mhurhangee/ep-ind-claims huggingface dataset:
An intraluminal endoprosthesis suitable for implantation in a bodily vessel through which a fluid flows and having a cylindrical main body with a first end and a second end, wherein the main body consists of a main structure (3a, 3b), which is suitable for attaining a mechanical supporting effect in the bodily vessel, wherein at least one additional carrier structure is connected to the main structure (3a, 3b), the carrier structure carries at least one therapeutic active ingredient, is connected to the main structure (3a, 3b) in such a way that the carrier structure is located in an area of abated flow when the respective medium flows through the main body from the first end thereof in the direction of the second end thereof, characterised in that the main structure (3a, 3b) and carrier structure are formed integrally and the carrier structure consists of the same material as the main structure.
Anti-skid stud, which includes a body equipped with a base flange and a pin fitted inside the opposite end of the body located opposite to the base flange, the anti-skid stud further includes a sleeve fitted around the body, the sleeve being of a hard metal, or a material like a hard metal, and which anti-skid stud is intended to be installed into a tread of a vehicle tyre, characterized in that the pin is arranged to be a secondary grip and/or wear surface and in that the pin protrudes from the body further than the sleeve, and when installed to the tread, the upper surface of the sleeve is at most equal to the surface of the tread, and the pin is arranged to act as a trigger pin in a skid situation for tilting the anti-skid stud for the sleeve becoming the primary grip and wear surface of the anti-skid stud.
A treated petroleum product composition comprising a petroleum product comprising a foulant; and one or more antifouling polymers, the one or more antifouling polymers comprising the polymerized residues of one or more α-olefins and maleic anhydride, wherein 80 mol% - 100 mol% of the maleic anhydride residues are reacted with a primary amine defined by the formula R-NH 2, wherein R is a linear or branched hydrocarbon moiety comprising 6 to 30 carbon atoms or a mixture of two or more such moieties; further wherein the one or more antifouling polymers are characterized by the absence of imide moieties as determined by infrared analysis.
A method for extending services of a user device, the method comprising: identifying a first application, which represents a core application, resident on the user device having a first service that utilizes a first data type; identifying a second application of a plurality of applications having a second service that utilizes a second data type; matching a compatibility of a selected one of the first service or the first data type of the first application with a respective one of the second service or the second data type of the second application; presenting, on a user interface, UI, the first application with a representation of a discovery agent for activating the identifying of the second application, wherein the first application provides a direct access point into an application store which only lists second applications having a matching compatibility to the respective first application, characterized by: extending functionality of the first application by providing UI and data extensions from the second application into the first application and presenting the functionality contextually in the first application where it is needed. identifying a first application, which represents a core application, resident on the user device having a first service that utilizes a first data type; identifying a second application of a plurality of applications having a second service that utilizes a second data type; matching a compatibility of a selected one of the first service or the first data type of the first application with a respective one of the second service or the second data type of the second application; presenting, on a user interface, UI, the first application with a representation of a discovery agent for activating the identifying of the second application, wherein the first application provides a direct access point into an application store which only lists second applications having a matching compatibility to the respective first application, characterized by: extending functionality of the first application by providing UI and data extensions from the second application into the first application and presenting the functionality contextually in the first application where it is needed.
