mhurhangee/ep-ind-claims huggingface dataset:
A system for regulating the temperature of a cable laid at least partially in the transition from land to a body of water, comprising: - means for collecting water on the land side, so that water can be collected in these means and discharged from these means; - means for controlling a quantity of water, so that a quantity of water flowing out of the means for collecting water on the land side or flowing into these means from the body of water is controllable; and - means for cooling a cable, which enclose the cable in an envelope-like manner at least in a section from the means for collecting water on the land side into a body of water, wherein a cavity is formed between the cable and the means for cooling the cable, through which cavity the water flows for cooling the cable, - wherein the means for collecting water on the land side is at least one water collection basin or catch basin located on the land side, characterised in that - the sea represents the body of water, and the means for collecting water on the land side and the means for cooling the cable are arranged on the sea in such a way that during high tide water flows from the sea through the means for cooling the cable into the means for collecting water on the land side and at low tide the water flows back from these into the sea. - means for collecting water on the land side, so that water can be collected in these means and discharged from these means; - means for controlling a quantity of water, so that a quantity of water flowing out of the means for collecting water on the land side or flowing into these means from the body of water is controllable; and - means for cooling a cable, which enclose the cable in an envelope-like manner at least in a section from the means for collecting water on the land side into a body of water, wherein a cavity is formed between the cable and the means for cooling the cable, through which cavity the water flows for cooling the cable, - wherein the means for collecting water on the land side is at least one water collection basin or catch basin located on the land side, characterised in that - the sea represents the body of water, and the means for collecting water on the land side and the means for cooling the cable are arranged on the sea in such a way that during high tide water flows from the sea through the means for cooling the cable into the means for collecting water on the land side and at low tide the water flows back from these into the sea.
A closed container, delimiting an interior from an exterior, wherein the closed container comprises a sheetlike composite; wherein the sheetlike composite comprises a layer sequence, comprising as mutually superposed layers in a direction from an inner face of the sheetlike composite to an outer face of the sheetlike composite a) an inner polymer layer, b) a barrier layer, and c) a carrier layer; wherein the closed container is characterised by a shaping coefficient, determined according to the method described herein, in the range from 1.0 to 10.0 m2/kg. a) an inner polymer layer, b) a barrier layer, and c) a carrier layer;
A polymer thick film transparent conductive composition with haptic response capability comprising: (a) 10-70 wt% of a conductive oxide powder selected from the group consisting of indium tin oxide powder, antimony tin oxide powder and mixtures thereof; (b) 10-50 wt% of a first organic medium comprising 10-50 wt% thermoplastic urethane resin dissolved in a first organic solvent, wherein the weight percent of the thermoplastic urethane resin is based on the total weight of the first organic medium; and (c) 10-50 wt% of a second organic medium comprising at least one electroactive polymer in a second organic solvent; wherein the weight percent of said conductive oxide powder, said first organic medium and said second organic medium are based on the total weight of said polymer thick film conductive composition. (a) 10-70 wt% of a conductive oxide powder selected from the group consisting of indium tin oxide powder, antimony tin oxide powder and mixtures thereof; (b) 10-50 wt% of a first organic medium comprising 10-50 wt% thermoplastic urethane resin dissolved in a first organic solvent, wherein the weight percent of the thermoplastic urethane resin is based on the total weight of the first organic medium; and (c) 10-50 wt% of a second organic medium comprising at least one electroactive polymer in a second organic solvent;
A dual-wire hybrid welding system comprising: a hybrid welding apparatus, the hybrid welding apparatus having a laser and an electric arc welder having a first wire feeding device for feeding a first wire; wherein the laser and the electric arc welder are configured, in operation, to direct energy toward at least two adjacent components along a joint and the first wire feeding device is configured to feed first wire into the joint to establish a molten pool generated by both the laser and the electric arc welder with the first wire characterized in that the dual-wire hybrid welding system further comprises a second wire feeding device configured, in operation, to feed a second wire, the second wire feeding device being arranged and disposed to feed the second wire from the electric arc welder side of the system; wherein the second wire is fed to the molten pool to form a common molten pool, the common molten pool being operable to provide a full penetration weld to join the at least two adjacent components without cracking the components at a high constant weld speed, and wherein the second wire feeding device is configured to feed second wire without creating additional arc between the second wire and the at least two adjacent components. a hybrid welding apparatus, the hybrid welding apparatus having a laser and an electric arc welder having a first wire feeding device for feeding a first wire; wherein the laser and the electric arc welder are configured, in operation, to direct energy toward at least two adjacent components along a joint and the first wire feeding device is configured to feed first wire into the joint to establish a molten pool generated by both the laser and the electric arc welder with the first wire characterized in that the dual-wire hybrid welding system further comprises a second wire feeding device configured, in operation, to feed a second wire, the second wire feeding device being arranged and disposed to feed the second wire from the electric arc welder side of the system; wherein the second wire is fed to the molten pool to form a common molten pool, the common molten pool being operable to provide a full penetration weld to join the at least two adjacent components without cracking the components at a high constant weld speed, and wherein the second wire feeding device is configured to feed second wire without creating additional arc between the second wire and the at least two adjacent components.
