mhurhangee/patent-ind-claim-en huggingface dataset:
A system for performing Quantum Key Distribution, the system comprising: a transmitter adapted to transmit a plurality of optical pulses; a first receiver ; a second receiver ; an optical switch having an input which is in optical communication with the transmitter , the optical switch being switchable between a first switching position in which the input is optically connected to the first receiver such that, in use, the first receiver is adapted to measure a quantum bit-value that has been encoded onto the plurality of optical pulses, and a second switching position in which the input is optically connected to the second receiver such that, in use, the second receiver is adapted to measure a quantum bit-value that has been encoded onto the plurality of optical pulses, characterised in that the system further comprises a guide for guiding a portion of the plurality of optical pulses to the first receiver via an optical path that bypasses the optical switch such that, in use, the first receiver is adapted to measure a quantum bit-value that has been encoded onto the portion of the plurality of optical pulses. a transmitter adapted to transmit a plurality of optical pulses; a first receiver ; a second receiver ; an optical switch having an input which is in optical communication with the transmitter , the optical switch being switchable between a first switching position in which the input is optically connected to the first receiver such that, in use, the first receiver is adapted to measure a quantum bit-value that has been encoded onto the plurality of optical pulses, and a second switching position in which the input is optically connected to the second receiver such that, in use, the second receiver is adapted to measure a quantum bit-value that has been encoded onto the plurality of optical pulses, characterised in that the system further comprises a guide for guiding a portion of the plurality of optical pulses to the first receiver via an optical path that bypasses the optical switch such that, in use, the first receiver is adapted to measure a quantum bit-value that has been encoded onto the portion of the plurality of optical pulses.
Safety catch facility for two rail vehicles , which are coupled to one another by means of a ball joint, wherein one of the rail vehicles is a coach car without running gear and wherein the rail vehicles are connected via an anti-roll brace , wherein a first guide facility is embodied for arrangement on a first rail vehicle and which comprises a recess , and a second guide facility , which is embodied for arrangement on a second rail vehicle and which comprises a pin , wherein the pin is guided in the recess in a contact-free manner in the usage position installed on the rail vehicles.
Double-action piston pump for conveying a fluid medium to an output device , wherein the piston pump has a piston which, for conveying the fluid medium, is movable between a first reversal point and a second reversal point , wherein the piston pump has a control device for controlling the direction of movement of the piston , wherein the control device, when reaching the respective reversal point , is specified to reverse the direction of movement of the piston , characterized in that the piston pump has a measuring device for measuring a piston speed, wherein the control device, when the measured piston speed falls short of a specific speed value, is specified to reverse the direction of movement of the piston .
A manufacturing process for large annular forgings is characterised by the following steps: (S1) preparing prefabricated blanks; (S2) preparing a level I hourglass-shaped module from the prefabricated blanks; (S3) performing upsetting deformation along the height direction and inter-forging heat preservation after heating the level I hourglass-shaped module to prepare an intermediate blank; (S4) preparing a level II hourglass-shaped module from the intermediate blanks; (S5) performing upsetting deformation along the height direction and inter-forging heat preservation after heating the level II hourglass-shaped module to prepare a blank; (S6) manufacturing and processing the blank into an annular forge piece. (S1) preparing prefabricated blanks; (S2) preparing a level I hourglass-shaped module from the prefabricated blanks; (S3) performing upsetting deformation along the height direction and inter-forging heat preservation after heating the level I hourglass-shaped module to prepare an intermediate blank; (S4) preparing a level II hourglass-shaped module from the intermediate blanks; (S5) performing upsetting deformation along the height direction and inter-forging heat preservation after heating the level II hourglass-shaped module to prepare a blank; (S6) manufacturing and processing the blank into an annular forge piece.
