mhurhangee/ep-ind-claims huggingface dataset:
A computing device for trusted Input/Ouput I/O access control, the computing device comprising: a common trust module to (i) execute a trusted I/O core service, wherein the trusted I/O core service has a cryptographic engine programming privileged granted by an operating system of the computing device, and (ii) receive a request from an application to protect a DMA channel associated with an I/O device of the computing device, wherein the application does not have the cryptographic engine programming privilege; an access control module to (i) receive, by the operating system, a request from the trusted I/O core service to protect the DMA channel in response to receipt of the request from the application to protect the DMA channel, and (ii) verify, by the operating system, the cryptographic engine programming privilege of the trusted I/O core service in response to receipt of the request to protect the DMA channel; and a programming module to program a cryptographic engine of the computing device to protect the DMA channel in response to verification of the cryptographic engine programming privilege of the trusted I/O core service. a common trust module to (i) execute a trusted I/O core service, wherein the trusted I/O core service has a cryptographic engine programming privileged granted by an operating system of the computing device, and (ii) receive a request from an application to protect a DMA channel associated with an I/O device of the computing device, wherein the application does not have the cryptographic engine programming privilege; an access control module to (i) receive, by the operating system, a request from the trusted I/O core service to protect the DMA channel in response to receipt of the request from the application to protect the DMA channel, and (ii) verify, by the operating system, the cryptographic engine programming privilege of the trusted I/O core service in response to receipt of the request to protect the DMA channel; and a programming module to program a cryptographic engine of the computing device to protect the DMA channel in response to verification of the cryptographic engine programming privilege of the trusted I/O core service.
An electrode boiler for marine use including an outer boiler drum, an inner container holding water, said inner container being mounted inside the outer drum, a number of electrodes (7a - 7d; 7b - 7e; 7c - 7f) submerged in the water, means for supplying water to said container, means for removing hot water or steam from said container, means for holding the water in said container at a pre-defined level, wherein the electrodes (7a - f) are even in number, arranged in a circle and each two electrodes are opposing each other, such that said each two opposing electrodes are located with 180° distance along the circle, characterized in that the inner container is electrically insulated from the outer drum, and in that said each two opposing electrodes (7a - 7d; 7b - 7e; 7c - 7f) are connected in pairs, and each pair is connected to one phase of electric power from a source of AC electric power.
A lens drive motor, wherein the lens drive motor comprises: a housing, a lens support, a coil and a magnet component, the coil being wrapped around the lens support and being provided in the housing, the magnet component comprising multiple sub-magnets, and the multiple sub-magnets being sequentially arranged around a circumferential direction of the coil and being positioned in the housing, wherein each of at least two first sub-magnets of the multiple sub-magnets is of a bent type structure; multiple straight edge segments and multiple corner segments connecting the multiple straight edge segments are comprised at an outer periphery of the lens support; and outsides of the multiple straight edge segments are covered by the multiple sub-magnets, wherein each of at least two second sub-magnets of the multiple sub-magnets is of a straight line type structure, and the at least two second sub-magnets are symmetrically arranged at two sides of the lens support, each of the at least two first sub-magnets and each of the at least two second sub-magnets are arranged alternately in turn, each of the at least two first sub-magnets comprises a main body segment and an extending segment connected sequentially; an included angle is formed between the extending segment and the main body segment; the main body segment covers a corresponding one straight edge segment of the multiple straight edge segments; the extending segment stretches out to a corresponding one of the multiple corner segments; a first end of each of the at least two second sub-magnets has a first distance L1 with an end portion of the main body segment of a first sub-magnet adjacent to the first end; a second end of the each of the at least two second sub-magnets has a second distance L2 with an end portion of the corner segment of another first sub-magnet adjacent to the second end; and the first distance L1 is greater than the second distance L2.
Solenoid valve, having: a valve rod; an electromagnetic actuating device (131, 135, 139) for deflecting the valve rod starting from a first switching position into a second switching position; a supporting device (110, 210, 310, 410) for supporting the valve rod, which supporting device (110, 210, 310, 410) has a different shape in a manner which is dependent on the deflection of the valve rod; and a locking device (121, 122, 123, 125) which is configured to move a movable holding element into a locking position in the case of an activation of the electromagnetic actuating device (131, 135, 139) for deflecting the valve rod into the second switching position, in which the holding element bears against the supporting device (110, 120, 310, 410), and to remove the holding element from the locking position in the case of a deactivation of the electromagnetic actuating device (131, 135, 139). a valve rod; an electromagnetic actuating device (131, 135, 139) for deflecting the valve rod starting from a first switching position into a second switching position; a supporting device (110, 210, 310, 410) for supporting the valve rod, which supporting device (110, 210, 310, 410) has a different shape in a manner which is dependent on the deflection of the valve rod; and a locking device (121, 122, 123, 125) which is configured to move a movable holding element into a locking position in the case of an activation of the electromagnetic actuating device (131, 135, 139) for deflecting the valve rod into the second switching position, in which the holding element bears against the supporting device (110, 120, 310, 410), and to remove the holding element from the locking position in the case of a deactivation of the electromagnetic actuating device (131, 135, 139).
