mhurhangee/patent-ind-claim-en huggingface dataset:
A syringe with a hanging tag comprising: a pusher having a gasket at a head end thereof and a pressing portion at a base end thereof, a syringe barrel having a nozzle at a leading end thereof and a flange on a rim of a rear end side thereof, in which the pusher is inserted such that the gasket is slidable, a liquid medicament chamber accommodating a liquid medicament between the gasket and an outflow hole of the liquid medicament on the nozzle in the syringe barrel , a tag for indicating administration status of the liquid medicament of 0.5-100 ml; the syringe being connectable to a syringe barrel nozzle connecting section , which is attached to a liquid medicament delivery tube , through the nozzle , a hanger , provided with the tag , which passes through any one of the syringe barrel , the nozzle , the liquid medicament delivery tube and the syringe barrel nozzle connecting section , so that the tag is hanged therefrom, characterized in that the syringe further has : an engaging hole which is provided on the flange of the syringe or of the pusher , an engaging section which is extended from the tag and latched to the engaging hole , and when the syringe is set in a pedestal of a syringe pump , the hanger is configured to lean over the pedestal and thereby suspend the tag of the indicating member along the pedestal substantively parallelized in front of the syringe pump . a pusher having a gasket at a head end thereof and a pressing portion at a base end thereof, a syringe barrel having a nozzle at a leading end thereof and a flange on a rim of a rear end side thereof, in which the pusher is inserted such that the gasket is slidable, a liquid medicament chamber accommodating a liquid medicament between the gasket and an outflow hole of the liquid medicament on the nozzle in the syringe barrel , a tag for indicating administration status of the liquid medicament of 0.5-100 ml; the syringe being connectable to a syringe barrel nozzle connecting section , which is attached to a liquid medicament delivery tube , through the nozzle , a hanger , provided with the tag , which passes through any one of the syringe barrel , the nozzle , the liquid medicament delivery tube and the syringe barrel nozzle connecting section , so that the tag is hanged therefrom, characterized in that the syringe further has : an engaging hole which is provided on the flange of the syringe or of the pusher , an engaging section which is extended from the tag and latched to the engaging hole , and when the syringe is set in a pedestal of a syringe pump , the hanger is configured to lean over the pedestal and thereby suspend the tag of the indicating member along the pedestal substantively parallelized in front of the syringe pump . an engaging hole which is provided on the flange of the syringe or of the pusher , an engaging section which is extended from the tag and latched to the engaging hole , and when the syringe is set in a pedestal of a syringe pump , the hanger is configured to lean over the pedestal and thereby suspend the tag of the indicating member along the pedestal substantively parallelized in front of the syringe pump .
A semiconductor device comprising: a first board ; and an intermediate layer being provided on the first board and having a plurality of connectors and a resin board section , in which the plurality of connectors are fixed; wherein the first board has a positioning section that positions the intermediate layer , wherein the resin board section of the intermediate layer is provided with a positioning insertion section , into which the positioning section is inserted, wherein an electronic element being a power device is provided on the connector of the intermediate layer and wherein a control unit configured to control the electronic element is provided at the resin board section of the intermediate layer . a first board ; and an intermediate layer being provided on the first board and having a plurality of connectors and a resin board section , in which the plurality of connectors are fixed; wherein the first board has a positioning section that positions the intermediate layer , wherein the resin board section of the intermediate layer is provided with a positioning insertion section , into which the positioning section is inserted, wherein an electronic element being a power device is provided on the connector of the intermediate layer and wherein a control unit configured to control the electronic element is provided at the resin board section of the intermediate layer .
Method for the direct compounding of fibre-reinforced composite materials for the production of plastics mouldings or profile strands, comprising at least the following steps of: - melting and plasticizing plastic in an extruder module comprising an extruder cylinder and an extruder screw rotating therein for production of a plastics melt; - supplying reinforcing fibres to a supply opening in the extruder cylinder by means of a supply unit ; - mixing the plastics melt and the reinforcing fibres to form a compound; - further processing the plastics melt mixed with the reinforcing fibres to form a moulding by injection into at least one mould cavity of a tool by means of an injection nozzle or to form a profile strand by means of extrusion by at least one nozzle tool, characterized - in that the reinforcing fibres are processed in a fibre-wadding apparatus connected to the supply unit to form a fibre wadding, and - in that the fibre wadding is supplied to the plastics melt in a partially filled and pressureless decompression zone in the extruder module . - melting and plasticizing plastic in an extruder module comprising an extruder cylinder and an extruder screw rotating therein for production of a plastics melt; - supplying reinforcing fibres to a supply opening in the extruder cylinder by means of a supply unit ; - mixing the plastics melt and the reinforcing fibres to form a compound; - further processing the plastics melt mixed with the reinforcing fibres to form a moulding by injection into at least one mould cavity of a tool by means of an injection nozzle or to form a profile strand by means of extrusion by at least one nozzle tool, characterized - in that the reinforcing fibres are processed in a fibre-wadding apparatus connected to the supply unit to form a fibre wadding, and - in that the fibre wadding is supplied to the plastics melt in a partially filled and pressureless decompression zone in the extruder module .
