mhurhangee/patent-ind-claim-en huggingface dataset:
Device for generating at least one optical challenge - optical response pair suitable for authentication and cryptographic key generation, the device comprising: - a coherent light source , to generate a coherent light excitation having an intensity, a phase, a polarization and a spatial distribution - challenge creating means configured to alter the intensity and/or the phase and/or the polarization and/or the spatial distribution of the coherent light to create an optical challenge, - first imaging means configured to guide the coherent light at the challenge creating means , - an optical Physical Unclonable Function specimen with a multimode optical waveguide having an input facet , which optical Physical Unclonable Function specimen is configured to generate an optical response, through propagation of the optical challenge and excitation of random transverse optical modes suitable for authentication and cryptographic key generation in the waveguide, - second imaging means configured to guide the optical challenge at the optical Physical Unclonable Function specimen , and - an optical detector configured to detect the spatial profile and intensity of the optical response, the device being characterised in that the the input facet of the multimode optical waveguide has random defects. - a coherent light source , to generate a coherent light excitation having an intensity, a phase, a polarization and a spatial distribution - challenge creating means configured to alter the intensity and/or the phase and/or the polarization and/or the spatial distribution of the coherent light to create an optical challenge, - first imaging means configured to guide the coherent light at the challenge creating means , - an optical Physical Unclonable Function specimen with a multimode optical waveguide having an input facet , which optical Physical Unclonable Function specimen is configured to generate an optical response, through propagation of the optical challenge and excitation of random transverse optical modes suitable for authentication and cryptographic key generation in the waveguide, - second imaging means configured to guide the optical challenge at the optical Physical Unclonable Function specimen , and - an optical detector configured to detect the spatial profile and intensity of the optical response, the device being characterised in that the the input facet of the multimode optical waveguide has random defects.
A method for detecting the presence of at least one polysaccharide in an aqueous lubricant composition or petroleum matrix, comprising the following steps: a) NMR analysis coupled with dynamic nuclear polarisation in the solid phase at low temperature and at the magic angle of the said aqueous lubricant composition or petroleum matrix; b) checking for the presence of a peak with a chemical shift of between 90 ppm and 110 ppm, preferably 103 ppm, corresponding to the anomeric carbon atom of the osidic ring of the polysaccharide. a) NMR analysis coupled with dynamic nuclear polarisation in the solid phase at low temperature and at the magic angle of the said aqueous lubricant composition or petroleum matrix; b) checking for the presence of a peak with a chemical shift of between 90 ppm and 110 ppm, preferably 103 ppm, corresponding to the anomeric carbon atom of the osidic ring of the polysaccharide.
A computer-implemented method for automatic organ segmentation in CT images, the method comprising: in a first step , rough region segmentation of said CT images, wherein rough region segmentation is performed by applying rules representing facts of anatomical structure, wherein rough region segmentation further comprises subsequently using a Graph-cut method: in a second step , coarse organ segmentation on CT images on which rough region segmentation has already been carried out, wherein coarse organ segmentation comprises identifying organ voxels using a probabilistic model to make statistical inferences on the image voxels; and in a third step , refinement of the coarse organ segmentation; wherein the organ is a liver . in a first step , rough region segmentation of said CT images, wherein rough region segmentation is performed by applying rules representing facts of anatomical structure, wherein rough region segmentation further comprises subsequently using a Graph-cut method: in a second step , coarse organ segmentation on CT images on which rough region segmentation has already been carried out, wherein coarse organ segmentation comprises identifying organ voxels using a probabilistic model to make statistical inferences on the image voxels; and in a third step , refinement of the coarse organ segmentation; wherein the organ is a liver .