A method of vulnerability detection and mitigation in a managed network, the method comprising: receiving a defined state of a product on a managed endpoint of a managed network, the defined state including one or more conditions of the product; detecting a trigger event in the managed network, the trigger event being indicative of a circumstance that is inconsistent with the defined state; responsive to the detection of the trigger event, initiating a scan that includes an automated scan of the managed endpoint for at least one condition of the one or more conditions at the managed endpoint, wherein the scan includes an automated network scan of an additional managed endpoint in the managed network and the automated network scan is configured to identify presence of the trigger event in one or more of the additional managed endpoints; responsive to the automated scan identifying the at least one condition being inconsistent with the defined state, automatically implementing a product modification process, the product modification process including distribution of at least a control signal that is configured to change the product or the managed endpoint to bring the product or the managed endpoint into compliance with the defined state; and implementing the product modification process at a first additional endpoint responsive to the trigger event being present at the first additional managed endpoint of the additional managed endpoints. receiving a defined state of a product on a managed endpoint of a managed network, the defined state including one or more conditions of the product; detecting a trigger event in the managed network, the trigger event being indicative of a circumstance that is inconsistent with the defined state; responsive to the detection of the trigger event, initiating a scan that includes an automated scan of the managed endpoint for at least one condition of the one or more conditions at the managed endpoint, wherein the scan includes an automated network scan of an additional managed endpoint in the managed network and the automated network scan is configured to identify presence of the trigger event in one or more of the additional managed endpoints; responsive to the automated scan identifying the at least one condition being inconsistent with the defined state, automatically implementing a product modification process, the product modification process including distribution of at least a control signal that is configured to change the product or the managed endpoint to bring the product or the managed endpoint into compliance with the defined state; and implementing the product modification process at a first additional endpoint responsive to the trigger event being present at the first additional managed endpoint of the additional managed endpoints.
Axial flow blood pump device comprising an integrated electromagnetic drive with a stationary stator assembly and a rotatable impeller assembly, wherein the stationary stator assembly at least comprises stator windings and a bearing system supporting the rotatable impeller assembly, the impeller assembly comprising at least one blade and permanent magnets interacting with the stator windings, characterized in that the device is conduit-free and insertable into a vessel by means of an implantable anchoring system, the vessel itself thus forming the conduit for the device after implantation, the stationary stator assembly comprising supporting elements used for mounting, in particular coaxially mounting the conduit-free device in the interior of the anchoring system being implantable into a vessel.
Process for preparing chlorine by catalytic gas phase oxidation of hydrogen chloride with oxygen over a solid catalyst, the gas phase oxidation being conducted adiabatically or isothermally, especially adiabatically, in which the catalyst comprises at least tin dioxide as a support material and at least one ruthenium-containing compound as a catalytically active material, characterized in that the catalyst used is a catalyst composition comprising at least tin dioxide as a support material and at least one ruthenium-containing compound as a catalytically active material, characterized in that the support material comprises, as an additional secondary constituent, niobium or a niobium compound, especially preferably niobium oxide.
Process for the realization of profiled elements for door and window frames, comprising at least one step of providing at least one reinforcing bar made of a metal material having at least one drillable face, characterized by the fact that the process further comprises at least: - one step of drilling of said drillable face to obtain at least one fixing hole in said reinforcing bar having at least one characteristic dimension comprised between 2 mm and 5 mm; - one step of providing one profiled element made of plastic material; - one step of inserting said reinforcing bar into a containment seat of said profiled element; and - one step of penetrating said fixing hole by softened plastic material of said profiled element to define a riveting portion for fixing said profiled element to said reinforcing bar. - one step of drilling of said drillable face to obtain at least one fixing hole in said reinforcing bar having at least one characteristic dimension comprised between 2 mm and 5 mm; - one step of providing one profiled element made of plastic material; - one step of inserting said reinforcing bar into a containment seat of said profiled element; and - one step of penetrating said fixing hole by softened plastic material of said profiled element to define a riveting portion for fixing said profiled element to said reinforcing bar.
