mhurhangee/patent-ind-claim-en huggingface dataset:
Backing net for arrangement on the downstream surface of a filter media pack for a V-type filter, wherein the backing net has a longitudinal direction and a lateral direction, said backing net comprising a plurality of longitudinal beams , each having first and second ends and being arranged to be mounted to the filter media pack in the longitudinal direction, and each having a height that varies over their length with a reduced height at the ends of the longitudinal beam, said backing net further comprising a plurality of vanes , wherein each vane is attached to adjacent longitudinal beams and is arranged in a gap between the adjacent longitudinal beams to extend in the lateral direction, wherein the vanes are adapted to direct an air flow passing through the backing net in a preferred direction, and wherein an angle φ between the normal of the principal plane of the backing net and a straight, imaginary line connecting the starting point and the end point of each vane lies between 0° and 90°.
A system comprising at least two devices to convert out-of-plane motion to in-plane motion and/or conversely and an element mobile in rotation about a rotational axis (Z) orthogonal to a plane of the system, each conversion device comprising at least a first out-of-plane deformable element , said deformable element comprising a first fixed end (4.1) anchored on a substrate and a second free end (4.2) relative to the substrate, the first deformable element of each device being capable of deforming out-of-plane through application of an independent stimulus (S1, S2) so that the second free end (4.2) draws close to the first fixed end (4.1), characterised in that said device also comprises means for guiding the second free end (4.2) in in-plane translation, in that , when the first deformable element is deformed out-of-plane, the second free end (4.2) draws close to the first fixed end (4.1) by in-plane translational movement and in that the rotationally mobile element is mechanically linked to the second free ends (4.2, 104.2) of the two deformable elements of said devices by mechanical links capable of being deformed.
A photocurable ink composition comprising: an amine A which is an amine compound having an α-hydrogen atom and a number-average molecular weight of less than 1,000; an amine B which is an amine compound having an α-hydrogen atom and a number-average molecular weight of 1,000 or more; and at least one of a monofunctional radical-polymerizable monomer or a bifunctional radical-polymerizable monomer, wherein a total content of the monofunctional radical-polymerizable monomer and the bifunctional radical-polymerizable monomer is 50% by mass or more based on a total amount of the photocurable ink composition, characterized in that each of the amine A and the amine B has a hindered amine structure represented by formula (HA0) below: wherein * in formula (HA0) represents a binding site, wherein Examples 57A and 59A of EP 3 587 512 A1 and Example 41A of EP 3 617 283 A1 are excluded from the scope of claim 1. an amine A which is an amine compound having an α-hydrogen atom and a number-average molecular weight of less than 1,000; an amine B which is an amine compound having an α-hydrogen atom and a number-average molecular weight of 1,000 or more; and at least one of a monofunctional radical-polymerizable monomer or a bifunctional radical-polymerizable monomer, wherein a total content of the monofunctional radical-polymerizable monomer and the bifunctional radical-polymerizable monomer is 50% by mass or more based on a total amount of the photocurable ink composition, characterized in that each of the amine A and the amine B has a hindered amine structure represented by formula (HA0) below: wherein * in formula (HA0) represents a binding site, wherein Examples 57A and 59A of EP 3 587 512 A1 and Example 41A of EP 3 617 283 A1 are excluded from the scope of claim 1.
Machining device comprising a framework, a transmission shaft that extends along an axis (A) and is able to be coupled to a cutting tool, and a drive mechanism for driving the transmission shaft, said mechanism comprising a rotation member that is coupled to the transmission shaft and is able to drive the transmission shaft rotationally about its axis with respect to the framework, a drive member that is in helical connection with the transmission shaft and is able to drive the transmission shaft translationally along its axis (A) in a feed movement with respect to the framework, depending on the relative rotational speed of said rotation member and drive member , and means for generating axial oscillations that are able to generate an oscillating feed movement of the transmission shaft along its axis, said drive member being mounted so as to be able to move translationally along the axis (A) with respect to said framework and positioned between an end for coupling the transmission shaft to said cutting tool and said rotation member , characterized in that said means for generating axial oscillations comprise an electromechanical actuator mounted in a fixed location, associated with said framework, in front of said drive member to which said electromechanical actuator is able to be coupled in order to make it oscillate translationally, so as to superpose an axial oscillation component on said feed movement.
