mhurhangee/patent-ind-claim-en huggingface dataset:
Packaging for aerosol-generating articles comprising a packaging body with a reception volume for receiving a plurality of aerosol-generating articles wherein the packaging body extends in a length direction (x), a width direction (y) and a height direction (z), with a lid , attached to the packaging body via a first attachment section , the lid being pivotable with respect to the packaging body for opening and closing the packaging , wherein before first opening of the packaging, the lid is attached to the packaging body in a second attachment section , the second attachment section comprising an inner surface and an outer surface facing the inner surface wherein the second attachment section is breakable to open the packaging and comprises at least a first and a second breaking line , wherein one breaking line extends from the inner surface towards the outer surface without reaching the outer surface and another breaking line extends from the outer surface towards the inner surface without reaching the inner surface wherein the second attachment section has a predetermined width (w) from the inner surface to the outer surface characterized in that both the first and second breaking lines are cuts which extend at least over 50% of that width.
A network apparatus for providing native load balancing within a switch , comprising: a first network interface operable to communicatively couple to a first network; a plurality of second network interfaces operable to communicatively couple to a second network, the second network comprising a service pool of service nodes; one or more logic elements comprising a switching engine operable for providing network switching; one or more logic elements comprising a load balancing engine operable for: load balancing incoming network traffic to the service pool via native hardware according to a load balancing configuration; detecting a new service node added to the service pool; and adjusting the load balancing configuration to account for the new service node; wherein the switching engine, load balancing engine , the first network interface and plurality of second network interfaces are all configured to be provided on the same hardware . a first network interface operable to communicatively couple to a first network; a plurality of second network interfaces operable to communicatively couple to a second network, the second network comprising a service pool of service nodes; one or more logic elements comprising a switching engine operable for providing network switching; one or more logic elements comprising a load balancing engine operable for: load balancing incoming network traffic to the service pool via native hardware according to a load balancing configuration; detecting a new service node added to the service pool; and adjusting the load balancing configuration to account for the new service node; load balancing incoming network traffic to the service pool via native hardware according to a load balancing configuration; detecting a new service node added to the service pool; and adjusting the load balancing configuration to account for the new service node; wherein the switching engine, load balancing engine , the first network interface and plurality of second network interfaces are all configured to be provided on the same hardware .
An antenna attachment apparatus configured to affix a radar antenna (140; 540; 640; 740; 840) to an aircraft fuselage, comprising: a radome (110; 510; 610; 710; 810) comprising at least one layer of composite material; a mounting plate (120; 420; 520; 620; 720; 820) attached to the radome wherein the mounting plate is adaptable to a plurality of models of aircraft; an adapter plate (130; 430; 530; 630; 730; 830) attached directly to, attached indirectly to or integral with the mounting plate, the adapter plate being configured to accommodate any one of a plurality of antennas wherein the plurality of antennas comprise radio-frequency band antennas; wherein the adapter plate comprises a plurality of holes configured to accommodate attachment of the one of the plurality of antennas (140; 540; 640; 740; 840); and the plurality of holes are arranged in fastener patterns and the plurality of holes arranged in fastener patterns are configured to accommodate a plurality of antenna models and wherein a first fastener pattern is configured to accommodate at least a first model of antenna and a second fastener pattern is configured to accommodate at least a second model of antenna. a radome (110; 510; 610; 710; 810) comprising at least one layer of composite material; a mounting plate (120; 420; 520; 620; 720; 820) attached to the radome wherein the mounting plate is adaptable to a plurality of models of aircraft; an adapter plate (130; 430; 530; 630; 730; 830) attached directly to, attached indirectly to or integral with the mounting plate, the adapter plate being configured to accommodate any one of a plurality of antennas wherein the plurality of antennas comprise radio-frequency band antennas; wherein the adapter plate comprises a plurality of holes configured to accommodate attachment of the one of the plurality of antennas (140; 540; 640; 740; 840); and the plurality of holes are arranged in fastener patterns and the plurality of holes arranged in fastener patterns are configured to accommodate a plurality of antenna models and wherein a first fastener pattern is configured to accommodate at least a first model of antenna and a second fastener pattern is configured to accommodate at least a second model of antenna.
