mhurhangee/ep-ind-claims huggingface dataset:
An ionization vacuum measurement cell comprising: a) an evacuatable housing with a measurement connection for the vacuum to be measured, b) a first and second electrode (3, 4) having a common axis and arranged substantially coaxially and spaced apart to each other, whereby a measurement chamber is formed between these two electrodes, which is arranged in communication with the measurement connection, wherein the first electrode forms the outer electrode comprising a substantially cylindrical surface, c) wherein the electrodes (3, 4) are connectable to a voltage source, and d) a current measurement means is connectable between the electrodes (3, 4) for evaluating a discharge current, the discharge current being a function of the vacuum pressure to be measured, e) at least one permanent magnet ring surrounding the coaxial arrangement of the electrodes (3, 4), having a magnetisation direction which is substantially radial to the axis, and with a soft-magnetic yoke surrounding the permanent magnet ring, characterised in that said yoke extends axially away from the permanent magnet ring on both sides, and extends in a radial direction to the axis and the first electrode on both sides at a predetermined distance (d) from the permanent magnet ring, wherein said first electrode forms the outer electrode of the coaxial arrangement of the electrodes (3, 4), such that the yoke forms two annular poles (9a, b) on both sides of the permanent magnet ring and spaced apart therefrom, through which at least a part of the field lines of the permanent magnet ring form a closed loop within the measurement chamber, penetrating the first electrode, wherein preferably an annular tunnel-like magnetic field is generated above the first electrode inside the measurement chamber. a) an evacuatable housing with a measurement connection for the vacuum to be measured, b) a first and second electrode (3, 4) having a common axis and arranged substantially coaxially and spaced apart to each other, whereby a measurement chamber is formed between these two electrodes, which is arranged in communication with the measurement connection, wherein the first electrode forms the outer electrode comprising a substantially cylindrical surface, c) wherein the electrodes (3, 4) are connectable to a voltage source, and d) a current measurement means is connectable between the electrodes (3, 4) for evaluating a discharge current, the discharge current being a function of the vacuum pressure to be measured, e) at least one permanent magnet ring surrounding the coaxial arrangement of the electrodes (3, 4), having a magnetisation direction which is substantially radial to the axis, and with a soft-magnetic yoke surrounding the permanent magnet ring,
A battery pack comprising: a plurality of prismatic unit batteries that each comprise a can having an opening, an electrode assembly received in the can and a cap plate sealing the opening of the can, and are arranged side by side in a first direction such that the cap plates are exposed in the same direction; and a protection circuit module that is disposed adjacent to the cap plates of the plurality of unit batteries, and comprises a circuit board extending in the first direction, wherein each of the plurality of unit batteries comprises: a first terminal that is disposed on a first area of the cap plate and connects the unit battery and the protection circuit module; and a second terminal that is disposed on a second area of the cap plate and connects the unit battery and the protection circuit module; characterized in that, the protection circuit module is arranged such that a wide surface of the protection circuit module is located perpendicular to a wide surface of the cap plate; and the circuit board comprises at least one terminal hole (61 h), wherein an end portion of at least one of the first terminal and the second terminal of the unit battery is inserted into the terminal hole (61 h). a plurality of prismatic unit batteries that each comprise a can having an opening, an electrode assembly received in the can and a cap plate sealing the opening of the can, and are arranged side by side in a first direction such that the cap plates are exposed in the same direction; and a protection circuit module that is disposed adjacent to the cap plates of the plurality of unit batteries, and comprises a circuit board extending in the first direction, wherein each of the plurality of unit batteries comprises: a first terminal that is disposed on a first area of the cap plate and connects the unit battery and the protection circuit module; and a second terminal that is disposed on a second area of the cap plate and connects the unit battery and the protection circuit module; characterized in that, the protection circuit module is arranged such that a wide surface of the protection circuit module is located perpendicular to a wide surface of the cap plate; and the circuit board comprises at least one terminal hole (61 h), a first terminal that is disposed on a first area of the cap plate and connects the unit battery and the protection circuit module; and a second terminal that is disposed on a second area of the cap plate and connects the unit battery and the protection circuit module; the protection circuit module is arranged such that a wide surface of the protection circuit module is located perpendicular to a wide surface of the cap plate; and the circuit board comprises at least one terminal hole (61 h),
