mhurhangee/patent-ind-claim-en huggingface dataset:
A filter disposal system for an airborne extractor system comprising: a flexible container to enclose a filter element , the flexible container being defined by a first configuration corresponding to an airborne extraction operation and a second configuration corresponding to a disposal operation; and a filter enclosure to house the filter element, the filter enclosure comprising an opening to insert the filter element, wherein the flexible container is arranged between a first portion of the filter element and the filter enclosure in the first configuration and between a second portion of the filter element and the filter enclosure in the second configuration, wherein the second portion is greater than the first portion; characterized in that the flexible container is stored at an end of the filter enclosure opposite the opening in the first configuration; and in that the flexible container comprises a fastener, magnet, hole or slot ; and in that the system comprises means for engaging the fastener, magnet, hole or slot to extend the flexible container to enclose the filter element . a flexible container to enclose a filter element , the flexible container being defined by a first configuration corresponding to an airborne extraction operation and a second configuration corresponding to a disposal operation; and a filter enclosure to house the filter element, the filter enclosure comprising an opening to insert the filter element, wherein the flexible container is arranged between a first portion of the filter element and the filter enclosure in the first configuration and between a second portion of the filter element and the filter enclosure in the second configuration, wherein the second portion is greater than the first portion; characterized in that the flexible container is stored at an end of the filter enclosure opposite the opening in the first configuration; and in that the flexible container comprises a fastener, magnet, hole or slot ; and in that the system comprises means for engaging the fastener, magnet, hole or slot to extend the flexible container to enclose the filter element .
A variable frequency generator, comprising: a main stator comprising multi-phase armature windings ; an exciter field winding ; a rotating portion comprising exciter multi-phase windings , a main field winding , and an amplification component between the exciter multi-phase windings and the main field winding; the amplification component is configured to operate at a variable duty cycle to maintain a phase voltage of the armature windings near independent of a shaft speed of the variable frequency generator; and characterized by a rotating controller configured to interface with and manage operations of the amplification component ; wherein the rotating controller including a frequency detector , a lookup table , and a gate drive , and wherein the frequency detector is configured to receive respective input signals from the exciter multi-phase windings, to detect a frequency or phase from the respective input signals, and to output respective frequency signals to the lookup table; and wherein the rotating controller is configured to provide an input for at least one gate of the amplification component, wherein the amplification component comprises a rotating boost converter that is in electrical communication with the rotating controller . a main stator comprising multi-phase armature windings ; an exciter field winding ; a rotating portion comprising exciter multi-phase windings , a main field winding , and an amplification component between the exciter multi-phase windings and the main field winding; the amplification component is configured to operate at a variable duty cycle to maintain a phase voltage of the armature windings near independent of a shaft speed of the variable frequency generator; and characterized by a rotating controller configured to interface with and manage operations of the amplification component ; wherein the rotating controller including a frequency detector , a lookup table , and a gate drive , and wherein the frequency detector is configured to receive respective input signals from the exciter multi-phase windings, to detect a frequency or phase from the respective input signals, and to output respective frequency signals to the lookup table; and wherein the rotating controller is configured to provide an input for at least one gate of the amplification component, wherein the amplification component comprises a rotating boost converter that is in electrical communication with the rotating controller .
A cell electrode, comprising a catalyst layer containing a non-platinum catalyst and platinum particles not being carried on the non-platinum catalyst, wherein a content of the platinum particles per unit area of the cell electrode is 0.0010 mg/cm 2 or more and 0.1200 mg/cm 2 or less, wherein the platinum particles are carried on carrier particles other than the non-platinum catalyst, and wherein the non-platinum catalyst is a carbon catalyst. wherein a content of the platinum particles per unit area of the cell electrode is 0.0010 mg/cm 2 or more and 0.1200 mg/cm 2 or less, wherein the platinum particles are carried on carrier particles other than the non-platinum catalyst, and wherein the non-platinum catalyst is a carbon catalyst.
A coated product with controlled release, in water or in the soil, of soluble active ingredients of agronomic and agricultural interest, characterized in that it comprises a core consisting of or containing one or more active ingredients, said core being coated with at least one outer layer for control of release of the active ingredient or ingredients and a number "n" of additional coating layers, where "n" may be 0, 1, 2, 3, 4, or 5, and where at least one layer comprises one or more canalizing agents that determine the rate of release of the active ingredient or ingredients; wherein said canalizing agents are protein hydrolysates; and wherein said layer for control of release comprises a non-water-soluble or water-repellent low-melting material chosen from waxes.
