mhurhangee/ep-ind-claims huggingface dataset:
Shelf system for high-temperature application as kiln furniture, at least comprising - at least two hollow profiles with at least two webs on one side of the hollow profile, - at least one ceramic plate with at least two webs on the upper side and the lower side of the ceramic plate that are arranged on the hollow profiles, wherein - the webs of the ceramic plate are rounded on the upper side and the lower side, - the webs of the ceramic plate form a punctiform or linear contact surface with an object to be fired resting on the ceramic plate, - the webs of the ceramic plate form a punctiform or linear contact surface with one or a plurality of further items of kiln furniture on which the ceramic plate rests, - four webs of the ceramic plate delimit an opening in the shape of a diamond, and wherein the hollow profile and the ceramic plate touch each other only in the region of the webs (2, 5) and the webs of the hollow profile and the webs of the ceramic plate touch each other only in the form of a line or a point. - at least two hollow profiles with at least two webs on one side of the hollow profile, - at least one ceramic plate with at least two webs on the upper side and the lower side of the ceramic plate that are arranged on the hollow profiles, - the webs of the ceramic plate are rounded on the upper side and the lower side, - the webs of the ceramic plate form a punctiform or linear contact surface with an object to be fired resting on the ceramic plate, - the webs of the ceramic plate form a punctiform or linear contact surface with one or a plurality of further items of kiln furniture on which the ceramic plate rests, - four webs of the ceramic plate delimit an opening in the shape of a diamond, and
Electrical power generation system resistant to voltage dips which comprises a doubly-fed generator, the rotor thereof is connected to the power grid by a back-to-back converter and the stator thereof is connected to the power grid, and at least one first additional impedance connected in parallel between the generator rotor and the back-to-back converter; characterized in that the system further comprises at least one second additional impedance connected to the generator stator, adapted to be activated once the grid voltage falls below a dip profile, and at least one control unit capable of governing the additional impedances (5, 6), the first additional impedance being activated when a voltage dip is detected, and the stator being adapted to be disconnected from the grid once the grid voltage falls below a dip profile.
A composition comprising: a hydroxymethyl-substituted phosphorus compound selected from the group consisting of a tetrakis(hydroxymethyl)phosphonium salt, a C 1 -C 3 alkyl- or C 2 -C 3 alkenyl-tris(hydroxymethyl)phosphonium salt, and tris(hydroxymethyl)phosphine; and a polymeric biguanide, wherein the weight ratio of the hydroxymethyl-substituted phosphorus compound to the polymeric biguanide is between 17:1 and 1:17.
An exposure system comprising: a light source emitting a beam along an optical axis, wherein the beam is capable of inducing a multi-photon reaction in a resin; a resin undergoing multiphoton reaction; and an automated system characterized by comprising: a monitor that measures at least one property of the beam selected from power, pulse length, shape, divergence, or position in a plane normal to the optical axis, wherein the monitor generates at least one signal indicative of the property of the beam; and a sub-system that adjusts the beam in response to the signal from the monitor, wherein the monitor comprises a divergence monitor that monitors at least one of a shape and a divergence of the beam. a light source emitting a beam along an optical axis, wherein the beam is capable of inducing a multi-photon reaction in a resin; a resin undergoing multiphoton reaction; and an automated system characterized by comprising: a monitor that measures at least one property of the beam selected from power, pulse length, shape, divergence, or position in a plane normal to the optical axis, wherein the monitor generates at least one signal indicative of the property of the beam; and a sub-system that adjusts the beam in response to the signal from the monitor, wherein the monitor comprises a divergence monitor that monitors at least one of a shape and a divergence of the beam. a monitor that measures at least one property of the beam selected from power, pulse length, shape, divergence, or position in a plane normal to the optical axis, wherein the monitor generates at least one signal indicative of the property of the beam; and a sub-system that adjusts the beam in response to the signal from the monitor, wherein the monitor comprises a divergence monitor that monitors at least one of a shape and a divergence of the beam.
A substrate on which an imaging chip is placed, comprising: a first insulating layer; a second insulating layer having an elastic modulus that is different from an elastic modulus of the first insulating layer; and a core layer (123; 323) that is sandwiched by the first insulating layer and the second insulating layer, and is more rigid than the first insulating layer and the second insulating layer, wherein the substrate and the imaging chip are configured such that the core layer receives, via a heat transfer path provided on the first insulating layer, a heat generated in the imaging chip. a first insulating layer; a second insulating layer having an elastic modulus that is different from an elastic modulus of the first insulating layer; and a core layer (123; 323) that is sandwiched by the first insulating layer and the second insulating layer, and is more rigid than the first insulating layer and the second insulating layer, wherein the substrate and the imaging chip are configured such that the core layer receives, via a heat transfer path provided on the first insulating layer, a heat generated in the imaging chip.
