to the intermediate release outlet port and vented to the atmosphere; and an exhaust passage connected to an outlet port of the exhaust section check valve and an outlet port of the intermediate section check valve; whereby the multistage roots-type dry vacuum pump is a five-stage roots-type dry vacuum pump including rotor chambers (13a, 13b, 13c, 13d, 13e) in five stages and rotors (12a, 12b, 12c, 12d, 12e) disposed respectively in the rotor chambers (13a, 13b, 13c, 13d, 13e), the intermediate section check valve communicates with the rotor chamber in the second stage, characterized in that the outlet port of the intermediate section check valve is connected to the exhaust passage at a position downstream of the exhaust section check valve, and the rotor disposed in the rotor chamber in the first stage has an axial width (Wa) which is twice or more the axial width (Wb) of the rotor disposed in the rotor chamber in the second stage. a final outlet port in a final stage for discharging a gas and an intermediate release outlet port in an intermediate stage for discharging an excessively compressed gas; an exhaust section check valve connected to the final outlet port and vented to the atmosphere; an intermediate section check valve connected to the intermediate release outlet port and vented to the atmosphere; and an exhaust passage connected to an outlet port of the exhaust section check valve and an outlet port of the intermediate section check valve; whereby the multistage roots-type dry vacuum pump is a five-stage roots-type dry vacuum pump including rotor chambers (13a, 13b, 13c, 13d, 13e) in five stages and rotors (12a, 12b, 12c, 12d, 12e) disposed respectively in the rotor chambers (13a, 13b, 13c, 13d, 13e), the intermediate section check valve communicates with the rotor chamber in the second stage, characterized in that the outlet port of the intermediate section check valve is connected to the exhaust passage at a position downstream of the exhaust section check valve, and the rotor disposed in the rotor chamber in the first stage has an axial width (Wa) which is twice or more the axial width (Wb) of the rotor disposed in the rotor chamber in the second stage.
Vibration damper device comprising a body having a bearing surface projecting towards an interior of the device, a casing comprising a member intended to surround a ball joint of a control lever, an intermediate element made of flexible material of the elastomer type being arranged between the body and the housing resting, on one side, against the bearing surface inside the body and, on the other side, against an outer contour of the casing, a cover covering the casing and the intermediate element forming an upper part of the device, characterized in that the casing has a lower shoulder projecting towards the body and supporting the intermediate element, at least one upper rib being disposed on an upper face of the body facing the lid and at least one lower rib being arranged on a lower face of the body facing -in relation to the shoulder, said at least one upper rib and one lower rib abutting against movement of the cover or of the casing towards the outside of the device.
A procedure for the production of a digital printing ink characterised in that it comprises the following phases: - a first phase in which at least one dispersant, one pigment and one vehicle is premixed with a high-shear stirring system, - a second pregrinding phase, wherein the first phase product is passed through a ball mill with a diameter of between 0.7 and 1.2 microns to produce a particle size of less than 3 microns, - a third grinding phase to produce a particle size of less than 1 micron, controlling the applied energy to prevent charging the particles with energy, - a fourth filtration phase employing a 1-micron filter, and - a fifth phase in which the ink resulting from the fourth phase is packaged wherein the pigment is in a proportion of between 15% and 40% and the vehicle is in a proportion of between 48% and 80% and the dispersant is in a proportion of between 5% and 15% of the total component weight of the premixed components. - a first phase in which at least one dispersant, one pigment and one vehicle is premixed with a high-shear stirring system, - a second pregrinding phase, wherein the first phase product is passed through a ball mill with a diameter of between 0.7 and 1.2 microns to produce a particle size of less than 3 microns, - a third grinding phase to produce a particle size of less than 1 micron, controlling the applied energy to prevent charging the particles with energy, - a fourth filtration phase employing a 1-micron filter, and - a fifth phase in which the ink resulting from the fourth phase is packaged
A valve assembly, comprising: - a valve housing; - a first port formed in said valve housing; - a second port formed in said valve housing; - a third port formed in said housing; - said first, second and third ports (86, 84, 88) being operable to receive or deliver a fluid medium flow; - a valve member operably connected to said valve housing for controlling a fluid medium flow associated with two of the three ports (86, 84, 88), said valve member including a first valve plate and a second valve plate facing in substantially opposite directions from each other, wherein said first valve plate articulates in radial, axial, and multi-axis angular directions to selectively form a tight barrier with one of said ports to block the fluid medium flow through said port and said second valve plate articulates in radial, axial, and multi-axis-angular directions to selectively form a tight barrier with another of said ports to block the fluid medium flow through said port, or said valve member pivots to distribute the fluid medium flow therebetween, wherein said valve member further comprises a pin slidably connected to a pivot arm wherein said pin slides with respect to said pivot arm to allow said first valve plate and said second valve plate to articulate, characterized in that - said pin has a pin flange formed on the pin wherein the pin flange of the pin has a greater diameter than the remainder of the pin and can slide with respect to a pivot arm aperture. - a valve housing; - a first port formed in said valve housing; - a second port formed in said valve housing; - a third port formed in said housing; - said first, second and third ports (86, 84, 88) being operable to receive or deliver a fluid medium flow; - a valve member operably connected to said valve housing for controlling a fluid medium flow associated with two of the three ports (86, 84, 88), said valve member including a first valve plate and a second valve plate facing in substantially opposite directions from each other, wherein said first valve plate articulates in radial, axial, and multi-axis angular directions to selectively form a tight barrier with one of said ports to block the fluid medium flow through said port and said second valve plate articulates in radial, axial, and multi-axis-angular directions to selectively form a tight barrier with another of said ports to block the fluid medium flow through said port, or said valve member pivots to distribute the fluid medium flow therebetween, wherein said valve member further comprises a pin slidably connected to a pivot arm wherein said pin slides with respect to said pivot arm to allow said first valve plate and said second valve plate to articulate, characterized in that - said pin has a pin flange formed on the pin wherein the pin flange of the pin has a greater diameter than the remainder of the pin and can slide with respect to a pivot arm aperture.
