mhurhangee/ep-ind-claims huggingface dataset:
Climbing robot for masts/towers, in particular for wind turbines, comprising at least one first supporting device and at least one second supporting device, wherein the distance of the supporting devices (5, 6) from each other is changeable in the vertical direction by means of at least one linear drive (7, 8), and each supporting device (5, 6) comprises at least one clamping device (9, 10, 11) by means of which the respective supporting device (5, 6) can be firmly clamped to the mast/tower and can be released from the mast/tower, wherein at least some of the clamping devices (9, 10, 11), preferably each of the clamping devices (9, 10, 11), comprises at least one band element which extends between two contact or fastening points (10, 11) arranged on the supporting device (5, 6) and can be placed flexibly in the circumferential direction about a mast/tower and can be placed against the lateral surface thereof and comprises at least one clamping drive with which the length of the at least one band element between the contact or fastening points (10, 11) can be increased and can be reduced, characterized in that at least one rolling carriage or sliding carriage is arranged on a band element, in particular on a respective band element, in particular a plurality of rolling carriages or sliding carriages are arranged thereon in a manner distributed over the circumference and is/are used to lift off a band element from the mast/tower surface when the bracing is released.
A carpet tile comprising: a textile top member including: (i) carpet yarns; and (ii)a backing that is coupled with the carpet yarns so that the backing structurally supports the carpet yarns;and a cushion mat coupled with the textile top member via a thermoplastic material on the surface of the backing facing away from the carpet yarns, the cushion mat comprising: (i) a polymeric material component comprising polymer fibers that are randomly oriented and entangled together; and (ii) a scrim reinforcement that is disposed within the polymeric material component so that the scrim reinforcement is entirely covered and concealed by the entangled polymer fibers to prevent the scrim reinforcement from exposure to a user, the scrim reinforcement being configured to mechanically reinforce and stabilize the polymeric material component and carpet tile. a textile top member including: (i) carpet yarns; and (ii)a backing that is coupled with the carpet yarns so that the backing structurally supports the carpet yarns;and (i) carpet yarns; and (ii)a backing that is coupled with the carpet yarns so that the backing structurally supports the carpet yarns;and a cushion mat coupled with the textile top member via a thermoplastic material on the surface of the backing facing away from the carpet yarns, the cushion mat comprising: (i) a polymeric material component comprising polymer fibers that are randomly oriented and entangled together; and (ii) a scrim reinforcement that is disposed within the polymeric material component so that the scrim reinforcement is entirely covered and concealed by the entangled polymer fibers to prevent the scrim reinforcement from exposure to a user, the scrim reinforcement being configured to mechanically reinforce and stabilize the polymeric material component and carpet tile. (i) a polymeric material component comprising polymer fibers that are randomly oriented and entangled together; and (ii) a scrim reinforcement that is disposed within the polymeric material component so that the scrim reinforcement is entirely covered and concealed by the entangled polymer fibers to prevent the scrim reinforcement from exposure to a user, the scrim reinforcement being configured to mechanically reinforce and stabilize the polymeric material component and carpet tile.
A wheel servicing apparatus having a machine body, the machine body comprising: a casing; a slot provided inside the casing; a display unit, in particular a touchscreen unit, having a display front surface and connected with a processing unit of the wheel servicing apparatus; and a display support unit, wherein the display unit is attached to the display support unit, the display support unit configured to support the display unit and arranged at the casing to vertically slide between (i) a first position in which the display front surface is visible to a user, and (ii) a second position in which the display support unit and the display unit are positioned in the slot to shield the display front surface from the outside such that the display front surface is not visible to the user. a casing; a slot provided inside the casing; a display unit, in particular a touchscreen unit, having a display front surface and connected with a processing unit of the wheel servicing apparatus; and a display support unit, wherein the display unit is attached to the display support unit, the display support unit configured to support the display unit and arranged at the casing to vertically slide between (i) a first position in which the display front surface is visible to a user, and (ii) a second position in which the display support unit and the display unit are positioned in the slot to shield the display front surface from the outside such that the display front surface is not visible to the user. (i) a first position in which the display front surface is visible to a user, and (ii) a second position in which the display support unit and the display unit are positioned in the slot to shield the display front surface from the outside such that the display front surface is not visible to the user.
