mhurhangee/ep-ind-claims huggingface dataset:
A rotor blade for a wind turbine, comprising - a rotor blade root area; - a base plate fixedly connected to an inner wall of the rotor blade within the rotor blade root area; - a switch cabinet having a plurality of first attachment points; and - a holder which has one or more second attachment points at which the holder is fixed to the base plate and to which the switch cabinet is attached by means of the first attachment points, wherein the one or more second attachment points of the holder - projected in a plane defined by the first attachment points - lie within a first polygon formed by the first attachment points. - a rotor blade root area; - a base plate fixedly connected to an inner wall of the rotor blade within the rotor blade root area; - a switch cabinet having a plurality of first attachment points; and - a holder which has one or more second attachment points at which the holder is fixed to the base plate and to which the switch cabinet is attached by means of the first attachment points, wherein the one or more second attachment points of the holder - projected in a plane defined by the first attachment points - lie within a first polygon formed by the first attachment points.
A method for producing a dip-molded product, comprising: adding a redox-type polymerization initiator comprising a peroxide polymerization initiator and a reducing agent to a latex of a pre-cross-linking styrene-based block copolymer, cross-linking the pre-cross-linking styrene-based block copolymer in the latex in the form of the latex at a cross-linking temperature from 10 to 60° C for a cross-linking time of 10 minutes to 5 hours to form a toluene insoluble component, thereby obtaining a latex of a styrene-based block copolymer comprising a styrene-based block copolymer and water, the styrene-based block copolymer comprising a toluene insoluble content of 30 to 95 wt%, blending an additive including a pH adjusting agent into the obtained latex of a styrene-based block copolymer to form a latex composition for dip-molding, and dip-molding the obtained latex composition for dip-molding, wherein the toluene insoluble content is a weight percentage of an insoluble content of the styrene-based block copolymer contained in the latex of the styrene-based block copolymer after being immersed in toluene and allowed to stand for 24 hours at 25° C, with respect to an amount of the styrene-based block copolymer prior to immersing in toluene determined according to the method disclosed in the experimental section of the specification. adding a redox-type polymerization initiator comprising a peroxide polymerization initiator and a reducing agent to a latex of a pre-cross-linking styrene-based block copolymer, cross-linking the pre-cross-linking styrene-based block copolymer in the latex in the form of the latex at a cross-linking temperature from 10 to 60° C for a cross-linking time of 10 minutes to 5 hours to form a toluene insoluble component, thereby obtaining a latex of a styrene-based block copolymer comprising a styrene-based block copolymer and water, the styrene-based block copolymer comprising a toluene insoluble content of 30 to 95 wt%, blending an additive including a pH adjusting agent into the obtained latex of a styrene-based block copolymer to form a latex composition for dip-molding, and dip-molding the obtained latex composition for dip-molding, wherein the toluene insoluble content is a weight percentage of an insoluble content of the styrene-based block copolymer contained in the latex of the styrene-based block copolymer after being immersed in toluene and allowed to stand for 24 hours at 25° C, with respect to an amount of the styrene-based block copolymer prior to immersing in toluene determined according to the method disclosed in the experimental section of the specification.
Tunnel greenhouse for crops, comprising a framework formed of hoops and designed to be covered by a transparent plastic sheet cover that can be partially or entirely rolled up in order to allow air through, and to protect the crops from bad weather, said crop sheet can be complemented by a partially or completely opaque shading screen in order to moderate the solar radiation, said tunnel greenhouse can be combined with one or more tunnel greenhouses, at least one of which is arranged laterally on one of its sides, characterized in that: - said tunnel greenhouse is asymmetric, with one of its sides or longitudinal lateral wall being taller than the other, its upper portion being vertical, - each hoop is formed by two vertical posts of equal height supporting a truss structure comprising two curved tubular profiles (270, 271) that are joined to one another at the ridge line by a connecting sleeve, - the first of these profiles has, in line with the corresponding post, a vertical or essentially vertical portion, and forms with this post the taller side, - the lower region of the vertical portion of the profile is shaped as an elbow, the concave part of the elbow being oriented upwards, and that this vertical part has, beyond the elbow, a straight portion that is oriented upwards and is inclined with respect to the vertical and is intended to receive, in a form fit, the lower end of the second truss profile of the hoop of the adjoining truss framework. - said tunnel greenhouse is asymmetric, with one of its sides or longitudinal lateral wall being taller than the other, its upper portion being vertical, - each hoop is formed by two vertical posts of equal height supporting a truss structure comprising two curved tubular profiles (270, 271) that are joined to one another at the ridge line by a connecting sleeve, - the first of these profiles has, in line with the corresponding post, a vertical or essentially vertical portion, and forms with this post the taller side, - the lower region of the vertical portion of the profile is shaped as an elbow, the concave part of the elbow being oriented upwards, and that this vertical part has, beyond the elbow, a straight portion that is oriented upwards and is inclined with respect to the vertical and is intended to receive, in a form fit, the lower end of the second truss profile of the hoop of the adjoining truss framework.
