mhurhangee/ep-ind-claims huggingface dataset:
A cable transportation system comprising: - a plurality of transporting units; - two supporting cables for supporting the transporting units in a suspended configuration; - a plurality of trolleys, wherein each trolley supports a transporting unit in a suspended configuration and comprises rolls configured for resting and rolling on the two supporting cables and at least one electric motor configured for moving the trolley along the supporting cables; wherein the system further comprises a power supply for powering the electric motor of the trolley, wherein the power supply is available along the entire path defined by the supporting cables; characterized in that the power supply comprises at least one power cable extending along the entire path defined by the supporting cables; each trolley being provided with at least one pantograph socket for electrically coupling the electric motor(s) to the corresponding power cable. - a plurality of transporting units; - two supporting cables for supporting the transporting units in a suspended configuration; - a plurality of trolleys, wherein each trolley supports a transporting unit in a suspended configuration and comprises rolls configured for resting and rolling on the two supporting cables and at least one electric motor configured for moving the trolley along the supporting cables; wherein the system further comprises a power supply for powering the electric motor of the trolley, wherein the power supply is available along the entire path defined by the supporting cables; characterized in that the power supply comprises at least one power cable extending along the entire path defined by the supporting cables; each trolley being provided with at least one pantograph socket for electrically coupling the electric motor(s) to the corresponding power cable.
An electrophoresis gel cassette, comprising: a bottom plate that includes a bottom plate outer face; the bottom plate being attached to a bottom plate base portion, wherein the bottom plate base portion includes at least one opening there through that defines an opening plane; the bottom plate base portion includes an outer face that meets the bottom plate outer face at an included angle; a cover plate, wherein the cover plate is spaced apart from the bottom plate in an overlying relationship to define a gel chamber there between; and the gel chamber being in communication and alignment with the at least one opening, wherein the gel chamber plane defined by the gel chamber is generally parallel to the opening plane, the cassette being characterised in that the included angle is obtuse. a bottom plate that includes a bottom plate outer face; the bottom plate being attached to a bottom plate base portion, wherein the bottom plate base portion includes at least one opening there through that defines an opening plane; the bottom plate base portion includes an outer face that meets the bottom plate outer face at an included angle; a cover plate, wherein the cover plate is spaced apart from the bottom plate in an overlying relationship to define a gel chamber there between; and the gel chamber being in communication and alignment with the at least one opening, wherein the gel chamber plane defined by the gel chamber is generally parallel to the opening plane, the cassette being characterised in that the included angle is obtuse.
A mono-functional branched organoslloxane compound that is liquid and shown by the following general formula M a-1 M R a-2 D b-1 D R b-2 T c-1T R c-2 Q d-1 wherein M=R 1 3 SiO 0.5, M R =R 1 2 R 2 SiO 0.5, D=R 1 2 SiO, D R =R 2 R 1 SiO, T=R 1 SiO 1.5, T R =R 2 SiO 1.5, and Q=SiO 2, where R 1 may be different from each other and represents a group selected from an alkyl group, an aryl group, an aralkyl group, and a fluorinated alkyl group having 1 to 30 carbon atoms, R 2 represents a group containing a polymerizable unsaturated group, a-1 represents an integer of 1 or more, b-1 and c-1 each represent an integer of 0 or more, and a-2, b-2, c-2, and d-1 each represent 0 or 1, provided that c-1, c-2, and d-1 are not simultaneously 0, a total of a-2, b-2, and c-2 is 1, and when b-1 is 0, a-1 is 2 or more and a total of c-1 and d-1 is 1 or more, and the group containing a polymerizable unsaturated group is a structure shown by the following formula -(CH 2) e - f C(R 3)=CH 2 wherein R 3 represents a methyl group, "e" represents an Integer of 0 to 10, "f" represents 0 or 1, provided that when "f" is 1, "e" is 1 to 10.
An electrode assembly having a structure in which at least one unit cell of a first electrode /a separator /a second electrode /separator /a third electrode structure is stacked, wherein each of the first electrode and the third electrode includes a tab (130, 330) protruding toward an outer periphery of one side, and the second electrode includes a tab protruding toward an outer periphery of the other side facing the one side, wherein each of the first electrode tab and the third electrode tab includes a through hole (131, 331) formed in an edge of one side, and an inclined portion (132, 332) forming a predetermined angle (a,b) with respect to a virtual extension line extending from both outer peripheries adjacent to each other among outer peripheries of the tab (133, 134) in an edge of the other side, and wherein the through hole of the first electrode tab overlaps the inclined portion of the third electrode tab, and the inclined portion of the first electrode tab overlaps the through hole of the third electrode tab. wherein each of the first electrode and the third electrode includes a tab (130, 330) protruding toward an outer periphery of one side, and the second electrode includes a tab protruding toward an outer periphery of the other side facing the one side, wherein each of the first electrode tab and the third electrode tab includes a through hole (131, 331) formed in an edge of one side, and an inclined portion (132, 332) forming a predetermined angle (a,b) with respect to a virtual extension line extending from both outer peripheries adjacent to each other among outer peripheries of the tab (133, 134) in an edge of the other side, and wherein the through hole of the first electrode tab overlaps the inclined portion of the third electrode tab, and the inclined portion of the first electrode tab overlaps the through hole of the third electrode tab.
