mhurhangee/patent-ind-claim-en huggingface dataset:
Method for encoding an input digital message, bearing K information symbols, using a turbo-encoder forming a turbocode, the turbo-encoder comprising an interleaver and first and second encoders (C1, C2) for encoding according to at least one elementary code, and delivering said information symbols and redundancy symbols, characterized in that , with a puncturing of the symbols delivered by said turbo-encoder being performed according to at least one periodic puncturing pattern of a length N, defining the puncturing period, said interleaver distributes the information symbols of said input message into Q layers of the interleaved input message in compliance with an interleaving function defined on the basis of said at least one puncturing pattern, according to the relationship: π i = Pi + S i mod Q mod K = Pi + T l + A l Q mod K with: - i =0, ..., K -1 the position of an information symbol in said interleaved input message, in the interleaved order, and Π ( i ) the position of said information symbol in said input message, in the natural order; - P an integer value co-prime with the length K of said input message, called an interleaver period; - S ( imodQ ) =S ( l ) =T l + A l Q the parameters of adjustment of the interleaving function, with l =0,..., Q -1 the layer number; - Q a degree of disorder inserted into the interleaver, corresponding to the number of layers, such that Q=qN, with q ≥1 being an integer and Q being a divider of K; - T l a value of inter-layer adjustment defined on the basis of said at least one puncturing pattern; and - A l a value of intra-layer adjustment. - i =0, ..., K -1 the position of an information symbol in said interleaved input message, in the interleaved order, and Π ( i ) the position of said information symbol in said input message, in the natural order; - P an integer value co-prime with the length K of said input message, called an interleaver period; - S ( imodQ ) =S ( l ) =T l + A l Q the parameters of adjustment of the interleaving function, with l =0,..., Q -1 the layer number; - Q a degree of disorder inserted into the interleaver, corresponding to the number of layers, such that Q=qN, with q ≥1 being an integer and Q being a divider of K; - T l a value of inter-layer adjustment defined on the basis of said at least one puncturing pattern; and - A l a value of intra-layer adjustment.
A compound comprising a therapeutic agent coupled to a carrier molecule, with a minimum coupling ratio of 5:1; wherein the carrier molecule is an antibody fragment selected from scFv, Fv, Fab, Fab-SH, dsFv, bs-scFv, di-scFvs (also known as bi-scFvs), diabodies, and tandabs, wherein the antibody fragment does not include all of the domains of a whole antibody; and wherein the therapeutic agents are coupled onto a lysine amino acid residue; and wherein the therapeutic agent is not a photosensitising agent; and further wherein the therapeutic agent is selected from cemadotin, P5-C5, doxorubicin, ellipticine, MMAE, maytansines, MMAF, auristatins, dolastatins, and a topoisomerase inhibitor.
A hemadynamometer comprising: a first pulse wave sensor and a second pulse wave sensor disposed apart from each other, each of the first pulse wave sensor and the second pulse wave sensor being configured to convert a pulse wave signal corresponding to a blood pressure into an electric signal; a pressurization unit disposed between the first pulse wave sensor and the second pulse wave sensor and configured to apply a pressure to a wrist to change a diameter of a blood vessel; and a controller configured to measure the blood pressure based on first and second pulse wave signals detected respectively by the first pulse wave sensor and the second pulse wave sensor before a predetermined pressure is applied to the wrist by the pressurization unit , and third and fourth pulse wave signals detected respectively by the first pulse wave sensor and the second pulse wave sensor after the predetermined pressure is applied to the wrist by the pressurization unit , characterized in that the controller is configured to separate first to fourth forward wave signals and first to fourth backward wave signals from the first to fourth pulse wave signals, and measure the blood pressure based on at least one of a difference in pulse width or a difference in peak value between the first and third backward wave signals and a difference in pulse width or a difference in peak value between the second and fourth forward wave signals. a first pulse wave sensor and a second pulse wave sensor disposed apart from each other, each of the first pulse wave sensor and the second pulse wave sensor being configured to convert a pulse wave signal corresponding to a blood pressure into an electric signal; a pressurization unit disposed between the first pulse wave sensor and the second pulse wave sensor and configured to apply a pressure to a wrist to change a diameter of a blood vessel; and a controller configured to measure the blood pressure based on first and second pulse wave signals detected respectively by the first pulse wave sensor and the second pulse wave sensor before a predetermined pressure is applied to the wrist by the pressurization unit , and third and fourth pulse wave signals detected respectively by the first pulse wave sensor and the second pulse wave sensor after the predetermined pressure is applied to the wrist by the pressurization unit , characterized in that the controller is configured to separate first to fourth forward wave signals and first to fourth backward wave signals from the first to fourth pulse wave signals, and measure the blood pressure based on at least one of a difference in pulse width or a difference in peak value between the first and third backward wave signals and a difference in pulse width or a difference in peak value between the second and fourth forward wave signals.
