mhurhangee/patent-ind-claim-en huggingface dataset:
A method for correlating events to detect an information security incident, the method comprising: Receiving a plurality of network events indicating potential security violations, wherein each network event of the plurality of network events has a respective timestamp; identifying, from the plurality of network events, a subset of network events that have occurred within a period of time, based on each respective timestamp; determining a plurality of potential orders of occurrence for the subset of network events, at least one potential order of occurrence being in accordance with a level of severity of each of the network events; applying at least one correlation rule to each respective potential order of occurrence of the plurality of potential orders of occurrence, wherein the at least one correlation rule comprises at least one network event order of occurrence associated with the information security incident; and in response to determining that the at least one correlation rule is fulfilled, detecting the information security incident, wherein determining that the at least one correlation rule is fulfilled comprises: comparing the at least one network event order of occurrence of each correlation rule to each respective potential order of occurrence; and determining, based on the comparing, a match between the at least one network event order of occurrence and at least one potential order of occurrence. Receiving a plurality of network events indicating potential security violations, wherein each network event of the plurality of network events has a respective timestamp; identifying, from the plurality of network events, a subset of network events that have occurred within a period of time, based on each respective timestamp; determining a plurality of potential orders of occurrence for the subset of network events, at least one potential order of occurrence being in accordance with a level of severity of each of the network events; applying at least one correlation rule to each respective potential order of occurrence of the plurality of potential orders of occurrence, wherein the at least one correlation rule comprises at least one network event order of occurrence associated with the information security incident; and in response to determining that the at least one correlation rule is fulfilled, detecting the information security incident, wherein determining that the at least one correlation rule is fulfilled comprises: comparing the at least one network event order of occurrence of each correlation rule to each respective potential order of occurrence; and determining, based on the comparing, a match between the at least one network event order of occurrence and at least one potential order of occurrence. comparing the at least one network event order of occurrence of each correlation rule to each respective potential order of occurrence; and determining, based on the comparing, a match between the at least one network event order of occurrence and at least one potential order of occurrence.
Method for measuring the ink viscosity in pad printing, comprising the steps of a.) setting a printing ink accommodated in an ink container in motion; b.) determining a time characteristic of the movement of the printing ink in the ink container by means of measuring a local level (h1, h2) of the printing ink in the ink container ; and c.) determining a measure for the viscosity of the printing ink based on the time characteristic determined in step b.). a.) setting a printing ink accommodated in an ink container in motion; b.) determining a time characteristic of the movement of the printing ink in the ink container by means of measuring a local level (h1, h2) of the printing ink in the ink container ; and c.) determining a measure for the viscosity of the printing ink based on the time characteristic determined in step b.).
A system of preservation, storage and transport of biological materials which comprises the following elements: - a support with at least two cavities being delimited by horizontal heat transfer plates with means for temperature control, side walls and at least one main front door ; - at least one deformable container having at least one inlet at one end, characterized in the deformable container having one outer surface greater than 80% of the total surface of the cavities of the support and sufficient length and width for it to be placed in contact with all of the heat transfer plates of said support. - a support with at least two cavities being delimited by horizontal heat transfer plates with means for temperature control, side walls and at least one main front door ; - at least one deformable container having at least one inlet at one end, characterized in the deformable container having one outer surface greater than 80% of the total surface of the cavities of the support and sufficient length and width for it to be placed in contact with all of the heat transfer plates of said support.
An ophthalmic apparatus configured to apply optical coherence tomography (OCT) to a subject's eye, comprising: an interferometer that includes a measurement arm and a reference arm; an OCT data generating unit configured to generate OCT data based on an output from the interferometer; an optical path length changing unit configured to change at least one of an optical path length of the measurement arm and an optical path length of the reference arm; a processing unit configured to control the optical path length changing unit to place partial data of the OCT data corresponding to a predetermined part of the subject's eye at a standard depth level set based on a predetermined ocular parameter value; and an acquiring unit configured to acquire the ocular parameter value of the subject's eye, wherein the processing unit is configured to perform control of the optical path length changing unit for placing the partial data at the standard depth level, based on the ocular parameter value, and wherein the acquired optical parameter value is one of an axial length and an optical power of the subject's eye. an interferometer that includes a measurement arm and a reference arm; an OCT data generating unit configured to generate OCT data based on an output from the interferometer; an optical path length changing unit configured to change at least one of an optical path length of the measurement arm and an optical path length of the reference arm; a processing unit configured to control the optical path length changing unit to place partial data of the OCT data corresponding to a predetermined part of the subject's eye at a standard depth level set based on a predetermined ocular parameter value; and an acquiring unit configured to acquire the ocular parameter value of the subject's eye, wherein the processing unit is configured to perform control of the optical path length changing unit for placing the partial data at the standard depth level, based on the ocular parameter value, and wherein the acquired optical parameter value is one of an axial length and an optical power of the subject's eye.