A method comprising: receiving, by a computer system, specification of a source endpoint and a destination endpoint; generating, by the computer system and using a database storing data object instances describing locations of a plurality of ports within a datacenter and interconnects between pairs of ports of the plurality of ports, a path through the datacenter between the source endpoint and the destination endpoint according to the data object instances; and outputting, by the computer system, a representation of the path, wherein the datacenter includes components comprising arrays of ports located on one of a plurality of levels and one of a plurality of areas of the datacenter included among the plurality of ports; wherein the data object instances include object instances having labels that include a level identifier, area identifier, row identifier, and column identifier of each port of the array of ports within the datacenter; and wherein generating the path through the datacenter between the source endpoint and the destination endpoint according to the data object instances comprises identifying pairs of ports having labels with identical level identifiers and row identifiers. receiving, by a computer system, specification of a source endpoint and a destination endpoint; generating, by the computer system and using a database storing data object instances describing locations of a plurality of ports within a datacenter and interconnects between pairs of ports of the plurality of ports, a path through the datacenter between the source endpoint and the destination endpoint according to the data object instances; and outputting, by the computer system, a representation of the path, wherein the datacenter includes components comprising arrays of ports located on one of a plurality of levels and one of a plurality of areas of the datacenter included among the plurality of ports; wherein the data object instances include object instances having labels that include a level identifier, area identifier, row identifier, and column identifier of each port of the array of ports within the datacenter; and wherein generating the path through the datacenter between the source endpoint and the destination endpoint according to the data object instances comprises identifying pairs of ports having labels with identical level identifiers and row identifiers.
A bistable electromagnetic clutch, characterized by comprising: a first part, a second part and an spring part; the first part comprises a yoke, the yoke is provided thereon with a plurality of iron cores , and an electromagnetic coil is provided on each of the iron cores ; the second part comprises a moving carrier disc and a magnetic conductive disc , the magnetic conductive disc is fixed on a side of the moving carrier disc that is away from the yoke, several magnets are fixed on the moving carrier disc , and the iron cores and the magnets are provided in a correspondence relation; the spring part is configured to keep the moving carrier disc and the yoke in normally separated positions; characterized in that , two adjacent electromagnetic coils form a group, two electromagnetic coils in a same group are wound to form a group of windings with identical magnetic polarities, and corresponding two magnets form a group of magnetomotive forces with identical magnetic polarities. the first part comprises a yoke, the yoke is provided thereon with a plurality of iron cores , and an electromagnetic coil is provided on each of the iron cores ; the second part comprises a moving carrier disc and a magnetic conductive disc , the magnetic conductive disc is fixed on a side of the moving carrier disc that is away from the yoke, several magnets are fixed on the moving carrier disc , and the iron cores and the magnets are provided in a correspondence relation; the spring part is configured to keep the moving carrier disc and the yoke in normally separated positions; characterized in that , two adjacent electromagnetic coils form a group, two electromagnetic coils in a same group are wound to form a group of windings with identical magnetic polarities, and corresponding two magnets form a group of magnetomotive forces with identical magnetic polarities.
Method of screwing a flange connection comprising at least a first flange , a second flange and a plurality of bolt systems (18.1...18.136), wherein - the first flange and the second flange each have a plurality of flange recesses (16.1...16.136) which can each be aligned with one another and in which the plurality of bolt systems (18.1...18.136) can be arranged, - at least a plurality of gap dimensions (20.1...20.136) which can be assigned to the bolt systems (18.1...18.136), are measured between the first flange and the second flange , - the individual measured gap dimensions (20.1...20.136) can be evaluated and stored in such a way that they can be assigned to the individual bolt systems (18.1...18.136), - by means of a tightening means the bolt systems (18.1...18.136) are tightened in a sequence depending on the gap dimensions (20.1...20.136) assigned to them; characterized in that - the bolt systems (18.1...18.136) are tightened in at least one first tightening step until a respective associated gap dimension is smaller than or equal to a reference gap dimension. - the first flange and the second flange each have a plurality of flange recesses (16.1...16.136) which can each be aligned with one another and in which the plurality of bolt systems (18.1...18.136) can be arranged, - at least a plurality of gap dimensions (20.1...20.136) which can be assigned to the bolt systems (18.1...18.136), are measured between the first flange and the second flange , - the individual measured gap dimensions (20.1...20.136) can be evaluated and stored in such a way that they can be assigned to the individual bolt systems (18.1...18.136), - by means of a tightening means the bolt systems (18.1...18.136) are tightened in a sequence depending on the gap dimensions (20.1...20.136) assigned to them; characterized in that - the bolt systems (18.1...18.136) are tightened in at least one first tightening step until a respective associated gap dimension is smaller than or equal to a reference gap dimension.