A coating composition, comprising at least one epoxy-functional polymer; at least one metal-containing compound present in an amount sufficient to react with H 2 S to produce a metal sulfide having a solubility product (K sp) of less than 1x10 -10; and at least one curing agent, wherein the composition reduces H 2 S permeation when applied to a steel pipe or vessel. at least one epoxy-functional polymer; at least one metal-containing compound present in an amount sufficient to react with H 2 S to produce a metal sulfide having a solubility product (K sp) of less than 1x10 -10; and at least one curing agent,
Supporting device configured for removably supporting a cleaning element, in particular a cleaning cloth, comprising: an elongated base body; holding means (9; 15), for removably holding said cleaning element; and bumper means, arranged at opposite ends of said supporting device, for protecting said supporting device from lateral impacts; wherein said holding means (9; 15) and said bumper means are parts of a support body fixed to said base body by overmoulding; wherein said holding means (9; 15) comprises a plurality of projecting elements projecting from a lower side of said supporting device, which projecting elements are provided with a free end configured for removably holding said cleaning element and are arranged, spaced angularly equidistantly from one another, to form a plurality of circles; wherein said holding means (9; 15) further comprises a pair of gripping means arranged on opposite sides of an upper side of said supporting device, which gripping means is configured for holding possible free edges (M2, M3) of said cleaning element; said supporting device is characterised in that said circles are arranged in rows that are parallel to one another and staggered with respect to a longitudinal axis of prevalent extent of said supporting device, which rows are positioned at respective longitudinal edge zones of said supporting device; and in that said gripping means are positioned at a central longitudinal zone of said supporting device which is interposed between said longitudinal edge zones. an elongated base body; holding means (9; 15), for removably holding said cleaning element; and bumper means, arranged at opposite ends of said supporting device, for protecting said supporting device from lateral impacts; wherein said holding means (9; 15) and said bumper means are parts of a support body fixed to said base body by overmoulding; wherein said holding means (9; 15) comprises a plurality of projecting elements projecting from a lower side of said supporting device, which projecting elements are provided with a free end configured for removably holding said cleaning element and are arranged, spaced angularly equidistantly from one another, to form a plurality of circles; wherein said holding means (9; 15) further comprises a pair of gripping means arranged on opposite sides of an upper side of said supporting device, which gripping means is configured for holding possible free edges (M2, M3) of said cleaning element; said supporting device is characterised in that said circles are arranged in rows that are parallel to one another and staggered with respect to a longitudinal axis of prevalent extent of said supporting device, which rows are positioned at respective longitudinal edge zones of said supporting device; and in that said gripping means are positioned at a central longitudinal zone of said supporting device which is interposed between said longitudinal edge zones.
A transmission, in particular for use in a powertrain of a rail vehicle, comprising a part which is rotatable about a rotation axis, at least one duct extending within the rotatable part and having an inlet opening to allow lubricant to enter the duct and an outlet opening to allow lubricant to exit the duct, as viewed in a longitudinal sectional view through the rotatable part which contains the rotation axis, at least one longitudinal section of the duct including an inner edge, which extends closer to the rotation axis in the radial direction with respect to the rotation axis, and an outer edge, which extends at a greater distance from the rotation axis, and the outer edge extending further away from the rotation axis in the course of the at least one longitudinal section in the direction of the outlet opening, the transmission comprising a pivot bearing for supporting the rotatable part and a clearance, the clearance extending from the outlet opening to the pivot bearing, the duct extending from a first radial end face to a second radial end face of the rotatable part which is located opposite the first end face in the axial direction, the inlet opening being situated at the first end face, and the outlet opening being situated at the second end face, characterized in that the transmission includes a stationary lubricant feed, which leads to a cavity, the cavity being arranged directly upstream of the inlet opening of the duct in the flow direction of the lubricant, the transmission comprises a housing including a housing cover, and at least one section of the lubricant feed extending inside the housing cover or along an inner surface pointing into the transmission interior. the transmission comprising a pivot bearing for supporting the rotatable part and a clearance, the clearance extending from the outlet opening to the pivot bearing, the duct extending from a first radial end face to a second radial end face of the rotatable part which is located opposite the first end face in the axial direction, the inlet opening being situated at the first end face, and the outlet opening being situated at the second end face, characterized in that the transmission includes a stationary lubricant feed, which leads to a cavity, the cavity being arranged directly upstream of the inlet opening of the duct in the flow direction of the lubricant, the transmission comprises a housing including a housing cover, and at least one section of the lubricant feed extending inside the housing cover or along an inner surface pointing into the transmission interior.