A method to assist piloting of an aircraft, according to which a trajectory pointer representing a current flight trajectory vector and a pitch pointer indicating a current pitch angle value are shown on a pitch scale of a display screen , characterised in that it includes the following steps: - determining a pitch angle limiting value representative of a maximum admissible angle of incidence, depending on a set of flight parameters and aircraft configurations, and - displaying on the said pitch scale of the display screen a maximum angle of incidence pointer indicating the said pitch angle limiting value, where the said maximum angle of incidence pointer and trajectory pointer form upper and lower limits, respectively, of a dynamic safety envelope representative of a normal flight of the aircraft, the relative position and/or extent of the dynamic envelope relative to the pitch scale change as the flight parameters and configurations of the aircraft change, the display of the said maximum angle of incidence pointer or of the said dynamic envelope is shown using different colours, including a first colour representing a normal flight situation, a second colour representing a situation where a stall is imminent, and a third colour representing a stall. - determining a pitch angle limiting value representative of a maximum admissible angle of incidence, depending on a set of flight parameters and aircraft configurations, and - displaying on the said pitch scale of the display screen a maximum angle of incidence pointer indicating the said pitch angle limiting value, where the said maximum angle of incidence pointer and trajectory pointer form upper and lower limits, respectively, of a dynamic safety envelope representative of a normal flight of the aircraft, the relative position and/or extent of the dynamic envelope relative to the pitch scale change as the flight parameters and configurations of the aircraft change, the display of the said maximum angle of incidence pointer or of the said dynamic envelope is shown using different colours, including a first colour representing a normal flight situation, a second colour representing a situation where a stall is imminent, and a third colour representing a stall.
A battery with a safety mechanism adapted to protect against tissue damage and/or electrolysis comprising: a housing comprising first and second poles, at least one electronic conductor in electronic contact with one of the first and second poles , and a spacer comprising an electronically insulating material, wherein the spacer is provided between the electronic conductor and the other of the first and second poles such that electronic contact between the electronic conductor and the other of the first and second poles is prevented, the spacer being capable of undergoing a physical change in the presence of an aqueous solution such that the spacer can dissolve, soften, or swell, a resistive force of the spacer is reduced to less than a biasing force of the electronic conductor , and electronic coupling between the electronic conductor and the other of the first and second poles can occur wherein: subsequent to the physical change, electronic coupling occurs based on (i) direct physical contact between the electronic conductor and the other of the first or second poles or (ii) indirect physical contact between the electronic conductor and the other of the first and second poles via one or more additional intervening electronically conducting materials disposed between the electronic conductor and the other of the first or second poles .
A shield lock mechanism for attachment to a shell , the shield lock mechanism comprising: a holding member configured to be moved by an external operation between a holding position at which a shield is held and an attachment-detachment position at which the shield can be attached and detached; a biasing member configured to constantly bias the holding member toward the holding position; and being characterized by a restriction member configured to be moved by an external operation between a restricting position at which movement of the holding member arranged at the holding position to the attachment-detachment position is restricted and a canceling position at which the restriction is canceled. a holding member configured to be moved by an external operation between a holding position at which a shield is held and an attachment-detachment position at which the shield can be attached and detached; a biasing member configured to constantly bias the holding member toward the holding position; and being characterized by a restriction member configured to be moved by an external operation between a restricting position at which movement of the holding member arranged at the holding position to the attachment-detachment position is restricted and a canceling position at which the restriction is canceled.
Apparatus for distributing flowable media to containers with a housing , with a transport device for transporting the containers which is arranged at least partially inside the housing , wherein this transport device has a rotatable carrier with a distributor device which is arranged inside this housing which accommodates at least one inlet for the flowable medium and a plurality of outlets to which the flowable medium can be distributed, and with a supply line which is suitable and intended for supplying the flowable medium to the inlet , wherein the distributor device is connected non-rotatably to the carrier , wherein supply device extends through a cover section of the apparatus and the supply line is stationary with respect to the cover wall and a sealing device is arranged between the supply line and the distributor device , characterised in that the sealing device is suitable and intended for guiding the flowable medium to be distributed from the supply line to the inlet.
