mhurhangee/ep-ind-claims huggingface dataset:
A system comprising: • a hollow chamber comprising a first space and a second space, wherein the second space is rotatable or the first space and the second space are rotatable, wherein the hollow chamber comprises a barrier between the first space and the second space, • a heating system configured to heat the second space or to individually heat the first space and the second space,a polymer waste feed lance having at least one polymer waste feed outlet, wherein the polymer waste feed lance extends within the hollow chamber at least through the first space, wherein the system is configured to feed polymer waste only into the second space via the at least one polymer waste feed outlet, and wherein an opening is provided between the barrier and the polymer waste feed lance, and • at least one sweep fluid injector capable of injecting at least one sweep fluid into the first space or into the first space and into the second space in order to form a fluid flow towards at least one gas outlet for collecting a product comprising the at least one sweep fluid and a gas from at least partially pyrolyzed polymer waste. • a hollow chamber comprising a first space and a second space, wherein the second space is rotatable or the first space and the second space are rotatable, wherein the hollow chamber comprises a barrier between the first space and the second space, • a heating system configured to heat the second space or to individually heat the first space and the second space,a polymer waste feed lance having at least one polymer waste feed outlet, wherein the polymer waste feed lance extends within the hollow chamber at least through the first space, wherein the system is configured to feed polymer waste only into the second space via the at least one polymer waste feed outlet, and wherein an opening is provided between the barrier and the polymer waste feed lance, and • at least one sweep fluid injector capable of injecting at least one sweep fluid into the first space or into the first space and into the second space in order to form a fluid flow towards at least one gas outlet for collecting a product comprising the at least one sweep fluid and a gas from at least partially pyrolyzed polymer waste.
A composition for whitening teeth, the composition comprising: at least one of urea peroxide, and hydrogen peroxide in an amount of 1 mass% to 40 mass% on the basis of the composition; isoamyl propionate in an amount of 0.001 mass% to 2 mass% on the basis of the composition; ethyl n-octanoate in an amount of 0.001 mass% to 2 mass% on the basis of the composition; ethyl 3-methyl-3-phenylglycidate in an amount of 0.001 mass% to 2 mass% on the basis of the composition; and a compound having a β-dicarbonyl structure in an amount of 0 mass% to 0.001 mass% on the basis of the composition. at least one of urea peroxide, and hydrogen peroxide in an amount of 1 mass% to 40 mass% on the basis of the composition; isoamyl propionate in an amount of 0.001 mass% to 2 mass% on the basis of the composition; ethyl n-octanoate in an amount of 0.001 mass% to 2 mass% on the basis of the composition; ethyl 3-methyl-3-phenylglycidate in an amount of 0.001 mass% to 2 mass% on the basis of the composition; and a compound having a β-dicarbonyl structure in an amount of 0 mass% to 0.001 mass% on the basis of the composition.
Apparatus for long term supply of a plant in a plant substrate, with a container for installation in the root zone of a plant, with a wall that delimits the container downwards as the container base and sideways as the side wall, with an opening on the opposite side to the container base, and with at least one collecting section protruding outwards to the side on the container to collect water seeping through the plant substrate, characterised in that the apparatus exhibits a cover that at least partially covers the opening of the container in the closed position of the apparatus, and that the cover is equipped with a reinforcing structure.
A clip for use in a crop header which includes a draper with (i) a continuous belt of flexible material arranged to define an upper run and a lower run and having an outer surface of the belt for carrying cut crop thereon, and (ii) a plurality of cleats supported on the belt each having a top surface spaced from the outer surface of the belt and side surfaces depending from the top surface to the outer surface of the belt, the clip comprising: a channel having a crown extending longitudinally between first and second ends at a top side of the channel that is locatable at or adjacent the top surface of the respective cleat and legs (107, 108) depending downwardly from opposing sides of the crown; a plurality of teeth supported on the legs at a location spaced downwardly from the crown and extending inwardly towards an opposite one of the legs to respective inner free ends of the teeth which are adapted for biting into the side surfaces (44C, 44D) of the respective cleat to retain the clip on the respective cleat in a mounted position of the clip; characterized in that each tooth having a ramped surface opposite from the crown which extends inwardly towards the opposite one of the legs at an upward slope towards the crown up to the inner free end of the respective tooth such that the ramped surface of each tooth is adapted to ride along the side surfaces (44C, 44D) of the respective cleat as the clip is pressed downwardly onto the respective cleat towards the mounted position of the clip. a channel having a crown extending longitudinally between first and second ends at a top side of the channel that is locatable at or adjacent the top surface of the respective cleat and legs (107, 108) depending downwardly from opposing sides of the crown; a plurality of teeth supported on the legs at a location spaced downwardly from the crown and extending inwardly towards an opposite one of the legs to respective inner free ends of the teeth which are adapted for biting into the side surfaces (44C, 44D) of the respective cleat to retain the clip on the respective cleat in a mounted position of the clip; characterized in that each tooth having a ramped surface opposite from the crown which extends inwardly towards the opposite one of the legs at an upward slope towards the crown up to the inner free end of the respective tooth such that the ramped surface of each tooth is adapted to ride along the side surfaces (44C, 44D) of the respective cleat as the clip is pressed downwardly onto the respective cleat towards the mounted position of the clip.