A baseband receiver (24, 224), comprising: an isolating device configured to receive a first local oscillator signal modulated by a baseband signal, the baseband signal generated in response to electrical activity in tissue of a human patient, at an input port (123, 123A, 123B) of the isolating device and in response to generate a modulated output local oscillator signal at an output port (125, 125A, 125B) of the isolating device; and an input reference conductor; an output reference conductor, the input reference conductor and the output reference conductor being different and electrically insulated from each other, the baseband signal being referenced to the input reference conductor; a demodulator configured to demodulate the modulated output local oscillator signal with a second local oscillator signal so as to recover the baseband signal, the recovered baseband signal being referenced to the output reference conductor. an isolating device configured to receive a first local oscillator signal modulated by a baseband signal, the baseband signal generated in response to electrical activity in tissue of a human patient, at an input port (123, 123A, 123B) of the isolating device and in response to generate a modulated output local oscillator signal at an output port (125, 125A, 125B) of the isolating device; and an input reference conductor; an output reference conductor, the input reference conductor and the output reference conductor being different and electrically insulated from each other, the baseband signal being referenced to the input reference conductor; a demodulator configured to demodulate the modulated output local oscillator signal with a second local oscillator signal so as to recover the baseband signal, the recovered baseband signal being referenced to the output reference conductor.
Process for the partial matting of UV lacquer layers, where a UV lacquer layer is applied to a supportive substrate and an excimer lamp is then used to treat the said layer, characterized in that the location of the excimer lamp is within a template which takes the form of cylinder or of continuous strip and which has regions permeable to the excimer radiation and regions impermeable to the excimer radiation, and the excimer lamp with wavelength in the range from 110 to 300 nm partially irradiates the UV lacquer layer through the template, where the supportive substrate is continuously transported, the distance between template and UV-lacquer-layer surface is from 0.1 to 10 nm and the tangential velocity of the cylinder in the plane of the regions impermeable to the excimer radiation and, respectively, the velocity of the continuous strip is identical with the web velocity of the supportive substrate, and the UV lacquer layer partially treated by the excimer radiation is then fully hardened by means of UV radiation in a wavelength range from 300 to 500 nm.
A method for pulse width modulation control of a multiple phase drive comprising: identifying a set of at least one phase from the plurality of phases for the drive as eligible for clamping to one of a plurality of extreme power supply voltages, including excluding from the set of eligible phases those phases with a phase control voltage with a value that lies between the values of the other phase control voltages and excluding phases which have phase control voltage values that are in close proximity to each other; selecting a phase from the set of eligible phases; determining a first offset signal as a difference between a phase control voltage level for the selected phase and an extreme control voltage level associated with one of the plurality of extreme power supply voltages; and determining modified control signals for each of the phases for the drive, by forming a combination of the first offset signal and a phase control voltage level for each phase to determine the modified control signal for each phase. identifying a set of at least one phase from the plurality of phases for the drive as eligible for clamping to one of a plurality of extreme power supply voltages, including excluding from the set of eligible phases those phases with a phase control voltage with a value that lies between the values of the other phase control voltages and excluding phases which have phase control voltage values that are in close proximity to each other; selecting a phase from the set of eligible phases; determining a first offset signal as a difference between a phase control voltage level for the selected phase and an extreme control voltage level associated with one of the plurality of extreme power supply voltages; and determining modified control signals for each of the phases for the drive, by forming a combination of the first offset signal and a phase control voltage level for each phase to determine the modified control signal for each phase.
A cell or tissue embedding device having an aqueous gel serving as an immunoisolation layer, the aqueous gel containing, as components thereof, a denatured polyvinyl alcohol resin having an activated carbonyl group and a crosslinking agent.
An adjustable bite block for positioning within a person's mouth and maintaining the mouth in an open position, the adjustable bite block comprising: at least one band (555, 565) of curved material comprising a first portion and a second portion, the first and second portions configured to be coupled to one another so as to define a closed loop with an opening defined therethrough, wherein the first and second portions are further configured to be selectively adjusted relative to one another so as to adjust a radial dimension of the loop, and wherein the band is configured to be positioned within the person's mouth such that at least a portion of the loop maintains the person's mouth in an open position, characterized in that the first portion defines at least two slots at different heights, in that the second portion defines at least one protrusion and in that each slot is configured to receive the at least one protrusion to define a radial dimension of the opening.
