mhurhangee/patent-ind-claim-en huggingface dataset:
A planar electrical heating apparatus operable using AC or DC power comprising: an outer shell with an upper shell layer and a lower shell layer defining an internal cavity therebetween having an upper inner cavity surface facing a lower inner cavity surface, each upper and lower inner cavity surface having a first attachment region in which the upper inner cavity surface and the lower inner cavity surface is attachable along a periphery and a second attachment region in which the upper inner cavity surface and the lower inner cavity surface is detachable over a central area of the internal cavity, wherein the first attachment region has a first bond between the upper inner cavity surface and the lower inner cavity surface at least as strong as a second bond of the second attachment region between the upper inner cavity surface and the lower inner cavity surface; a heating element positionable within the internal cavity between the upper shell layer and lower shell layer, the heating element having a heating conductor and a first and a second non-heating conductor; a first connector end portion secured to the first and the second non-heating conductor for coupling to an electrical power supply; and a sealing end portion enclosing the connector end portion for electrical isolation and protection from water ingress. an outer shell with an upper shell layer and a lower shell layer defining an internal cavity therebetween having an upper inner cavity surface facing a lower inner cavity surface, each upper and lower inner cavity surface having a first attachment region in which the upper inner cavity surface and the lower inner cavity surface is attachable along a periphery and a second attachment region in which the upper inner cavity surface and the lower inner cavity surface is detachable over a central area of the internal cavity, wherein the first attachment region has a first bond between the upper inner cavity surface and the lower inner cavity surface at least as strong as a second bond of the second attachment region between the upper inner cavity surface and the lower inner cavity surface; a heating element positionable within the internal cavity between the upper shell layer and lower shell layer, the heating element having a heating conductor and a first and a second non-heating conductor; a first connector end portion secured to the first and the second non-heating conductor for coupling to an electrical power supply; and a sealing end portion enclosing the connector end portion for electrical isolation and protection from water ingress.
A method for conveying messages between a first software application in a first container and a second software application in a second container , comprising the steps of: • receiving , by a first connectivity service associated with the first container , an ordered sequence of messages sent by the first application ; • transmitting , by the first connectivity service , at least two copies (4a-4c) of each message to a second connectivity service associated with the second container , wherein the at least two copies (4a-4c) are routed on at least partially redundant paths and wherein each copy (4a-4c) is indicative of the position of the original message in the original ordered sequence; and • forwarding , by the second connectivity service , at least one copy (4a-4c) of each message to the second application , in the order given by the original ordered sequence. • receiving , by a first connectivity service associated with the first container , an ordered sequence of messages sent by the first application ; • transmitting , by the first connectivity service , at least two copies (4a-4c) of each message to a second connectivity service associated with the second container , wherein the at least two copies (4a-4c) are routed on at least partially redundant paths and wherein each copy (4a-4c) is indicative of the position of the original message in the original ordered sequence; and • forwarding , by the second connectivity service , at least one copy (4a-4c) of each message to the second application , in the order given by the original ordered sequence.
A liquid container that contains liquid that is used in a liquid consumption apparatus, comprising: a liquid storage portion that is surrounded by a plurality of wall portions (41-46), and contains liquid in the liquid storage portion ; and a plurality of contact portions are provided on a first wall portion , the first wall portion extending in the vertical direction, among the plurality of wall portions, the plurality of contact portions are to be in contact with terminals on-the-apparatus-side provided in the liquid consumption apparatus, when the liquid container is mounted in the liquid consumption apparatus, wherein the plurality of contact portions are provided at a position close to a first edge side among the first edge side and a second edge side of the first wall portion , the first edge side and a second edge side are arranged to face each other, characterized in that at least some contact portions , from among the plurality of contact portions, form at least one column arranged along the first edge side, the liquid container includes protruding portions outward of outer contact portions that are the outermost contact portions in the column, and the protruding portions , which extend in the vertical direction, are provided between an end portion on the first edge side of the outer contact portions and the first edge side in a direction from the first edge side toward the column. a liquid storage portion that is surrounded by a plurality of wall portions (41-46), and contains liquid in the liquid storage portion ; and a plurality of contact portions are provided on a first wall portion , the first wall portion extending in the vertical direction, among the plurality of wall portions, the plurality of contact portions are to be in contact with terminals on-the-apparatus-side provided in the liquid consumption apparatus, when the liquid container is mounted in the liquid consumption apparatus, wherein the plurality of contact portions are provided at a position close to a first edge side among the first edge side and a second edge side of the first wall portion , the first edge side and a second edge side are arranged to face each other, characterized in that at least some contact portions , from among the plurality of contact portions, form at least one column arranged along the first edge side, the liquid container includes protruding portions outward of outer contact portions that are the outermost contact portions in the column, and the protruding portions , which extend in the vertical direction, are provided between an end portion on the first edge side of the outer contact portions and the first edge side in a direction from the first edge side toward the column.