A method comprising: combining a beta lactone and solvent with ammonia to prepare a hydroxypropanamide stream wherein the combining of the beta lactone with ammonia is isothermally controlled; combining the hydroxypropanamide stream comprising a hydroxypropanamide with a dehydration agent to produce a product stream comprising an unsaturated amide and/or an unsaturated nitrile, wherein the dehydration agent is a heterogenous dehydration agent, and wherein the hydroxypropanamide corresponds to formula wherein R 1 is H, alkyl, alkenyl, cycloalkyl, or aryl, wherein the hydroxypropanamide is combined with the dehydration agent in the presence of a solvent and ammonia. combining a beta lactone and solvent with ammonia to prepare a hydroxypropanamide stream wherein the combining of the beta lactone with ammonia is isothermally controlled; combining the hydroxypropanamide stream comprising a hydroxypropanamide with a dehydration agent to produce a product stream comprising an unsaturated amide and/or an unsaturated nitrile, wherein the dehydration agent is a heterogenous dehydration agent, and wherein the hydroxypropanamide corresponds to formula wherein R 1 is H, alkyl, alkenyl, cycloalkyl, or aryl, wherein the hydroxypropanamide is combined with the dehydration agent in the presence of a solvent and ammonia.
Method of data transmission in a resistance welding current source , welding pulses being generated cyclically at a switching frequency and a pulse duration in an inverter during a welding operation , which inverter has inverter switching elements (S1, S2, S3, S4), and being applied to the primary side of a transformer and being rectified to a resulting welding current (I S ) on the secondary side of the transformer by means of a rectifier which has rectifier switching elements (S5, S6), characterised in that , in a data transmission mode in the pauses of the welding operation , the impedance applied on the primary side of the transformer is increased, control pulses for initialising the data transmission mode are applied to the primary side of the transformer by a control device , which control pulses are detected on the secondary side of the transformer , whereupon the rectifier switching elements (S5, S6) of the secondary-side rectifier are actuated according to the data to be transmitted such that the current (I TR ) on the primary side of the transformer is modulated using these data and the data are thereby transmitted via the transformer .
A water tank for a coffee-making machine comprising a water inlet and an outlet for water or steam, a short wave heating element selected from the group consisting of: a halogen lamp and an infrared lamp, for heating water inside the water tank, characterized by a heat conducting sleeve crossing the water tank either entirely or less than entirely, said short wave heating element being encased within said heat conducting sleeve so as to be inside the water tank but not in contact with the water, said short wave heating element being removable for maintenance and replacement without wetting the short wave heating element.
A damping device comprising: a structural component ; a tube member disposed inside of the structural component , the tube member having a first end (E 1 ) and a second end (E 2 ); a first damping element disposed on the first end (E 1 ) of the tube member ; a second damping element disposed on the second end (E 2 ) of the tube member ; wherein the device is characterized in that : the first damping element and the second damping element are configured to flex against the structural component for dissipating energy from the structural component and for reducing the bending of the structural component due to modal characteristics induced by vibration; characterized in that , the at least one of the first and second damping elements comprises a spring element that is configured to clamp a friction element to an insert element to generate a frictional force to damp vibration. a structural component ; a tube member disposed inside of the structural component , the tube member having a first end (E 1 ) and a second end (E 2 ); a first damping element disposed on the first end (E 1 ) of the tube member ; a second damping element disposed on the second end (E 2 ) of the tube member ; wherein the device is characterized in that : the first damping element and the second damping element are configured to flex against the structural component for dissipating energy from the structural component and for reducing the bending of the structural component due to modal characteristics induced by vibration; characterized in that , the at least one of the first and second damping elements comprises a spring element that is configured to clamp a friction element to an insert element to generate a frictional force to damp vibration.