A hand portable electrical portable appliance for cutting polystyrene, comprising: • a grip body; • a cutter wire tensioned between a bracket and the grip body; • a rechargeable battery for powering and heating the cutter wire under the control of a pushbutton; • a guiding angle bar the appliance being characterized in that the guiding bar is configured to swivel in a vertical plane and in a horizontal plane; and in that the appliance comprises a linear rail screwed onto the grip body and co-operating with a ball bearing in order to enable the guide angle bar to slide so as to cut accurately straight. • a grip body; • a cutter wire tensioned between a bracket and the grip body; • a rechargeable battery for powering and heating the cutter wire under the control of a pushbutton; • a guiding angle bar
A metallurgic furnace comprising: at least an upper stack; at least a lower stack; at least one fuel feeder positioned substantially between the at least one upper stack and the at least one lower stack; and at least one row of tuyères (3, 4) positioned in at least one of the at least one upper stack and at least one lower stack, and at least a row of tuyères (3, 4) providing a fluid communication between the inside of the furnace and the external environment, positioned in at least one of the at least one upper stack and at least one lower stack, and characterized in that it further comprises at least one hood, located in the upper stack, extending longitudinally through the furnace, being limited above the secondary tuyères, wherein the hood is adapted to, when in use, provide a permeabilizing fuel in the center, such that at least one permeabilizing fuel column is provided. at least an upper stack; at least a lower stack; at least one fuel feeder positioned substantially between the at least one upper stack and the at least one lower stack; and at least one row of tuyères (3, 4) positioned in at least one of the at least one upper stack and at least one lower stack, and at least a row of tuyères (3, 4) providing a fluid communication between the inside of the furnace and the external environment, positioned in at least one of the at least one upper stack and at least one lower stack, and characterized in that it further comprises at least one hood, located in the upper stack, extending longitudinally through the furnace, being limited above the secondary tuyères, wherein the hood is adapted to, when in use, provide a permeabilizing fuel in the center, such that at least one permeabilizing fuel column is provided.
Pallet for holding modeling material, wherein a receptacle, comprises a magnet and/or a magnetizable material, wherein the modeling material comprises another magnet and/or magnetizable material, wherein the receptacle has a media holder, wherein the receptacle has a plastic covering and the plastic covering shows advertising, instructions or general information, wherein the receptacle has a holding opening and a holder element, wherein the receptacle is wholly or partially heatable, characterized in that the plastic covering has colored foils, and that different colored foils with different temperatures indicate heated areas of the receptacle.
A sheet-type cell comprising: a sheet-type outer case; and a power generation element contained in the sheet-type outer case, the power generation element comprising: a positive electrode; a negative electrode; a separator; and an aqueous electrolyte solution, wherein the negative electrode comprises a zinc foil as an active material layer, the zinc foil consisting of a zinc alloy containing 0.001 to 0.2% by mass of Bi, optionally up to 0.04% by mass of In, and further optionally up to 0.1% by mass in total of Al, Mg, Ca, and Sr, and the aqueous electrolyte solution is an aqueous solution which contains an electrolyte salt and has a pH of 4 or more and less than 12, or an alkaline electrolyte solution, characterized in that the zinc foil is an electrolytic zinc foil. a sheet-type outer case; and a power generation element contained in the sheet-type outer case, the power generation element comprising: a positive electrode; a negative electrode; a separator; and an aqueous electrolyte solution, wherein the negative electrode comprises a zinc foil as an active material layer, the zinc foil consisting of a zinc alloy containing 0.001 to 0.2% by mass of Bi, optionally up to 0.04% by mass of In, and further optionally up to 0.1% by mass in total of Al, Mg, Ca, and Sr, and the aqueous electrolyte solution is an aqueous solution which contains an electrolyte salt and has a pH of 4 or more and less than 12, or an alkaline electrolyte solution, characterized in that the zinc foil is an electrolytic zinc foil. a positive electrode; a negative electrode; a separator; and an aqueous electrolyte solution, wherein the negative electrode comprises a zinc foil as an active material layer, the zinc foil consisting of a zinc alloy containing 0.001 to 0.2% by mass of Bi, optionally up to 0.04% by mass of In, and further optionally up to 0.1% by mass in total of Al, Mg, Ca, and Sr, and the aqueous electrolyte solution is an aqueous solution which contains an electrolyte salt and has a pH of 4 or more and less than 12, or an alkaline electrolyte solution, characterized in that the zinc foil is an electrolytic zinc foil.