A junction field effect transistor comprising in the following order: a second conductivity type semiconductor layer (5a, 5b); a first conductivity type semiconductor layer having a plurality of channel regions; a buffer layer formed in said semiconductor type layer and on said channel regions; and a plurality of second conductivity type doped regions (4a, 4b) formed on said buffer layer and located above said channel regions; wherein a first conductivity type carrier concentration in said buffer layer is lower than a first conductivity type carrier concentration in said first conductivity type semiconductor layer. a second conductivity type semiconductor layer (5a, 5b); a first conductivity type semiconductor layer having a plurality of channel regions; a buffer layer formed in said semiconductor type layer and on said channel regions; and a plurality of second conductivity type doped regions (4a, 4b) formed on said buffer layer and located above said channel regions;
A method for transferring at least one chip, from a first support to a second support, comprising: - while the chip is integral with the first support, a formation of an intermediate layer in the liquid state between, and in contact with, a front face of the chip and an assembly surface of a face of the second support, and a solidification of the intermediate layer - then, a detachment of the chip from the first support while maintaining the intermediate layer in the solid state, and wherein the solidification comprises placing the assembly surface of the face of the second support at a temperature lower than a solidification temperature of the intermediate layer, and characterised in that the formation of the intermediate layer comprises forming a liquid coating intended to form the intermediate layer on the front face of the chip, then bringing together the first support and the second support so as to contact the liquid coating with the assembly surface of the face of the second support, and placing the assembly surface of the face of the second support at a temperature lower than a solidification temperature of the intermediate layer is carried out before contacting the liquid coating with the assembly surface of the face of the second support. - while the chip is integral with the first support, a formation of an intermediate layer in the liquid state between, and in contact with, a front face of the chip and an assembly surface of a face of the second support, and a solidification of the intermediate layer - then, a detachment of the chip from the first support while maintaining the intermediate layer in the solid state, and wherein the solidification comprises placing the assembly surface of the face of the second support at a temperature lower than a solidification temperature of the intermediate layer, and characterised in that the formation of the intermediate layer comprises forming a liquid coating intended to form the intermediate layer on the front face of the chip, then bringing together the first support and the second support so as to contact the liquid coating with the assembly surface of the face of the second support, and placing the assembly surface of the face of the second support at a temperature lower than a solidification temperature of the intermediate layer is carried out before contacting the liquid coating with the assembly surface of the face of the second support.
Cabin seat for an aircraft, comprising a plurality of elements (11, 12, 14) mobile with respect to each other, and an actuator for moving at least a portion of said mobile elements (11, 12, 14) with respect to each other, the actuator comprising a frame, an upstream shaft, mobile in rotation about its axis relative to the frame, a motor for driving the upstream shaft in rotation about its axis, a downstream shaft, oriented in a longitudinal direction, and a member for coupling the upstream shaft to the downstream shaft, characterised in that the downstream shaft is mounted movably in translation in the longitudinal direction relative to the frame between a locked position, in which the downstream shaft is blocked in rotation about its axis relative to the frame, and an unlocked position, in which the downstream shaft is mobile in rotation about its axis relative to the frame, and in that the coupling member is adapted for: - converting a rotation of the upstream shaft about its axis into a translation of the downstream shaft in the longitudinal direction, towards the unlocked position, when the downstream shaft is in the locked position, and for - converting a rotation of the upstream shaft about its axis into a rotation of the downstream shaft about its axis, when the downstream shaft is in the unlocked position, the actuator comprising a member for return of the downstream shaft into the locked position when the upstream shaft is immobile in rotation about its axis. - converting a rotation of the upstream shaft about its axis into a translation of the downstream shaft in the longitudinal direction, towards the unlocked position, when the downstream shaft is in the locked position, and for - converting a rotation of the upstream shaft about its axis into a rotation of the downstream shaft about its axis, when the downstream shaft is in the unlocked position,
A system for imaging a breast of a patient, the system comprising: - a camera; - an ultrasound probe; - a display; - at least one processor; and - memory operatively coupled to the at least one processor, the memory storing instructions that, when executed by the at least one processor, perform a set of operations including: ∘ based on a photographic image acquired by the camera, generating a visual representation (302A, 304A, 402A) of the breast, the visual representation being a 3D surface map (302A, 304A) of the breast; ∘ identifying a region of interest on the surface of the breast based on the photographic image; ∘ generating a surface indicator on the visual representation, wherein the surface indicator indicates the identified region of interest; ∘ sending the visual representation with the surface indicator to the display; ∘ receiving ultrasound images of the breast from the ultrasound probe; ∘ during acquisition of the ultrasound images, generating an update to the display of the visual representation based on the acquired ultrasound images; and ∘ sending the update to the display. - a camera; - an ultrasound probe; - a display; - at least one processor; and - memory operatively coupled to the at least one processor, the memory storing instructions that, when executed by the at least one processor, perform a set of operations including: ∘ based on a photographic image acquired by the camera, generating a visual representation (302A, 304A, 402A) of the breast, the visual representation being a 3D surface map (302A, 304A) of the breast; ∘ identifying a region of interest on the surface of the breast based on the photographic image; ∘ generating a surface indicator on the visual representation, wherein the surface indicator indicates the identified region of interest; ∘ sending the visual representation with the surface indicator to the display; ∘ receiving ultrasound images of the breast from the ultrasound probe; ∘ during acquisition of the ultrasound images, generating an update to the display of the visual representation based on the acquired ultrasound images; and ∘ sending the update to the display. ∘ based on a photographic image acquired by the camera, generating a visual representation (302A, 304A, 402A) of the breast, the visual representation being a 3D surface map (302A, 304A) of the breast; ∘ identifying a region of interest on the surface of the breast based on the photographic image; ∘ generating a surface indicator on the visual representation, wherein the surface indicator indicates the identified region of interest; ∘ sending the visual representation with the surface indicator to the display; ∘ receiving ultrasound images of the breast from the ultrasound probe; ∘ during acquisition of the ultrasound images, generating an update to the display of the visual representation based on the acquired ultrasound images; and ∘ sending the update to the display.