A transfer method of a functional material, onto a receiving substrate , the method comprising the steps of: - providing a plate having a donor surface that includes at least one donor area that is formed as a cavity in the donor surface ; - filling the cavity forming the at least one donor area with functional material , the functional material being one selected from the group of an electric conductor, an electric insulator, a thermal conductor and a thermal insulator, having a viscosity of at least 50 Pa.s and having a material composition that, when sufficiently heated, generates a gas at an interface between said donor surface in the donor area and said functional material, to transfer said functional material from said at least one donor area by said gas generation onto the receiving substrate, - heating respective portions of said viscous functional material in respective zones of the at least one donor area, characterized by : providing a plurality of individually addressable resistive heater elements in thermal contact with said respective zones of the cavity forming the at least one donor area , wherein said heating respective portions of said viscous functional material is by supplying respective ones of said plurality of individually addressable heater elements with an electric power (C131, C132, C133) having a respective time dependent magnitude. - providing a plate having a donor surface that includes at least one donor area that is formed as a cavity in the donor surface ; - filling the cavity forming the at least one donor area with functional material , the functional material being one selected from the group of an electric conductor, an electric insulator, a thermal conductor and a thermal insulator, having a viscosity of at least 50 Pa.s and having a material composition that, when sufficiently heated, generates a gas at an interface between said donor surface in the donor area and said functional material, to transfer said functional material from said at least one donor area by said gas generation onto the receiving substrate, - heating respective portions of said viscous functional material in respective zones of the at least one donor area, providing a plurality of individually addressable resistive heater elements in thermal contact with said respective zones of the cavity forming the at least one donor area , wherein said heating respective portions of said viscous functional material is by supplying respective ones of said plurality of individually addressable heater elements with an electric power (C131, C132, C133) having a respective time dependent magnitude.
A trial neck for releasable attachment to a bone canal preparation instrument, the trial neck comprising: a body portion having a bore for receiving a proximal end of the bone canal preparation instrument ; an elongate neck part comprising a pair of arms extending from the body portion ; and a clamping mechanism comprising a live spring formed by the body portion and said pair of arms of the elongate neck part; characterised in that the trial neck further comprises an actuator , for moving the clamping mechanism between a clamping configuration and a non-clamping configuration, wherein in the clamping configuration, the pair of arms of the elongate neck part are pinched together to cause an inner wall of the bore to urge against the bone canal preparation instrument to retain the proximal end of the bone canal preparation instrument within the bore . a body portion having a bore for receiving a proximal end of the bone canal preparation instrument ; an elongate neck part comprising a pair of arms extending from the body portion ; and a clamping mechanism comprising a live spring formed by the body portion and said pair of arms of the elongate neck part; characterised in that the trial neck further comprises an actuator , for moving the clamping mechanism between a clamping configuration and a non-clamping configuration,
An electronic device comprising: a communication interface ; a storage configured to store an application; and at least one control unit configured to, in response to receiving a streaming request from an external device: control the communication interface to stream image data generated according to an execution of the application to the external device, and transmit information for receiving an installation file of the application from a server to the external device, wherein the information for receiving the installation file comprises information on a web page address of the server providing the installation file a communication interface ; a storage configured to store an application; and at least one control unit configured to, in response to receiving a streaming request from an external device: control the communication interface to stream image data generated according to an execution of the application to the external device, and transmit information for receiving an installation file of the application from a server to the external device, control the communication interface to stream image data generated according to an execution of the application to the external device, and transmit information for receiving an installation file of the application from a server to the external device, wherein the information for receiving the installation file comprises information on a web page address of the server providing the installation file
A corner bearing for the covered arrangement for a casement of a window, a French window or the like pivotable and tiltable against a frame , having a fitting unit on the casement side and a fitting unit on the frame side, having a support link and a control link for the connection of the fitting units , and having a horizontal tilt axis, wherein the fitting unit on the wing side has a base part connected to the control link and the support link and a support part provided for the connection to the wing , wherein the base part and the support part have a common axis of rotation on the support link , characterized in that the position of the support part relative to the base part can be adjusted about the axis of rotation by means of an adjustment device.