An induction heating cooktop comprising a bridge rectifier that converts the alternating current into direct current, a filter circuit disposed at the outlet of the bridge rectifier, one or more than one induction coil through which the coil current (I L) passes during the heating of the vessel placed on the upper plate of the induction heating cooktop so as to be inside the efficient heating zone, a resonant circuit having a resonant capacitor connected in parallel to the induction coil, a power switch that drives the resonant circuit, a collector node whereon resonance voltage (Vce) is generated, a drive circuit providing the power switch to be driven, a user interface, and a control unit that regulates the operation of the power switch by means of the drive circuit in accordance with the heating setting selected via the user interface, characterized in that the induction heating cooktop comprises a current monitoring circuit connected in series to the induction coil and providing the monitoring of the coil current, and a voltage monitoring circuit connected to the collector node and providing the monitoring of the resonant voltage change (AVce), wherein the control unit decides that the vessel is inside the efficient heating zone if the resonant voltage changes (AVce) monitored by means of the voltage monitoring circuit are smaller than the limit resonant voltage changes (ΔVce-lim) prerecorded in its memory for different power scales selected via the user interface and that keeps the coil current monitored by means of the current monitoring circuit and the power transferred to the vessel constant.
A composition comprising hyaluronic acid for use in a method for preventing or treating neurological dysfunction of at least one nerve or nerve cell, wherein the method is used in combination with surgical methods to treat a pinched nerve, preferably neurolysis.
A method of treating an agricultural product, comprising: obtaining a composition comprising monoacylglycerides, wherein the monoacylglycerides are formed by esterification of cutin-derived fatty acids or by transesterification of cutin-derived fatty acid esters; causing the composition to be added to a solvent, thereby forming a mixture; and causing the mixture to be applied to a surface of the agricultural product to form a protective coating from the monoacylglycerides over the agricultural product. obtaining a composition comprising monoacylglycerides, wherein the monoacylglycerides are formed by esterification of cutin-derived fatty acids or by transesterification of cutin-derived fatty acid esters; causing the composition to be added to a solvent, thereby forming a mixture; and causing the mixture to be applied to a surface of the agricultural product to form a protective coating from the monoacylglycerides over the agricultural product.
Abnormally-shaped tobacco granules, comprising a tobacco granule body and a coating attached to the surface of the tobacco granule, wherein the coating contains an adhesive; and the surface of the abnormally-shaped tobacco granule has one or more grooves and/or ridges, and/or, the abnormally-shaped tobacco granule has through holes therein.
Method for protecting an electrical network of an aircraft, said network being a bipolar electrical distribution network supplied with electric power by an electric power source (7, 17) of said aircraft, said electric power source (7, 17) being isolated from an electrical ground of said aircraft, said bipolar electrical distribution network having two phases (23, 24) and a resistive protection device having a variable resistive system configured so as to be connected to said electrical ground of said aircraft and to the two phases (23, 24) of said bipolar electrical distribution network, said method comprising the following steps: - receiving (110, 111) at least one voltage value (V HVDC+, V HVDC-) in at least one of the two said phases (23, 24) of said bipolar electrical distribution network and/or at least one current value (I M) in said electrical ground of said aircraft; - comparing (120, 121) said at least one voltage value (V HVDC+, V HVDC-) with a first predetermined threshold value and/or said at least one current value (I M) with a second predetermined threshold value; - controlling said resistive protection device by modifying its resistivity on the basis of said comparison; said bipolar electrical distribution network furthermore having at least one electrical disconnection device and said method furthermore comprising the step of triggering said electrical disconnection device; characterised in that said step of controlling said resistive protection device creates an appropriate imbalance on the variable resistive system in order to reduce the resistance of a fault loop and thus increase the amplitude of a fault current and allow said at least one electrical disconnection device to be triggered. - receiving (110, 111) at least one voltage value (V HVDC+, V HVDC-) in at least one of the two said phases (23, 24) of said bipolar electrical distribution network and/or at least one current value (I M) in said electrical ground of said aircraft; - comparing (120, 121) said at least one voltage value (V HVDC+, V HVDC-) with a first predetermined threshold value and/or said at least one current value (I M) with a second predetermined threshold value; - controlling said resistive protection device by modifying its resistivity on the basis of said comparison;
