mhurhangee/ep-ind-claims huggingface dataset:
Orchestra soundproof wall for reducing an orchestral musician's exposure to noise emanating from a noise source located behind this orchestral musician, with at least three orchestra soundproofing devices (10.1, 10.2, 10.3), each of which is designed to shield an orchestral musician from noise immission and comprises (a) a back element, which runs at least predominantly vertically and contains sound-absorbing material on at least one side, and (b) a headboard that - is arranged above the back element and - forms a headboard angle (α) with the back element, (c) the back element being designed such that at least three orchestra soundproofing devices sit flush side by side in such a way that the back elements form a continuous wall, characterised by the fact that (d) the headboard of all orchestra soundproofing devices has a chamfer on at least one side, and (e) the orchestra soundproofing devices are arranged in such a way that the headboards form a structure that is interrupted by at least two recesses. (a) a back element, which runs at least predominantly vertically and contains sound-absorbing material on at least one side, and (b) a headboard that - is arranged above the back element and - forms a headboard angle (α) with the back element, - is arranged above the back element and - forms a headboard angle (α) with the back element, (c) the back element being designed such that at least three orchestra soundproofing devices sit flush side by side in such a way that the back elements form a continuous wall, (d) the headboard of all orchestra soundproofing devices has a chamfer on at least one side, and (e) the orchestra soundproofing devices are arranged in such a way that the headboards form a structure that is interrupted by at least two recesses.
A composition comprising a) one or more isocyanate functional components selected from isocyanate functional prepolymers and oligomers or prepolymers containing isocyanate functional groups and alkoxysilane groups; b) one or more catalysts for the reaction of isocyanate moieties with active hydrogen atom containing groups; c) 1,4-dihydroxy-2,2,6,6-tetramethylpiperidine and/or nitrile oxide derived from 1,4-dihydroxy-2,2,6,6-tetramethylpiperidine in an amount of about 0.01 to about 2.0 percent by weight of the composition to resist degradation of the composition in a cured state; and d) a pigment that does not have reinforcing properties or which is non-black; wherein the composition forms a cross-linked polyurethane upon cure. a) one or more isocyanate functional components selected from isocyanate functional prepolymers and oligomers or prepolymers containing isocyanate functional groups and alkoxysilane groups; b) one or more catalysts for the reaction of isocyanate moieties with active hydrogen atom containing groups; c) 1,4-dihydroxy-2,2,6,6-tetramethylpiperidine and/or nitrile oxide derived from 1,4-dihydroxy-2,2,6,6-tetramethylpiperidine in an amount of about 0.01 to about 2.0 percent by weight of the composition to resist degradation of the composition in a cured state; and d) a pigment that does not have reinforcing properties or which is non-black;
Method of driving, by means of single power supply (Power supply), a number of high-power light-emitting diodes (LEDs), said number of LEDs being divided into two or more groups (LED Group 1, LED Group 2,....LED Group N), each group being provided with a switch, each group being separately energizable, said method comprising: a) energizing or de-energizing of a supply current from the power supply into a first one of the groups (LED Group 1) by actuating the switch of the first one of the groups; characterised by b) waiting during a predetermined wait time period (Tsepmin); and c) repeating step a) and b) for a second one of the groups (LED Group 2), thereby guaranteeing a minimum time interval between each individual actuation to ensure that the power supply is stabilized before a following actuation. a) energizing or de-energizing of a supply current from the power supply into a first one of the groups (LED Group 1) by actuating the switch of the first one of the groups; characterised by b) waiting during a predetermined wait time period (Tsepmin); and c) repeating step a) and b) for a second one of the groups (LED Group 2), thereby guaranteeing a minimum time interval between each individual actuation to ensure that the power supply is stabilized before a following actuation.
A film adapted for covering soil in which seeds are sown, the film comprising a translucent plastics material, and having a longitudinally extending central portion defining a longitudinally extending main centre line and extending on both sides of the centre line, a pair of longitudinally extending opposite side portions on respective opposite sides of the central portion, the side portions defining respective longitudinally extending side edges and being adapted to be at least partly encased in soil adjacent the respective side edges for anchoring the film, and a pair of longitudinally extending opposite intermediate portions located on opposite sides of the central portion between the central portion and the respective side portions, and a plurality of spaced apart first openings extending through the film in the central portion, the first openings being adapted for accommodating rainwater from an outer surface of the film to the soil, characterised in that a plurality of spaced apart first keying means comprising respective second openings are located in and extend through the respective side portions for engaging and accommodating therein the soil in which the side portions are encased for retaining the side portions in the soil, the second openings being arranged in spaced apart rows in the respective side portions.
