mhurhangee/patent-ind-claim-en huggingface dataset:
A seat (100; 400), comprising: a housing ; a seat pan pivotably coupled to the housing , wherein the seat pan is configured to pivot from a stowed position into a deployed position; a contoured backrest (110; 310) coupled to the housing ; and a deployment lever rotatably coupled to the housing , wherein the deployment lever is configured to deploy the contoured backrest (110; 310) into a contoured shape in response to the seat pan being pivoted into the deployed position; characterised in that the contoured backrest (110; 310) comprises a frame and a stretch material , wherein the stretch material is coupled to the frame and the frame defines an axially outer edge of the stretch material , wherein, the frame further comprises a flex point configured to bend in a direction away from the housing , in response to the seat pan pivoting into the deployed position. a housing ; a seat pan pivotably coupled to the housing , wherein the seat pan is configured to pivot from a stowed position into a deployed position; a contoured backrest (110; 310) coupled to the housing ; and a deployment lever rotatably coupled to the housing , wherein the deployment lever is configured to deploy the contoured backrest (110; 310) into a contoured shape in response to the seat pan being pivoted into the deployed position; characterised in that the contoured backrest (110; 310) comprises a frame and a stretch material , wherein the stretch material is coupled to the frame and the frame defines an axially outer edge of the stretch material , wherein, the frame further comprises a flex point configured to bend in a direction away from the housing , in response to the seat pan pivoting into the deployed position.
An air inlet lip of a nacelle for an aircraft turbojet engine, including a cavity delimited, on the one hand, by a leading edge of the nacelle and, on the other hand, by an annular partition , said air inlet lip including; - an inner wall ; - an acoustic treatment device and - a pneumatic de-icing device including a de-icing fluid supply device , the inner wall of the air inlet lip including a plurality of acoustic bores and in that the pneumatic de-icing device including at least one cellular de-icing base plate , mounted inside said cavity on said inner wall of the air inlet lip , said cellular de-icing base plate including a plurality of conduits for circulating a de-icing fluid from the de-icing fluid supply device and a plurality of acoustic wells communicating with said acoustic bores of the inner wall of the air inlet lip , said acoustic treatment device being fastened on a top wall of said cellular de-icing base plate and being superimposed on said cellular de-icing base plate , the acoustic wells of the cellular de-icing base plate opening at the bottom and top walls of the cellular de-icing base plate , the area of the top wall of the cellular de-icing base plate being substantially equal to the area of a bottom wall of the acoustic treatment device . - an inner wall ; - an acoustic treatment device and - a pneumatic de-icing device including a de-icing fluid supply device ,
Steering device of a two-wheeled vehicle, in particular a bicycle with a handlebar stem suspension, with a frame-side head tube , in which a fork stem of a front wheel fork is pivotably accommodated, with a threaded headset, in which an adjustment ring is screwed onto the fork stem , or alternatively with a threadless headset having a clamping sleeve both for securing the position of the fork stem in the head tube and for setting a bearing play, wherein the handlebar stem suspension comprises a telescopic arrangement, in which a handlebar stem shaft of a handlebar stem arrangement consisting of a vertical handlebar stem shaft and a horizontal handlebar stem is accommodated in a torsion-proof manner and supported resiliently in the fork stem , wherein, for resiliently supporting the handlebar stem between the setting ring or alternatively between the clamping sleeve and the handlebar stem , there is arranged an elastomer annular element having free circumferential surfaces, through which elastomer annular element the handlebar stem shaft is guided and led further into the fork stem such that, in the event of a travel-induced supporting force on the handlebar stem , the handlebar stem shaft dips into the fork stem , wherein the elastomer annular element is deformable in a resetting manner, characterized in that a screw is guided from above through a bore in the handlebar stem shaft , the screw being screwed into a rebound stop part which is supported from below on an annular stop in the fork stem as a pull-out lock and for applying an adjustable prestress on the elastomer annular element .