An integrated fastener (10, 110) comprising: a component portion (12, 112) including a component housing surrounding a component (13, 113); a linking platform (21, 121) molded extending from the component portion (12, 112); a securing means (14, 114) capable of being received within a receptacle (25, 125) defined by the linking platform (21, 121); wherein the securing means (14, 114) is designed to be received within an aperture defined by an automotive component, and is capable of securing the component portion to the automotive component (12, 112); and wherein the component portion (12, 112), the linking platform (21, 121) and the securing means (14, 114) are molded as one piece, characterized in that the integrated fastener includes the component portion and the securing means, which are integrated together, wherein the component portion is designed as a plastic molded component 13, which is designed as a sensor. a component portion (12, 112) including a component housing surrounding a component (13, 113); a linking platform (21, 121) molded extending from the component portion (12, 112); a securing means (14, 114) capable of being received within a receptacle (25, 125) defined by the linking platform (21, 121); wherein the securing means (14, 114) is designed to be received within an aperture defined by an automotive component, and is capable of securing the component portion to the automotive component (12, 112); and wherein the component portion (12, 112), the linking platform (21, 121) and the securing means (14, 114) are molded as one piece, characterized in that the integrated fastener includes the component portion and the securing means, which are integrated together, wherein the component portion is designed as a plastic molded component 13, which is designed as a sensor.
Household appliance apparatus, in particular hob apparatus, with at least one deflection unit (28a-b), which is provided to deflect at least one waveguide (22a-b) from an original direction, and which has at least two guide sections (32a-b, 34a-b) of a guide element (30a-b) of the deflection unit (28a-b), which transition into one another and are curved in different directions, wherein a transition between the guide sections (32a-b, 34a-b) is smooth, and characterised in that a curvature assumes a progression with a changing sign in the guide element (30a-b).
A superconducting magnet assembly comprising a cold mass, itself comprising superconducting magnet coils, within an outer vacuum chamber with a thermal radiation shield located around the cold mass but inside the outer vacuum chamber, wherein the superconducting magnet assembly further comprises a self-supporting flexible shield so as to substantially enclose the cold mass, wherein the self-supporting flexible shield comprises a shaped plastic sheet with a low emissivity coating on both of its sides located between the cold mass and the thermal radiation shield, the self-supporting flexible shield comprising a folded structure of shaped plastic sheet with a low emissivity coating on both of its sides attached to the cold mass, characterised in that the folded structure comprises an interlocking slit and barbed tab arrangement. wherein the superconducting magnet assembly further comprises a self-supporting flexible shield so as to substantially enclose the cold mass, wherein the self-supporting flexible shield comprises a shaped plastic sheet with a low emissivity coating on both of its sides located between the cold mass and the thermal radiation shield, the self-supporting flexible shield comprising a folded structure of shaped plastic sheet with a low emissivity coating on both of its sides attached to the cold mass, characterised in that the folded structure comprises an interlocking slit and barbed tab arrangement.
An air conditioning system for rail vehicles in which all compressors, condensers, fans, filters, heating elements, sensing and control devices needed for air conditioning the passenger space are structurally integrated in an equipment tray arranged on the vehicle roof, wherein the equipment tray, which is enclosed by a housing, is arranged in a free installation space on the vehicle roof such that it forms a part of the roof shape within the contour of the rail vehicle, wherein a compressor/condenser unit and an air treatment unit are installed in the equipment tray, which units are arranged one behind the other relative to the longitudinal extension of the housing, wherein the compressor/condenser unit is designed for two separate cooling circuits and for this purpose includes two compressors, two condensers, and two condenser fans, wherein the air treatment unit includes an evaporator, a heater, at least one supply air fan, at least one air filter, and a fresh air/recirculating air flap, wherein the fresh air is suctioned in via openings on the longitudinal sides and the recirculating air is suctioned in via at least one opening in the bottom of the housing, wherein an assembly for closed-loop controlling the ratio of fresh air and recirculating air is arranged in the flow path of fresh air and recirculating air, wherein the mixed air controlled in this manner is suctioned in by the supply air fan via the air filter, the evaporator, and the heater and delivered as supply air into the passenger space through an opening on the front face of the housing, characterized in that the condenser supply air is suctioned in by condenser fans via openings on the top side of the housing, is conducted via the condensers and flows out as condenser exhaust air via protective gratings on the longitudinal sides of the housing and in that the fresh air is additionally suctioned in via openings in the bottom of the housing.