A method of transferring an electrically conductive material to a substrate, the method comprising: a) contacting at least a portion of the substrate with the electrically conductive material disposed on a carrier film; and b) applying heat and pressure to the substrate and carrier film for a period of time ranging from 1 to 40 seconds, at a temperature ranging from 93.3°C to 232.2°C (200°F to 450°F), and at a pressure ranging from 2.07x10 5 Pa to 8.27x10 5 Pa (30 to 120 psi), such that the electrically conductive material adheres to the substrate. a) contacting at least a portion of the substrate with the electrically conductive material disposed on a carrier film; and b) applying heat and pressure to the substrate and carrier film for a period of time ranging from 1 to 40 seconds, at a temperature ranging from 93.3°C to 232.2°C (200°F to 450°F), and at a pressure ranging from 2.07x10 5 Pa to 8.27x10 5 Pa (30 to 120 psi), such that the electrically conductive material adheres to the substrate.
An information processing device , comprising: a communication unit configured to obtain first capability information from a first control target device through a first communication path and second capability information from a second control target device through the first communication path, the first and second capability information indicating a capability of processing data received through the first communication path; a determination unit configured to determine, based on the first capability information and the second capability information, one of the first and second control target devices that has the capability of processing data received through the first communication path as a transmission target control target device to which connection information of the other control target device is transmitted through the first communication path to start communication with the other of the first and second control target devices through a second communication path different from the first communication path; a notification control unit configured to notify, upon receiving the capability information from the first control target device , a user who uses the second control target device of a start notification for starting communication between the information processing device and the second control target device through the first communication path. a communication unit configured to obtain first capability information from a first control target device through a first communication path and second capability information from a second control target device through the first communication path, the first and second capability information indicating a capability of processing data received through the first communication path; a determination unit configured to determine, based on the first capability information and the second capability information, one of the first and second control target devices that has the capability of processing data received through the first communication path as a transmission target control target device to which connection information of the other control target device is transmitted through the first communication path to start communication with the other of the first and second control target devices through a second communication path different from the first communication path; a notification control unit configured to notify, upon receiving the capability information from the first control target device , a user who uses the second control target device of a start notification for starting communication between the information processing device and the second control target device through the first communication path.
A method for providing offline communications on an aircraft, the method characterised by comprising: determining, by one or more processors in a first client device executing an airline application on an aircraft while the aircraft is in flight, that the first client device is unable to access an online airline database; providing, by the one or more processors via a short-range communication protocol over a dedicated secure communication channel, a request to a second client device to open a communication session with the second client device, the request including identification information for the first client device and an indication of the airline application executing on the first client device; in response to the second client device determining that the first client device has permission to communicate airline data peer-to-peer with the second client device in a mesh network, receiving, at the one or more processors, airline data via the mesh network to synchronize the first client device with the airline data stored at the second client device; and storing, by the one or more processors, a local copy of the airline data at the first client device. determining, by one or more processors in a first client device executing an airline application on an aircraft while the aircraft is in flight, that the first client device is unable to access an online airline database; providing, by the one or more processors via a short-range communication protocol over a dedicated secure communication channel, a request to a second client device to open a communication session with the second client device, the request including identification information for the first client device and an indication of the airline application executing on the first client device; in response to the second client device determining that the first client device has permission to communicate airline data peer-to-peer with the second client device in a mesh network, receiving, at the one or more processors, airline data via the mesh network to synchronize the first client device with the airline data stored at the second client device; and storing, by the one or more processors, a local copy of the airline data at the first client device.
