mhurhangee/patent-ind-claim-en huggingface dataset:
A system for inhibiting side channel attacks, comprising: a first resource having electronic components and a known or suspected leakage point; a memory, configured to contain an initial cleaning instruction for changing data residing at the leakage point of the first resource after first data passes through the leakage point, the initial cleaning instruction having been generated upon automatically identifying that sensitive first and second data have at least a substantial chance of consecutively following one another through the leakage point; a tracker, configured to track the path of the first and second data within the system and, upon receipt of an indication that the second data may consecutively follow the first data through the leakage point with no intervening cleaning instruction, redirect the initial cleaning instruction or generate a dynamic cleaning instruction so that a cleaning operation is initiated after the first data passes through the leakage point; and a processor, in communication with the tracker, configured to execute the redirected initial cleaning instruction or the dynamic cleaning instruction. a first resource having electronic components and a known or suspected leakage point; a memory, configured to contain an initial cleaning instruction for changing data residing at the leakage point of the first resource after first data passes through the leakage point, the initial cleaning instruction having been generated upon automatically identifying that sensitive first and second data have at least a substantial chance of consecutively following one another through the leakage point; a tracker, configured to track the path of the first and second data within the system and, upon receipt of an indication that the second data may consecutively follow the first data through the leakage point with no intervening cleaning instruction, redirect the initial cleaning instruction or generate a dynamic cleaning instruction so that a cleaning operation is initiated after the first data passes through the leakage point; and a processor, in communication with the tracker, configured to execute the redirected initial cleaning instruction or the dynamic cleaning instruction.
A method for quantifying the abundance of a histone or DNA modification on a nucleosome in a biological sample from a subject, the method comprising: a. isolating a biological sample; b. preparing a library of native mono- and/or polynucleosomes from the biological sample, wherein the library comprises nucleosomes comprising one or more core histone and/or DNA modifications in a target epitope; c. preparing a recombinant mono- and/or polynucleosome sample comprising a core histone and/or DNA modification target epitope; d. providing the recombinant nucleosome sample at various concentrations to create a reference standard wherein recombinant mono- and/or polynucleosomes are assayed to generate a standard curve; e. adding an affinity reagent to the native nucleosome library and recombinant nucleosome reference samples, wherein the affinity reagent targets modified histone or modified DNA; f. performing an affinity reagent-based assay to measure the amount of nucleosome modification in the native nucleosome library and the recombinant nucleosome reference standard; and g. quantifying the abundance of histone modification or DNA modification in the target epitope by comparing the relative abundance in the native nucleosome library to the reference standard. a. isolating a biological sample; b. preparing a library of native mono- and/or polynucleosomes from the biological sample, wherein the library comprises nucleosomes comprising one or more core histone and/or DNA modifications in a target epitope; c. preparing a recombinant mono- and/or polynucleosome sample comprising a core histone and/or DNA modification target epitope; d. providing the recombinant nucleosome sample at various concentrations to create a reference standard wherein recombinant mono- and/or polynucleosomes are assayed to generate a standard curve; e. adding an affinity reagent to the native nucleosome library and recombinant nucleosome reference samples, wherein the affinity reagent targets modified histone or modified DNA; f. performing an affinity reagent-based assay to measure the amount of nucleosome modification in the native nucleosome library and the recombinant nucleosome reference standard; and g. quantifying the abundance of histone modification or DNA modification in the target epitope by comparing the relative abundance in the native nucleosome library to the reference standard.
