mhurhangee/patent-ind-claim-en huggingface dataset:
A prosthetic heart valve comprising: a radially expandable and compressible annular frame comprising a plurality of struts (40a; 40b; 40c; 40d; 40f; 40g; 40h; 40i; 50), the plurality of struts (40a; 40b; 40c; 40d; 40f; 40g; 40h; 40i; 50) each including a plurality of segments disposed between two end portions of each strut and a respective intermediate segment (42a; 42b; 52) disposed between respective two of the plurality of segments, the plurality of struts (40a; 40b; 40c; 40d; 40f; 40g; 40h; 40i; 50) comprising inner struts and outer struts that are discrete from one another, wherein the outer struts overlap adjacent inner struts at pivot joints (J1; J2; J3), and radial expansion or compression of the annular frame causes the inner struts to pivot relative to the outer struts at the pivot joints (J1; J2; J3); and a valvular structure mounted within the frame that regulates blood flow through the prosthetic heart valve; wherein the intermediate segments (42a; 42b; 52) of at least some of the plurality of struts (40a; 40b; 40c; 40d; 40f; 40g; 40h; 40i; 50) are bent to form recessed intermediate segments (42a; 42b; 52) at the pivot joints (J1; J2; J3) to accommodate a respective straight or also bent intermediate segment of a respective overlapping strut belonging to others of the plurality of struts (40a; 40b; 40c; 40d; 40f; 40g; 40h; 40i; 50), such that the others of the plurality of struts (40a; 40b; 40c; 40d; 40f; 40g; 40h; 40i; 50) are seated in the recessed intermediate segments (42a; 42b; 52) at the pivot joints (J1; J2; J3). a radially expandable and compressible annular frame comprising a plurality of struts (40a; 40b; 40c; 40d; 40f; 40g; 40h; 40i; 50), the plurality of struts (40a; 40b; 40c; 40d; 40f; 40g; 40h; 40i; 50) each including a plurality of segments disposed between two end portions of each strut and a respective intermediate segment (42a; 42b; 52) disposed between respective two of the plurality of segments, the plurality of struts (40a; 40b; 40c; 40d; 40f; 40g; 40h; 40i; 50) comprising inner struts and outer struts that are discrete from one another, wherein the outer struts overlap adjacent inner struts at pivot joints (J1; J2; J3), and radial expansion or compression of the annular frame causes the inner struts to pivot relative to the outer struts at the pivot joints (J1; J2; J3); and a valvular structure mounted within the frame that regulates blood flow through the prosthetic heart valve; wherein the intermediate segments (42a; 42b; 52) of at least some of the plurality of struts (40a; 40b; 40c; 40d; 40f; 40g; 40h; 40i; 50) are bent to form recessed intermediate segments (42a; 42b; 52) at the pivot joints (J1; J2; J3) to accommodate a respective straight or also bent intermediate segment of a respective overlapping strut belonging to others of the plurality of struts (40a; 40b; 40c; 40d; 40f; 40g; 40h; 40i; 50), such that the others of the plurality of struts (40a; 40b; 40c; 40d; 40f; 40g; 40h; 40i; 50) are seated in the recessed intermediate segments (42a; 42b; 52) at the pivot joints (J1; J2; J3).
A method involving a content owner device which controls access to content that is stored in a data store : receiving , from a link owner device , a first interest message for an authorized link object that links to the content stored in the data store ; transmitting , to the link owner device , a second interest message for a proposed link object that links to the content stored in the data store; receiving , from the link owner device , the proposed link object , wherein the proposed link object comprises a first signature generated by the link owner device ; determining , based on the proposed link object, whether the link owner device is allowed to link to the content; and transmitting , to the link owner device , the authorized link object if the link owner device is allowed to link to the content, wherein the authorized link object comprises a first name for the content, the first signature, and a second signature generated by the content owner device indicating that the content owner device has authorized the link owner device to link to the content. receiving , from a link owner device , a first interest message for an authorized link object that links to the content stored in the data store ; transmitting , to the link owner device , a second interest message for a proposed link object that links to the content stored in the data store; receiving , from the link owner device , the proposed link object , wherein the proposed link object comprises a first signature generated by the link owner device ; determining , based on the proposed link object, whether the link owner device is allowed to link to the content; and transmitting , to the link owner device , the authorized link object if the link owner device is allowed to link to the content, wherein the authorized link object comprises a first name for the content, the first signature, and a second signature generated by the content owner device indicating that the content owner device has authorized the link owner device to link to the content.
