mhurhangee/ep-ind-claims huggingface dataset:
An electrochemical cell (200, 300), comprising: a negative electrode including a form of lithium; a positive electrode spaced apart from the negative electrode and configured to use O 2 and CO 2 as reagents in a reversible electrochemical reaction wherein Li 2 CO 3 is formed during discharge and consumed during charge at the positive electrode; a reservoir (244, 344) fluidly coupled with the positive electrode wherein the reservoir (244, 344) is configured to supply CO to the positive electrode; a separator positioned between the negative electrode and the positive electrode; and an electrolyte including a salt, wherein the ratio of CO 2 to O 2 consumed in the cell during full discharge from a fully charged state is 2:1. a negative electrode including a form of lithium; a positive electrode spaced apart from the negative electrode and configured to use O 2 and CO 2 as reagents in a reversible electrochemical reaction wherein Li 2 CO 3 is formed during discharge and consumed during charge at the positive electrode; a reservoir (244, 344) fluidly coupled with the positive electrode wherein the reservoir (244, 344) is configured to supply CO to the positive electrode; a separator positioned between the negative electrode and the positive electrode; and an electrolyte including a salt, wherein the ratio of CO 2 to O 2 consumed in the cell during full discharge from a fully charged state is 2:1.
A system comprising: a working cylinder; a piston rod provided inside the working cylinder, wherein the piston rod is axially movable within the working cylinder; and wherein the piston rod includes a permanent magnetic field within an axial region of the piston rod; and a measuring unit for measuring a radial magnetic field component of the piston rod, the measuring unit being provided outside the working cylinder; characterized in that the radial magnetic field component of the permanent magnetic field has a strictly monotonic behaviour with a non-zero, in particular, constant gradient as a function of an axial position so that a one-to-one relationship between the radial component of the magnetic field and the axial position is provided, wherein the axial region is the only region of the piston rod having said strictly monotonic magnetic field distribution. a working cylinder; a piston rod provided inside the working cylinder, wherein the piston rod is axially movable within the working cylinder; and wherein the piston rod includes a permanent magnetic field within an axial region of the piston rod; and a measuring unit for measuring a radial magnetic field component of the piston rod, the measuring unit being provided outside the working cylinder; characterized in that the radial magnetic field component of the permanent magnetic field has a strictly monotonic behaviour with a non-zero, in particular, constant gradient as a function of an axial position so that a one-to-one relationship between the radial component of the magnetic field and the axial position is provided, wherein the axial region is the only region of the piston rod having said strictly monotonic magnetic field distribution.
A part made of oxide/oxide composite material comprising fiber reinforcement constituted by a plurality of warp yarn layers and of weft yarn layers interlinked by three-dimensional weaving, with the spaces present between the reinforcing yarns being filled with a refractory oxide matrix; the part being characterized in that the fiber reinforcement presents a weave selected from the following weaves: interlock; multi-plain; multi-satin; and multi-serge; and warp and weft thread counts lying in the range 4 yarns/cm to 20 yarns/cm, and in that the fiber reinforcement presents a fiber volume fraction lying in the range 40% to 51%.
An arrangement for measuring a cell in a rechargeable battery pack, wherein the rechargeable battery pack comprises a series circuit composed of a plurality of cells (14,14a,14b), wherein two adjacent cells (14,14a,14b) are electrically connected to one another by means of a connecting branch, wherein an outer pole of the series circuit forms a reference point, and wherein the arrangement has a measuring device and comprises a switching device, which is equipped to selectively connect exactly one connecting branch to a measuring input of the measuring device, wherein the arrangement comprises at least on load being connected in parallel to one of the respective cells (14,14b), which are indirectly connected with the reference point, and wherein the load can selectively be brought into an activated operating state or into a deactivated operating state by means of a control signal (s) such that electric charge can be taken from at least one cell (14,14a,14b) during the activated operating state by means of the load, wherein the load including a series circuit comprises a semiconductor switch and a resistance (R v) characterized in that the amount of resistance (R v) is calculated such that in one measuring cycle of each cell (14,14a,14b) essentially the same load Qi is discharged.