A device for treating a vaginal canal or, either natural or surgically obtained orifices, by means of a laser beam, the device comprising: - a retractor for the wall of the vaginal canal or orifice, comprised of an outer wall surrounding a central hollow space, at least one aperture or window being provided for the laser beam directed from the hollow space of the retractor towards the exterior of the retractor; - a laser directing system configured and arranged for directing the laser beam towards said wall of vaginal canal or orifice and comprised of a mirror, arranged in said central hollow space; - a laser beam scanning system, arranged and controlled for conveying the laser beam onto said mirror and moving said laser beam according to a predetermined path; characterised by further comprising - two electrodes (131, 133) for applying an RF current to the tissues of said wall of the vaginal canal or orifice, said two electrodes being at least partly arranged on the outer wall of the retractor; wherein the two electrodes extend at least across the at least one aperture or window of the retractor, such that laser radiation and radio frequency current can be applied on a same portion of tissue of the vaginal canal or orifice, into which the retractor has been introduced. - a retractor for the wall of the vaginal canal or orifice, comprised of an outer wall surrounding a central hollow space, at least one aperture or window being provided for the laser beam directed from the hollow space of the retractor towards the exterior of the retractor; - a laser directing system configured and arranged for directing the laser beam towards said wall of vaginal canal or orifice and comprised of a mirror, arranged in said central hollow space; - a laser beam scanning system, arranged and controlled for conveying the laser beam onto said mirror and moving said laser beam according to a predetermined path; characterised by further comprising - two electrodes (131, 133) for applying an RF current to the tissues of said wall of the vaginal canal or orifice, said two electrodes being at least partly arranged on the outer wall of the retractor; wherein the two electrodes extend at least across the at least one aperture or window of the retractor, such that laser radiation and radio frequency current can be applied on a same portion of tissue of the vaginal canal or orifice, into which the retractor has been introduced.
A biological information monitoring apparatus comprising: an antenna assembly including at least one antenna, the antenna assembly being disposed close to an object; a signal generator configured to generate a highfrequency signal; a coupling amount detector configured to detect coupling amount of a near-field coupling due to an electric field between the object and the at least one antenna; and a displacement detection circuit configured to detect a physical displacement of the object based on change in coupling amount of the near-field coupling of the highfrequency signal, wherein the at least one antenna comprises a main antenna to which the high frequency signal is supplied and a parasitic element to which the high frequency signal is not supplied, the main antenna is configured as a planar dipole antenna having a first face and a second face, the at least one antenna is disposed close to the object, characterized in that the parasitic element is configured as a planar conductor mounted on one of the first and second faces of the planar dipole antenna in such a manner that the parasitic element is insulated from a conductor (111, 112) of the planar dipole antenna, and the parasitic element is disposed on the face furthest from the object, of the first and second faces of the planar dipole antenna. an antenna assembly including at least one antenna, the antenna assembly being disposed close to an object; a signal generator configured to generate a highfrequency signal; a coupling amount detector configured to detect coupling amount of a near-field coupling due to an electric field between the object and the at least one antenna; and a displacement detection circuit configured to detect a physical displacement of the object based on change in coupling amount of the near-field coupling of the highfrequency signal, wherein the at least one antenna comprises a main antenna to which the high frequency signal is supplied and a parasitic element to which the high frequency signal is not supplied, the main antenna is configured as a planar dipole antenna having a first face and a second face, the at least one antenna is disposed close to the object, characterized in that the parasitic element is configured as a planar conductor mounted on one of the first and second faces of the planar dipole antenna in such a manner that the parasitic element is insulated from a conductor (111, 112) of the planar dipole antenna, and the parasitic element is disposed on the face furthest from the object, of the first and second faces of the planar dipole antenna.
Rear bench seat folder of motor vehicle capable of being rotated articulated on the structure of said vehicle between a raised position and a substantially horizontal folded position, said seat back comprising an armature comprising a metal frame and a network of metal wire extending between the two amounts and between the two traverses of said frame, and a maturing 0) supported by the front part of said frame and a cap covering externally said frame and said matelassure; further comprising a stiffening plate maintained through maintenance means (54; 55) against the inner face of the back of said cap and supporting the rear part of said frame, characterized in that said holding means comprise four triangular pockets sewn at the four ends of the inner face of the back of said cap and in which the four corners of the back are inserted said stiffening plate, or in so far as said holding means comprise a single pocket sewn on the periphery of the inner face of the back of said cap and fully enclosing said stiffening plate.
