mhurhangee/patent-ind-claim-en huggingface dataset:
A composition for a non-aqueous secondary battery functional layer comprising first organic particles, second organic particles, and a solvent, wherein the first organic particles include a polyfunctional ethylenically unsaturated monomer unit in a proportion of not less than 20 mass% and not more than 90 mass%, and the second organic particles include a nitrile group-containing monomer unit in a proportion of not less than 20 mass% and not more than 80 mass% and a cross-linkable monomer unit in a proportion of not less than 0.1 mass% and not more than 10 mass%. the first organic particles include a polyfunctional ethylenically unsaturated monomer unit in a proportion of not less than 20 mass% and not more than 90 mass%, and the second organic particles include a nitrile group-containing monomer unit in a proportion of not less than 20 mass% and not more than 80 mass% and a cross-linkable monomer unit in a proportion of not less than 0.1 mass% and not more than 10 mass%.
A tunable intake system for exhaust gas recirculation in an internal combustion engine with a plurality of cylinders, the system comprising: - an exhaust gas recirculation manifold arranged to distribute recirculated exhaust gas in an intake air stream to be introduced into the combustion engine; - the manifold having an exhaust gas recirculation inlet and an intake air inlet as well as at least one outlet leading to the multiple cylinders of the engine; - a first distribution pipe connected to the exhaust gas recirculation inlet , said first distribution pipe having a first pattern of flow distribution perforations for distributing the recirculated exhaust gas into the manifold ; - a second distribution pipe with a second pattern of flow distribution perforations for distributing the recirculated exhaust gas into the manifold is fitted outside of said first distribution pipe , characterized in: that an interstitial gap is formed between the first distribution pipe and the second distribution pipe , and that said first and second distribution pipes are independently rotatable with respect to the other in order to selectively tune the distribution of recirculated exhaust gas for multiple operational points of the engine, wherein an engine control unit (ECU) is arranged to adapt the relative positions of the first pattern and the second pattern of flow distribution perforations via a first rotating means for rotating the first distribution pipe and a second rotating means for rotating the second distribution pipe , for an optimal distribution of the recirculated exhaust gas depending on a given point of operation of the engine. - an exhaust gas recirculation manifold arranged to distribute recirculated exhaust gas in an intake air stream to be introduced into the combustion engine; - the manifold having an exhaust gas recirculation inlet and an intake air inlet as well as at least one outlet leading to the multiple cylinders of the engine; - a first distribution pipe connected to the exhaust gas recirculation inlet , said first distribution pipe having a first pattern of flow distribution perforations for distributing the recirculated exhaust gas into the manifold ; - a second distribution pipe with a second pattern of flow distribution perforations for distributing the recirculated exhaust gas into the manifold is fitted outside of said first distribution pipe , that an interstitial gap is formed between the first distribution pipe and the second distribution pipe , and that said first and second distribution pipes are independently rotatable with respect to the other in order to selectively tune the distribution of recirculated exhaust gas for multiple operational points of the engine, wherein an engine control unit (ECU) is arranged to adapt the relative positions of the first pattern and the second pattern of flow distribution perforations via a first rotating means for rotating the first distribution pipe and a second rotating means for rotating the second distribution pipe , for an optimal distribution of the recirculated exhaust gas depending on a given point of operation of the engine.
A centrifuge positioned in a three-axis coordinate system, comprising: a mechanical drive ; a capsule engaged with the mechanical drive wherein the capsule is engaged with the mechanical drive to rotate about mutually orthogonal X, Y, and Z axis of the three-axis coordinate system, characterized in that the capsule is hollow, and has a spherical interior surface, wherein spinning the capsule results in heavy mass particles moving toward the spherical interior surface and particles are retrieved through disassembly of the capsule. comprising: a mechanical drive ; a capsule engaged with the mechanical drive wherein the capsule is engaged with the mechanical drive to rotate about mutually orthogonal X, Y, and Z axis of the three-axis coordinate system, characterized in that the capsule is hollow, and has a spherical interior surface, wherein spinning the capsule results in heavy mass particles moving toward the spherical interior surface and particles are retrieved through disassembly of the capsule.
