mhurhangee/patent-ind-claim-en huggingface dataset:
An invasive cardiac valve, comprising a tubular stent and a valve , whereby one end of the tubular stent is of a frusto-conical structure, the other end of the tubular stent is wide open, and the diameter of the open end is greater than the diameter of the frusto-conical end; the valve is attached to the frusto-conical end of the tubular stent ; a delivery and retrieval hole of the cardiac valve is provided at the top of the open end of the tubular stent ; a frusto-cone generatrix of the frusto-conical end of the tubular stent is a straight line, a circular arc or a combination of a straight line and a circular arc, whereby the grids of the tubular stent gradually become smaller from the open end to the frusto-conical end, the open end of the tubular stent is of a horn shape, and the tubular stent is of a structure, in which both ends of the tubular stent are large and a middle part of the tubular stent is small and the tubular stent is of a grid structure composed of a plurality of rhombic stent units, characterized in that the grid of the tubular stent is composed of stent rods, and the greater the grid is, the thicker the stent rod is. the valve is attached to the frusto-conical end of the tubular stent ; a delivery and retrieval hole of the cardiac valve is provided at the top of the open end of the tubular stent ; a frusto-cone generatrix of the frusto-conical end of the tubular stent is a straight line, a circular arc or a combination of a straight line and a circular arc, whereby the grids of the tubular stent gradually become smaller from the open end to the frusto-conical end, the open end of the tubular stent is of a horn shape, and the tubular stent is of a structure, in which both ends of the tubular stent are large and a middle part of the tubular stent is small and the tubular stent is of a grid structure composed of a plurality of rhombic stent units, characterized in that the grid of the tubular stent is composed of stent rods, and the greater the grid is, the thicker the stent rod is.
Formulation comprising one or more organic semiconducting materials and one or more organic solvents, wherein the organic semiconducting material is a polymeric material having a molecular weight M w of at least 10.000 g/mol, wherein the formulation comprises from 0.1 to 10 % by weight of the polymeric material, wherein at least one solvent has a boiling point of ≥ 90°C and wherein the formulation has a viscosity in the range from 1.5 to 100 mPas, characterized in that it contains less than 10,000 particles per liter formulation having an average size in the range from 0.1 to 20 μm.
A method performed by an electronic device , the method comprising: installing a component manager via an application store of an electronic device; determining, at the component manager, versions of applications (116, 117, 118; 412, 414, 416) in a software suite ; determining a plurality of applications to install or upgrade based at least in part on the versions of the applications and a version numbering scheme, wherein the version numbering scheme is designed to maintain compatibility between the applications in the software suite; and installing the plurality of applications, wherein the version numbering scheme defines at least a first portion of a version number as a suite-specific version number and second portion of the version number as an application-specific version number, and wherein multiple applications are upgraded if the suite-specific version number changes for one of the applications. installing a component manager via an application store of an electronic device; determining, at the component manager, versions of applications (116, 117, 118; 412, 414, 416) in a software suite ; determining a plurality of applications to install or upgrade based at least in part on the versions of the applications and a version numbering scheme, wherein the version numbering scheme is designed to maintain compatibility between the applications in the software suite; and installing the plurality of applications, wherein the version numbering scheme defines at least a first portion of a version number as a suite-specific version number and second portion of the version number as an application-specific version number, and wherein multiple applications are upgraded if the suite-specific version number changes for one of the applications.
A binocular having two tubes , which are connected to one another by means of a hinged bridge pivotable about a hinge axis for adjusting the interpupillary distance , wherein in the two tubes , in each case, a beam path is formed by an objective lens , an eyepiece and a prism erecting system , wherein a first optical axis (17-1) of the objective lens and a second optical axis (17-2) of the eyepiece are offset parallel to each other by a distance so that these axes (17-1, 17-2) do not coincide, characterized in that the first optical axis (17-1) of the objective lens and the second optical axis (17-2) of the eyepiece lie in a common first plane with the hinge axis of the hinged bridge , and that an outer side of each tube comprises a waist formed with a circumferential shape deviating from a circular shape in a region of the prism erecting system , wherein a section extending on an upper side of the tube is formed as a first retaining recess (14-1) following the waist for a section of a finger and a section extending on a bottom side of the tube is formed as a second retaining recess (14-2) following the waist for a section of a thumb of a user, wherein a cross-section normal to the first plane and to the direction of the optical axis through each one of the tubes in the region of their waists has its widest part in an intersection area of the tube with the first plane , and that a tip of a roof edge of the prism erecting system is arranged in the region of the widest part and facing outwards, wherein the shortest distance between the tip of the roof edge and the inner wall of the tube is smaller than the shortest distance between the tip of the roof edge and a surface of the prism erecting system opposite the tip of the roof edge .
