mhurhangee/ep-ind-claims huggingface dataset:
A cooling arrangement for a combined cycle internal combustion piston engine power plant comprising at least one internal combustion piston engine and a boiler system comprising a turbine-generator set, which cooling arrangement comprises a cooling fluid circuit provided with a first heat transfer arrangement for cooling the fluid in the cooling fluid circuit, and a second heat transfer arrangement for receiving heat from the engine, a condenser heat transfer arrangement for condensing the steam in the boiler system and a third heat transfer arrangement for receiving heat from the engine, characterized in that the first heat transfer arrangement is arranged to transfer heat from the cooling fluid to the air surrounding the arrangement without mass transfer to the air and that in the cooling fluid circuit the first heat transfer arrangement, the second heat transfer arrangement, the condenser heat transfer arrangement and the third heat transfer arrangement are all connected in series.
Vapour extractor with a control module, wherein the control module comprises a control panel for setting functions of the vapour extractor coupled to the control module, wherein the control panel has at least two regions (A1,..., B7) and wherein the control module is designed to set at least one respective specific function of the vapour extractor in a first operating mode of the control module and upon actuation of a specific region (A1,..., B7), characterised in that the control module can further be operated in a second operating mode, wherein the first operating mode is a normal operation for setting the respective specific functions of the coupled vapour extractor and the second operating mode is a rest state of the control module, wherein the functions in the second operating mode are at least partially deactivated and wherein the control module is designed to set at least one predetermined function of the coupled vapour extractor in the second operating mode only upon actuation of at least two regions (A1,..., B7).
A cooking apparatus configured to detect a humidity level of a cooking cavity comprising: a housing forming the cooking cavity comprising at least one heating element configured to heat the cooking cavity; a first temperature sensor arranged in the cooking cavity configured to identify a cooking temperature; a humidity chamber in connection with an exterior surface of the housing; a humidity sensing apparatus comprising a humidity sensor disposed in the humidity chamber; and a controller in communication with the heating element, the first temperature sensor, and the humidity sensing apparatus, a convection fan disposed in the cooking cavity and in communication with the controller, characterized in that the controller is configured to: monitor a voltage signal from the humidity sensor; identify a plurality of potential humidity levels based on the voltage signal; determine an actual humidity level from the plurality of humidity levels based on a system response of the humidity sensor; and in that the controller is further configured to determine said actual humidity level by monitoring the voltage signal in response to a selective activation of said convection fan. a housing forming the cooking cavity comprising at least one heating element configured to heat the cooking cavity; a first temperature sensor arranged in the cooking cavity configured to identify a cooking temperature; a humidity chamber in connection with an exterior surface of the housing; a humidity sensing apparatus comprising a humidity sensor disposed in the humidity chamber; and a controller in communication with the heating element, the first temperature sensor, and the humidity sensing apparatus, a convection fan disposed in the cooking cavity and in communication with the controller, characterized in that the controller is configured to: monitor a voltage signal from the humidity sensor; identify a plurality of potential humidity levels based on the voltage signal; determine an actual humidity level from the plurality of humidity levels based on a system response of the humidity sensor; monitor a voltage signal from the humidity sensor; identify a plurality of potential humidity levels based on the voltage signal; determine an actual humidity level from the plurality of humidity levels based on a system response of the humidity sensor; and in that the controller is further configured to determine said actual humidity level by monitoring the voltage signal in response to a selective activation of said convection fan.
A secondary battery comprising: a case having an internal space; an electrode assembly accommodated in the internal space of the case; a current collector plate electrically connected to the electrode assembly; and a cap assembly comprising: a cap plate sealing the case; an electrode terminal coupled to the current collector plate and extending through the cap plate; and a gasket between the electrode terminal and the cap plate and having a flange portion, the flange portion of the gasket being between an upper surface of the cap plate and the electrode terminal, characterised by a fastening plate between the gasket and the cap plate and covering at least of a portion of the gasket and the cap plate, wherein the electrode terminal comprises a flange portion extending in a horizontal direction of an upper surface of the cap plate. a case having an internal space; an electrode assembly accommodated in the internal space of the case; a current collector plate electrically connected to the electrode assembly; and a cap assembly comprising: a cap plate sealing the case; an electrode terminal coupled to the current collector plate and extending through the cap plate; and a gasket between the electrode terminal and the cap plate and having a flange portion, the flange portion of the gasket being between an upper surface of the cap plate and the electrode terminal, characterised by a cap plate sealing the case; an electrode terminal coupled to the current collector plate and extending through the cap plate; and a gasket between the electrode terminal and the cap plate and having a flange portion, the flange portion of the gasket being between an upper surface of the cap plate and the electrode terminal, characterised by a fastening plate between the gasket and the cap plate and covering at least of a portion of the gasket and the cap plate, wherein the electrode terminal comprises a flange portion extending in a horizontal direction of an upper surface of the cap plate.
