mhurhangee/ep-ind-claims huggingface dataset:
An operating circuit, through which an LED section with at least one LED (31 - 39) of a first type (w) and an auxiliary LED section with at least one LED of a second type (a), the spectrum of which differs from the first type (w), is operable, wherein the operating circuit is designed, in order to be supplied by a first current source with an adjustable, preferably regulated, overall current (I G), wherein a main current (I 1) is supplied through the LED section directly by the overall current (I G), characterized in that the operating circuit has a second current source, which is supplied by the overall current (I G) and is configured to supply the auxiliary LED section with an auxiliary current (I 2), wherein the operating circuit has a control circuit, which controls the second current source as a function of a voltage (U G) on the LED section, and wherein the second current source is clocked with high frequency and the LED section and the auxiliary LED section are connected in parallel and can be supplied from the first current source with an adjustable overall current (I G).
Process to continuously prepare a cyclic carbonate product by reacting an epoxide compound with carbon dioxide in the presence of a supported dimeric aluminium salen complex which complex is activated by a halide compound comprising the following steps, (a) contacting carbon dioxide with the epoxide compound in a suspension of liquid cyclic carbonate and the supported dimeric aluminium salen complex which complex is activated by a halide compound, wherein the epoxide compound reacts with the carbon dioxide to the cyclic carbonate product and part of the supported dimeric salen complex deactivates, (b) separating part of the cyclic carbonate product from the supported dimeric aluminium salen complex, to obtain a mixture comprising of the cyclic carbonate product, carbon dioxide, epoxide compound and halide compound, (c) separating the halide compound from the cyclic carbonate product to obtain purified cyclic carbonate product, and (d) use all or part of the halide compound as obtained in step (c) to activate deactivated supported dimeric salen complex. (a) contacting carbon dioxide with the epoxide compound in a suspension of liquid cyclic carbonate and the supported dimeric aluminium salen complex which complex is activated by a halide compound, wherein the epoxide compound reacts with the carbon dioxide to the cyclic carbonate product and part of the supported dimeric salen complex deactivates, (b) separating part of the cyclic carbonate product from the supported dimeric aluminium salen complex, to obtain a mixture comprising of the cyclic carbonate product, carbon dioxide, epoxide compound and halide compound, (c) separating the halide compound from the cyclic carbonate product to obtain purified cyclic carbonate product, and (d) use all or part of the halide compound as obtained in step (c) to activate deactivated supported dimeric salen complex.
Power generating equipment comprising: a support structure adapted to be disposed on the bed of a body of water having a surface above the bed; and a buoyant power generating apparatus having positive buoyancy releasably connectable to the support structure, the power generating apparatus being adapted to be released from the support structure and to make controlled free ascent to the surface of the water following such release, wherein the controlled free ascent is free in the sense that there is no load bearing tether or winch line which lifts the power generating apparatus or restricts the ascent of the power generating apparatus; and stabilising means adapted to stabilise the attitude of the power generating apparatus during the controlled free ascent thereof. a support structure adapted to be disposed on the bed of a body of water having a surface above the bed; and a buoyant power generating apparatus having positive buoyancy releasably connectable to the support structure, the power generating apparatus being adapted to be released from the support structure and to make controlled free ascent to the surface of the water following such release, wherein the controlled free ascent is free in the sense that there is no load bearing tether or winch line which lifts the power generating apparatus or restricts the ascent of the power generating apparatus; and stabilising means adapted to stabilise the attitude of the power generating apparatus during the controlled free ascent thereof.
A method for producing an organohalosilane, the method comprising: reacting an organic compound comprising a halogen-substituted or unsubstituted aromatic compound with a hydridohalosilane mixture comprising at least two different hydridohalosilanes of formula R n SiH m X 4-m-n, where each R is independently C 1 -C 14 hydrocarbyl or C 1 -C 14 halogen-substituted hydrocarbyl, X is fluoro, chloro, bromo, or iodo, n is 0, 1, or 2, m is 1, 2, or 3 and m + n is 1, 2, or 3, in the presence of a catalyst pretreated with acid prior to reacting and comprising one or more of the elements Sc, Y, Ti, Zr, Hf, Nb, B, Al, Ga, In, C, Si, Ge, Sn, or Pb, at a temperature greater than 100 °C, and at a pressure of at least 690 kPa, to produce a crude reaction product comprising the organohalosilane, provided that when the at least two different hydridohalosilanes comprise a hydridohalosilane of formula where n = 0 and m = 1 and a hydridohalosilane of formula where n = 0 and m = 2, the catalyst is a heterogeneous catalyst comprising an oxide of one or more of the elements Sc, Y, Ti, Zr, Hf, B, Al, Ga, In, C, Si, Ge, Sn, or Pb. reacting an organic compound comprising a halogen-substituted or unsubstituted aromatic compound with a hydridohalosilane mixture comprising at least two different hydridohalosilanes of formula R n SiH m X 4-m-n, where each R is independently C 1 -C 14 hydrocarbyl or C 1 -C 14 halogen-substituted hydrocarbyl, X is fluoro, chloro, bromo, or iodo, n is 0, 1, or 2, m is 1, 2, or 3 and m + n is 1, 2, or 3, in the presence of a catalyst pretreated with acid prior to reacting and comprising one or more of the elements Sc, Y, Ti, Zr, Hf, Nb, B, Al, Ga, In, C, Si, Ge, Sn, or Pb, at a temperature greater than 100 °C, and at a pressure of at least 690 kPa, to produce a crude reaction product comprising the organohalosilane, provided that when the at least two different hydridohalosilanes comprise a hydridohalosilane of formula where n = 0 and m = 1 and a hydridohalosilane of formula where n = 0 and m = 2, the catalyst is a heterogeneous catalyst comprising an oxide of one or more of the elements Sc, Y, Ti, Zr, Hf, B, Al, Ga, In, C, Si, Ge, Sn, or Pb.