A portable electronic device having a hybrid antenna , comprising: conductive structures in the portable electronic device that define an antenna slot for the hybrid antenna, wherein the conductive structures are electrically connected, and wherein the antenna slot has a longitudinal axis ; an inverted-F antenna structure having a first conductive portion that extends from a first terminal to a second terminal and that bridges the slot and having a second conductive portion that is electrically connected to the first conductive portion and that at least partly runs parallel to the longitudinal axis of the antenna slot , wherein the second terminal is connected to the conductive structures adjacent to a first side of the slot ; and a transmission line having a positive signal conductor and a ground signal conductor , wherein the positive signal conductor is electrically connected to the first terminal and wherein the ground signal conductor is electrically connected to the conductive structures adjacent to a second side of the slot, characterized in that the transmission line is a flex circuit transmission line; and the conductive structures comprise a conductive bezel that defines a portion of the antenna slot and a switch mounting bracket that is electrically connected to the conductive bezel , wherein the second terminal is connected to the conductive bezel , and wherein the ground signal conductor is electrically connected to the conductive bezel by the switch mounting bracket . conductive structures in the portable electronic device that define an antenna slot for the hybrid antenna, wherein the conductive structures are electrically connected, and wherein the antenna slot has a longitudinal axis ; an inverted-F antenna structure having a first conductive portion that extends from a first terminal to a second terminal and that bridges the slot and having a second conductive portion that is electrically connected to the first conductive portion and that at least partly runs parallel to the longitudinal axis of the antenna slot , wherein the second terminal is connected to the conductive structures adjacent to a first side of the slot ; and a transmission line having a positive signal conductor and a ground signal conductor , wherein the positive signal conductor is electrically connected to the first terminal and wherein the ground signal conductor is electrically connected to the conductive structures adjacent to a second side of the slot, characterized in that the transmission line is a flex circuit transmission line; and the conductive structures comprise a conductive bezel that defines a portion of the antenna slot and a switch mounting bracket that is electrically connected to the conductive bezel , wherein the second terminal is connected to the conductive bezel , and wherein the ground signal conductor is electrically connected to the conductive bezel by the switch mounting bracket .
A display device comprising: a display panel ; a conductive sheet disposed below the display panel; a force concentration bump disposed below a first edge region of the display panel ; and a force sensor disposed below the conductive sheet , extending in a first direction along the first edge region of the display panel , the force sensor comprising a sensing region, wherein the force concentration bump overlaps the sensing region, and the force concentration bump and the conductive sheet are made of a same material and are formed from a same conductive plate wherein the display device further comprises: a first portion (DR1) which is flat and lies in a first plane, and a second portion (DR2) located at the first edge region, the second portion (DR2) lying in a different plane to the first plane, the second portion (DR2) is connected to the first portion (DR1), but is bent or curved from the first portion (DR1); wherein the conductive sheet is disposed in the first portion (DR1), and the force concentration bump and force sensor are disposed in the second portion (DR2). a display panel ; a conductive sheet disposed below the display panel; a force concentration bump disposed below a first edge region of the display panel ; and a force sensor disposed below the conductive sheet , extending in a first direction along the first edge region of the display panel , the force sensor comprising a sensing region, wherein the force concentration bump overlaps the sensing region, and the force concentration bump and the conductive sheet are made of a same material and are formed from a same conductive plate wherein the display device further comprises: a first portion (DR1) which is flat and lies in a first plane, and a second portion (DR2) located at the first edge region, the second portion (DR2) lying in a different plane to the first plane, the second portion (DR2) is connected to the first portion (DR1), but is bent or curved from the first portion (DR1); a first portion (DR1) which is flat and lies in a first plane, and a second portion (DR2) located at the first edge region, the second portion (DR2) lying in a different plane to the first plane, the second portion (DR2) is connected to the first portion (DR1), but is bent or curved from the first portion (DR1); wherein the conductive sheet is disposed in the first portion (DR1), and the force concentration bump and force sensor are disposed in the second portion (DR2).
A decoating method for the edge decoating of glass sheets , the glass sheets having at least on one of their two glass surfaces (3a;b) a protective coating in the form of a peel-off protective film , and preferably having a functional coating situated thereunder, the protective film being partially mechanically removed, in particular ground away, for the edge decoating, in the form of at least one film strip , characterized in that before the mechanical removal of the film strip , laser traces (20a;b) are introduced into the protective film , the laser traces (20a;b) being introduced in such a way that the film strip is removed in the form of individual film strip partial pieces separated from one another by the laser traces . the protective film being partially mechanically removed, in particular ground away, for the edge decoating, in the form of at least one film strip , characterized in that before the mechanical removal of the film strip , laser traces (20a;b) are introduced into the protective film , the laser traces (20a;b) being introduced in such a way that the film strip is removed in the form of individual film strip partial pieces separated from one another by the laser traces .