A washer or washer-dryer comprising a body; a drum which is disposed in the body and wherein the laundry is loaded; a tub wherein the drum is disposed; and a baffle which is provided in the drum, which has at least one nozzle providing the delivery of water into the drum and which tumbles the laundry, the baffle having at least one filter filtering residues in the water such as detergent, dye, etc., at least one housing suitable for the placement of the filter, and a lid which covers the housing characterized by the filter with cationic polymer material comprising a filter body having an upper plate, a first opening provided on the upper plate, a second opening on the filter body aligning with the first opening, a pin disposed between the first opening and the second opening, and a spring surrounding the pin to enable the pin to be moved in the filter body; and the baffle having the lid which covers the second opening, which detachably connects the filter to the housing and which comprises a discharge opening thereon, the pin having a first ring placed into the first opening and a second ring placed into the discharge hole and the filter comprising two sealing members one placed between the upper plate and the first ring and the other placed between the discharge hole and the second ring.
A method comprising: determining a physical display orientation; determining whether the determined physical display orientation warrants a change of orientation of information presented; determining with a processor, whether a use state precludes a change of the orientation of the information presented based on the determined physical display orientation; changing the orientation of the information presented in response to a determined physical display orientation that warrants a change of the orientation of the information presented in an instance in which the use state is determined not to preclude a change of the orientation of the information presented based on the determined physical display orientation; maintaining the orientation of the information presented in response to a determined physical display orientation that warrants a change of the orientation of the information presented in an instance in which the use state is determined to preclude the change of the orientation of the information presented based on the determined physical display orientation; and changing the orientation of the information presented in response to an instruction of a user regardless of whether the use state precludes the change of the orientation of the information presented based on the determined physical display orientation. determining a physical display orientation; determining whether the determined physical display orientation warrants a change of orientation of information presented; determining with a processor, whether a use state precludes a change of the orientation of the information presented based on the determined physical display orientation; changing the orientation of the information presented in response to a determined physical display orientation that warrants a change of the orientation of the information presented in an instance in which the use state is determined not to preclude a change of the orientation of the information presented based on the determined physical display orientation; maintaining the orientation of the information presented in response to a determined physical display orientation that warrants a change of the orientation of the information presented in an instance in which the use state is determined to preclude the change of the orientation of the information presented based on the determined physical display orientation; and changing the orientation of the information presented in response to an instruction of a user regardless of whether the use state precludes the change of the orientation of the information presented based on the determined physical display orientation.
Cartridge for containing a fluid to be nebulized by a nebulizer, the cartridge comprising a closure with an opening for receiving a connecting element of the nebulizer for fluidically connecting the cartridge to a pump of the nebulizer, wherein the closure comprises a moveable closure element forming a valve, wherein the valve is adapted to open permanently when the connecting element is received in order to provide a fluidic connection of the cartridge or fluid to the connecting element and to maintain the fluidic connection as long as the connecting element is held in the closure or opening thereof, and wherein the closure element is adapted to move into the fluid when the connecting element is received and to displace a displacement volume of the fluid into the connecting element when the closure element is moved into the fluid. the cartridge comprising a closure with an opening for receiving a connecting element of the nebulizer for fluidically connecting the cartridge to a pump of the nebulizer, wherein the closure comprises a moveable closure element forming a valve, wherein the valve is adapted to open permanently when the connecting element is received in order to provide a fluidic connection of the cartridge or fluid to the connecting element and to maintain the fluidic connection as long as the connecting element is held in the closure or opening thereof, and wherein the closure element is adapted to move into the fluid when the connecting element is received and to displace a displacement volume of the fluid into the connecting element when the closure element is moved into the fluid.
A method for preparing a thermoplastic polyurethane elastomer material with micro air holes, characterized by comprising following steps: feeding liquid raw materials including diisocyanate molecules and polyol, and solid additives into a double-screw reactor to trigger a polymerization type chain extension reaction so as to obtain a hot melt having a high molecular weight; pushing the hot melt having a high molecular weight obtained in step into a mixing extruder via the exit of the double-screw reactor, and allowing the reaction to continue to generate a macromolecular thermoplastic polyurethane elastomer with molecular weight distribution in a narrow range; continuously feeding the obtained macromolecular thermoplastic polyurethane elastomer into a foaming extruder, and at the same time, adding nucleator and a foaming agent into the foaming extruder, well mixing and homogenizing all materials to obtain a mixture, delivering the mixture to a mold head by a melt booster pump under a controlled pressure and at a fixed amount, and extruding a high-pressure hot melt from the mold head into an under-water granulation chamber; granulating the high-pressure hot melt obtained in step in the underwater granulation chamber, delivering granulated particles into a separator by process water via a multi-stage pressure-release expansion process water pipeline, separating the generated expanded particles from the process water at the separator, screening and drying the expanded particles to obtain the target product. feeding liquid raw materials including diisocyanate molecules and polyol, and solid additives into a double-screw reactor to trigger a polymerization type chain extension reaction so as to obtain a hot melt having a high molecular weight; pushing the hot melt having a high molecular weight obtained in step into a mixing extruder via the exit of the double-screw reactor, and allowing the reaction to continue to generate a macromolecular thermoplastic polyurethane elastomer with molecular weight distribution in a narrow range; continuously feeding the obtained macromolecular thermoplastic polyurethane elastomer into a foaming extruder, and at the same time, adding nucleator and a foaming agent into the foaming extruder, well mixing and homogenizing all materials to obtain a mixture, delivering the mixture to a mold head by a melt booster pump under a controlled pressure and at a fixed amount, and extruding a high-pressure hot melt from the mold head into an under-water granulation chamber; granulating the high-pressure hot melt obtained in step in the underwater granulation chamber, delivering granulated particles into a separator by process water via a multi-stage pressure-release expansion process water pipeline, separating the generated expanded particles from the process water at the separator, screening and drying the expanded particles to obtain the target product.
