mhurhangee/ep-ind-claims huggingface dataset:
A battery module, comprising: a cell assembly including a plurality of secondary batteries and having a fluid path formed between the secondary batteries; an inlet duct located at one side surface of the cell assembly so as to cover the one side surface of the cell assembly, and having an inlet port such that the fluid introduced through the inlet port flows into the fluid path; an outlet duct located at the other side surface of the cell assembly so as to cover the other side surface of the cell assembly, and having an outlet port such that the fluid discharged from the fluid path flows out through the outlet port; and an entrance cover installed to at least one of the inlet port and the outlet port, and having a plurality of ribs formed in a plate shape and slantly arranged so that an inner and outer direction of the ribs is inclined with a predetermined angle from a direction parallel to the ground, wherein at least one of inner and outer ends of at least one of the plurality of ribs is bent, wherein the rib is inclined so that a middle portion thereof other than the bent portion is gradually lowered in an outward direction, and wherein the inner end of the rib is bent in an upward direction, and the outer end thereof is bent in a downward direction, wherein at least one of the inner and outer ends of the rib is bent in a direction perpendicular to the ground. a cell assembly including a plurality of secondary batteries and having a fluid path formed between the secondary batteries; an inlet duct located at one side surface of the cell assembly so as to cover the one side surface of the cell assembly, and having an inlet port such that the fluid introduced through the inlet port flows into the fluid path; an outlet duct located at the other side surface of the cell assembly so as to cover the other side surface of the cell assembly, and having an outlet port such that the fluid discharged from the fluid path flows out through the outlet port; and an entrance cover installed to at least one of the inlet port and the outlet port, and having a plurality of ribs formed in a plate shape and slantly arranged so that an inner and outer direction of the ribs is inclined with a predetermined angle from a direction parallel to the ground, wherein at least one of inner and outer ends of at least one of the plurality of ribs is bent, wherein the rib is inclined so that a middle portion thereof other than the bent portion is gradually lowered in an outward direction, and wherein the inner end of the rib is bent in an upward direction, and the outer end thereof is bent in a downward direction, wherein at least one of the inner and outer ends of the rib is bent in a direction perpendicular to the ground.
Acetyl-leucine, or a pharmaceutically acceptable salt thereof, for use in treating a neurodegenerative disease or one or more symptoms associated with a neurodegenerative disease in a subject in need thereof, wherein the neurodegenerative disease is chosen from Alzheimer's disease, ALS, MSA-P, MSA-C, frontotemporal dementia with parkinsonism, progressive supranuclear palsy, corticobasal degeneration, cerebellar downbeat nystagmus, Lewy Body dementia, and ataxia telangiectasia (Louis Barr disease), and wherein acetyl-leucine, or a pharmaceutically acceptable salt thereof is administered at least two times a day to achieve a total daily dose of from about 0.5 g to about 15 g.
A method of operating a network node in a media distribution network in which media data are transmitted via an access network in media bursts to a media client, wherein a media burst is followed by an idle period in which no media data are transmitted, the method comprising: receiving, from an access network, a control message; and adjusting, responsive to the control message, at least one of a media data volume of a media burst and a duration of an idle period following the media burst. receiving, from an access network, a control message; and adjusting, responsive to the control message, at least one of a media data volume of a media burst and a duration of an idle period following the media burst.
Electrical device for use in an aircraft, comprising at least one electrical load and also at least one input plug connector and at least one output plug connector, wherein the at least one output plug connector is connected to the at least one input plug connector and the at least one input plug connector can be connected to an on-board electrical system of the aircraft and wherein the electrical device (1, 1', 60) can be connected to a data network of the aircraft, wherein the electrical device (1, 1', 60) comprises a load unit (2, 2', 61), which comprises the at least one electrical load, and a connecting unit (10, 10', 70) which has the at least one input plug connector and the at least one output plug connector, wherein the load unit (2, 2', 61) has at least one supply plug connector which is connected to the at least one load, wherein the connecting unit (10, 10', 70) has at least one load plug connector which is connected to the at least one input plug connector, wherein the at least one supply plug connector can be releasably plug-connected to the at least one load plug connector, and wherein the connecting unit (10, 10', 70) can be releasably connected to the load unit (2, 2', 61), characterized in that the at least one input plug connector and the at least one output plug connector each have a plurality of contacts for passing on a polyphase AC voltage, wherein at least two contacts of the input plug connector and of the output plug connector are connected to one another for interchanging at least two phases.