Use of a curable casting compound for the production of kitchen or sanitary articles comprising a binder component based on methyl acrylate or methyl methacrylate as a polymerisable monomer and a proportion of about 40 to about 85% by weight of one or more inorganic fillers, characterized in that the casting compound comprises a proportion of 0.1 to 0.5% by weight of keratin fibres, wherein the keratin fibres have a length of up to 10 mm and a diameter of 10 to 50 μm.
A transmission power control method for use in a cellular communication system which includes a plurality of cells (11, 12), a plurality of base stations (21, 22) each arranged in a respective one of said plurality of cells, mobile stations (61, 62) located within said cells, and a control station provided in common for said plurality of base stations and transmitting control instruction including a balance adjustment period for balance adjustment of transmission power transmitted from said base stations to one of said mobile stations, characterized in that assuming that the frame number of the frame transmitted to said mobile station is CFN and said balance adjustment period is a number of N period frame periods, said method comprises in each base station a step of adding 1 to said CFN every frame and resetting said CFN to zero when said CFN exceeds a maximum value, a step of starting said balance adjustment from the frame of the frame number CFN to be mod (CFN, m x N period) = 0, m being a natural number, in response to reception of said control instruction, and a step of restarting said balance adjustment from the frame of the frame number CFN to be zero, in each base station.
A command data processing method of a radio communication terminal configured to communicate with a transportation means and a mobile terminal (30-1, 30-2), the method comprising: receiving command data destined for the transportation means from the mobile terminal and identity information of an application requesting for execution of the command data from the mobile terminal; checking an operation status of the transportation means; determining whether to deliver the command data to the transportation means based on the operation status of the transportation means, on whether the command data is contained in a transmission-allowed command list, on whether the identity information of the application is contained in a transmission-allowed application list, on whether a type of the command data is an inquiry command data for inquiring about the operation status of the transportation means or a control command data for controlling the transportation means, and on a type of a communication protocol used for receiving the command data; and delivering, when the command data is determined to be delivered to the transportation means, the command data to the transportation means. receiving command data destined for the transportation means from the mobile terminal and identity information of an application requesting for execution of the command data from the mobile terminal; checking an operation status of the transportation means; determining whether to deliver the command data to the transportation means based on the operation status of the transportation means, on whether the command data is contained in a transmission-allowed command list, on whether the identity information of the application is contained in a transmission-allowed application list, on whether a type of the command data is an inquiry command data for inquiring about the operation status of the transportation means or a control command data for controlling the transportation means, and on a type of a communication protocol used for receiving the command data; and delivering, when the command data is determined to be delivered to the transportation means, the command data to the transportation means.
Action for a repeating rifle with an action guide, a locking chamber arranged in the action guide, and a locking sleeve which is arranged concentrically around a rear part of the locking chamber and exhibits a plurality of locking elements which can be moved by a spreading device between an inner releasing position and an outer locking position for engagement in a locking groove of a barrel, wherein the spreading device comprises a supporting sleeve which is displaceable axially between the rear part of the locking chamber and the locking sleeve, characterised in that in the locking position the locking elements comprise rear bearing faces which are inclined at an angle a of from 70° to 80°, preferably 75°, to the central axis of the locking chamber for bearing on a correspondingly inclined rear locking face in a locking groove of the barrel and in that at the junction between the slimmer rear part and an enlarged action head the locking chamber comprises a rear abutment face which is inclined at an angle ß of from 80° to 85°, preferably 83°, to the central axis of the locking chamber for correspondingly inclined front bearing faces on the locking elements.
A fuel cell system, comprising: a fuel cell stack (42; 102); a fan; the fan configured to provide process air to supply oxidizer to said fuel cell stack; an air duct coupled to said fan and said fuel cell stack; an electrical service load coupled to the fuel cell stack, said electrical service load configured for receiving electrical power generated from reactions within the fuel cell stack; and an auxiliary electrical load coupled to the fuel cell stack; wherein the auxiliary electrical load is configured to reduce potentials across the fuel cell stack; and wherein said air duct is configured to direct the flow of air to said fuel cell stack to provide cooling air to said fuel cell stack; characterized in that the auxiliary electrical load is located within said air duct to provide cooling air to said auxiliary electrical load. a fuel cell stack (42; 102); a fan; the fan configured to provide process air to supply oxidizer to said fuel cell stack; an air duct coupled to said fan and said fuel cell stack; an electrical service load coupled to the fuel cell stack, said electrical service load configured for receiving electrical power generated from reactions within the fuel cell stack; and an auxiliary electrical load coupled to the fuel cell stack; wherein the auxiliary electrical load is configured to reduce potentials across the fuel cell stack; and wherein said air duct is configured to direct the flow of air to said fuel cell stack to provide cooling air to said fuel cell stack; characterized in that the auxiliary electrical load is located within said air duct to provide cooling air to said auxiliary electrical load.
