mhurhangee/ep-ind-claims huggingface dataset:
A composition for a stretchable film, comprising a block copolymer composition containing a block copolymer A represented by the following general formula and a block copolymer B represented by the following general formula, and a polyolefin-based thermoplastic resin: Ar1 a -D a -Ar2 a (Ar b -D b) n -X, in the general formulas and, Ar1 a and Ar b each represent an aromatic vinyl polymer block having a weight average molecular weight of 6, 000 to 20, 000; Ar2 a represents an aromatic vinyl polymer block having a weight average molecular weight of 40, 000 to 400,000; D a and D b each represent a conjugated diene polymer block having a vinyl bond content of 1 mol% to 20 mol%; X represents a single bond or a residue of a coupling agent; and n represents an integer of 2 or greater; characterized in that a specific gravity of the polyolefin-based thermoplastic resin is within the range of 0.80 to 0.95 g/cm 3, and the polyolefin-based thermoplastic resin is a polyethylene, or a copolymer of ethylene and another α-olefin; wherein the block copolymer B is a block copolymer in which two or more of diblock forms (Ar b -D b), each of which is composed of an aromatic vinyl polymer block (Ar b) linked to a conjugated diene polymer block (D b) are linked directly by a single bond, or through a coupling agent residue such that the aromatic vinyl polymer block (Ar b) side comes as a terminal, the weight average molecular weight of the aromatic vinyl polymer block is determined as a molecular weight relative to polystyrene standards by high performance liquid chromatography for a sample obtained by decomposing the conjugated diene polymer block of the block copolymer, and the vinyl bond content of the conjugated diene polymer block is determined based on an analysis by proton NMR.
An apparatus comprising: a patient support assembly; a mattress disposed on the patient support assembly; and at least one heating element formed of a plurality of heating cells disposed within the mattress, each of the plurality of heating cells comprising at least one substantially flat heating element which may be individually powered on or off, and at least one temperature sensor, characterized in that: said at least one heating element is divided into a plurality of heating cells so as to form a substantially flat matrix. a patient support assembly; a mattress disposed on the patient support assembly; and at least one heating element formed of a plurality of heating cells disposed within the mattress, each of the plurality of heating cells comprising at least one substantially flat heating element which may be individually powered on or off, and at least one temperature sensor, characterized in that: said at least one heating element is divided into a plurality of heating cells so as to form a substantially flat matrix. said at least one heating element is divided into a plurality of heating cells so as to form a substantially flat matrix.
A fuel-isolation system, comprising: a valve body defining a flow passage extending from an inlet to an outlet; a rupture diaphragm integral to the valve body, the rupture diaphragm in the flow passage and fluidly sealing the inlet from the outlet; an actuator situated adjacent the rupture diaphragm, the actuator including a plunger (40a; 140a) that is configured to move and cause breach of the rupture diaphragm and thereby fluidly connect the inlet and the outlet; and a propellant tank having an outlet attached to or integral to the inlet of the valve body, characterized in that: the actuator includes a paraffin wax and a heater that is operable to melt the paraffin wax, wherein the paraffin wax is configured to expand upon melting and cause extension of the plunger (40a; 140a) so as to cause breach of the rupture diaphragm. a valve body defining a flow passage extending from an inlet to an outlet; a rupture diaphragm integral to the valve body, the rupture diaphragm in the flow passage and fluidly sealing the inlet from the outlet; an actuator situated adjacent the rupture diaphragm, the actuator including a plunger (40a; 140a) that is configured to move and cause breach of the rupture diaphragm and thereby fluidly connect the inlet and the outlet; and a propellant tank having an outlet attached to or integral to the inlet of the valve body,
A wire harness installing structure in which a wire harness that bundles, a plurality of electric wires into a bundle state is installed between two structures (11,13) across a movable linking part that rotatably movably copies first and second structures (11,13), wherein a movable part installing section of the wire harness arranged in a predetermined length interval across the movable linking part includes: a non bundled part in which the electric wires are movable and bendable respectively without being bundled; and a stretchable protective member which covers an outer periphery of the non bundled part so as not to restrict an absorption of the surplus length of the electric wires by flatly widening the electric wires into a flat shape. a non bundled part in which the electric wires are movable and bendable respectively without being bundled; and a stretchable protective member which covers an outer periphery of the non bundled part so as not to restrict an absorption of the surplus length of the electric wires by flatly widening the electric wires into a flat shape.