An augmented mirror for use with one or more user objects, the augmented mirror comprising: a partially silvered mirrored surface; a display screen underneath the mirrored surface; a camera module including a depth scanner for capturing an image and associated depth information of a user of the mirror; and a computer module comprising one or more processors configured to process images received from the camera module and control images displayed on the display screen; wherein the sole means of communication between the outside world and the computer module is via the one or more user objects, wherein the one or more user objects comprise one or more packaging containers for fast moving consumer goods (FMCGs) and said sole means of communication is by way of markings on the packaging containers. a partially silvered mirrored surface; a display screen underneath the mirrored surface; a camera module including a depth scanner for capturing an image and associated depth information of a user of the mirror; and a computer module comprising one or more processors configured to process images received from the camera module and control images displayed on the display screen; wherein the sole means of communication between the outside world and the computer module is via the one or more user objects, wherein the one or more user objects comprise one or more packaging containers for fast moving consumer goods (FMCGs) and said sole means of communication is by way of markings on the packaging containers.
A method performed in a mesh network that employs a hierarchical digital transmission standard, for operating a node to handle link failure, said method comprising: detecting failure at a second, signalling hierarchical layer of a data communication link, wherein said link is employed by a plurality of paths defined at a first, switching hierarchical layer above said second, signalling hierarchical layer; signalling local repair of said failure using overhead information of said second, signalling hierarchical layer only and along a pre-configured protection route without flooding throughout the mesh network; and switching only protected ones of said plurality of paths to said pre-configured protection route to avoid said failure. detecting failure at a second, signalling hierarchical layer of a data communication link, wherein said link is employed by a plurality of paths defined at a first, switching hierarchical layer above said second, signalling hierarchical layer; signalling local repair of said failure using overhead information of said second, signalling hierarchical layer only and along a pre-configured protection route without flooding throughout the mesh network; and switching only protected ones of said plurality of paths to said pre-configured protection route to avoid said failure.
A method of measuring a concentration of an analyte or total protein in a sample, the method comprising: contacting the sample with a colorimetric reagent to obtain a processed sample; focusing a camera comprising an aperture at the processed sample; opening the aperture for a period of time sufficient to collect a predetermined amount of light from the sample; measuring the period of time; and correlating the period of time with the concentration of the analyte or the total protein in the sample. contacting the sample with a colorimetric reagent to obtain a processed sample; focusing a camera comprising an aperture at the processed sample; opening the aperture for a period of time sufficient to collect a predetermined amount of light from the sample; measuring the period of time; and correlating the period of time with the concentration of the analyte or the total protein in the sample.
Prefabricated staircase with a quarter turn comprising a central stringer to which are singly attached to the treads (10 - 13, 18), the central stringer being made of a metal beam manufactured by cutting and bending of at least one metal sheet, in particular made of steel, so as to define at least four zones receiving the treads, suitable to provide the quarter turn, the said receiving zones comprising a first zone for supporting and possibly bonding the said treads, and a second zone defining a notch (6, 29) orientated along an essentially vertical plane and having a width corresponding substantially to the thickness of the tread, within which notch the said treads are capable of sliding over a variable distance - depending on the desired tread area; ▪ the treads are made of concrete or wood, of which at least four are adapted to the said four zones of the stringer to obtain the quarter turn.
