mhurhangee/ep-ind-claims huggingface dataset:
A dose dial and drive mechanism for use in a drug delivery device comprising a housing having a first end and a second end; a dose dial sleeve; a piston rod; a drive sleeve, which is threadedly connected to the said piston rod; a reset sleeve, which is located between said drive sleeve and said housing; and a dose display, the dose display comprising two adjacent cylindrical wheels (40, 42) located within the housing and being disposed for rotation with respect to the housing, wherein one cylindrical wheel displays unit dosage measures and the other cylindrical wheel tens dosage measures, the reset sleeve engaging with an inner surface of said first and second cylindrical wheels by means of teeth, wherein a) when said dose dial sleeve travels towards the second end of said housing such that the dose dial sleeve extends from the second end of the housing the reset sleeve is carried with said dose dial sleeve towards the second end of said housing thereby resetting said first cylindrical wheel and the second cylindrical wheel of said dose display to a zero position for resetting said dose display to a zero position; and b) when said dose dial sleeve and/or the reset sleeve travels towards the first end of said housing for dose dispensing, the said dose dial sleeve and/or reset sleeve engage(s) with said drive sleeve thus advancing both said drive sleeve and said piston rod towards the first end of said housing. a) when said dose dial sleeve travels towards the second end of said housing such that the dose dial sleeve extends from the second end of the housing the reset sleeve is carried with said dose dial sleeve towards the second end of said housing thereby resetting said first cylindrical wheel and the second cylindrical wheel of said dose display to a zero position for resetting said dose display to a zero position; and b) when said dose dial sleeve and/or the reset sleeve travels towards the first end of said housing for dose dispensing, the said dose dial sleeve and/or reset sleeve engage(s) with said drive sleeve thus advancing both said drive sleeve and said piston rod towards the first end of said housing.
A power control circuit comprising: a power supply node; a gated voltage supply node (VDDi); a plurality of transistors (102, 104, 106) coupled between the power supply node and the gated voltage_supply node, each having a control electrode, first current electrode coupled to the power supply node, and a second current electrode coupled to the gated voltage supply node, wherein the gate electrode of a first transistor of the plurality of transistors is coupled to receive a power control signal (POWER_b), wherein, in response to assertion of the power control signal, the first transistor is placed into a conductive state; characterised by; a first voltage comparator having a first input and having a first output coupled to the control gate of a second transistor of the plurality of transistors, wherein, in response to assertion of the power control signal, the first input is coupled to the gated voltage supply node (VDDi) and the first output places the second transistor in a conductive state when a voltage on the gated voltage supply node reaches a first reference voltage; and a second voltage comparator having a second input and having a second output coupled to the control gate of a third transistor of the plurality of transistors, wherein, in response to assertion of the power control signal, the second input is coupled to the gated voltage supply node (VDDi) and the second output places the third transistor in a conductive state when the voltage on the gated voltage supply node (VDDi) reaches a second reference voltage that is different from the first reference voltage. a power supply node; a gated voltage supply node (VDDi); a plurality of transistors (102, 104, 106) coupled between the power supply node and the gated voltage_supply node, each having a control electrode, first current electrode coupled to the power supply node, and a second current electrode coupled to the gated voltage supply node, wherein the gate electrode of a first transistor of the plurality of transistors is coupled to receive a power control signal (POWER_b), wherein, in response to assertion of the power control signal, the first transistor is placed into a conductive state; characterised by; a first voltage comparator having a first input and having a first output coupled to the control gate of a second transistor of the plurality of transistors, wherein, in response to assertion of the power control signal, the first input is coupled to the gated voltage supply node (VDDi) and the first output places the second transistor in a conductive state when a voltage on the gated voltage supply node reaches a first reference voltage; and a second voltage comparator having a second input and having a second output coupled to the control gate of a third transistor of the plurality of transistors, wherein, in response to assertion of the power control signal, the second input is coupled to the gated voltage supply node (VDDi) and the second output places the third transistor in a conductive state when the voltage on the gated voltage supply node (VDDi) reaches a second reference voltage that is different from the first reference voltage.