A core material having a spherical shape, comprising: a core; and an electric solder plating layer of an (Sn-Bi)-based solder alloy made of Sn and Bi on a surface of the core, the electric solder plating layer being subjected to electric solder plating, characterized in that the core includes a metal simple substance of Cu, Ni, Ag, Bi, Pb, Al, Sn, Fe, Zn, In, Ge, Sb, Co, Mn, Au, Si, Pt, Cr, La, Mo, Nb, Pd, Ti, Zr, or Mg, or an alloy of two or more types thereof, a metal oxide thereof, or a metal mixed oxide thereof, and when a concentration ratio of Bi contained in the solder plating layer is set to Concentration Ratio % = Measured Value of Bi mass % / Target Bi Content mass % ∗ 100 , or Concentration Ratio % = Average Value of Measured Values of Bi mass % / Target Bi Content mass % ∗ 100 , the concentration ratio is in a range of 91.4% to 106.7%; and the core material has a sphericity of greater than or equal to 0.95. a core; and an electric solder plating layer of an (Sn-Bi)-based solder alloy made of Sn and Bi on a surface of the core, the electric solder plating layer being subjected to electric solder plating, characterized in that the core includes a metal simple substance of Cu, Ni, Ag, Bi, Pb, Al, Sn, Fe, Zn, In, Ge, Sb, Co, Mn, Au, Si, Pt, Cr, La, Mo, Nb, Pd, Ti, Zr, or Mg, or an alloy of two or more types thereof, a metal oxide thereof, or a metal mixed oxide thereof, and when a concentration ratio of Bi contained in the solder plating layer is set to Concentration Ratio % = Measured Value of Bi mass % / Target Bi Content mass % ∗ 100 , or Concentration Ratio % = Average Value of Measured Values of Bi mass % / Target Bi Content mass % ∗ 100 , the concentration ratio is in a range of 91.4% to 106.7%; and
Apparatus for packaging dosed quantities of solid medicines on the basis of a predetermined prescription, comprising: - a control unit for controlling the apparatus and for receiving the prescription; - a separating device for separating at least one medicine from a blister pack subject to the received prescription; and - a packaging device configured to package the medicines separated by the separating device , characterized in that the apparatus comprises a plurality of medicine holders , wherein a medicine holder is configured to hold a blister pack with medicines , wherein the medicine holders are movable away from and toward the separating device along a predetermined path, wherein the separating device is disposed along this path and wherein the separating device is configured to separate medicines from a plurality of blister packs held in the respective medicine holders movable away from and toward the separating device . - a control unit for controlling the apparatus and for receiving the prescription; - a separating device for separating at least one medicine from a blister pack subject to the received prescription; and - a packaging device configured to package the medicines separated by the separating device ,
A process comprising: (a) introducing an aqueous solution of a water insoluble α-(1,3→glucan) polymer in an aqueous base into a chamber; (b) contacting a pressurized gas with the aqueous solution of step (a) in the chamber to form fibers; and (c) collecting the fibers to form a nonwoven web; wherein less than 5 g of the polymer dissolves in 100 mL of water at 23 °C, and wherein the polymer has a ratio of apparent DPw to true DPw in the range of 2 to 15. (a) introducing an aqueous solution of a water insoluble α-(1,3→glucan) polymer in an aqueous base into a chamber; (b) contacting a pressurized gas with the aqueous solution of step (a) in the chamber to form fibers; and (c) collecting the fibers to form a nonwoven web;
A method for manufacturing a ring-shaped frame made from composite material, comprising at least the following steps: - slipping at least one tubular casing of dry fibers over an assembly comprising at least two coaxial subassemblies that are axially movable relative to one another and between which a peripheral groove is defined, disposed in the general plane of said frame , the plane of symmetry of said groove being perpendicular to said tubular casing ; - forcing a portion of the tubular casing into said groove provided between the two subassemblies and tightening said two subassemblies so as to hold said portion of the tubular casing in said groove ; - coupling the two parts of the casing that are outside the groove , and folding the obtained coupling onto one of the two subassemblies to obtain a preform of dry fibers; - solidifying said preform by spraying resin or injecting resin, then applying special temperature and pressure conditions allowing polymerization of said resin. - slipping at least one tubular casing of dry fibers over an assembly comprising at least two coaxial subassemblies that are axially movable relative to one another and between which a peripheral groove is defined, disposed in the general plane of said frame , the plane of symmetry of said groove being perpendicular to said tubular casing ; - forcing a portion of the tubular casing into said groove provided between the two subassemblies and tightening said two subassemblies so as to hold said portion of the tubular casing in said groove ; - coupling the two parts of the casing that are outside the groove , and folding the obtained coupling onto one of the two subassemblies to obtain a preform of dry fibers; - solidifying said preform by spraying resin or injecting resin, then applying special temperature and pressure conditions allowing polymerization of said resin.