Capping device intended to be attached to a neck of a container which includes a hole , including the capping device: - a cap which includes an upper wall and an external peripheral skirt , with the external peripheral skirt having a helical thread formed by a series of ribs and intended to cooperate with a helical thread formed in the neck to allow • unscrewing of the cap from the neck around an X-axis to move the cap from a closing position where the upper wall closes the neck hole and the outer peripheral skirt surrounds the neck to a released position where the cap is no longer attached to the neck ; and • screwing of the cap into the neck to move the cap from the released position to the closing position; - a lower ring configured to be fixed axially to the neck and movable in rotation about the neck along the X axis; and - a hinge device that connects the cap to the lower ring , including the hinge device two plates that connect the outer peripheral skirt and the lower ring and are arranged to allow the cap to rotate between the released position and an open tilted position in which the cap disengages from the neck hole , including the capping device in addition a cap lock configured to lock the cap in the open tilted position, including such locking device a bead which is formed on the outer peripheral skirt , between the two sheets , and which is configured to rest against the neck of the container when the cap is in the open tilted position, the bead has an internal face where at least one of the ribs of the helical thread series is formed. - a cap which includes an upper wall and an external peripheral skirt , with the external peripheral skirt having a helical thread formed by a series of ribs and intended to cooperate with a helical thread formed in the neck to allow • unscrewing of the cap from the neck around an X-axis to move the cap from a closing position where the upper wall closes the neck hole and the outer peripheral skirt surrounds the neck to a released position where the cap is no longer attached to the neck ; and • screwing of the cap into the neck to move the cap from the released position to the closing position; • unscrewing of the cap from the neck around an X-axis to move the cap from a closing position where the upper wall closes the neck hole and the outer peripheral skirt surrounds the neck to a released position where the cap is no longer attached to the neck ; and • screwing of the cap into the neck to move the cap from the released position to the closing position; - a lower ring configured to be fixed axially to the neck and movable in rotation about the neck along the X axis; and - a hinge device that connects the cap to the lower ring , including the hinge device two plates that connect the outer peripheral skirt and the lower ring and are arranged to allow the cap to rotate between the released position and an open tilted position in which the cap disengages from the neck hole ,
A method performed by a session management function, SMF , in a 5 th generation system, 5GS, as a time sensitive networking, TSN, bridge, the method comprising: obtaining at least one quality of service, QoS, parameter associated with a TSN; and transmitting , to a base station , N2 session management, SM, information including information on the at least one QoS parameter associated with the TSN, wherein the at least one QoS parameter includes a packet delay budget, PDB, parameter associated with a backhaul delay between the base station and user plane function, UPF , wherein an air delay of the base station is determined by subtracting the backhaul delay from a value of the PDB parameter, and wherein the PDB parameter associated with the backhaul delay is used to a scheduling by the base station . obtaining at least one quality of service, QoS, parameter associated with a TSN; and transmitting , to a base station , N2 session management, SM, information including information on the at least one QoS parameter associated with the TSN, wherein the at least one QoS parameter includes a packet delay budget, PDB, parameter associated with a backhaul delay between the base station and user plane function, UPF , wherein an air delay of the base station is determined by subtracting the backhaul delay from a value of the PDB parameter, and wherein the PDB parameter associated with the backhaul delay is used to a scheduling by the base station .
A method of producing multicomponent cigarettes , each comprising a number of portions , which have a central axis (X) and comprise at least one portion defined by a filter element, and at least another portion defined by an aromatic, preferably tobacco-based, element; the method comprising the following steps: forming groups of portions , each comprising at least two different first portions aligned axially and contacting end to end; feeding the groups of portions perpendicularly to their central axis (X); winding a first sheet of wrapping material around the whole circumference of each group of portions ; and winding a second sheet of wrapping material around the whole circumference of the group of portions; the method being characterized in that winding the second sheet of wrapping material such that said second sheet of wrapping material extends for the entire width of each group of portions . forming groups of portions , each comprising at least two different first portions aligned axially and contacting end to end; feeding the groups of portions perpendicularly to their central axis (X); winding a first sheet of wrapping material around the whole circumference of each group of portions ; and winding a second sheet of wrapping material around the whole circumference of the group of portions; the method being characterized in that winding the second sheet of wrapping material such that said second sheet of wrapping material extends for the entire width of each group of portions .
