mhurhangee/ep-ind-claims huggingface dataset:
A flexible, low temperature, filled composite material composition comprising: a segmented copolymer elastomer comprising: an α,ω-(alpha, omega)-dihydroxy terminated polysiloxane species; a diisocyanate species; and, an amine or hydroxy terminated chain extender; a solid particulate filler; and fumed silica as a reinforcing filler, wherein the composite material composition has a high flexibility at a temperature of down to -100 degrees Celsius, has a percent elongation of greater than 100%, and has a tensile strength of greater than 5MPa (megapascals), and wherein the amine or hydroxy terminated chain extender is a linear α,ω-(alpha, omega) amino or hydroxy end terminated oligomeric species having an average molecular weight of 400 grams per mole to 5000 grams per mole. a segmented copolymer elastomer comprising: an α,ω-(alpha, omega)-dihydroxy terminated polysiloxane species; a diisocyanate species; and, an amine or hydroxy terminated chain extender; a solid particulate filler; and fumed silica as a reinforcing filler, an α,ω-(alpha, omega)-dihydroxy terminated polysiloxane species; a diisocyanate species; and, an amine or hydroxy terminated chain extender; a solid particulate filler; and fumed silica as a reinforcing filler, wherein the composite material composition has a high flexibility at a temperature of down to -100 degrees Celsius, has a percent elongation of greater than 100%, and has a tensile strength of greater than 5MPa (megapascals), and wherein the amine or hydroxy terminated chain extender is a linear α,ω-(alpha, omega) amino or hydroxy end terminated oligomeric species having an average molecular weight of 400 grams per mole to 5000 grams per mole.
Control device for luminaires, in particular furniture luminaires, comprising at least one connector for a luminaire, comprising at least one connector for a control member, comprising a control unit adapted for controlling a connected luminaire in response to received control signals of a connected control member, and characterised by: comprising an identification unit adapted for identifying a received identification signal of the control member and selecting a control behavior of the control unit based on the identified identification signal, wherein the connector for the control member comprises a single signal line for control signals and for an identification signal of the connected control member, and wherein the identification signals that are identifiable by the identification unit are each in the form of a respective direct current voltage, and the control signals are each in the form of a respective direct current voltage, wherein the identification signals differ from each other and from the control signals by their respective direct current voltage levels. comprising an identification unit adapted for identifying a received identification signal of the control member and selecting a control behavior of the control unit based on the identified identification signal, wherein the connector for the control member comprises a single signal line for control signals and for an identification signal of the connected control member, and wherein the identification signals that are identifiable by the identification unit are each in the form of a respective direct current voltage, and the control signals are each in the form of a respective direct current voltage, wherein the identification signals differ from each other and from the control signals by their respective direct current voltage levels.
Dishwasher, in particular household dishwasher, having a dishwasher cavity for cleaning dishes, glasses, cutlery or similar items to be washed and having an air duct, which, viewed in the flow direction, has an ascending duct section and a subsequent descending duct section, wherein the ascending duct section is connected to an air outlet opening of the dishwasher cavity, from which, in at least one operating phase of a dishwasher wash cycle, air or an air/steam mixture flows out, is in particular drawn out, of the dishwasher cavity into the air duct, wherein the passage cross-sectional area of the ascending duct section is enlarged compared with the passage cross-sectional area of the air outlet opening, and/or compared with the passage cross-sectional area of the descending duct section at least along one subsection, in particular along a starting section following the air outlet opening, such that in the ascending duct section the flow speed of the air or air/steam mixture flowing therethrough is reduced there, wherein at least the starting section of the ascending duct section relative to the horizontal runs with a positive angle of inclination, in particular between 30° and 60°, and wherein starting from the air outlet opening, the ascending duct section and the input-side part of the descending duct section form a continuously running bow piece.
A method of detecting a build-up of silt in a pipe or open channel of a fluid flow network, said pipe or open channel having a system having at least one set of velocity sensors (V1, V2, V3, V4) to measure flow velocities at predetermined horizontal levels (101, 102, 103, 104), said method including the steps of computing the flow using the measured flow velocities and cross-sectional areas for each flow layer, summing said flows to provide a total flow, monitoring said measured flow velocities, storing said flow velocities, and using said stored flow velocities to detect any ongoing reduction in the flow velocity of at least the lowermost velocity sensor to provide an indication of a build-up of silt in said pipe or open channel.
