mhurhangee/ep-ind-claims huggingface dataset:
Coiling device, wherein the coiling device comprises - a coiler having a coiling mandrel for coiling a metal strip which is fed in a feed direction (x) to the coiler, - a coiling swing arm having a rear pressure roller, a front pressure roller and a deflection plate, - a swing arm drive by means of which the coiling swing arm can be lined up with the coiling mandrel and driven away from the coiling mandrel, - an upper duct flap which is arranged upstream of the coiler as seen in the feed direction (x) for the purpose of guiding the metal strip to the coiler, and - a flap drive by means of which the upper duct flap can be positioned in such a way that, when the coiling swing arm is lined up with the coiling mandrel, said upper duct flap is arranged upstream of the front pressure roller of the coiling swing arm as seen in the feed direction (x), with the result that the metal strip is deflected around the coiling mandrel by the front pressure roller, the rear pressure roller and the deflection plate of the coiling swing arm, characterized in that, by means of the flap drive, the upper duct flap can alternatively be positioned in such a way that, when the coiling swing arm is lined up with the coiling mandrel, said upper duct flap is arranged between the coiling mandrel and the front pressure roller of the coiling swing arm, with the result that the metal strip is deflected around the coiling mandrel only by the rear pressure roller and the deflection plate of the coiling swing arm. - a coiler having a coiling mandrel for coiling a metal strip which is fed in a feed direction (x) to the coiler, - a coiling swing arm having a rear pressure roller, a front pressure roller and a deflection plate, - a swing arm drive by means of which the coiling swing arm can be lined up with the coiling mandrel and driven away from the coiling mandrel, - an upper duct flap which is arranged upstream of the coiler as seen in the feed direction (x) for the purpose of guiding the metal strip to the coiler, and - a flap drive by means of which the upper duct flap can be positioned in such a way that, when the coiling swing arm is lined up with the coiling mandrel, said upper duct flap is arranged upstream of the front pressure roller of the coiling swing arm as seen in the feed direction (x), with the result that the metal strip is deflected around the coiling mandrel by the front pressure roller, the rear pressure roller and the deflection plate of the coiling swing arm,
Method for operating a vehicle with a hybrid drive, wherein the hybrid drive has as drive machines an internal combustion engine and an electric machine, wherein the drive machines interact, wherein in order to implement a positive drive train target torque (M_soll) the positive drive train target torque (M_soll) is applied by the electric machine, and the internal combustion engine is operated in its overrun mode, characterized in that in order to generate a thrust request (B_schub) of the internal combustion engine for the targeted implementation of diagnostics and adaptations in the engine controller a difference between the requested target drive torque (M_soll) and the drag torque (M_ice_drag) of the internal combustion engine is multiplied by a maximum possible electric machine torque (M_mg_max) and compared with an applicable value (K_mg), wherein the maximum possible electric machine torque (M_mg_max) takes into account the voltages, currents, rotational speed and temperature of the electric machine, the instantaneous power demand of the electric consumers of the electric on-board power system and the state of charge of the battery and the battery temperature, and if the difference between the target drive torque (M_soll) and the drag torque (M_ice_drag) is less than the product of the electric machine torque (M_mg_max) and the applicable value (K_mg) and a thrust operating request (M_schub_soll), is present, the thrust request (B_schub) is generated.
Device for aligning and masking free ends of plug-in coils of a stator to be welded, the alignment and masking serving to prepare a connection process, in particular a welding process, by means of which free ends of the plug-in coils are connected to one another, the free ends extending along a longitudinal direction, and the free ends being arranged on concentric circular paths which extend in a circumferential direction, and in rows which extend in the radial direction, the device comprising a first planar positioning unit and a second planar positioning unit, the first positioning unit having first passages for assemblies of free ends to be welded together, which passages are arranged so as to correspond to the position of the free ends, and the second positioning unit also having second passages for assemblies of free ends to be welded together, which passages are arranged so as to correspond to the position of the free ends, the first positioning unit and/or the second positioning unit being arranged rotatably in the device such that the positioning units (20, 22) can be rotated relative to one another, in particular in opposite directions, during an alignment process of the plug-in coils, so that the first positioning unit contacts the plug-in coils in the circumferential direction with a first contact portion from a first side and pushes them into the desired position and the second positioning unit contacts the plug-in coils in the circumferential direction with a second contact portion from a second side and pushes them into the desired position, the second side being opposite the first side, the first contact portion and the second contact portion lying in a contact plane orthogonal to the longitudinal direction so that during an alignment process they contact the free ends at the same height along the longitudinal direction, the first passages and/or the second passages forming radial stop portions for assemblies of free ends to be welded together, characterized in that the device further comprises a radial clamping device having a plurality of radial clamping units, each of which is designed and arranged to push the assemblies of free ends to be welded, located in superimposed first passages and second passages, against the radial stop portions of the first passages and/or the second passages.