A method for indicating a sanitation status of a surface, the method comprising: contacting a coating on a surface with a cleaning composition, wherein the coating comprises a chromic material and exhibits a baseline optical state under illumination with light having a first wavelength prior to contact with the cleaning composition and an altered optical state under illumination with light having a second wavelength after contact with the cleaning composition, the cleaning composition configured to induce a switch from the baseline optical state to the altered optical state; and illuminating the coating with the first wavelength of light and the second wavelength of light to reveal a sanitation status of the surface; wherein the first wavelength of light is provided by ambient light and the second wavelength of light is provided by ultraviolet light or infrared light; and wherein either: a) the baseline optical state is clear under illumination with ambient light, and the altered optical state is colored under illumination with ambient light and photoemissive under illumination with UV light or IR light; or b) the baseline optical state is colored under illumination with ambient light, and the altered optical state is a different colored optical state under illumination with ambient light and photoemissive under illumination with UV light. contacting a coating on a surface with a cleaning composition, wherein the coating comprises a chromic material and exhibits a baseline optical state under illumination with light having a first wavelength prior to contact with the cleaning composition and an altered optical state under illumination with light having a second wavelength after contact with the cleaning composition, the cleaning composition configured to induce a switch from the baseline optical state to the altered optical state; and illuminating the coating with the first wavelength of light and the second wavelength of light to reveal a sanitation status of the surface; wherein the first wavelength of light is provided by ambient light and the second wavelength of light is provided by ultraviolet light or infrared light; and wherein either: a) the baseline optical state is clear under illumination with ambient light, and the altered optical state is colored under illumination with ambient light and photoemissive under illumination with UV light or IR light; or b) the baseline optical state is colored under illumination with ambient light, and the altered optical state is a different colored optical state under illumination with ambient light and photoemissive under illumination with UV light. a) the baseline optical state is clear under illumination with ambient light, and the altered optical state is colored under illumination with ambient light and photoemissive under illumination with UV light or IR light; or b) the baseline optical state is colored under illumination with ambient light, and the altered optical state is a different colored optical state under illumination with ambient light and photoemissive under illumination with UV light.
A drive device for reversibly linearly moving a clipping module of a clipping machine between a release position and a discharge position, thereby passing at least two further intermediate positions, wherein the clipping machine comprises a filling tube through which a filling material is fed in a filling direction into a tubular or bag-shaped packaging casing stored on the filling tube, characterized in that the drive device comprises a piston/cylinder assembly (120, 130, 140) including: - a first piston fixedly adjusted to a framework of the clipping machine and a housing including a hollow space defining a first cylinder portion in which the first piston is accommodated, the housing is reversibly movable relative to the first piston; - a second piston coaxially aligned to the first piston and reversibly movable in a second cylinder portion arranged in the hollow space of the housing; - a third piston coaxially aligned to the first piston and reversibly movable in a third cylinder portion arranged in the hollow space of the housing; and - four variable cylinder volumes (127, 128, 138, 148), a first cylinder volume between the first piston and a first end of the hollow space, a second cylinder volume between the first and the second piston (122, 132), a third cylinder volume between the second and the third piston (132, 142) and a fourth cylinder volume between the third piston and a second end of the hollow space; wherein each cylinder volume (127, 128, 138, 148) is coupled to a pressure source for being varied in order to reversibly move the clipping module coupled to the housing, between the release position and the discharge position. - a first piston fixedly adjusted to a framework of the clipping machine and a housing including a hollow space defining a first cylinder portion in which the first piston is accommodated, the housing is reversibly movable relative to the first piston; - a second piston coaxially aligned to the first piston and reversibly movable in a second cylinder portion arranged in the hollow space of the housing; - a third piston coaxially aligned to the first piston and reversibly movable in a third cylinder portion arranged in the hollow space of the housing; and - four variable cylinder volumes (127, 128, 138, 148), a first cylinder volume between the first piston and a first end of the hollow space, a second cylinder volume between the first and the second piston (122, 132), a third cylinder volume between the second and the third piston (132, 142) and a fourth cylinder volume between the third piston and a second end of the hollow space;