A computer-implemented method comprising: monitoring a computational task distribution system to detect a challenge to a proposer string provided by a proposer computer system in response to a request made by a requester computer system, the request specifying a computational task and a first digital asset associated with the request, the proposer string indicated by a hash of a solution to the computational task, the proposer string specifying a second digital asset referenced in an input to a proposer transaction associated with the proposer string; and as a result of detecting the challenge, at least: resolving the challenge using a first blockchain network by at least selecting a solution from a set of solutions provided to the first blockchain network, the set of solutions at least including the proposer string, wherein the challenge is resolved using a ghost chain to determine a correct solution; and distributing digital assets from the first digital asset and the second digital asset to one or more parties of the computational task distribution system based at least in part on the solution. monitoring a computational task distribution system to detect a challenge to a proposer string provided by a proposer computer system in response to a request made by a requester computer system, the request specifying a computational task and a first digital asset associated with the request, the proposer string indicated by a hash of a solution to the computational task, the proposer string specifying a second digital asset referenced in an input to a proposer transaction associated with the proposer string; and as a result of detecting the challenge, at least: resolving the challenge using a first blockchain network by at least selecting a solution from a set of solutions provided to the first blockchain network, the set of solutions at least including the proposer string, wherein the challenge is resolved using a ghost chain to determine a correct solution; and distributing digital assets from the first digital asset and the second digital asset to one or more parties of the computational task distribution system based at least in part on the solution. resolving the challenge using a first blockchain network by at least selecting a solution from a set of solutions provided to the first blockchain network, the set of solutions at least including the proposer string, wherein the challenge is resolved using a ghost chain to determine a correct solution; and distributing digital assets from the first digital asset and the second digital asset to one or more parties of the computational task distribution system based at least in part on the solution.
A rear spoiler for a vehicle , comprising: - a main body defining a cavity and comprising an opening, - a blade movably mounted between a retracted position inside the cavity and an extended position wherein at least a part of the blade is outside of the cavity and through the opening, and - positioning means configured to limit a movement of the blade with respect to the spoiler in at least one direction when the blade is in the retracted position and/or in the extended position and/or during a movement of the blade between the retracted and extended position, characterized in that the positioning means are further configured to cushion a contact between the blade and the main body . - a main body defining a cavity and comprising an opening, - a blade movably mounted between a retracted position inside the cavity and an extended position wherein at least a part of the blade is outside of the cavity and through the opening, and - positioning means configured to limit a movement of the blade with respect to the spoiler in at least one direction when the blade is in the retracted position and/or in the extended position and/or during a movement of the blade between the retracted and extended position,
Linear actuator for a drum brake of a vehicle, in particular a motor vehicle including: a rotary threaded element that is able to rotate about a main axis (A) of the linear actuator , a threaded linear actuation element that cooperates with the rotary threaded element and that is able to slide along said main axis (A), an intermediate wheel that is able to rotate about a secondary axis parallel to said main axis (A) and that is coupled with the rotary threaded element , a housing enclosing the rotary threaded element , the threaded linear actuation element and the intermediate wheel , wherein the housing is made from a single part characterised in that the housing includes a hollow body of globally cylindrical shape delimited by a wall and that is coaxial with the main axis (A) and wherein the rotary threaded element and the threaded actuation element are mobile along the main axis (A) and includes a hollow sleeve extending perpendicularly to the main axis (A) from the wall of the hollow body , wherein the intermediate wheel is rotatably mounted about the secondary axis, characterized in that the sleeve holds a pin carrying out the guiding in rotation of the intermediate gear wheel . a rotary threaded element that is able to rotate about a main axis (A) of the linear actuator , a threaded linear actuation element that cooperates with the rotary threaded element and that is able to slide along said main axis (A), an intermediate wheel that is able to rotate about a secondary axis parallel to said main axis (A) and that is coupled with the rotary threaded element , a housing enclosing the rotary threaded element , the threaded linear actuation element and the intermediate wheel , wherein the housing is made from a single part characterised in that the housing includes a hollow body of globally cylindrical shape delimited by a wall and that is coaxial with the main axis (A) and wherein the rotary threaded element and the threaded actuation element are mobile along the main axis (A) and includes a hollow sleeve extending perpendicularly to the main axis (A) from the wall of the hollow body , wherein the intermediate wheel is rotatably mounted about the secondary axis, characterized in that the sleeve holds a pin carrying out the guiding in rotation of the intermediate gear wheel .