An angular adjustment tool equipped with a first member, and a second member having a gear means, and a swingable floating wedge member having a toothed surface which can mesh with said gear means, and in respect of an angular adjustment tool with constrained relative swinging motion to the opposite direction from the relative swinging motion enabled to one direction of said second member with respect to said first member, comprising a free-holding means enabling the holding of the toothed surface of said floating wedge member to be freely held in non-contact with said gear means on the occasion of the swinging motion to said one direction, wherein the non-contact free-holding means (10, 80) provides a wedge operating member (11, 81) which is revolved through a small angular range by means of the friction forces accompanying the revolution with the second member (2, 60), and configures a non-contacted free state wherein the wedge operating member (11, 81) holds the toothed surface (7, 72) of the floating wedge member (6, 70) in a non-contacted free state from said gear means (4, 66), by means of the swinging motion to the one direction of the second member (2, 60) with respect to the first member (1, 50), in addition to a meshed state of the toothed surface (7, 72) of the floating wedge member (6, 70) with the gear means (4, 66) and the wedge surface (8, 58a) formed on the first member (1, 50) side, by means of the swinging motion to the opposite direction, wherein the relative swinging motion to the opposite direction of the second member (2, 60) with respect to the first member (1, 50) is constrained by means of the wedge effect of the floating wedge member (6, 70).
An imaging array including rows and columns of vertical detector color pixel sensors, each vertical detector color pixel sensor (86, 88, 90... 96) disposed in a row and column (C0, C1, C2... C5) of the array and having individual color detectors (86r, 86g, 86b; 88r, 88g, 88b; etc.) for a number of colors, and a readout wiring architecture, the readout wiring architecture comprising: a plurality of row-select lines (106, 108, 110) for each row of the array, the number of row-select lines equal to the number of colors in the vertical detector color pixel sensors in the array; an individual column line (118, 120, 122... 128) for each column of the array; a transfer transistor (86tg, 86tb, 88tr, 88tg, 88tb, etc.) for each individual color detector in each vertical detector color pixel sensor in the array, each transfer transistor coupled between a color detector in a column of the array and a column line of the array, each transfer transistor having a gate coupled to one of the plurality of row-select lines in a row of the array in which the vertical detector color pixel sensor is disposed; wherein the transfer transistors for each color detector in a vertical detector color pixel sensor (88,90,92, etc.) in a column (C1, C2, C3, etc.) of the array are coupled to a different one of the column line (118, 120, 122 etc.) immediately preceding the column line in which the vertical detector color pixel sensor is disposed, the column line (120,122,124, etc.) in which the vertical detector color pixel sensor is disposed, and the column line (122, 124, 126, etc.) immediately following the column line in which the vertical detector color pixel sensor is disposed. a plurality of row-select lines (106, 108, 110) for each row of the array, the number of row-select lines equal to the number of colors in the vertical detector color pixel sensors in the array; an individual column line (118, 120, 122... 128) for each column of the array; a transfer transistor (86tg, 86tb, 88tr, 88tg, 88tb, etc.) for each individual color detector in each vertical detector color pixel sensor in the array, each transfer transistor coupled between a color detector in a column of the array and a column line of the array, each transfer transistor having a gate coupled to one of the plurality of row-select lines in a row of the array in which the vertical detector color pixel sensor is disposed; wherein the transfer transistors for each color detector in a vertical detector color pixel sensor (88,90,92, etc.) in a column (C1, C2, C3, etc.) of the array are coupled to a different one of the column line (118, 120, 122 etc.) immediately preceding the column line in which the vertical detector color pixel sensor is disposed, the column line (120,122,124, etc.) in which the vertical detector color pixel sensor is disposed, and the column line (122, 124, 126, etc.) immediately following the column line in which the vertical detector color pixel sensor is disposed.
A method for making a multilayered optical film, comprising: providing at least a first and a second stream of resin; providing a feeder tube plate having a first plurality of conduits and a second plurality of conduits interleaved with the first plurality of conduits; feeding the first stream into the first plurality of conduits and the second stream into the second plurality of conduits; providing a slot die for each of the first and second plurality of conduits such that the first and second streams are divided into a plurality of interleaved layers to yield a composite stream; passing the composite stream through an extrusion die to form a multilayer web in which each layer is generally parallel to the major surface of adjacent layers; and heating the first and second streams of resin with at least one axial rod heater that extends along at least one of the first and second plurality of conduits and is between the first and second plurality of conduits. providing at least a first and a second stream of resin; providing a feeder tube plate having a first plurality of conduits and a second plurality of conduits interleaved with the first plurality of conduits; feeding the first stream into the first plurality of conduits and the second stream into the second plurality of conduits; providing a slot die for each of the first and second plurality of conduits such that the first and second streams are divided into a plurality of interleaved layers to yield a composite stream; passing the composite stream through an extrusion die to form a multilayer web in which each layer is generally parallel to the major surface of adjacent layers; and heating the first and second streams of resin with at least one axial rod heater that extends along at least one of the first and second plurality of conduits and is between the first and second plurality of conduits.
