mhurhangee/ep-ind-claims huggingface dataset:
Flight-capable wind-driven wing structure, comprising (i) a tether line which is designed to connect the wing structure, during operation, to a ground station of a wind turbine, one end of the tether line being attached to the wing structure; and (ii) a bridle line system which comprises a large number of bridle lines (70, 71), at least two bridle lines having an end which is connected to the wing structure and at least one bridle line having an end which is connected to the tether line, and the bridle line system is releasably connected to the tether line during operation, characterized in that the tether line has a first sleeve attached to the tether line, the bridle line system has a second sleeve to which the at least one bridle line (70, 71) is connected, and during operation, the tether line is guided through the second sleeve, the first and the second sleeve being designed to enter into a releasable form-fitting or frictional connection during operation. (i) a tether line which is designed to connect the wing structure, during operation, to a ground station of a wind turbine, one end of the tether line being attached to the wing structure; and (ii) a bridle line system which comprises a large number of bridle lines (70, 71), at least two bridle lines having an end which is connected to the wing structure and at least one bridle line having an end which is connected to the tether line, and the bridle line system is releasably connected to the tether line during operation,
A system having a security layer for use in an industrial control and automation system comprising: a user database configured to store identities of users with credentials to access one or more controllers of the security layer; a web server configured to identify an operator using a client device; a secure token server configured to authenticate the operator of the client device, with the identities stored in the user database and, provide an identity token to the client device; wherein upon the client device attempting to access a target controller in a target security layer the web server is further configured to: communicate with the STS to authenticate the operator; receive an identity token from the client device; and provide an access token for the operator derived from the identity token to an application server; and wherein the application server is configured to negotiate access for the client device with a target application server in the target security layer for allowing the client device to access target controllers of the target security layer. a user database configured to store identities of users with credentials to access one or more controllers of the security layer; a web server configured to identify an operator using a client device; a secure token server configured to authenticate the operator of the client device, with the identities stored in the user database and, provide an identity token to the client device; wherein upon the client device attempting to access a target controller in a target security layer the web server is further configured to: communicate with the STS to authenticate the operator; receive an identity token from the client device; and provide an access token for the operator derived from the identity token to an application server; and wherein the application server is configured to negotiate access for the client device with a target application server in the target security layer for allowing the client device to access target controllers of the target security layer. communicate with the STS to authenticate the operator; receive an identity token from the client device; and provide an access token for the operator derived from the identity token to an application server; and wherein the application server is configured to negotiate access for the client device with a target application server in the target security layer for allowing the client device to access target controllers of the target security layer.
Package for a catheter, comprising a catheter having a catheter tube with a distal end and a proximal end, the proximal end being provided with a catheter connector; a main body for holding the catheter, and a cap for closing off the main body; a gel container positioned inside the main body, the gel container being provided with a cavity for holding an amount of gel-like lubricating agent, and comprising a first opening at a distal end, and a second opening at a proximal end, the catheter tube being disposed through the first opening and second opening when stored in the package, wherein the main body is made of a rigid material, and wherein the main body and cap enclose the catheter tube entirely.
A data processing method comprising: storing, in a columnar data store, one or more datasets; storing, in an index data repository comprising one or more indexes of the one or more datasets stored in the columnar data store, at least one dataset, and one or more views of the one or more datasets stored in the columnar data store; receiving a query to perform an analysis on a particular dataset; determining whether a view of the particular dataset is stored in the index data repository based on index metadata identifying the datasets stored in the index data repository and access controls for the at least one dataset; wherein the index metadata is stored in the index data repository; determining, when a view of the particular dataset is stored in the index data repository, whether the particular dataset is subject to access controls based on the index metadata; adding, when the particular dataset is subject to particular access controls, a filter to the query based on the particular access controls, wherein the filter identifies resources in the columnar store accessible under the particular access controls; and executing the query using the columnar data store. storing, in a columnar data store, one or more datasets; storing, in an index data repository comprising one or more indexes of the one or more datasets stored in the columnar data store, at least one dataset, and one or more views of the one or more datasets stored in the columnar data store; receiving a query to perform an analysis on a particular dataset; determining whether a view of the particular dataset is stored in the index data repository based on index metadata identifying the datasets stored in the index data repository and access controls for the at least one dataset; wherein the index metadata is stored in the index data repository; determining, when a view of the particular dataset is stored in the index data repository, whether the particular dataset is subject to access controls based on the index metadata; adding, when the particular dataset is subject to particular access controls, a filter to the query based on the particular access controls, wherein the filter identifies resources in the columnar store accessible under the particular access controls; and executing the query using the columnar data store.