A diffuser assembly for a scanner , the diffuser assembly comprising: a diffuser having a front end at least partially surrounding a field of view and a rear end configured to be proximate an imager window of a housing of the scanner ; and an illumination assembly comprising: an LED assembly for generating a light output; and an LED reflector mounted to the LED assembly and configured to receive at least a portion of the light output and to reflect at least the portion of the light output toward a region of interest; and characterised in that : the diffuser is a dome diffuser ; the illumination assembly is operatively coupled to the front end of the diffuser; and the illumination assembly further comprises, a continuous aspheric cylindrical lens disposed forward of the LED reflector between the LED reflector and the region of interest, the portion of the light output reflected toward the region of interest reflected onto the continuous aspheric cylindrical lens which then provides redistributed light to the region of interest. a diffuser having a front end at least partially surrounding a field of view and a rear end configured to be proximate an imager window of a housing of the scanner ; and an illumination assembly comprising: an LED assembly for generating a light output; and an LED reflector mounted to the LED assembly and configured to receive at least a portion of the light output and to reflect at least the portion of the light output toward a region of interest; and an LED assembly for generating a light output; and an LED reflector mounted to the LED assembly and configured to receive at least a portion of the light output and to reflect at least the portion of the light output toward a region of interest; and the diffuser is a dome diffuser ; the illumination assembly is operatively coupled to the front end of the diffuser; and the illumination assembly further comprises, a continuous aspheric cylindrical lens disposed forward of the LED reflector between the LED reflector and the region of interest, the portion of the light output reflected toward the region of interest reflected onto the continuous aspheric cylindrical lens which then provides redistributed light to the region of interest.
Accessory for a hammer drill , said accessory having an elongate shape along an axis A and including a first longitudinal end for an SDS type connection and a second longitudinal end including a cavity with axis A and a cross section of hexagonal shape configured to receive a nut of a wallbolt to be hammered, characterized in that it further comprises a finger with axis A extending in said cavity, this finger being intended to have an outside diameter less than the inside diameter of said nut and being configured to bear axially on one end of a threaded body of said wallbolt to transmit blows.
System (SYS) for charging a traction battery (Batt) of a traction vehicle, at least partially electric, comprising an input filtering step (EF) designed to be connected to a power supply network (RES), said filtering step (EF) comprising a capacitance (Cf) for limiting leakage currents capable of being connected, through a switch (If) of the filtering step (EF), between on the one hand at least one power supply phase connection or a neutral (φ3) connection of said charging system (SYS), and on the other hand a ground of said charging system (SYS), said charging system (SYS) being characterized in that it further comprises: - control means (ECU) capable of charging parasitic capacitances (Cp1,Cp2,Cmot) of said charging system (SYS) without transferring energy from said power supply network (RES) to said traction battery (Batt) while said power supply network (RES) is connected to said charging system (SYS), - time delay means activated by said control means (ECU), and capable of closing said switch (If) of the filtering step (EF) when a delay time frame higher than or equal to a predetermined time frame expires, - and charging activation means capable of transferring energy between said power supply network (RES) and said traction battery (Batt), said switch (If) of the filtering step (EF) being closed. - control means (ECU) capable of charging parasitic capacitances (Cp1,Cp2,Cmot) of said charging system (SYS) without transferring energy from said power supply network (RES) to said traction battery (Batt) while said power supply network (RES) is connected to said charging system (SYS), - time delay means activated by said control means (ECU), and capable of closing said switch (If) of the filtering step (EF) when a delay time frame higher than or equal to a predetermined time frame expires, - and charging activation means capable of transferring energy between said power supply network (RES) and said traction battery (Batt), said switch (If) of the filtering step (EF) being closed.