A laser system comprising: - pump generating means (x02, x03) for generating at least a first and a second, preferably focused, pump beam, the pump generating means (x02,x03) comprises at least a first pump source for generating the first beam, and a second pump source for generating the second beam, - lasing means (x06, x07) for emitting radiation by being appropriately pumped, - said lasing means (x06, x07) being disposed in a first resonator so as to receive the first pump beam in order to generate a first beam having a first frequency, and - said lasing means (x06, x07) being disposed in a second resonator so as to receive the second pump beam in order to generate a second beam having a second frequency, - at least one Q-switch (x08; x17, x18) being disposed in the first and the second resonator, so that the first beam and the second beam both pass a Q-switch (x08; x17, x18), and - said laser system having an output generated from said first beam and said second beam, characterised in that at least a part of said output is fed back to a regulation system comprising a comparator, a control system and an optimisation system, and wherein the comparator is adapted to compare said part of said output with a reference signal and thereby provide a resulting error signal to the control system, and wherein the control system is adapted to provide a first control signal to the first pump source based on said error signal to control the intensity output of the first pump source, and wherein based on the chosen set point for the first pump source, the optimisation system is adapted to provide a second control signal, to control in turn the intensity output of the second pump source, thereby regulating the build-up time of individual laser pulses of the first beam and second beam, respectively. - pump generating means (x02, x03) for generating at least a first and a second, preferably focused, pump beam, the pump generating means (x02,x03) comprises at least a first pump source for generating the first beam, and a second pump source for generating the second beam, - lasing means (x06, x07) for emitting radiation by being appropriately pumped, - said lasing means (x06, x07) being disposed in a first resonator so as to receive the first pump beam in order to generate a first beam having a first frequency, and - said lasing means (x06, x07) being disposed in a second resonator so as to receive the second pump beam in order to generate a second beam having a second frequency, - said lasing means (x06, x07) being disposed in a first resonator so as to receive the first pump beam in order to generate a first beam having a first frequency, and - said lasing means (x06, x07) being disposed in a second resonator so as to receive the second pump beam in order to generate a second beam having a second frequency, - at least one Q-switch (x08; x17, x18) being disposed in the first and the second resonator, so that the first beam and the second beam both pass a Q-switch (x08; x17, x18), and - said laser system having an output generated from said first beam and said second beam,
An enclosure for electronics, the enclosure comprises: a first base configured to receive one or more first electronic elements; a first base cover configured to be mounted over the first base to secure the one or more first electronic elements within the first base and form a first unit having a groove in at least a part of the periphery of the first unit; a gasket configured to reside within the groove of the first unit; and an enclosure cover configured to be mounted over the first unit and the gasket and apply a compressive force to the gasket such that the gasket forms a seal for the enclosure and applies force that secures at least a part of the periphery of the first base cover to at least a part of the periphery of the first base, wherein: the enclosure is for a dual-unit assembly; the enclosure cover is a second unit comprising: a second base configured to receive one or more second electronic elements; and a second base cover configured to be mounted over the second base to secure the one or more second electronic elements within the second base and form the second unit; and the gasket is configured to form the seal at the periphery of the second base. a first base configured to receive one or more first electronic elements; a first base cover configured to be mounted over the first base to secure the one or more first electronic elements within the first base and form a first unit having a groove in at least a part of the periphery of the first unit; a gasket configured to reside within the groove of the first unit; and an enclosure cover configured to be mounted over the first unit and the gasket and apply a compressive force to the gasket such that the gasket forms a seal for the enclosure and applies force that secures at least a part of the periphery of the first base cover to at least a part of the periphery of the first base, wherein: the enclosure is for a dual-unit assembly; the enclosure cover is a second unit comprising: a second base configured to receive one or more second electronic elements; and a second base cover configured to be mounted over the second base to secure the one or more second electronic elements within the second base and form the second unit; and the gasket is configured to form the seal at the periphery of the second base. the enclosure is for a dual-unit assembly; the enclosure cover is a second unit comprising: a second base configured to receive one or more second electronic elements; and a second base cover configured to be mounted over the second base to secure the one or more second electronic elements within the second base and form the second unit; and a second base configured to receive one or more second electronic elements; and a second base cover configured to be mounted over the second base to secure the one or more second electronic elements within the second base and form the second unit; and the gasket is configured to form the seal at the periphery of the second base.