A hydraulic machine of a radial piston type, comprising: N pistons arranged along a radial direction of the hydraulic machine; and a cylinder block comprising N cylinders each of which is configured to guide each of the N pistons reciprocatably along the radial direction, wherein the N cylinders are arranged in the cylinder block in accordance with such an arrangement that, with respect to a virtual arrangement where n virtual cylinder rows are arranged in a circumferential direction of the hydraulic machine and each of the n virtual cylinder rows is formed by m virtual cylinders arranged in an axial direction of the hydraulic machine, at least one of the m virtual cylinders belonging to each of the n virtual cylinder rows is shifted in the circumferential direction, m being an integer not less than two, n being an integer not less than two, and N being N = m × n, wherein the hydraulic machine is characterised by comprising: a ring cam having a plurality of lobes disposed along the circumferential direction, the plurality of lobes being arranged to face the N pistons, the ring cam being configured rotatable so that the lobes move relative to the N pistons in the circumferential direction, wherein each of the plurality of lobes extends linearly in the axial direction over a distribution range of the N cylinders in the axial direction. N pistons arranged along a radial direction of the hydraulic machine; and a cylinder block comprising N cylinders each of which is configured to guide each of the N pistons reciprocatably along the radial direction, wherein the N cylinders are arranged in the cylinder block in accordance with such an arrangement that, with respect to a virtual arrangement where n virtual cylinder rows are arranged in a circumferential direction of the hydraulic machine and each of the n virtual cylinder rows is formed by m virtual cylinders arranged in an axial direction of the hydraulic machine, at least one of the m virtual cylinders belonging to each of the n virtual cylinder rows is shifted in the circumferential direction, m being an integer not less than two, n being an integer not less than two, and N being N = m × n, wherein the hydraulic machine is characterised by comprising: a ring cam having a plurality of lobes disposed along the circumferential direction, the plurality of lobes being arranged to face the N pistons, the ring cam being configured rotatable so that the lobes move relative to the N pistons in the circumferential direction, wherein each of the plurality of lobes extends linearly in the axial direction over a distribution range of the N cylinders in the axial direction. a ring cam having a plurality of lobes disposed along the circumferential direction, the plurality of lobes being arranged to face the N pistons, the ring cam being configured rotatable so that the lobes move relative to the N pistons in the circumferential direction, wherein each of the plurality of lobes extends linearly in the axial direction over a distribution range of the N cylinders in the axial direction.
A control apparatus for a stepped automatic transmission in which one of a plurality of shift speeds is established by selectively engaging a plurality of frictional engagement elements (C1 to C4, B1, B2), the stepped automatic transmission mounted on a vehicle, the control apparatus comprising: an electronic control unit configured to perform a control of prohibiting a plurality of shift that is transitioning from an upshift speed change to a downshift speed change, for a predetermined period, when a downshift speed change requirement is requested by an occurrence of an accelerator depression operation during an inertia phase of the upshift speed change in a driven state of a vehicle, characterized in that an end of the predetermined period is a timing when a torque input to the automatic transmission becomes equal to or higher than a predetermined value through the accelerator depression operation.
Attachment device for a shelving unit against a support, the device comprising first and second parts (1, 2) of elongated shape, the first part being designed to be supported against the support of the second part fixing itself detachably against the first part by at least one attachment means passing across the first and second parts (1, 2) with the device in a mounted position, where the surfaces opposite the first and second parts (1, 2) each bear, firstly, a set of at least two parallel and longitudinal grooves, and, secondly, a longitudinal protrusion, the protrusion being distanced from the set of said at least two grooves on each of the surfaces opposite the first and second parts (1, 2), with, the device in a mounted position, the protrusion borne by the first part inserting into one of the grooves borne by the second part, while the protrusion borne by the second part inserts into one of the grooves borne by the first part, or one of the parts (1, 2) includes two protrusions and the other part (1, 2) includes a set of at least four parallel and longitudinal grooves with, the device in a mounted position, the protrusions borne by one of the parts (1, 2) inserting themselves into the grooves borne by the other part (1, 2), where the grooves of each set are serrated and the protrusions present a triangular section, characterised in that the attachment means is designed to fix the attachment device of a shelving unit against the support, with the device in a mounted position.