A method for producing a roll made of a dough piece and a separator sheet, comprising: a) feeding the dough piece onto a separator sheet web moved in a conveying direction; b) cutting-to-length the separator sheet web to form a separator sheet which is assigned to the dough piece and has a front edge in front of the dough piece and a rear edge behind the dough piece, the separator sheet protruding from below the dough piece at the front edge and/or the rear edge with a front protrusion and/or a rear protrusion; c) rolling up the separator sheet with the dough piece to form the roll; characterized in that a separator sheet web is used which has a residual-stress state, the residual stress of the separator sheet web causing the cut-to-length separator sheet to roll up automatically at the front edge and/or the rear edge after the cutting-to-length process. a) feeding the dough piece onto a separator sheet web moved in a conveying direction; b) cutting-to-length the separator sheet web to form a separator sheet which is assigned to the dough piece and has a front edge in front of the dough piece and a rear edge behind the dough piece, the separator sheet protruding from below the dough piece at the front edge and/or the rear edge with a front protrusion and/or a rear protrusion; c) rolling up the separator sheet with the dough piece to form the roll;
Apparatus for producing a composite elasticized web with intermittent elastic sections, comprising: - a tensioning unit for tensioning in a longitudinal direction a continuous elastic film, - a cutting and repitch unit comprising a knife roller and a rotary repitch device comprising a plurality of transport units and a plurality of anvils cooperating with the knife roller for transversely cutting the continuous tensioned elastic film and forming a succession of discrete sections of elastic film, wherein the transport units hold by suction respective discrete sections of elastic film and distance them from each other by a predetermined pitch, - a welding unit comprising an anvil roller and a welding head cooperating with the anvil roller, wherein the anvil roller has at least one suction section including a plurality of suction holes connected to a source of sub-atmospheric pressure and a plurality of projecting teeth cooperating with said suction holes and having head surfaces forming counter-welding surfaces which cooperate with said welding head, - a tangency zone between the transport unit and the anvil roller in which the respective discrete sections of elastic film are transferred to said at least one suction section of the anvil roller, - a first feeding system for feeding a first web material to the anvil roller upstream of said tangency zone, and - a second feeding system for feeding a second web material to the anvil roller between said tangency zone and said welding head. - a tensioning unit for tensioning in a longitudinal direction a continuous elastic film, - a cutting and repitch unit comprising a knife roller and a rotary repitch device comprising a plurality of transport units and a plurality of anvils cooperating with the knife roller for transversely cutting the continuous tensioned elastic film and forming a succession of discrete sections of elastic film, wherein the transport units hold by suction respective discrete sections of elastic film and distance them from each other by a predetermined pitch, - a welding unit comprising an anvil roller and a welding head cooperating with the anvil roller, wherein the anvil roller has at least one suction section including a plurality of suction holes connected to a source of sub-atmospheric pressure and a plurality of projecting teeth cooperating with said suction holes and having head surfaces forming counter-welding surfaces which cooperate with said welding head, - a tangency zone between the transport unit and the anvil roller in which the respective discrete sections of elastic film are transferred to said at least one suction section of the anvil roller, - a first feeding system for feeding a first web material to the anvil roller upstream of said tangency zone, and - a second feeding system for feeding a second web material to the anvil roller between said tangency zone and said welding head.
A method of disinfesting psyllium comprising: introducing psyllium to a radiation chamber; applying a high-frequency alternating electric field to the psyllium for a residence time of greater than 1.5 minutes to 6 minutes; dielectrically heating the psyllium to a target temperature of from 66°C to 77°C to form treated psyllium, wherein the high-frequency alternating electric field is configured at a power of from from 600 kJ/kg to 900 kJ/kg, and wherein the high-frequency alternating electric field is configured at a frequency from 13 MHz to 1,000 MHz.