A composite nosecone (20, 30) comprising: a body (31, 51) substantially symmetrical around a central axis, the body including a side wall defining a diameter of the body that increases from a forward side of the body to an aft side of the body, wherein the body (31, 51) comprises a composite material including a plurality of relatively higher-modulus reinforcement elements, a plurality of relatively tougher polymer-based reinforcement elements, and a matrix material substantially encapsulating the plurality of relatively higher-modulus reinforcement elements and the plurality of relatively tougher polymer-based reinforcement elements, characterised in that the side wall defines a first region and a second region, wherein the first region is a radially outer layer and the second region is a radially inner layer, wherein a first ratio of relatively higher-modulus reinforcement elements to relatively tougher polymer-based reinforcement elements of the first region is greater than a second ratio of relatively higher-modulus reinforcement elements to relatively tougher polymer-based reinforcement elements of the second region, and wherein the plurality of relatively higher-modulus reinforcement elements are different from the plurality of relatively tougher polymer-based reinforcement elements. a body (31, 51) substantially symmetrical around a central axis, the body including a side wall defining a diameter of the body that increases from a forward side of the body to an aft side of the body, wherein the body (31, 51) comprises a composite material including a plurality of relatively higher-modulus reinforcement elements, a plurality of relatively tougher polymer-based reinforcement elements, and a matrix material substantially encapsulating the plurality of relatively higher-modulus reinforcement elements and the plurality of relatively tougher polymer-based reinforcement elements, characterised in that the side wall defines a first region and a second region, wherein the first region is a radially outer layer and the second region is a radially inner layer, wherein a first ratio of relatively higher-modulus reinforcement elements to relatively tougher polymer-based reinforcement elements of the first region is greater than a second ratio of relatively higher-modulus reinforcement elements to relatively tougher polymer-based reinforcement elements of the second region, and wherein the plurality of relatively higher-modulus reinforcement elements are different from the plurality of relatively tougher polymer-based reinforcement elements.
An apparatus comprising a processor, a memory, and communication circuitry, the apparatus being connected to a network via its communication circuitry, the apparatus further comprising computer-executable instructions stored in the memory of the apparatus which, when executed by the processor of the apparatus, cause the apparatus to perform operations comprising: receiving a first request, from a first application, to create a resource for hosting content which is associated with the first application and is secured based on security requirements associated with the content; determining whether the first application is authorized to create the resource at the apparatus; and if the first application is authorized, hosting the secured content. receiving a first request, from a first application, to create a resource for hosting content which is associated with the first application and is secured based on security requirements associated with the content; determining whether the first application is authorized to create the resource at the apparatus; and if the first application is authorized, hosting the secured content.