Medical treatment device for stimulating neurons of a patient to suppress a pathologically synchronous activity of the neurons, comprising a non-invasive stimulation unit configured for simultaneously administering at least one acoustic stimulus and at least one non-acoustic stimulus to a patient's body, each of which is configured to suppress the pathologically synchronous activity when being administered to the patient's body, wherein the stimulation unit comprises at least one vibrotactile stimulating element which is configured to oscillatingly or periodically act onto a surface of the patient's body so as to administer the non-acoustic stimulus to the patient's body, wherein the stimulation unit is configured to simultaneously generate the acoustic stimulus and the non-acoustic stimulus upon oscillatingly or periodically actuating the vibrotactile stimulating element, and wherein when being administered to the patient's body, the acoustic stimulus is configured to suppress a pathologically synchronous activity of a first neuronal population and the non-acoustic stimulus is configured to suppress a pathologically synchronous activity of a second neuronal population being different from the first neuronal population. the stimulation unit comprises at least one vibrotactile stimulating element which is configured to oscillatingly or periodically act onto a surface of the patient's body so as to administer the non-acoustic stimulus to the patient's body, wherein the stimulation unit is configured to simultaneously generate the acoustic stimulus and the non-acoustic stimulus upon oscillatingly or periodically actuating the vibrotactile stimulating element, and wherein when being administered to the patient's body, the acoustic stimulus is configured to suppress a pathologically synchronous activity of a first neuronal population and the non-acoustic stimulus is configured to suppress a pathologically synchronous activity of a second neuronal population being different from the first neuronal population.
A method performed by an authenticating device for authenticating users in an internet of things, IoT, environment, the method comprising: receiving an access request from a user to access a first device present in the IoT environment; identifying a type of questions based on an authentication level defined for the first device, wherein the authentication level defined for the first device corresponds to a required threshold score for accessing the first device; generating at least one question corresponding to the type of questions based on at least one of user data of the user associated with the access request or device data of a second device associated with the user; presenting the at least one question to the user or the second device; receiving a response for the at least one question from the user or the second device; and authenticating the user to access the first device based on a determination that a score generated based on the response is more than or equal to the required threshold score determined based on the authentication level defined for the first device, wherein the required threshold score and the authentication level is defined for each device present in the IoT environment. receiving an access request from a user to access a first device present in the IoT environment; identifying a type of questions based on an authentication level defined for the first device, wherein the authentication level defined for the first device corresponds to a required threshold score for accessing the first device; generating at least one question corresponding to the type of questions based on at least one of user data of the user associated with the access request or device data of a second device associated with the user; presenting the at least one question to the user or the second device; receiving a response for the at least one question from the user or the second device; and authenticating the user to access the first device based on a determination that a score generated based on the response is more than or equal to the required threshold score determined based on the authentication level defined for the first device, wherein the required threshold score and the authentication level is defined for each device present in the IoT environment.
A computer-implemented method for analyzing an update to a transform element, the method including: identifying a time of a recent update to a particular transform element of one or more transform elements, the recent update being an update within a threshold amount of time; in response to determining that the particular transform element was recently updated, reviewing update logs associated with the particular transform element to identify one or more inconsistencies between the update logs and a timing of the recent update stored in a data repository, wherein the presence of inconsistencies can be indicative of an error or a potential error associated with the particular transform element; and if any errors or potential errors associated with the particular transform element are identified, outputting an alert to indicate an identified error or potential error associated with the particular transform element. identifying a time of a recent update to a particular transform element of one or more transform elements, the recent update being an update within a threshold amount of time; in response to determining that the particular transform element was recently updated, reviewing update logs associated with the particular transform element to identify one or more inconsistencies between the update logs and a timing of the recent update stored in a data repository, wherein the presence of inconsistencies can be indicative of an error or a potential error associated with the particular transform element; and if any errors or potential errors associated with the particular transform element are identified, outputting an alert to indicate an identified error or potential error associated with the particular transform element.