Wearable textile article for the assistance of muscle function, comprising: a tubular element made of a fabric having an inner side suitable for contact with a part of the human or animal body and an outer side (E) opposite the inner side, on said inner side being applied a plurality of bands of polymeric material suitable to be in contact with skin at a contact region of said part of the human or animal body, said bands being arranged along paths (P) suitable to overlap the paths of muscle and/or subcutaneous nerve fibres of said part of the human or animal body when the textile article is worn, so as to create a decompression effect of said body part and a stimulating effect of the muscle and/or nerve fibres in correspondence of the contact region, characterized in that the bands are interconnected so as to form a weave or a lattice and in that the bands comprise a first group of bands comprising a first plurality of bands spaced apart and arranged along first parallel paths and a second group of bands comprising a second plurality of bands spaced apart and arranged along second parallel paths , said second parallel paths being arranged substantially in a specular manner with respect to the first parallel paths with respect to a longitudinal axis of symmetry (Y, Y') parallel to the generatrices of the tubular element. a tubular element made of a fabric having an inner side suitable for contact with a part of the human or animal body and an outer side (E) opposite the inner side, on said inner side being applied a plurality of bands of polymeric material suitable to be in contact with skin at a contact region of said part of the human or animal body, said bands being arranged along paths (P) suitable to overlap the paths of muscle and/or subcutaneous nerve fibres of said part of the human or animal body when the textile article is worn, so as to create a decompression effect of said body part and a stimulating effect of the muscle and/or nerve fibres in correspondence of the contact region, characterized in that the bands are interconnected so as to form a weave or a lattice and in that the bands comprise a first group of bands comprising a first plurality of bands spaced apart and arranged along first parallel paths and a second group of bands comprising a second plurality of bands spaced apart and arranged along second parallel paths , said second parallel paths being arranged substantially in a specular manner with respect to the first parallel paths with respect to a longitudinal axis of symmetry (Y, Y') parallel to the generatrices of the tubular element.
A method at a computing device (110; 610; 710) in a public ledger cryptography system, the method comprising: creating a purpose string, the purpose string defining transaction parameters for an account within the public ledger cryptography system; creating a private key and associated public key for the account within the public ledger cryptography system, the creating using the purpose string, wherein the public key is uniquely bound to the purpose string; receiving a request from a second computing device in the public ledger cryptography system for the purpose string; and providing the purpose string to the second computing device for use in proof of generation verification of the public key during a transaction from the account within the public ledger cryptography system. creating a purpose string, the purpose string defining transaction parameters for an account within the public ledger cryptography system; creating a private key and associated public key for the account within the public ledger cryptography system, the creating using the purpose string, wherein the public key is uniquely bound to the purpose string; receiving a request from a second computing device in the public ledger cryptography system for the purpose string; and providing the purpose string to the second computing device for use in proof of generation verification of the public key during a transaction from the account within the public ledger cryptography system.
A method of manufacturing a hub unit bearing including: supporting a hub main body ; caulking the hub main body , to which an inner wheel and an outer wheel are attached, in a caulking step in which caulking processing of an axial end portion of the hub main body is performed while rotationally driving the outer wheel with respect to the hub main body in a manufacturing device, wherein the method is characterized in that : in the manufacturing device, after the caulking step has ended, a pre-load determination step is performed, in which a change in rotation speed of the outer wheel is measured while the outer wheel is rotated only by inertia with respect to the hub main body and whether or not the pre-load of the hub unit bearing falls within an appropriate range is determined on the basis of the measured change in the rotation speed. supporting a hub main body ; caulking the hub main body , to which an inner wheel and an outer wheel are attached, in a caulking step in which caulking processing of an axial end portion of the hub main body is performed while rotationally driving the outer wheel with respect to the hub main body in a manufacturing device,
A tubular seal for use with a prosthetic heart valve, the tubular seal comprising an outflow end region and an inflow end region , the inflow end region being a portion of a polymeric web retaining a woven fabric, characterized in that the woven fabric has a non-linear edge defining an interface between the inflow end region and the outflow end region .
A heat exchanger for an aircraft, comprising: a heat exchanger body having a first face , a second face disposed opposite the first face, a first wall , and a second wall disposed opposite the first wall, the first wall and the second wall each extending between the first face and the second face, the heat exchanger body is characterized by : a first transducer passageway extending from the first face towards the first wall, and a second transducer passageway extending from the second face towards the first wall. a heat exchanger body having a first face , a second face disposed opposite the first face, a first wall , and a second wall disposed opposite the first wall, the first wall and the second wall each extending between the first face and the second face, the heat exchanger body is characterized by : a first transducer passageway extending from the first face towards the first wall, and a second transducer passageway extending from the second face towards the first wall. a first transducer passageway extending from the first face towards the first wall, and a second transducer passageway extending from the second face towards the first wall.