An automatically moving floor treatment appliance comprising an appliance housing , a drive means for the movement of the floor treatment appliance within a surrounding area, at least one fall sensor arranged on an underside of the appliance housing facing a surface , which is configured to detect a distance (a) of the floor treatment appliance from the surface , and a computing means , which is configured to compare the distance (a) detected by means of the fall sensor with a threshold value defining a slope and, in the event that the detected distance (a) is greater than the defined threshold value, to determine the presence of a slope as detection result, and to transmit a control command for changing a movement of the floor treatment appliance to the drive means , characterized in that , on the underside of the appliance housing , the floor treatment appliance has a plurality of fall sensors , which are arranged one behind the other in the direction of a circumferential contour of the underside , wherein the computing means is configured to compare a detection result of a fall sensor with a known reference result, and, in the event that the detection result does not correspond with the reference result, to determine a malfunctioning of the fall sensor , wherein the computing means is configured to compare distances (a) detected chronologically successively by the same fall sensor during a movement of the floor treatment appliance with one another, and, in the event that the distances (a) are identical, to determine a malfunctioning of the fall sensor , and/or wherein the computing means is configured to compare a detection result of a fall sensor with a detection result of at least one further fall sensor trailing the fall sensor in the direction of movement, and, in the event that the trailing fall sensor detects a slope without the leading fall sensor having detected the slope before, to determine a malfunctioning of the fall sensor , wherein the floor treatment appliance is initially further operated, under the condition that the trailing fall sensor now takes over the securing function of the defective leading fall sensor .
An intra-aortic device comprising a filter and a frame defining a shape of the filter , wherein the frame is intrinsically curved in a superior direction by a proximal superior bend and/or a distal superior bend , wherein, upon installation in an aorta, a flexure of the frame is configured to flatten or bend the frame in an inferior direction when constrained by a wall of the aorta; and wherein a catheter attachment is arranged at a proximal end of the frame for delivery from a femoral artery.
A method comprising: identifying, by a device in a network , a Domain Name System, DNS, response that contains an address of an endpoint that is a destination of an encrypted session of a client in the network , the DNS response sent by a DNS service to the client; identifying, by the device , the encrypted session associated with the DNS response by matching the address in the DNS response to the destination of the encrypted session ; in response to identifying the DNS response , capturing, by the device , DNS response data from the DNS response ; capturing, by the device , session data for the identified encrypted session of the client; making, by the device , a determination that the identified encrypted session is malicious by using the captured DNS response data and the captured session data as input to a machine learning-based or rule-based classifier, wherein the machine learning-based or rule-based classifier is configured to determine whether the identified encrypted session itself is malware related; and performing, by the device , a mediation action in response to the determination that the identified encrypted session is malicious. identifying, by a device in a network , a Domain Name System, DNS, response that contains an address of an endpoint that is a destination of an encrypted session of a client in the network , the DNS response sent by a DNS service to the client; identifying, by the device , the encrypted session associated with the DNS response by matching the address in the DNS response to the destination of the encrypted session ; in response to identifying the DNS response , capturing, by the device , DNS response data from the DNS response ; capturing, by the device , session data for the identified encrypted session of the client; making, by the device , a determination that the identified encrypted session is malicious by using the captured DNS response data and the captured session data as input to a machine learning-based or rule-based classifier, wherein the machine learning-based or rule-based classifier is configured to determine whether the identified encrypted session itself is malware related; and performing, by the device , a mediation action in response to the determination that the identified encrypted session is malicious.
A double walled container formed by blow molding from a parison (P) having an outer layer for a rigid outer container part and an inner layer for a flexible inner layer container part, the double walled container comprising a container bottom section formed by blow molding after sandwiching a vertically intermediate portion of the parison between split mold halves (D1, D2) in a horizontal direction, and a pitching slit (PS) located on a parting line of the container bottom section , the container bottom section having a bottom projection formed by the outer layer and the inner layer , and at the bottom projection extended portions of the outer layer and of the inner layer have protrusions and recesses of different heights as viewed in the horizontal direction such that the protrusions and recesses interlock with each other so as for the outer layer and the inner layer in the bottom projection not to be vertically shifted from each other, whereby portions of the inner layer in the container bottom section are exposed where portions of the outer layer are scraped off so that external air gets into a space produced between the inner layer and the outer layer , characterised in that the container bottom section shows a downwardly conical profile, and in that the bottom projection is formed at the lowest underside of the container bottom section . a container bottom section formed by blow molding after sandwiching a vertically intermediate portion of the parison between split mold halves (D1, D2) in a horizontal direction, and a pitching slit (PS) located on a parting line of the container bottom section , the container bottom section having a bottom projection formed by the outer layer and the inner layer , and at the bottom projection extended portions of the outer layer and of the inner layer have protrusions and recesses of different heights as viewed in the horizontal direction such that the protrusions and recesses interlock with each other so as for the outer layer and the inner layer in the bottom projection not to be vertically shifted from each other, whereby portions of the inner layer in the container bottom section are exposed where portions of the outer layer are scraped off so that external air gets into a space produced between the inner layer and the outer layer , characterised in that the container bottom section shows a downwardly conical profile, and in that the bottom projection is formed at the lowest underside of the container bottom section .