A computerized method of detecting anomalies in a robotic system in an industrial plant, wherein the robotic system comprises at least one robot and one or more controllers of a Distributed Control System, configured to control the at least one robot to perform an operation on an object, wherein the DCS comprises an analytics model to detect anomalies in the robotic system for predefined configuration parameters of the at least one robot and predefined process parameters associated with the robotic system, the method comprises: monitoring using a monitoring module configuration parameters of the at least one robot and process parameters associated with the robotic system, wherein the configuration parameters are one of, obtained from at least one of, one or more sensors of the DCS and a database associated with the DCS; detecting using the monitoring module an association between at least one configuration parameter and at least one process parameter; obtaining optimal configuration parameters and optimal process parameters based on the association, wherein the optimal configuration parameters and the optimal process parameters are analyzed using an analysis module for detecting an anomaly, wherein at least one parameter is identified from the optimal configuration parameter and the optimal process parameters causing the anomaly, wherein the anomaly is validated; determining an error in the analysis based on the validation, wherein the error is indicative of invalid setpoints for the at least one parameter; and estimating a valid setpoint for the at least one parameter based on the error, wherein the valid setpoint is updated in the analytics model, wherein the updated analytic model is used for detecting anomalies accurately. monitoring using a monitoring module configuration parameters of the at least one robot and process parameters associated with the robotic system, wherein the configuration parameters are one of, obtained from at least one of, one or more sensors of the DCS and a database associated with the DCS; detecting using the monitoring module an association between at least one configuration parameter and at least one process parameter; obtaining optimal configuration parameters and optimal process parameters based on the association, wherein the optimal configuration parameters and the optimal process parameters are analyzed using an analysis module for detecting an anomaly, wherein at least one parameter is identified from the optimal configuration parameter and the optimal process parameters causing the anomaly, wherein the anomaly is validated; determining an error in the analysis based on the validation, wherein the error is indicative of invalid setpoints for the at least one parameter; and estimating a valid setpoint for the at least one parameter based on the error, wherein the valid setpoint is updated in the analytics model, wherein the updated analytic model is used for detecting anomalies accurately.
A method of fabricating a tubing for a medical catheter, the method comprising: mixing a polymer material as base material with sodium nitroprusside and an antimicrobial agent, wherein the antimicrobial agent comprises chlorhexidine base and/or a pharmaceutically acceptable salt thereof; and melt processing and extruding the mixture to fabricate the tubing for the medical catheter.
A curable composition, comprising: a) at least one acrylate-functionalized urethane oligomer which, in homopolymerized form, has a glass transition temperature less than 0°C; b) at least one polymethacrylate-functionalized monomer which, in homopolymerized form, has a glass transition temperature of at least 20°C; c) optionally, at least one free radical initiator; wherein, if any hydrocarbon tackifier is present, the curable composition comprises not more than 5 weight % hydrocarbon tackifier, based on the total weight of the curable composition and when cured provides a low tack, self-adherent adhesive. a) at least one acrylate-functionalized urethane oligomer which, in homopolymerized form, has a glass transition temperature less than 0°C; b) at least one polymethacrylate-functionalized monomer which, in homopolymerized form, has a glass transition temperature of at least 20°C; c) optionally, at least one free radical initiator;
A surgical instrument comprising: (a) a transmission assembly having a proximal end, the transmission assembly comprising: i. a waveguide having a proximal end and a distal end, and ii. an end effector coupled to the distal end of the waveguide; (b) a transducer, wherein the proximal end of the waveguide is operable to selectively couple to the transducer and (c) a handle assembly comprising: i. a locking mechanism (300, 310, 320), and ii. a transmission aperture formed in a distal surface of the handle assembly and configured to receive a portion of the transmission assembly; wherein the proximal end of the transmission assembly is insertable into the transmission aperture, and wherein the locking mechanism is operable to selectively restrict rotational movement of the transducer relative to the handle assembly; wherein the transmission assembly further comprises: iii. an inner tubular actuating member for actuation of the end effector coaxially disposed about the waveguide and having a proximal end; wherein the handle assembly further comprises: iii. an actuator coupling member, wherein the actuator coupling member is operable to selectively couple to the proximal end of the inner tubular actuating member; and iv. a trigger coupled to the actuator coupling member, wherein the locking mechanism is further operable to selectively restrict the rotational movement of the actuator coupling member relative to the handle assembly. (a) a transmission assembly having a proximal end, the transmission assembly comprising: i. a waveguide having a proximal end and a distal end, and ii. an end effector coupled to the distal end of the waveguide; i. a waveguide having a proximal end and a distal end, and ii. an end effector coupled to the distal end of the waveguide; (b) a transducer, wherein the proximal end of the waveguide is operable to selectively couple to the transducer and (c) a handle assembly comprising: i. a locking mechanism (300, 310, 320), and ii. a transmission aperture formed in a distal surface of the handle assembly and configured to receive a portion of the transmission assembly; i. a locking mechanism (300, 310, 320), and ii. a transmission aperture formed in a distal surface of the handle assembly and configured to receive a portion of the transmission assembly; iii. an inner tubular actuating member for actuation of the end effector coaxially disposed about the waveguide and having a proximal end; iii. an actuator coupling member, wherein the actuator coupling member is operable to selectively couple to the proximal end of the inner tubular actuating member; and iv. a trigger coupled to the actuator coupling member,