A continuous process for concentrating or separating of vitamin E, sterols and/or terpenes from oily or fatty mixtures of biological origin comprising the measures: a) providing a reaction mixture containing an oily and/or fatty mixture of biological origin, at least a monohydric alcohol and at least an acidic catalyst, b) continuously conducting the reaction mixture through a reactor which has a heating zone in which the reaction mixture is heated and has when leaving the heating zone a temperature between 100 ° C and 190°C, measured with a temperature sensor immediately after leaving the heating zone, and in which the reaction mixture is under a pressure between 2 and 250 bar, that the reaction mixture is in liquid, critical or supercritical state, c) adjusting the flow velocity of the reaction mixture that its dwell time in the heating zone is up to 10 minutes, d) separating the product mixture from step c) into a polar phase containing the glycerol formed during the transesterification, the non-reacted monohydric alcohol, the acidic catalyst, and the reaction water that has been formed during the esterification of the oily or fatty mixture, and into a non-polar phase containing the fatty acid esters, that have been formed during the esterification and transesterification, and therein dissolved and/or dispersed secondary ingredients, and e) separating the fatty acid esters formed by esterification and by transesterification from the non-polar phase from step d) under formation of a residue containing vitamin E, sterols and/or terpenes. a) providing a reaction mixture containing an oily and/or fatty mixture of biological origin, at least a monohydric alcohol and at least an acidic catalyst, b) continuously conducting the reaction mixture through a reactor which has a heating zone in which the reaction mixture is heated and has when leaving the heating zone a temperature between 100 ° C and 190°C, measured with a temperature sensor immediately after leaving the heating zone, and in which the reaction mixture is under a pressure between 2 and 250 bar, that the reaction mixture is in liquid, critical or supercritical state, c) adjusting the flow velocity of the reaction mixture that its dwell time in the heating zone is up to 10 minutes, d) separating the product mixture from step c) into a polar phase containing the glycerol formed during the transesterification, the non-reacted monohydric alcohol, the acidic catalyst, and the reaction water that has been formed during the esterification of the oily or fatty mixture, and into a non-polar phase containing the fatty acid esters, that have been formed during the esterification and transesterification, and therein dissolved and/or dispersed secondary ingredients, and e) separating the fatty acid esters formed by esterification and by transesterification from the non-polar phase from step d) under formation of a residue containing vitamin E, sterols and/or terpenes.
A multilayer structure comprising a base and a layer, wherein the layer comprises an aluminum-containing compound and a phosphorus compound represented by the following formula U 1 -R 5 -U 2 in which U 1 comprises a phosphorus atom having at least one hydroxy group, R 5 is a linear or branched alkylene group having 3 to 20 carbon atoms or a polyoxyalkylene group based on a linear or branched alkylene having 3 to 20 carbon atoms, and U 2 is a polar group, and the aluminum-containing compound is a compound (Ab) comprising a reaction product of an aluminum-containing metal oxide (Aa) and an inorganic phosphorus compound.
Aqueous solution comprising in the range of from 30 to 60% by weight of a complexing agent, selected from the alkali metal salts of methylglycine diacetic acid and the alkali metal salts of glutamic acid diacetic acid, in the range of from 1 to 25 % by weight of at least one salt of a sulfonic acid or of an organic acid, percentages referring to the total respective aqueous solution, said aqueous solution being free from surfactants. in the range of from 30 to 60% by weight of a complexing agent, selected from the alkali metal salts of methylglycine diacetic acid and the alkali metal salts of glutamic acid diacetic acid, in the range of from 1 to 25 % by weight of at least one salt of a sulfonic acid or of an organic acid,
An electric control cable with a section of a diameter at least equal to 2 mm, of the type including a central strand formed by a plurality of twisted strands extending in the longitudinal direction of the cable, characterized in that only some of the strands of the central strand are in an electrically conducting material, the remainder of the strands being in a non-conducting material.
