mhurhangee/ep-ind-claims huggingface dataset:
A process for constructing a rechargeable oxide-ion battery cell comprising the steps: a) forming a membrane assembly of a top air electrode, a bottom negative metal electrode and a middle contacting ceramic, oxide-ion conductive electrolyte which extends beyond the contacting electrode(s); b) sealing the extending sides of the ceramic electrolyte surface of the membrane assembly to a surface of a metallic frame which surrounds the membrane assembly to form a framed membrane assembly; c) incorporating active material into hollow portions of a metal housing structure to form an active housing structure; d) forming electrically conductive contact between the framed membrane assembly and the active housing structure; and e) joining the framed membrane assembly and the active housing structure to form a ROB cell. a) forming a membrane assembly of a top air electrode, a bottom negative metal electrode and a middle contacting ceramic, oxide-ion conductive electrolyte which extends beyond the contacting electrode(s); b) sealing the extending sides of the ceramic electrolyte surface of the membrane assembly to a surface of a metallic frame which surrounds the membrane assembly to form a framed membrane assembly; c) incorporating active material into hollow portions of a metal housing structure to form an active housing structure; d) forming electrically conductive contact between the framed membrane assembly and the active housing structure; and e) joining the framed membrane assembly and the active housing structure to form a ROB cell.
Timepiece movement comprising: - at least one drive member (3; 3a, 3b); - a first power take-off and a second power take-off, each kinematically linked to said at least one drive member; - a regulating member kinematically linked to said first power take-off by means of a finishing gear train; - a movable support holding said regulating member and arranged to pivot between two limit pivot angles with reference to a frame element; - a pivot control device arranged to pivot said movable support between said limit pivot angles in a back-and-forth movement; - a control gear train connecting said pivot control device to said second power take-off, said pivot control gear train being distinct from said finishing gear train. - at least one drive member (3; 3a, 3b); - a first power take-off and a second power take-off, each kinematically linked to said at least one drive member; - a regulating member kinematically linked to said first power take-off by means of a finishing gear train; - a movable support holding said regulating member and arranged to pivot between two limit pivot angles with reference to a frame element; - a pivot control device arranged to pivot said movable support between said limit pivot angles in a back-and-forth movement; - a control gear train connecting said pivot control device to said second power take-off, said pivot control gear train being distinct from said finishing gear train.
Refrigeration device with a pull-out compartment and/or door tray which is equipped with a plug profile element (5, 5',..., 6, 7), which has two limbs (12; 13, 13'...) connected to one another made of a first material, delimiting a slot and which is able to be plugged into a plate-shaped section (2, 28) with an edge (3, 4) wherein, at least on a part of the length of the slot, a first projection directed into the slot and made of a second material which is more flexible than the first material is attached to the side surface facing towards the slot of at least one of the limbs (12; 13, 13'...), characterised in that a number of first projections are disposed in the depth direction of the slot graduated on the side surface and that one of the two limbs (12; 13, 13'...) is extended beyond the opening of the slot into a shield (13', 13").
Assembly for controlling and monitoring a machine (1A,1B) and/or machine line for the tobacco-processing industry, comprising at least one visualisation unit and a control unit (10, 11), wherein the control unit (10, 11) and the visualisation unit are connected to each other in order to transfer control and monitoring signals by means of a machine-internal network, and at least one external control, which is connected by means of an interface to the machine-internal network, wherein the interface, the control units (10, 11), the visualisation unit and/or the external control are arranged and configured for the cyclic transfer of a predetermined selection of control and monitoring signals between at least one control unit (10, 11) and the visualisation unit and the external control, characterized in that the assembly comprises at least one clock pulse generator for the control of the cyclic transfer of the predetermined selection of the control and/or monitoring signals at predetermined points of time, and wherein the at least one control unit (10, 11) or the visualisation device comprises the at least one clock pulse generator, and that the clock pulse generator and the at least one control unit (10, 11) and/or the visualisation unit are arranged and configured in such a way that the predetermined points of time at which the predetermined selection of the control and monitoring signals are transferred are adjustable, and, that the temporal interval between every two sequential predetermined points of time is greater than a predetermined minimum time interval, wherein the predetermined minimum time interval is greater than the smallest cycle time of the machine-internal network.