A water drainage system suitable to be used in appliances accumulating water from environment, comprising at least one evaporator and a plurality of flat evaporator coils provided on the evaporator and arranged side-by-side with gaps therebetween, characterized by - at least one engine below the evaporator coils, - at least one shaft connected to the engine, - at least one plate connected to the shaft, extending along the evaporator coils arranged side-by-side, wherein the plate is arranged to be rotated by the shaft to contact the evaporator coils from below in order to accelerate water drainage from the evaporator coils, and by - at least one bracket connected to the shaft and extending vertically from the shaft. - at least one engine below the evaporator coils, - at least one shaft connected to the engine, - at least one plate connected to the shaft, extending along the evaporator coils arranged side-by-side, wherein the plate is arranged to be rotated by the shaft to contact the evaporator coils from below in order to accelerate water drainage from the evaporator coils, and by - at least one bracket connected to the shaft and extending vertically from the shaft.
Docking station for an electronic user device ; wherein the docking station comprises - at least one microphone and at least one loudspeaker ; - a housing with a holder , which is embodied to hold different types of user devices on or in the docking station ; - an occupancy sensor , which is embodied to acquire occupancy sensor data indicating whether or not a user device is located in the holder ; - a communication unit , which is embodied for wireless data communication; and - a control module , which is configured - to determine, on the basis of the occupancy sensor data, that a user device is located in the holder ; - to cause the communication unit to transmit at least one beacon and, in response thereto, to receive several response signals from several user devices in a vicinity of the docking station ; - to determine, on the basis of the several response signals , which of the several user devices is located in the holder of the docking station ; and - to establish, via the communication unit , a wireless communication connection to the specific user device located in the holder of the docking station . - at least one microphone and at least one loudspeaker ; - a housing with a holder , which is embodied to hold different types of user devices on or in the docking station ; - an occupancy sensor , which is embodied to acquire occupancy sensor data indicating whether or not a user device is located in the holder ; - a communication unit , which is embodied for wireless data communication; and - a control module , which is configured - to determine, on the basis of the occupancy sensor data, that a user device is located in the holder ; - to cause the communication unit to transmit at least one beacon and, in response thereto, to receive several response signals from several user devices in a vicinity of the docking station ; - to determine, on the basis of the several response signals , which of the several user devices is located in the holder of the docking station ; and - to establish, via the communication unit , a wireless communication connection to the specific user device located in the holder of the docking station . - to determine, on the basis of the occupancy sensor data, that a user device is located in the holder ; - to cause the communication unit to transmit at least one beacon and, in response thereto, to receive several response signals from several user devices in a vicinity of the docking station ; - to determine, on the basis of the several response signals , which of the several user devices is located in the holder of the docking station ; and - to establish, via the communication unit , a wireless communication connection to the specific user device located in the holder of the docking station .
A solar cell module, comprising at least one solar cell string, each of which comprises a plurality of solar cells connected in series by conductive tapes, wherein each solar cell is provided with at least two busbars, and a length L of the solar cell in a busbar direction is less than or equal to 10 cm; wherein a ratio of a total width W of the conductive tapes adopted by the solar cell to a width D of the solar cell is 0.1% to 3%; and wherein a ratio of the total width W of the conductive tapes adopted by the solar cell to the length L of the solar cell is D : 8000 mm to D : 3000 mm, wherein D refers to the width of the solar cell in unit of mm, characterised in that a ratio of a total width of the at least two busbars for each solar cell to the width of the solar cell is 0.1% to 2%. wherein each solar cell is provided with at least two busbars, and a length L of the solar cell in a busbar direction is less than or equal to 10 cm; wherein a ratio of a total width W of the conductive tapes adopted by the solar cell to a width D of the solar cell is 0.1% to 3%; and wherein a ratio of the total width W of the conductive tapes adopted by the solar cell to the length L of the solar cell is D : 8000 mm to D : 3000 mm, wherein D refers to the width of the solar cell in unit of mm, characterised in that a ratio of a total width of the at least two busbars for each solar cell to the width of the solar cell is 0.1% to 2%.