A laminating method comprising: placing a first sheet-shaped member on a placement base; clamping a portion of an upper surface of the first sheet-shaped member with a first clamp; superimposing a second sheet-shaped member over the upper surface of the first sheet-shaped member; clamping a portion of an upper surface of the second sheet-shaped member with a second clamp hereby the second sheet-shaped member is clamped; unclamping the portion of the upper surface of the first sheet-shaped member with the first clamp; while clamping the portion of the upper surface of the second sheet-shaped member, pressing a third sheet-shaped member to deform the third sheet-shaped member elastically and to bring at least a portion of the third sheet-shaped member into contact with the second sheet-shaped member; and while the at least a portion of the second sheet-shaped member is in contact with the third sheet-shaped member, unclamping the second sheet-shaped member; retracting the second clamp, and then clamping a portion of an upper surface of the third sheet-shaped member with the first clamp hereby the first sheet-shaped member, the second sheet-shaped member and the third sheet-shaped member are clamped. placing a first sheet-shaped member on a placement base; clamping a portion of an upper surface of the first sheet-shaped member with a first clamp; superimposing a second sheet-shaped member over the upper surface of the first sheet-shaped member; clamping a portion of an upper surface of the second sheet-shaped member with a second clamp hereby the second sheet-shaped member is clamped; unclamping the portion of the upper surface of the first sheet-shaped member with the first clamp; while clamping the portion of the upper surface of the second sheet-shaped member, pressing a third sheet-shaped member to deform the third sheet-shaped member elastically and to bring at least a portion of the third sheet-shaped member into contact with the second sheet-shaped member; and while the at least a portion of the second sheet-shaped member is in contact with the third sheet-shaped member, unclamping the second sheet-shaped member; retracting the second clamp, and then clamping a portion of an upper surface of the third sheet-shaped member with the first clamp hereby the first sheet-shaped member, the second sheet-shaped member and the third sheet-shaped member are clamped.
An airbag system for restraining an occupant of a vehicle during a vehicle impact, the airbag system having at least a first airbag and a second airbag, each of the first and second airbags (42, 44) being inflatable upon deployment and comprising: a mounting means for mounting the first and second airbags (42, 44) in an occupant compartment of the vehicle; a restraint surface (42c, 44c) arranged to contact and restrain at least a region of a vehicle occupant in the event of a vehicle impact; and an airbag reaction surface (42b, 44b), wherein the airbag reaction surface of the first airbag is arranged, during airbag deployment, to react against the airbag reaction surface of the second airbag so that the first and second airbags (42, 44) provide mutual airbag support for one another through the airbag reaction surface (42b, 44b)s; wherein the first and second airbags (42, 44) are configured to have a different stiffness from one another when fully inflated, characterized in the different stiffness being achieved by using different materials for the first and second airbags (42, 44) or by coating the first and second airbags (42, 44) with different coatings. a mounting means for mounting the first and second airbags (42, 44) in an occupant compartment of the vehicle; a restraint surface (42c, 44c) arranged to contact and restrain at least a region of a vehicle occupant in the event of a vehicle impact; and an airbag reaction surface (42b, 44b), wherein the airbag reaction surface of the first airbag is arranged, during airbag deployment, to react against the airbag reaction surface of the second airbag so that the first and second airbags (42, 44) provide mutual airbag support for one another through the airbag reaction surface (42b, 44b)s; wherein the first and second airbags (42, 44) are configured to have a different stiffness from one another when fully inflated, characterized in the different stiffness being achieved by using different materials for the first and second airbags (42, 44) or by coating the first and second airbags (42, 44) with different coatings.
A complex of structural elements for office desks and the like, comprising: - a pair of legs (2, 32), each formed from a base (6, 36), from at least one upright (8, 34) and from a bracket for supporting and connecting a worktop, - at least one beam for connecting the legs (2, 32) together by fixing each end to the upper end of said upright (8, 34), said beam being of tubular type and being provided at each end with a blade slidable within the beam, with means for centering said blade with respect to said beam, and with at least one screw means engaging in a threaded portion fixed longitudinally to said beam in order to lock said blade to the beam, - means (24, 40) for securing the leg to that blade portion projecting from said beam, wherein said slidable blade emerges to a greater or lesser extent from the end of said beam for adjusting continuously the distance between the end thereof and said leg, thus allowing to use the leg as a terminal leg of an isolated desk or as an intermediate leg of two continuous desks. - a pair of legs (2, 32), each formed from a base (6, 36), from at least one upright (8, 34) and from a bracket for supporting and connecting a worktop, - at least one beam for connecting the legs (2, 32) together by fixing each end to the upper end of said upright (8, 34), said beam being of tubular type and being provided at each end with a blade slidable within the beam, with means for centering said blade with respect to said beam, and with at least one screw means engaging in a threaded portion fixed longitudinally to said beam in order to lock said blade to the beam, - means (24, 40) for securing the leg to that blade portion projecting from said beam,
An apparatus for converting wave energy into electrical energy comprising a first floating hull interconnected to a second floating hull, a winch mechanism on at least one hull for in use raising a weight suspended on a cable, said winch mechanism being operated in response to movement of said first hull relative to said second hull, and a generator driven by the downward movement of the weight.