A deactivation apparatus (300; 700) for a secondary cell, SCell, configured for use in a user equipment, UE, the UE being configured with a first SCell carrying a physical uplink control channel, PUCCH, and one or more second SCells carrying no PUCCH, the first SCell and one or more second SCells whose uplink control information is transmitted via the PUCCH constituting a secondary PUCCH cell group; wherein the deactivation apparatus (300; 700) is characterised by further comprising: a determining unit (302; 703) configured to determine: whether a physical downlink control channel, PDCCH, indicating an uplink grant or downlink assignment is received in any one of the second SCells, or whether a PDCCH scheduling any one of the second SCells and indicating an uplink grant or downlink assignment is received in another serving cell, or whether a channel quality indicator report is transmitted in any one of the second SCells in the secondary PUCCH cell group; and a restarting unit (301; 702) configured to restart a deactivation timer of said one second SCell if the determining unit (302; 703) determines that either of the said PDCCH is received, wherein the restarting unit (301; 702) is further configured to restart a deactivation timer associated with the first SCell carrying the PUCCH, in a case where: the deactivation timer is restarted in the said one second SCell, or the channel quality indicator report is transmitted in the said one second SCell in the secondary PUCCH cell group. a determining unit (302; 703) configured to determine: whether a physical downlink control channel, PDCCH, indicating an uplink grant or downlink assignment is received in any one of the second SCells, or whether a PDCCH scheduling any one of the second SCells and indicating an uplink grant or downlink assignment is received in another serving cell, or whether a channel quality indicator report is transmitted in any one of the second SCells in the secondary PUCCH cell group; and whether a physical downlink control channel, PDCCH, indicating an uplink grant or downlink assignment is received in any one of the second SCells, or whether a PDCCH scheduling any one of the second SCells and indicating an uplink grant or downlink assignment is received in another serving cell, or whether a channel quality indicator report is transmitted in any one of the second SCells in the secondary PUCCH cell group; and a restarting unit (301; 702) configured to restart a deactivation timer of said one second SCell if the determining unit (302; 703) determines that either of the said PDCCH is received, wherein the restarting unit (301; 702) is further configured to restart a deactivation timer associated with the first SCell carrying the PUCCH, in a case where: the deactivation timer is restarted in the said one second SCell, or the channel quality indicator report is transmitted in the said one second SCell in the secondary PUCCH cell group. the deactivation timer is restarted in the said one second SCell, or the channel quality indicator report is transmitted in the said one second SCell in the secondary PUCCH cell group.
Device for mounting a road sign on a supporting member and comprising at least one mounting rail having an overall C shape secured to the back of said sign, a flange suitable for extending around the supporting member and clamping elements for clamping said flange on the mounting rail in order to mount the sign onto said supporting member, said mounting device being characterised in that it comprises a protecting element (8, 38, 48, 58) at least partially inserted at each free end of said mounting rail.