A test system for testing electrical connections between electronic components and a printed circuit board to be tested, the printed circuit board comprising a communication module and contacting areas , comprising: - a housing ; - a communication interface which, by making contact with the printed circuit board , enables data to be exchanged with a data memory and/or the communication module of the printed circuit board to be tested in accordance with a communication protocol; and - a test module ; wherein the communication interface is arranged within the housing movably in at least two spatial directions (X, Y, Z), and that the communication interface is permanently connected or connected to the test module with a cable, wherein the test module has a data memory and/or a communication chip , on which several communication protocols are stored, and a processor or a logic module for selecting at least one communication protocol, characterized in that the communication interface has at least three electrically conductive contact tips which are set up to contact the communication module via contacting areas comprising closed metallic surfaces . - a housing ; - a communication interface which, by making contact with the printed circuit board , enables data to be exchanged with a data memory and/or the communication module of the printed circuit board to be tested in accordance with a communication protocol; and - a test module ; wherein the communication interface is arranged within the housing movably in at least two spatial directions (X, Y, Z), and that the communication interface is permanently connected or connected to the test module with a cable, wherein the communication interface is arranged within the housing movably in at least two spatial directions (X, Y, Z), and that the communication interface is permanently connected or connected to the test module with a cable, wherein the test module has a data memory and/or a communication chip , on which several communication protocols are stored, and a processor or a logic module for selecting at least one communication protocol, characterized in that the communication interface has at least three electrically conductive contact tips which are set up to contact the communication module via contacting areas comprising closed metallic surfaces .
Eye implant having a lens sheath which is configured to be inserted into a capsular bag of an eye, which is elastic, which delimits a cavity in its interior and which has a through hole , via which the cavity is accessible from outside the lens sheath , and which is discus-shaped or toroidal, and having at least two adapters which are secured to the lens sheath , which project inwardly from the lens sheath and which are configured to engage with a respective haptic of an accommodating intraocular lens , characterized in that the eye implant comprises a plurality of reservoirs which are secured to the lens sheath , which project outwardly from the lens sheath , which comprise an adhesive in their interior and which are configured to release the adhesive when pressed against the capsular bag .
A liquid purification device operating under gas pressure and containing a raw liquid vessel with a spout , a lid , a filtration cartridge , a purified liquid vessel , an output purified liquid means , a gas injection block connected to the raw liquid vessel and containing a gas injection means , a control panel and a power supply , characterized in that the liquid purification device further contains a closure member and the lid of the liquid purification device is configured as an openable lid with at least two opening stages of the closure member, said closure member is formed either by an interconnection of the spout and the lid , wherein there is - a screw-thread on the lid , and - a screw-thread on the spout with turns of thread, and - at least one ledge on each turn of thread, the length of the ledge is at least a portion of the length of the respective turn of thread; or by at least one ledge made in a base of the lid and at least one projection made in a clamping device of a flip-top , wherein said flip-top is formed by an upper part of of the lid . by an interconnection of the spout and the lid , wherein there is - a screw-thread on the lid , and - a screw-thread on the spout with turns of thread, and - at least one ledge on each turn of thread, the length of the ledge is at least a portion of the length of the respective turn of thread; or - a screw-thread on the lid , and - a screw-thread on the spout with turns of thread, and - at least one ledge on each turn of thread, the length of the ledge is at least a portion of the length of the respective turn of thread; or by at least one ledge made in a base of the lid and at least one projection made in a clamping device of a flip-top , wherein said flip-top is formed by an upper part of of the lid .
Multichannel built-in dimmer having an input stage , which can be connected to a supply grid , at least three power stages , which can be actuated independently of one another and have separate load connection units for the connection of a load or a plurality of loads , and having a processing and control device in a joint device housing , wherein the processing and control device has for each actuable power stage at least one individual operator control element interface for populating with a separate central operator control element , characterized in that - the processing and control device has an input unit having a manual input element for individually assigning a power stage to a central operator control element or the operator control element interface thereof respectively, - each power stage or the load connected thereto respectively can be assigned to each operator control element , wherein the operator control elements are selectively formed as a rotary operator control element, as a button operator control element or as a timer operator control element, and - the multichannel built-in dimmer makes time control possible through the use of at least one timer operator control element. - the processing and control device has an input unit having a manual input element for individually assigning a power stage to a central operator control element or the operator control element interface thereof respectively, - each power stage or the load connected thereto respectively can be assigned to each operator control element , wherein the operator control elements are selectively formed as a rotary operator control element, as a button operator control element or as a timer operator control element, and - the multichannel built-in dimmer makes time control possible through the use of at least one timer operator control element.