A latch system for opening and closing an openable structure, the latch system comprising: a first latch assembly; a second latch assembly separated from the first latch assembly; and an assembly connector operably connecting the first latch assembly to the second latch assembly such that operation of one of the first latch assembly and the second latch assembly causes operation of the other of the first latch assembly and the second latch assembly through the assembly connector, wherein lateral movement of a portion of the first latch assembly in operation causes lateral movement of the assembly connector which causes lateral movement of a portion of the second latch assembly to thus operate the second latch assembly, characterised in that the latch system further comprises a first handle biasing mechanism disposed in the first latch assembly and a second handle biasing mechanism disposed in the second latch assembly, wherein each handle biasing mechanism is configured to operate a respective handle when the other of the latch assembly is operated. a first latch assembly; a second latch assembly separated from the first latch assembly; and an assembly connector operably connecting the first latch assembly to the second latch assembly such that operation of one of the first latch assembly and the second latch assembly causes operation of the other of the first latch assembly and the second latch assembly through the assembly connector, wherein lateral movement of a portion of the first latch assembly in operation causes lateral movement of the assembly connector which causes lateral movement of a portion of the second latch assembly to thus operate the second latch assembly, characterised in that the latch system further comprises a first handle biasing mechanism disposed in the first latch assembly and a second handle biasing mechanism disposed in the second latch assembly, wherein each handle biasing mechanism is configured to operate a respective handle when the other of the latch assembly is operated.
A steering axle for agricultural vehicles like self-propelled harvesters, tractors or the like, comprising at least two drive motors (20, 21) for at least two wheels at both sides of the steering axle, wherein the at least two drive motors (20, 21) are arranged in mutually juxtaposed relationship between the wheels and provided on both sides is a respective mechanical drive train (29, 33, 34) between the drive motor (20, 21) and the wheel, wherein the steering axle has axle housings (6, 7) and a central axle body which includes a mounting device, by means of which the whole steering axle can be fixed swingingly to the vehicle, characterised in that the at least two drive motors (20, 21) are arranged substantially centrally between the wheels and are fixed to the common central axle body, wherein fixed to the central axle body at both sides is a respective mounting flange (4, 5) adjoined by a respective one of the two axle housings (6, 7), wherein the axle housings (6, 7) are of a two-part or multi-part configuration and wherein the respective mounting flange (4, 5) is provided between the drive motor (20, 21) and the central axle body.
Chairlift boarding apparatus for boarding people onto a supporting structure, the boarding apparatus comprising at least two adjacent timing gates for regulating a flow of people to be boarded who are crossing said timing gates, the boarding apparatus being characterized in that it comprises a system for detecting a high-risk situation comprising at least: - a detection device which is capable of determining the presence of a potential person as they pass through each of the timing gates and of determining whether the potential person is taller than a predetermined height; - a data processing unit which is configured to determine, from the data from the detection device, the existence of a high-risk situation when a person who is shorter than the predetermined height is detected in front of a given gate among the adjacent gates, and that no person who is taller than the predetermined height is detected as they pass through at least one of the gates which are adjacent to the given gate. - a detection device which is capable of determining the presence of a potential person as they pass through each of the timing gates and of determining whether the potential person is taller than a predetermined height; - a data processing unit which is configured to determine, from the data from the detection device, the existence of a high-risk situation when a person who is shorter than the predetermined height is detected in front of a given gate among the adjacent gates, and that no person who is taller than the predetermined height is detected as they pass through at least one of the gates which are adjacent to the given gate.