A brake for a trolley that comprises: - a support connectable with its first end with a frame of the trolley, - a first axle connected with another end of the support and peripherally provided with three indents, - a first handle with a detent, said handle being pivotally arranged on said first axle, and wherein the first handle can assume three positions on the first axle, which are defined by the three indents, - a pin that is firmly connected with one of its ends with the first handle and arranged parallel to the first axle at a radial distance therefrom, - an eccentric ring with a closed bottom, in which at least an arcuate recess concentric with the first axle is formed, through which the pin projects, wherein the eccentric ring is pivotally mounted on the first axle and can engage with the outer periphery of a trolley wheel, - a tension spring connecting the inner periphery of the eccentric ring and the pin, and - a stop element projecting from the first axle, which can lean against the inner periphery of the eccentric ring thus preventing rotation of the eccentric ring around the first axle in one direction. - a support connectable with its first end with a frame of the trolley, - a first axle connected with another end of the support and peripherally provided with three indents, - a first handle with a detent, said handle being pivotally arranged on said first axle, and wherein the first handle can assume three positions on the first axle, which are defined by the three indents, - a pin that is firmly connected with one of its ends with the first handle and arranged parallel to the first axle at a radial distance therefrom, - an eccentric ring with a closed bottom, in which at least an arcuate recess concentric with the first axle is formed, through which the pin projects, wherein the eccentric ring is pivotally mounted on the first axle and can engage with the outer periphery of a trolley wheel, - a tension spring connecting the inner periphery of the eccentric ring and the pin, and - a stop element projecting from the first axle, which can lean against the inner periphery of the eccentric ring thus preventing rotation of the eccentric ring around the first axle in one direction.
Device for monitoring a on-load tap-changer, comprising - a motor drive; - a monitoring unit; - a sensor for detecting an acoustic signal that is generated when the load changeover switch jumps during a changeover; - characterized in that the monitoring unit determines a torque curve in the on-load tap-changer on the basis of a torque curve on the motor drive and the acoustic signal of the sensor. - a motor drive; - a monitoring unit; - a sensor for detecting an acoustic signal that is generated when the load changeover switch jumps during a changeover; - characterized in that the monitoring unit determines a torque curve in the on-load tap-changer on the basis of a torque curve on the motor drive and the acoustic signal of the sensor.
Acoustic transponder for an acoustic transmission system comprising: - a transponder chip, - a piezoelectric element for converting a carrier frequency into an electrical voltage, wherein the transponder has a miniaturized design, characterized in that an intermediate element is formed between the piezoelectric element and the transponder chip, and in that the intermediate element comprises a moulded part and the moulded part comprises conductor tracks. - a transponder chip, - a piezoelectric element for converting a carrier frequency into an electrical voltage, wherein the transponder has a miniaturized design, characterized in that an intermediate element is formed between the piezoelectric element and the transponder chip, and in that the intermediate element comprises a moulded part and the moulded part comprises conductor tracks. wherein the transponder has a miniaturized design, characterized in that an intermediate element is formed between the piezoelectric element and the transponder chip, and in that the intermediate element comprises a moulded part and the moulded part comprises conductor tracks.
A surface treating appliance comprising: a first cyclonic separating unit including at least one first cyclone; and a second cyclonic separating unit located downstream from the first cyclonic separating unit and including a plurality of second cyclones (162, 164, 166) arranged in parallel; the plurality of second cyclones (162,164, 166) being divided into at least a first set of second cyclones arranged about an axis, a second set of second cyclones arranged about the axis, and a third set of second cyclones, the first set of second cyclones extending about the second set of second cyclones, and the second set of second cyclones extending about the third set of second cyclones; each second cyclone having a longitudinal axis (L3a, L3b, L3c); the longitudinal axes (L3a) of the first set of second cyclones being arranged at a first angle (α) to said axis, the longitudinal axes (L3b) of the second set of second cyclones being arranged at a second angle (β) to said axis, and the longitudinal axes (L3c) of the third set of second cyclones being arranged at a third angle (δ) to said axis, wherein the first angle (α) is different from the second angle (β), and the second angle (β) is different from the third angle (δ). a first cyclonic separating unit including at least one first cyclone; and a second cyclonic separating unit located downstream from the first cyclonic separating unit and including a plurality of second cyclones (162, 164, 166) arranged in parallel; the plurality of second cyclones (162,164, 166) being divided into at least a first set of second cyclones arranged about an axis, a second set of second cyclones arranged about the axis, and a third set of second cyclones, the first set of second cyclones extending about the second set of second cyclones, and the second set of second cyclones extending about the third set of second cyclones; each second cyclone having a longitudinal axis (L3a, L3b, L3c); the longitudinal axes (L3a) of the first set of second cyclones being arranged at a first angle (α) to said axis, the longitudinal axes (L3b) of the second set of second cyclones being arranged at a second angle (β) to said axis, and the longitudinal axes (L3c) of the third set of second cyclones being arranged at a third angle (δ) to said axis, wherein the first angle (α) is different from the second angle (β), and the second angle (β) is different from the third angle (δ).
