mhurhangee/patent-ind-claim-en huggingface dataset:
A non-aqueous electrolyte solution comprising: a non-aqueous solvent and lithium salt, wherein the lithium salt contains LiPF 6 and imide salt, wherein the non-aqueous solvent contains acetonitrile, wherein a percentage of a molar quantity of the imide salt relative to a total molar quantity of the lithium salt is 50% or higher, and wherein activation energy in ion conduction, determined as described in the description, is 15 kJ/mol or lower at a temperature of -20 to 0°C. a non-aqueous solvent and lithium salt, wherein the lithium salt contains LiPF 6 and imide salt, wherein the non-aqueous solvent contains acetonitrile, wherein a percentage of a molar quantity of the imide salt relative to a total molar quantity of the lithium salt is 50% or higher, and wherein activation energy in ion conduction, determined as described in the description, is 15 kJ/mol or lower at a temperature of -20 to 0°C.
Anti-flooding safety system for an electrical household washing appliance, comprising a microswitch provided with a push-button , a support of said microswitch and an actuating member of said push-button , associated to said support and apt to floating on possible leaked water, and comprising a lower portion located within a housing done in said support , whereby said lower portion of said floating actuating member is shaped like a bell and is therefore hollow or empty internally, said system being characterized in that said actuating floating member is a monolithic piece of plastics material and also comprises an upper portion having a surface that, in absence of leaked water, keeps pressed downwards said push-button which is turned upwards and which protrudes upwards from one end of the microswitch , whereas, in presence of leaked water, disengages itself from said push-button and releases it.
An IL-22 dimer for use in a method of treating a disease in a human individual, wherein the method comprises intravenously administering to the human individual an effective amount of the IL-22 dimer, wherein the amount of the IL-22 dimer is 2 μg/kg to 200 μg/kg, wherein the IL-22 dimer comprises two monomeric subunits, wherein each monomeric subunit comprises an IL-22 domain and a dimerization domain, wherein the dimerization domain comprises the CH2 and CH3 domains of human IgG, and wherein the disease is selected from the group consisting of a metabolic disease, fatty liver, viral hepatitis, multiple organ dysfunction syndrome (MODS) and a neurological disorder.
A method of producing an optical flow cell , the flow cell comprising a housing forming an enclosed and elongated fluid channel arranged along a first axis ; an inlet arranged to connect a first outer surface area of the housing to a first end of the fluid channel and an outlet arranged to connect a second outer surface area to a second end of the fluid channel; a first light guide and a second light guide concentrically arranged along a second axis and on opposite side walls of the fluid channel, wherein the housing comprises at least a first part , a second part and a seal located between the first and the second part , the first part being configured to form the enclosed and elongated fluid channel arranged along the first axis ; the fluid channel in the first part having an open side, and the corresponding second part being configured to close the open side of the fluid channel , and wherein said method is characterised by : inserting a continuous light guide into the optical flow cell housing along a second axis and then removing a portion of the continuous light guide to form a first light guide having an exit surface, where light is emitted, and to form a second light guide having an entrance surface, where the portion removed has a length equal to a distance (d) such that the exit surface and the entrance surface after removing the portion are separated by the distance (d). a housing forming an enclosed and elongated fluid channel arranged along a first axis ; an inlet arranged to connect a first outer surface area of the housing to a first end of the fluid channel and an outlet arranged to connect a second outer surface area to a second end of the fluid channel; a first light guide and a second light guide concentrically arranged along a second axis and on opposite side walls of the fluid channel, wherein the housing comprises at least a first part , a second part and a seal located between the first and the second part , the first part being configured to form the enclosed and elongated fluid channel arranged along the first axis ; the fluid channel in the first part having an open side, and the corresponding second part being configured to close the open side of the fluid channel , and wherein said method is characterised by : inserting a continuous light guide into the optical flow cell housing along a second axis and then removing a portion of the continuous light guide to form a first light guide having an exit surface, where light is emitted, and to form a second light guide having an entrance surface, where the portion removed has a length equal to a distance (d) such that the exit surface and the entrance surface after removing the portion are separated by the distance (d).