A system controller, in particular for controlling conveyor systems , with at least one mobile input and/or output apparatus and at least one control device for controlling the system and for receiving and/or for transmitting signals from and/or to the mobile input and/or output apparatus, wherein a signal transmitting device for transmitting signals between mobile input and/or output apparatus and control device is set up such that signals are transmitted at least partially wirelessly, wherein the system controller comprises a plurality of identification and location devices which are set up such that they can interact with the mobile input and/or output apparatus in order to locate the position of the mobile input and/or output apparatus at the system and to identify the corresponding system area, characterised in that the plurality of identification and location devices comprise at least two different types of identification and location devices , wherein each type of identification and location device carries out a different function of the mobile input and/or output apparatus, wherein a first type of identification and location device represents an operating point in which the mobile input and/or output apparatus enables control commands to be input, and a second type of identification and location device represents a trigger point in which the mobile input and/or output apparatus enables information to be input. the system controller comprises a plurality of identification and location devices which are set up such that they can interact with the mobile input and/or output apparatus in order to locate the position of the mobile input and/or output apparatus at the system and to identify the corresponding system area, characterised in that the plurality of identification and location devices comprise at least two different types of identification and location devices , wherein each type of identification and location device carries out a different function of the mobile input and/or output apparatus, wherein a first type of identification and location device represents an operating point in which the mobile input and/or output apparatus enables control commands to be input, and a second type of identification and location device represents a trigger point in which the mobile input and/or output apparatus enables information to be input.
A composite wheel of a vehicle including a rim portion , the rim portion comprising a shaped annulus formed about a central axis (X) of rotation of the composite wheel and having a circumferential axis (C) extending circumferentially about the central axis (X) and around the rim portion , characterized by said rim portion having a fibre layup comprising a stacked laminate formed from alternating layers of: a hoop tow layer comprising elongate fibre tow in which the fibres are substantially aligned with the circumferential axis (C) of the rim portion , the hoop tow layer being formed from at least one annularly wound elongate fibre tow; and a bias ply layer comprising at least one fibre ply in which the fibres are substantially orientated at an angle of +Θ or -Θ to the circumferential axis (C) of the rim portion , wherein Θ is from 26° to 40°. a hoop tow layer comprising elongate fibre tow in which the fibres are substantially aligned with the circumferential axis (C) of the rim portion , the hoop tow layer being formed from at least one annularly wound elongate fibre tow; and a bias ply layer comprising at least one fibre ply in which the fibres are substantially orientated at an angle of +Θ or -Θ to the circumferential axis (C) of the rim portion , wherein Θ is from 26° to 40°.
A dispenser to dispense a solution produced from a solid product comprising: a housing having a cavity to hold the solid product; a fluid source combining liquid and gas adjacent the solid block to contact the solid product and thereby erode the solid product to produce the solutions from the eroded solid product and the liquid; a fitment splitter creating at least two separate flow paths, each of the flow paths including a flow control causing turbulence in the liquid located between the solid product and the fluid source ; and an outlet in the housing for dispensing the solution; further comprising an air pump within the housing for supplying air to the cavity and a pump controller with feedback sensors to provide adjustment to the amount of gas provided. a housing having a cavity to hold the solid product; a fluid source combining liquid and gas adjacent the solid block to contact the solid product and thereby erode the solid product to produce the solutions from the eroded solid product and the liquid; a fitment splitter creating at least two separate flow paths, each of the flow paths including a flow control causing turbulence in the liquid located between the solid product and the fluid source ; and an outlet in the housing for dispensing the solution; further comprising an air pump within the housing for supplying air to the cavity and a pump controller with feedback sensors to provide adjustment to the amount of gas provided.
A method of determination of a nuclear core loading pattern defining the disposition of fuel assemblies in the nuclear core for an operation cycle of a nuclear plant , the method comprising at least the following steps: - definition of at least one potential core loading pattern, - calculation of predictive bowing of the fuel assemblies at the end of the operation cycle for each potential core loading pattern, the calculation being carried out by an automatic learning algorithm trained on a training data set comprising a plurality of others loading patterns and, for each of them, the measures of bowing of fuel assemblies at the end of cycle, - evaluation of the at least one core loading pattern based on the predictive bowing calculations and at least one predetermined criteria, and - selection of one of the potential core loading patterns. - definition of at least one potential core loading pattern, - calculation of predictive bowing of the fuel assemblies at the end of the operation cycle for each potential core loading pattern, the calculation being carried out by an automatic learning algorithm trained on a training data set comprising a plurality of others loading patterns and, for each of them, the measures of bowing of fuel assemblies at the end of cycle, - evaluation of the at least one core loading pattern based on the predictive bowing calculations and at least one predetermined criteria, and - selection of one of the potential core loading patterns.