Ignition burner (100a; 100b) for a fuel cell system (1000a; 1000b), comprising: - a catalytic converter having a catalytic converter inlet and a catalytic converter outlet , a catalysis region being formed between the catalytic converter inlet and the catalytic converter outlet and the catalysis region being surrounded, in a direction of passage (D) from the catalytic converter inlet to the catalytic converter outlet , by a catalytic converter wall , and - an operating fluid guiding portion for supplying an operating fluid (F1) to the catalytic converter inlet , characterised in that the operating fluid guiding portion is arranged outside the catalytic converter at least in portions along the catalytic converter wall , and at least one injector for injecting another operating fluid (F2) into a mixing chamber of the ignition burner (100a; 100b) upstream of the catalytic converter inlet is provided, the mixing chamber being provided and designed for mixing the operating fluid (F1) with the other operating fluid (F2). - a catalytic converter having a catalytic converter inlet and a catalytic converter outlet , a catalysis region being formed between the catalytic converter inlet and the catalytic converter outlet and the catalysis region being surrounded, in a direction of passage (D) from the catalytic converter inlet to the catalytic converter outlet , by a catalytic converter wall , and - an operating fluid guiding portion for supplying an operating fluid (F1) to the catalytic converter inlet ,
A siphonic dual flushing device, comprising a tube extending from an open inlet end to an open outlet end via a bend , the bend being arranged downstream and vertically above said inlet end and upstream and vertically above said outlet end in use, wherein a water trap is formed between said bend and said outlet end in the flow direction, and wherein said outlet end is arranged downstream and vertically below said inlet end in use; and an air intake device having an air outlet connected to said tube at the bend and being configured to allow air to exit via said air outlet and enter said tube for the termination of an ongoing flush, the siphonic flushing device further comprising a venting device connected to said bend for allowing air entrapped within said bend to escape for initiating a flush, characterized in that said air intake device further comprises a first air inlet and a second air inlet , said first inlet having an opened state in which air is introduced into the air intake device and a closed state, the first air inlet being arranged vertically below said air outlet in use, and wherein a first flushing volume is achieved when the first air inlet is opened thus allowing air to flow into the tube , and a second flushing volume being larger than the first flushing volume is achieved when the first air inlet is locked in a closed position such that air is introduced via the second air inlet thus allowing air to flow into the tube . a tube extending from an open inlet end to an open outlet end via a bend , the bend being arranged downstream and vertically above said inlet end and upstream and vertically above said outlet end in use, wherein a water trap is formed between said bend and said outlet end in the flow direction, and wherein said outlet end is arranged downstream and vertically below said inlet end in use; and an air intake device having an air outlet connected to said tube at the bend and being configured to allow air to exit via said air outlet and enter said tube for the termination of an ongoing flush, the siphonic flushing device further comprising a venting device connected to said bend for allowing air entrapped within said bend to escape for initiating a flush, characterized in that said air intake device further comprises a first air inlet and a second air inlet , said first inlet having an opened state in which air is introduced into the air intake device and a closed state, the first air inlet being arranged vertically below said air outlet in use, and wherein a first flushing volume is achieved when the first air inlet is opened thus allowing air to flow into the tube , and a second flushing volume being larger than the first flushing volume is achieved when the first air inlet is locked in a closed position such that air is introduced via the second air inlet thus allowing air to flow into the tube .
A mobile electronic device including a primary electronic display , a processor in communication with the primary electronic display , an operating system (OS) that executes on the processor and is configured to control operations of the primary display , and a secondary electronic display in communication with the processor , the processor executing a software program and self-checking software instructions that, in the event of an execution error of a software program or hardware component, causes at least one message inclusive of information to assist a user with a debugging process to be displayed on the secondary electronic display , the secondary display being (i) configured to operate independent of the operating system being executed by the processor and limited to being responsive to debug software code that is being executed by the processor , or (ii) additionally to (i) being, configured to interact with the operating system when the mobile device is not operating in a debug mode. (i) configured to operate independent of the operating system being executed by the processor and limited to being responsive to debug software code that is being executed by the processor , or (ii) additionally to (i) being, configured to interact with the operating system when the mobile device is not operating in a debug mode.
Connecting assembly for fastening a top case to a motorcycle or a motorcycle-like vehicle, having: - a first connecting section which is configured for connecting to the motorcycle or motorcycle-like vehicle, and - a second connecting section which is configured for connecting to an underside of the top case , wherein the first and the second connecting section are connected to one another such that they can be moved rotationally about a defined rotational axis (D), wherein the connecting assembly comprises a rotary joint for providing the rotationally movable connection, and the rotary joint defines the rotational axis and is connected firstly to the first connecting section and secondly to the second connecting section , characterized in that the connecting assembly furthermore comprises at least one guide projection which is guided in each case in or on a guide section for guiding the rotational movement (D). - a first connecting section which is configured for connecting to the motorcycle or motorcycle-like vehicle, and - a second connecting section which is configured for connecting to an underside of the top case ,