Liposomes in a liposomal formulation for the treatment of neurodegenerative diseases and spinal cord injuries, comprising sphingomyelin in the lipid bilayer and configured to cross the blood-brain barrier, wherein the lipid bilayer of the liposome is essentially free of gangliosides, characterized in that the liposomes have a mean diameter between 10 and 70 nm and that the liposomal formulation has a polydispersity index ≤ 0.15, wherein the mean diameter is determined by cryo transmission electron microscopy (cryoTEM) with a standard deviation of approx. 10 nm, and wherein the polydispersity index is determined by dynamic light scattering (DLS).
A matrix-array detecting device having a stack comprising a matrix array of detecting-element pixels, and an active matrix array comprising a network of rows and columns for controlling said pixels and produced on the surface of a substrate , - the detecting-element pixels comprising: o a common top electrode ; o a detecting layer ; o discrete bottom electrodes ; - said device comprising a metallic mesh that is connected to said top electrode, characterized in that : o said mesh having pads with at least one metal portion, said pads being incorporated into said detecting layer; o said pads of the metallic mesh being positioned opposite of the network of controlling rows and columns and isolated therefrom, and separating elements of the detecting layer while being in contact with said detecting layer . - the detecting-element pixels comprising: o a common top electrode ; o a detecting layer ; o discrete bottom electrodes ; o a common top electrode ; o a detecting layer ; o discrete bottom electrodes ; - said device comprising a metallic mesh that is connected to said top electrode, o said mesh having pads with at least one metal portion, said pads being incorporated into said detecting layer; o said pads of the metallic mesh being positioned opposite of the network of controlling rows and columns and isolated therefrom, and separating elements of the detecting layer while being in contact with said detecting layer .
A method for producing ultrapure magnesium by distilling at reduced pressure, characterized in that a starting material in the form of a magnesium-containing molten metal is disposed, together with the upper region of a crucible-shaped condensation vessel made of a material inert to magnesium and having an opening that is protected against the entry of contaminated refluxing molten magnesium by a cover inert to magnesium and that permits the entry of magnesium vapor, in the upper part of a vacuum-tight retort that may be heated to different temperatures from the outside in the horizontal direction by one or a plurality of heating elements and that is made of a material largely inert to magnesium or a material that at least does not give off evaporable impurities at a temperature above the melting point and is disposed in the immediate region of the magnesium-containing melt or of the opening of the crucible-shaped condensation vessel above the boiling point of magnesium, wherein the lower region of the crucible-shaped condensation vessel is disposed in a tapering retort that region closely surrounds its lower region, in a temperature gradient between the boiling point and the melting point of magnesium, and in that the retort may be at least temporarily linked, using a blocking element, to a chamber that itself may be linked via lines and a valve to a vacuum pump, via a further line to a vacuum gauge, and via a third line and a valve to an inert gas source, wherein the pressure inside the retort is maintained in a target pressure range during the distillation process, i.e., on the one hand is lowered until the boiling point of the magnesium is reduced to a temperature thermally acceptable for the material of the retort and on the other hand is maintained at a minimum value by the selective addition of inert gas, in which the boiling point of the pure molten magnesium disposed in the lower region of the crucible-shaped condensation vessel is not exceeded.
Cosmetic and/or dermatological preparation, flowable at room temperature, based on a water-in-oil emulsion comprising at least two W/O emulsifiers, characterized in that the W/O emulsifiers selected are diisostearoyl polyglyceryl-3 dimer dilinoleate and polyglyceryl-4 diisostearate/polyhydroxystearate/sebacate and at least one oil with a spreadability value greater than 600 mm 2 /10 min, selected from the group comprising isopropyl palmitate, isopropyl myristate, coco-caprylate/caprate, isopropyl isostearate, cyclomethicone, butylene glycol dicaprylate/dicaprate, dicaprylyl carbonate, isopropyl stearate, dibutyl adipate, isodecyl neopentanoate, isohexadecane, C13-16 isoparaffin and/or dicaprylyl ether, wherein the proportion of this oil or these oils is selected in the range of 10 to 20% by weight, based on the total mass of the preparation, wherein to measure the spreadability value (in mm 2 /10 min), 20 μl of the substance to be investigated are dripped centrally onto a red band filter paper from Schleicher & Schüll, a stopwatch is immediately started and, after 10 minutes, the area which has been wetted by the substance in this time in a room at constant temperature at 25°C ± 1°C is measured, wherein the proportion of polyethylene glycols and/or polyethylene glycol derivatives is below 1% by weight, especially 0% by weight, based on the total mass of the preparation, and wherein one or more powder raw materials are present.