A method for diagnosing or aiding in the diagnosis of prostate cancer in a subject, or for assessing the risk of developing prostate cancer in a subject, or for prognosing or aiding in the prognosis of prostate cancer in a subject, the method comprising the steps of: (a) measuring the levels of ten or more markers selected from the group of markers as identified in Table 2 as Signature 2 markers in a population of the subject's macrophage cells or neutrophil cells; (b) measuring the levels of the ten or more selected Signature 2 markers in a population of the subject's non-phagocytic cells; and (c) identifying a difference between the measured levels of the ten or more selected Signature 2 markers in steps (a) and (b), wherein the identified difference indicates that the subject has said prostate cancer, or indicates that the subject has a risk of developing said prostate cancer, or is indicative of the prognosis of said prostate cancer in the subject, respectively. (a) measuring the levels of ten or more markers selected from the group of markers as identified in Table 2 as Signature 2 markers in a population of the subject's macrophage cells or neutrophil cells; (b) measuring the levels of the ten or more selected Signature 2 markers in a population of the subject's non-phagocytic cells; and (c) identifying a difference between the measured levels of the ten or more selected Signature 2 markers in steps (a) and (b),
A machine for bending an elongated workpiece without wrinkling, comprising: - a bending die that has a roller-shaped structure provided with a central hole and a groove profile , and is rotatable about a die rotation axis (y), - a plate element carried by the bending die centrally and coaxially in its groove profile , so that the plate element oscillates about the die rotation axis (y), the plate element having a peripheral edge which continues the groove profile of the bending die , and - a vice eccentrically provided in the bending die and adapted to retain one end of the elongated workpiece (P) to be bent, characterized in that the roller-shaped structure of the bending die is in a single piece, and the plate element consists of at least two pieces which are adapted to be connected to one another to surround the roller-shaped structure of the bending die ; the plate element has a longitudinally symmetrical shape and is adapted to be mounted on the bending die in bending in the right direction an elongated workpiece (P), and to be disassembled and mounted again upside down on the bending die in bending in the left direction the elongated workpiece (P), and the vice has a plane of symmetry for being adapted to be mounted in the bending die for bending in the right direction the elongated workpiece (P), and to be disassembled and mounted again in the bending die after being rotated by 180°, for bending in the left direction the elongated workpiece (P). - a bending die that has a roller-shaped structure provided with a central hole and a groove profile , and is rotatable about a die rotation axis (y), - a plate element carried by the bending die centrally and coaxially in its groove profile , so that the plate element oscillates about the die rotation axis (y), the plate element having a peripheral edge which continues the groove profile of the bending die , and - a vice eccentrically provided in the bending die and adapted to retain one end of the elongated workpiece (P) to be bent, the roller-shaped structure of the bending die is in a single piece, and the plate element consists of at least two pieces which are adapted to be connected to one another to surround the roller-shaped structure of the bending die ; the plate element has a longitudinally symmetrical shape and is adapted to be mounted on the bending die in bending in the right direction an elongated workpiece (P), and to be disassembled and mounted again upside down on the bending die in bending in the left direction the elongated workpiece (P), and the vice has a plane of symmetry for being adapted to be mounted in the bending die for bending in the right direction the elongated workpiece (P), and to be disassembled and mounted again in the bending die after being rotated by 180°, for bending in the left direction the elongated workpiece (P).
An anti-counterfeit label, characterized in that it comprises a bottom plate in which ink cavities are provided, the ink cavity being filled with anti-counterfeit ink, wherein two or more ink cavities are arranged to form an anti-counterfeit information, and a sealing cover plate is arranged on top of the ink cavities , and wherein the bottom plate has a thickness of 0.2-2.0mm, the ink cavities in the bottom plate each have a depth of 0.019-1.99mm, and the sealing cover plate is a plastic film sealing cover plate with a thickness greater than 0.0001mm, wherein the bottom plate is a paper bottom, wherein a plastic film is overlaid on the paper bottom plate and surfaces of the ink cavities after the ink cavities are formed in the paper bottom plate, or wherein the bottom plate is a plastic film with a thickness of 0.2-2.0mm, wherein the plastic film is provided with circular or square holes with a depth of 0.019-1.99mm as ink cavities; wherein the anti-counterfeit ink is injected into the ink cavities, characterized in that the anti-counterfeit ink comprises the following components: 0.6-4.0 parts by weight of sodium hydroxide, 1.6-5.0 parts by weight of Thymol Phenolphthalein, 5-80 parts by weight of glycerine, 10-200 parts by weight of ethanol, 1-100 parts by weight of ethyl ether, wherein the above parts are dosages per 100 milliliter of distilled water.