A positive electrode comprising a positive electrode current collector and a positive electrode material layer formed on the positive electrode current collector, the positive electrode material layer comprising a positive electrode active material in an amount ranging from 75 to 96% by mass based on the positive electrode material layer and a first conductive agent, the first conductive agent comprising a D-band appearing at 1350 ± 10 cm -1 and a G-band appearing at 1590 ± 10 cm -1 in a Raman chart obtained according to Raman spectroscopy, a ratio of an integrated intensity of the D-band to an integrated intensity of the G-band being more than 0.6 and not more than 10, and a ratio of an occupancy area of the first conductive agent to an occupancy area of the positive electrode active material being from 1.5 to 5 in a mapping image obtained according to Raman spectroscopy for the positive electrode material layer, wherein, in the mapping image, a ratio of a distance of particles of the positive electrode active material to a distance between particles of the first conductive agent is from 0.9 to 1.1.
Process for the preparation and use of an agent for coloring keratinous material, in particular human hair, comprising the following steps: preparing a first composition containing less than 10% by weight of water and one or more organic C1-C6 alkoxy silanes and/or their condensation products, and preparation of a second composition comprising water and one or more fatty components and one or more colorant compounds selected from the group consisting of pigments and/or direct dyes, storage of the composition and/or for a period of at least 24 hours, mixing of the compositions and, application of the mixture of and to the keratinous material. preparing a first composition containing less than 10% by weight of water and one or more organic C1-C6 alkoxy silanes and/or their condensation products, and less than 10% by weight of water and one or more organic C1-C6 alkoxy silanes and/or their condensation products, and preparation of a second composition comprising water and one or more fatty components and one or more colorant compounds selected from the group consisting of pigments and/or direct dyes, water and one or more fatty components and one or more colorant compounds selected from the group consisting of pigments and/or direct dyes, storage of the composition and/or for a period of at least 24 hours, mixing of the compositions and, application of the mixture of and to the keratinous material.
A sobriety interlock device having an output coupled to a starter mechanism of a motorized vehicle for detecting the presence of alcohol in a breath sample introduced into the device and for controlling the device output in response to a predetermined threshold level being exceeded, the sobriety interlock device comprising: a) a handset having a gas intake channel for receiving the breath sample, b) a breath sampling housing enclosed within the handset and having a gas sampling channel in axial alignment with the handset gas intake channel, c) a fuel cell positioned along the gas sampling channel of the breath sampling housing for measuring an alcohol vapor value of the breath sample, d) a pressure transducer located within the handset in fluid communication with the gas sampling channel of the breath sampling housing for measuring a pressure value of the breath sample, e) a microprocessor located within the handset in electrical communication with the fuel cell and the pressure transducer, the microprocessor containing an executable algorithm for determining a measured blood alcohol content of the breath sample through an offset adjustment of the measured alcohol vapor value in relation to the measured breath sample pressure value, the microprocessor applying a signal to the output of the interlock device dependent on the results of the measured blood alcohol content as compared to the predetermind threshold level; and f) a power source coupled to the handset, characterized in that, a solenoid valve positioned upstream from the fuel cell along the gas sampling channel of the breath sampling housing for limiting the size of the breath sample across the fuel cell by remaining open for a finite period of time and then closing, the solenoid valve having a normally open state. a) a handset having a gas intake channel for receiving the breath sample, b) a breath sampling housing enclosed within the handset and having a gas sampling channel in axial alignment with the handset gas intake channel, c) a fuel cell positioned along the gas sampling channel of the breath sampling housing for measuring an alcohol vapor value of the breath sample, d) a pressure transducer located within the handset in fluid communication with the gas sampling channel of the breath sampling housing for measuring a pressure value of the breath sample, e) a microprocessor located within the handset in electrical communication with the fuel cell and the pressure transducer, the microprocessor containing an executable algorithm for determining a measured blood alcohol content of the breath sample through an offset adjustment of the measured alcohol vapor value in relation to the measured breath sample pressure value, the microprocessor applying a signal to the output of the interlock device dependent on the results of the measured blood alcohol content as compared to the predetermind threshold level; and f) a power source coupled to the handset,
A method, comprising: bonding a III-V semiconductor material with a wafer comprising a silicon substrate, wherein the III-V semiconductor material is doped prior to being bonded with the wafer; removing excess III-V semiconductor material bonded with the silicon substrate to leave a III-V semiconductor material base layer of a predetermined thickness bonded with the silicon substrate; and after removing the excess III-V semiconductor material, epitaxially growing at least one layer on the III-V semiconductor material base layer, the at least one layer comprising a quantum dot layer. bonding a III-V semiconductor material with a wafer comprising a silicon substrate, wherein the III-V semiconductor material is doped prior to being bonded with the wafer; removing excess III-V semiconductor material bonded with the silicon substrate to leave a III-V semiconductor material base layer of a predetermined thickness bonded with the silicon substrate; and after removing the excess III-V semiconductor material, epitaxially growing at least one layer on the III-V semiconductor material base layer, the at least one layer comprising a quantum dot layer.
