mhurhangee/ep-ind-claims huggingface dataset:
A fluid sterilization device (10,110,160,210,260, 310) comprising: a flow passage tube having a first end and a second end opposite to the first end and defining a processing passage extending in an axial direction; a light source (50,350) provided in a vicinity of the first end and radiating ultraviolet light from the first end toward the processing passage in the axial direction; and a housing (30,270) that defines a straightening chamber (13, 213) encircling the first end from outside in a radial direction, and an opposing member (36,236) provided so as to oppose the first end in the axial direction, wherein at least a portion of the opposing member (36,236) is made of a material that transmits the ultraviolet light from the light source (50,350), the straightening chamber includes a communication port (37,137,237) that serves as an inlet or an outlet for a fluid flowing in the processing passage and communicates with the processing passage via a gap between the first end and an opposing member (36,236) opposing the first end in the axial direction, and the opposing member is arranged in the vicinity of the first end such that a cross-sectional area of flow of the gap is smaller than a cross-sectional area of flow of the processing passage and the straightening chamber (13,213). a flow passage tube having a first end and a second end opposite to the first end and defining a processing passage extending in an axial direction; a light source (50,350) provided in a vicinity of the first end and radiating ultraviolet light from the first end toward the processing passage in the axial direction; and a housing (30,270) that defines a straightening chamber (13, 213) encircling the first end from outside in a radial direction, and an opposing member (36,236) provided so as to oppose the first end in the axial direction, wherein at least a portion of the opposing member (36,236) is made of a material that transmits the ultraviolet light from the light source (50,350), the straightening chamber includes a communication port (37,137,237) that serves as an inlet or an outlet for a fluid flowing in the processing passage and communicates with the processing passage via a gap between the first end and an opposing member (36,236) opposing the first end in the axial direction, and the opposing member is arranged in the vicinity of the first end such that a cross-sectional area of flow of the gap is smaller than a cross-sectional area of flow of the processing passage and the straightening chamber (13,213).
Braking system of a vehicle, with at least one brake control system (BRS1, BRS2) with a brake pressure regulator which, in case of a braking request, builds up a hydraulic brake pressure by which the vehicle wheel brakes (B1 to B4) can be actuated, wherein the brake control system (BRS1, BRS2) is attached to the vehicle body via a holder, characterized in that for the detection of a holder failure, an evaluation unit is provided, which acquires a sensor signal curve (S ist) from an internal sensor built into the brake control system (BRS1, BRS2), in that in the evaluation unit, a signal comparison occurs, wherein the acquired sensor signal curve (S ist) is compared to a reference signal curve (S Ref), and in that in case of a significant deviation (ΔS) of the acquired sensor signal curve (S ist) from the reference signal curve (S Ref), the evaluation unit generates a holder damage signal (S HS). for the detection of a holder failure, an evaluation unit is provided, which acquires a sensor signal curve (S ist) from an internal sensor built into the brake control system (BRS1, BRS2), in that in the evaluation unit, a signal comparison occurs, wherein the acquired sensor signal curve (S ist) is compared to a reference signal curve (S Ref), and in that in case of a significant deviation (ΔS) of the acquired sensor signal curve (S ist) from the reference signal curve (S Ref), the evaluation unit generates a holder damage signal (S HS).
A method for controlling the electrical drive chain of a vehicle, said drive chain comprising: - polyphase electrical machine, in particular a rotating polyphase electrical machine, comprising a stator electrical winding having a plurality of coils each forming an electrical phase of the stator, - a self-contained electrical energy source supplying the stator electrical winding of the machine, and - a switching system interposed between the self-contained electrical energy source and the stator electrical winding and comprising a plurality of switching cells, method in which: - a command is applied to the switching system to operate the electrical drive chain according to a predefined mode, - a deviation between the real operating mode of the drive chain and the predefined operating mode is detected, characterised in that - an auxiliary command is applied to the switching system, said auxiliary command short-circuiting only part of the coils of the stator electrical winding such that the voltage (e) across each non-short-circuited coil is lower than a given threshold value. - polyphase electrical machine, in particular a rotating polyphase electrical machine, comprising a stator electrical winding having a plurality of coils each forming an electrical phase of the stator, - a self-contained electrical energy source supplying the stator electrical winding of the machine, and - a switching system interposed between the self-contained electrical energy source and the stator electrical winding and comprising a plurality of switching cells, - a command is applied to the switching system to operate the electrical drive chain according to a predefined mode, - a deviation between the real operating mode of the drive chain and the predefined operating mode is detected, characterised in that - an auxiliary command is applied to the switching system, said auxiliary command short-circuiting only part of the coils of the stator electrical winding such that the voltage (e) across each non-short-circuited coil is lower than a given threshold value.