A medical system comprising: a first slave arm (6L, 6R) having joints (Ji); a master arm (11L, 11R) that has a joint configuration with a structure and shape similar to a joint configuration of the first slave arm (6L, 6R) and that is operated by an operator; a second slave arm having joints (Ji); a manipulation-target switching unit that switches a manipulation target to be manipulated with the master arm (11L, 11R) between the first slave arm (6L, 6R) and the second slave arm; and a controller that controls the first slave arm (6L, 6R) and the second slave arm on the basis of an operation performed on the master arm (11L, 11R), wherein the controller switches between a first control mode and a second control mode in accordance with the joint configuration of the slave arm (6L, 6R, 6C) selected by the manipulation-target switching unit, characterized in that the first control mode being a mode for controlling rotation of the joints (Ji) of the first slave arm (6L, 6R) so that the joints (Ji) of the first slave arm (6L, 6R) are rotated by rotation angles equal to rotation angles of joints (Ji) of the master arm (11L, 11R) when the manipulation target is switched to the first slave arm (6L, 6R) by the manipulation-target switching unit, the second control mode being a mode for controlling rotation of the joints (Ji) of the second slave arm on the basis of a movement of a predetermined section of the master arm (11L, 11R) so as to cause a predetermined section of the second slave arm to follow the movement of the predetermined section of the master arm (11L, 11R). a first slave arm (6L, 6R) having joints (Ji); a master arm (11L, 11R) that has a joint configuration with a structure and shape similar to a joint configuration of the first slave arm (6L, 6R) and that is operated by an operator; a second slave arm having joints (Ji); a manipulation-target switching unit that switches a manipulation target to be manipulated with the master arm (11L, 11R) between the first slave arm (6L, 6R) and the second slave arm; and a controller that controls the first slave arm (6L, 6R) and the second slave arm on the basis of an operation performed on the master arm (11L, 11R), wherein the controller switches between a first control mode and a second control mode in accordance with the joint configuration of the slave arm (6L, 6R, 6C) selected by the manipulation-target switching unit, characterized in that the first control mode being a mode for controlling rotation of the joints (Ji) of the first slave arm (6L, 6R) so that the joints (Ji) of the first slave arm (6L, 6R) are rotated by rotation angles equal to rotation angles of joints (Ji) of the master arm (11L, 11R) when the manipulation target is switched to the first slave arm (6L, 6R) by the manipulation-target switching unit, the second control mode being a mode for controlling rotation of the joints (Ji) of the second slave arm on the basis of a movement of a predetermined section of the master arm (11L, 11R) so as to cause a predetermined section of the second slave arm to follow the movement of the predetermined section of the master arm (11L, 11R).
Medical kit, in particular for negative-pressure wound therapy and wound drainage, comprising the following components: 1.1 an absorbent matter for absorbing body fluids, in particular blood, wound fluids or the like, 1.2 a polymerizable adhesive composition, and 1.3 a polymerization initiator, wherein the adhesive composition includes cyanoacrylate monomers according to formula wherein R is a substituted or unsubstituted, straight-chain, branched or cyclic alkyl, haloalkyl, alkoxyalkyl, alkenyl, allyl or alkynyl group, which preferably comprises 1 to 18 carbon atoms, and/or includes an aromatic group and/or an acyl group, and the polymerization initiator is a nucleophilic polymerization initiator. 1.1 an absorbent matter for absorbing body fluids, in particular blood, wound fluids or the like, 1.2 a polymerizable adhesive composition, and 1.3 a polymerization initiator, wherein the adhesive composition includes cyanoacrylate monomers according to formula wherein R is a substituted or unsubstituted, straight-chain, branched or cyclic alkyl, haloalkyl, alkoxyalkyl, alkenyl, allyl or alkynyl group, which preferably comprises 1 to 18 carbon atoms, and/or includes an aromatic group and/or an acyl group, and the polymerization initiator is a nucleophilic polymerization initiator.