A method implemented by a secure hardware processor to determine usage rules comprising: storing digital rights management rules associated with a content license and usage rules; creating a buffer tracking table; commanding the decryption of video content with a DRM key; storing an output buffer designation for the command to decrypt video content and the usage rules in the buffer tracking table; storing a plurality of input and output buffer designations from a plurality of video content drivers in the buffer tracking table; and determining the usage rules to be applied to the decrypted video content for display based upon a received buffer designation from an output driver to display video content, wherein, based upon the received buffer designation from the output driver and the plurality of input and output buffer designations of video content drivers stored in the buffer tracking table, the stored output buffer designation is determined that is associated with the usage rules to be applied to the decrypted video content. storing digital rights management rules associated with a content license and usage rules; creating a buffer tracking table; commanding the decryption of video content with a DRM key; storing an output buffer designation for the command to decrypt video content and the usage rules in the buffer tracking table; storing a plurality of input and output buffer designations from a plurality of video content drivers in the buffer tracking table; and determining the usage rules to be applied to the decrypted video content for display based upon a received buffer designation from an output driver to display video content, wherein, based upon the received buffer designation from the output driver and the plurality of input and output buffer designations of video content drivers stored in the buffer tracking table, the stored output buffer designation is determined that is associated with the usage rules to be applied to the decrypted video content.
Electrical arc absorber system for a switchgear configured to control a current, comprising: an impedance reduction system configured to reduce the impedance of an electrical arc appearing in the switchgear between the current phases (130; 131; 132) or a current phase and the ground, and an arc cooler configured to cool a gas provided for absorbing energy of the electrical arc or byproducts of the electrical arc in the switchgear, the impedance reduction system further comprising at least one arc catcher (111; 112; 113) for the current phases of the current, where the arc catcher comprises an electrically conductive material and is configured to surround the respective phase at least partially, wherein the impedance reduction system is configured to reduce the impedance for the electrical arc compared to the impedance of the electrical arc in the medium present in the switchgear without the arc catcher, and wherein the arc catcher (111; 112; 113) and the arc cooler are connected to each other and are provided in a common structure. an impedance reduction system configured to reduce the impedance of an electrical arc appearing in the switchgear between the current phases (130; 131; 132) or a current phase and the ground, and an arc cooler configured to cool a gas provided for absorbing energy of the electrical arc or byproducts of the electrical arc in the switchgear, the impedance reduction system further comprising at least one arc catcher (111; 112; 113) for the current phases of the current, where the arc catcher comprises an electrically conductive material and is configured to surround the respective phase at least partially, wherein the impedance reduction system is configured to reduce the impedance for the electrical arc compared to the impedance of the electrical arc in the medium present in the switchgear without the arc catcher, and wherein the arc catcher (111; 112; 113) and the arc cooler are connected to each other and are provided in a common structure.
A noise cancelling optical gas detector for detecting a gas absorbing light at a known wavelength, wherein the gas detector comprises two membranes defining a volume between them configured to contain the gas to be investigated, and a modulated light source emitting light at said wavelength into said volume at a chosen modulation frequency, characterised in that the membranes are essentially identical and parallel, and the detector is adapted to detect relative movements between the two membranes caused by the light absorption in the gas, the movements thus having opposite directions and having a frequency corresponding to the rate or a multiple of the rate of said modulated light source, wherein the said volume allows the gas to unrestricted flow or diffuse into the volume and around the membranes, and wherein the movement detector is adapted to use optical interferometry to monitor the distance between said two membranes.
Grab attachment for grab members of a grab for grabbing an object, having at least one first grab surface, wherein the grab members can be moved outwards from a closed position into an open position, and vice versa, characterized in that the first grab surface is designed and arranged such that the grab attachment can be mounted on the grab member with the first grab surface projecting outwards beyond the grab member, wherein the first grab surface is designed to be curved convexly in two directions which are transverse in relation to one another.