A guide vane assembly for an aircraft turbine engine, this guide vane assembly comprising two annular shells , an internal and an external respectively, extending around a common axis (X) and connected together by blades , said internal shell having substantially, in axial cross-section, an I shape and comprising two cylindrical walls , respectively internal and external, and connected to each other by an annular core , the guide vane assembly being sectorised and comprising a plurality of sectors arranged circumferentially next to each other about said axis (X), characterised in that each of the sectors comprises a core segment which comprises at least one concavity oriented in the axial direction.
A folding table mechanism, especially for a side unit of a lounge furniture item, including an arrangement of arms permanently connectable to a structure of the side unit of a support frame of upholstered lounge furniture by means of a base , wherein: - a base arm is connected to the base using a rotary ratchet mechanism in the adjustment range of 0° horizontally and up to 95° vertically with an additional tilt of up to 5°, - a second arm, the support arm , is provided with a formation that creates an additional usable area and is connected to the base arm by means of a sliding, retractable support in the form of a bracing, and - the support arm and a swivel arm connected to it are joined pivotally so that the mobility of this connection is 0-10° and allows the tilt degree of a folding working area to be adjusted within this range. - a base arm is connected to the base using a rotary ratchet mechanism in the adjustment range of 0° horizontally and up to 95° vertically with an additional tilt of up to 5°, - a second arm, the support arm , is provided with a formation that creates an additional usable area and is connected to the base arm by means of a sliding, retractable support in the form of a bracing, and - the support arm and a swivel arm connected to it are joined pivotally so that the mobility of this connection is 0-10° and allows the tilt degree of a folding working area to be adjusted within this range.
Apparatus for a motor vehicle , having: - a sensor device having a housing , which is configured to be mountable to a first component of the motor vehicle in a predetermined first installation position and in which at least one sensor element is arranged, which, in the intended first installation position of the housing , has a capturing region extending to a ground area in an environment of the motor vehicle and is designed to produce a sensor signal (D), which is dependent on the presence of a body part (F) of a user in the capturing region ; - a light-emitting device , which is designed to produce a light mark by emitting light in a part of the ground area that is captured by the capturing region ; characterized in that the light-emitting device is arranged outside the housing of the sensor device and the light mark is provided for the user so that the user can see where they must hold their body part (F), or through which region they must move their body part (F). - a sensor device having a housing , which is configured to be mountable to a first component of the motor vehicle in a predetermined first installation position and in which at least one sensor element is arranged, which, in the intended first installation position of the housing , has a capturing region extending to a ground area in an environment of the motor vehicle and is designed to produce a sensor signal (D), which is dependent on the presence of a body part (F) of a user in the capturing region ; - a light-emitting device , which is designed to produce a light mark by emitting light in a part of the ground area that is captured by the capturing region ;
A heparin free aqueous catheter locking solution, comprising: 8.0 to 12.0 weight/volume% ("w/v%") of trisodium citrate; and, 15.0 to 25.0 volume/volume% ("v/v%") of ethyl alcohol; wherein the catheter locking solution exhibits a pH level within a range from 4.0 to 8.0. 8.0 to 12.0 weight/volume% ("w/v%") of trisodium citrate; and, 15.0 to 25.0 volume/volume% ("v/v%") of ethyl alcohol;
A projector display system, said display system comprising: a light source ; a polarizer configured to induce a polarization to light received from said light source; polarizing beam splitter configured to, based upon said polarization induced by said polarizer, split the light between first light propagating along a main light path and second light propagating along a highlight path; a spatial light modulator configured to modulate said second light to create highlight light; and a partial beam splitter configured to combine said highlight light with said first light, wherein said polarizer is a rotatable polarizer, and the display system further comprises a controller configured to send control signals to said rotatable polarizer to control an amount of second light to be split to said highlight path from said main light path. a light source ; a polarizer configured to induce a polarization to light received from said light source; polarizing beam splitter configured to, based upon said polarization induced by said polarizer, split the light between first light propagating along a main light path and second light propagating along a highlight path; a spatial light modulator configured to modulate said second light to create highlight light; and a partial beam splitter configured to combine said highlight light with said first light, wherein said polarizer is a rotatable polarizer, and the display system further comprises a controller configured to send control signals to said rotatable polarizer to control an amount of second light to be split to said highlight path from said main light path.