Folding/unfolding device (1, 71, 81, 11) for a tail boom of a rotorcraft, the folding/unfolding device (1, 71, 81, 11) being suitable for arranging on the tail boom in association with a rear power transmission shaft (2, 72, 82, 12) upstream from a rear power transmission gearbox and downstream from a main power transmission gearbox mechanically connected to at least one engine of the rotorcraft, the rear power transmission shaft (2, 72, 82, 12) being suitable for transmitting driving torque and for driving a tail rotor of the rotorcraft in rotation, the folding/unfolding device (1, 71, 81, 11) comprising: - mechanical decoupling/coupling means (8, 108, 118, 18) between two portions (201-271-281-211, 202-272-282-212) of the single rear power transmission shaft (2, 72, 82, 12) and arranged respectively upstream and downstream from the folding/unfolding device (1, 71, 81, 11); and - pivot means enabling a movable portion of the tail boom to move in pivoting relative to a stationary portion of the tail boom, the relative pivoting movement being performed between two distinct extreme positions, namely an unfolded, working position enabling the rear power transmission shaft (2, 72, 82, 12) to transmit driving torque to the tail rotor, and a folded, rest position enabling the overall length of the rotorcraft to be reduced while the engine, the rear power transmission shaft (2, 72, 82, 12), and the tail rotor are all stopped; characterised in that the decoupling/coupling means (8, 108, 118, 18) are motor-driven and can be actuated independently of the pivot means firstly to mechanically decouple the two portions (201-271-281-211, 202-272-282-212) of the single rear power transmission shaft (2, 72, 82, 12) prior to the relative pivoting movement corresponding to folding the movable portion relative to the stationary portion of the tail boom, and secondly to mechanically couple together the two portions (201-271-281-211, 202-272-282-212) of the single rear power transmission shaft (2, 72, 82, 12) after the relative pivoting movement corresponding to unfolding the movable portion relative to the stationary portion of the tail boom. - mechanical decoupling/coupling means (8, 108, 118, 18) between two portions (201-271-281-211, 202-272-282-212) of the single rear power transmission shaft (2, 72, 82, 12) and arranged respectively upstream and downstream from the folding/unfolding device (1, 71, 81, 11); and - pivot means enabling a movable portion of the tail boom to move in pivoting relative to a stationary portion of the tail boom, the relative pivoting movement being performed between two distinct extreme positions, namely an unfolded, working position enabling the rear power transmission shaft (2, 72, 82, 12) to transmit driving torque to the tail rotor, and a folded, rest position enabling the overall length of the rotorcraft to be reduced while the engine, the rear power transmission shaft (2, 72, 82, 12), and the tail rotor are all stopped;
A powder supply method in cladding to form a clad layer in a workpiece, in which powder is force-fed and supplied from a powder source to a powder cladding nozzle, and the powder cladding nozzle being configured to pass therethrough a laser beam and to discharge the powder toward the laser beam from a periphery of the laser beam, the powder supply method characterized by comprising: setting, within a predetermined range, an outlet pressure of a powder cladding nozzle side of a supply pipe connecting the powder source to the powder cladding nozzle; and supplying the powder from the powder source to the powder cladding nozzle, wherein the supply pipe is configured such that a connection pipe in the supply pipe is connected to the powder source and the connection pipe is branched so that the supply pipe is connected to a plurality of supply passages provided in the powder cladding nozzle and lengths of those connection pipes in the supply pipe which are connected to the supply passages of the powder cladding nozzle are adjusted so that the outlet pressure falls within the predetermined range. setting, within a predetermined range, an outlet pressure of a powder cladding nozzle side of a supply pipe connecting the powder source to the powder cladding nozzle; and supplying the powder from the powder source to the powder cladding nozzle, wherein the supply pipe is configured such that a connection pipe in the supply pipe is connected to the powder source and the connection pipe is branched so that the supply pipe is connected to a plurality of supply passages provided in the powder cladding nozzle and lengths of those connection pipes in the supply pipe which are connected to the supply passages of the powder cladding nozzle are adjusted so that the outlet pressure falls within the predetermined range.
Device for assisting in the driving (58, 94) of a motor vehicle, comprising a line detector (60, 62) for detecting a boundary line of a traffic lane (12, 14, 16), a setup module capable of setting up a virtual lane on the basis of the line detected (18, 20), a monitoring module capable of monitoring the risk of the motor vehicle leaving the virtual lane set up, characterized in that the device comprises an acquisition module for acquiring an image representative of a relevant object (100, 104, 106), the setup module comprising a first map (90, 96) containing values of a position (lim adj, lim opp) of a virtual lane boundary according to a lateral shift (y 100, y 104, y 106) of the relevant object in the acquired image, the acquisition module being configured to acquire a plurality of images representative of the relevant object (100, 102, 104), the device comprising a selector module for selecting a minimum lateral shift of the relevant object (100, 104, 106) across the plurality of acquired images.