A gas barrier plastic molded body comprising a plastic molded body and a gas barrier thin film provided on a surface of the plastic molded body, wherein the gas barrier thin film contains silicon (Si), carbon, and oxygen as constituent elements and has a region, in which a main peak is observed, at a peak appearance position of binding energy of Si-C when the gas barrier thin film is subjected to an X-ray photoelectron spectroscopic analysis under Condition: a measurement range is set to 95 to 105 eV.
Electrical initiator containing an envelope, a resistive element and at least one charge, characterized in that it uses a self-initiating composition as charge, said self-initiating composition comprising a main formulation which contains: - 20 to 80 mass % of at least one alkali metal chlorate, - 5 to 50 mass % of at least one energetic organic compound, and characterized in that the energetic organic compound is selected from guanidine nitrate, aminoguanidine nitrate, diaminoguanidine nitrate (DAGN), triaminoguanidine nitrate (TAGN), nitroguanidine nitrate, methylguanidine nitrate, 5-aminotetrazole, 5-aminotetrazole nitrate, triaminoguanidinium 5-aminotetrazolate, bis tetrazole, bis tetrazole amine, 5,5' bis(guanidinium)azotetrazolate and 3-nitro-1,2,4-triazol-5-one, and in that the main formulation also contains: (a) 0 to 60 mass % of at least one metal or metalloid selected from boron, manganese, cobalt and copper, (b) 0 to 60 mass % of at least one metal or metal hydride selected from zirconium, titanium, TiH 2, ZrH 2, aluminium, silicon and iron, (c) 0 to 50 mass % of at least one transition metal oxide, the mass percentages being expressed in relation to the main formulation mass and the mass percentages of component (a) and component (c) which cannot simultaneously be equal to zeros. - 20 to 80 mass % of at least one alkali metal chlorate, - 5 to 50 mass % of at least one energetic organic compound, (a) 0 to 60 mass % of at least one metal or metalloid selected from boron, manganese, cobalt and copper, (b) 0 to 60 mass % of at least one metal or metal hydride selected from zirconium, titanium, TiH 2, ZrH 2, aluminium, silicon and iron, (c) 0 to 50 mass % of at least one transition metal oxide,
A façade panel having a visible side and a rear side opposite to the visible side, wherein the rear side has at least one fastening portion (15, 16), wherein the façade panel has a concrete covered area, wherein there is provided a capillary tube mat, which is incorporated into the concrete covered area such that the capillary tube mat is completely concealed by the concrete covered area at least on the visible side, characterized in that the concrete covered area forms a first layer and that there is provided a second layer, which is arranged closer to the visible side than the first layer, wherein the capillary tube mat is embedded in the first layer.
A method, operational at a device, comprising: initiating a radio link with a network node; establishing a connectivity context with a connectivity serving node over the radio link with the network node using a connectivity logical context of the device; establishing a first service context with a first service management entity, SME, over the radio link with the network node using a first logical context of the device; and establishing a second service context with a second SME over the radio link using a second logical context of the device, wherein the first logical context is distinct from the connectivity logical context, wherein the second logical context is distinct from the connectivity logical context and from the first logical context, and wherein the connectivity context is shared by the first and the second service contexts. initiating a radio link with a network node; establishing a connectivity context with a connectivity serving node over the radio link with the network node using a connectivity logical context of the device; establishing a first service context with a first service management entity, SME, over the radio link with the network node using a first logical context of the device; and establishing a second service context with a second SME over the radio link using a second logical context of the device, wherein the first logical context is distinct from the connectivity logical context, wherein the second logical context is distinct from the connectivity logical context and from the first logical context, and wherein the connectivity context is shared by the first and the second service contexts.