A method performed by a remap address space controller, RASC, coupled between a controller and a memory bus for controlling access to an address space of at least one of a memory and a memory-mapped peripheral, the method comprising: selectively remapping a physical address of a memory bus transaction received from the controller to form a remapped physical address according to a current execution context of the controller , the selectively remapping being based on a determination of whether the current execution context of the controller allows the memory bus transaction to access the address space ; and selectively providing the memory bus transaction with the remapped physical address to the memory bus based on the determination of whether the current execution context of the controller allows the memory bus transaction to access the address space . executing code of a first partition (P1) associated with the current execution context by the controller , separately in time from executing code of any other partitions of N partitions, N being an integer greater than one; determining the current execution context of the controller based on an indicator received from a master controller coupled to the memory bus; and initiating a switch of the current execution context from a first context associated with the first partition (P1) being executed by the controller , to a second context associated with a second partition (P2) of the N partitions being executed by the controller . selectively remapping a physical address of a memory bus transaction received from the controller to form a remapped physical address according to a current execution context of the controller , the selectively remapping being based on a determination of whether the current execution context of the controller allows the memory bus transaction to access the address space ; and selectively providing the memory bus transaction with the remapped physical address to the memory bus based on the determination of whether the current execution context of the controller allows the memory bus transaction to access the address space . executing code of a first partition (P1) associated with the current execution context by the controller , separately in time from executing code of any other partitions of N partitions, N being an integer greater than one; determining the current execution context of the controller based on an indicator received from a master controller coupled to the memory bus; and initiating a switch of the current execution context from a first context associated with the first partition (P1) being executed by the controller , to a second context associated with a second partition (P2) of the N partitions being executed by the controller .
A method of controlling illumination in a space, comprising: determining the orientation relative to the Earth's magnetic poles or about a nadir axis of a lighting fixture, wherein said orientation relative to the Earth's magnetic poles or about a nadir axis is determined via an orientation sensor on said lighting fixture; determining a geographic location of said lighting fixture; determining at least one climate-related parameter for said geographic location , the at least one climate-related parameter being short-term weather-based information; and adjusting at least one light output characteristic of said lighting fixture based on said orientation and said climate-related parameter , wherein the method further comprises proactively determining, based on said short-term weather-based information, likely daylight conditions in an exterior space relative to said space at a future time; and wherein said at least one light output characteristic of said lighting fixture is adjusted in correspondence with said likely daylight conditions prior to said future time (202/203). determining the orientation relative to the Earth's magnetic poles or about a nadir axis of a lighting fixture, wherein said orientation relative to the Earth's magnetic poles or about a nadir axis is determined via an orientation sensor on said lighting fixture; determining a geographic location of said lighting fixture; determining at least one climate-related parameter for said geographic location , the at least one climate-related parameter being short-term weather-based information; and adjusting at least one light output characteristic of said lighting fixture based on said orientation and said climate-related parameter , wherein the method further comprises proactively determining, based on said short-term weather-based information, likely daylight conditions in an exterior space relative to said space at a future time; and wherein said at least one light output characteristic of said lighting fixture is adjusted in correspondence with said likely daylight conditions prior to said future time (202/203).
A method of deploying a liner hanger in a gas or oil well to attach or hang a well liner from an internal wall of a well casing of said gas or oil well, said method comprising: providing an annular packer in an annular space between the well liner and the well casing at a location adjacent to a top section of the well liner that is closest to the ground surface , wherein said annular packer is formed from a eutectic or other bismuth based alloy; delivering a heater down the well to a target region, in which the well casing , the annular packer and the well liner are aligned, and then activating the heater to melt the alloy of the annular packer ; allowing the alloy to flow into the annular space between the well liner and the well casing and then cool and resolidify so that it forms an annular seal between the well casing and the well liner ; and characterised in that the annular seal is strong enough to provide a weight bearing function that enables the well liner to be hung from the well casing . providing an annular packer in an annular space between the well liner and the well casing at a location adjacent to a top section of the well liner that is closest to the ground surface , wherein said annular packer is formed from a eutectic or other bismuth based alloy; delivering a heater down the well to a target region, in which the well casing , the annular packer and the well liner are aligned, and then activating the heater to melt the alloy of the annular packer ; allowing the alloy to flow into the annular space between the well liner and the well casing and then cool and resolidify so that it forms an annular seal between the well casing and the well liner ; and characterised in that the annular seal is strong enough to provide a weight bearing function that enables the well liner to be hung from the well casing .