A tandem gas-shielded arc welding method that uses a leading electrode and a trailing electrode to perform horizontal fillet welding, the method comprising: setting the leading electrode and the trailing electrode such that the leading electrode and the trailing electrode have a reverse polarity; setting a torch angle θ L of the leading electrode, a carbon dioxide gas being used as a shielding gas for the leading electrode; setting a torch angle θ T of the trailing electrode in the following range: 40° ≤ θ T ≤ 60°, the trailing electrode using a flux-cored wire, the carbon dioxide gas being used as the shielding gas for the trailing electrode, wherein the torch angles refer to angles θ L and θ T respectively formed between a horizontally disposed lower plate and the leading electrode and the lower plate and the trailing electrode; and setting a welding voltage V L of the leading electrode in a range from 26 to 38 V and a welding current I L of the leading electrode in a range from 350 to 550 A, wherein the welding voltage V L in V and the welding current I L in A satisfy conditions represented in the following expression: 56 ≤ V L ⋅ 10 3 I L ≤ 84 the method being characterized in that the torch angle θ L of the leading electrode is set in the following range: 5° ≤ θ L < 40°, and in that the leading electrode uses a solid wire. setting the leading electrode and the trailing electrode such that the leading electrode and the trailing electrode have a reverse polarity; setting a torch angle θ L of the leading electrode, a carbon dioxide gas being used as a shielding gas for the leading electrode; setting a torch angle θ T of the trailing electrode in the following range: 40° ≤ θ T ≤ 60°, the trailing electrode using a flux-cored wire, the carbon dioxide gas being used as the shielding gas for the trailing electrode, wherein the torch angles refer to angles θ L and θ T respectively formed between a horizontally disposed lower plate and the leading electrode and the lower plate and the trailing electrode; and setting a welding voltage V L of the leading electrode in a range from 26 to 38 V and a welding current I L of the leading electrode in a range from 350 to 550 A, wherein the welding voltage V L in V and the welding current I L in A satisfy conditions represented in the following expression: 56 ≤ V L ⋅ 10 3 I L ≤ 84 the method being characterized in that the torch angle θ L of the leading electrode is set in the following range: 5° ≤ θ L < 40°, and in that the leading electrode uses a solid wire.
A process for selectively producing mixed alcohols, the process comprising steps as follows: generating a synthesis gas feedstock, said feedstock comprising carbon monoxide and hydrogen; contacting the synthesis gas feedstock with a mixed alcohol synthesis catalyst under conditions sufficient to produce a crude product stream; characterized in that said process comprises: effecting separation of the crude product stream into at least a first lights product stream and a heavy products stream; separating (50, 60) the heavy products stream into at least two fractions, an ethanol-light fraction and an ethanol-heavy fraction; forming a combined stream by placing at least a portion of the first lights product stream in operative contact with at least a portion of the ethanol-light fraction whereby the ethanol-light fraction functions as an absorption medium to effect absorption of at least a portion of carbon dioxide and inert gas contained in said first lights product stream; separating the combined stream into a second lights product stream, a heavy products recycle stream, a carbon dioxide-rich recycle stream, and a purge gas fraction, the purge gas fraction comprising at least a portion of carbon dioxide and inert gases contained in the combined stream; recycling the heavy products recycle stream to the separation of the heavy products stream; and removing the purge gas fraction from the process for at least one of venting to the atmosphere, use as fuel gas or use in a separate process. generating a synthesis gas feedstock, said feedstock comprising carbon monoxide and hydrogen; contacting the synthesis gas feedstock with a mixed alcohol synthesis catalyst under conditions sufficient to produce a crude product stream; effecting separation of the crude product stream into at least a first lights product stream and a heavy products stream; separating (50, 60) the heavy products stream into at least two fractions, an ethanol-light fraction and an ethanol-heavy fraction; forming a combined stream by placing at least a portion of the first lights product stream in operative contact with at least a portion of the ethanol-light fraction whereby the ethanol-light fraction functions as an absorption medium to effect absorption of at least a portion of carbon dioxide and inert gas contained in said first lights product stream; separating the combined stream into a second lights product stream, a heavy products recycle stream, a carbon dioxide-rich recycle stream, and a purge gas fraction, the purge gas fraction comprising at least a portion of carbon dioxide and inert gases contained in the combined stream; recycling the heavy products recycle stream to the separation of the heavy products stream; and removing the purge gas fraction from the process for at least one of venting to the atmosphere, use as fuel gas or use in a separate process.