An impregnated fibrous material comprising a fibrous material of continuous fibers and at least one thermoplastic polymer matrix, characterized in that at least one thermoplastic polymer is a non-reactive amorphous polymer whose glass transition temperature is such that Tg ≥ 80 °C, or a non-reactive semi-crystalline polymer whose melting temperature is Tf ≥ 150 °C, where Tg and Tf are determined by differential scanning calorimetry (DSC) according to standard 11357-2:2013 and 11357-3:2013 respectively, the fiber content by volume is constant in at least 70 % of the volume of the web or ribbon, the fiber content in said prepreg fiber material being between 45 and 65 % by volume on both sides of said fiber material, the porosity rate in said prepreg fiber material being less than 10 %, said impregnated fibrous material being free of non-reactive liquid crystal polymers (LCP), meaning that the molecular weight of said thermoplastic polymer is no longer likely to change significantly, i.e. its number average molecular weight (Mn) changes by less than 50 % during its implementation, the impregnation being carried out with at least one expansion and said impregnated fibrous material being monolayer, which means that when the impregnation of said fibrous material is carried out, said fibrous material and the polymer are inseparable from each other and form a material consisting of a single layer based on fibers and polymer.
An apparatus , being configured for obtaining a plurality of micrografts from a donor site for transfer to a recipient site , comprising: a plurality of hollow tubes configured to simultaneously obtain the plurality of micrografts , wherein the hollow tubes comprise at least two points provided at a distal end thereof to facilitate insertion of the hollow tubes into the donor site ; wherein an inner diameter of the at least one tube is less than about 1 mm; the apparatus including a stop provided on an outer portion of and 2. at a distance from the distal end of at least one of the hollow tubes , said stop allowing insertion of the tube up to a depth proximal to a dermal/fatty layer junction of the skin; wherein at least one section of the at least one hollow tube is structured to be inserted into the donor site up to the dermal/fatty layer junction of the skin, and the plurality of hollow tubes are structured to be withdrawn without rotating from the donor site to remove a plurality of micrografts therefrom. a plurality of hollow tubes configured to simultaneously obtain the plurality of micrografts , wherein the hollow tubes comprise at least two points provided at a distal end thereof to facilitate insertion of the hollow tubes into the donor site ; wherein an inner diameter of the at least one tube is less than about 1 mm; the apparatus including a stop provided on an outer portion of and 2. at a distance from the distal end of at least one of the hollow tubes , said stop allowing insertion of the tube up to a depth proximal to a dermal/fatty layer junction of the skin; wherein at least one section of the at least one hollow tube is structured to be inserted into the donor site up to the dermal/fatty layer junction of the skin, and the plurality of hollow tubes are structured to be withdrawn without rotating from the donor site to remove a plurality of micrografts therefrom.
Rotary electric machine including: - a rotor ; - a device for measuring the angular position of said rotor including a measurement element that is capable of generating measurement signals for the angular position of said rotor ; - a stator including: - a stator body including a plurality of slots ; - a coil including a plurality of phase windings each having one winding input and one winding output ; - each phase winding being formed of a plurality of pins that are inserted partially into said slots and form a bundle ; and - at least one linking connector electrically connecting two pins of one and the same phase winding, these pins being spaced angularly apart from one another by at least two consecutive pins, said linking connector running circumferentially around said bundle and facing said measurement element , characterized in that said linking connector includes a portion that is located radially between an outer periphery of said stator body and a slot bottom . - a rotor ; - a device for measuring the angular position of said rotor including a measurement element that is capable of generating measurement signals for the angular position of said rotor ; - a stator including: - a stator body including a plurality of slots ; - a coil including a plurality of phase windings each having one winding input and one winding output ; - each phase winding being formed of a plurality of pins that are inserted partially into said slots and form a bundle ; and - at least one linking connector electrically connecting two pins of one and the same phase winding, these pins being spaced angularly apart from one another by at least two consecutive pins, said linking connector running circumferentially around said bundle and facing said measurement element , - a stator body including a plurality of slots ; - a coil including a plurality of phase windings each having one winding input and one winding output ; - each phase winding being formed of a plurality of pins that are inserted partially into said slots and form a bundle ; and - at least one linking connector electrically connecting two pins of one and the same phase winding, these pins being spaced angularly apart from one another by at least two consecutive pins, said linking connector running circumferentially around said bundle and facing said measurement element ,
A system comprising: a control valve assembly including a stem ; an actuator; a stem connector coupling the stem to the actuator, the stem connector configured to transmit a mechanical actuator output to an input of the control valve assembly; a communication module integrated within the stem connector ; and one or more sensors integrated within the stem connector and communicably coupled to the communication module, the one or more sensors configured to measure one or more parameters indicative of the health and/or remaining service life of the control valve assembly and/or one or more components of the control valve assembly, wherein the communication module is configured to transmit the measured one or more parameters to a controller via a communication link, and wherein the one or more sensors includes an acoustic emission sensor disposed near or against a flat end of the stem. a control valve assembly including a stem ; an actuator; a stem connector coupling the stem to the actuator, the stem connector configured to transmit a mechanical actuator output to an input of the control valve assembly; a communication module integrated within the stem connector ; and one or more sensors integrated within the stem connector and communicably coupled to the communication module, the one or more sensors configured to measure one or more parameters indicative of the health and/or remaining service life of the control valve assembly and/or one or more components of the control valve assembly, wherein the communication module is configured to transmit the measured one or more parameters to a controller via a communication link, and wherein the one or more sensors includes an acoustic emission sensor disposed near or against a flat end of the stem.