Control method for a wind turbine of the type comprising at least: • a tower, • a rotor with a plurality of blades, each comprising respective actuators, configured to modify the pitch angle of each blade, and • a control unit, where the method comprises the following stages: • obtaining a first signal regarding the azimuthal position (θ) for each blade, • obtaining at least one signal indicative of wind speed (v), • calculating a blade pitch angle control term (Δβ) for each blade in accordance with the azimuthal position (θ) of each blade and of the at least one signal indicative of wind speed (v), for the purpose of increasing the blade pitch angle (β), characterised in that the step of calculating the blade pitch angle control term (Δβ) comprises the use of at least one function dependent on the at least one signal indicative of wind speed (v), and in that the at least one function dependent on the at least one signal indicative of wind speed (v) includes an increasing piece within a range of wind speed values below a nominal wind speed (v nom ). • a tower, • a rotor with a plurality of blades, each comprising respective actuators, configured to modify the pitch angle of each blade, and • a control unit, • obtaining a first signal regarding the azimuthal position (θ) for each blade, • obtaining at least one signal indicative of wind speed (v), • calculating a blade pitch angle control term (Δβ) for each blade in accordance with the azimuthal position (θ) of each blade and of the at least one signal indicative of wind speed (v), for the purpose of increasing the blade pitch angle (β), characterised in that the step of calculating the blade pitch angle control term (Δβ) comprises the use of at least one function dependent on the at least one signal indicative of wind speed (v), and in that the at least one function dependent on the at least one signal indicative of wind speed (v) includes an increasing piece within a range of wind speed values below a nominal wind speed (v nom ).
Dielectric composition which is a perovskite compound in which the main component comprises Bi, Na, Sr, Ln and Ti, and the Ln is at least one type of rare earth element, characterized in that the mean crystal grain size is between 0.1 μm and 1 μm.
A surgical anchor assembly , comprising: a fixation device having a proximal end , a distal end , a cannulation extending therethrough, and a first engagement feature formed in the cannulation at or near the distal end ; and an implant comprising a first portion connectable to the distal end of the fixation device and having a second engagement feature engageable with the first engagement feature , and a second portion configured to capture a flexible strand ; wherein the end of the first engagement feature forms a stop mechanism configured to prevent rotational movement between the fixation device and the implant in at least one direction when the implant is connected to the fixation device; characterised in that the stop mechanism is opposite to the distal end , a fixation device having a proximal end , a distal end , a cannulation extending therethrough, and a first engagement feature formed in the cannulation at or near the distal end ; and an implant comprising a first portion connectable to the distal end of the fixation device and having a second engagement feature engageable with the first engagement feature , and a second portion configured to capture a flexible strand ; wherein the end of the first engagement feature forms a stop mechanism configured to prevent rotational movement between the fixation device and the implant in at least one direction when the implant is connected to the fixation device; characterised in that the stop mechanism is opposite to the distal end ,
A method for heat treating a superalloy component , comprising: heating a superalloy component to a first temperature; cooling the superalloy component from the first temperature to a second temperature (T2) at a first pressure in a furnace ; and cooling the superalloy component from the second temperature (T2) to a final temperature (T3) at second pressure, wherein the second pressure is higher than the first pressure, without removing the superalloy component from the furnace , wherein the first cooling step has a first rate of cooling and the second cooling step has a second rate of cooling, and wherein the second rate of cooling is greater than the first rate of cooling. heating a superalloy component to a first temperature; cooling the superalloy component from the first temperature to a second temperature (T2) at a first pressure in a furnace ; and cooling the superalloy component from the second temperature (T2) to a final temperature (T3) at second pressure, wherein the second pressure is higher than the first pressure, without removing the superalloy component from the furnace , wherein the first cooling step has a first rate of cooling and the second cooling step has a second rate of cooling, and wherein the second rate of cooling is greater than the first rate of cooling.
A medical tube for transporting gases, the medical tube comprising: a bead wrapped around a longitudinal axis of the medical tube , the bead forming a first portion of a lumen wall of the medical tube; and a film wrapped around the longitudinal axis of the medical tube , a first portion of the film overlying the bead and a second portion of the film forming a second portion of the lumen wall, wherein the first and second portions of the lumen wall, formed by the bead and the second portion of the film respectively, define a substantially smooth bore ; wherein one or more wires is disposed within the bead , the one or more wires being a heating wire, and/or a sensing wire and/or a ground wire; wherein the bead imparts structural support, reinforcement and/or resistance to crushing to the more flexible film portions of the medical tube ; wherein the film comprises a plurality of layers, wherein a first layer of the plurality of layers overlaps a second layer of the plurality of layers over an outer surface of the bead to form an overlapping portion. a bead wrapped around a longitudinal axis of the medical tube , the bead forming a first portion of a lumen wall of the medical tube; and a film wrapped around the longitudinal axis of the medical tube , a first portion of the film overlying the bead and a second portion of the film forming a second portion of the lumen wall, wherein the first and second portions of the lumen wall, formed by the bead and the second portion of the film respectively, define a substantially smooth bore ; wherein one or more wires is disposed within the bead , the one or more wires being a heating wire, and/or a sensing wire and/or a ground wire; wherein the bead imparts structural support, reinforcement and/or resistance to crushing to the more flexible film portions of the medical tube ; wherein the film comprises a plurality of layers, wherein a first layer of the plurality of layers overlaps a second layer of the plurality of layers over an outer surface of the bead to form an overlapping portion.