A method for dismantling a wind turbine and erecting a wind energy generating system, the wind turbine comprising a tower (2a, 2b) placed on a foundation on a wind turbine site and a nacelle with a rotor mounted on the tower, the method comprising the steps of: - removing at least the rotor from the wind turbine, - mounting an airborne wind energy system for generating electrical power on a remaining part of the wind turbine via a cable; and - electrically connecting the airborne wind energy system to a power grid via a power transmission line. - removing at least the rotor from the wind turbine, - mounting an airborne wind energy system for generating electrical power on a remaining part of the wind turbine via a cable; and - electrically connecting the airborne wind energy system to a power grid via a power transmission line.
A power generation system, comprising: a generator (122, 166); a gas turbine system for powering the generator (122, 166), the gas turbine system including a turbine component, an integral compressor and a combustor to which air from the integral compressor and fuel are supplied, the combustor arranged to supply hot combustion gases to the turbine component, and the integral compressor having a flow capacity greater than an intake capacity of at least one of the combustor and the turbine component, creating an excess air flow; a turbo-expander for powering the generator (122, 166); a first control valve system controlling flow of the excess air flow along an excess air flow path to an inlet of the turbo-expander, wherein a discharge of the turbo-expander is supplied to an exhaust of the turbine component; characterised in that the first control valve system includes a compressor discharge control valve controlling a first portion of the excess air flow taken from a discharge of the integral compressor, and an upstream control valve controlling a second portion of the excess air flow taken from a stage of the integral compressor upstream from the discharge. a generator (122, 166); a gas turbine system for powering the generator (122, 166), the gas turbine system including a turbine component, an integral compressor and a combustor to which air from the integral compressor and fuel are supplied, the combustor arranged to supply hot combustion gases to the turbine component, and the integral compressor having a flow capacity greater than an intake capacity of at least one of the combustor and the turbine component, creating an excess air flow; a turbo-expander for powering the generator (122, 166); a first control valve system controlling flow of the excess air flow along an excess air flow path to an inlet of the turbo-expander, wherein a discharge of the turbo-expander is supplied to an exhaust of the turbine component; characterised in that the first control valve system includes a compressor discharge control valve controlling a first portion of the excess air flow taken from a discharge of the integral compressor, and an upstream control valve controlling a second portion of the excess air flow taken from a stage of the integral compressor upstream from the discharge.
A vehicle cross member [10a-c] comprising: a composite body comprising: a plastic material; and one or more laminates [34a-i]; wherein the body defines an elongated beam extending a length between a first end and a second end; wherein at least one of the one or more laminates [34a-i] is at least partially disposed along the elongated beam; and wherein the at least one of the one or more laminates [34a-i] at least partially disposed along the elongated beam span a total distance along the elongated beam that is less than 50% of the length of the elongated beam. a composite body comprising: a plastic material; and one or more laminates [34a-i]; a plastic material; and one or more laminates [34a-i]; wherein the body defines an elongated beam extending a length between a first end and a second end; wherein at least one of the one or more laminates [34a-i] is at least partially disposed along the elongated beam; and wherein the at least one of the one or more laminates [34a-i] at least partially disposed along the elongated beam span a total distance along the elongated beam that is less than 50% of the length of the elongated beam.
Mechanical assistance device for the evacuation of gas flows, comprising a fluidic network dedicated to the combustion products of at least one appliance arranged in a room of a dwelling comprising venting means capable of occupying a first closed state and a second open state to allow combustion products to be exhausted by natural draught, the venting means comprising at least one conduit channelling the gas flows and capable of being closed off by at least one shutter pivoting about an axis extending in a direction perpendicular to the direction of flow of the gas flows, characterized in that said at least one shutter has a wing profile and comprises a rounded leading edge and a tapered trailing edge, the cross section of the shutter increasing at the rounding of the leading edge so as to decrease progressively up to the trailing edge, the shutter being arranged vertically in the passing state.