Method for producing a conductive composition for generating heat from electrical energy (heating paint), comprising producing a mixture of graphite and a silicate salt in an aqueous solvent, electrolyzing the mixture by applying an electrical voltage to activate the surface and to form an intercalation compound, and separating the reaction product of the electrolysis from the reaction solution.
A benzophenone derivative represented by the following Formula A: wherein R 1 and R 2 are each independently a 2-hydroxyl-substituted ethyl group, and R 3 is hydrogen or has a structure of Formula B: wherein R 4 and R 5 are independently a 2-hydroxyl-substituted ethyl group.
A client device comprising: a cache in which a source of content (SRC1, SRC2, SRC3) is stored; a cache information transmitting unit configured to transmit information indicating the source stored in the cache to a server managing a group of client devices capable of communicating via direct client-to-client communication; an external cache acquiring unit configured to acquire, from other client devices in the group , sources of content requested to be output based on information provided by the server , the information provided by the server comprising IDs of the other client devices in the group and IDs of sources of content cached by the respective other client devices; and a source acquiring unit configured to, when at least a part among the sources of the content requested to be output is not acquired from the other client devices, acquire the unacquired source from a content server through the external network. a cache in which a source of content (SRC1, SRC2, SRC3) is stored; a cache information transmitting unit configured to transmit information indicating the source stored in the cache to a server managing a group of client devices capable of communicating via direct client-to-client communication; an external cache acquiring unit configured to acquire, from other client devices in the group , sources of content requested to be output based on information provided by the server , the information provided by the server comprising IDs of the other client devices in the group and IDs of sources of content cached by the respective other client devices; and a source acquiring unit configured to, when at least a part among the sources of the content requested to be output is not acquired from the other client devices, acquire the unacquired source from a content server through the external network.
A method of operating a pumping system that includes an electric motor and a variable speed drive , the method comprising the steps of: setting a first preference for the operation of the motor ; loading a first optimized motor model based on the first preference into the variable speed drive ; controlling the motor in accordance with the first preference; and monitoring the performance of the motor by monitoring the theta ratio of the motor under a torque load. setting a first preference for the operation of the motor ; loading a first optimized motor model based on the first preference into the variable speed drive ; controlling the motor in accordance with the first preference; and monitoring the performance of the motor by monitoring the theta ratio of the motor under a torque load.
A method for monitoring a cloud network comprising a plurality of data center sites for a site failure, comprising: responsive to determining that a first recovery agent at a first data center site has not communicated for a predetermined period of time, instructing a peer recovery agent at a second data center site to attempt to reach the first recovery agent; receiving a notification that the first recovery agent is unreachable by the second recovery agent; and responsive to determining that a checkpoint agent at the second data center site is unable to synchronize information associated with an application with the first data center site, triggering a recovery procedure to failover the application from the first data center site to another data center site in the plurality. responsive to determining that a first recovery agent at a first data center site has not communicated for a predetermined period of time, instructing a peer recovery agent at a second data center site to attempt to reach the first recovery agent; receiving a notification that the first recovery agent is unreachable by the second recovery agent; and responsive to determining that a checkpoint agent at the second data center site is unable to synchronize information associated with an application with the first data center site, triggering a recovery procedure to failover the application from the first data center site to another data center site in the plurality.
Load transport vehicle comprising a changing device for changing, loading, unloading and/or discharging an interchangeable container over the rear of the load transport vehicle, the load transport vehicle having at least one space detection sensor arrangement which is directed at least onto a region on the rear side of the load transport vehicle, at least one image generating device, preferably a display, for outputting image information, arms, and a control apparatus, characterised in that the control apparatus is designed to combine space detection information transmitted by the space detection sensor arrangement with information from a changing, loading, unloading and/or discharging process of an interchangeable container in order to display image information by means of the image generating device, the control apparatus further being designed to display an unloading position of the interchangeable container; a discharging position of the interchangeable container; and/or a reach of the arms of the changing device as a virtual marker in the image information.