A UAV, which comprises a power system for outputting power, wherein the power system comprises: an engine, which comprises an engine body and an engine output shaft arranged on the engine body; a motor, which comprises a stator, a rotor and a stator connector for connecting the stator and the rotor; the stator connector is arranged on the engine body, and the rotor is coaxially arranged on the engine output shaft; the rotor is used for coaxial connection with an external power receiver; and a battery, which is connected to the motor, and the battery can discharge to provide electric energy to the motor, or receive the electric energy output by the motor for charging, wherein the UAV further comprises a UAV body and a propeller arranged on the UAV body, wherein the engine body is arranged on the UAV body, and the propeller is coaxially arranged on the rotor as the external power receiver, and wherein the propeller is directly locked on the rotor by fasteners. an engine, which comprises an engine body and an engine output shaft arranged on the engine body; a motor, which comprises a stator, a rotor and a stator connector for connecting the stator and the rotor; the stator connector is arranged on the engine body, and the rotor is coaxially arranged on the engine output shaft; the rotor is used for coaxial connection with an external power receiver; and a battery, which is connected to the motor, and the battery can discharge to provide electric energy to the motor, or receive the electric energy output by the motor for charging, wherein the UAV further comprises a UAV body and a propeller arranged on the UAV body, wherein the engine body is arranged on the UAV body, and the propeller is coaxially arranged on the rotor as the external power receiver, and wherein the propeller is directly locked on the rotor by fasteners.
A method for executing a smart contract, comprising: after deploying bytecode of a smart contract, compiling, by a blockchain node, the bytecode of the smart contract into machine code through Just-In-Time, JIT, compilation and storing the machine code in a memory local to the blockchain node; determining whether the machine code corresponding to the bytecode of the smart contract to be invoked is locally stored in the memory; and in response to determining that the machine code corresponding to the bytecode of the smart contract to be invoked is not locally stored in the memory, before the JIT compilation of the bytecode of the smart contract is completed, interpreting and executing, by the blockchain node when executing the smart contract, the bytecode of the smart contract. after deploying bytecode of a smart contract, compiling, by a blockchain node, the bytecode of the smart contract into machine code through Just-In-Time, JIT, compilation and storing the machine code in a memory local to the blockchain node; determining whether the machine code corresponding to the bytecode of the smart contract to be invoked is locally stored in the memory; and in response to determining that the machine code corresponding to the bytecode of the smart contract to be invoked is not locally stored in the memory, before the JIT compilation of the bytecode of the smart contract is completed, interpreting and executing, by the blockchain node when executing the smart contract, the bytecode of the smart contract.
An impact tool for driving a fastening member by operating a drive piston, comprising: a control unit that controls the operation of the drive piston; and a sensor (210, 220, 230) that outputs a signal for operating the drive piston or a signal for preparing an operation of the drive piston, to the control unit, characterized in that the control unit is configured to nullify an input of the sensor (210, 220, 230) until a predetermined time passes since the drive piston is operated. a control unit that controls the operation of the drive piston; and a sensor (210, 220, 230) that outputs a signal for operating the drive piston or a signal for preparing an operation of the drive piston, to the control unit, characterized in that the control unit is configured to nullify an input of the sensor (210, 220, 230) until a predetermined time passes since the drive piston is operated.
An adhesion method including: a step, disposing a pressure-sensitive curable adhesive layer on a first adherend, a step, disposing a curing agent layer on a second adherend, the curing agent layer being able to cure the pressure-sensitive curable adhesive layer by contacting and reacting with the pressure-sensitive curable adhesive layer, and a step, bringing the pressure-sensitive curable adhesive layer into contact with the curing agent layer so that they are sandwiched by the first adherend and the second adherend, wherein the pressure-sensitive curable adhesive layer is formed from a pressure-sensitive curable adhesive composition; the pressure-sensitive curable adhesive composition contains a solid epoxy resin and a liquid epoxy resin, the curing agent layer is formed from a curing agent component, the curing agent component contains a curing agent, and the curing agent is an imidazole compound. a step, disposing a pressure-sensitive curable adhesive layer on a first adherend, a step, disposing a curing agent layer on a second adherend, the curing agent layer being able to cure the pressure-sensitive curable adhesive layer by contacting and reacting with the pressure-sensitive curable adhesive layer, and a step, bringing the pressure-sensitive curable adhesive layer into contact with the curing agent layer so that they are sandwiched by the first adherend and the second adherend, wherein the pressure-sensitive curable adhesive layer is formed from a pressure-sensitive curable adhesive composition; the pressure-sensitive curable adhesive composition contains a solid epoxy resin and a liquid epoxy resin, the curing agent layer is formed from a curing agent component, the curing agent component contains a curing agent, and the curing agent is an imidazole compound.