Cleaning system for a coffee machine or a similar device, comprising a housing, into which a preferably soluble cleaning agent can be delivered for a cleaning process of a cleaning liquid, characterised in that a cleaning key is provided with a storage chamber for the cleaning agent, which can be inserted in respectively removed from the housing, wherein the storage chamber is hollow cylindrical in form and is provided with a side window for introduction of the cleaning agent.
Device for dynamic length compensation during embossing of a foil strip, comprising: an embossing point, a roller which is designed for the slip-free transport of the foil strip, and a guide channel arranged between the embossing point and the roller, characterized in that the guide channel comprises a guide surface which is movable between a first position and a second position, wherein a path length of the foil strip between the roller and the embossing point in the first position of the guide surface is greater than a path length of the foil strip between the roller and the embossing point in the second position, wherein the foil strip is conveyed in the guide channel from the roller to the embossing point in the first position of the guide surface, and wherein the guide surface is moved from the first position into the second position while the foil strip is embossed. an embossing point, a roller which is designed for the slip-free transport of the foil strip, and a guide channel arranged between the embossing point and the roller, characterized in that the guide channel comprises a guide surface which is movable between a first position and a second position, wherein a path length of the foil strip between the roller and the embossing point in the first position of the guide surface is greater than a path length of the foil strip between the roller and the embossing point in the second position, wherein the foil strip is conveyed in the guide channel from the roller to the embossing point in the first position of the guide surface, and wherein the guide surface is moved from the first position into the second position while the foil strip is embossed.
A device for generating micro bubbles in a hydrotherapy system, said device comprising: i) a first pump comprising a multistage pumping unit and a motor operatively connected thereto, ii) at least one suction pipe intended to be connected to a water supply; iii) at least one discharge pipe intended to be connected to a tub of a hydrotherapy system; wherein said suction pipe and said discharge pipe are respectively connected to a first stage of said multistage pumping unit having a minimum head, and to a second stage of the multistage pumping unit having a maximum head, the device being characterized by further comprising: iv) a second pump configured to generate an air flow; v) a supply conduit for supplying said air flow, wherein said supply conduit is connected at one end to an outlet of the second pump and at the opposite end to said first stage of the multistage pumping unit of said first pump, whereby air is mixed with the water sucked by the multistage pumping unit along the flow path leading to its stage of maximum head and micro bubbles are generated and discharged together with the water through the discharge pipe. i) a first pump comprising a multistage pumping unit and a motor operatively connected thereto, ii) at least one suction pipe intended to be connected to a water supply; iii) at least one discharge pipe intended to be connected to a tub of a hydrotherapy system; iv) a second pump configured to generate an air flow; v) a supply conduit for supplying said air flow, wherein said supply conduit is connected at one end to an outlet of the second pump and at the opposite end to said first stage of the multistage pumping unit of said first pump, whereby air is mixed with the water sucked by the multistage pumping unit along the flow path leading to its stage of maximum head and micro bubbles are generated and discharged together with the water through the discharge pipe.
A utility vehicle train, preferably semitrailer train or truck-trailer combination, or utility vehicle, preferably heavy goods vehicle, comprising: a ladder frame with two parallel main longitudinal members; one or more hydrogen pressure accumulators which is or are arranged at least partially at the height of the two parallel main longitudinal members and between the two parallel main longitudinal members; and one or more further hydrogen pressure accumulators which are arranged below the one or more hydrogen pressure accumulators and below the two parallel main longitudinal members; wherein the one or more further hydrogen pressure accumulators project beyond the two parallel main longitudinal members in a transverse direction of the utility vehicle or of the utility vehicle train, preferably to both sides, and/or the one or more hydrogen pressure accumulators extend substantially over an entire width of the utility vehicle or of the utility vehicle train. a ladder frame with two parallel main longitudinal members; one or more hydrogen pressure accumulators which is or are arranged at least partially at the height of the two parallel main longitudinal members and between the two parallel main longitudinal members; and one or more further hydrogen pressure accumulators which are arranged below the one or more hydrogen pressure accumulators and below the two parallel main longitudinal members; wherein the one or more further hydrogen pressure accumulators project beyond the two parallel main longitudinal members in a transverse direction of the utility vehicle or of the utility vehicle train, preferably to both sides, and/or the one or more hydrogen pressure accumulators extend substantially over an entire width of the utility vehicle or of the utility vehicle train.