A surgical instrument system, comprising: a handle assembly , comprising: an actuation trigger comprising a curved proximal portion; and a curved cylinder surrounding said curved proximal portion of said actuation trigger , wherein said curved cylinder comprises at least one electroactive polymer ; a motor ; a shaft attached to said handle assembly ; an end effector attached to a distal end of said shaft ; an actuation rod configured to transmit an actuation force to said end effector ; and a sensor system configured to detect the magnitude of said actuation force, wherein said electroactive polymer is responsive to said actuation force, and wherein said electroactive polymer provides tactile feedback to a user of said surgical instrument system by applying forces to said actuation trigger . a handle assembly , comprising: an actuation trigger comprising a curved proximal portion; and a curved cylinder surrounding said curved proximal portion of said actuation trigger , wherein said curved cylinder comprises at least one electroactive polymer ; an actuation trigger comprising a curved proximal portion; and a curved cylinder surrounding said curved proximal portion of said actuation trigger , wherein said curved cylinder comprises at least one electroactive polymer ; a motor ; a shaft attached to said handle assembly ; an end effector attached to a distal end of said shaft ; an actuation rod configured to transmit an actuation force to said end effector ; and a sensor system configured to detect the magnitude of said actuation force, wherein said electroactive polymer is responsive to said actuation force, and wherein said electroactive polymer provides tactile feedback to a user of said surgical instrument system by applying forces to said actuation trigger .
A method for transmitting in a packet transmission system real-time broadcasting content and real-time network content for synchronous display by a terminal device, the method comprising: a first transmission step of transmitting the network data packets including a part of the network content through a telecommunication network; and a second transmission step of transmitting a plurality of broadcasting data packets including a part of the broadcasting content for synchronous display by the terminal device with the part of the network content, from a base station using a broadcasting wave; characterized in that the method further comprises receiving time difference information about the difference in arrival time between the broadcasting data packets and the network data packets from the terminal device, generating at least one network parity packet from the plurality of network data packets using error correction coding; the first transmission step includes transmitting the at least one network parity packet through the telecommunication network; the second transmission step is delayed with respect to the first transmission step using a packet accumulator; and the transmission side of the packet transmission system controls the delay amount based on the time difference information, so that the terminal device is capable of synchronously displaying the part of the network content and the part of the broadcasting content, when the reception of the plurality of broadcasting data packets is completed. a first transmission step of transmitting the network data packets including a part of the network content through a telecommunication network; and a second transmission step of transmitting a plurality of broadcasting data packets including a part of the broadcasting content for synchronous display by the terminal device with the part of the network content, from a base station using a broadcasting wave; characterized in that the method further comprises receiving time difference information about the difference in arrival time between the broadcasting data packets and the network data packets from the terminal device, generating at least one network parity packet from the plurality of network data packets using error correction coding; the first transmission step includes transmitting the at least one network parity packet through the telecommunication network; the second transmission step is delayed with respect to the first transmission step using a packet accumulator; and the transmission side of the packet transmission system controls the delay amount based on the time difference information, so that the terminal device is capable of synchronously displaying the part of the network content and the part of the broadcasting content, when the reception of the plurality of broadcasting data packets is completed.
A method for manufacturing at least one razor blade comprising: aligning a mono-crystalline silicon wafer comprising a surface at an angle where planes intersect the surface parallel and perpendicular to the wafer; etching the mono-crystalline silicon wafer to expose an plane and a second plane, wherein said second plane is a plane to provide at least one blade edge having about a 19.5 degree included blade angle; applying at least one inner layer on the at least one blade edge; providing a radius of curvature of the at least one blade edge between 20 nanometers and 100 nanometers after deposition of the at least one inner layer; applying at least one outer layer on the at least one blade edge; and removing the at least one razor blade from the mono-crystalline silicon wafer. aligning a mono-crystalline silicon wafer comprising a surface at an angle where planes intersect the surface parallel and perpendicular to the wafer; etching the mono-crystalline silicon wafer to expose an plane and a second plane, wherein said second plane is a plane to provide at least one blade edge having about a 19.5 degree included blade angle; applying at least one inner layer on the at least one blade edge; providing a radius of curvature of the at least one blade edge between 20 nanometers and 100 nanometers after deposition of the at least one inner layer; applying at least one outer layer on the at least one blade edge; and removing the at least one razor blade from the mono-crystalline silicon wafer.