A mast arm for a large manipulator , wherein the mast arm comprises a turntable which is rotatable about a vertical axis and a plurality of mast arm segments , wherein the mast arm segments are pivotable at articulated joints in each case about articulation axes relative to an adjacent mast arm segment or the turntable by means of one drive unit in each case, wherein at least one of the drive units is fastened to a first mast arm segment and acts via a lever mechanism on a second mast arm segment or the turntable , wherein the lever mechanism comprises at least one two-point lever , wherein the two-point lever encloses at least one cavity , wherein the two-point lever comprises two bearing points , wherein the cavity is formed in a portion between the bearing points , characterised in that a middle component which is in one part with the two bearing points is provided which comprises the cavity-forming portion between the bearing points , wherein the cavity-forming portion comprises metal side plates welded onto the middle component , and in that the welded-on metal side plates are either designed to be continuous beyond the two bearing points , or are constructed in multiple parts, with one crosspiece in each case and sheet metal rings covering the two bearing points .
Vertical roller mill having a rotatable grinding bowl upon which, in operation, a grinding bed made of mill feed is formed, at least two stationary, rotatable grinding rollers which, in operation, roll upon the grinding bed , the mill feed being fed to the grinding rollers by rotation of the grinding bowl , wherein in each case a mill feed scraping means is arranged, with respect to the direction of rotation of the grinding bowl , in front of each grinding roller , characterized in that that each mill feed scraping means is designed to remove a portion of the mill feed that is located on the grinding bowl from the grinding bowl in front of the respective grinding roller , and that the mill feed scraping means has a concave shape on the side facing away from the grinding roller .
A sliding bearing (100A to 100E) comprising: a bearing outer peripheral surface and a bearing inner peripheral surface, the sliding bearing (100A to 100E) being configured for supporting a frame (LK) and a frame rotation shaft (AX) rotatably with respect to each other by fitting and fixing a bearing outer peripheral surface-side part to the frame (LK) and fitting and press-fitting the frame rotation shaft (AX) into a bearing inner peripheral surface-side part, wherein at least the bearing inner peripheral surface among the bearing outer peripheral surface and the bearing inner peripheral surface is formed by a resin layer , and the bearing inner peripheral surface has a projected and recessed shape including a projected contact portion to be brought into contact with the frame rotation shaft (AX), and a recessed non-contact portion to be not brought into contact with the frame rotation shaft (AX) but to form a clearance, characterized in that the recessed non-contact portion is formed in a conical or pyramid shape toward the bearing outer peripheral surface. a bearing outer peripheral surface and a bearing inner peripheral surface, the sliding bearing (100A to 100E) being configured for supporting a frame (LK) and a frame rotation shaft (AX) rotatably with respect to each other by fitting and fixing a bearing outer peripheral surface-side part to the frame (LK) and fitting and press-fitting the frame rotation shaft (AX) into a bearing inner peripheral surface-side part, wherein at least the bearing inner peripheral surface among the bearing outer peripheral surface and the bearing inner peripheral surface is formed by a resin layer , and the bearing inner peripheral surface has a projected and recessed shape including a projected contact portion to be brought into contact with the frame rotation shaft (AX), and a recessed non-contact portion to be not brought into contact with the frame rotation shaft (AX) but to form a clearance,
A power transmission device comprising: a planetary reduction gear ; a wall part (120-Fig.34) that overlaps with the planetary reduction gear in an axial direction that is a rotation axis (X) direction of the planetary reduction gear ; and a plate (8-Fig.34) provided between the wall part (120-Fig.34) and the planetary reduction gear in the axial direction, inside a box , wherein the box (10-Fig.34) is partitioned by the plate (8-Fig.34) into a first chamber (Sb1-Fig.34) in which the planetary reduction gear is arranged and a second chamber (Sb2-Fig.34) that uses the wall part (120-Fig.34) as a portion of a wall, the second chamber (Sb2-Fig.34) communicates with a breather hole (165-Fig.34),the planetary reduction gear has a pinion gear (43-Fig.34) having a large pinion gear (431-Fig.34) and a small pinion gear (432-Fig.34), the planetary reduction gear has a ring gear (42-Fig.34) that engages with the small