Lead-through sleeve for leading pipes, cables, etc. through a construction element, with a circumferentially closed casing which surrounds a lead-through space for the pipes, cables, etc., an insert made of intumescent material and a first diaphragm-like seal element made of elastic material with a lead-through point and a further diaphragm-like seal element made of flat textile material with a lead-through opening being provided inside the casing, said flat textile material having a transition temperature of at least 600°C, characterized in that said flat textile material is a woven glass-fibre fabric provided with a coating, said coating being polyurethane.
A shock absorber body for sheathing supporting and barrier devices of tubular cross-section on children's playgrounds, comprising a core made of foam and a sheath enclosing the shock absorber body, characterised in that the core comprises a plurality of foam cords twisted helically and arranged next to each other, which are held together by the sheath.
A pressed powder element forming machine, mainly comprising: a machine body having at least one compression chamber, one end of which being formed with an open end and the other end of which being formed with a closed end; an adjustable core insert being provided in the compression chamber in such a manner that a forming space is defined in the compression chamber by the core insert and the open end of the compression chamber; a sealing cover located on the open end of the compression chamber; the sealing cover further having an evacuation unit provided to correspond to and to communicate with the hollow cavity; a breathable material, formed with a plurality of pores thereon, located between the machine body and the sealing cover to close the open end of the compression chamber in such a manner that the sealing cover closes the open end of the compression chamber through the breathable material, characterised in that the sealing cover has a plurality of through bores provided on its end face corresponding to the compression chamber and communicated with a hollow cavity inside the sealing cover; and the machine body further has a feeding unit corresponding to and communicating with the forming space. a machine body having at least one compression chamber, one end of which being formed with an open end and the other end of which being formed with a closed end; an adjustable core insert being provided in the compression chamber in such a manner that a forming space is defined in the compression chamber by the core insert and the open end of the compression chamber; a sealing cover located on the open end of the compression chamber; the sealing cover further having an evacuation unit provided to correspond to and to communicate with the hollow cavity; a breathable material, formed with a plurality of pores thereon, located between the machine body and the sealing cover to close the open end of the compression chamber in such a manner that the sealing cover closes the open end of the compression chamber through the breathable material, characterised in that the sealing cover has a plurality of through bores provided on its end face corresponding to the compression chamber and communicated with a hollow cavity inside the sealing cover; and the machine body further has a feeding unit corresponding to and communicating with the forming space.
Coating method for coating a component with a coating agent, in particular for painting motor vehicle body components or an aviation industry component in a painting installation, comprising the following steps: a) moving an application device over a component surface of the component that is to be coated, in particular by means of a multi-axis coating robot, in particular along a programmed painting path (1; 35), b) defining specific switching points on the component surface to be coated for initiating a switching action, in particular for switching on or switching off a coating agent jet at the switching points, wherein the switching points are marked on the component surface by generating an optical switching marking on the component surface at the individual switching points, c) detecting the switching markings corresponding to the individual switching points during movement of the application device by an optical sensor, d) performing the switching action when one of the switching points is reached each at the detection of the individual switching markings on the component surface, characterised e) in that the optical switching markings on the component surface are generated by means of a light source, in particular by means of a laser or a laser diode. a) moving an application device over a component surface of the component that is to be coated, in particular by means of a multi-axis coating robot, in particular along a programmed painting path (1; 35), b) defining specific switching points on the component surface to be coated for initiating a switching action, in particular for switching on or switching off a coating agent jet at the switching points, wherein the switching points are marked on the component surface by generating an optical switching marking on the component surface at the individual switching points, c) detecting the switching markings corresponding to the individual switching points during movement of the application device by an optical sensor, d) performing the switching action when one of the switching points is reached each at the detection of the individual switching markings on the component surface, characterised e) in that the optical switching markings on the component surface are generated by means of a light source, in particular by means of a laser or a laser diode.
A hood of a convertible vehicle which is displaceable between a closed position and an open, laid-down position, and which comprises at least one textile cover which, at least in the closed position of the hood, covers at least partly a hood kinematics which is designed with at least one transmission, the cover being operatively connected to the hood kinematics via at least one traction means, and the traction means being designed to keep the cover in a tensioned state in the closed position, characterized in that an effective length of the traction means can be varied by means of a winding and unwinding unit, the winding and unwinding unit being operatively connected to a rotatable component of the at least one transmission of the hood kinematics.