A terminal device, comprising: an operation section in which an operation instruction is performed by being touched with a finger or a pen; an operation detection section that detects that the finger or the pen touches the operation section; a vibration motor that rotates a shaft with a weight having a center of gravity at a position that is shifted from a rotation center; characterised in that the terminal device further comprises: a vibration state detection section that detects the state of a rotational phase of the weight based upon a vibration of a housing of the terminal device caused by a rotation of the shaft of the vibration motor; and a control section that starts the rotation of the vibration motor when the operation detection section detects the touching, checks whether a phase detected by the vibration state detected falls within a predetermined phase range and, if so, stops the rotation of the vibration motor. an operation section in which an operation instruction is performed by being touched with a finger or a pen; an operation detection section that detects that the finger or the pen touches the operation section; a vibration motor that rotates a shaft with a weight having a center of gravity at a position that is shifted from a rotation center; a vibration state detection section that detects the state of a rotational phase of the weight based upon a vibration of a housing of the terminal device caused by a rotation of the shaft of the vibration motor; and a control section that starts the rotation of the vibration motor when the operation detection section detects the touching, checks whether a phase detected by the vibration state detected falls within a predetermined phase range and, if so, stops the rotation of the vibration motor.
A laser brazing system, comprising a braze tool having a laser configured to emit a laser beam along a radiation path, and a braze wire tool being configured to guide a braze wire along a wire path intersecting the laser beam, characterized by a jig comprising a first alignment surface and a first blocking surface, wherein the first alignment surface is configured to be in contact with the braze wire while the first blocking surface blocks at least a first part of the emitted laser beam, and a detector arranged in the radiation path and configured to detect the emitted light of the laser beam passing the jig, the brazing system further comprising a control unit being configured to receive a first signal from the detector, the first signal comprising information relating to the amount of detected laser light when the first blocking surface blocks at least a first part of the emitted laser beam, and to determine the position of the braze wire relative the radiation path based on said signal.
A mineral fibre insulation assembly comprising two adjacent mineral wool insulation products, characterised in that each mineral wool insulation product comprises a mineral wool blanket and a facing secured by a hot-melt adhesive to a surface of the blanket, wherein: - the facing of each mineral wool insulation product provides a vapour barrier and comprises a continuous plastics film at its external face; and - the assembly comprises a plastics tape provided with an adhesive on one of its sides, the tape being arranged to adhere the plastics film at the external face of one facing to the plastics film at the external face of the facing of the adjacent mineral wool insulation blanket, and characterized in that the hot-melt adhesive comprises a polyethylene; and the facing of each mineral wool insulation product is commensurate with the major surface of its respective mineral wool blanket. - the facing of each mineral wool insulation product provides a vapour barrier and comprises a continuous plastics film at its external face; and - the assembly comprises a plastics tape provided with an adhesive on one of its sides, the tape being arranged to adhere the plastics film at the external face of one facing to the plastics film at the external face of the facing of the adjacent mineral wool insulation blanket, and characterized in that
A heat transfer plate comprising a base plate that has a first end section, a second end section and a heat transfer section that is located between the end sections (41, 42), a fluid distribution plate that is arranged on the first end section of the base plate, for distributing a fluid over the heat transfer section, a fluid collection plate that is arranged on the second end section of the base plate, for collecting the fluid from the heat transfer section, wherein the fluid distribution plate comprises a base edge that faces the heat transfer section of the base plate, a distal part that is located at a distance from the base edge, a fluid passage edge that comprises an extension in a direction from the base edge, towards the distal part, a closed edge that comprises an extension in the direction from the base edge, towards the distal part, and fluid distribution channels that extend from the fluid passage edge to the base edge, for leading the fluid from the fluid passage edge to the heat transfer section, the heat transfer plate being characterized in that the fluid passage edge comprises a first section that is further away from the base edge of the fluid distribution plate than a second section of the fluid passage edge, and fluid distribution channels at the second section have a higher flow resistance in relation to the length of the fluid distribution channel than fluid distribution channels at the first section.
A pool comprising: a floor; one or more sidewalls connected to the floor; a surface extending from at least one of the sidewalls; a peripheral wall extending from the surface to the floor, a second surface extending from one or more sidewalls; whereby the floor, sidewalls, peripheral wall, surface and second surface are integrally formed from a cast cementitious material producing a monolithic pool shell; and one or more reinforcing elements are located within the floor, sidewalls, peripheral wall and surface; a cavity is formed adjacent and behind the peripheral wall, the surface and the second surface; the surface forming a step and the second surface forming a second step; and the sidewalls have a substantially constant thickness from where they join the floor to a peripheral edge and the peripheral edge is substantially the same thickness as the sidewalls. a floor; one or more sidewalls connected to the floor; a surface extending from at least one of the sidewalls; a peripheral wall extending from the surface to the floor, a second surface extending from one or more sidewalls; whereby the floor, sidewalls, peripheral wall, surface and second surface are integrally formed from a cast cementitious material producing a monolithic pool shell; and one or more reinforcing elements are located within the floor, sidewalls, peripheral wall and surface; a cavity is formed adjacent and behind the peripheral wall, the surface and the second surface; the surface forming a step and the second surface forming a second step; and the sidewalls have a substantially constant thickness from where they join the floor to a peripheral edge and the peripheral edge is substantially the same thickness as the sidewalls.