A device for cutaneously applying a substance to a subject, characterized in that it comprises: - a patch comprising said substance; and - a single-use bracelet comprising an irreversible attachment system allowing to ensure that a sufficient contact time of the substance with the skin has been observed. - a patch comprising said substance; and - a single-use bracelet comprising an irreversible attachment system allowing to ensure that a sufficient contact time of the substance with the skin has been observed.
A communications method comprising: determining synchronization information indicating relative synchronization between a first co-sited downlink carrier in a core band and a second co-sited downlink carrier in an extension band; transmitting said synchronization information from a base station to a plurality of mobile stations in the cell site served by the base station; and participating in an inter-band operation initiated by a mobile station receiving said synchronization information indicating relative synchronization between said first and second co-sited downlink carriers. determining synchronization information indicating relative synchronization between a first co-sited downlink carrier in a core band and a second co-sited downlink carrier in an extension band; transmitting said synchronization information from a base station to a plurality of mobile stations in the cell site served by the base station; and participating in an inter-band operation initiated by a mobile station receiving said synchronization information indicating relative synchronization between said first and second co-sited downlink carriers.
An integrated-inverter electric compressor wherein an inverter device for converting DC power to three-phase AC power and supplying the converted power to an electric motor is installed in an inverter container, and comprises a plurality of power semiconductor switching devices from which respective pluralities of terminals extend; said inverter container being provided on an outer circumference of a housing accommodating an electric compressor, and the inverter device further comprising a control substrate which has a plurality of connecting holes for fitting the terminals and on which a circuit for operating the power semiconductor switching devices is mounted; said integrated-inverter electric compressor being characterized in that a guide member having a plurality of guide holes for passing the terminals is provided between the power semiconductor switching devices and the control substrate; and the guide member is provided with at least one first positioning pin, fitted in positioning holes provided in mounting surface of the power semiconductor switching devices, in one side surface facing the power semiconductor switching devices, and at least one second positioning pin, fitted in positioning holes provided in the control substrate, in another side surface facing the control substrate.
A method for fluorescence intensity equalization comprising the following steps: providing an assay device having at least one immobilized array of molecular probes that bind to an analyte bound to a fluorescent marker, providing drying apparatus comprising an aspiration tube having open first and second ends, the second end of the aspiration tube being connected a vacuum source for applying a vacuum through said tube, wherein the diameter of the first end is about 5mm; placing the first end of the aspiration tube in proximity of said at least one immobilized array of molecular probes; and applying a vacuum in the range between about 106 decaPascals (1060 Pa) to about 10132 decaPascals (101320 Pa) through said aspiration tube to generate vacuum induced air flow currents for removing vapor from said at least one immobilized array of molecular probes, wherein sufficient vapor is removed to obtain a comparative relative dryness of assay spots within about 3-5 minutes. providing an assay device having at least one immobilized array of molecular probes that bind to an analyte bound to a fluorescent marker, providing drying apparatus comprising an aspiration tube having open first and second ends, the second end of the aspiration tube being connected a vacuum source for applying a vacuum through said tube, wherein the diameter of the first end is about 5mm; placing the first end of the aspiration tube in proximity of said at least one immobilized array of molecular probes; and applying a vacuum in the range between about 106 decaPascals (1060 Pa) to about 10132 decaPascals (101320 Pa) through said aspiration tube to generate vacuum induced air flow currents for removing vapor from said at least one immobilized array of molecular probes, wherein sufficient vapor is removed to obtain a comparative relative dryness of assay spots within about 3-5 minutes.