A cultivator for an agricultural soil working machine, having a base part , which has a cutting element on a blade holder , the base part having at least one screw receptacle for fastening to a carrier , in particular a tine of the agricultural soil working machine, the base part being delimited by a contact surface (31.1) opposite a front side (31.2) of the cultivator oriented in the tool feed direction, characterised in that the screw receptacle is designed as a blind hole having an internal thread which, starting from the contact surface (31.1), is oriented towards the front side (31.2) of the cultivator , or in that the screw receptacle is designed as a through-hole having an internal thread which is covered in the tool feed direction (V) by at least one anti-wear element .
A unitary, portable scanning device for performing a dental scan on a subject, said device comprising: a scanning probe (203; 310) comprising an extending arm (204; 312) coupled at one end to a mobility mechanism and at another end having a scanning probe head (205; 311) comprising a light source for generating an image of an arbitrarily shaped structure, said mobility mechanism providing for extension/retraction and lateral movement of the scanning probe from a fixed reference point, said mobility mechanism and at least a part of the extending arm of said scanning probe being encased within a housing body formed as a hollow shell having a chamber for encasing at least a portion of a scanning probe and encasing a mobility mechanism for moving the scanning probe, said housing body having an opening formed therein to receive and engage a patient contacting fixture for contacting the patient during a scanning procedure and thereby providing a fixed reference point for the scanner probe head, wherein the patient contacting fixture is a mouthpiece (102; 301) positioned intraorally during a scanning procedure, wherein the mouthpiece is a bite fixture having top and bottom faces separated by side walls to form a hollow bite fixture onto which the subject can bite down upon during a scanning procedure, said hollow mouthpiece having distal and proximal ends , wherein the proximal end engages with the opening of the housing body and is open for communicating with the chamber of the housing body, wherein said open proximal end of said mouthpiece receives and allows movement of the scanning probe during a scanning procedure. a scanning probe (203; 310) comprising an extending arm (204; 312) coupled at one end to a mobility mechanism and at another end having a scanning probe head (205; 311) comprising a light source for generating an image of an arbitrarily shaped structure, said mobility mechanism providing for extension/retraction and lateral movement of the scanning probe from a fixed reference point, said mobility mechanism and at least a part of the extending arm of said scanning probe being encased within a housing body formed as a hollow shell having a chamber for encasing at least a portion of a scanning probe and encasing a mobility mechanism for moving the scanning probe, said housing body having an opening formed therein to receive and engage a patient contacting fixture for contacting the patient during a scanning procedure and thereby providing a fixed reference point for the scanner probe head, wherein the patient contacting fixture is a mouthpiece (102; 301) positioned intraorally during a scanning procedure, wherein the mouthpiece is a bite fixture having top and bottom faces separated by side walls to form a hollow bite fixture onto which the subject can bite down upon during a scanning procedure, said hollow mouthpiece having distal and proximal ends , wherein the proximal end engages with the opening of the housing body and is open for communicating with the chamber of the housing body, wherein said open proximal end of said mouthpiece receives and allows movement of the scanning probe during a scanning procedure.
A method for implementing trusted computing, the method comprising: executing, by a central processing unit, CPU ,each respective software component in a sequence of software components , stored on a storage device at a location from where the CPU is configured to load a first instruction at a boot process,; measuring, by each respective software component, a next software component in the sequence, and providing the resulting measurement to a security module connected to the CPU ; characterized in that said storage device is write-protected, wherein the method further comprises authorizing, by the security module , an update of one or more software components in the sequence of software components based on the provided resulting measurements; and upon successful authorization by the security module changing, by the CPU , the status of the storage device to be write-enabled so as to perform the update of one or more software components. executing, by a central processing unit, CPU ,each respective software component in a sequence of software components , stored on a storage device at a location from where the CPU is configured to load a first instruction at a boot process,; measuring, by each respective software component, a next software component in the sequence, and providing the resulting measurement to a security module connected to the CPU ; characterized in that said storage device is write-protected, wherein the method further comprises authorizing, by the security module , an update of one or more software components in the sequence of software components based on the provided resulting measurements; and upon successful authorization by the security module changing, by the CPU , the status of the storage device to be write-enabled so as to perform the update of one or more software components.