Closing assembly of a door of a refrigerator, - having an actuation handle, - having a locking component which has an anchor section and a locking section , - having an actuating axle (B) which connects the locking component to the actuation handle, - having a base in which the locking component is mounted with its anchor section and over which the locking section projects radially in relation to the actuating axle (B), - having a striking plate which is gripped by the locking section of the locking component in a locking position, wherein - the locking component can be moved, with the actuation handle by means of the actuating axle (B), from its locking position engaging behind the striking plate into an open position, without engagement with the striking plate, wherein - the actuating axle (B), as a pull rod, couples the actuation handle and the locking component to each other and a pulling movement of the actuating axle (B) induced by the actuation handle, which is substantially linear with respect to the actuating axle (B), moves the locking component into its open position, characterised in that - the anchor section of the locking component can occupy different mounting positions in the base , in particular is mounted radially moveably in the base , in relation to the actuating axle (B), - the radial projection of the locking section varies over the base depending on the mounting position of the anchor section . - having an actuation handle, - having a locking component which has an anchor section and a locking section , - having an actuating axle (B) which connects the locking component to the actuation handle, - having a base in which the locking component is mounted with its anchor section and over which the locking section projects radially in relation to the actuating axle (B), - having a striking plate which is gripped by the locking section of the locking component in a locking position, wherein - the locking component can be moved, with the actuation handle by means of the actuating axle (B), from its locking position engaging behind the striking plate into an open position, without engagement with the striking plate, wherein - the actuating axle (B), as a pull rod, couples the actuation handle and the locking component to each other and a pulling movement of the actuating axle (B) induced by the actuation handle, which is substantially linear with respect to the actuating axle (B), moves the locking component into its open position, characterised in that - the anchor section of the locking component can occupy different mounting positions in the base , in particular is mounted radially moveably in the base , in relation to the actuating axle (B), - the radial projection of the locking section varies over the base depending on the mounting position of the anchor section .
Hydromount , in particular for mounting a motor vehicle engine, with a mount core , a support spring made of an elastomeric material, a working chamber which is delimited by the support spring , and a compensation chamber which is separated from the working chamber by an intermediate plate , wherein the working chamber and the compensation chamber are filled with hydraulic fluid and connected to each other by an overflow channel , wherein the mount core comprises a first mount core part and a second mount core part which are operatively connected to each other via an elastomer body for highfrequency vibration decoupling, wherein the elastomer body has a first elastomer body portion , which absorbs at least one static mount load acting on the mount core , and has a second elastomer body portion which absorbs at least one transverse force acting on the mount core , wherein the first elastomer body portion is arranged perpendicular to a centre axis (A) of the first mount core part and/or a centre axis (A) of the second mount core part , and the second elastomer body portion is arranged along the centre axis (A) of the first mount core part and/or the centre axis (A) of the second mount core part , characterised in that the first mount core part has a conically shaped projection which protrudes into a corresponding conical passage of the second mount part .