A method of manufacturing an electronic device having a battery multilayer or a photovoltaic multilayer and a current collector with a high-aspect ratio structure of pillars formed on a metal substrate, wherein the method comprises: forming elongate and aligned carbon nanotube structures on a face of a seed layer covering the metal substrate; with a micro-pattern mask arranged to forming the carbon nanotube pillars having a minimum interdistance larger than 600 nm; sensitizing the carbon nano tube pillars with a seed metal; electroless plating the sensitized carbon nano tubes to electrically bridge the seed layer by a plated electroconductive material deposited by said electroless plating step, said plated electroconductive material electrically connecting said metal substrate to said carbon nano tubes and covering the carbon nanotube pillars with a further conductive layer deposited by an electroplating step; the method further comprising covering the pillar with subsequent layers of coating that is a battery multilayer or a photovoltaic multilayer, the multilayer comprising a solid state electrolyte layer and the multilayer conformally covering the pillar.
Kit of parts comprising - a solution, - a porous zirconia article, - optionally application equipment, the solution comprising - cation(s) of non-colouring agent(s) selected from ions of Y, Gd, La, Yb, Tm, Mg, Ca and mixtures thereof in an amount from 0.4 to 4 mol/l, - solvent(s) for the ion(s), - optionally complexing agent(s), - optionally thickening agent(s), - optionally organic marker substance(s), - optionally additive(s), the porous zirconia article showing a N 2 adsorption and/or desorption of isotherm type IV according to IUPAC classification. - a solution, - a porous zirconia article, - optionally application equipment, - cation(s) of non-colouring agent(s) selected from ions of Y, Gd, La, Yb, Tm, Mg, Ca and mixtures thereof in an amount from 0.4 to 4 mol/l, - solvent(s) for the ion(s), - optionally complexing agent(s), - optionally thickening agent(s), - optionally organic marker substance(s), - optionally additive(s),
Casing structure for a turbomachine comprising a vane ring and a seal carrier ring, which annularly surrounds a flow duct of the turbomachine, the vane ring and seal carrier ring being interconnected, characterized in that the seal carrier ring comprises a seat which is formed by a rib arrangement and is open on one side in the radial direction with respect to the flow duct and the connected vane ring correspondingly comprises a radially protruding engagement portion, which can be accommodated in the seat in such a way that it is interlockingly held towards the closed end of the seat in the axial direction and in the radial direction, but is freely movable, with respect to the connected seat and the seal carrier ring comprising said seat, towards the seat opening in a radially opposed manner.
A tractor cab having a wall portion formed as a double skinned plastics moulding in which the plastics wall portion has inner and outer skins (16a, 16b), the inner skin forming the finished inside surface of the region of the cab, in which the cab has a tubular ROPS on which the double skinned plastics wall portion is secured, in which the plastics moulding includes moulded channels for receiving part of the tubular cab ROPS, characterised in that the ROPS is secured to the double skinned plastics moulding with spacers between the inner and outer skins at the points of securement to the ROPS.
A sample takeoff system for cryogenic fluids in a pipeline for determining when the flow of the fluids through the pipeline take on a substantially stable and steady flow state appropriate for sample extraction and analysis, characterized by: a) a sample takeoff probe; b) a power-operated valve associated with said sample takeoff probe for controlling sample takeoff by the probe; and c) a detector of fluid flow status in the pipeline being in communication with said power-operated valve and located proximately to the sample takeoff probe, said detector being configurated to generate at least one control signal communicated to said power-operated valve to terminate sample takeoff from the pipeline during fluid flow instability, wherein the detector is configurated to sense the fluid flow instability in the pipeline beyond a permissible threshold from anomalies generated by any of pulsations, phase transitions, and non-laminar flow. a) a sample takeoff probe; b) a power-operated valve associated with said sample takeoff probe for controlling sample takeoff by the probe; and c) a detector of fluid flow status in the pipeline being in communication with said power-operated valve and located proximately to the sample takeoff probe, said detector being configurated to generate at least one control signal communicated to said power-operated valve to terminate sample takeoff from the pipeline during fluid flow instability, wherein the detector is configurated to sense the fluid flow instability in the pipeline beyond a permissible threshold from anomalies generated by any of pulsations, phase transitions, and non-laminar flow.
Closing device with a locking mechanism consisting of a catch and a pawl and an electrical drive (6, 32) for an opening of the locking mechanism and with an operating device for operation of the electrical drive (6, 32), in order to thus be able to electrically open the locking mechanism, wherein the locking mechanism can only be opened with aid of the electrical drive (6, 32) characterized in that the electrical drive (6, 32) is completely disconnected from current-carrying electrical conductors in the non-operated state.