An automated insect rearing system comprising: an insect dispensing station having a first horizontal surface; an insect dispenser comprising an insect container and an insect dispensing vessel, a first end of the insect dispensing vessel coupled to a first orifice defined in the insect container and a second end of the insect dispensing vessel movable to be proximate to the first horizontal surface to dispense one or more insects from the insect container into a rearing container at the first horizontal surface; a food dispensing station having a second horizontal surface; a food dispenser comprising a food container and a food dispensing vessel, a first end of the food dispensing vessel coupled to a second orifice defined in the food container and a second end of the food dispensing vessel movable to be proximate to the second horizontal surface to dispense food from the food container into the rearing container at the second horizontal surface; and a robotic storage system (115, 120) comprising at least one robotic arm and a shelf, the robotic arm configured to transfer the rearing container from the second horizontal surface to the shelf. an insect dispensing station having a first horizontal surface; an insect dispenser comprising an insect container and an insect dispensing vessel, a first end of the insect dispensing vessel coupled to a first orifice defined in the insect container and a second end of the insect dispensing vessel movable to be proximate to the first horizontal surface to dispense one or more insects from the insect container into a rearing container at the first horizontal surface; a food dispensing station having a second horizontal surface; a food dispenser comprising a food container and a food dispensing vessel, a first end of the food dispensing vessel coupled to a second orifice defined in the food container and a second end of the food dispensing vessel movable to be proximate to the second horizontal surface to dispense food from the food container into the rearing container at the second horizontal surface; and a robotic storage system (115, 120) comprising at least one robotic arm and a shelf, the robotic arm configured to transfer the rearing container from the second horizontal surface to the shelf.
Forming device for forming a layer of containers arranged as a quincunx, comprising a conveyor belt configured to advance said containers according to a feeding direction of the conveyor belt, an equipment piece bearing a plurality of partitions positioned parallel to said direction, wherein said partitions divide the upper surface of the conveyor belt into a plurality of channels, each having such a width as to allow the passage of a single row of containers, the equipment piece further comprises a series of feeding devices configured for dosing and releasing in a controlled manner the containers exiting from the channels, each placed at the outlet of each channel, characterized in that said equipment piece moves, in a reciprocating manner along a direction perpendicular to the feeding direction of the conveyor belt, between a first and a second position (A, B), wherein said positions (A, B) define a distance equal to the distance between the axes of two adjacent rows of the layer, so as to translate the rows of containers in said channels along said direction perpendicular to the feeding direction.
An apparatus for improved assembly, disassembly and protection of a standard male Luer-lock, characterized in that the apparatus comprises: a female connector comprising a proximal end and a distal end, the female connector proximal end configured to be removably connected to the standard male Luer-lock; a male conical connector comprising a proximal end and a distal end with an open distal tip, wherein the male conical connector proximal end is proximal to the female connector distal end; a circumferential collar comprising a threaded inner surface surrounding a proximal portion of the male conical connector, and having a circumferential collar inner bore diameter; and a circumferential shield comprising a proximal end and a distal end, wherein the open distal tip of the male conical connector distal end extends to a position beyond a distal end of the circumferential collar and between the proximal end and the distal end of the circumferential shield, wherein the circumferential shield comprises an inner opening dimension greater than or equal to the circumferential collar inner bore diameter, wherein there is a gap no greater than 3.6 mm between the distal end of the circumferential collar and the circumferential shield distal end, and wherein the circumferential shield is positionally fixed or retained in the shielding position relative to the circumferential collar when removably receiving a standard female Luer-lock profile, and wherein the circumferential shield comprises a continuous circumferential shape. a female connector comprising a proximal end and a distal end, the female connector proximal end configured to be removably connected to the standard male Luer-lock; a male conical connector comprising a proximal end and a distal end with an open distal tip, wherein the male conical connector proximal end is proximal to the female connector distal end; a circumferential collar comprising a threaded inner surface surrounding a proximal portion of the male conical connector, and having a circumferential collar inner bore diameter; and a circumferential shield comprising a proximal end and a distal end, wherein the open distal tip of the male conical connector distal end extends to a position beyond a distal end of the circumferential collar and between the proximal end and the distal end of the circumferential shield, wherein the circumferential shield comprises an inner opening dimension greater than or equal to the circumferential collar inner bore diameter, wherein there is a gap no greater than 3.6 mm between the distal end of the circumferential collar and the circumferential shield distal end, and wherein the circumferential shield is positionally fixed or retained in the shielding position relative to the circumferential collar when removably receiving a standard female Luer-lock profile, and wherein the circumferential shield comprises a continuous circumferential shape.
A method of fabricating a reinforced silicon horological micromechanical part configured to be integrated in a timepiece mechanism, said method including, in order, the steps consisting of: - micro-machining the part, or a batch of parts in a silicon wafer; - forming a silicon dioxide layer over the entire surface of the part, in one or several steps, so as to obtain a thickness of silicon dioxide that is at least five times greater than the thickness of native silicon dioxide; - removing the silicon dioxide layer by etching. - micro-machining the part, or a batch of parts in a silicon wafer; - forming a silicon dioxide layer over the entire surface of the part, in one or several steps, so as to obtain a thickness of silicon dioxide that is at least five times greater than the thickness of native silicon dioxide; - removing the silicon dioxide layer by etching.