pinion gear (432-Fig.34), and the box has a breather chamber (16-Fig.34) that communicates with the breather hole (165-Fig.34) above a revolution orbit of the large pinion gear (431-Fig.34), characterized in that the box has the breather hole (165-Fig.34), and the box has a roof part (149-Fig.34) projecting in the axial direction between the breather chamber (16-Fig.34) and the revolution orbit of the large pinion gear (431-Fig.34). a planetary reduction gear ; a wall part (120-Fig.34) that overlaps with the planetary reduction gear in an axial direction that is a rotation axis (X) direction of the planetary reduction gear ; and a plate (8-Fig.34) provided between the wall part (120-Fig.34) and the planetary reduction gear in the axial direction, inside a box , wherein the box (10-Fig.34) is partitioned by the plate (8-Fig.34) into a first chamber (Sb1-Fig.34) in which the planetary reduction gear is arranged and a second chamber (Sb2-Fig.34) that uses the wall part (120-Fig.34) as a portion of a wall, the second chamber (Sb2-Fig.34) communicates with a breather hole (165-Fig.34),the planetary reduction gear has a pinion gear (43-Fig.34) having a large pinion gear (431-Fig.34) and a small pinion gear (432-Fig.34), the planetary reduction gear has a ring gear (42-Fig.34) that engages with the small pinion gear (432-Fig.34), and the box has a breather chamber (16-Fig.34) that communicates with the breather hole (165-Fig.34) above a revolution orbit of the large pinion gear (431-Fig.34), characterized in that the box has the breather hole (165-Fig.34), and the box has a roof part (149-Fig.34) projecting in the axial direction between the breather chamber (16-Fig.34) and the revolution orbit of the large pinion gear (431-Fig.34).
A crystalline form of a solvate salt compound , wherein said solvate is a C 3 -C 4 alcohol thereof
A vane for a gas turbine engine , the vane comprising a three-dimensional weave of composite material, wherein the vane is hollow to define a hollow core , and wherein the vane has a maximum thickness (T), and a maximum wall thickness between an inner surface and an outer surface in a direction normal to the outer surface (W T ), characterized in that , W T ≤0.1T and ≥0.05T.
A deformable mirror device , comprising - a flexible layer having a front surface that forms a mirror surface or to which a mirror layer forming mirror surface is attached, the flexible layer consisting homogeneously of a first material; - protrusions extending from, or attached to, a back surface of the flexible layer the protrusions consisting homogeneously of the first material or a second material that has substantially the same thermal expansion coefficient as the first material, - a plurality of actuators the actuators being coupled to the protrusions and via the protrusions to the flexible layer to deform the flexible layer wherein coupled surfaces of the distal end of each protrusion and the distal end of a movable part of the actuator that is coupled to the protrusions respectively have different ones of (i) a convex surface that at least partly has a spherical shape, and (ii) a part-spherical concave surface with the same radius of curvature as the convex surface that at least partly has the spherical shape. - a flexible layer having a front surface that forms a mirror surface or to which a mirror layer forming mirror surface is attached, the flexible layer consisting homogeneously of a first material; - protrusions extending from, or attached to, a back surface of the flexible layer the protrusions consisting homogeneously of the first material or a second material that has substantially the same thermal expansion coefficient as the first material, - a plurality of actuators the actuators being coupled to the protrusions and via the protrusions to the flexible layer to deform the flexible layer
An apparatus adapted to field test hermeticity of enclosures, wherein the enclosure is designed to house electronics; and wherein the apparatus comprises a ventilation plug and is configured to inject pressurized gas into the enclosure via the ventilation plug and to monitor gas pressure in the enclosure; wherein the ventilation plug is adapted to be fastened to an exterior of the enclosure , wherein the ventilation plug is adapted to maintain thermal and gas-pressure equilibrium inside the enclosure and to inject gas into the enclosure when a gas source is connected thereto, characterised in that the ventilation plug includes: a vent filter comprising a membrane designed to allow bidirectional flow of gas while preventing moisture and/or dirt from passing through, and at least one bypass gasway allowing gasflow to bypass the vent filter and flow therethrough. a vent filter comprising a membrane designed to allow bidirectional flow of gas while preventing moisture and/or dirt from passing through, and at least one bypass gasway allowing gasflow to bypass the vent filter and flow therethrough.