A tool mounting stocker (S1-S8) with at least a punch (P) and at least a die (D) used in a plural by a tool storing device storing the punch (P) and the die (D) of a press brake , characterized in that each tool mounting stocker (S1-S8) mounts the punch (P) and the die (D) of the press brake so that the punch (P) is positioned on a lower side and the die (D) is positioned on an upper side, and rear surfaces of the punch (P) and the die (D) face each other.
Method comprising: receiving initial software code in an audio-video display device , wherein the audio-video display device is a TV, having a licensable component that requires software code to function and having a processor being able to execute code, the initial software code not including a critical piece of code without which the initial software cannot be executed by the processor as the software code for the licensable component to function, wherein the initial software code has no executable capability whatsoever without the critical piece of code; receiving , responsive to a determination that a license for the licensable component has been activated and wherein the determination includes a determination whether a predetermined physical condition exists in the TV, the critical piece of code in cooperation with the initial software code in the audio-video display device to render fully capable software code for the licensable component; and using the processor to execute the fully capable software code to thereby render the licensable component functional. receiving initial software code in an audio-video display device , wherein the audio-video display device is a TV, having a licensable component that requires software code to function and having a processor being able to execute code, the initial software code not including a critical piece of code without which the initial software cannot be executed by the processor as the software code for the licensable component to function, wherein the initial software code has no executable capability whatsoever without the critical piece of code; receiving , responsive to a determination that a license for the licensable component has been activated and wherein the determination includes a determination whether a predetermined physical condition exists in the TV, the critical piece of code in cooperation with the initial software code in the audio-video display device to render fully capable software code for the licensable component; and using the processor to execute the fully capable software code to thereby render the licensable component functional.
A vacuum cleaning apparatus comprising: a vacuum pump ; a vapor generating member configured to generate vapor of a petroleum-based solvent; a cleaning chamber configured to be placed under reduced-pressure atmosphere and allow a workpiece (W) to be cleaned under reduced pressure by the vapor fed from the vapor generating member ; a condensing chamber configured to be placed in a depressurized state by the vacuum pump , the condensing chamber configured to be kept in the depressurized state; a temperature maintaining member configured to maintain the condensing chamber at a lower temperature than the cleaning chamber , and an opening/closing valve configured to provide or cut off communication between the condensing chamber and the cleaning chamber , characterized in that the condensing chamber is connected to the cleaning chamber via the opening/closing valve such that the condensing chamber is adjacent to the cleaning chamber via the opening/closing valve , and the opening/closing valve is configured to provide communication between the cleaning chamber and the condensing chamber to dry the workpiece (W) after the workpiece (W) is cleaned in the cleaning chamber . a vacuum pump ; a vapor generating member configured to generate vapor of a petroleum-based solvent; a cleaning chamber configured to be placed under reduced-pressure atmosphere and allow a workpiece (W) to be cleaned under reduced pressure by the vapor fed from the vapor generating member ; a condensing chamber configured to be placed in a depressurized state by the vacuum pump , the condensing chamber configured to be kept in the depressurized state; a temperature maintaining member configured to maintain the condensing chamber at a lower temperature than the cleaning chamber , and an opening/closing valve configured to provide or cut off communication between the condensing chamber and the cleaning chamber , characterized in that the condensing chamber is connected to the cleaning chamber via the opening/closing valve such that the condensing chamber is adjacent to the cleaning chamber via the opening/closing valve , and the opening/closing valve is configured to provide communication between the cleaning chamber and the condensing chamber to dry the workpiece (W) after the workpiece (W) is cleaned in the cleaning chamber .
Communication assembly comprising a first terminal , which is a watch or a bracelet or a piece of jewellery, and provided with a first communication module arranged to communicate with a plurality of beacons , each comprising a communication circuit to enable data (Mi) to be sent with a particular periodicity (Pi), said assembly additionally comprising a second terminal comprising a second communication module, said second terminal being arranged to scan its environment by means of said second communication module and to detect the presence of beacons within range then to retrieve for each beacon detected the particular periodicity and a time offset corresponding to the period between a reference point and the start of the transmission of the message (Mi) and send them to the first terminal, and said first terminal being arranged to monitor to the second terminal at regular intervals and to select at least one of the beacons detected by the second terminal and activate said first communication module synchronously with the chosen beacon on the basis of particular periodicity information and time offset of the beacon received from the second terminal, to retrieve at least one item of information from this beacon. said assembly additionally comprising a second terminal comprising a second communication module, said second terminal being arranged to scan its environment by means of said second communication module and to detect the presence of beacons within range then to retrieve for each beacon detected the particular periodicity and a time offset corresponding to the period between a reference point and the start of the transmission of the message (Mi) and send them to the first terminal, and said first terminal being arranged to monitor to the second terminal at regular intervals and to select at least one of the beacons detected by the second terminal and activate said first communication module synchronously with the chosen beacon on the basis of particular periodicity information and time offset of the beacon received from the second terminal, to retrieve at least one item of information from this beacon.