An air-conditioner controller configured to control an operation of an air conditioner, the air-conditioner controller comprising: a microphone configured to detect a voice of a user in an air-conditioning area that is an area subject to air-conditioning control of the air conditioner; a storage unit configured to store, for each user, voiceprint data that is data indicating a voiceprint of a user, data of the detected voice of the user, and personal data that is data indicating a feature of a user; and a control unit configured to compare voice data that is data of a voice detected in the air-conditioning area with the voiceprint data, characterized in that the control unit is further configured to, when there is voiceprint data similar to the voice data, present a question based on the personal data to identify a user in the air-conditioning area on the basis of an answer acquired from the user in the air-conditioning area. a microphone configured to detect a voice of a user in an air-conditioning area that is an area subject to air-conditioning control of the air conditioner; a storage unit configured to store, for each user, voiceprint data that is data indicating a voiceprint of a user, data of the detected voice of the user, and personal data that is data indicating a feature of a user; and a control unit configured to compare voice data that is data of a voice detected in the air-conditioning area with the voiceprint data, characterized in that the control unit is further configured to, when there is voiceprint data similar to the voice data, present a question based on the personal data to identify a user in the air-conditioning area on the basis of an answer acquired from the user in the air-conditioning area.
Rotating electrical machine comprising a stator provided with stator windings and a rotor, said rotor comprising a plurality of alternated north poles and south poles which are formed from permanent magnets positioned according to a substantially radial, socalled flux concentration, configuration, said permanent magnets being housed in first respective recesses formed in the magnetic mass of said rotor, characterized in that each of said first recesses emerges on an air gap of the machine at the outer circumference of said rotor via a notch separating one magnetic pole from a consecutive neighbouring magnetic pole and forms first and second tips (B1, B2) which are opposite and intended to retain said permanent magnet concerned in its first recess in opposing the effect of the centrifugal force on said permanent magnet, a bottom face of said tips (B1, B2) exhibiting an angle of inclination α with respect to a top face of the permanent magnet which is between α = 0.1° and α = 15°, a mechanical reinforcement being provided by means of a rounding of radius R between said bottom face of said tips (B1, B2) and a substantially radial adjoining face forming an internal wall of said first recess, said radius R being between R = 0.5 mm and R = 1.5 mm. a bottom face of said tips (B1, B2) exhibiting an angle of inclination α with respect to a top face of the permanent magnet which is between α = 0.1° and α = 15°, a mechanical reinforcement being provided by means of a rounding of radius R between said bottom face of said tips (B1, B2) and a substantially radial adjoining face forming an internal wall of said first recess, said radius R being between R = 0.5 mm and R = 1.5 mm.
A computer-implemented method, comprising: determining, by a processor of a first device associated with a driver, a safety condition of a vehicle; disabling, by the processor, at least one function of the first device associated with the driver of a vehicle based on the determined safety condition, the first device having a display, being connected to an infotainment system of the vehicle, and being responsible for driving a separate display of the infotainment system, receiving, by the processor, a request from a second device to provide an instruction to the first device; determining, by the processor, that the second device has permission to provide the instruction to the first device; receiving, by the processor, the instruction from the second device; and controlling, by the processor, the infotainment system according to the instruction received from the second device. determining, by a processor of a first device associated with a driver, a safety condition of a vehicle; disabling, by the processor, at least one function of the first device associated with the driver of a vehicle based on the determined safety condition, the first device having a display, being connected to an infotainment system of the vehicle, and being responsible for driving a separate display of the infotainment system, receiving, by the processor, a request from a second device to provide an instruction to the first device; determining, by the processor, that the second device has permission to provide the instruction to the first device; receiving, by the processor, the instruction from the second device; and controlling, by the processor, the infotainment system according to the instruction received from the second device.
Method for controlling at least one first circulation pump (17b, 17c) of a heating or cooling system having a primary circuit (2, 2a) and a secondary circuit (4, 30a) coupled therewith at a transfer point (3, 29), wherein the first circulation pump (17, 17b, 17c, 17b') conveys a heating or cooling medium in the primary circuit (2, 2a) and in the secondary circuit (4, 30a) at least one second circulation pump (12, 17d) is located that conveys a heating or cooling medium in at least one partial area of the secondary circuit (4, 30a), characterized in that the volume flow rate ( V̇ pri, V̇ pri,i) of the first circulation pump (17, 17b, 17c, 17b') is controlled in functional dependence of the flowing volume flow rate ( V̇ sec) of the secondary circuit (4, 30) behind the transfer point (3, 29).