Method for protecting a clutch of a hybrid vehicle comprising a combustion engine, at least one other driving source (10, 18) comprising an energy store, the clutch connecting at least the heat engine to at least one wheel drive shaft of the vehicle, said at least one other power source (10, 18) having two modes of actuation, a motor mode in which it supplies energy from so as to deliver a traction or assistance torque to the heat engine and a generator mode in which it supplies an electric circuit with the consequence of being able to store the energy supplied by the heat engine via the storer of energy, the heat engine and the said at least one other motive power source (10, 18) supplying respectively a heat engine torque and a traction or assistance torque intended to meet a demand for motive power instantaneous on the part of the driver, an analysis and control means being able to control the heat engine and said at least one other driving source (10, 18), to determine a charge level of the energy, characterized in that, when the measured or estimated temperature of the clutch exceeds a first predetermined temperature threshold and that a speed difference between the upstream and downstream of the clutch exceeds a predetermined calibratable threshold between 0 and 1,000 revolutions per minute, the analysis and control means imposes on the heat engine not to supply the energy storer while keeping said at least one other driving source inactive (10, 18) in engine mode.
Method for printing a Quality Assurance print chart, QA chart, comprising the steps of: - determining the maximum print width for at least one media sheet to be printed subsequently to the printing of the QA chart (504, 604), characterized by - selecting from a plurality of media types designated as being suitable for QA charts, a media type that has substantially the same or a greater media width as the determined print width for the at least one media sheet to be printed subsequently (506, 606), - setting a print width for the QA chart substantially to the determined print width (508, 608), and - printing the QA chart with the set print width on the selected media type (512, 612). - determining the maximum print width for at least one media sheet to be printed subsequently to the printing of the QA chart (504, 604), characterized by - selecting from a plurality of media types designated as being suitable for QA charts, a media type that has substantially the same or a greater media width as the determined print width for the at least one media sheet to be printed subsequently (506, 606), - setting a print width for the QA chart substantially to the determined print width (508, 608), and - printing the QA chart with the set print width on the selected media type (512, 612).
Pivoting hatch, with a hatch cover which is arranged so as to be pivotable about a pivot axis in relation to a pivot bearing and is lockable in at least one pivoted position in relation to the pivot bearing via a locking element, wherein the locking element is movable in the direction of a locking axis which is parallel to the pivot axis, and can be brought into engagement with a locking structure (5.1, 5.2) of the pivot bearing, characterized in that the locking element extends from the locking axis in the direction of the pivot axis, and in that the locking structure (5.1, 5.2) is a recess opening in a radial direction with respect to the pivot axis.
A mounting comprising a display housing including a light source intended for generating information to be displayed, and a retractable display reflecting the information towards the driver of the vehicle, characterized in that the mounting of the display housing comprises a base disposed in a first folded position substantially at a right angle when it is in service and in a second position, unfolded flat, when it is configured to dismantle the display housing.
A method for generating a spatially barcoded array, the method comprising: (a) providing an array comprising a plurality of immobilized surface probes, wherein an immobilized surface probe of the plurality of immobilized surface probes comprises an oligonucleotide, and wherein each immobilized surface probe of the plurality of immobilized surface probes optionally comprises a common sequence; (b) exposing the array to a concentration gradient of a first deoxyribonucleotide triphosphate (dNTP), wherein the concentration gradient of the first dNTP varies along a first direction; and (c) adding one or more first nucleotides derived from the first dNTP to the oligonucleotide, wherein the number of the one or more first nucleotides that are added to the oligonucleotide correlates with the concentration of the first dNTP in the concentration gradient at the location of the immobilized surface probe, thereby generating the spatially barcoded array. (a) providing an array comprising a plurality of immobilized surface probes, wherein an immobilized surface probe of the plurality of immobilized surface probes comprises an oligonucleotide, and wherein each immobilized surface probe of the plurality of immobilized surface probes optionally comprises a common sequence; (b) exposing the array to a concentration gradient of a first deoxyribonucleotide triphosphate (dNTP), wherein the concentration gradient of the first dNTP varies along a first direction; and (c) adding one or more first nucleotides derived from the first dNTP to the oligonucleotide, wherein the number of the one or more first nucleotides that are added to the oligonucleotide correlates with the concentration of the first dNTP in the concentration gradient at the location of the immobilized surface probe, thereby generating the spatially barcoded array.
