mhurhangee/patent-ind-claim-en huggingface dataset:
Lipopeptide building block consisting of a peptide chain comprising a parallel coiled-coil domain which, as a self-standing lipid-free peptide, forms a parallel dimeric, trimeric or higher order oligomeric helical bundle, a proline-rich peptide antigen comprising at least one negatively and at least one positively charged amino acid, and wherein at least 15% of the amino acids are proline, optionally linked to a further antigen, and wherein said proline-rich peptide antigen consist of 8-80 amino acids, and wherein said proline-rich peptide antigen comprises a peptide of SEQ ID NO:27 to 112 or a peptide of SEQ ID NO:27 to 112 in which one, two or three amino acids are replaced by other amino acids; a lipid moiety comprising two or three long hydrocarbyl chains, wherein each of said long hydrocarbyl chains is a straight alkyl or alkenyl group of at least 7 carbon atoms, wherein the peptide chain is covalently linked at one end to the proline-rich peptide antigen and at the other end to the lipid moiety, either directly or through a linker, and wherein said lipopeptide building blocks are able to aggregate to a synthetic virus-like particle (SVLP). a peptide chain comprising a parallel coiled-coil domain which, as a self-standing lipid-free peptide, forms a parallel dimeric, trimeric or higher order oligomeric helical bundle, a proline-rich peptide antigen comprising at least one negatively and at least one positively charged amino acid, and wherein at least 15% of the amino acids are proline, optionally linked to a further antigen, and wherein said proline-rich peptide antigen consist of 8-80 amino acids, and wherein said proline-rich peptide antigen comprises a peptide of SEQ ID NO:27 to 112 or a peptide of SEQ ID NO:27 to 112 in which one, two or three amino acids are replaced by other amino acids; a lipid moiety comprising two or three long hydrocarbyl chains, wherein each of said long hydrocarbyl chains is a straight alkyl or alkenyl group of at least 7 carbon atoms,
A centrifuge for separating compounds of a fluid, comprising - a housing surrounding a centrifugation chamber ; - a lid with a first opening ; - a printed circuit board ; - a rotor with a plurality of container holders ; and - a shutter which partly covers the lid , characterized in that the shutter comprises i. a second opening which is arranged above the first opening of the lid ; ii. a stepper motor for actuating a toggle lever which is connected to a rotatable flap that is arranged above the first opening of the lid and below the second opening of the shutter. - a housing surrounding a centrifugation chamber ; - a lid with a first opening ; - a printed circuit board ; - a rotor with a plurality of container holders ; and - a shutter which partly covers the lid , characterized in that the shutter comprises i. a second opening which is arranged above the first opening of the lid ; ii. a stepper motor for actuating a toggle lever which is connected to a rotatable flap that is arranged above the first opening of the lid and below the second opening of the shutter. i. a second opening which is arranged above the first opening of the lid ; ii. a stepper motor for actuating a toggle lever which is connected to a rotatable flap that is arranged above the first opening of the lid and below the second opening of the shutter.
Composite phase-change material (PCM) comprising: a) a non-polymeric solid-solid phase-change material; and b) a solid-liquid phase-change material; wherein the non-polymeric solid-solid phase-change material encloses the solid-liquid phase-change material. a) a non-polymeric solid-solid phase-change material; and b) a solid-liquid phase-change material;
A medical instrument , comprising: an articulation section operatively associated with an elongate articulation member configured to move the articulation section , the articulation section including a series of articulation links , wherein the articulation section is configured to receive part of a conductive member ; and an end effector comprising an electrically conductive section including an electrode , the conductive member electrically coupled to the electrode , and an electrically non-conductive section having a distal end and a proximal end, the electrically non-conductive section at least partially encasing a portion of the electrically conductive section such that the electrode extends distally from the electrically non-conductive section and the conductive member extends proximally from the electrically non-conductive section , wherein the non-conductive section is moveably coupled to the articulation section characterised in that the non-conductive section is fixedly coupled to a bend portion in the elongate articulation member , wherein the bend portion in the elongate articulation member connects two articulation member portions of the elongate articulation member extending proximally from the bend portion . an articulation section operatively associated with an elongate articulation member configured to move the articulation section , the articulation section including a series of articulation links , wherein the articulation section is configured to receive part of a conductive member ; and an end effector comprising an electrically conductive section including an electrode , the conductive member electrically coupled to the electrode , and an electrically non-conductive section having a distal end and a proximal end, the electrically non-conductive section at least partially encasing a portion of the electrically conductive section such that the electrode extends distally from the electrically non-conductive section and the conductive member extends proximally from the electrically non-conductive section , wherein the non-conductive section is moveably coupled to the articulation section characterised in that the non-conductive section is fixedly coupled to a bend portion in the elongate articulation member , wherein the bend portion in the elongate articulation member connects two articulation member portions of the elongate articulation member extending proximally from the bend portion .