Rotor blade for a wind turbine , comprising: at least one camera mounted inside the rotor blade and adapted to acquire an image of a portion of an inner surface of the rotor blade ; at least one light source mounted inside the rotor blade, adapted to generate illumination light and arranged to illuminate the portion of the inner surface ; and at least one frame , characterized in that the at least one camera and the at least one light source are mounted on the at least one frame that is mounted on the inner surface . at least one camera mounted inside the rotor blade and adapted to acquire an image of a portion of an inner surface of the rotor blade ; at least one light source mounted inside the rotor blade, adapted to generate illumination light and arranged to illuminate the portion of the inner surface ; and at least one frame , characterized in that the at least one camera and the at least one light source are mounted on the at least one frame that is mounted on the inner surface .
A method comprising: storing , in an apparatus, an encryption key and a list of access tokens, each access token comprising cryptographic information; selecting , in the apparatus, a first access token from the list of access tokens based, at least partly, on at least one of a current time and a sequence number, and deciding , in the apparatus, based at least partly on the first access token, whether to grant a user device access to the apparatus, the apparatus being an access controlled device or a controller of the access controlled device, characterized by receiving, by the apparatus, a second list of access tokens from at least one of the user device and a second user device, and by the storing comprising storing a plurality of lists of access tokens, each list of access tokens comprising access tokens that are usable in obtaining a different level of access to the apparatus, the second list comprising a second plurality of lists of access tokens. storing , in an apparatus, an encryption key and a list of access tokens, each access token comprising cryptographic information; selecting , in the apparatus, a first access token from the list of access tokens based, at least partly, on at least one of a current time and a sequence number, and deciding , in the apparatus, based at least partly on the first access token, whether to grant a user device access to the apparatus, the apparatus being an access controlled device or a controller of the access controlled device, characterized by receiving, by the apparatus, a second list of access tokens from at least one of the user device and a second user device, and by the storing comprising storing a plurality of lists of access tokens, each list of access tokens comprising access tokens that are usable in obtaining a different level of access to the apparatus, the second list comprising a second plurality of lists of access tokens.
Floor panel, wherein this floor panel comprises at least a substrate and a decor provided thereon, wherein said substrate substantially consists of thermoplastic material and possibly filler materials, characterized in that the substrate encloses at least two directly interlinked glass fiber cloths.
A bus bar module equipped with a current sensor, the bus bar module comprising: a first bus bar (2; 102; 202; 302; 402; 502) having a first notch (2a; 102a; 202a; 302a; 402a; 502a); a second bus bar (3; 103; 203; 303; 403; 503) having a second notch (3a; 103a; 203a; 303a; 403a; 503a), the second bus bar (3; 103; 203; 303; 403; 503) being placed in parallel to the first bus bar (2; 102; 202; 302; 402; 502), and the second notch (3a; 103a; 203a; 303a; 403a; 503a) being provided at a position different from the first notch (2a; 102a; 202a; 302a; 402a; 502a) in an extending direction of the first bus bar (2; 102; 202; 302; 402; 502); a substrate fitted to both the first notch (2a; 102a; 202a; 302a; 402a; 502a) and the second notch (3a; 103a; 203a; 303a; 403a; 503a), the substrate being sandwiched between the side surfaces of the first bus bar (2; 102; 202; 302; 402; 502) and the second bus bar (3; 103; 203; 303; 403; 503) which are opposed to each other; and a first magnetoelectric transducer placed inside the first notch (2a; 102a; 202a; 302a; 402a; 502a) and fixed to the substrate . a first bus bar (2; 102; 202; 302; 402; 502) having a first notch (2a; 102a; 202a; 302a; 402a; 502a); a second bus bar (3; 103; 203; 303; 403; 503) having a second notch (3a; 103a; 203a; 303a; 403a; 503a), the second bus bar (3; 103; 203; 303; 403; 503) being placed in parallel to the first bus bar (2; 102; 202; 302; 402; 502), and the second notch (3a; 103a; 203a; 303a; 403a; 503a) being provided at a position different from the first notch (2a; 102a; 202a; 302a; 402a; 502a) in an extending direction of the first bus bar (2; 102; 202; 302; 402; 502); a substrate fitted to both the first notch (2a; 102a; 202a; 302a; 402a; 502a) and the second notch (3a; 103a; 203a; 303a; 403a; 503a), the substrate being sandwiched between the side surfaces of the first bus bar (2; 102; 202; 302; 402; 502) and the second bus bar (3; 103; 203; 303; 403; 503) which are opposed to each other; and a first magnetoelectric transducer placed inside the first notch (2a; 102a; 202a; 302a; 402a; 502a) and fixed to the substrate .