A method for separation of analytes based on size, the method comprising: pumping a liquid containing analytes of at least two different sizes (28,30) through an elongated, open, capillary liquid path (18,34,44) not containing a particulate medium and defined by capillary channel side walls, said capillary liquid path comprising a plurality of elongated segments (20,20',38,52) and a plurality of bends (22,40,54), the elongated segments being connected to one another in a series by said bends, each said elongated segment (20,20',38,52) having a smooth linear or curvilinear shape; and establishing, by abrupt changes in the direction of flow of said liquid at said bends (22,40,54), alternating regions of non-laminar and laminar flow (24,32); in said regions of non-laminar flow, causing larger analytes to concentrate nearer than smaller analytes to the external capillary channel side wall, and causing smaller analytes to concentrate nearer than larger analytes to a central portion of the capillary channel (18,34,44); and controlling the flow rate of said liquid to allow laminar flow (24,32) to take place along a part of the length of each said elongated segment (20,20',38,52), whereby said smaller analytes travel faster than said larger analytes through said elongated segments (20,20',38,52) and are thereby separated from said larger analytes. pumping a liquid containing analytes of at least two different sizes (28,30) through an elongated, open, capillary liquid path (18,34,44) not containing a particulate medium and defined by capillary channel side walls, said capillary liquid path comprising a plurality of elongated segments (20,20',38,52) and a plurality of bends (22,40,54), the elongated segments being connected to one another in a series by said bends, each said elongated segment (20,20',38,52) having a smooth linear or curvilinear shape; and establishing, by abrupt changes in the direction of flow of said liquid at said bends (22,40,54), alternating regions of non-laminar and laminar flow (24,32); in said regions of non-laminar flow, causing larger analytes to concentrate nearer than smaller analytes to the external capillary channel side wall, and causing smaller analytes to concentrate nearer than larger analytes to a central portion of the capillary channel (18,34,44); and controlling the flow rate of said liquid to allow laminar flow (24,32) to take place along a part of the length of each said elongated segment (20,20',38,52), whereby said smaller analytes travel faster than said larger analytes through said elongated segments (20,20',38,52) and are thereby separated from said larger analytes.
A chair back height adjustment mechanism, comprising: a guide (11; 13, 14) having an abutment surface at a lateral side of the guide (11; 13, 14), the abutment surface extending along an adjustment direction, which corresponds to a longitudinal axis of the guide (11; 13, 14); and an adjusting device supported on the guide (11; 13, 14) so as to be displaceable along the adjustment direction, the adjusting device comprising: a carrier, a coupling member which is moveably supported on the carrier, the coupling member having a contact face shaped to abut on the abutment surface of the guide (11; 13, 14) and a slanted face, and a bias mechanism (35, 37, 45, 47) operative to apply a force onto the slanted face to urge the contact face of the coupling member against the abutment surface of the guide (11; 13, 14), characterized in that the adjusting device comprises a further coupling member which is moveably supported on the carrier, the further coupling member having a further contact face shaped to abut on the abutment surface of the guide (11; 13, 14) and a further slanted face, the coupling member and the further coupling member being positioned on the carrier so as to be offset along a longitudinal axis of the guide (11; 13, 14), and the contact face of the coupling member and the further contact face of the further coupling member are parallel to each other. a guide (11; 13, 14) having an abutment surface at a lateral side of the guide (11; 13, 14), the abutment surface extending along an adjustment direction, which corresponds to a longitudinal axis of the guide (11; 13, 14); and an adjusting device supported on the guide (11; 13, 14) so as to be displaceable along the adjustment direction, the adjusting device comprising: a carrier, a coupling member which is moveably supported on the carrier, the coupling member having a contact face shaped to abut on the abutment surface of the guide (11; 13, 14) and a slanted face, and a bias mechanism (35, 37, 45, 47) operative to apply a force onto the slanted face to urge the contact face of the coupling member against the abutment surface of the guide (11; 13, 14), a carrier, a coupling member which is moveably supported on the carrier, the coupling member having a contact face shaped to abut on the abutment surface of the guide (11; 13, 14) and a slanted face, and a bias mechanism (35, 37, 45, 47) operative to apply a force onto the slanted face to urge the contact face of the coupling member against the abutment surface of the guide (11; 13, 14), characterized in that the adjusting device comprises a further coupling member which is moveably supported on the carrier, the further coupling member having a further contact face shaped to abut on the abutment surface of the guide (11; 13, 14) and a further slanted face, the coupling member and the further coupling member being positioned on the carrier so as to be offset along a longitudinal axis of the guide (11; 13, 14), and the contact face of the coupling member and the further contact face of the further coupling member are parallel to each other.