An aerosol-generating device for heating an aerosol-forming substrate , the aerosol-generating device comprising: a heating element arranged to heat an aerosol-forming substrate when the aerosol-forming substrate is received by the aerosol-generating device , wherein the heating element comprises a plurality of metallic nanoparticles arranged to receive light from a light source and generate heat by surface plasmon resonance.
An apparatus, comprising: an antenna including: a planar conductor, wherein an aperture is formed in a middle portion of the planar conductor; a first component that is coupled between a terminal located at a center of the aperture and a first terminal located at an edge of the aperture , wherein the first component provides a first impedance value; and a second component that is coupled between the terminal located at the center of the aperture and a second terminal located at an opposing edge of the aperture , wherein the second component provides a second impedance value; characterized in that the antenna includes: a signal source that is configured to provide a sinusoidal signal and is coupled to the center terminal , wherein when the first impedance value is equal to the second impedance value, the sinusoidal signal is non-radiated by the antenna, and wherein when the first impedance value or the second impedance value is greater than the other one, the sinusoidal signal is radiated by the antenna. an antenna including: a planar conductor, wherein an aperture is formed in a middle portion of the planar conductor; a first component that is coupled between a terminal located at a center of the aperture and a first terminal located at an edge of the aperture , wherein the first component provides a first impedance value; and a second component that is coupled between the terminal located at the center of the aperture and a second terminal located at an opposing edge of the aperture , wherein the second component provides a second impedance value; a planar conductor, wherein an aperture is formed in a middle portion of the planar conductor; a first component that is coupled between a terminal located at a center of the aperture and a first terminal located at an edge of the aperture , wherein the first component provides a first impedance value; and a second component that is coupled between the terminal located at the center of the aperture and a second terminal located at an opposing edge of the aperture , wherein the second component provides a second impedance value; characterized in that the antenna includes: a signal source that is configured to provide a sinusoidal signal and is coupled to the center terminal , wherein when the first impedance value is equal to the second impedance value, the sinusoidal signal is non-radiated by the antenna, and wherein when the first impedance value or the second impedance value is greater than the other one, the sinusoidal signal is radiated by the antenna.
A waste liquid treatment method comprising: a separation step of housing a waste liquid containing blood and a body fluid in a container, and charging a waste liquid treatment composition into the waste liquid in the container, followed by stirring to separate the waste liquid into a supernatant and an aggregate; and a step of discarding the supernatant through a filter, wherein the waste liquid treatment composition is for treating the waste liquid containing blood and a body fluid to separate the waste liquid into a supernatant and an aggregate in the container and, the waste liquid treatment composition comprising: a solid flocculant, which is at least one selected from the group consisting of a cationic polymer flocculant and an amphoteric polymer flocculant, having at least one group selected from the group consisting of an OH group and an NH group; and a solid boron-containing compound having an OH group. a separation step of housing a waste liquid containing blood and a body fluid in a container, and charging a waste liquid treatment composition into the waste liquid in the container, followed by stirring to separate the waste liquid into a supernatant and an aggregate; and a step of discarding the supernatant through a filter, wherein the waste liquid treatment composition is for treating the waste liquid containing blood and a body fluid to separate the waste liquid into a supernatant and an aggregate in the container and, the waste liquid treatment composition comprising: a solid flocculant, which is at least one selected from the group consisting of a cationic polymer flocculant and an amphoteric polymer flocculant, having at least one group selected from the group consisting of an OH group and an NH group; and a solid boron-containing compound having an OH group. a solid flocculant, which is at least one selected from the group consisting of a cationic polymer flocculant and an amphoteric polymer flocculant, having at least one group selected from the group consisting of an OH group and an NH group; and a solid boron-containing compound having an OH group.