Water/hydrogen separator device for separating the gas from the liquid comprising - a container to contain the mixture of liquid and gas, - a duct through which a liquid/gas mixture can reach the container, - an outflow for the liquid from the container, - a gas outflow duct from the container, - measurement means (70, 74) for measuring the reaching of a level of liquid in the container; - valve means positioned on the outflow for the liquid; - control means cooperating with the measuring means so as to receive the measurement of the level of liquid and adapted to act consequentially on the valve means to maintain a predefined maximum level of liquid in the container. characterised in that the measurement means comprise - emitter (70, 72) and receiver (74,76) means of electromagnetic radiations adapted for generating a beam of electromagnetic radiation, and - a floating element adapted for floating on a quantity of liquid which accumulates on the bottom of the container and for interrupting a beam of the electromagnetic radiations at a predefined level, and the control means comprise a processing unit receiving a signal from the emitter (70, 72) and receiver (74,76) means. - a container to contain the mixture of liquid and gas, - a duct through which a liquid/gas mixture can reach the container, - an outflow for the liquid from the container, - a gas outflow duct from the container, - measurement means (70, 74) for measuring the reaching of a level of liquid in the container; - valve means positioned on the outflow for the liquid; - control means cooperating with the measuring means so as to receive the measurement of the level of liquid and adapted to act consequentially on the valve means to maintain a predefined maximum level of liquid in the container. characterised in that the measurement means comprise - emitter (70, 72) and receiver (74,76) means of electromagnetic radiations adapted for generating a beam of electromagnetic radiation, and - a floating element adapted for floating on a quantity of liquid which accumulates on the bottom of the container and for interrupting a beam of the electromagnetic radiations at a predefined level, and the control means comprise a processing unit receiving a signal from the emitter (70, 72) and receiver (74,76) means.
A gas turbine engine component comprising a wall having first and second opposing surfaces and defining a cooling hole, the cooling hole extending through the wall from an inlet located at the first wall surface to an outlet located at the second wall surface and having: a metering section; and a diffusing section extending from the metering section to the outlet, the diffusing section comprising: a first lobe diverging longitudinally and laterally from the metering section and comprising a first trailing edge; a second lobe diverging longitudinally and laterally from the metering section and comprising a second trailing edge; and a transition region having a portion that extends between the first and second lobes, the transition region comprising a downstream end adjacent the outlet characterized in that the downstream end is at least axially coextensive with the first and with the second trailing edges (136, 138) of the first and second lobes. a metering section; and a diffusing section extending from the metering section to the outlet, the diffusing section comprising: a first lobe diverging longitudinally and laterally from the metering section and comprising a first trailing edge; a second lobe diverging longitudinally and laterally from the metering section and comprising a second trailing edge; and a transition region having a portion that extends between the first and second lobes, the transition region comprising a downstream end adjacent the outlet characterized in that the downstream end is at least axially coextensive with the first and with the second trailing edges (136, 138) of the first and second lobes. a first lobe diverging longitudinally and laterally from the metering section and comprising a first trailing edge; a second lobe diverging longitudinally and laterally from the metering section and comprising a second trailing edge; and a transition region having a portion that extends between the first and second lobes, the transition region comprising a downstream end adjacent the outlet characterized in that the downstream end is at least axially coextensive with the first and with the second trailing edges (136, 138) of the first and second lobes. the downstream end is at least axially coextensive with the first and with the second trailing edges (136, 138) of the first and second lobes.
A method for filling a cartridge for an aerosol generating device with a liquid, comprising the steps of: - providing a cartridge comprising a container having a bottom and a lateral wall which rises from the bottom and an absorbent element arranged in the container; - moving the cartridge and at least one cannula from and towards an operative position in which a dispensing end of the cannula is arranged between the lateral wall of the container and the absorbent element; and - injecting a dosed quantity of liquid in the container through the cannula; the method being characterized in that it comprises the further steps of: - capturing, by means of image acquisition means, at least one image of the cannula and of the cartridge, when they are moved towards the operative position and a thermal image of the cartridge after the insertion of the liquid; - measuring, by means of a flow sensor, the quantity of liquid passing through the cannula; and evaluating if the cartridge contains the correct dosed quantity of liquid, after the injection of the liquid into the cartridge, using a control unit connected to the image acquisition means and to the flow sensor. - providing a cartridge comprising a container having a bottom and a lateral wall which rises from the bottom and an absorbent element arranged in the container; - moving the cartridge and at least one cannula from and towards an operative position in which a dispensing end of the cannula is arranged between the lateral wall of the container and the absorbent element; and - injecting a dosed quantity of liquid in the container through the cannula; - capturing, by means of image acquisition means, at least one image of the cannula and of the cartridge, when they are moved towards the operative position and a thermal image of the cartridge after the insertion of the liquid; - measuring, by means of a flow sensor, the quantity of liquid passing through the cannula; and