A content rendering and display system operable to display content to a viewer, the system comprising: a rendering unit operable to render an image having a first resolution in a first render pass, and to generate supplementary information in additional render passes, wherein the rendered image and the supplementary information are stored in a multi-layer image structure; an upsampling unit operable to perform an upsampling process on the rendered image so as to generate an image having a portion at a second resolution higher than the first resolution, wherein the upsampling process comprises a morphological antialiasing process that uses the supplementary information as an input; and a display device operable to display the upsampled image, wherein the supplementary information comprises edge information for the rendered image. a rendering unit operable to render an image having a first resolution in a first render pass, and to generate supplementary information in additional render passes, wherein the rendered image and the supplementary information are stored in a multi-layer image structure; an upsampling unit operable to perform an upsampling process on the rendered image so as to generate an image having a portion at a second resolution higher than the first resolution, wherein the upsampling process comprises a morphological antialiasing process that uses the supplementary information as an input; and a display device operable to display the upsampled image, wherein the supplementary information comprises edge information for the rendered image.
A piston for a pump, the piston comprising: a hub defining opposing outer portions ; and inserts configured to provide an adjustable surface coupled to each of the opposing outer portions , wherein the hub comprises a first hub portion and a second hub portion configured to abut one another, wherein each of the inserts comprises an outer shell and a base portion , wherein the first hub portion comprises a plurality of outer portions, each of which comprises a raised portion and a recess , and wherein each of the base portions of the inserts is adjustably coupled to respective outer portions of the first hub portion ; characterized in that : each of the base portions defines at least one slot configured to receive a fastener ; and each raised portion comprises at least one bore configured to receive the fastener to couple one of the inserts to the respective raised portion . a hub defining opposing outer portions ; and inserts configured to provide an adjustable surface coupled to each of the opposing outer portions , wherein the hub comprises a first hub portion and a second hub portion configured to abut one another, wherein each of the inserts comprises an outer shell and a base portion , wherein the first hub portion comprises a plurality of outer portions, each of which comprises a raised portion and a recess , and wherein each of the base portions of the inserts is adjustably coupled to respective outer portions of the first hub portion ; characterized in that : each of the base portions defines at least one slot configured to receive a fastener ; and each raised portion comprises at least one bore configured to receive the fastener to couple one of the inserts to the respective raised portion . each of the base portions defines at least one slot configured to receive a fastener ; and each raised portion comprises at least one bore configured to receive the fastener to couple one of the inserts to the respective raised portion .
A ducted heat exchanger system, comprising: an inlet duct with an inlet to a nacelle; an exit duct with an exit from the nacelle; a heat exchanger core comprising an inlet face opposite an exit face; an additively manufactured inlet header downstream of, and in fluid communication with, the inlet duct, and upstream of, and in fluid communication with, said heat exchanger core wherein said additively manufactured inlet header is shaped, during additive manufacturing based on computational flow dynamics modeling such that during operation the pressure drop per unit length of the additively manufactured inlet header is controlled by maintaining airflow that enters the heat exchanger core generally perpendicular to the inlet face over the entirety of the inlet face of the heat exchanger core; a multiple of additively manufactured internal splitters within said additively manufactured header; and an additively manufactured exit header upstream of, and in fluid communication with the exit duct and downstream of, and in fluid communication with, said heat exchanger core wherein said additively manufactured exit header is shaped during additive manufacturing based on computational flow dynamics modeling such that during operation the pressure drop per unit length of the additively manufactured exit header is controlled by maintaining airflow that enters the heat exchanger core is generally perpendicular to the exit face over the entirety of the exit face of the heat exchanger core. an inlet duct with an inlet to a nacelle; an exit duct with an exit from the nacelle; a heat exchanger core comprising an inlet face opposite an exit face; an additively manufactured inlet header downstream of, and in fluid communication with, the inlet duct, and upstream of, and in fluid communication with, said heat exchanger core wherein said additively manufactured inlet header is shaped, during additive manufacturing based on computational flow dynamics modeling such that during operation the pressure drop per unit length of the additively manufactured inlet header is controlled by maintaining airflow that enters the heat exchanger core generally perpendicular to the inlet face over the entirety of the inlet face of the heat exchanger core; a multiple of additively manufactured internal splitters within said additively manufactured header; and
A motor comprising a brake pull mechanism , a table whereon the brake pull mechanism is placed, a brake mechanism which is fixed onto the table so as to surround the brake pull mechanism placed onto the table , a mounting member which is positioned on the table so as to surround the brake mechanism and the brake pull mechanism from outside, which enables the brake mechanism and the brake pull mechanism to be guided to each other and which comprises a slit allowing the passage of the power cables of the brake mechanism characterized by the table comprising a circular base and a plurality of circular steps on the table , each having a smaller diameter than that of the one below.