A system for reinforcing a supporting post of a construction and for setting up the supporting post for the passage of a heat transfer medium, - with a reinforcing cage for reinforcing the supporting post, and - a pipe through which the heat transfer medium can flow, wherein the pipe has at least one region which is of helically curved configuration and which can be compressed or pulled apart in the direction of the helix axis of the region, wherein the region of helically curved configuration can be introduced into the reinforcing cage, wherein the region of helically curved configuration can be compressed or pulled apart to be adapted to the dimensions existing in each case of the reinforcing cage, and in that the pipe can be attached or fastened to the reinforcing cage while maintaining the length of the region of helically curved configuration that has been adjusted in this way. - with a reinforcing cage for reinforcing the supporting post, and - a pipe through which the heat transfer medium can flow,
A processor comprising: first circuitry to decode an instruction into a decoded instruction, the instruction to indicate a first source operand and a second source operand; and second circuitry including a processing resource to execute the decoded instruction, characterized in that responsive to the decoded instruction, the processing resource is to: determine whether a first integer data element of first source operand data specified by the first source operand is greater than or equal to a second integer data element of second source operand data; output a result of the first integer data element minus the second integer data element in response to a determination by the processing resource that the first integer data element is greater than or equal to the second integer data element; and otherwise output the first integer data element. first circuitry to decode an instruction into a decoded instruction, the instruction to indicate a first source operand and a second source operand; and second circuitry including a processing resource to execute the decoded instruction, characterized in that responsive to the decoded instruction, the processing resource is to: determine whether a first integer data element of first source operand data specified by the first source operand is greater than or equal to a second integer data element of second source operand data; output a result of the first integer data element minus the second integer data element in response to a determination by the processing resource that the first integer data element is greater than or equal to the second integer data element; and otherwise output the first integer data element. determine whether a first integer data element of first source operand data specified by the first source operand is greater than or equal to a second integer data element of second source operand data; output a result of the first integer data element minus the second integer data element in response to a determination by the processing resource that the first integer data element is greater than or equal to the second integer data element; and otherwise output the first integer data element.
A superconducting quantum computing circuit package comprising: a substrate on which a superconducting quantum computing circuit is formed, wherein the superconducting quantum computing circuit comprises a plurality of circuit elements and the substrate comprises one or more holes arranged between the plurality of circuit elements, wherein the one or more holes extend through a thickness of the substrate; and a holder comprising a surface on which the substrate is received and a cover arranged on an opposite side of the substrate from the holder, wherein the holder comprises one or more projections arranged on and projecting from the surface; wherein the one or more projections protrude through the one or more holes in the substrate and contact the cover so to suppress electromagnetic modes in the frequency range of operation of the quantum computing circuit; and wherein the holder and the cover are formed from a metal and/or a superconductor; characterised in that: the holder comprises one or more apertures formed through the surface of the holder and/or the cover comprises one or more apertures formed through the cover; wherein the superconducting quantum computing circuit package comprises one or more wires arranged to pass through the one or more apertures Z (13, 14) respectively to connect to the quantum computing circuit. a substrate on which a superconducting quantum computing circuit is formed, wherein the superconducting quantum computing circuit comprises a plurality of circuit elements and the substrate comprises one or more holes arranged between the plurality of circuit elements, wherein the one or more holes extend through a thickness of the substrate; and a holder comprising a surface on which the substrate is received and a cover arranged on an opposite side of the substrate from the holder, wherein the holder comprises one or more projections arranged on and projecting from the surface; wherein the one or more projections protrude through the one or more holes in the substrate and contact the cover so to suppress electromagnetic modes in the frequency range of operation of the quantum computing circuit; and wherein the holder and the cover are formed from a metal and/or a superconductor; characterised in that: the holder comprises one or more apertures formed through the surface of the holder and/or the cover comprises one or more apertures formed through the cover; wherein the superconducting quantum computing circuit package comprises one or more wires arranged to pass through the one or more apertures Z (13, 14) respectively to connect to the quantum computing circuit.
A print finishing machine comprising: a die; and a drive mechanism driven by a motor, wherein the drive mechanism is configured to drive a stack through the die in order to cut the stack according to the shape of the die, wherein the stack comprises sheets of material, characterised in that the motor is a servomotor. a die; and a drive mechanism driven by a motor, wherein the drive mechanism is configured to drive a stack through the die in order to cut the stack according to the shape of the die, wherein the stack comprises sheets of material, characterised in that the motor is a servomotor.