A jelly confectionery comprising: - from 0.1% to 25% of pregelatinized waxy starch, preferably from 2% to 10%, even more preferably 4% to 8%, - from 0.1% to 10%, preferably of 2% to 10% of branched maltodextrins, the percentages being expressed by weight relative to the total weight of the confectionery. - from 0.1% to 25% of pregelatinized waxy starch, preferably from 2% to 10%, even more preferably 4% to 8%, - from 0.1% to 10%, preferably of 2% to 10% of branched maltodextrins,
A synchronous electric motor (1; 1'), comprising a tubular stator (2; 2') and a rotor rotating inside the stator (2; 2') about an axis of rotation (X) coaxial with the stator (2; 2'), the stator (2; 2') having two ends and including coils each formed by winding an electrically conductive wire, the stator (2; 2') includes: - a flange (22; 22') securely mounted on one of the ends of the stator (2; 2') while bearing on a stack of metal sheets forming a hollow body of the stator (2; 2'); - an electrically insulating support part , secured to the flange and provided with electrical connectors (233, 233', 233"), each including a power supply terminal (2331, 2331', 2331") and two curved blades (2332, 2333, 2332', 2333', 2332", 2333") electrically connected with the corresponding power supply terminal, the curved blades of each connection element each being electrically connected to an end portion of wire from a coil, each connector (233, 233', 233") forming a common connection point between two coils associated with different electrical power phases of the motor (1; 1'). characterized in that it further includes a printed circuit board (25; 25') whereof a rigid substrate is inserted between the support part (23; 23') and the flange (22; 22'). - a flange (22; 22') securely mounted on one of the ends of the stator (2; 2') while bearing on a stack of metal sheets forming a hollow body of the stator (2; 2'); - an electrically insulating support part , secured to the flange and provided with electrical connectors (233, 233', 233"), each including a power supply terminal (2331, 2331', 2331") and two curved blades (2332, 2333, 2332', 2333', 2332", 2333") electrically connected with the corresponding power supply terminal, the curved blades of each connection element each being electrically connected to an end portion of wire from a coil, each connector (233, 233', 233") forming a common connection point between two coils associated with different electrical power phases of the motor (1; 1').
An image forming apparatus comprising: a conveyance path (A); a recording medium feeding unit that feeds a recording medium to the predetermined conveyance path; a conveyance unit that conveys the recording medium fed from the recording medium feeding unit on the conveyance path; a conveyance status detection unit that detects a conveyance status of the recording medium placed on the conveyance path; a control unit that controls operations of the recording medium feeding unit, the conveyance unit, and the conveyance status detection unit; and an accommodation unit that accommodates the recording medium discharged from the image forming apparatus; wherein the control unit controls the feeding of the recording medium with the recording medium feeding unit and the conveyance of the recording medium with the conveyance unit based on a detection result of the conveyance status detection unit , thereby discharging the recording medium present in the image forming apparatus to the accommodation unit ; and characterised in that : in response to the conveyance status detection unit detecting a delay in the conveyance of the recording medium , the control unit stops the feeding of another recording medium with the recording medium feeding unit while continuing the conveyance of the recording medium already present with the conveyance unit for a predetermined period such that the recording medium is discharged from the image forming apparatus to the accommodation unit . a conveyance path (A); a recording medium feeding unit that feeds a recording medium to the predetermined conveyance path; a conveyance unit that conveys the recording medium fed from the recording medium feeding unit on the conveyance path; a conveyance status detection unit that detects a conveyance status of the recording medium placed on the conveyance path; a control unit that controls operations of the recording medium feeding unit, the conveyance unit, and the conveyance status detection unit; and an accommodation unit that accommodates the recording medium discharged from the image forming apparatus; wherein the control unit controls the feeding of the recording medium with the recording medium feeding unit and the conveyance of the recording medium with the conveyance unit based on a detection result of the conveyance status detection unit , thereby discharging the recording medium present in the image forming apparatus to the accommodation unit ; and characterised in that : in response to the conveyance status detection unit detecting a delay in the conveyance of the recording medium , the control unit stops the feeding of another recording medium with the recording medium feeding unit while continuing the conveyance of the recording medium already present with the conveyance unit for a predetermined period such that the recording medium is discharged from the image forming apparatus to the accommodation unit .