A control system for controlling parallel operating devices configured to drive an operating quantity towards a target value, the control equipment comprising controllers (101-103, 201-203) for controlling the devices so that each controller is configured to control one of the devices at least partly based on a device-specific integral term maintained by the controller under consideration and relating to a time integral of a device-specific error signal available to the controller and indicative of a deviation of the operating quantity from the target value, characterized in that the control system further comprises a stabilizing system for computing, for each of the controllers, an arithmetic average of (i) the device-specific integral term maintained by the controller under consideration and (ii) one or more of the device-specific integral terms maintained by other ones of the controllers, and for correcting the device-specific integral term maintained by the controller under consideration towards the computed arithmetic average.
An organic device including, on a surface of a substrate , a pixel region in which a plurality of pixels including an organic function layer are arranged, and a peripheral region including a pad electrode , the organic device comprising a first layer , a sealing layer , and a resin layer stacked in that order from a side of the surface, wherein the organic function layer is arranged between the first layer and the sealing layer in the pixel region , and the first layer , the sealing layer , and the resin layer have openings for exposing the pad electrode in the peripheral region , the sealing layer includes, from the side of the surface, a second layer and a third layer each having a water permeability lower than that of the first layer , and a fourth layer arranged between the second layer and the third layer and having a defect density lower than that of the second layer , an end of the opening of the first layer is covered with the second layer , the fourth layer , and the third layer , a step formed in the second layer that is arranged above the end of the opening of the first layer , is covered with the fourth layer , and a step formed in the third layer that is arranged above the end of the opening of the first layer , is covered with the resin layer . the organic device comprising a first layer , a sealing layer , and a resin layer stacked in that order from a side of the surface, wherein the organic function layer is arranged between the first layer and the sealing layer in the pixel region , and the first layer , the sealing layer , and the resin layer have openings for exposing the pad electrode in the peripheral region , the sealing layer includes, from the side of the surface, a second layer and a third layer each having a water permeability lower than that of the first layer , and a fourth layer arranged between the second layer and the third layer and having a defect density lower than that of the second layer , an end of the opening of the first layer is covered with the second layer , the fourth layer , and the third layer , a step formed in the second layer that is arranged above the end of the opening of the first layer , is covered with the fourth layer , and a step formed in the third layer that is arranged above the end of the opening of the first layer , is covered with the resin layer .
A method of making an upper for an article of footwear , comprising: providing a last member , the last member having an outer surface ; forming an exterior layer of a heat deformable material onto the outer surface of the last member; forming a braided footwear component onto the exterior layer; heating the exterior layer so that the exterior layer is joined with the braided footwear component to form a composite structure ; and removing the last member from the composite structure. providing a last member , the last member having an outer surface ; forming an exterior layer of a heat deformable material onto the outer surface of the last member; forming a braided footwear component onto the exterior layer; heating the exterior layer so that the exterior layer is joined with the braided footwear component to form a composite structure ; and removing the last member from the composite structure.
A delivery apparatus for delivering a prosthetic heart valve , comprising: a torque shaft comprising an engagement portion having threads or grooves and a disengagement portion lacking the threads or grooves , wherein the engagement portion and the disengagement portion are formed on an outer surface of the torque shaft , the torque shaft further comprising a projection fixedly secured to the outer surface of the torque shaft , the disengagement portion having a first end proximate the engagement portion and a second end proximate the projection ; and a nut coaxially disposed on the torque shaft , the nut comprising threads or grooves forming a threaded or grooved portion and configured to mate with the threads or grooves of the torque shaft , wherein the disengagement portion has a length that is at least as large as a length of the threaded or grooved portion of the nut ; wherein the torque shaft is configured to be rotatable relative to the nut such that rotation of the torque shaft causes the nut to move axially along the threads or grooves of the engagement portion , the threads or grooves of the nut disengaging from the threads or grooves of the engagement portion upon movement of the nut into the disengagement portion of the torque shaft , the projection preventing the nut from moving axially beyond the disengagement portion . a torque shaft comprising an engagement portion having threads or grooves and a disengagement portion lacking the threads or grooves , wherein the engagement portion and the disengagement portion are formed on an outer surface of the torque shaft , the torque shaft further comprising a projection fixedly secured to the outer surface of the torque shaft , the disengagement portion having a first end proximate the engagement portion and a second end proximate the projection ; and a nut coaxially disposed on the torque shaft , the nut comprising threads or grooves forming a threaded or grooved portion and configured to mate with the threads or grooves of the torque shaft , wherein the disengagement portion has a length that is at least as large as a length of the threaded or grooved portion of the nut ; wherein the torque shaft is configured to be rotatable relative to the nut such that rotation of the torque shaft causes the nut to move axially along the threads or grooves of the engagement portion , the threads or grooves of the nut disengaging from the threads or grooves of the engagement portion upon movement of the nut into the disengagement portion of the torque shaft , the projection preventing the nut from moving axially beyond the disengagement portion .