A method for uplinking contents, comprising: after receiving a session initiation request for uploading contents or uplinking a media stream, allocating by a Content Delivery Network control function entity one or more CDN nodes, and sending a session request to a cluster control function entity of the CDN node; selecting, by the cluster control function entity which receives the session request, a content delivery function entity, establishing a session for uploading the contents or uplinking the media stream between itself and the selected content delivery function entity, and returning session acknowledgement information to the CDN control function entity; and returning, by the CDN control function entity, the received acknowledgement information to a user equipment; uploading the contents or uplinking the media stream according to the acknowledgement information by the user equipment to each content delivery function entity selected by the cluster control function entity. after receiving a session initiation request for uploading contents or uplinking a media stream, allocating by a Content Delivery Network control function entity one or more CDN nodes, and sending a session request to a cluster control function entity of the CDN node; selecting, by the cluster control function entity which receives the session request, a content delivery function entity, establishing a session for uploading the contents or uplinking the media stream between itself and the selected content delivery function entity, and returning session acknowledgement information to the CDN control function entity; and returning, by the CDN control function entity, the received acknowledgement information to a user equipment; uploading the contents or uplinking the media stream according to the acknowledgement information by the user equipment to each content delivery function entity selected by the cluster control function entity.
Contact device for use in a stator of an electrical machine, in particular an actuating or drive motor in vehicles, wherein the contact device makes electrical contact with a plurality of coils, which are arranged over the circumference, in the stator, wherein the contact device has an annular contact carrier which is composed of electrically insulating material and has electrically conductive conductor tracks (3, 5) for making contact with the coils, characterized in that the conductor tracks (3, 5) are arranged on both end faces of the contact carrier and are held on the contact carrier by means of shaped fastening elements, in that the conductor tracks (3, 5) are in the form of stamped parts, wherein one section (3a, 5a) of the stamped part (3, 5) bears flat on the contact carrier and is fixed to the contact carrier by means of the shaped fastening element, and one section (3b, 5b) of a stamped part (3, 5) is bent at an angle in relation to the plane of the end face of the contact carrier in order to establish electrical contact with the coils, wherein all of the contact sections (3b, 5b) project beyond the top face of the contact carrier.
A device comprising: a voltage reference supply, configured to provide a reference voltage (Vref) that varies in response to a temperature variation according to a predefined relationship; a temperature sensor configured to provide a temperature signal indicating a temperature; a first controller configured to receive the temperature signal and to output a control signal; an LC-DCO configured to receive the reference voltage, to provide, based on the reference voltage, a supply voltage (Vdd_DCO) to a DCO comprised in the LC-DCO and to provide an output signal with a frequency determined by an LC circuit comprised in the LC-DCO and by the supply voltage, the LC-DCO comprising a switched capacitor bank configured to provide temperature compensation by varying an effective capacitance in the LC circuit in response to the control signal, wherein: the voltage reference supply is configured such that the predefined relationship corrects a linear frequency error in the output signal in response to the temperature variation; and the switched capacitor bank and the first controller are configured to correct a non-linear frequency error in the output signal in response to the temperature variation, the non-linear frequency error being quadratic. a voltage reference supply, configured to provide a reference voltage (Vref) that varies in response to a temperature variation according to a predefined relationship; a temperature sensor configured to provide a temperature signal indicating a temperature; a first controller configured to receive the temperature signal and to output a control signal; an LC-DCO configured to receive the reference voltage, to provide, based on the reference voltage, a supply voltage (Vdd_DCO) to a DCO comprised in the LC-DCO and to provide an output signal with a frequency determined by an LC circuit comprised in the LC-DCO and by the supply voltage, the LC-DCO comprising a switched capacitor bank configured to provide temperature compensation by varying an effective capacitance in the LC circuit in response to the control signal, wherein: the voltage reference supply is configured such that the predefined relationship corrects a linear frequency error in the output signal in response to the temperature variation; and the switched capacitor bank and the first controller are configured to correct a non-linear frequency error in the output signal in response to the temperature variation, the non-linear frequency error being quadratic. the voltage reference supply is configured such that the predefined relationship corrects a linear frequency error in the output signal in response to the temperature variation; and the switched capacitor bank and the first controller are configured to correct a non-linear frequency error in the output signal in response to the temperature variation, the non-linear frequency error being quadratic.