A rotor for a rotary press for pressing a product into pellets, comprising a die plate with die holes that is rotationally driven by means of a rotary drive, an upper punch seat that rotates in sync with the die plate to axially guide upper punches, as well as a lower punch seat that rotates in sync with the die plate to axially guide lower punches, wherein an annular discharge channel is provided that, during the operation of the rotor, collects product residue from the die plate and/or from the lower punch seat, wherein the discharge channel has a removal region from which product residue is removed, and wherein a catch element is provided which rotates in sync with the die plate, is guided in the discharge channel, and conveys the product residue located in the discharge channel to the removal region, characterized in that the annular discharge channel is fixed; and the catch element scrapes product residue located in the discharge channel like a scraper off the floor of the discharge channel.
Chain-driven steering angle sensor comprising a housing and a cover, used to enclose: - A processing unit; - A gear assembly, formed by a hub; to couple to a rotatable component whose rotation angle is to be measured, and by at least two magnetic gears; - A timing-chain, coupling the hub and the at least two magnetic gears; characterized by: - Rollers (3, 6); - Chain guides; wherein the rollers (3, 6) are positioned around the gear assembly to provide a tangential contact between the timing-chain and the hub and between the timing-chain and each magnetic gear. - A processing unit; - A gear assembly, formed by a hub; to couple to a rotatable component whose rotation angle is to be measured, and by at least two magnetic gears; - A timing-chain, coupling the hub and the at least two magnetic gears; - Rollers (3, 6); - Chain guides;
Microfluidic circuit comprising at least one microchannel for the flow of a first fluid transporting drops or bubbles of at least one second fluid, the microchannel extending along a longitudinal axis and having a rectangular cross section, perpendicular to the longitudinal axis, the height (h) of which is defined between two walls (4, 8) delimiting the microchannel, the microfluidic circuit being configured such that the carrier fluid flows along the longitudinal axis of the microchannel, and the microchannel having: - at least one conduit extending longitudinally at least in part along the longitudinal axis of the microchannel, the conduit being formed by a groove in at least one of the two walls of the microchannel, or between two ribs in one of the two walls of the microchannel, the height (hc) of the conduit, in cross section of the microchannel, being greater than that (h) of said section of the microchannel. - at least one conduit extending longitudinally at least in part along the longitudinal axis of the microchannel, the conduit being formed by a groove in at least one of the two walls of the microchannel, or between two ribs in one of the two walls of the microchannel, the height (hc) of the conduit, in cross section of the microchannel, being greater than that (h) of said section of the microchannel.
Method for operating a turbocharger arrangement of an internal combustion engine, the turbocharger arrangement comprising a low-pressure and a high-pressure turbocharging stage arranged sequentially, the high-pressure turbocharging stage comprising a high-pressure compressor with a sensorless compressor bypass valve, the method comprising evaluating at least one sensor signal of the turbocharger arrangement for detecting a failure mode of the compressor bypass valve, characterized in that the at least one sensor signal is a high pressure turbocharger speed signal.