Elastic bracelet (10; 110; 210; 410; 510) for objects (O) such as wristwatches (O) and/or jewellery items and/or costume jewellery items and similar objects, said bracelet (10; 110; 210; 410; 510) having a structure that is developed along a main axis (X) and is suited to be curved along said main axis (X) in order to define a ring shape for said bracelet (10; 110; 210; 410; 510), said structure comprising at least one elastic section , wherein said elastic section comprises: - a first helical element that is developed along a first direction (D1), crosswise with respect to said main axis (X), said first helical element being constituted by a plurality of first consecutive turns (32; 332) wound along said first direction (D1); - a second helical element that is developed along a second direction (D2), crosswise with respect to said main axis (X), said second helical element being constituted by a plurality of second consecutive turns (42; 342) wound along said second direction (D2), wherein said first helical element and said second helical element are positioned side by side and penetrate each other at least partially in a corresponding mutual penetration area, wherein at least one of said second turns (42; 342) is inserted between two adjacent turns of said first turns (32; 332) and, vice versa, at least one of said first turns (32; 332) is inserted between two adjacent turns of said second turns (42; 342); - an element (50; 250; 450) designed to join said first helical element and said second helical element , said element (50; 250; 450) being inserted crosswise in said first turns (32; 332) and said second turns (42; 342) at the level of said mutual penetration area between said first helical element and said second helical element , characterized in that said element (50; 250; 450) is an elastic element and comprises a leaf spring. - a first helical element that is developed along a first direction (D1), crosswise with respect to said main axis (X), said first helical element being constituted by a plurality of first consecutive turns (32; 332) wound along said first direction (D1); - a second helical element that is developed along a second direction (D2), crosswise with respect to said main axis (X), said second helical element being constituted by a plurality of second consecutive turns (42; 342) wound along said second direction (D2), wherein said first helical element and said second helical element are positioned side by side and penetrate each other at least partially in a corresponding mutual penetration area, wherein at least one of said second turns (42; 342) is inserted between two adjacent turns of said first turns (32; 332) and, vice versa, at least one of said first turns (32; 332) is inserted between two adjacent turns of said second turns (42; 342); - an element (50; 250; 450) designed to join said first helical element and said second helical element , said element (50; 250; 450) being inserted crosswise in said first turns (32; 332) and said second turns (42; 342) at the level of said mutual penetration area between said first helical element and said second helical element ,
An electrostatic atomizing apparatus , comprising: an air flow path having an air intake port and an air exhaust port ; a humidifier including a portion of the air flow path and operable to humidify air taken in through the air intake port ; an electrode section including a portion of the air flow path and operable to produce charged particulate water by causing water in the air humidified by the humidifier to condense on an electrode and applying voltage to the electrode; and a control unit operable to control a flow rate of air in the air flow path in accordance with at least one of humidity and temperature of the air taken in through the air intake port , characterized in that the control unit includes an open-close mechanism that opens and closes the air flow path , and the open-close mechanism is capable of changing an open-close rate of the air flow path in accordance with at least one of the humidity and the temperature of the air. an air flow path having an air intake port and an air exhaust port ; a humidifier including a portion of the air flow path and operable to humidify air taken in through the air intake port ; an electrode section including a portion of the air flow path and operable to produce charged particulate water by causing water in the air humidified by the humidifier to condense on an electrode and applying voltage to the electrode; and a control unit operable to control a flow rate of air in the air flow path in accordance with at least one of humidity and temperature of the air taken in through the air intake port , characterized in that the control unit includes an open-close mechanism that opens and closes the air flow path , and the open-close mechanism is capable of changing an open-close rate of the air flow path in accordance with at least one of the humidity and the temperature of the air.
A holding apparatus , in particular a holding arm and/or a tripod, for medical purposes, in particular for holding an attachment, in particular a surgical mechatronic assistance system and/or a surgical instrument, comprising a proximal end for attaching the holding apparatus to a base and a distal end for receiving an add-on device ; at least one first and one second arm segment , wherein the first arm segment is connected to a first joint and the second arm segment is connected to a second joint , wherein each joint is releasable and lockable; an operating device for releasing and/or locking the respective joint for putting the holding apparatus into a desired pose, wherein the operating device 50 is adapted to release the associated joint , upon contact between an operator and one of the first and second arm segments ; and a first display unit which is arranged on the first joint and a second display unit which is arranged on the second joint , characterised in that the first and/or second display unit is configured to display at least one status of the holding apparatus and/or of an add-on device that is different from the releasing and/or locking of the respective joint .