An assembly for the reduction of a first bone fragment with respect to a second bone fragment, comprising: (a) an implant having a longitudinal axis, a first opening in a proximal portion of the implant and a second opening in a distal portion of the implant; (b) a first locking device for passing through the second opening to distally lock the first bone fragment to the implant; and (c) a buttress for passing through the first opening and rigidly securing to the second bone fragment in a removable manner; wherein the first opening is an elongate slot to allow longitudinal movement of the buttress relative to the implant, and wherein the assembly further comprises: (d) a reducer including a jig removably attachable to the implant, the jig comprising a first guide opening adapted to align with the first opening of the implant when the jig is attached to the implant, and a second guide opening adapted to align with the second opening of the implant when the jig is attached to the implant, wherein the reducer is adapted to exert a force on the buttress to translate the buttress along the first opening of the implant and the first guide opening of the jig to thereby move the second bone fragment towards the first bone fragment and reduce the fracture. (a) an implant having a longitudinal axis, a first opening in a proximal portion of the implant and a second opening in a distal portion of the implant; (b) a first locking device for passing through the second opening to distally lock the first bone fragment to the implant; and (c) a buttress for passing through the first opening and rigidly securing to the second bone fragment in a removable manner; (d) a reducer including a jig removably attachable to the implant, the jig comprising a first guide opening adapted to align with the first opening of the implant when the jig is attached to the implant, and a second guide opening adapted to align with the second opening of the implant when the jig is attached to the implant, wherein the reducer is adapted to exert a force on the buttress to translate the buttress along the first opening of the implant and the first guide opening of the jig to thereby move the second bone fragment towards the first bone fragment and reduce the fracture.
A method for determining a standardized melt elasticity value for a thermoplastic polymer, comprising the steps of: (a) heating the thermoplastic polymer to melt the thermoplastic polymer; (b) subjecting the melted thermoplastic polymer to a selected constant stress so that the melted thermoplastic polymer flows through a channel to form a strand of melted thermoplastic polymer leaving the channel at a velocity V 0 whereby the selected constant stress is in a range so that V 0 is greater than 1.27 millimeters per second, the channel having a diameter of about 2.1 millimeters and a length of about 8 millimeters; and (c) stretching the strand of melted thermoplastic polymer by applying a force to the strand of melted thermoplastic polymer to produce a stretched strand of thermoplastic polymer traveling at a velocity of about 33V 0, the standardized melt elasticity value of the thermoplastic polymer being equal to the force. (a) heating the thermoplastic polymer to melt the thermoplastic polymer; (b) subjecting the melted thermoplastic polymer to a selected constant stress so that the melted thermoplastic polymer flows through a channel to form a strand of melted thermoplastic polymer leaving the channel at a velocity V 0 whereby the selected constant stress is in a range so that V 0 is greater than 1.27 millimeters per second, the channel having a diameter of about 2.1 millimeters and a length of about 8 millimeters; and (c) stretching the strand of melted thermoplastic polymer by applying a force to the strand of melted thermoplastic polymer to produce a stretched strand of thermoplastic polymer traveling at a velocity of about 33V 0, the standardized melt elasticity value of the thermoplastic polymer being equal to the force.
Waste collection container comprising: - a vessel, - at least one separating wall defining waste storage spaces in the vessel, and - a cover comprising at least one first and one second portion (8, 10) which are movable relative to each other, each of the two portions (8, 10) comprising at least one side (12, 14) adjacent to the other portion (8, 10), the cover comprising a sealing strip which is secured to at least one of the two portions (8, 10) and at least partly covering the two sides (12, 14), each of the portions (8, 10) of the cover being arranged to seal a waste storage space, the first and second portions (8, 10) of the cover being mounted so as to be rotatable at the separating wall, characterized in that the sealing strip comprises a portion extending above a space provided between the two portions (8, 10) of the cover, this portion being secured to the separating wall. - a vessel, - at least one separating wall defining waste storage spaces in the vessel, and - a cover comprising at least one first and one second portion (8, 10) which are movable relative to each other, each of the two portions (8, 10) comprising at least one side (12, 14) adjacent to the other portion (8, 10), the cover comprising a sealing strip which is secured to at least one of the two portions (8, 10) and at least partly covering the two sides (12, 14), each of the portions (8, 10) of the cover being arranged to seal a waste storage space, the first and second portions (8, 10) of the cover being mounted so as to be rotatable at the separating wall, characterized in that the sealing strip comprises a portion extending above a space provided between the two portions (8, 10) of the cover, this portion being secured to the separating wall.