A message transmission method for a vulnerable road user, VRU, the method executed by a first mobile device of a first VRU , and the method comprising: determining whether there exists a target mobile device which has already broadcast a personal safety message, PSM, and is within a preset range (TR, R1, R2, R3) of the first VRU ; when the target mobile device exists within the preset range (TR, R1, R2, R3), then determining whether to broadcast a first PSM according to a relative distance between the target mobile device and an intersection (A) as well as a relative distance between the target mobile device and the first mobile device , comprising: when the relative distance between the target mobile device and the intersection (A) is less than the relative distance between the first mobile device and the intersection (A) and the relative distance between the target mobile device and the first mobile device is less than a present distance, then not broadcasting the first PSM; and when the target mobile device doesn't exist within the preset range (TR, R1, R2, R3), then broadcasting the first PSM by the first mobile device . determining whether there exists a target mobile device which has already broadcast a personal safety message, PSM, and is within a preset range (TR, R1, R2, R3) of the first VRU ; when the target mobile device exists within the preset range (TR, R1, R2, R3), then determining whether to broadcast a first PSM according to a relative distance between the target mobile device and an intersection (A) as well as a relative distance between the target mobile device and the first mobile device , comprising: when the relative distance between the target mobile device and the intersection (A) is less than the relative distance between the first mobile device and the intersection (A) and the relative distance between the target mobile device and the first mobile device is less than a present distance, then not broadcasting the first PSM; and when the target mobile device doesn't exist within the preset range (TR, R1, R2, R3), then broadcasting the first PSM by the first mobile device . when the relative distance between the target mobile device and the intersection (A) is less than the relative distance between the first mobile device and the intersection (A) and the relative distance between the target mobile device and the first mobile device is less than a present distance, then not broadcasting the first PSM; and when the target mobile device doesn't exist within the preset range (TR, R1, R2, R3), then broadcasting the first PSM by the first mobile device .
Application unit for an apparatus for additively manufacturing of three-dimensional objects by means of successive irradiation and consolidation of layers of a build material which can be consolidated by means of an energy beam, which application unit is adapted to apply build material onto a build plane and/or a previously applied layer of build material , wherein the application unit is adapted to selectively apply build material onto at least one application region of the build plane or of the previously applied layer , wherein the application unit comprises at least one application element adapted to transfer build material previously applied onto an application surface of the application element to the application region , wherein an adhesion unit is provided that is adapted to adjust an adhesion ability for build material of the application surface of the application element and/or an adhesion ability of the build material , characterized in that the adhesion unit is adapted to adjust the adhesion ability at least in part by generating a suction stream or a vacuum applied in the region of the application surface of the application element .
A can filling/seaming device , comprising: a filler , configured to fill a can (W) with a liquid content while conveying the can (W) by rotation of a filling turret , which includes a plurality of pockets ; a seamer , configured to attach a lid to the can (W) filled with the content by double-seaming; and a forwarding turret , which includes a plurality of pockets , the forwarding turret being provided between a carrying-out position of the filling turret and a carrying-in position to said seamer to circularly convey the can (W) filled with the content, wherein a lid supply part is provided on the forwarding turret , characterized in that a transport guide is provided in the transport portion from the filling turret to the forwarding turret , the guide surface shape of the transport guide is formed along a transition curve that continuously changes from the circle curvature of the circular conveyance path (L1) of the filling turret to the circle curvature of the circular conveyance path (L3A) of the forwarding turret , the circular conveyance path (L1) of the filling turret and the circular conveyance path (L3A) of the forwarding turret are provided with a gap therebetween, and a can transport track is formed in the gap by the transport guide . a filler , configured to fill a can (W) with a liquid content while conveying the can (W) by rotation of a filling turret , which includes a plurality of pockets ; a seamer , configured to attach a lid to the can (W) filled with the content by double-seaming; and a forwarding turret , which includes a plurality of pockets , the forwarding turret being provided between a carrying-out position of the filling turret and a carrying-in position to said seamer to circularly convey the can (W) filled with the content, wherein a lid supply part is provided on the forwarding turret , a transport guide is provided in the transport portion from the filling turret to the forwarding turret , the guide surface shape of the transport guide is formed along a transition curve that continuously changes from the circle curvature of the circular conveyance path (L1) of the filling turret to the circle curvature of the circular conveyance path (L3A) of the forwarding turret , the circular conveyance path (L1) of the filling turret and the circular conveyance path (L3A) of the forwarding turret are provided with a gap therebetween, and a can transport track is formed in the gap by the transport guide .