mhurhangee/ep-ind-claims huggingface dataset:
A method for detecting a system-level Trojan on a system that includes multiple integrated circuit, "IC", devices (102-1,..., 102-6), the method being implemented by a processor and a memory and comprising: - at an IC device (102-6; 302-6) of the system, monitoring activity on a bus interface (106-1,..., 106-3; 306-1,..., 306-3) of the IC device (102-6; 302-6), wherein the bus interface (106-1,..., 106-3; 306-1,..., 306-3) is connected to a bus (104-1,..., 104-3) on the system that communicatively couples the IC device (102-6; 302-6) to at least one other IC device (102-1,..., 102-5) on the system; - at the IC device (102-6; 302-6) of the system, applying machine learning to data corresponding to the monitored activity to generate an activity profile, wherein the activity profile corresponds to a case of a non-triggered Trojan or a case, where a Trojan is not even present; - at the IC device (102-6; 302-6) of the system, monitoring subsequent activity on the bus interface (106-1,..., 106-3; 306-1,..., 306-3) of the IC device (102-6; 302-6); - at the IC device (102-6; 302-6) of the system, comparing data corresponding to the subsequently monitored activity to the machine learning generated activity profile to determine if a system-level Trojan is detected; and - at the IC device (102-6; 302-6) of the system, generating a notification when it is determined (210, Y) from the comparison that a system-level Trojan has been detected. - at an IC device (102-6; 302-6) of the system, monitoring activity on a bus interface (106-1,..., 106-3; 306-1,..., 306-3) of the IC device (102-6; 302-6), wherein the bus interface (106-1,..., 106-3; 306-1,..., 306-3) is connected to a bus (104-1,..., 104-3) on the system that communicatively couples the IC device (102-6; 302-6) to at least one other IC device (102-1,..., 102-5) on the system; - at the IC device (102-6; 302-6) of the system, applying machine learning to data corresponding to the monitored activity to generate an activity profile, wherein the activity profile corresponds to a case of a non-triggered Trojan or a case, where a Trojan is not even present; - at the IC device (102-6; 302-6) of the system, monitoring subsequent activity on the bus interface (106-1,..., 106-3; 306-1,..., 306-3) of the IC device (102-6; 302-6); - at the IC device (102-6; 302-6) of the system, comparing data corresponding to the subsequently monitored activity to the machine learning generated activity profile to determine if a system-level Trojan is detected; and - at the IC device (102-6; 302-6) of the system, generating a notification when it is determined (210, Y) from the comparison that a system-level Trojan has been detected.
A liquid target device (1, 1A, 1B, 1C) comprising: a liquid accommodation portion in which a target liquid is accommodated; a beam passage through which a charged particle beam emitted from a particle accelerator passes to reach the liquid accommodation portion; a target foil that separates the beam passage and the liquid accommodation portion from each other; a vacuum foil that separates a vacuum region provided upstream of the beam passage and the beam passage from each other; and a first gas chamber, a second gas chamber and an intermediate foil that separates the first gas chamber and the second gas chamber from each other, wherein the beam passage is provided within the first gas chamber and the second gas chamber; the first gas chamber is configured for a first cooling gas to be provided into the first gas chamber at a position between the vacuum foil and the intermediate foil, and characterised in that the second gas chamber comprises a cooling flow path for a second cooling gas to be supplied into the second gas chamber at a position between the intermediate foil and the target foil. a liquid accommodation portion in which a target liquid is accommodated; a beam passage through which a charged particle beam emitted from a particle accelerator passes to reach the liquid accommodation portion; a target foil that separates the beam passage and the liquid accommodation portion from each other; a vacuum foil that separates a vacuum region provided upstream of the beam passage and the beam passage from each other; and a first gas chamber, a second gas chamber and an intermediate foil that separates the first gas chamber and the second gas chamber from each other, wherein the beam passage is provided within the first gas chamber and the second gas chamber; the first gas chamber is configured for a first cooling gas to be provided into the first gas chamber at a position between the vacuum foil and the intermediate foil, and characterised in that the second gas chamber comprises a cooling flow path for a second cooling gas to be supplied into the second gas chamber at a position between the intermediate foil and the target foil.