A catheter device for implanting a leaflet anchor during a procedure for implanting an artificial chordae line into the heart, the catheter device comprising: a leaflet anchor for attachment to a leaflet of the heart; and a leaflet anchor deployment mechanism for deploying the leaflet anchor ; characterised in that : the leaflet anchor deployment mechanism allows for retraction and repositioning of the leaflet anchor after deployment of the anchor into the leaflet via an ejector unit having a grasping device with a first configuration arranged to permit deployment of the leaflet anchor into the leaflet without disengagement of the leaflet anchor from the ejector unit , and a second configuration in which the leaflet anchor is reversibly released from the ejector unit ; in the first configuration the grasping device of the ejector unit grasps a proximal end of the leaflet anchor , whilst a distal end of the leaflet anchor is unimpeded by the grasping device to enable it to be implanted in the leaflet ; and in the second configuration the grasping device of the ejector unit is disengaged from the leaflet anchor . a leaflet anchor for attachment to a leaflet of the heart; and a leaflet anchor deployment mechanism for deploying the leaflet anchor ; characterised in that : the leaflet anchor deployment mechanism allows for retraction and repositioning of the leaflet anchor after deployment of the anchor into the leaflet via an ejector unit having a grasping device with a first configuration arranged to permit deployment of the leaflet anchor into the leaflet without disengagement of the leaflet anchor from the ejector unit , and a second configuration in which the leaflet anchor is reversibly released from the ejector unit ; in the first configuration the grasping device of the ejector unit grasps a proximal end of the leaflet anchor , whilst a distal end of the leaflet anchor is unimpeded by the grasping device to enable it to be implanted in the leaflet ; and in the second configuration the grasping device of the ejector unit is disengaged from the leaflet anchor . the leaflet anchor deployment mechanism allows for retraction and repositioning of the leaflet anchor after deployment of the anchor into the leaflet via an ejector unit having a grasping device with a first configuration arranged to permit deployment of the leaflet anchor into the leaflet without disengagement of the leaflet anchor from the ejector unit , and a second configuration in which the leaflet anchor is reversibly released from the ejector unit ; in the first configuration the grasping device of the ejector unit grasps a proximal end of the leaflet anchor , whilst a distal end of the leaflet anchor is unimpeded by the grasping device to enable it to be implanted in the leaflet ; and in the second configuration the grasping device of the ejector unit is disengaged from the leaflet anchor .
Equipment part comprising a base and a sliding part that is translationally movable relative to the base between a first end position and a second end position, comprising a guide device , wherein the base comprises first guide means and the sliding part comprises second guide means, wherein the first guide means and second guide means interact and wherein one guide means comprises at least one first bearing and at least one second bearing and the other guide means comprises at least one first guide bar and one second guide bar (23a and 23b), whereby the first guide bar extends in a straight line along a first longitudinal axis (m1) and the second guide bar extends in a straight line along a second longitudinal axis (m2), wherein the first longitudinal axis (m1) and/or the second longitudinal axis (m2) are arranged at an angle (β, γ) to a straight line (m3), which extends through a first bearing point (P1) of the first bearing and a second bearing point (P2) of the second bearing , characterized in that at least one bearing is arranged in a bearing seat and that the bearing seat and the bearing are formed such that the bearing is arranged so as to be pivotable within the bearing seat .
A first communication apparatus, said first communication apparatus being a central unit , CU, of a base station of a fifth generation, 5G, communication system, said first communication apparatus comprising: a memory storing a priority list indicating a correspondence between identification information of Public Warning System, PWS, messages and respective priority information; a reception unit configured to receive a PWS message from an access and mobility management function , AMF; a processing unit configured to perform, on the PWS message, processing corresponding to a type of the PWS message in order to obtain a processed PWS message; an addition unit configured to add, to the processed PWS message, identification information for identifying the PWS message, wherein the addition unit is configured to further add, to the processed PWS message, priority information by using the priority list ; and a transmission unit configured to transmit the processed PWS message comprising the identification information and the priority information to a second communication apparatus coupled to a radio link, said second communication apparatus being a distributed unit , DU, of the base station. a memory storing a priority list indicating a correspondence between identification information of Public Warning System, PWS, messages and respective priority information; a reception unit configured to receive a PWS message from an access and mobility management function , AMF; a processing unit configured to perform, on the PWS message, processing corresponding to a type of the PWS message in order to obtain a processed PWS message; an addition unit configured to add, to the processed PWS message, identification information for identifying the PWS message, wherein the addition unit is configured to further add, to the processed PWS message, priority information by using the priority list ; and a transmission unit configured to transmit the processed PWS message comprising the identification information and the priority information to a second communication apparatus coupled to a radio link, said second communication apparatus being a distributed unit , DU, of the base station.
Method for producing a tailor-made semi-finished sheet metal product that can be hot formed, in which at least two steel sheets of different material grades and/or thicknesses are joined in a butt joint by means of laser welding, at least one of the steel sheets being made from press-hardenable steel and comprising a metallic coating (1.1, 2. 1) based on aluminium or aluminium-silicon, the laser welding being carried out while filler wire is fed into the weld melt produced exclusively by means of at least one laser beam , the filler wire being substantially free of aluminium and containing at least one alloy element which promotes the formation of austenite and which is present in the filler wire with a mass fraction which is at least 0.1 wt. % by weight greater than that in the press-hardenable steel, and characterized in that the filler wire is heated by means of a heating device before being fed into the weld melt , the steel sheets being welded to one another with a gap (G) delimited by their edges to be welded together, the steel sheets being positioned in such a way that the gap (G) delimited by their edges to be welded together has an average width (b) in the range of from 0.15 mm to 0.5 mm, and in that so much material of the filler wire is introduced into the gap (G) that the ratio of the volume of filler wire introduced into the gap (G) to the volume of the steel sheet material melted by means of the at least one laser beam is in the range of from 30 to 60%, the filler wire being fed at a speed which is lower than the laser welding speed and is in the range of up to at least 70% of the laser welding speed, and the laser welding speed being at least 6 m/min.