An electrochemical oxygen detector, comprising: an electrochemical sensor; a control circuitry comprising: an operational amplifier, where the positive supply is connected to the positive terminal (14-a) of the electrochemical sensor and the negative supply is connected to the output pin of the electrochemical sensor, wherein the operational amplifier maintains a desired voltage drop across the electrochemical sensor through a pass transistor in order to prevent hydrogen evolution without causing loss of activity over a normal operating current range of the electrochemical sensor, and the operational amplifier is directly powered from an excess voltage across the electrochemical sensor; and an impedance element, electrically connected with the operational amplifier, to measure a current flowing through the operational amplifier. an electrochemical sensor; a control circuitry comprising: an operational amplifier, where the positive supply is connected to the positive terminal (14-a) of the electrochemical sensor and the negative supply is connected to the output pin of the electrochemical sensor, wherein the operational amplifier maintains a desired voltage drop across the electrochemical sensor through a pass transistor in order to prevent hydrogen evolution without causing loss of activity over a normal operating current range of the electrochemical sensor, and the operational amplifier is directly powered from an excess voltage across the electrochemical sensor; and an operational amplifier, where the positive supply is connected to the positive terminal (14-a) of the electrochemical sensor and the negative supply is connected to the output pin of the electrochemical sensor, wherein the operational amplifier maintains a desired voltage drop across the electrochemical sensor through a pass transistor in order to prevent hydrogen evolution without causing loss of activity over a normal operating current range of the electrochemical sensor, and the operational amplifier is directly powered from an excess voltage across the electrochemical sensor; and an impedance element, electrically connected with the operational amplifier, to measure a current flowing through the operational amplifier.
An antenna inlay of an RFID tag, the antenna inlay comprising a first electrical contact portion (68, 72) and a second electrical contact portion (70, 74) and an antenna portion (64, 66) electrically connected to the first electrical contact portion (68, 72) and to the second electrical contact portion (70, 74), the first electrical contact portion comprising a first electrical lead electrically connecting the first electrical contact portion to the antenna portion, characterized in that the first electrical lead having a first gap formed therein to provide a first lead segment and a second lead segment (62a"), wherein the inlay further comprises a first resistor placed across the gap to electrically interconnect the first and second lead segments.
A laminated glazing comprising first and second plies of glass and a ply of interlayer, the ply of interlayer extending between the plies of glass, wherein each ply contains a hole, the holes in the plies being aligned to form a single continuous through-hole extending through the plies of glass and interlayer, characterised in that the holes are of the same size and share the same outline, and at least one mounting plate is attached to a surface of the glazing and occupies an area of that surface, the mounting plate being positioned on that surface so that the through-hole is within the area occupied by the mounting plate, wherein the mounting plate is attached to the surface of the glazing by adhesive, the adhesive being provided in discrete elongate areas adjacent the periphery of the mounting plate.
Device for coating a workpiece which preferably consists at least partially of wood, wood-based material, plastic or the like, comprising: a coating unit for applying a coating material onto a surface to be coated of the workpiece, a conveyor device for bringing about a relative movement between the workpiece and the coating unit which defines a conveying level, and a heating device for heating the surface to be coated of the workpiece which has at least one elongated radiation element, wherein at least one elongated radiation element is arranged in such a way that its longitudinal axis intersects with the conveying level at an angle (α), and characterised in that an elongated radiation element comprises an infrared radiator and/or an LED stack. a conveyor device for bringing about a relative movement between the workpiece and the coating unit which defines a conveying level, and a heating device for heating the surface to be coated of the workpiece which has at least one elongated radiation element, wherein at least one elongated radiation element is arranged in such a way that its longitudinal axis intersects with the conveying level at an angle (α), and characterised in that an elongated radiation element comprises an infrared radiator and/or an LED stack.