Access network module destined to be linked on one side to a remote optical line terminal "OLT" and on the other side to a plurality of access points of a common area via a plurality of local connections characterized in that the said module comprises: - a plurality of optical network units "ONUs" configured for processing signals exchanged between the remote optical line terminal "OLT" and the local connections and, - a control unit configured for activating and deactivating the optical network units "ONUs" equipments according to the activity of the local connections. - a plurality of optical network units "ONUs" configured for processing signals exchanged between the remote optical line terminal "OLT" and the local connections and, - a control unit configured for activating and deactivating the optical network units "ONUs" equipments according to the activity of the local connections.
A method for treating a cellulose paper to provide at least a part of it with anisotropic electric conductivity, characterised by - applying to the paper a dispersion comprising a non-aqueous, liquid dispersing agent and conductive particles with an aspect ratio less than 20, - applying an electric field over at least part of the paper, so that a number of the conductive particles are aligned with the field, thus creating conductive pathways; - Wholly or partially eliminating the dispersing agent and allowing the paper to dry thereby stabilizing and preserving the conductive pathways in the paper. - applying to the paper a dispersion comprising a non-aqueous, liquid dispersing agent and conductive particles with an aspect ratio less than 20, - applying an electric field over at least part of the paper, so that a number of the conductive particles are aligned with the field, thus creating conductive pathways; - Wholly or partially eliminating the dispersing agent and allowing the paper to dry thereby stabilizing and preserving the conductive pathways in the paper.
Process for the treatment of a sweet whey material containing cGMP (caseinoGlycoMacroPeptide), said process comprising the following steps: - Decationising the sweet whey material so as to obtain sweet whey having a pH value of 1 to 4.5; - Treating said sweet whey in a fluidized bed reactor comprising a specific volume of an anionic resin, at a temperature between 10 and 18°C, wherein said sweet whey contacts said resin for a sufficient amount of time so that the resin absorbs between 52% and 58% of the cGMP present in the sweet whey; and - Recovering a protein material suitable for being used in hypoallergenic infant formulae with no need for mixing the protein material with at least one different source of proteins and/or amino acids, wherein the treatment of the sweet whey in the fluidized bed reactor is implemented at a ratio of protein over resin of 0.20 to 0.35 kg/L. - Decationising the sweet whey material so as to obtain sweet whey having a pH value of 1 to 4.5; - Treating said sweet whey in a fluidized bed reactor comprising a specific volume of an anionic resin, at a temperature between 10 and 18°C, wherein said sweet whey contacts said resin for a sufficient amount of time so that the resin absorbs between 52% and 58% of the cGMP present in the sweet whey; and - Recovering a protein material suitable for being used in hypoallergenic infant formulae with no need for mixing the protein material with at least one different source of proteins and/or amino acids,
A tillage tine comprising: a base portion attached to a tillage shaft; a blade body extended from the base portion and curved oppositely to rotational direction of the tillage shaft so as to have a first curvature radius when the tillage tine is viewed in the axial direction of the tillage shaft, wherein the blade body comprises a straight flat portion extended from the base portion on the same plane with the base portion, and a bending portion bent from a bending start line at a tip of the straight flat portion along the direction of the tillage shaft; and a wedge-like edge portion whose top is an end surface opposite to the rotational direction of the tillage shaft is formed at a tip of the bending portion, and characterized in that the bending portion is gradually bent toward the tip of the bending portion so as to have a second curvature radius when the tillage tine is viewed in the radial direction of the tillage shaft, so that a virtual line, which passes through the axis of the tillage shaft and is perpendicular to the bending start line, crosses the tip of the bending portion when the tillage tine is viewed in the axial direction of the tillage shaft. a base portion attached to a tillage shaft; a blade body extended from the base portion and curved oppositely to rotational direction of the tillage shaft so as to have a first curvature radius when the tillage tine is viewed in the axial direction of the tillage shaft, wherein the blade body comprises a straight flat portion extended from the base portion on the same plane with the base portion, and a bending portion bent from a bending start line at a tip of the straight flat portion along the direction of the tillage shaft; and a wedge-like edge portion whose top is an end surface opposite to the rotational direction of the tillage shaft is formed at a tip of the bending portion, and characterized in that the bending portion is gradually bent toward the tip of the bending portion so as to have a second curvature radius when the tillage tine is viewed in the radial direction of the tillage shaft, so that a virtual line, which passes through the axis of the tillage shaft and is perpendicular to the bending start line, crosses the tip of the bending portion when the tillage tine is viewed in the axial direction of the tillage shaft.
