mhurhangee/patent-ind-claim-en huggingface dataset:
An electronic lock, comprising: a lock body ; a shackle to transition between a locked state and unlocked state relative to the lock body ; a lock control system to maintain the shackle in the locked state in response to receiving first locking command from a first keyholder; a multi-keyholder management system to receive a locking command associated with a second keyholder; and an unlock control system to release the shackle to the unlocked state after receiving both: (i) an unlock command from the first keyholder providing a first keyholder credential, and (ii) an unlock command from the second keyholder providing a second keyholder credential, wherein the unlock control system is further configured to release the shackle to the unlocked state in response to receiving a digital bolt- cutting unlock request from an entity having bolt-cutting authority. a lock body ; a shackle to transition between a locked state and unlocked state relative to the lock body ; a lock control system to maintain the shackle in the locked state in response to receiving first locking command from a first keyholder; a multi-keyholder management system to receive a locking command associated with a second keyholder; and an unlock control system to release the shackle to the unlocked state after receiving both: (i) an unlock command from the first keyholder providing a first keyholder credential, and (ii) an unlock command from the second keyholder providing a second keyholder credential, (i) an unlock command from the first keyholder providing a first keyholder credential, and (ii) an unlock command from the second keyholder providing a second keyholder credential, wherein the unlock control system is further configured to release the shackle to the unlocked state in response to receiving a digital bolt- cutting unlock request from an entity having bolt-cutting authority.
A direct alcohol fuel cell (DAFC) comprising a housing containing a proton exchange membrane (PEM) separating an anode section from a cathode section, which anode section and which cathode section are contained in the housing, the cathode section comprising a cathode collection element electrically connected to a cathode catalyst, which cathode catalyst is in diffusive communication with a gaseous oxidant, and the anode section comprising an anode collection element electrically connected to an anode catalyst, and a pervaporation membrane located at a spacing distance from the PEM, which pervaporation membrane provides diffusive communication between the anode catalyst and a fuel supply, wherein the housing comprises a venting hole providing fluid communication between the anode section and the ambient environment, which venting hole has a largest dimension in the range of 25 μm to 300 μm, the venting hole being located within the spacing distance and comprising a filter with a pore size in the range of 0.1 μm to 10 μm. the cathode section comprising a cathode collection element electrically connected to a cathode catalyst, which cathode catalyst is in diffusive communication with a gaseous oxidant, and the anode section comprising an anode collection element electrically connected to an anode catalyst, and a pervaporation membrane located at a spacing distance from the PEM, which pervaporation membrane provides diffusive communication between the anode catalyst and a fuel supply, wherein the housing comprises a venting hole providing fluid communication between the anode section and the ambient environment, which venting hole has a largest dimension in the range of 25 μm to 300 μm, the venting hole being located within the spacing distance and comprising a filter with a pore size in the range of 0.1 μm to 10 μm.
A synthetic disaccharide lipid compound having the structure: or a pharmaceutically acceptable salt thereof, or having the structure: , or a pharmaceutically acceptable salt thereof. or a pharmaceutically acceptable salt thereof, or having the structure: , or a pharmaceutically acceptable salt thereof.
A base station (101-104), comprising: a notification means for notifying a terminal apparatus of information on communication delays predicted in communication of the terminal apparatus via the base station, wherein the information on the communication delays is based on actual measured communication delay in communication carried out by other terminal apparatuses having common attributes with the terminal apparatus, among communications carried out in the past at the base station, and wherein the information on the communication delays is a value calculated by giving a larger effect on the actual measured communication delays closer to a present time. a notification means for notifying a terminal apparatus of information on communication delays predicted in communication of the terminal apparatus via the base station, wherein the information on the communication delays is based on actual measured communication delay in communication carried out by other terminal apparatuses having common attributes with the terminal apparatus, among communications carried out in the past at the base station, and wherein the information on the communication delays is a value calculated by giving a larger effect on the actual measured communication delays closer to a present time.
A chamber bottom for a plasma thruster, comprising, in a single piece, a chamber bottom surface for closing an annular chamber formed by the chamber bottom and delimited by at least one insulating part attached to the chamber bottom , and at least one set of tabs comprising fastening tabs for fastening said at least one insulating part to the chamber bottom . a chamber bottom surface for closing an annular chamber formed by the chamber bottom and delimited by at least one insulating part attached to the chamber bottom , and at least one set of tabs comprising fastening tabs for fastening said at least one insulating part to the chamber bottom .