A self-propelling road construction machine , particularly a cold-milling machine or recycler, comprising - a track assembly carrying the machine frame via lifting columns , - a milling roller supported on the machine frame for treatment of a ground or traffic surface , - height-adjustable side plates on the front sides of the milling roller , arranged to rest on the ground or traffic surface to be treated, - a height-adjustable stripping means arranged in the traveling direction behind the milling roller and adapted to be lowered, during operation, into the milling track generated by the milling roller , and - a control means for controlling the milling depth of the milling roller , the control means detecting the milling depth of the milling roller from the measurement values of at least one measuring means , characterized in that the control means is operative to automatically control the lifting condition of at least one rear and/or front lifting column as seen in the traveling direction, for establishing the parallel orientation of the machine frame relative to the treated or untreated ground or traffic surface or to a predetermined milling plane, wherein automatically establishing the parallel orientation of the machine frame relative to the treated or untreated ground or traffic surface is performed by the control means independently of the control of the milling depth. - a track assembly carrying the machine frame via lifting columns , - a milling roller supported on the machine frame for treatment of a ground or traffic surface , - height-adjustable side plates on the front sides of the milling roller , arranged to rest on the ground or traffic surface to be treated, - a height-adjustable stripping means arranged in the traveling direction behind the milling roller and adapted to be lowered, during operation, into the milling track generated by the milling roller , and - a control means for controlling the milling depth of the milling roller , the control means detecting the milling depth of the milling roller from the measurement values of at least one measuring means ,
Device for shielding and converting energy of an electromagnetic field, comprising: an antenna for receiving HF energy from an electromagnetic field; and an energy conversion device electrically connected to the antenna for converting the received HF energy, wherein the antenna of the device is designed to be arranged on the front side of a mobile radio device, wherein the antenna has a conductive structure with at least one first conductor track and with at least one second conductor track , wherein the first conductor track and the second conductor track have at least one electrical interconnection point , wherein the energy conversion device is designed to convert at least part of the electrical energy supplied by the conductive structure into heat and/or visible light. an antenna for receiving HF energy from an electromagnetic field; and an energy conversion device electrically connected to the antenna for converting the received HF energy, wherein the antenna of the device is designed to be arranged on the front side of a mobile radio device, wherein the antenna has a conductive structure with at least one first conductor track and with at least one second conductor track , wherein the first conductor track and the second conductor track have at least one electrical interconnection point , wherein the energy conversion device is designed to convert at least part of the electrical energy supplied by the conductive structure into heat and/or visible light.
A security system comprising: a secure zone, user access to which is restricted; a first gateway configured to use a first encryption algorithm; and a second gateway configured to use a second encryption algorithm; wherein the first gateway is configured to restrict access to the second gateway, the second gateway being accessible via the first gateway with a first key; wherein the second gateway is configured to restrict access to the secure zone, the secure zone being accessible via the second gateway with a second key; and wherein the first encryption algorithm is different from the second encryption algorithm. a secure zone, user access to which is restricted; a first gateway configured to use a first encryption algorithm; and a second gateway configured to use a second encryption algorithm; wherein the first gateway is configured to restrict access to the second gateway, the second gateway being accessible via the first gateway with a first key; wherein the second gateway is configured to restrict access to the secure zone, the secure zone being accessible via the second gateway with a second key; and wherein the first encryption algorithm is different from the second encryption algorithm.
A self-testing metrologic system for an analog-signal transmitting device able to transmit a said analog signal in a pulsed transmission mode or in a continuous transmission mode, according to a given template comprising time modulation, power and frequency information characterizing said transmission mode, characterized in that it comprises metrologic analysis means comprising: - means for analyzing and comparing the signal transmitted by said transmitting device with time modulation and power information at the rate of the pulses defined by the time modulation information of said template, said comparison means being able, during transmission in continuous transmission mode, to detect a difference relatively to the information of said template as soon as it appears, and - means for temporal memory storage of anomaly information in the case of a detection of difference by the analysis and comparison means, said analysis and comparison means comprising computing means able to obtain anomaly information by cyclic reading of the contents of said memory storage means , with a given repetition frequency of reading of the contents of said memory storage means. - means for analyzing and comparing the signal transmitted by said transmitting device with time modulation and power information at the rate of the pulses defined by the time modulation information of said template, said comparison means being able, during transmission in continuous transmission mode, to detect a difference relatively to the information of said template as soon as it appears, and - means for temporal memory storage of anomaly information in the case of a detection of difference by the analysis and comparison means,
A scanned-beam display configured to form a display image within a display frame, the scanned-beam display comprising: an emitter configured to emit light of a controlled variable intensity; a beam-steering optic configured to receive and steer the light to a controlled variable beam position ; and a drive circuit coupled operatively to the emitter and to the beam-steering optic, the drive circuit being configured to: apply a control signal to the beam-steering optic to move the beam position along a path of pixel positions (P N ), the path including a first pixel position at a center of the display frame and a second pixel position at a periphery of the display frame, and drive a series of current pulses through the emitter in synchronicity with the control signal, to illuminate the first pixel position during a first interval and to equivalently illuminate the second pixel position during a second interval, characterized in that the drive circuit is further configured to control the current pulses to have a higher duty cycle during the second interval than during the first interval. an emitter configured to emit light of a controlled variable intensity; a beam-steering optic configured to receive and steer the light to a controlled variable beam position ; and a drive circuit coupled operatively to the emitter and to the beam-steering optic, the drive circuit being configured to: apply a control signal to the beam-steering optic to move the beam position along a path of pixel positions (P N ), the path including a first pixel position at a center of the display frame and a second pixel position at a periphery of the display frame, and drive a series of current pulses through the emitter in synchronicity with the control signal, to illuminate the first pixel position during a first interval and to equivalently illuminate the second pixel position during a second interval, characterized in that the drive circuit is further configured to control the current pulses to have a higher duty cycle during the second interval than during the first interval. apply a control signal to the beam-steering optic to move the beam position along a path of pixel positions (P N ), the path including a first pixel position at a center of the display frame and a second pixel position at a periphery of the display frame, and drive a series of current pulses through the emitter in synchronicity with the control signal, to illuminate the first pixel position during a first interval and to equivalently illuminate the second pixel position during a second interval, characterized in that the drive circuit is further configured to control the current pulses to have a higher duty cycle during the second interval than during the first interval.