Apparatus for manufacturing a composite layer of a flexible pipe, comprising: a layer inspection station comprising at least one sensor, located downstream of and in an in-line configuration with an extrusion station or pultrusion station or winding station or deposition station for providing a tubular composite layer over an underlying substantially cylindrical surface via a continuous process; wherein the inspection station automatically and continuously determines if at least one parameter of the tubular composite layer satisfies a respective predetermined condition in at least one region of the tubular composite layer as the tubular composite layer is transported proximate to the inspection station and indicates in real time at least one of a type, size and/or location of a defect in the tubular composite layer; characterised in that the apparatus further comprises a repair station comprising at least one heater member and/or pressure applicator located downstream of, and in an in-line configuration with, the inspection station for selectively applying a repair cycle by applying a desired temperature and/or pressure at said at least one region. a layer inspection station comprising at least one sensor, located downstream of and in an in-line configuration with an extrusion station or pultrusion station or winding station or deposition station for providing a tubular composite layer over an underlying substantially cylindrical surface via a continuous process; wherein the inspection station automatically and continuously determines if at least one parameter of the tubular composite layer satisfies a respective predetermined condition in at least one region of the tubular composite layer as the tubular composite layer is transported proximate to the inspection station and indicates in real time at least one of a type, size and/or location of a defect in the tubular composite layer; characterised in that the apparatus further comprises a repair station comprising at least one heater member and/or pressure applicator located downstream of, and in an in-line configuration with, the inspection station for selectively applying a repair cycle by applying a desired temperature and/or pressure at said at least one region.
A medical device, comprising: a shaft , a joint assembly, a band , and a tool member ; the joint assembly including a proximal end portion and a distal end portion, and the proximal end portion being coupled to the shaft ; the tool member including a contact portion (4464, 5464, 6464, 7464, 8464, 9464 11464) and a coupling portion , the contact portion being configured to contact a target tissue, and the coupling portion being rotatably coupled to the distal end portion of the joint assembly; the band including a first band portion and a second band portion , a longitudinal center line of the band being defined along the band, the first band portion being within the shaft, the second band portion being coupled to the tool member, the first band portion having a first cross-sectional area in a first plane normal to the longitudinal center line of the band, the second band portion having a second cross-sectional area in a second plane normal to the longitudinal center line of the band, and the second cross-sectional area being different than the first cross-sectional area, wherein the first cross sectional area is greater than the second cross-sectional area, wherein the band includes a third band portion between the first band portion and the second band portion , and the third band portion tapers from the first cross-sectional area to the second cross-sectional area; and the tool member rotatable relative to the joint assembly about a rotation axis as the band is moved along the longitudinal center line of the band. a shaft , a joint assembly, a band , and a tool member ; the joint assembly including a proximal end portion and a distal end portion, and the proximal end portion being coupled to the shaft ; the tool member including a contact portion (4464, 5464, 6464, 7464, 8464, 9464 11464) and a coupling portion , the contact portion being configured to contact a target tissue, and the coupling portion being rotatably coupled to the distal end portion of the joint assembly; the band including a first band portion and a second band portion , a longitudinal center line of the band being defined along the band, the first band portion being within the shaft, the second band portion being coupled to the tool member, the first band portion having a first cross-sectional area in a first plane normal to the longitudinal center line of the band, the second band portion having a second cross-sectional area in a second plane normal to the longitudinal center line of the band, and the second cross-sectional area being different than the first cross-sectional area, wherein the first cross sectional area is greater than the second cross-sectional area, wherein the band includes a third band portion between the first band portion and the second band portion , and the third band portion tapers from the first cross-sectional area to the second cross-sectional area; and the tool member rotatable relative to the joint assembly about a rotation axis as the band is moved along the longitudinal center line of the band.