A conductive yarn comprising: a plurality of interlocked fibers at least partially coated with a composition of carbon nanoparticle and SP1 based polypeptide SP1/CNP; two or more polyamine coatings; an inner metal coating; and an outer metal coating, wherein the two or more polyamine coatings comprise a first polyamine coating sandwiched between the fiber and the composition and a second polyamine coating between the composition and the outer metal coating, and wherein the inner metal coating is disposed between the second polyamine coating and the outer metal coating. a plurality of interlocked fibers at least partially coated with a composition of carbon nanoparticle and SP1 based polypeptide SP1/CNP; two or more polyamine coatings; an inner metal coating; and an outer metal coating, wherein the two or more polyamine coatings comprise a first polyamine coating sandwiched between the fiber and the composition and a second polyamine coating between the composition and the outer metal coating, and wherein the inner metal coating is disposed between the second polyamine coating and the outer metal coating.
A composition comprising: (A) from 30 wt% to 70 wt% of a propylene component including at least one propylene based polymer having a propylene content of at least 50.0 wt%, based on the total weight of the propylene based polymer, and a melt flow rate from 0.5 g/10 min to 200.0 g/10 min (ASTM D-1238 at 230°C, 2.16 kg), wherein the propylene based polymer is a polypropylene homopolymer; (B) from 25 wt% to 55 wt% of a polyolefin elastomer, wherein the polyolefin elastomer is an ethylene/α-olefin copolymer, wherein the α-olefin is 1-butene or 1-octene; and (C) from 1 wt% to 20 wt% of a block composite comprising (i) an ethylene-propylene copolymer, (ii) an isotactic polypropylene copolymer, and (iii) a block copolymer including an ethylene-propylene soft block that has a same composition as the ethylene-propylene copolymer of the block composite and an isotactic polypropylene hard block that has a same composition as the isotactic polypropylene copolymer of the block composite. (A) from 30 wt% to 70 wt% of a propylene component including at least one propylene based polymer having a propylene content of at least 50.0 wt%, based on the total weight of the propylene based polymer, and a melt flow rate from 0.5 g/10 min to 200.0 g/10 min (ASTM D-1238 at 230°C, 2.16 kg), wherein the propylene based polymer is a polypropylene homopolymer; (B) from 25 wt% to 55 wt% of a polyolefin elastomer, wherein the polyolefin elastomer is an ethylene/α-olefin copolymer, wherein the α-olefin is 1-butene or 1-octene; and (C) from 1 wt% to 20 wt% of a block composite comprising (i) an ethylene-propylene copolymer, (ii) an isotactic polypropylene copolymer, and (iii) a block copolymer including an ethylene-propylene soft block that has a same composition as the ethylene-propylene copolymer of the block composite and an isotactic polypropylene hard block that has a same composition as the isotactic polypropylene copolymer of the block composite.
A method for manufacturing a radar cover which covers a radar unit configured to detect surrounding conditions of a vehicle, the method comprising: preparing a base and a shining member , the base having a transparent portion and a black portion , the transparent portion having a recessed portion (11a1), the black portion being stacked on the transparent portion on a portion other than the recessed portion (11a1), the shining member comprising a basal portion and an edge portion , the basal portion including a shining layer on a surface thereof, the edge portion being formed to surround the basal portion ; arranging the base and the shining member such that the edge portion of the shining member and the black portion of the base are in contact with each other and the shining layer of the basal portion and the recessed portion (11a1) face each other; and fixing the edge portion and the black portion to each other. preparing a base and a shining member , the base having a transparent portion and a black portion , the transparent portion having a recessed portion (11a1), the black portion being stacked on the transparent portion on a portion other than the recessed portion (11a1), the shining member comprising a basal portion and an edge portion , the basal portion including a shining layer on a surface thereof, the edge portion being formed to surround the basal portion ; arranging the base and the shining member such that the edge portion of the shining member and the black portion of the base are in contact with each other and the shining layer of the basal portion and the recessed portion (11a1) face each other; and fixing the edge portion and the black portion to each other.