A dispensing system for dispensing a hot melt adhesive foam onto a substrate, the dispensing system comprising: a pump having a first input configured to receive a hot melt adhesive and a second input configured to receive a gas, wherein the pump is configured to mix the hot melt adhesive and the gas to produce a solution; a dispenser configured to receive the solution from the pump and dispense the solution to create the hot melt adhesive foam; and characterized in that the dispensing system comprises: a temperature sensor configured to detect a temperature of the solution; and a controller in signal communication with the temperature sensor and the pump, wherein the controller is configured to 1) instruct the pump to operate at a first speed; 2) receive a signal from the temperature sensor that is indicative of the temperature of the solution; and 3) instruct the pump to operate at a second speed that is different than the first speed in response to the signal. a pump having a first input configured to receive a hot melt adhesive and a second input configured to receive a gas, wherein the pump is configured to mix the hot melt adhesive and the gas to produce a solution; a dispenser configured to receive the solution from the pump and dispense the solution to create the hot melt adhesive foam; and characterized in that the dispensing system comprises: a temperature sensor configured to detect a temperature of the solution; and a controller in signal communication with the temperature sensor and the pump, wherein the controller is configured to 1) instruct the pump to operate at a first speed; 2) receive a signal from the temperature sensor that is indicative of the temperature of the solution; and 3) instruct the pump to operate at a second speed that is different than the first speed in response to the signal. a temperature sensor configured to detect a temperature of the solution; and a controller in signal communication with the temperature sensor and the pump, wherein the controller is configured to 1) instruct the pump to operate at a first speed; 2) receive a signal from the temperature sensor that is indicative of the temperature of the solution; and 3) instruct the pump to operate at a second speed that is different than the first speed in response to the signal.
Method for joining two components (1, 2) having different stiffnesses (E1, E2) to form a holding device for a wafer, comprising: bonding a plate-shaped body onto the component having greater stiffness, the bonding being performed using an adhesive, correcting deformations produced by the bonding on the plate-shaped body, and joining the component having the lower stiffness to the plate-shaped body without using a joining agent. bonding a plate-shaped body onto the component having greater stiffness, the bonding being performed using an adhesive, correcting deformations produced by the bonding on the plate-shaped body, and joining the component having the lower stiffness to the plate-shaped body without using a joining agent.
A robot cleaner comprising: a traveling portion configured to include a traveling wheel (122, 122a, 122b) to move a main body and a wheel motor to provide the traveling wheel (122, 122a, 122b) with drive power; a cleaning portion configured to include a brush module formed at a lower part of the main body to scatter dust or foreign substances accumulated on a floor on which the main body travels, and a suction module to suction the scattered dust or foreign substances; and characterized by a controller configured to determine a state of the floor, and control a suction force of the suction module and a traveling route of the main body according to the determined floor state. a traveling portion configured to include a traveling wheel (122, 122a, 122b) to move a main body and a wheel motor to provide the traveling wheel (122, 122a, 122b) with drive power; a cleaning portion configured to include a brush module formed at a lower part of the main body to scatter dust or foreign substances accumulated on a floor on which the main body travels, and a suction module to suction the scattered dust or foreign substances; and characterized by a controller configured to determine a state of the floor, and control a suction force of the suction module and a traveling route of the main body according to the determined floor state.