An adhesive film for capsulating an organic electronic device, which is applied for capsulating the organic electronic device and which comprises an adhesive layer, on the surface of which at least one groove for exhausting air having a width of 20 μm to 1 mm and a height of 1 to 10 μm is formed, wherein the adhesive layer has a multi-layered structure, and the groove for exhausting air is formed on a surface of the outermost adhesive layer of the multi-layered adhesive layer, and wherein only layers of the multi-layered adhesive layer not having a groove for exhausting air include a water absorbent.
A straddle type vehicle with a wiring structure of a throttle cable comprising: a vehicle body frame; a unit swing engine being supported on the vehicle body frame in a swingable fashion; a container box being arranged above the unit swing engine; an intake passage extending from a cylinder section of the unit swing engine rearwardly along an engine main body in such a way as to pass through between the container box and the engine main body; a throttle valve being provided in the intake passage so as to open and close the intake passage; a throttle drum for operating the throttle valve; a first throttle cable being fitted to the throttle drum so as to operate the throttle valve toward the opening side; and a second throttle cable being fitted to the throttle drum so as to operate the throttle valve toward the closing side, wherein the first throttle cable and the second throttle cable leave the throttle drum in an upwardly and downwardly spaced apart condition in a side view; characterized in that the first throttle cable and the second throttle cable are arranged side by side in the forward and backward direction of the vehicle and traverse substantially horizontally above the intake passage; and on an upper surface of the intake passage, the second throttle cable leaving the throttle drum on an upper side of the throttle drum is arranged forwardly with respect to the first throttle cable leaving the throttle drum on a lower side of the throttle drum. a vehicle body frame; a unit swing engine being supported on the vehicle body frame in a swingable fashion; a container box being arranged above the unit swing engine; an intake passage extending from a cylinder section of the unit swing engine rearwardly along an engine main body in such a way as to pass through between the container box and the engine main body; a throttle valve being provided in the intake passage so as to open and close the intake passage; a throttle drum for operating the throttle valve; a first throttle cable being fitted to the throttle drum so as to operate the throttle valve toward the opening side; and a second throttle cable being fitted to the throttle drum so as to operate the throttle valve toward the closing side, wherein the first throttle cable and the second throttle cable leave the throttle drum in an upwardly and downwardly spaced apart condition in a side view; characterized in that the first throttle cable and the second throttle cable are arranged side by side in the forward and backward direction of the vehicle and traverse substantially horizontally above the intake passage; and on an upper surface of the intake passage, the second throttle cable leaving the throttle drum on an upper side of the throttle drum is arranged forwardly with respect to the first throttle cable leaving the throttle drum on a lower side of the throttle drum.
A beam shaping system comprising an array of beam shaping units (10a, 10b) arranged in a general plane, each beam shaping unit comprising: a central area for providing a beam passing function by refracting light from a light source (12a, 12b) beneath the central area; an intermediate area for providing a beam shaping function via total internal reflection of light from the light source beneath the central area; an outer area for providing a beam shaping function via total internal reflection of light from the light source beneath the central area and also providing total internal reflection of light from a light source beneath the central area of an adjacent beam shaping unit, and each beam shaping unit having a contoured surface for facing an array of light sources (12a, 12b), wherein the contoured surface in the intermediate area and the outer area comprises a set of light deflecting prismatic elements, each having a first face for facing towards the light source and a second face for facing away from the light source, wherein the first face extends from the general plane at a first angle α and the second face extends from the general plane at a second angle β, wherein for the set of light deflecting prismatic elements in the intermediate area α < 85°, β > 50°, |α - β| > 5°, wherein for the set of light deflecting prismatic elements in the outer area 50° < α, β < 60° and |α - β| < 5°. a central area for providing a beam passing function by refracting light from a light source (12a, 12b) beneath the central area; an intermediate area for providing a beam shaping function via total internal reflection of light from the light source beneath the central area; an outer area for providing a beam shaping function via total internal reflection of light from the light source beneath the central area and also providing total internal reflection of light from a light source beneath the central area of an adjacent beam shaping unit, and each beam shaping unit having a contoured surface for facing an array of light sources (12a, 12b), wherein the contoured surface in the intermediate area and the outer area comprises a set of light deflecting prismatic elements, each having a first face for facing towards the light source and a second face for facing away from the light source, wherein the first face extends from the general plane at a first angle α and the second face extends from the general plane at a second angle β, wherein for the set of light deflecting prismatic elements in the intermediate area α < 85°, β > 50°, |α - β| > 5°, wherein for the set of light deflecting prismatic elements in the outer area 50° < α, β < 60° and |α - β| < 5°.
Switching device having a contact system comprising a movable contact, which can move along a movement direction, and a stationary contact, and an arc quenching device with an arrangement for generating a magnetic field formed in a plane perpendicular to the movement direction and an electrode arrangement comprising a first electrode, which is conductively connected to the movable contact, and a second electrode, which is conductively connected to the stationary contact, wherein the first electrode and the second electrode are arranged such that an electric field is formable between the first electrode and the second electrode perpendicular to the movement direction and perpendicular to the magnetic field.