Electronic measuring circuit with a piezo-electric acceleration sensor and a down-stream charge converter with a two-core output line (3, 4) which is connected to a DC source for feeding or supply, the charge converter composed of an operational amplifier equipped with an inverting input connection and a non-inverting input connection which are connected to the first sensor output and a first voltage limitation element, the output connection of the operational amplifier being connected via a second voltage limitation element with the second output line, the latter being connected with the positive supply connection of the operational amplifier and with the inverting input connection of the operational amplifier,via a connection in parallel of a feedback capacitor and a resistor network composed of feedback resistor and a voltage divider composed of a second resistor and a third resistor, characterized in that the non-inverting input connection is connected with the first output line via a first voltage limitation element and with the second output line via a first resistor, the second sensor output being connected both with the negative supply connection of the operational amplifier and the first output line.
A power socket comprising an insulating base housing: • a cylindrical wall defining an insertion well for receiving an electric plug extending along a longitudinal axis; • a piston partially closing the section of the insertion well and movable in translation relative to said cylindrical wall along the longitudinal axis; and • at least one light source; the power socket being characterized in that the light source is arranged between a rear end of said cylindrical wall and an end wall of the insulating base, so as to illuminate the section of the insertion well, at least in part, from the rear. • a cylindrical wall defining an insertion well for receiving an electric plug extending along a longitudinal axis; • a piston partially closing the section of the insertion well and movable in translation relative to said cylindrical wall along the longitudinal axis; and • at least one light source;
Method for manufacturing an electrode for medical use, such as an intracerebral electrode intended for use at brain level, this electrode having the shape of a narrow, cylindrical and elongated rod including at least one electrical contact pad (2, 4) intended to be connected to an electrical conductor intended to be connected to a processing and/or recording device, wherein to realize said electrode, one uses a substrate having a cylindrical shape which defines the body of the electrode, made out of a biocompatible rigid or semi-rigid material, characterized in that one deposits a metal layer on the surface of said cylindrical substrate by means of a physical vapor deposition technique through a mask that determines a pattern arranged so as to define at least said electrical contact pad (2, 4).
A housing for a battery pack, comprising: a venting device (100, 100a) arranged in the housing; wherein the venting device comprises a tube having an inlet in the housing and an outlet outside the housing; and characterized in that the housing for a battery pack further comprises; a plurality of acoustic whistles (140a, 140b, 140c, 140u, 140v) arranged in the tube; wherein the whistles (140a, 140b, 140c, 140u, 140v) are each configured to produce a sound in case of a gas flow rate equal to or exceeding a predefined threshold, and to remain silent in case of a gas flow rate below; wherein each of the whistles (140a, 140b, 140c, 140u, 140v) is configured to produce a sound having a different fundamental frequency compared to any one of the other whistles; wherein each of the whistles is further configured to produce a sound in case of a gas flow rate equal to or exceeding a predefined threshold being specific for that whistle, and to remain silent in case of a gas flow rate below. a venting device (100, 100a) arranged in the housing; wherein the venting device comprises a tube having an inlet in the housing and an outlet outside the housing; and characterized in that the housing for a battery pack further comprises; a plurality of acoustic whistles (140a, 140b, 140c, 140u, 140v) arranged in the tube; wherein the whistles (140a, 140b, 140c, 140u, 140v) are each configured to produce a sound in case of a gas flow rate equal to or exceeding a predefined threshold, and to remain silent in case of a gas flow rate below; wherein each of the whistles (140a, 140b, 140c, 140u, 140v) is configured to produce a sound having a different fundamental frequency compared to any one of the other whistles; wherein each of the whistles is further configured to produce a sound in case of a gas flow rate equal to or exceeding a predefined threshold being specific for that whistle, and to remain silent in case of a gas flow rate below.
An electrical connector comprising a first connector housing, comprising a cavity aligned along a mating axis, adapted to receive an electrical terminal, wherein the first connector housing comprises first holding means, protruding perpendicular to the mating axis, from an outer surface of the first connector housing outwards, a second connector housing, surrounding the first connector housing along the mating axis, wherein the second connector housing comprises second holding means, protruding perpendicular to the mating axis, from an inner surface of the second connector housing inwards, wherein the first holding means comprises a first blocking surface extending perpendicular to the mating axis and wherein the second holding means comprises a second blocking surface extending perpendicular to the mating axis, wherein the first blocking surface is arranged opposite the second blocking surface and wherein the first holding means and the second holding means cooperate with each other to press the first blocking surface to the second blocking surface while holding the first connector housing and the second connector housing tightly together, wherein the first holding means comprises an inclined first protrusion, comprising a plane first bearing surface, wherein the plane first bearing surface is spaced apart from the first blocking surface along the mating axis, wherein the plane first bearing surface extends from the outer surface of the first connector housing until an outer end of the inclined first protrusion, characterized in that the second housing is flexible deformable, wherein the second holding means comprises a rib shaped second protrusion extending a rib length along the mating axis, having a first rib end and a second rib end spaced apart along the mating axis, wherein the first rib end comprises a second bearing surface and wherein the second rib end comprises the second blocking surface, wherein the second bearing surface contacts the plane first bearing surface in a region between the outer surface of the first connector housing and the outer end of the inclined first protrusion.