A silicone formulation comprising a hydroxy-terminated polydiorganosiloxane and a first crosslinker selected from silanes according to formula (I) and hydrolysis or condensation products thereof: wherein a is 0, 1, 2 or 3 b is 0 or 1; c is 1, 2, 3 or 4; a+b+c is 4; each occurrence of R 1 and R 2 is individually selected from the group consisting of hydrogen and optionally substituted monovalent hydrocarbon radicals having from 1 to 30 carbon atoms; and R 3 and R 4 are such that each occurrence of R 3 is methyl and R 4 is hydrogen. a is 0, 1, 2 or 3 b is 0 or 1; c is 1, 2, 3 or 4; a+b+c is 4; each occurrence of R 1 and R 2 is individually selected from the group consisting of hydrogen and optionally substituted monovalent hydrocarbon radicals having from 1 to 30 carbon atoms; and R 3 and R 4 are such that each occurrence of R 3 is methyl and R 4 is hydrogen.
A method for manufacturing a light emitting diode structure , comprising: applying an anisotropic etchant to a surface of a silicon substrate , the silicon substrate having a Si lattice orientation at the surface ; forming an indentation on the Si surface of the substrate with the applied anisotropic etchant, the indentation being defined by first and second planes with a Si lattice orientation; and forming a light emitting diode structure on the first and second Si planes of the indentation , wherein forming the light emitting diode structure includes depositing an N-type GaN material , an InGaN material , and a P-type GaN material on the first and second Si planes in sequence, wherein the N-type GaN material is coalesced on the first and second Si planes during deposition such that the N-type GaN material has a thickness that is not constant such that it has a planar surface opposite the substrate so as to reduce a dislocation density in the N-type GaN material , wherein the InGaN material and P-type GaN material have planar surfaces, wherein the first and second Si planes extend from the Si surface of the substrate towards the substrate and intercept each other at a junction to form a zigzag pattern, and wherein the N-type GaN material is directly deposited on the first and second Si planes . applying an anisotropic etchant to a surface of a silicon substrate , the silicon substrate having a Si lattice orientation at the surface ; forming an indentation on the Si surface of the substrate with the applied anisotropic etchant, the indentation being defined by first and second planes with a Si lattice orientation; and forming a light emitting diode structure on the first and second Si planes of the indentation , wherein forming the light emitting diode structure includes depositing an N-type GaN material , an InGaN material , and a P-type GaN material on the first and second Si planes in sequence, wherein the N-type GaN material is coalesced on the first and second Si planes during deposition such that the N-type GaN material has a thickness that is not constant such that it has a planar surface opposite the substrate so as to reduce a dislocation density in the N-type GaN material , wherein the InGaN material and P-type GaN material have planar surfaces, wherein the first and second Si planes extend from the Si surface of the substrate towards the substrate and intercept each other at a junction to form a zigzag pattern, and wherein the N-type GaN material is directly deposited on the first and second Si planes .
Method for building tyres for vehicle wheels, comprising: - arranging a tyre being processed carried by a drum into a radially internal position with respect to gripping elements of a transfer device ; the gripping elements having gripping surfaces directed radially towards a longitudinal axis (Z-Z) of the transfer device ; the drum being supported by a movement device with at least two degrees of freedom; - detecting, through a measurement device , a longitudinal shift (ΔZ), along a direction parallel to said longitudinal axis (Z-Z) of the transfer device , between a centre of the transfer device and a centre of the tyre being processed . - arranging a tyre being processed carried by a drum into a radially internal position with respect to gripping elements of a transfer device ; the gripping elements having gripping surfaces directed radially towards a longitudinal axis (Z-Z) of the transfer device ; the drum being supported by a movement device with at least two degrees of freedom; - detecting, through a measurement device , a longitudinal shift (ΔZ), along a direction parallel to said longitudinal axis (Z-Z) of the transfer device , between a centre of the transfer device and a centre of the tyre being processed .