A communication terminal , comprising; a mode changer configured to change a codec mode or a codec mode set of the communication terminal or a partner terminal that is a communication destination, the communication terminal being configured by Session Description Protocol, SDP, offer/answer messages for negotiation received from the partner terminal when communication starts between the communication terminal and the partner terminal , the SDP offer/answer message for codec negotiation including a codec, and a codec mode or a codec mode set; and a transmitter configured to transmit, during communication with the partner terminal , a codec mode of the communication terminal currently in use, using an RTP, Real-time Transport Protocol, payload, wherein the transmitter is configured to transmit a codec mode request, CMR, for requesting the partner terminal to change the codec mode of the partner terminal using the RTP payload, the RTP payload includes multiple bits for a codec mode request field that is only present when the codec mode or the codec mode set of the partner terminal needs to be changed.
A method for detecting a mutation in a microsatellite sequence locus of a target fragment from a DNA sample, comprising a step of subjecting said DNA sample to a digital polymerase chain reaction (dPCR) in the presence of a PCR solution comprising: - a pair of primers suitable for amplifying said target fragment of the DNA sample including said microsatellite sequence; - a first MS oligonucleotide (MS) hydrolysis probe, labeled with a first fluorophore, wherein said first MS oligonucleotide probe is complementary to a wild-type sequence including the microsatellite sequence; - a second oligonucleotide reference (REF) hydrolysis probe, labeled with a second fluorophore, wherein said second oligonucleotide REF probe is complementary to a wild-type sequence of said target DNA fragment located outside of said microsatellite sequence, wherein said hydrolysis probes have a fluorophore covalently attached to their 5'-end of the oligonucleotide probe and a quencher. - a pair of primers suitable for amplifying said target fragment of the DNA sample including said microsatellite sequence; - a first MS oligonucleotide (MS) hydrolysis probe, labeled with a first fluorophore, wherein said first MS oligonucleotide probe is complementary to a wild-type sequence including the microsatellite sequence; - a second oligonucleotide reference (REF) hydrolysis probe, labeled with a second fluorophore, wherein said second oligonucleotide REF probe is complementary to a wild-type sequence of said target DNA fragment located outside of said microsatellite sequence, wherein said hydrolysis probes have a fluorophore covalently attached to their 5'-end of the oligonucleotide probe and a quencher.
Butterfly valve, comprising a tubular valve body inside which a disc shutter is rotationally connected, movable between an open position in which the plane defined by said disc lies parallel to the longitudinal axis (X) of said tubular valve body, and a closed position in which said disc lies orthogonally to the same axis (X) and its perimetral edge engages with the inner perimetral face of a toroidal gasket of elastomeric material, housed in a corresponding sealing seat circumferentially defined on the internal surface of said valve body, said gasket being deformable under the action exerted on its outer perimetral face by the distal portions of a plurality of pressers slidingly coupled along the corresponding housings defined in the thickness of said valve body, said pressers being movable towards said longitudinal axis (X) of said valve body by virtue of a thrust action exerted on their proximal portions by suitable motion transmission means and reversibly movable in the opposite direction by at least the elastic contrast action exerted by said toroidal gasket ; said butterfly valve being characterized in that the said valve body comprises a lower tubular half-body and an upper tubular half-body , coaxial to each other and longitudinally separated by a plurality of an-gular spacers which form said housings along which said pressers slide.