An apparatus for producing milled elastomer, comprising - a housing comprising a milling space, - a tyre mounting shaft adapted for mounting a tyre in the milling space, - a drive unit adapted for supporting and rotating the tyre mounting shaft, - at least one nozzle being positionable along the circumference of the tyre when the tyre is secured to the tyre mounting shaft, and - a support mechanism adapted for securing the tyre mounting shaft and allowing removal of the tyre mounting shaft by releasing the securing, wherein the drive unit is adapted for driving the tyre mounting shaft at an end thereof, characterised by comprising brackets having a turned down position and a lifted position, wherein the tyre mounting shaft is fixed on the support mechanism and is secured from above during operation by the brackets fixed in their turned down position. - a housing comprising a milling space, - a tyre mounting shaft adapted for mounting a tyre in the milling space, - a drive unit adapted for supporting and rotating the tyre mounting shaft, - at least one nozzle being positionable along the circumference of the tyre when the tyre is secured to the tyre mounting shaft, and - a support mechanism adapted for securing the tyre mounting shaft and allowing removal of the tyre mounting shaft by releasing the securing,
Method for preparing superparamagnetic coated magnetite nanoparticles, comprising: a) providing a first aqueous solution comprising an Fe 3+ -salt; b) providing a second aqueous solution comprising an iodide salt; c) mixing the first solution and the second solution; d) hydrolyzing the mixture obtained in step c) at a temperature in a range from room temperature to 100°C by adjusting the pH to about 8.5-9 or above to obtain a precipitate; and e) separating the precipitate from the solution, characterised in that prior to, in and/or after at least one of the steps a) to e), a stabilizing agent is added, wherein the stabilizing agent is a surfactant or a surfactant and a polymer. a) providing a first aqueous solution comprising an Fe 3+ -salt; b) providing a second aqueous solution comprising an iodide salt; c) mixing the first solution and the second solution; d) hydrolyzing the mixture obtained in step c) at a temperature in a range from room temperature to 100°C by adjusting the pH to about 8.5-9 or above to obtain a precipitate; and e) separating the precipitate from the solution,
A parking gate barrier rod projecting system, the system comprising: a projection screen material attached to at least a portion of a parking gate barrier rod; a projector, wherein said projector being adapted to for projecting digital media content on said projection screen material; wherein said digital media content being adapted to be fitted on said projection screen material to thereby exposing said digital media content to a person in a vehicle arriving at said parking gate barrier rod; and a sensor configured for identifying an opening of said parking gate barrier rod and for sending a control command to said projector upon said identifying, said control command being for stopping or for darkening of for blanking said projecting wherein said projector is further configured for said stopping or for said darkening or for said blanking said projecting upon receiving said control command. a projection screen material attached to at least a portion of a parking gate barrier rod; a projector, wherein said projector being adapted to for projecting digital media content on said projection screen material; wherein said digital media content being adapted to be fitted on said projection screen material to thereby exposing said digital media content to a person in a vehicle arriving at said parking gate barrier rod; and a sensor configured for identifying an opening of said parking gate barrier rod and for sending a control command to said projector upon said identifying, said control command being for stopping or for darkening of for blanking said projecting wherein said projector is further configured for said stopping or for said darkening or for said blanking said projecting upon receiving said control command.
A microfabricated particle sorting system comprising a first duct for conveying a stream of suspended particles confined in a carrier liquid, comprising an inlet (12, 14), a first outlet and a second outlet and characterized by: a first sensor for measuring a velocity of a particle having a predetermined characteristic as the particle passes through a detection region; a side channel in communication with the first duct; a sealed chamber positioned adjacent to the side channel; and an actuator for modifying a pressure in the sealed chamber to apply a pressure pulse to the stream of suspended particles to deflect the particle having the predetermined characteristic to cause the particle having the predetermined characteristic to flow into the second outlet while particles that do not have the predetermined characteristic flow into the first outlet. a first sensor for measuring a velocity of a particle having a predetermined characteristic as the particle passes through a detection region; a side channel in communication with the first duct; a sealed chamber positioned adjacent to the side channel; and an actuator for modifying a pressure in the sealed chamber to apply a pressure pulse to the stream of suspended particles to deflect the particle having the predetermined characteristic to cause the particle having the predetermined characteristic to flow into the second outlet while particles that do not have the predetermined characteristic flow into the first outlet.