An electronic device , comprising: a housing of the electronic device; a touch sensitive surface disposed along the housing, the touch sensitive surface comprising: a capacitive touchpad spanning the touch sensitive surface; and a grille of non-conductive material disposed along and atop at least a portion of the capacitive touchpad; and a control circuit , operable with the capacitive touchpad, to detect touch actuation from an object overcoming a force threshold defined by the grille. a housing of the electronic device; a touch sensitive surface disposed along the housing, the touch sensitive surface comprising: a capacitive touchpad spanning the touch sensitive surface; and a grille of non-conductive material disposed along and atop at least a portion of the capacitive touchpad; and a capacitive touchpad spanning the touch sensitive surface; and a grille of non-conductive material disposed along and atop at least a portion of the capacitive touchpad; and a control circuit , operable with the capacitive touchpad, to detect touch actuation from an object overcoming a force threshold defined by the grille.
A hairbrush, comprising a bristle carrier including a surface and a plurality of first and second bristles , characterized in that the first and second bristles are formed integrally with the surface of the bristle carrier , wherein the first bristles and the second bristles are arranged to have a plurality of different configurations , wherein the first bristles extend upward from the surface and are perpendicular to the surface of the bristle carrier and the distance from tops of the first bristles to the surface are different, wherein the second bristles extend upward from the surface and each second bristle includes a plurality of bent members on a top which are oriented in different directions. the first and second bristles are formed integrally with the surface of the bristle carrier , wherein the first bristles and the second bristles are arranged to have a plurality of different configurations , wherein the first bristles extend upward from the surface and are perpendicular to the surface of the bristle carrier and the distance from tops of the first bristles to the surface are different, wherein the second bristles extend upward from the surface and each second bristle includes a plurality of bent members on a top which are oriented in different directions.
A heat exchanger comprising: a heat exchanger core comprising a plurality of channels in a close-packed configuration, the plurality of channels comprising a plurality of first channels and a plurality of second channels , wherein the heat exchanger core comprises a homogeneous block of material having a plurality of bores extending therethrough defining the plurality of channels ; a first fractal channel for conveying a first fluid to the plurality of first channels of the heat exchanger core; a second fractal channel for conveying the first fluid from the plurality of first channels of the heat exchanger core; a first fluid inlet conduit connected to the first fractal channel and a first fluid outlet conduit connected to the second fractal channel ; wherein the first fractal channel and the second fractal channel each comprises at least one divergence point along its length where a parent channel splits into a plurality of sub-channels which diverge away from each other; characterised in that the heat exchanger further comprises, an outer wall extending from the heat exchanger core and defining a second fluid inlet and a second fluid outlet for a second fluid to flow through the plurality of second channels, wherein the second fluid inlet and the second fluid outlet are axially aligned with each other along a longitudinal axis of the heat exchanger to allow the outer wall to replace part of a duct carrying a second fluid in use; and the first fluid inlet and outlet conduits both extending through the outer wall . a heat exchanger core comprising a plurality of channels in a close-packed configuration, the plurality of channels comprising a plurality of first channels and a plurality of second channels , wherein the heat exchanger core comprises a homogeneous block of material having a plurality of bores extending therethrough defining the plurality of channels ; a first fractal channel for conveying a first fluid to the plurality of first channels of the heat exchanger core; a second fractal channel for conveying the first fluid from the plurality of first channels of the heat exchanger core; a first fluid inlet conduit connected to the first fractal channel and a first fluid outlet conduit connected to the second fractal channel ; wherein the first fractal channel and the second fractal channel each comprises at least one divergence point along its length where a parent channel splits into a plurality of sub-channels which diverge away from each other; characterised in that the heat exchanger further comprises, an outer wall extending from the heat exchanger core and defining a second fluid inlet and a second fluid outlet for a second fluid to flow through the plurality of second channels, wherein the second fluid inlet and the second fluid outlet are axially aligned with each other along a longitudinal axis of the heat exchanger to allow the outer wall to replace part of a duct carrying a second fluid in use; and the first fluid inlet and outlet conduits both extending through the outer wall .