A method for preparing a water-based adhesive composition, comprising: dispersing at least one unsaturated monomer and at least one surfactant in an aqueous medium to form an emulsified mixture; introducing at least one initiator to the emulsified mixture, thereby polymerizing the at least one unsaturated monomer; and introducing at least one compound selected from the group consisting of at least one conjugated acid, at least one mono-ester of a conjugated acid, and mixtures thereof to the emulsified mixture during polymerization of the at least one unsaturated monomer, thereby forming an interpolymer comprising the at least one unsaturated monomer and the at least one conjugated acid and/or the at least one ester; wherein the at least one conjugated acid is derivable from tung oil; wherein the at least one conjugated acid is present in the emulsified mixture from 0.01 to 2 weight percent; wherein the at least one conjugated acid is introduced to the emulsified mixture after at least 90% of the at least one unsaturated monomer is introduced to the aqueous medium. dispersing at least one unsaturated monomer and at least one surfactant in an aqueous medium to form an emulsified mixture; introducing at least one initiator to the emulsified mixture, thereby polymerizing the at least one unsaturated monomer; and introducing at least one compound selected from the group consisting of at least one conjugated acid, at least one mono-ester of a conjugated acid, and mixtures thereof to the emulsified mixture during polymerization of the at least one unsaturated monomer, thereby forming an interpolymer comprising the at least one unsaturated monomer and the at least one conjugated acid and/or the at least one ester; wherein the at least one conjugated acid is derivable from tung oil; wherein the at least one conjugated acid is present in the emulsified mixture from 0.01 to 2 weight percent; wherein the at least one conjugated acid is introduced to the emulsified mixture after at least 90% of the at least one unsaturated monomer is introduced to the aqueous medium.
Display device for a timepiece, comprising: - an index disc bearing a first index set comprising indications corresponding to at least a part of twelve successive hours of a day and a second index set comprising indications corresponding to at least a part of the twelve other successive hours of the day, said index sets being mutually interlaced, - a drive device of said index disc arranged to make it pivot at a rate of one step forward and one step backward per day in order to sequentially bring one and then the other of said index sets into an active position; said drive device comprising a control disc of annular form arranged to be driven permanently such that it pivots with a variable angular speed, said control disc being arranged to reach a maximum speed during the driving of said index disc , said control disc comprising a radial slit in which is situated an eccentric pin borne by an intermediate wheel which is mounted on a support arranged to perform one revolution in twelve hours, said intermediate wheel meshing directly or indirectly with a fixed toothing . - an index disc bearing a first index set comprising indications corresponding to at least a part of twelve successive hours of a day and a second index set comprising indications corresponding to at least a part of the twelve other successive hours of the day, said index sets being mutually interlaced, - a drive device of said index disc arranged to make it pivot at a rate of one step forward and one step backward per day in order to sequentially bring one and then the other of said index sets into an active position; said drive device comprising a control disc of annular form arranged to be driven permanently such that it pivots with a variable angular speed, said control disc being arranged to reach a maximum speed during the driving of said index disc , said control disc comprising a radial slit in which is situated an eccentric pin borne by an intermediate wheel which is mounted on a support arranged to perform one revolution in twelve hours, said intermediate wheel meshing directly or indirectly with a fixed toothing . said drive device comprising a control disc of annular form arranged to be driven permanently such that it pivots with a variable angular speed, said control disc being arranged to reach a maximum speed during the driving of said index disc , said control disc comprising a radial slit in which is situated an eccentric pin borne by an intermediate wheel which is mounted on a support arranged to perform one revolution in twelve hours, said intermediate wheel meshing directly or indirectly with a fixed toothing .