Method for manufacturing an ornament made of precious metal, comprising at least the steps of: - providing a sheet or plate or foil of pure precious metal; - tracing the profile of a desired shape; - cutting said sheet or plate or foil according to said profile in order to obtain said ornament having said desired shape, the method being characterized in that, - said sheet or plate or foil is made of a precious metal with a fineness equal to or greater than 999 parts per thousand, and that said sheet, plate or foil is obtained by: - melting the precious metal in the crucible and successively casting in a mold; - rolling the metal thus obtained in a rolling machine; thanks to rolling, the metal becomes harder and less ductile and malleable; - eliminating irregularities present in the sheet, plate or foil, by means of a new passage through the rolling machine, but in a reverse direction and by processing with cross-strokes. - providing a sheet or plate or foil of pure precious metal; - tracing the profile of a desired shape; - cutting said sheet or plate or foil according to said profile in order to obtain said ornament having said desired shape, the method being characterized in that, - said sheet or plate or foil is made of a precious metal with a fineness equal to or greater than 999 parts per thousand, - melting the precious metal in the crucible and successively casting in a mold; - rolling the metal thus obtained in a rolling machine; thanks to rolling, the metal becomes harder and less ductile and malleable; - eliminating irregularities present in the sheet, plate or foil, by means of a new passage through the rolling machine, but in a reverse direction and by processing with cross-strokes.
A degassing unit for an electronics housing, in particular for a battery, in particular for a traction battery of a motor vehicle, - having a base body connectable in a fluid-tight manner to the edge of a pressure compensation opening of the electronics housing, said base body featuring at least one gas passage opening covered by a semipermeable membrane enabling gaseous media to pass from an environment into the electronics housing and vice versa, but preventing the passage of liquid media and/or solids, - and having a membrane supporting device disposed on an interior side of the base body, said membrane supporting device overlapping the gas passage opening at least partially and being present at a first distance from the semipermeable membrane, - wherein the base body features at least one area of application for an attachment means designed to attach the degassing unit to the electronics housing, - wherein a separating grid having a plurality of grid openings is disposed on the interior side of the base body at a second distance from the semipermeable membrane, characterized in that the second distance is larger than the first distance, and that the separating grid completely overlaps the gas passage opening, wherein an area covered by the separating grid is larger than a cross section of the gas passage opening. - having a base body connectable in a fluid-tight manner to the edge of a pressure compensation opening of the electronics housing, said base body featuring at least one gas passage opening covered by a semipermeable membrane enabling gaseous media to pass from an environment into the electronics housing and vice versa, but preventing the passage of liquid media and/or solids, - and having a membrane supporting device disposed on an interior side of the base body, said membrane supporting device overlapping the gas passage opening at least partially and being present at a first distance from the semipermeable membrane, - wherein the base body features at least one area of application for an attachment means designed to attach the degassing unit to the electronics housing, - wherein a separating grid having a plurality of grid openings is disposed on the interior side of the base body at a second distance from the semipermeable membrane, characterized in that the second distance is larger than the first distance, and that the separating grid completely overlaps the gas passage opening, wherein an area covered by the separating grid is larger than a cross section of the gas passage opening.
An integrated package device comprising: a substrate coupled to a first die; at least one pad located on or embedded in a first surface of the substrate; a plurality of through substrate vias, TSVs,; a plurality of interconnects provided on a second surface of the substrate, at least one interconnect electrically coupled to at least one TSV; an encapsulation layer encapsulating the first die and the at least one pad, the encapsulation layer comprising a photo-patternable property; a through encapsulation via, TEV, structure traversing the encapsulation layer, wherein the TEV structure comprises: a TEV comprising a first side, a second side, and a third side; and a barrier layer surrounding at least the first side and the third side of the TEV, the barrier layer of the TEV structure coupled to the pad, wherein the pad is free of direct contact with the TEV of the TEV structure. a substrate coupled to a first die; at least one pad located on or embedded in a first surface of the substrate; a plurality of through substrate vias, TSVs,; a plurality of interconnects provided on a second surface of the substrate, at least one interconnect electrically coupled to at least one TSV; an encapsulation layer encapsulating the first die and the at least one pad, the encapsulation layer comprising a photo-patternable property; a through encapsulation via, TEV, structure traversing the encapsulation layer, wherein the TEV structure comprises: a TEV comprising a first side, a second side, and a third side; and a barrier layer surrounding at least the first side and the third side of the TEV, the barrier layer of the TEV structure coupled to the pad, wherein the pad is free of direct contact with the TEV of the TEV structure. a TEV comprising a first side, a second side, and a third side; and a barrier layer surrounding at least the first side and the third side of the TEV, the barrier layer of the TEV structure coupled to the pad, wherein the pad is free of direct contact with the TEV of the TEV structure.