A micro pressure sensor comprises: a body having a first pair of opposing walls (13a, 13b) and a second pair of opposing walls that are orthogonal to the first pair of opposing walls that in part define a chamber; a plurality of membranes (18a-18f) each having a corresponding electrode layer over a surface thereof, the plurality of membranes disposed in the chamber, anchored between the first pair of opposing walls (13a, 13b) of the body to provide plural compartments within the chamber; a first set of ports (12a-12c) coupled to a first set of the plural compartments (21b, 21d, 21g), the first set of ports disposed in corresponding portions of a first one of the first pair of opposing walls (13a, 13b) of the body, with a second one of the first pair of opposing walls (13a, 13b) of the body being a solid portion of the body; and a second set of ports (14a-14d) for fluid access, the second set of ports disposed in an alternating relationship with the first set of ports, and with the second set of ports coupled to a second different set of the plural compartments (21a, 21c, 21e, 21g), the second set of ports disposed in corresponding portions of the second one of the first pair of opposing walls (13a, 13b) of the body, with the first one of the first pair of walls of the body being a solid portion of the body. a body having a first pair of opposing walls (13a, 13b) and a second pair of opposing walls that are orthogonal to the first pair of opposing walls that in part define a chamber; a plurality of membranes (18a-18f) each having a corresponding electrode layer over a surface thereof, the plurality of membranes disposed in the chamber, anchored between the first pair of opposing walls (13a, 13b) of the body to provide plural compartments within the chamber; a first set of ports (12a-12c) coupled to a first set of the plural compartments (21b, 21d, 21g), the first set of ports disposed in corresponding portions of a first one of the first pair of opposing walls (13a, 13b) of the body, with a second one of the first pair of opposing walls (13a, 13b) of the body being a solid portion of the body; and a second set of ports (14a-14d) for fluid access, the second set of ports disposed in an alternating relationship with the first set of ports, and with the second set of ports coupled to a second different set of the plural compartments (21a, 21c, 21e, 21g), the second set of ports disposed in corresponding portions of the second one of the first pair of opposing walls (13a, 13b) of the body, with the first one of the first pair of walls of the body being a solid portion of the body.
A method to make pulp for a corrugated medium, comprising: pulping cellulosic fibrous chips in a cooking vessel using a cooking liquor injected into the cooking vessel, wherein the cooking liquor includes at least one of a caustic, caustic carbonated, neutral sulfide semi-chemical and green cooking liquor, soda (NaOH), soda ash (Na 2 CO 3) and sodium sulfide (Na 2 S); fiberizing the chips discharged from the cooking vessel to form a fiberized pulp; removing lignin (22, 24) from the pulp or oxidizing lignin in the pulp by injecting oxygen (O 2) into the fiberized pulp, and washing (25, 28) the fiberized pulp to form the pulp, characterised in that the fiberized pulp after oxygen delignification has a shives content of 35 to 45%. pulping cellulosic fibrous chips in a cooking vessel using a cooking liquor injected into the cooking vessel, wherein the cooking liquor includes at least one of a caustic, caustic carbonated, neutral sulfide semi-chemical and green cooking liquor, soda (NaOH), soda ash (Na 2 CO 3) and sodium sulfide (Na 2 S); fiberizing the chips discharged from the cooking vessel to form a fiberized pulp; removing lignin (22, 24) from the pulp or oxidizing lignin in the pulp by injecting oxygen (O 2) into the fiberized pulp, and washing (25, 28) the fiberized pulp to form the pulp, characterised in that the fiberized pulp after oxygen delignification has a shives content of 35 to 45%.
A ball balancer(70, 70')comprising: a circular housing comprising motion space formed therein, a fluid inlet and an air outlet; a plurality of ball members movable in motion space of the housing; a closing member closing up the fluid inlet and the air outlet; and viscous fluid filled in the motion space via the fluid inlet formed in the housing, characterized in that the fluid inlet and the air outlet are spaced apart a predetermined distance from a contact passage of the ball members in contact with an inner surface of the housing, respectively. a circular housing comprising motion space formed therein, a fluid inlet and an air outlet; a plurality of ball members movable in motion space of the housing; a closing member closing up the fluid inlet and the air outlet; and viscous fluid filled in the motion space via the fluid inlet formed in the housing, characterized in that the fluid inlet and the air outlet are spaced apart a predetermined distance from a contact passage of the ball members in contact with an inner surface of the housing, respectively.