Slip ring arrangement for electrical connection of two mutually rotatable parts with at least one sliding track (11; 12) with V-grooves and at least two wire brushes (21; 22; 31; 32) which run in the V-grooves, are electrically connected to one another and are arranged on different brush blocks (20; 30), characterized in that the at least two wire brushes (21; 22; 31; 32) have different wire cross-sections on different brush blocks (20; 30).
A method of manufacturing a component of a turbomolecular pump, wherein the component is manufactured by means of a generative manufacturing process; and wherein the component is a rotor disk or a stator disk of a turbomolecular pump stage of a turbomolecular pump, with the disk having a base body , in particular a support ring, and blades arranged at the base body , and with the base body being formed from a material, namely aluminum, characterized in that the blades are formed from another material, in particular titanium.
Planetary gear with a first and a second gear stage , comprising a housing and a first shaft , which is connected in the first gear stage for torque transmission to a first planet gear carrier , wherein the first shaft is accommodated in a bearing on a wall of the housing , and the second gear stage comprises a second planet gear carrier , which is connected for torque transmission to a sun gear shaft of the first gear stage , characterised in that the second planet gear carrier is accommodated in an axially inner bearing which is arranged on the first planet gear carrier and/or is accommodated in an axially outer bearing , which is accommodated in the wall of the housing .
An electric plug of an electric plug connection comprising the plug and a mating plug, an electrical connection being made between electric plug contacts of the plug and mating contacts of the mating plug when the plugs are inserted one into the other, the electric plug comprising at least the following: a) at least one plug strip in which are held the first ends of a plurality of electric plug contacts provided to make an electrical connection to mating contacts of the mating plug, each of the free second ends of the electric plug contacts protruding out of the plug strip , b) a plug contact receiving chamber that has at least two sub-chamber bodies , the second free end of at least one of the electric plug contacts projecting into each of the sub-chamber bodies , c) the plug contact receiving chamber being open in the direction of the free second ends of the electric plug contacts , characterised in that d) the plug strip and the plug contact receiving chamber constitute separate components and are connected to one another, and in that e) at least two sub-chamber bodies of the plug contact receiving chamber are connected to one another by at least one elastic element that permits a relative movement of the sub-chamber bodies at least in a plane perpendicular to the electric plug contacts . a) at least one plug strip in which are held the first ends of a plurality of electric plug contacts provided to make an electrical connection to mating contacts of the mating plug, each of the free second ends of the electric plug contacts protruding out of the plug strip , b) a plug contact receiving chamber that has at least two sub-chamber bodies , the second free end of at least one of the electric plug contacts projecting into each of the sub-chamber bodies , c) the plug contact receiving chamber being open in the direction of the free second ends of the electric plug contacts , characterised in that d) the plug strip and the plug contact receiving chamber constitute separate components and are connected to one another, and in that e) at least two sub-chamber bodies of the plug contact receiving chamber are connected to one another by at least one elastic element that permits a relative movement of the sub-chamber bodies at least in a plane perpendicular to the electric plug contacts .
Trailing edge for a composite multispar integrated lifting surface , the lifting surface comprising a leading edge , a multispar torsion box , a trailing edge attached to the torsion box through a rear spar of the torsion box and upper and lower skins , the trailing edge comprising: - a first C-shape composite form that comprises a web and two flanges , the web adapted to form a portion of the rear spar of the torsion box and the two flanges extending along the skin chordwise direction of the trailing edge , - a second C-shape composite form comprising a web and two flanges , the web forming an auxiliary spar of the trailing edge and the flanges extending along the skin chordwise direction of the trailing edge , the first C-shape composite form and the second C-shape composite form are configured such that a first auxiliary cell and a second cell are formed, the first auxiliary cell being delimited by the web and the two flanges of the first C-shape composite form and by the web of the second C-shape composite form , the second cell being an open cell delimited by the web and the two flanges of the second C-shape composite form , wherein the two flanges of the first C-shape composite form comprise a further bent part parallel to the web of the first C-shape composite form , the trailing edge characterised in that the bent parts are applied against the web of the second C-shape composite form for forming the auxiliary spar together with the web . - a first C-shape composite form that comprises a web and two flanges , the web adapted to form a portion of the rear spar of the torsion box and the two flanges extending along the skin chordwise direction of the trailing edge , - a second C-shape composite form comprising a web and two flanges , the web forming an auxiliary spar of the trailing edge and the flanges extending along the skin chordwise direction of the trailing edge , the first C-shape composite form and the second C-shape composite form are configured such that a first auxiliary cell and a second cell are formed, the first auxiliary cell being delimited by the web and the two flanges of the first C-shape composite form and by the web of the second C-shape composite form , the second cell being an open cell delimited by the web and the two flanges of the second C-shape composite form , wherein the two flanges of the first C-shape composite form comprise a further bent part parallel to the web of the first C-shape composite form , the trailing edge characterised in that the bent parts are applied against the web of the second C-shape composite form for forming the auxiliary spar together with the web .