Resonance absorber having at least one resonance structure as a passive absorber having a plurality of vibrating elements which are designed to radially extend, at least in sections, preferably substantially, particularly preferably completely, around a common longitudinal axis, wherein the vibrating elements are spaced apart from one another in the circumferential direction of the longitudinal axis, at least in sections, by spacings, characterized by at least one excitation element as an active absorber which is designed to excite the vibrating elements of the resonance structure to vibrate together along the longitudinal axis, wherein at least a plurality of vibrating elements, preferably all of the vibrating elements, immediately adjacent in the circumferential direction are elastically coupled to one another in a vibration-transmitting manner over the respective spacing. having at least one resonance structure as a passive absorber having a plurality of vibrating elements which are designed to radially extend, at least in sections, preferably substantially, particularly preferably completely, around a common longitudinal axis, wherein the vibrating elements are spaced apart from one another in the circumferential direction of the longitudinal axis, at least in sections, by spacings, characterized by at least one excitation element as an active absorber which is designed to excite the vibrating elements of the resonance structure to vibrate together along the longitudinal axis, wherein at least a plurality of vibrating elements, preferably all of the vibrating elements, immediately adjacent in the circumferential direction are elastically coupled to one another in a vibration-transmitting manner over the respective spacing.
A process for manufacturing a carbon nanotube sheet, comprising the step of: i) moving a continuous conveying belt along a path that traverses a pooling region and a vacuum box; characterized in that the process further comprises the steps of: ii) applying a continuous porous carrier material to an upper side of the continuous conveying belt; iii) applying an aqueous suspension of carbon nanotubes (CNTs) dispersed in a liquid on the porous carrier material, the dispersed CNTs having a median length of at least 0.05 mm and an aspect ratio of at least 2,500:1; iv) forming a continuous pool of the aqueous suspension of the CNTs over and across the width of the continuous porous carrier material in the pooling region, the continuous pool of the aqueous suspension of the CNTs having a uniform thickness sufficient to prevent puddling upon the continuous porous carrier material; v) advancing the porous carrier material and the continuous pool of the aqueous suspension of the CNTs over the vacuum box; vi) drawing by vacuum the liquid of the aqueous suspension of the CNTs through the porous carrier material, and filtering a uniform dispersion of filtered CNTs over the porous carrier material to form a filtered CNT structure; vii) optionally drying any residual liquid from the filtered CNT structure to form a CNT sheet over the porous carrier material; and viii) removing the CNT sheet from the porous carrier material. i) moving a continuous conveying belt along a path that traverses a pooling region and a vacuum box; ii) applying a continuous porous carrier material to an upper side of the continuous conveying belt; iii) applying an aqueous suspension of carbon nanotubes (CNTs) dispersed in a liquid on the porous carrier material, the dispersed CNTs having a median length of at least 0.05 mm and an aspect ratio of at least 2,500:1; iv) forming a continuous pool of the aqueous suspension of the CNTs over and across the width of the continuous porous carrier material in the pooling region, the continuous pool of the aqueous suspension of the CNTs having a uniform thickness sufficient to prevent puddling upon the continuous porous carrier material; v) advancing the porous carrier material and the continuous pool of the aqueous suspension of the CNTs over the vacuum box; vi) drawing by vacuum the liquid of the aqueous suspension of the CNTs through the porous carrier material, and filtering a uniform dispersion of filtered CNTs over the porous carrier material to form a filtered CNT structure; vii) optionally drying any residual liquid from the filtered CNT structure to form a CNT sheet over the porous carrier material; and viii) removing the CNT sheet from the porous carrier material.
A hammer drill comprising: a body; a motor mounted within the body; a transmission housing mounted within the body, a transmission mechanism mounted within the transmission housing which is capable of rotatably driving and/or repetitively striking a cutting tool held by the hammer drill in response to rotation of an output shaft of the motor; wherein the transmission housing comprises a pair of housing portions (602; 644) adapted to engage each other to support the component parts of the transmission mechanism within the transmission housing, each of the components of the transmission mechanism being supported jointly by the first and second housing portions; characterised in that the first housing portion is made from metal and the second housing portion is made from a plastic material. a body; a motor mounted within the body; a transmission housing mounted within the body, a transmission mechanism mounted within the transmission housing which is capable of rotatably driving and/or repetitively striking a cutting tool held by the hammer drill in response to rotation of an output shaft of the motor;
A powder composition comprising glucagon (SEQ ID NO:1), β-cyclodextrin, and a dodecylphosphocholine, wherein at least a portion of the powder is present in a phase characterized by an XRPD mesopeak as determined by x-ray powder diffraction.