An interlacing device for interlacing yarns running along a yarn running direction while being lined up in an arrangement direction, comprising: an interlacing portion which includes at least one yarn running space where the yarns run and is configured to interlace the yarns running in the at least one yarn running space by fluid ejected into the at least one yarn running space; a first regulatory portion which is provided on at least one of upstream and downstream in the yarn running direction of the interlacing portion and is configured to regulate running of the yarns; and a second regulatory portion which is provided between the interlacing portion and the first regulatory portion and is configured to regulate the running of the yarns, the first regulatory portion including a regulating groove extending in a height direction of the interlacing portion, and around the second regulatory portion, an open space where the fluid ejected from an end portion in the yarn running direction of the at least one yarn running space passes being provided, wherein the interlacing portion includes a plurality of the at least one yarn running space lined up in the arrangement direction, and interlaces the yarns running in the respective yarn running spaces by the fluid ejected into the respective yarn running spaces, and wherein the second regulatory portion includes a stick-shaped bar guide which extends in the arrangement direction. an interlacing portion which includes at least one yarn running space where the yarns run and is configured to interlace the yarns running in the at least one yarn running space by fluid ejected into the at least one yarn running space; a first regulatory portion which is provided on at least one of upstream and downstream in the yarn running direction of the interlacing portion and is configured to regulate running of the yarns; and a second regulatory portion which is provided between the interlacing portion and the first regulatory portion and is configured to regulate the running of the yarns, the first regulatory portion including a regulating groove extending in a height direction of the interlacing portion, and around the second regulatory portion, an open space where the fluid ejected from an end portion in the yarn running direction of the at least one yarn running space passes being provided, wherein the interlacing portion includes a plurality of the at least one yarn running space lined up in the arrangement direction, and interlaces the yarns running in the respective yarn running spaces by the fluid ejected into the respective yarn running spaces, and wherein the second regulatory portion includes a stick-shaped bar guide which extends in the arrangement direction.
Bitumen mixture for an overlayment roofing membrane comprising at least distillation bitumen, SBS rubber and at least one filler, characterized by an SBS rubber content of greater than 3% by weight to less than or equal to 8% by weight, a content of up to 6% by weight of a mixture of high-boiling saturated hydrocarbons, so-called flux oil, a content of up to 3% by weight of solid paraffins having a chain length ranging from C 50 to C 70 and a solidification point of above about 95°C, 30% by weight to 70% by weight of at least one filler and a remainder of distillation bitumen or 30% by weight to 60% by weight of distillation bitumen and a remainder of at least one filler.
A reciprocating pressure intensifier comprising: a cylinder: a piston plunger including a forward end that partitions a compression room in association with a forward end of said cylinder and reciprocates within said cylinder: a suction port that communicates to said compression room and inhales a specific fluid in response to said reciprocation of said piston plunger; and a discharge port that communicates to said compression room and discharges the fluid from said compression room, said reciprocating pressure intensifier further characterised in comprising: a sealing device that supports said piston plunger for allowing reciprocation thereof at a backward part of said cylinder, and seals a gap between said cylinder and said piston plunger; a lubricating-oil injection port formed on a part of said cylinder that is ahead of said sealing device and adjacent to said sealing device; and a lubricating-oil injection device for injecting lubricating oil into the gap between said cylinder and said piston plunger with a specific pressure, wherein at least an interval between a position that is ahead of said lubricating-oil injection port by a specific distance and said compression room is provided with a uniform gap between said cylinder and said piston plunger, and said uniform gap is provided to seal said lubricating oil only by said lubricating oil under the presence of said lubricating-oil specific pressure, and wherein the following relationship: π × P − Po × δ 3 × d × 3600 6 × μ × L 2 < 30 is satisfied if P=a discharge pressure of the fluid in said reciprocating pressure intensifier given in Pa, Po= an injection pressure of said lubricating oil given in Pa, d= a diameter of the piston plunger given in cm, δ = the uniform gap given in cm formed between said piston plunger and said cylinder, L= a length of a part of said cylinder for which the uniform gap is formed, the length being measured at a position of a bottom dead point of said piston plunger and is given in cm, and μ = viscosity of the lubricating oil given in Pa · s. a sealing device that supports said piston plunger for allowing reciprocation thereof at a backward part of said cylinder, and seals a gap between said cylinder and said piston plunger; a lubricating-oil injection port formed on a part of said cylinder that is ahead of said sealing device and adjacent to said sealing device; and a lubricating-oil injection device for injecting lubricating oil into the gap between said cylinder and said piston plunger with a specific pressure,