A rotary electric machine, comprising: field windings supplied with DC power; armature windings supplied with AC power; a stator core formed into a ring-like shape including slots including field slots and armature slots , the field slots housing the field windings , the armature slots housing the armature windings , the field slots and the armature slots being formed in a circumferential direction of the stator core; permanent magnets housed in the field slots ; and a rotor core opposite to the stator core , with predetermined air gap (G) being interposed therebetween, wherein the permanent magnets face the field windings in the radial direction both on the outer circumferential side and on the inner circumferential side in the field slots , and coil ends of the armature windings straddle predetermined ones of the field slots and pass over an axial end face of the permanent magnets in the predetermined field slots ; wherein coil ends of field windings arranged on the outer circumferential side of the permanent magnets do not intersect with the coil ends of the armature windings as viewed in an axial direction of the stator core , and coil ends of field windings arranged on the inner circumferential side of the permanent magnets do not intersect with the coil ends of the armature windings as viewed in the axial direction of the stator core . field windings supplied with DC power; armature windings supplied with AC power; a stator core formed into a ring-like shape including slots including field slots and armature slots , the field slots housing the field windings , the armature slots housing the armature windings , the field slots and the armature slots being formed in a circumferential direction of the stator core; permanent magnets housed in the field slots ; and a rotor core opposite to the stator core , with predetermined air gap (G) being interposed therebetween, wherein the permanent magnets face the field windings in the radial direction both on the outer circumferential side and on the inner circumferential side in the field slots , and coil ends of the armature windings straddle predetermined ones of the field slots and pass over an axial end face of the permanent magnets in the predetermined field slots ; wherein coil ends of field windings arranged on the outer circumferential side of the permanent magnets do not intersect with the coil ends of the armature windings as viewed in an axial direction of the stator core , and coil ends of field windings arranged on the inner circumferential side of the permanent magnets do not intersect with the coil ends of the armature windings as viewed in the axial direction of the stator core .
An adaptor for use mating a non-plug-in type circuit breaker to a bus structure of a plug-in breaker panel , the adaptor comprising: a first portion structured to be coupled to a terminal of the non-plug-in type circuit breaker , the first portion being formed from a first conductive material; and an opposite second portion structured to cooperatively engage a portion of the bus structure , the opposite second portion being formed from a second conductive material, wherein the portion of the bus structure can either be a first plug-in member or a socket ; wherein the first portion and the opposite second portion are structured to form a conductive pathway between the terminal of the non-plug-in type circuit breaker and the portion of the bus structure , and wherein the opposite second portion of the adapter comprises a socket structured to cooperatively receive therein the first plug-in member of the bus structure , characterized in that the socket of the opposite second portion is further structured to cooperatively receive therein a post-like plug-in member of the adapter , configured to engage the socket of the bus structure . a first portion structured to be coupled to a terminal of the non-plug-in type circuit breaker , the first portion being formed from a first conductive material; and an opposite second portion structured to cooperatively engage a portion of the bus structure , the opposite second portion being formed from a second conductive material, wherein the portion of the bus structure can either be a first plug-in member or a socket ; wherein the first portion and the opposite second portion are structured to form a conductive pathway between the terminal of the non-plug-in type circuit breaker and the portion of the bus structure , and wherein the opposite second portion of the adapter comprises a socket structured to cooperatively receive therein the first plug-in member of the bus structure , characterized in that the socket of the opposite second portion is further structured to cooperatively receive therein a post-like plug-in member of the adapter , configured to engage the socket of the bus structure .
A BMP9 polypeptide for use in therapeutically increasing red blood cell levels or treating anemia in a patient in need thereof, wherein the BMP9 polypeptide comprises an amino acid sequence that is at least 85% identical to the sequence of SEQ ID NO: 2.
A roller lock , comprising: a lock to engage with a roller of a feed system , the lock including a coupling to operably engage with a complementary coupling of the roller; and characterised by : a leadscrew to engage with the lock, the leadscrew including an advancer to engage with the lock such that the advancer translates the lock along a longitudinal axis of the roller so that the lock may engage and disengage with the roller to intermittently prevent the roller from rotating in a forward direction .