A method performed in a first network node of configuring a connection between a communication device and a second network node, wherein the communication device has at least one radio bearer set up with the first network node, the method comprising: - providing, to the second network node, a current radio resource configuration of the communication device and limits within which the second network node is to select a suggested radio resource configuration for the communication device, and - receiving, from the second network node, a suggested radio resource configuration for the communication device. - providing, to the second network node, a current radio resource configuration of the communication device and limits within which the second network node is to select a suggested radio resource configuration for the communication device, and - receiving, from the second network node, a suggested radio resource configuration for the communication device.
A package to be used as a multilayer package, comprising a multilayer laminate body composed of a base layer and a sealant layer, wherein the value of the tear strength of the multilayer laminate body composed of the base layer and sealant layer measured according to JIS K7128-2, when substituted into the formula (TD value)/(MD value), is such that (TD value)/(MD value) = 1.5-10, and the value of the tear strength of the film used in the sealant layer is such that (TD value)/(MD value) = 3-10 and wherein the sealant layer comprises a laminate layer, an interlayer and a seal layer, the sealant layer being composed of a polypropylene-based resin and the sealant layer being stretched by uniaxial stretching to a factor in the range of 1.25-5 wherein the resin forming the sealant layer is an ethylene-propylene block copolymer or ethylene-propylene random copolymer and wherein the resin forming the sealant layer contains at least one type of ethylene-propylene rubber, ethylene-butene copolymer, ethylene-propylene copolymer, polyethylene or linear low-density polyethylene with a density of no greater than 0.91, or a styrene-ethylene-based elastomer, in a range of 5-40 wt%, and wherein the resin forming the laminate layer is an ethylene-propylene block copolymer, and the ethylene copolymerization ratio is 3-20%.
A method for performing centralized protection switching of a packet-optical transport network POTN system, applied in a main control board, the method comprising: acquiring a reported soft pseudo-wire high way, HW, alarm message; parsing the soft pseudo-wire HW alarm message, determining at least one protection switching decision based on a parsing result of the soft pseudo-wire HW alarm message, and encapsulating the at least one protection switching decision into a soft pseudo-wire HW decision message and issuing the soft pseudo-wire HW decision message to a service board and/or a cross board, wherein the soft pseudo-wire HW alarm message and the soft pseudo-wire HW decision message are encapsulated and transmitted by means of FPGA analogue soft pseudo-wire. acquiring a reported soft pseudo-wire high way, HW, alarm message; parsing the soft pseudo-wire HW alarm message, determining at least one protection switching decision based on a parsing result of the soft pseudo-wire HW alarm message, and encapsulating the at least one protection switching decision into a soft pseudo-wire HW decision message and issuing the soft pseudo-wire HW decision message to a service board and/or a cross board, wherein the soft pseudo-wire HW alarm message and the soft pseudo-wire HW decision message are encapsulated and transmitted by means of FPGA analogue soft pseudo-wire.
Process for fabricating a hydrogenated amorphous silicon carbide film with through-pores, which comprises: a) the formation on a substrate of a film consisting of an amorphous hydrogenated silicon carbide matrix in which silicon oxide through-nanowires are dispersed; then b) the selective destruction by a chemical agent of the silicon oxide nanowires present in the film formed at step a). a) the formation on a substrate of a film consisting of an amorphous hydrogenated silicon carbide matrix in which silicon oxide through-nanowires are dispersed; then b) the selective destruction by a chemical agent of the silicon oxide nanowires present in the film formed at step a).
An architectural panel comprising: a mesh defining a plurality of openings; and a plurality of flaps configured for attachment to the mesh within the plurality of openings, each of said flaps being attached to the mesh within one of said openings and movable to allow air flow through said opening, characterized in that said mesh comprises one or more of a welded wire mesh, a cable rod mesh and a woven wire mesh. a mesh defining a plurality of openings; and a plurality of flaps configured for attachment to the mesh within the plurality of openings, each of said flaps being attached to the mesh within one of said openings and movable to allow air flow through said opening, characterized in that said mesh comprises one or more of a welded wire mesh, a cable rod mesh and a woven wire mesh.