A method of controlling a fluid working machine, the fluid working machine comprising a rotatable shaft, at least one working chamber having a volume which varies cyclically with rotation of the rotatable shaft, a low pressure manifold and a high pressure manifold, a low pressure valve for regulating communication between the low pressure manifold and the working chamber, a high pressure valve for regulating communication between the high pressure manifold and the working chamber, the method comprising actively controlling one or more said valves (52, 64) in phased relationships with cycles of working chamber volume, to determine the net displacement of fluid by the working chamber on a cycle by cycle basis, wherein for a given cycle type, a control signal to cause the opening or closing of the low or high pressure valve (52, 64) is transmitted to the valve at a default phase (115, 117, 125) of a cycle of working chamber volume and, responsive to a measurement or prediction of an event associated with a temporary acceleration of the rotatable shaft or an event associated with a temporary change in the pressure in the high pressure manifold, the corresponding control signal to cause the opening or closing of the low or high pressure valve (52, 64) is transmitted at an alternative phase (105, 119, 127) of a cycle of working chamber volume, which alternative phase (105, 119, 127) is advanced or retarded relative to the default phase (115, 117, 125) to thereby avoid or reduce the risk of cycle failure which would otherwise occur.
Plastic profile wherein the plastic profile is formed of a C-shaped profile strip with a hook-shaped bar and an anchoring bar, which are provided for the clamping action of the profile, characterized in that the plastic profile is formed having a wedge-shaped end and has a longitudinal rib on its inner side that forms a V-shaped groove with the wedge-shaped end of the plastic profile, and that the plastic profile is designed so that, in the case that one profile of two like plastic profiles is turned 180° with respect to the other and the two plastic profiles are clamped together, the hook-shaped bar hooks into the V-shaped groove formed by the longitudinal rib and the wedge-shaped end of the plastic profile.
Weir installation comprising a weir and a radial turbine which is arranged downstream of the weir in the flow direction and can be moved vertically and has a horizontal rotor axis, characterised in that the radial turbine which can be acted upon by means of at least one lower turbine feed and acts as an impulse turbine is arranged below an overflow ramp on a sluice of the weir, and that the turbine feed comprises a nozzle-like guide device which is directed towards the turbine rotor.
Plain bearing composite material comprising a supporting layer, optionally a porous carrier layer, in particular of bronze, and a sliding layer material of a matrix-forming thermoplastic plastic material of polyphthalamide and fillers accommodated therein, wherein the sliding layer material comprises a portion of 1 to 40 vol.% of wollastonite as a mineral filler and at least half of the wollastonite is present in needle-shaped modification.
A stacking apparatus for securely attaching each other two household appliances (102, 103) placed on top of each other, comprising a first attachment member for being mounted on the top household appliance, and a second attachment member for being mounted on the bottom household appliance, wherein the first attachment member and the second attachment member are hinged to each other so as to be rotatable about a rotational axis; characterized by the first attachment member comprising a bore for mounting the first attachment member on a foot of the top household appliance resting on the upper surface of the bottom household appliance, and the second attachment member, when mounted on the bottom household appliance, abutting on a vertical side wall of the bottom household appliance.
A molecule comprising a carbohydrate binding module for use in the treatment and/or prevention of cancer, wherein the carbohydrate binding module is selected from the carbohydrate binding module Family 32.
A curable coating composition comprising, based on solids after curing, 35 - 80% by weight of an epoxysilane according to the general structure 1 and/or its hydrolysation and/or condensation products, 1: R 1 R 2 a SiR 3 b with R 1 being 3-glycidyloxypropyl, R 2 being methyl, R 3 being alkyloxy or acyloxy, a being 0, 1 or 2 and b being 3-a and 20 - 65% by weight of a blocked polyisocyanate and optionally further components wherein the coating further comprises, based on solids after curing, 0.1 to 4% by weight of an OH-functional silicone modified polyacrylate, said silicone used to modify the polyacrylate being polydimethylsiloxane, said OH-function leading to an OH-equivalent weight of said polyacrylate of 500-5000 g/mol. with R 1 being 3-glycidyloxypropyl, R 2 being methyl, R 3 being alkyloxy or acyloxy, a being 0, 1 or 2 and b being 3-a and 20 - 65% by weight of a blocked polyisocyanate and optionally further components wherein the coating further comprises, based on solids after curing, 0.1 to 4% by weight of an OH-functional silicone modified polyacrylate, said silicone used to modify the polyacrylate being polydimethylsiloxane, said OH-function leading to an OH-equivalent weight of said polyacrylate of 500-5000 g/mol.