Mop head, comprising cleaning textiles in the form of fringes, and a supporting body, wherein the cleaning textiles are fixed on the supporting body, wherein the cleaning textiles are combined to form a preassemblable unit, wherein the preassemblable unit and the supporting body are connected to each other, wherein the preassemblable unit has a first connecting region and a second connecting region, wherein the cleaning textiles are in each case combined in the two connecting regions (5, 6), wherein the two connecting regions (5, 6) are assigned adjacent to each other with a spacing, and wherein the cleaning textiles are arranged loosely with respect to one another without being connected within the spacing, characterized in that the supporting body is cap-shaped, in that at least some of the cleaning textiles are connected to one another by a cohesively bonded connection, and in that the cleaning textiles within the spacing are comparatively voluminous - with respect to the cohesively bonded connection.
An actuator comprising an input shaft, a sliding collar arranged around the input shaft, and an output shaft, the input and output shafts (2, 7) and sliding collar being arranged such that a torque applied to the input shaft can be transmitted via the sliding collar to the output shaft, the actuator comprising a torque-limiting device for limiting the transmission of torque between the input shaft and the output shaft if the torque exceeds a certain threshold, wherein the torque-limiting device comprises one or more rolling elements arranged between the sliding collar and the input shaft to allow the sliding collar to move axially relative to the input shaft and engage with or disengage from the output shaft; wherein the input shaft and/or the sliding collar comprise(s) along at least part of its length one or more pits or grooves (4, 8) in which the one or more rolling elements are arranged; and the actuator further comprises a retaining member around the input shaft and one or more rolling elements; characterised in that the retaining member has one or more apertures provided therein and the one or more apertures are positioned so as to hold the one or more rolling elements in the one or more pits or grooves (4, 8). wherein the input shaft and/or the sliding collar comprise(s) along at least part of its length one or more pits or grooves (4, 8) in which the one or more rolling elements are arranged; and the actuator further comprises a retaining member around the input shaft and one or more rolling elements; characterised in that the retaining member has one or more apertures provided therein and the one or more apertures are positioned so as to hold the one or more rolling elements in the one or more pits or grooves (4, 8).
Method for photostabilizing 4-(tert-butyl)-4'-methoxydibenzoylmethane with respect to UV radiation, characterized in that it consists of combining, with said dibenzoylmethane, the 2-phenylethyl benzoate compound of formula: arylalkyl benzoate, and the bis-(resorcinyl)triazine compound: 2,4-bis{[4-(2-ethylhexyloxy)-2-hydroxy]-phenyl}-6-(4-methoxyphenyl)-1,3,5-triazine.
A hermetic porting assembly for a glass or glass ceramic micro reactor, the assembly comprising: a metallic connector having a metal aperture, and a glass member (13,313,513) having a glass aperture, the glass member positioned within the metal aperture, the metallic connector member having a higher coefficient of thermal expansion than the glass member; characterised in that the metallic connector is a metallic connector member; wherein at least a portion of the glass member is held within the metallic aperture of the metallic member by a fused glass-to-metal hermetic compression seal. a metallic connector having a metal aperture, and a glass member (13,313,513) having a glass aperture, the glass member positioned within the metal aperture, the metallic connector member having a higher coefficient of thermal expansion than the glass member; characterised in that the metallic connector is a metallic connector member; wherein at least a portion of the glass member is held within the metallic aperture of the metallic member by a fused glass-to-metal hermetic compression seal.
A porous catalyst based on at least aluminium oxide, and a second oxide of a metal selected from magnesium, calcium, titanium, chromium, iron, manganese and zirconium, wherein the porous catalyst further comprises boron and nickel, wherein the boron is present in an amount of 0.5-5 wt% and the nickel is present in an amount of 4 - 70 wt%, based on total weight of the catalyst, wherein the porous catalyst comprises pores having an average pore size in the range of 1-30 nm as measured by N 2 adsorption-desorption at 77 K using the Barrett-Joyner-Halenda method.
An injection device for an internal combustion engine, comprising a needle and an armature which is operatively connected to the needle such that a movement of the armature can produce a movement of the needle, wherein the armature has at least one through hole (14a, 14b) through which fuel can be conveyed to the tip (11 a) of the needle, wherein a longitudinal axis of the needle and a longitudinal axis of the through hole (14a, 14b) are in a skewed orientation relative to one other, characterised in that the armature is arranged rotatably about the needle, said needle being provided in a centrally arranged hole in the armature.