Flap device for opening and closing a wastegate channel in a turbine housing of a turbocharger , having - a lever element with a through-passage bore , in which a cylindrical bushing is arranged; - a flap with a pin , said flap being arranged on the lever element such that the pin is guided through the bushing ; and - a cover disc , which is arranged on a side opposite the flap and has an opening , through which the pin of the flap is guided; wherein the flap is riveted to the lever element by means of the pin , and wherein the bushing has at least one groove , into which a resilient plate is introduced such that a radial clamping force of the resilient plate is active between the through-passage bore and the bushing . - a lever element with a through-passage bore , in which a cylindrical bushing is arranged; - a flap with a pin , said flap being arranged on the lever element such that the pin is guided through the bushing ; and - a cover disc , which is arranged on a side opposite the flap and has an opening , through which the pin of the flap is guided;
A system for forming a laser-sustained plasma , comprising: a gas containment element , wherein the gas containment element is configured to contain a volume of a gas mixture , wherein the gas mixture includes a first gas component and a second gas component; an illumination source configured to generate pump illumination ; and a collector element configured to focus the pump illumination from the pumping source into the volume of the gas mixture in order to generate a plasma within the volume of the gas mixture, when in use the plasma emits broadband radiation , wherein the second gas component suppresses at least one of a portion of the broadband radiation associated with the first gas component or radiation by one or more excimers associated with the first gas component from a spectrum of radiation exiting the gas mixture; wherein the gas mixture further includes a third gas component, wherein the third gas component suppresses at least one of a portion of the broadband radiation associated with the first and/or second gas component or radiation by one or more excimers associated with the first and/or second gas component from the spectrum of radiation exiting the gas mixture, characterised in that the third gas component comprises less than 5 mg per cubic centimeter of the gas mixture . a gas containment element , wherein the gas containment element is configured to contain a volume of a gas mixture , wherein the gas mixture includes a first gas component and a second gas component; an illumination source configured to generate pump illumination ; and a collector element configured to focus the pump illumination from the pumping source into the volume of the gas mixture in order to generate a plasma within the volume of the gas mixture, when in use the plasma emits broadband radiation , wherein the second gas component suppresses at least one of a portion of the broadband radiation associated with the first gas component or radiation by one or more excimers associated with the first gas component from a spectrum of radiation exiting the gas mixture; wherein the gas mixture further includes a third gas component, wherein the third gas component suppresses at least one of a portion of the broadband radiation associated with the first and/or second gas component or radiation by one or more excimers associated with the first and/or second gas component from the spectrum of radiation exiting the gas mixture, characterised in that the third gas component comprises less than 5 mg per cubic centimeter of the gas mixture .
A system for modeling brain dynamics of a seizure comprising: an MRI scanner configured to monitor the seizure through linked brain networks with optogenetic functional magnetic resonance (ofMRI) imaging; a recording system configured to measure local field potentials and single unit recordings at the location of ofMRI activity so as to identify underlying neural activity of the seizure; and an electrocephalography (EEG) system configured to measure EEG signals of the seizure so as to validate the seizure. an MRI scanner configured to monitor the seizure through linked brain networks with optogenetic functional magnetic resonance (ofMRI) imaging; a recording system configured to measure local field potentials and single unit recordings at the location of ofMRI activity so as to identify underlying neural activity of the seizure; and an electrocephalography (EEG) system configured to measure EEG signals of the seizure so as to validate the seizure.
An auto-injector for receiving and operating a syringe, the auto-injector comprising: a housing for receiving the syringe, the housing comprising a main body and a door operable into a first position and a second position, wherein the syringe is receivable within the housing when the door is in the first position; wherein the door is configured to couple to: (i) a first plunger driver for priming thereof on a first movement of the door, the first plunger driver comprising a first spring; characterised in that the door is further configured to couple to: (ii) a second plunger driver for priming thereof on a second movement of the door , the second plunger driver comprising a second spring; the first and second plunger drivers being configured on activation of the auto-injector to drive a plunger forward within the auto-injector to operate the syringe received within the auto-injector, and wherein the first position of the door is the open position, wherein the second position of the door is the closed position, wherein the first movement of the door is an opening movement, and wherein the second movement of the door is a closing movement. a housing for receiving the syringe, the housing comprising a main body and a door operable into a first position and a second position, wherein the syringe is receivable within the housing when the door is in the first position; wherein the door is configured to couple to: (i) a first plunger driver for priming thereof on a first movement of the door, the first plunger driver comprising a first spring; (i) a first plunger driver for priming thereof on a first movement of the door, the first plunger driver comprising a first spring; the first and second plunger drivers being configured on activation of the auto-injector to drive a plunger forward within the auto-injector to operate the syringe received within the auto-injector, and wherein the first position of the door is the open position, wherein the second position of the door is the closed position, wherein the first movement of the door is an opening movement, and wherein the second movement of the door is a closing movement.