A surface-substrate for adherence of cells thereto comprising: at least one micronail structure protruding from the surface, said micronail structure being a micrometer or nanometer scale protrusion, comprising a base rod-like portion and a head cap-like portion which is larger in a diameter than the base rod-like portion, at least a region of said micronail head cap-like portion having cellular-internalization promoting properties such that a cellular membrane is capable of being wrapped around the head portion and the micronail is capable of being engulfed by the membrane. at least one micronail structure protruding from the surface, said micronail structure being a micrometer or nanometer scale protrusion, comprising a base rod-like portion and a head cap-like portion which is larger in a diameter than the base rod-like portion, at least a region of said micronail head cap-like portion having cellular-internalization promoting properties such that a cellular membrane is capable of being wrapped around the head portion and the micronail is capable of being engulfed by the membrane.
Electrical service device comprising a device cap, it being possible for contact elements (8, 9, 12) which are arranged in the device cap to be connected to a mains voltage from a rear side of the device cap, comprising a supporting frame which is fastened to the device cap, comprising a function-specific front element which can be fastened to a front side of the device cap, and comprising a module which can be retrofitted if required and which can be fastened to the device cap, characterized in that the device cap has an accommodation area which is delimited at the rear side by a bottom plate of the device cap and circumferentially by walls (17, 18) of the device cap and into which a separate module can be inserted at the front side after removal of the function-specific front element.
A method comprising: a) adding vanadium pentoxide and an acid to a mixture of potassium hydroxide and water to form a first mixture; b) adding expanded perlite to a mixture of alumina and water to thereby form a second mixture; c) adding meta-kaolin to said second mixture to thereby form a third mixture; d) adding a dispersant to said third mixture to thereby form a fourth mixture; e) combining said first mixture and said fourth mixture to form a fifth mixture; f) extruding said fifth mixture to form extrudates; and g) calcining said extrudates to thereby form a composition; wherein vanadium is present in said composition, on elemental vanadium basis, in an amount in the range of from 11 to 22 wt. percent, and wherein potassium is present in said composition, on an elemental potassium basis, in an amount in the range of from 1.5 to 6 wt. percent, based on the total weight of said composition. a) adding vanadium pentoxide and an acid to a mixture of potassium hydroxide and water to form a first mixture; b) adding expanded perlite to a mixture of alumina and water to thereby form a second mixture; c) adding meta-kaolin to said second mixture to thereby form a third mixture; d) adding a dispersant to said third mixture to thereby form a fourth mixture; e) combining said first mixture and said fourth mixture to form a fifth mixture; f) extruding said fifth mixture to form extrudates; and g) calcining said extrudates to thereby form a composition; wherein vanadium is present in said composition, on elemental vanadium basis, in an amount in the range of from 11 to 22 wt. percent, and wherein potassium is present in said composition, on an elemental potassium basis, in an amount in the range of from 1.5 to 6 wt. percent, based on the total weight of said composition.
A digital telephony session instantiation and control system comprising a plurality of mobile terminals in operable communication with a server executing a session controller across an IP network, each mobile terminal associated with a profile wherein the session controller is configured for matching non-disassociated user profiles and signalling to instantiate a digital telephony session between mobile terminals associated with the non-disassociated user profiles, wherein the session controller: terminates the session upon expiry of a timer unless receiving first in-call input signals from both mobile terminals; terminates the session responsive to a second in-call input signal received from either mobile terminal; and terminates the session and disassociates the profiles responsive to a third in-call input signal received from either mobile terminal, characterised in that the session controller analyses at least one of audio and/or video data exchanged between the mobile terminals to automatically terminate the session. terminates the session upon expiry of a timer unless receiving first in-call input signals from both mobile terminals; terminates the session responsive to a second in-call input signal received from either mobile terminal; and terminates the session and disassociates the profiles responsive to a third in-call input signal received from either mobile terminal, characterised in that the session controller analyses at least one of audio and/or video data exchanged between the mobile terminals to automatically terminate the session.
A composition containing an acacia bark derivative(s) for use in the prevention and/or treatment of pruritus wherein the acacia bark derivative(s) is an extract(s) of acacia bark and wherein the acacia bark is bark selected from the group consisting of Acacia mearnsii De Wild., Acacia mangium Willd., Acacia dealbata Link, Acacia decurrens Willd. and Acacia pycnantha Benth.