A die for forming a stamped piece, in particular for the body of a motor vehicle, including: - a generally extended surface intended to come into contact with the stamped piece, said surface including a portion forming a shoulder; and - an ejector to eject the stamped piece out of the die; the ejector being oriented so as to move the stamped piece in a direction largely parallel to the mean plane of the extended surface, characterized in that the ejector is configured to pass through at least one orifice of the die opening out on the portion forming the shoulder. - a generally extended surface intended to come into contact with the stamped piece, said surface including a portion forming a shoulder; and - an ejector to eject the stamped piece out of the die;
A lubrication box, comprising: - a first portion of the lubrication box, the first portion having a skin-engaging surface and at least one sidewall, the skin-engaging surface and the at least one side walls forming a cavity, - at least two holes extending through the skin-engaging surface of the first portion, - a shaving aid material (30,50,52,54) disposed into the cavity, the shaving aid material at least partially filling at least one of the holes in the skin-engaging surface and at least a portion of the cavity, and - a second portion of the lubrication box, the second portion being attached to the first portion such that the cavity is substantially closed, characterized in that - a gap exists in the cavity between the shaving aid material (30,50,52,54) and the second portion of the lubrication box to permit the shaving aid material (30,50,52,54) to expand during normal use. - a first portion of the lubrication box, the first portion having a skin-engaging surface and at least one sidewall, the skin-engaging surface and the at least one side walls forming a cavity, - at least two holes extending through the skin-engaging surface of the first portion, - a shaving aid material (30,50,52,54) disposed into the cavity, the shaving aid material at least partially filling at least one of the holes in the skin-engaging surface and at least a portion of the cavity, and - a second portion of the lubrication box, the second portion being attached to the first portion such that the cavity is substantially closed, characterized in that - a gap exists in the cavity between the shaving aid material (30,50,52,54) and the second portion of the lubrication box to permit the shaving aid material (30,50,52,54) to expand during normal use.
A pool cleaning robot comprising: a housing that has a first fluid opening and a second fluid opening; a filter that comprises a filter core that is at least partially located within the housing and comprises an one or more inlets, an one or more outlets and at least one filtering element positioned between the one or more inlets and the an one or more outlets; wherein the pool cleaning robot is characterized by further comprising a filter core rotator that is arranged to rotate the filter core during at least one period in which the filter core filters fluid that enters through the one or more inlets to output filtered fluid via the one or more outlets.
A linearized energetic plasma ion source (102, 200, 300, 400, 500, 602), comprising: a plasma chamber body (108, 202, 302, 402, 604) electrically isolated from a vacuum chamber to which the plasma chamber body is attached; an inductive antenna (312, 610) disposed in an interior of the plasma chamber body and being configured to supply a source of electromagnetic energy to an interior of the plasma chamber body, the antenna sustaining a plasma discharge confined therein as a function of a radio frequency, RF, voltage supplied to the antenna, wherein the plasma chamber body serves as an electrode of the plasma ion source (102, 200, 300, 400, 500, 602) and is adapted to receive a bias voltage applied thereto, the bias voltage supplying an electrostatic potential to charged species in the plasma discharge, wherein the bias voltage applied to the plasma chamber body comprises a portion of the RF voltage supplied to the antenna combined with a pulsed direct current, DC, voltage; and an extraction grid (334, 406) disposed at an end of the plasma chamber body opposite the inductive antenna, the extraction grid being at a same voltage potential as the vacuum chamber, a difference in potential between the extraction grid and the plasma chamber body being configured to accelerate the charged species in the plasma discharge out of the extraction grid to generate an output quasi-neutral plasma ion beam. a plasma chamber body (108, 202, 302, 402, 604) electrically isolated from a vacuum chamber to which the plasma chamber body is attached; an inductive antenna (312, 610) disposed in an interior of the plasma chamber body and being configured to supply a source of electromagnetic energy to an interior of the plasma chamber body, the antenna sustaining a plasma discharge confined therein as a function of a radio frequency, RF, voltage supplied to the antenna, wherein the plasma chamber body serves as an electrode of the plasma ion source (102, 200, 300, 400, 500, 602) and is adapted to receive a bias voltage applied thereto, the bias voltage supplying an electrostatic potential to charged species in the plasma discharge, wherein the bias voltage applied to the plasma chamber body comprises a portion of the RF voltage supplied to the antenna combined with a pulsed direct current, DC, voltage; and an extraction grid (334, 406) disposed at an end of the plasma chamber body opposite the inductive antenna, the extraction grid being at a same voltage potential as the vacuum chamber, a difference in potential between the extraction grid and the plasma chamber body being configured to accelerate the charged species in the plasma discharge out of the extraction grid to generate an output quasi-neutral plasma ion beam.