A method of laser processing an ion-exchangeable glass workpiece, the method comprising: focusing a pulsed laser beam into a laser beam focal line oriented along the beam propagation direction and directed into the ion-exchangeable glass workpiece, the laser beam focal line generating an induced absorption within the workpiece, the induced absorption producing a defect line along the laser beam focal line within the workpiece; and translating the workpiece and the laser beam relative to each other along a contour, thereby laser forming a plurality of defect lines along the contour within the workpiece, wherein a spatial periodicity between adjacent defect lines is between 0.5 micron and 20 microns. focusing a pulsed laser beam into a laser beam focal line oriented along the beam propagation direction and directed into the ion-exchangeable glass workpiece, the laser beam focal line generating an induced absorption within the workpiece, the induced absorption producing a defect line along the laser beam focal line within the workpiece; and translating the workpiece and the laser beam relative to each other along a contour, thereby laser forming a plurality of defect lines along the contour within the workpiece, wherein a spatial periodicity between adjacent defect lines is between 0.5 micron and 20 microns.
A transfer means for a freeze drying plant comprising at least one freeze drying station and at least one loading station (14,15), wherein the transfer means comprises at least one supporting frame having one loading area and at least one laminar flow means for producing a laminar air flow in the loading area, characterized in that the transfer means comprises a lifting carriage which, for lifting and moving the supporting frame, is adapted to be mechanically coupled thereto and to be decoupled therefrom, and which is provided with a drive motor and a steering means.
A yarn winding device comprising: a yarn supplying section adapted to supply a yarn; a yarn storage device adapted to wind the yarn from the yarn supplying section and temporarily store the yarn when a storage winding section is rotated; a package forming section adapted to pull out the yarn from the yarn storage device and wind the yarn around a winding bobbin to form a package; a yarn joining device adapted to join a disconnected yarn from the yarn supplying section and a yarn from the yarn storage device when the yarn is disconnected between the yarn supplying section and the yarn storage device; a storage yarn pull-out section adapted to pull out the yarn from the yarn storage device from the yarn storage device and guide the yarn to the yarn joining device; a control section adapted to carry out a reverse rotation control of rotating the storage winding section in a direction opposite to a direction of winding when guiding the yarn from the yarn storage device to the yarn joining device, wherein the control section controls the storage winding section such that a number of reverse rotations of the storage winding section becomes a determined instructed number of reverse rotations in the reverse rotation control, characterized in that the control section calculates the instructed number of reverse rotations in the reverse rotation control, and the instructed number of reverse rotations is calculated based on a length of a yarn stored when the storage winding section makes one rotation and a distance of a yarn path from the yarn storage device to the yarn joining device. a yarn supplying section adapted to supply a yarn; a yarn storage device adapted to wind the yarn from the yarn supplying section and temporarily store the yarn when a storage winding section is rotated; a package forming section adapted to pull out the yarn from the yarn storage device and wind the yarn around a winding bobbin to form a package; a yarn joining device adapted to join a disconnected yarn from the yarn supplying section and a yarn from the yarn storage device when the yarn is disconnected between the yarn supplying section and the yarn storage device; a storage yarn pull-out section adapted to pull out the yarn from the yarn storage device from the yarn storage device and guide the yarn to the yarn joining device; a control section adapted to carry out a reverse rotation control of rotating the storage winding section in a direction opposite to a direction of winding when guiding the yarn from the yarn storage device to the yarn joining device, wherein the control section controls the storage winding section such that a number of reverse rotations of the storage winding section becomes a determined instructed number of reverse rotations in the reverse rotation control, characterized in that the control section calculates the instructed number of reverse rotations in the reverse rotation control, and the instructed number of reverse rotations is calculated based on a length of a yarn stored when the storage winding section makes one rotation and a distance of a yarn path from the yarn storage device to the yarn joining device.