A medicament comprising pentanoic acid for use in the prevention or treatment of dysfunction of human hair and/or skin caused by excessive sebogenesis and/or hypodermal fat, scalp disorders caused by excessive sebogenesis, dandruff, seborrhea, acne vulgaris caused by excessive sebogenesis comedones, cellulites, and/or metabolic disorders of the hypodermal fat.
Method for producing a textile substrate formed from interwoven warp and weft threads, characterised in that in a first step, a plurality of plastics monofilaments (1a, 1 b) per warp and/or weft thread are twisted together about their longitudinal axis at a predetermined turn speed in a first rotational direction and in a second step are twisted together with at least one filament yarn at the predetermined turn speed in a rotational direction counter to the first rotational direction, the twisting of the plastics monofilaments (1 a, 1 b) effected in the first step being completely reversed and the plastics monofilaments (1 a, 1 b) twisted with the filament yarn being subsequently interwoven into the textile substrate as warp and weft threads.
A device for predicting the remaining lifetime of a component (2, 3, 4) in a compressed air supply system for a vehicle, comprising: a memory unit for a value related to the degradation of the component (2, 3, 4); at least one first input for a usage quantity (6a, 6b) which is a measure for the operating time and/or number of operating cycles of the component (2, 3, 4), and/or for the amount of compressed air delivered by the compressed air supply system; at least one second input for at least one state variable (7a, 7b, 7c, 7d, 7e) which is a measure for at least one vehicle and/or air supply operation condition or environmental condition; characterised by an evaluation unit that is configured to combine the usage quantity (6a, 6b) and the state variable (7a, 7b, 7c, 7d, 7e) into a lifetime decrement value that is a measure for the degradation of the component (2, 3, 4) caused by the usage according to the usage quantity (6a, 6b), and update the value in the memory unit according to this lifetime decrement value. a memory unit for a value related to the degradation of the component (2, 3, 4); at least one first input for a usage quantity (6a, 6b) which is a measure for the operating time and/or number of operating cycles of the component (2, 3, 4), and/or for the amount of compressed air delivered by the compressed air supply system; at least one second input for at least one state variable (7a, 7b, 7c, 7d, 7e) which is a measure for at least one vehicle and/or air supply operation condition or environmental condition; characterised by an evaluation unit that is configured to combine the usage quantity (6a, 6b) and the state variable (7a, 7b, 7c, 7d, 7e) into a lifetime decrement value that is a measure for the degradation of the component (2, 3, 4) caused by the usage according to the usage quantity (6a, 6b), and update the value in the memory unit according to this lifetime decrement value.
A filter, comprising - a body and an inlet channel for liquid to be filtered leading into it and an outlet channel for filtered liquid leading out of it, - in the body, a replaceable cylindrical main filtering element supplied with liquid from the inlet channel, - a tube internal of the filtering element, in the shell of which there are openings and by way of which the filtered liquid is removed from the filter, - an outlet closure means, which blocks the flow of liquid into the outlet channel as the filtering element is removed from the filter, and - a spring capable of moving the outlet closure means to a closing position as the filtering element is removed, characterized in that - the outlet closure means is a sleeve which is fitted coaxially externally of the tube and which has openings, which, when the filtering element is in its place, are aligned with the openings of the tube enabling the filtered liquid to flow by way of the openings into the tube, wherein, when the filtering element is removed, the spring is released and lifts the sleeve upward in such a way that the openings are not aligned with the openings of the tube thus blocking the flow of liquid into the tube. - a body and an inlet channel for liquid to be filtered leading into it and an outlet channel for filtered liquid leading out of it, - in the body, a replaceable cylindrical main filtering element supplied with liquid from the inlet channel, - a tube internal of the filtering element, in the shell of which there are openings and by way of which the filtered liquid is removed from the filter, - an outlet closure means, which blocks the flow of liquid into the outlet channel as the filtering element is removed from the filter, and - a spring capable of moving the outlet closure means to a closing position as the filtering element is removed, - the outlet closure means is a sleeve which is fitted coaxially externally of the tube and which has openings, which, when the filtering element is in its place, are aligned with the openings of the tube enabling the filtered liquid to flow by way of the openings into the tube, wherein, when the filtering element is removed, the spring is released and lifts the sleeve upward in such a way that the openings are not aligned with the openings of the tube thus blocking the flow of liquid into the tube.