A surgical tool assembly , comprising: an elongate shaft assembly defining a shaft axis; a surgical end effector movably coupled to said elongate shaft assembly by a distal support link that is pivotally coupled to said surgical end effector to define an articulation axis that is transverse to said shaft axis, said distal support link being pivotally and axially movably coupled to said elongate shaft assembly to facilitate selective articulation of said surgical end effector relative to said elongate shaft assembly about said articulation axis between a first unarticulated position wherein said surgical end effector is aligned with said elongate shaft assembly along said shaft axis and articulation positions located on one side of said shaft axis; and a distal articulation member operably interfacing with a source of articulation motions and being pivotally coupled to said surgical end effector to apply said articulation motions thereto; and wherein a proximal end of said distal support link comprises a proximal axial slot that is configured to receive a corresponding articulation pin therein that is attached to said distal end of said elongate shaft assembly. an elongate shaft assembly defining a shaft axis; a surgical end effector movably coupled to said elongate shaft assembly by a distal support link that is pivotally coupled to said surgical end effector to define an articulation axis that is transverse to said shaft axis, said distal support link being pivotally and axially movably coupled to said elongate shaft assembly to facilitate selective articulation of said surgical end effector relative to said elongate shaft assembly about said articulation axis between a first unarticulated position wherein said surgical end effector is aligned with said elongate shaft assembly along said shaft axis and articulation positions located on one side of said shaft axis; and a distal articulation member operably interfacing with a source of articulation motions and being pivotally coupled to said surgical end effector to apply said articulation motions thereto; and wherein a proximal end of said distal support link comprises a proximal axial slot that is configured to receive a corresponding articulation pin therein that is attached to said distal end of said elongate shaft assembly.
A rotary mechanical transmission (T), comprising: - a containment structure ; - a first rotary element , connected or connectable to a drive unit to define a mechanical power input unit and rotatable about an axis (X); - a fixed guide , in particular forming part of said containment structure , - a second rotary element rotatable about said axis of rotation (X) and defining a power output unit; - a linear guide ; - a roto-translational intermediate element , extending along said axis of rotation (X) and comprising a first threaded portion , coupled to said first rotary element , and a second threaded portion , coupled to said fixed guide , said intermediate element being also coupled with said second rotary element by the said linear guide , parallel to said axis of rotation (X); wherein the first threaded portion and the second threaded portion have different pitches and are at least partly separated along said axis of rotation (X); and wherein said intermediate element is defined by a hollow body characterized in that said second rotary element is inserted inside the intermediate element . - a containment structure ; - a first rotary element , connected or connectable to a drive unit to define a mechanical power input unit and rotatable about an axis (X); - a fixed guide , in particular forming part of said containment structure , - a second rotary element rotatable about said axis of rotation (X) and defining a power output unit; - a linear guide ; - a roto-translational intermediate element , extending along said axis of rotation (X) and comprising a first threaded portion , coupled to said first rotary element , and a second threaded portion , coupled to said fixed guide , said intermediate element being also coupled with said second rotary element by the said linear guide , parallel to said axis of rotation (X); wherein the first threaded portion and the second threaded portion have different pitches and are at least partly separated along said axis of rotation (X); and wherein said intermediate element is defined by a hollow body characterized in that said second rotary element is inserted inside the intermediate element .