A method of reinforcing a structure, wherein the structure comprises: - at least one pier bearing on foundations, - a cross-beam bearing on the pier; and - at least one structure element located above the cross-beam, the method comprising: - forming a transverse beam, - lifting the transverse beam towards the cross-beam, - forming at least part of a column to bear on the foundations and to surround the pier partly, wherein the at least part of the column and the transverse beam are arranged in a fixed relative position; and - mechanically coupling the at least part of the column to the pier and mechanically coupling the transverse beam to the cross-beam. - at least one pier bearing on foundations, - a cross-beam bearing on the pier; and - at least one structure element located above the cross-beam, - forming a transverse beam, - lifting the transverse beam towards the cross-beam, - forming at least part of a column to bear on the foundations and to surround the pier partly, wherein the at least part of the column and the transverse beam are arranged in a fixed relative position; and - mechanically coupling the at least part of the column to the pier and mechanically coupling the transverse beam to the cross-beam.
A computer implemented method of computer security for a host computer system in communication with remote computer systems, the method comprising: generating an attack map as a directed graph data structure modelling individual events leading to an exploitation of the host computer system, the attack map being generated in a training phase of the host computer system in which the host is subjected to attacks by one or more attacking remote computer systems, and generating the attack map includes the steps of: a) collecting a log of each of a plurality of attack events occurring at the host including network packets involved in each attack event; b) using stacked autoencoders to extract features from the log event in each attack; c) generating a directed graph representation based on each of the extracted features based on a temporal relationship between events for each extracted feature and a predefined definition of each of a plurality of attack patterns defining events and temporal relationships between events, using the attack map in an operational phase of the host computer system to detect security events occurring in a sequence constituting a path through the attack map to identify a sequence of events indicative of an attack, and responsive to the identification, deploying one or more security facilities to mitigate the attack. generating an attack map as a directed graph data structure modelling individual events leading to an exploitation of the host computer system, the attack map being generated in a training phase of the host computer system in which the host is subjected to attacks by one or more attacking remote computer systems, and generating the attack map includes the steps of: a) collecting a log of each of a plurality of attack events occurring at the host including network packets involved in each attack event; b) using stacked autoencoders to extract features from the log event in each attack; c) generating a directed graph representation based on each of the extracted features based on a temporal relationship between events for each extracted feature and a predefined definition of each of a plurality of attack patterns defining events and temporal relationships between events, a) collecting a log of each of a plurality of attack events occurring at the host including network packets involved in each attack event; b) using stacked autoencoders to extract features from the log event in each attack; c) generating a directed graph representation based on each of the extracted features based on a temporal relationship between events for each extracted feature and a predefined definition of each of a plurality of attack patterns defining events and temporal relationships between events, using the attack map in an operational phase of the host computer system to detect security events occurring in a sequence constituting a path through the attack map to identify a sequence of events indicative of an attack, and responsive to the identification, deploying one or more security facilities to mitigate the attack.
Device for cosmetically treating human keratin materials with the aid of an electric current, comprising at least: - a power supply system, - an electrode and a counter electrode, - a removable reservoir containing a cosmetic composition, the reservoir being provided with at least one outlet orifice for the composition, - an application end piece that is fed with composition from the reservoir and defines an application surface intended to come into contact with the keratin materials, characterized in that the reservoir is at least partially defined by a first, electrically conductive zone that is connected to the power supply system, and by a second, elastically deformable zone, the second, elastically deformable zone exerting a pressure on the composition, this pressure being able to bring about a decrease in volume of the reservoir and a flow of the composition through the outlet orifice in the opened-up position of the outlet orifice, and the composition being kept inside the reservoir in the closed-off position of the outlet orifice. - a power supply system, - an electrode and a counter electrode, - a removable reservoir containing a cosmetic composition, the reservoir being provided with at least one outlet orifice for the composition, - an application end piece that is fed with composition from the reservoir and defines an application surface intended to come into contact with the keratin materials,
A system for detecting a wiring configuration of a controlled field alternator that produces alternating current and includes a plurality of reconnectable output leads, the system comprising: a first sensor for measuring an excitation level of a field within the alternator; a second sensor for measuring an output characteristic of the alternator; and a controller that uses at least one of the excitation level and output characteristic to determine the connection configuration of the plurality of reconnectable output leads of the alternator. a first sensor for measuring an excitation level of a field within the alternator; a second sensor for measuring an output characteristic of the alternator; and a controller that uses at least one of the excitation level and output characteristic to determine the connection configuration of the plurality of reconnectable output leads of the alternator.