Parking system for an automatic lawnmower having a cover, which at least partially covers a parking area at a charging station and can be anchored to a base area, and a lateral insertion opening, wherein a door device for closing off the insertion opening is integrated into the parking system, that an engine arrangement is configured for opening and closing the door device by motor, characterized in that an electronic control device which is arranged inside the cover controls the motor arrangement automatically according to a predefinable control program.
An electrically adjustable display screen mount, comprising a control mechanism operable by a user to select between a first automatic operation for stowing and deployment of the display screen, and a second user adjustable operation for user adjustment of the deployed position of the display screen; wherein the control mechanism is a switch mechanism having a deployment memory position in which activation of the switch activates the first automatic operation to effect movement between the stowed position and a last used deployment position and an adjustment mode position which activates the second user adjustable operation so that a user may adjust the deployment position of the display screen; wherein the first automatic deployment operation effects movement between the stowed position and the last used deployment position; characterised in that the switch comprises a detent (66b, 66d) corresponding to the adjustment mode position; and wherein the first automatic operation causes the screen to move faster than the second user adjustable operation to allow for fine adjustment.
A display apparatus comprising: a speaker; a storage configured to store first rendering type information and second rendering type information based on a volume level of each content genre; a display; and a processor configured to: render a sound signal of a content displayed on the display based on at least one of the first rendering type information and the second rendering type information corresponding to a genre of the content, and output the rendered sound signal through the speaker, characterised in that the processor is further configured to, based on a set volume level in the display apparatus being within a predetermined range, render the sound signal based on third rendering type information, wherein a weight is obtained by summing up a first weight and a second weight, the first weight and the second weight being according to the set volume level, and the third rendering type information is obtained by applying the weight to each of the first and the second type information. a speaker; a storage configured to store first rendering type information and second rendering type information based on a volume level of each content genre; a display; and a processor configured to: render a sound signal of a content displayed on the display based on at least one of the first rendering type information and the second rendering type information corresponding to a genre of the content, and output the rendered sound signal through the speaker, characterised in that the processor is further configured to, based on a set volume level in the display apparatus being within a predetermined range, render the sound signal based on third rendering type information, wherein a weight is obtained by summing up a first weight and a second weight, the first weight and the second weight being according to the set volume level, and the third rendering type information is obtained by applying the weight to each of the first and the second type information. render a sound signal of a content displayed on the display based on at least one of the first rendering type information and the second rendering type information corresponding to a genre of the content, and output the rendered sound signal through the speaker, characterised in that the processor is further configured to, based on a set volume level in the display apparatus being within a predetermined range, render the sound signal based on third rendering type information, wherein a weight is obtained by summing up a first weight and a second weight, the first weight and the second weight being according to the set volume level, and the third rendering type information is obtained by applying the weight to each of the first and the second type information.
Gas meter comprising: a measuring unit through which a gas volume flows, mechanical means driven by the measuring unit for totalizing or digitising the gas volume, the mechanical means comprising at least one gear wheel actuated by a drive gear, and encoding means associated with the at least one gear wheel, for encoding the number of rotations of the at least one gear wheel, the encoding means comprising at least one sensor for detecting the angular position or rotation count of the set of the at least one gear wheel, characterized in that the measuring unit, the mechanical means and the encoding means are placed within a common gas-tight housing. a measuring unit through which a gas volume flows, mechanical means driven by the measuring unit for totalizing or digitising the gas volume, the mechanical means comprising at least one gear wheel actuated by a drive gear, and encoding means associated with the at least one gear wheel, for encoding the number of rotations of the at least one gear wheel, the encoding means comprising at least one sensor for detecting the angular position or rotation count of the set of the at least one gear wheel, characterized in that the measuring unit, the mechanical means and the encoding means are placed within a common gas-tight housing.