An electrolysis cell for carbon dioxide comprising: an anode part including an anode to oxidize water or hydroxide ions and thus produce oxygen and an anode solution flow path to supply an anode solution to the anode ; a cathode part including a cathode to reduce carbon dioxide and thus produce a carbon compound, a cathode solution flow path to supply a cathode solution to the cathode , and a gas flow path to supply carbon dioxide to the cathode ; and a separator to separate the anode part and the cathode part , wherein the anode has a first surface in contact with the separator , and a second surface facing the anode solution flow path so that the anode solution is in contact with the anode , the cathode has a first surface facing the cathode solution flow path and a second surface facing the gas flow path , and the cathode solution flow path is disposed between the separator and the cathode so that the cathode solution is in contact with the separator and the cathode , and the anode solution flow path and the gas flow path each have a first land , the cathode solution flow path has a second land , and a number of the second land is smaller than a number of the first land . an anode part including an anode to oxidize water or hydroxide ions and thus produce oxygen and an anode solution flow path to supply an anode solution to the anode ; a cathode part including a cathode to reduce carbon dioxide and thus produce a carbon compound, a cathode solution flow path to supply a cathode solution to the cathode , and a gas flow path to supply carbon dioxide to the cathode ; and a separator to separate the anode part and the cathode part , wherein the anode has a first surface in contact with the separator , and a second surface facing the anode solution flow path so that the anode solution is in contact with the anode , the cathode has a first surface facing the cathode solution flow path and a second surface facing the gas flow path , and the cathode solution flow path is disposed between the separator and the cathode so that the cathode solution is in contact with the separator and the cathode , and the anode solution flow path and the gas flow path each have a first land , the cathode solution flow path has a second land , and a number of the second land is smaller than a number of the first land .
A child support apparatus comprising: a standing frame ; and a juvenile support assembly supported on the standing frame , the juvenile support assembly having a left side and a right side and a front end and a rear end; wherein the juvenile support assembly includes a resilient wire forming a bearing support for a child that is elastically deformable along an upward-downward direction of the juvenile support assembly , the resilient wire extending between the left side and the right side and having two opposite ends respectively anchored at the left side and the right side of the juvenile support assembly , characterized in that the resilient wire is bent to form a wave shape that stretches back and forth between the front end and the rear end of the juvenile support assembly . a standing frame ; and a juvenile support assembly supported on the standing frame , the juvenile support assembly having a left side and a right side and a front end and a rear end; wherein the juvenile support assembly includes a resilient wire forming a bearing support for a child that is elastically deformable along an upward-downward direction of the juvenile support assembly , the resilient wire extending between the left side and the right side and having two opposite ends respectively anchored at the left side and the right side of the juvenile support assembly , characterized in that the resilient wire is bent to form a wave shape that stretches back and forth between the front end and the rear end of the juvenile support assembly .
An antenna apparatus , comprising: a circuit substrate ; a patch array antenna including an element array and having a free space wavelength of λ, the element array including a line of two or more patch antenna elements arranged on the circuit substrate ; and a radome configured to accommodate the patch array antenna , wherein a radiation vertical surface is the plane including the direction perpendicular to the circuit substrate from the center of the patch array antenna and the line along which the patch antenna elements are arranged, and wherein an inner wall of the radome is formed to include a region in which a radome thickness in a range in which an angle with respect to the radiation vertical surface when viewed from a center of the patch array antenna is larger than -50° and smaller than +50° is smaller than a radome thickness at a position of ±50°, characterized in that the radome is formed such that an end portion of the radome is perpendicular to the circuit substrate , and a distance from a center of the patch array antenna to a center of the end portion in a radome thickness direction of said end portion is 0.85 λ or more and 1.15 λ or less. a circuit substrate ; a patch array antenna including an element array and having a free space wavelength of λ, the element array including a line of two or more patch antenna elements arranged on the circuit substrate ; and a radome configured to accommodate the patch array antenna , wherein a radiation vertical surface is the plane including the direction perpendicular to the circuit substrate from the center of the patch array antenna and the line along which the patch antenna elements are arranged, and wherein an inner wall of the radome is formed to include a region in which a radome thickness in a range in which an angle with respect to the radiation vertical surface when viewed from a center of the patch array antenna is larger than -50° and smaller than +50° is smaller than a radome thickness at a position of ±50°, characterized in that the radome is formed such that an end portion of the radome is perpendicular to the circuit substrate , and a distance from a center of the patch array antenna to a center of the end portion in a radome thickness direction of said end portion is 0.85 λ or more and 1.15 λ or less.