A rotary hammer comprising: a hammer housing; a motor having an armature shaft; a hammer spindle rotatably mounted about a longitudinal axis in the hammer housing; a tool holder provided at a front end of the hammer housing and being rotatingly driven by the motor about the longitudinal axis of the hammer spindle; a hammer mechanism provided in the hammer housing for generating impacts acting on the rear end of a bit inserted into the tool holder, the hammer mechanism having a drive shaft able to be selectively coupled with the armature shaft; and a switching arrangement for switching the rotary hammer between at least a pure drilling mode, a hammer drilling mode and a pure hammering mode, having a switching element rotatable from the outside of the hammer housing about a rotational axis, the switching arrangement having a cam portion for switching the rotary hammer between at least two modes of operation; wherein the switching arrangement comprises a gear train (67,69) disposed between the switching element and the cam portion; wherein the switching arrangement comprises a coupling part axially displaceable on the drive shaft of the hammer mechanism between a lower position in which the drive shaft is coupled to the armature shaft and an upper position in which the drive shaft is decoupled from the armature shaft, and wherein the switching arrangement comprises a selector for displacing the coupling part between the lower position and the upper position; characterised in that the selector comprises a drive member; wherein the switching arrangement comprises a spindle, the cam portion being formed at an end of the spindle; wherein there is provided a protuberance which is formed at the end of the spindle adjacent the cam portion; wherein the drive member and the protuberance are being arranged so that the protuberance engages the drive member to pivot the selector when the switching element is rotated. a hammer housing; a motor having an armature shaft; a hammer spindle rotatably mounted about a longitudinal axis in the hammer housing; a tool holder provided at a front end of the hammer housing and being rotatingly driven by the motor about the longitudinal axis of the hammer spindle; a hammer mechanism provided in the hammer housing for generating impacts acting on the rear end of a bit inserted into the tool holder, the hammer mechanism having a drive shaft able to be selectively coupled with the armature shaft; and a switching arrangement for switching the rotary hammer between at least a pure drilling mode, a hammer drilling mode and a pure hammering mode, having a switching element rotatable from the outside of the hammer housing about a rotational axis, the switching arrangement having a cam portion for switching the rotary hammer between at least two modes of operation; wherein the switching arrangement comprises a gear train (67,69) disposed between the switching element and the cam portion;
Solar bicycle comprising a wheel, on the sides of which wheel solar modules are arranged so as to be distributed over a circumference and have, in a circumferential direction, a spacing from one another that is at least as large as a shadow cast onto the wheel, in the case of incident light from the sides, by a thickest frame beam or fork blade that cover the sides of the wheel, characterised in that solar modules are arranged radially with respect to one another as strands on the wheel and in that solar modules arranged radially with respect to one another as a strand on the wheel are electrically connected in series.
A method of making a lithographic printing plate comprising the steps of: a) image-wise exposing a lithographic printing plate precursor, comprising a support having a hydrophilic surface or which is provided with a hydrophilic layer and, thereon, a light or heat sensitive coating comprising a photopolymerisable composition, b) processing said precursor with a first solution, consecutively with a second solution, thereby removing the coating from the support at non-printing areas, wherein said first and second solutions are provided by a cascade system, wherein said second solution overflows into said first solution and said first solution overflows into a container to be further treated as waste, wherein said second solution is regenerated by adding a replenishing solution or a mixture of replenishing solutions at a rate of at least 5 ml/m2 of treated precursor and at most 100 ml/m2 of treated precursor, wherein said first and second solutions are circulated respectively by a first and second liquid conveying system, wherein the first solution present in said first liquid conveying system has a volume of at least Vmin and at most Vmax, respectively defined by formula 1 and formula 2, Vmin = A + processing width / 0.95 m. liter Vmax = B + processing width / 0.95 m. liter wherein Vmin and Vmax represent respectively the minimum and maximum volume present in said first liquid conveying system, each of them expressed in liter, wherein A and B represents a constant value of respectively 2 and 15, and wherein said processing width represents the width, expressed in m, inside the processing unit, perpendicular to the processing direction, which is available for processing plate precursors in a uniform way across their width. a) image-wise exposing a lithographic printing plate precursor, comprising a support having a hydrophilic surface or which is provided with a hydrophilic layer and, thereon, a light or heat sensitive coating comprising a photopolymerisable composition, b) processing said precursor with a first solution, consecutively with a second solution, thereby removing the coating from the support at non-printing areas,
A connector for electrical supply of a unit of the hydraulics adapted to be arranged at a casing of the unit, wherein a connector bottom of the connector is penetrated by at least one current path and a passage of the at least one current path is sealed with a silicone-containing compound, wherein the compound is an adhesive, characterized in that the adhesive is light-hardened in such a way that it is not completely hardened in an area close to the connector bottom and it is thus ductile or viscous.
A combination of Opipramol and Venlafaxine for use as a medicament, wherein: Opipramol is present in an effective amount comprised from 60 to 200 mg if present as free base, or comprised from 72 to 240.03 mg if present as dihydrochloride; Venlafaxine is present in an effective amount comprised from 75 to 225 mg if present as free base, or comprised from 84.86 to 254.58 mg, if present as hydrochloride. Opipramol is present in an effective amount comprised from 60 to 200 mg if present as free base, or comprised from 72 to 240.03 mg if present as dihydrochloride; Venlafaxine is present in an effective amount comprised from 75 to 225 mg if present as free base, or comprised from 84.86 to 254.58 mg, if present as hydrochloride.