A flange connection for a building services appliance comprising a storage tank with an opening to be closed, with - a connecting flange which can be connected to the storage tank, - a fixing flange which can be reversibly coupled to the connecting flange, and - a closing body arranged between the connecting flange and the fixing flange, wherein a sealing element for a sealing connection to at least the connecting flange is assigned to the closing body, wherein a spacer is assigned to the closing body, characterised in that the spacer is arranged for galvanic decoupling of the closing body from the connecting flange or the fixing flange, and in that the closing body has a first clamping surface as a receptacle for the sealing element and a second clamping surface as a contact surface for the spacer, wherein preferably the first clamping surface faces the connecting flange and the second clamping surface faces the fixing flange. - a connecting flange which can be connected to the storage tank, - a fixing flange which can be reversibly coupled to the connecting flange, and - a closing body arranged between the connecting flange and the fixing flange, wherein a sealing element for a sealing connection to at least the connecting flange is assigned to the closing body, wherein a spacer is assigned to the closing body, characterised in that the spacer is arranged for galvanic decoupling of the closing body from the connecting flange or the fixing flange, and in that the closing body has a first clamping surface as a receptacle for the sealing element and a second clamping surface as a contact surface for the spacer, wherein preferably the first clamping surface faces the connecting flange and the second clamping surface faces the fixing flange.
An intravascular blood pump for percutaneous insertion into a patient's blood vessel, comprising: a pump casing having a blood flow inlet and a blood flow outlet, an impeller arranged in said pump casing so as to be rotatable about an axis of rotation, the impeller having blades sized and shaped for conveying blood from the blood flow inlet to the blood flow outlet, a drive unit for rotating the impeller, the drive unit comprising a magnetic core including a plurality of posts arranged about the axis of rotation and a back plate connecting the posts and extending between the posts in an intermediate area, and a coil winding disposed around each of the posts, the coil windings being controllable so as to create a rotating magnetic field, wherein the impeller comprises a magnetic structure arranged to interact with the rotating magnetic field so as to cause rotation of the impeller, characterized in that a material of at least a portion of at least one of the posts is integral with a material of the intermediate area of the back plate. a pump casing having a blood flow inlet and a blood flow outlet, an impeller arranged in said pump casing so as to be rotatable about an axis of rotation, the impeller having blades sized and shaped for conveying blood from the blood flow inlet to the blood flow outlet, a drive unit for rotating the impeller, the drive unit comprising a magnetic core including a plurality of posts arranged about the axis of rotation and a back plate connecting the posts and extending between the posts in an intermediate area, and a coil winding disposed around each of the posts, the coil windings being controllable so as to create a rotating magnetic field, wherein the impeller comprises a magnetic structure arranged to interact with the rotating magnetic field so as to cause rotation of the impeller, characterized in that a material of at least a portion of at least one of the posts is integral with a material of the intermediate area of the back plate.
A control system for an agricultural system, characterized in that the control system comprises: a first controller configured to receive sensor information from a plurality of sensors, the control system being characterized in that the sensor information comprises first data associated with a first plurality of header sections of a header of the agricultural system and is indicative of a height of the header, and the first controller is configured to convert the sensor information into position data, wherein the position data comprises second data associated with a second plurality of header sections of the header, and the first plurality of header sections is different than the second plurality of header sections; and in that the control system further comprises a second controller communicatively coupled to the first controller, wherein the second controller is configured to receive the position data from the first controller, and the second controller is configured to determine a target position of the header based on the position data. a first controller configured to receive sensor information from a plurality of sensors, the control system being characterized in that the sensor information comprises first data associated with a first plurality of header sections of a header of the agricultural system and is indicative of a height of the header, and the first controller is configured to convert the sensor information into position data, wherein the position data comprises second data associated with a second plurality of header sections of the header, and the first plurality of header sections is different than the second plurality of header sections; and in that the control system further comprises a second controller communicatively coupled to the first controller, wherein the second controller is configured to receive the position data from the first controller, and the second controller is configured to determine a target position of the header based on the position data.