A drive train assembly for a personal care device , the drive train assembly comprising: a torsion spring suspended between a first end mount and a second end mount , the torsion spring comprising a first end mounted to the first end mount and a second end mounted to the second end mount, characterised in that the first and second ends of the torsion spring each comprises a cross flexure spring hinge , wherein each of the cross flexure spring hinges is X-shaped and comprises two spring hinge leaflets (250a, 250b; 260a, 260b) extending outwardly from the torsion spring.
A thermal sleeve for protecting an electronic member connected to a wiring harness , comprising: a tubular heat-settable nonwoven inner layer having a generally cylindrical portion and an outer surface extending along a longitudinal central axis between opposite open ends ; a reflective outer layer disposed about said outer surface ; and at least one finger of said heat-settable nonwoven inner layer extending radially inwardly from said generally cylindrical portion, said at least one finger being heat-set to remain extending radially inwardly absent an externally applied force thereon and having a free end surrounding a through opening sized for receipt of the wiring harness , wherein said at least one finger is flexible and resilient so as to be readily biased, in use, axially via friction or interference with a wire harness or tube to flex axially inwardly and axially outwardly during installation and removal. a tubular heat-settable nonwoven inner layer having a generally cylindrical portion and an outer surface extending along a longitudinal central axis between opposite open ends ; a reflective outer layer disposed about said outer surface ; and at least one finger of said heat-settable nonwoven inner layer extending radially inwardly from said generally cylindrical portion, said at least one finger being heat-set to remain extending radially inwardly absent an externally applied force thereon and having a free end surrounding a through opening sized for receipt of the wiring harness , wherein said at least one finger is flexible and resilient so as to be readily biased, in use, axially via friction or interference with a wire harness or tube to flex axially inwardly and axially outwardly during installation and removal.
A system for handling fuel vapour in a fuel tank of a vehicle, wherein the system comprises: - a fuel tank , - a fuel vapour cooling arrangement connected to the fuel tank , arranged to receive fuel vapour evaporated from fuel in the fuel tank , in which the evaporated fuel is condensed into liquid fuel, wherein - the fuel vapour cooling arrangement is arranged outside of the fuel tank , and - a valve is arranged between the fuel tank and the fuel vapour cooling arrangement to control the opening and closing of a fuel vapour cooling arrangement connection between the fuel tank and the fuel vapour cooling arrangement , wherein the fuel vapour cooling arrangement is connected to a cooling fluid of the vehicle's air conditioning cooling arrangement and/or the vehicle's battery cooling arrangement and the system is configured for performing: - heat exchange of the fuel vapour with a cooling fluid of the vehicle's air conditioning cooling arrangement and/or the vehicle's battery cooling arrangement, characterised by - condensing the evaporated fuel by cooling the fuel vapour and by pressurising the cooling fluid in the fuel vapour cooling arrangement . - a fuel tank , - a fuel vapour cooling arrangement connected to the fuel tank , arranged to receive fuel vapour evaporated from fuel in the fuel tank , in which the evaporated fuel is condensed into liquid fuel, wherein - the fuel vapour cooling arrangement is arranged outside of the fuel tank , and - a valve is arranged between the fuel tank and the fuel vapour cooling arrangement to control the opening and closing of a fuel vapour cooling arrangement connection between the fuel tank and the fuel vapour cooling arrangement , wherein the fuel vapour cooling arrangement is connected to a cooling fluid of the vehicle's air conditioning cooling arrangement and/or the vehicle's battery cooling arrangement and the system is configured for performing: - heat exchange of the fuel vapour with a cooling fluid of the vehicle's air conditioning cooling arrangement and/or the vehicle's battery cooling arrangement, characterised by - condensing the evaporated fuel by cooling the fuel vapour and by pressurising the cooling fluid in the fuel vapour cooling arrangement .
A controller for an implantable blood pump having a first stator , a second stator , and an impeller movably disposed there between, the controller comprising: a control circuit configured to: apply a first voltage waveform at first phase to the first stator to generate a magnetic field to rotate the impeller for a first period of time; apply a second voltage waveform at a second phase shifted from the first phase to the second stator to rotate the impeller during the first period of time, the second voltage waveform being asymmetric to the first voltage waveform . apply a first voltage waveform at first phase to the first stator to generate a magnetic field to rotate the impeller for a first period of time; apply a second voltage waveform at a second phase shifted from the first phase to the second stator to rotate the impeller during the first period of time, the second voltage waveform being asymmetric to the first voltage waveform .