An impeller assembly (1; 101; 201) for centrifugal pumps, comprising a first disk-like element, operatively arranged towards a coaxial inlet of a pump and facing a second disk-like element with a smaller diameter, operatively arranged towards the delivery of said pump; said second disc-like element being rigidly connected to said first disk-like element through a set of angularly spaced blades, and being centrally provided with fastening means for fastening to a drive shaft; wherein said blades comprise appendices (7; 107; 207), in flat sheet form, adjacent to said second disk-like element; wherein said appendices (7; 107; 207) extend inside of a circular crown coplanar to said second disk-like element; wherein said circular crown is comprised within circumferences having diameters respectively coincident with those of said first disk-like element and said second disk-like element; wherein said appendices (7; 107; 207) are placed substantially in correspondence of areas subject to lesser axial thrust inside said circular crown; the impeller assembly being characterized in that each appendix (7; 107; 207) is constituted by a folded portion of the corresponding blade; and said folded portion extends transversally to said blade substantially in correspondence of a fold line at the edge of said blade.
An exhaust silencer for the internal combustion engine of a motor vehicle, comprising a gastight housing (2; 14) having an exhaust gas inlet and an exhaust gas outlet, at least one sound absorbing functional chamber (10; 20, 21, 22, 23) through which gas flows, and at least one wall in the interior of the housing (2; 14), the wall having micro-perforations and being exposed to the pulsating exhaust gas flow, wherein at least one gas-carrying tube extends through the housing and is formed as a micro-perforated wall at least in sections and has a degree of perforation (ratio of perforated surface area to total surface area) in the range of from 1 to 3%, characterized in that at least one radial intermediate bottom (33, 34) that extends between the inner side of the housing and the shell surface of the tube is arranged in the housing, and in that the ratio of the distance of the end faces (31, 32) of the housing to the distance (I 1, I 2) of the intermediate bottom (33, 34) from the end face (31, 32) close to it is in the range of from 1.8 to 2.2 or in the range of from 2.8 to 3.2.
A porous film comprising; water soluble polymer selected from thickening polysaccharides, inorganic oxide filler, and water insoluble particulate polymer comprising 0.5 to 40 mass% of monomer unit including hydrophilic group selected from the group consisting of carboxylic acid group, hydroxyl group and sulfonic acid group, wherein a content ratio of said water soluble polymer in said porous film is 0.1 to 5 parts by mass per 100 parts by mass of said inorganic oxide filler, and a content ratio of water insoluble particulate polymer is 0.1 to 15 parts by mass per 100 parts by mass of the inorganic oxide filler.
An operating device for at least one lighting means, having - a control circuit, which adjusts or controls at least one parameter influencing the temperature development in the operating device, and which detects a temperature in the operating device or in its environment, and - a memory connected to the control circuit or integrated in said control circuit, in which at least one critical temperature (Tc) is stored, wherein the control circuit changes the parameter when the critical temperature (Tc) is exceeded in order to influence the temperature development, characterized in that the operating device is configured so that the value of the critical temperature (Tc) can be adjusted by means of a manual or data interface of the operating device by a user of the operating device, wherein the critical temperature (Tc) is predetermined with a specific bandwidth. - a control circuit, which adjusts or controls at least one parameter influencing the temperature development in the operating device, and which detects a temperature in the operating device or in its environment, and - a memory connected to the control circuit or integrated in said control circuit, in which at least one critical temperature (Tc) is stored,
A Method of providing location-based services, the method comprising the steps of: identifying particular ones of a plurality of mobile user devices, associated with a wireless network, for which sufficient location-indicative information is available from which a general current location of said devices can be inferred without performing actual location measurements for said devices; and wherein a number of location queries to said identified mobile user devices executed for provision of a given location-based service is less than a number of location queries executed when said location-indicative information is unavailable, characterized in that said location-indicative information is derived from processing a list of user devices registered in an Home Location Register or in a Visited Location Register or wherein said location-indicative information is derived from processing signaling data records obtained from a Mobile Switching Center, thereby preventing delivery of location queries to said identified mobile user devices. identifying particular ones of a plurality of mobile user devices, associated with a wireless network, for which sufficient location-indicative information is available from which a general current location of said devices can be inferred without performing actual location measurements for said devices; and wherein a number of location queries to said identified mobile user devices executed for provision of a given location-based service is less than a number of location queries executed when said location-indicative information is unavailable, characterized in that said location-indicative information is derived from processing a list of user devices registered in an Home Location Register or in a Visited Location Register or wherein said location-indicative information is derived from processing signaling data records obtained from a Mobile Switching Center, thereby preventing delivery of location queries to said identified mobile user devices.