Connector for an electrical lead, comprising a front plate having apertures for the electrical terminals associated with the individual conductors of the lead, comprising at least one fastening apparatus on the front plate, and comprising at least two housing elements adjusted on the fastening apparatus such that, in the final assembled state, the one or more housing elements form a protective housing that receives the electrical lead and shields the front plate from outside, characterised by a rear wall on the side of the protective housing that is opposite the front plate, through which rear wall a lead opening passes and which has a strain relief on the lead opening, and by an L-shaped spring lever, which is attached to a housing element by the long leg thereof, has, on the inner face thereof, an inner contour that is adapted to the outer contour of the lead, and has, on the outer face of the short leg thereof, a toothing that, in the final assembled state, engages in a counter toothing formed on an adjacent housing element in order to form the toothed directional locking means as a catch for the strain relief.
A method for producing rare earth oxysulfide comprising at least Gd comprising a step of mixing a rare earth compound comprising at least Gd with sulfuric acid in such a proportion that sulfate ions are 0.75 to 1.5 mol to 1 mol of the rare earth element comprising at least Gd, thereby causing their reaction to obtain a product; a step of calcining said product to form calcined powder; and a step of reducing said calcined powder to obtain rare earth oxysulfide, wherein the calcining temperature is 400°C to 1000°C in said calcining step.
Pivot device for a coupling, in particular of a railway vehicle, having a drawbar that can be connected to a coupling head, a number of spring elements (2a, 2b) mounted on said drawbar, in particular for damping the compressive and tensile forces of the railway vehicle that arise when coupling, and a flange that can be connected to the railway vehicle, whereby the drawbar for a deflection is mounted at least in a horizontal plane in a rotatable plate, which is disposed between the spring elements (2a, 2b), characterised in that the rotatable plate with a steering bolt is mounted rotatable in a sleeve-shaped housing with the flange, whereby the housing can be displaced axially within the flange and is formed along the central diametric plane by two half shells, and that an overload protection is provided, with which during normal operation the housing axially within the flange being fixed against one another with at least one bolt-shaped overload element (15a, 15b), while upon overload, the overload element (15a, 15b) is sheared off by the housing and the latter is pushed backwards by the flange together with the rotatable plate and the drawbar with the spring elements (2a, 2b).
Motor-driven crane drive, in which a motor drives a rope drum via a gear unit and a safety brake is arranged on the slower-rotating side of the gear unit, wherein a signal serving to trigger the safety brake is used to initiate electric braking of the motor.
A measurement arrangement for detecting ageing processes in individual light-emitting diodes, comprising: - a plurality of light-emitting diodes, comprising a red light-emitting diode, a green light-emitting diode and a blue light-emitting diode; - a control unit (CTRL) arranged to individually regulate the brightness intensity of each of the light-emitting diodes, characterised in that - at least two photodiodes respectively arranged to measure the brightness intensity of one light-emitting diode of the plurality of light-emitting diodes which does not correspond to the red light-emitting diode are provided, causing the red light-emitting diode not to be monitorable, the control unit (CTRL) being set up to detect a relative change in brightness intensity of each light-emitting diode of the plurality of light-emitting diodes as a function of a first measurement and a second measurement being time-offset to the first measurement, wherein respectively for the green light-emitting diode and the blue light-emitting diode a separate photodiode is provided. - a plurality of light-emitting diodes, comprising a red light-emitting diode, a green light-emitting diode and a blue light-emitting diode; - a control unit (CTRL) arranged to individually regulate the brightness intensity of each of the light-emitting diodes, characterised in that - at least two photodiodes respectively arranged to measure the brightness intensity of one light-emitting diode of the plurality of light-emitting diodes which does not correspond to the red light-emitting diode are provided, causing the red light-emitting diode not to be monitorable, the control unit (CTRL) being set up to detect a relative change in brightness intensity of each light-emitting diode of the plurality of light-emitting diodes as a function of a first measurement and a second measurement being time-offset to the first measurement, wherein respectively for the green light-emitting diode and the blue light-emitting diode a separate photodiode is provided.