mhurhangee/patent-ind-claim-en huggingface dataset:
Wound rotor , notably a wound rotor for an electric machine , the wound rotor comprising a shaft with main axis (A), the shaft comprising a slipring , the wound rotor comprising a winding wire and n wound poles (1, 2, 3, ..., n-2, n-1, n) ordered in ascending numerical order obtained by rotation about the main axis (A), notably n wound poles (1, 2, 3, ..., n-2, n-1, n) distributed radially about the main axis (A), characterized in that the n poles are wound with the wire in series turn by turn according to their ascending numerical order, although the last pole (n) is not the last to be wound.
Layered structure for preventing moisture transfer in a building structure, the layered structure comprising a bitumen layer, the bitumen layer comprising a self-adhesive lower side and an upper side, the layered structure comprising a UV-resistant top layer at the upper side of the bitumen layer and a water-resistant peelable protective film on the lower side of the bitumen layer, the top layer being an aluminium UV-resistant top layer, characterized in that the top layer comprises fibres bringing about irregularities at the surface of the layered structure suitable for attachment of building materials such as concrete, block joining adhesive, cement, grout, mortar and plaster, wherein the fibres comprise plastic fibres and/or glass fibres, preferably polyester fibres and/or glass fibres, and more preferably polyester fibres.
Electrochemically active unit for an electrochemical device, comprising a membrane electrode arrangement, at least one gas diffusion layer , and a seal , which is joined to at least one of the at least one gas diffusion layer , wherein the seal comprises a joint region , a distribution region , and a connecting region connecting the joint region and the distribution region to one another, characterized in that the connecting region has a smallest height (hc) that is smaller than one fourth of the greatest height (Hv) of the distribution region and is smaller than one fourth of the greatest height (H A ) of the joint region , and in that the connecting region has thickened portions in which the connecting region has a height (H D ) that is greater than the smallest height (hc) of the connecting region , and which are spaced at a distance from one another in a longitudinal direction of the connecting region . a membrane electrode arrangement, at least one gas diffusion layer , and a seal , which is joined to at least one of the at least one gas diffusion layer , wherein the seal comprises a joint region , a distribution region , and a connecting region connecting the joint region and the distribution region to one another, characterized in that the connecting region has a smallest height (hc) that is smaller than one fourth of the greatest height (Hv) of the distribution region and is smaller than one fourth of the greatest height (H A ) of the joint region , and in that the connecting region has thickened portions in which the connecting region has a height (H D ) that is greater than the smallest height (hc) of the connecting region , and which are spaced at a distance from one another in a longitudinal direction of the connecting region .
A method for controlling a secondary component carrier downlink, DL, in a wireless communication network using carrier aggregation, the method comprising: detecting , by a mobile entity, an event indicating a constraint of system resources within the mobile entity related to a data transmission from a base station to the mobile entity on a secondary component carrier of a carrier aggregation enabled connection; and in response to detecting the event, controlling the data transmission by signaling a status of the secondary component carrier DL to the base station to allow the system resource requirements of the mobile entity to be reduced. detecting , by a mobile entity, an event indicating a constraint of system resources within the mobile entity related to a data transmission from a base station to the mobile entity on a secondary component carrier of a carrier aggregation enabled connection; and in response to detecting the event, controlling the data transmission by signaling a status of the secondary component carrier DL to the base station to allow the system resource requirements of the mobile entity to be reduced.
A method, comprising: providing a pseudo-noise scrambling code chosen to provide predetermined cross-correlation and auto-correlation properties; mapping said pseudo-noise scrambling code as a sector/cell specific scrambling code to one or more pilot symbols within a subframe period; and sending a communication signal comprising said one or more pilot symbols coded with said pseudo-noise scrambling code. providing a pseudo-noise scrambling code chosen to provide predetermined cross-correlation and auto-correlation properties; mapping said pseudo-noise scrambling code as a sector/cell specific scrambling code to one or more pilot symbols within a subframe period; and sending a communication signal comprising said one or more pilot symbols coded with said pseudo-noise scrambling code.
Transmitter (TR-ZI) for wirelessly transmitting an additional information signal (ZI), the transmitter (TR-ZI) being set up to broadcast the additional information signal (ZI) as a function of a control signal, characterised in that the control signal corresponds to a moment of transmission within a guard interval of a wirelessly transferred primary information signal (PI) originating from another transmitter (TR1, TR2), and the transmitter is set up to broadcast the additional information signal wirelessly at the moment of transmission within the guard interval of the primary information signal.
A method for manufacturing a continuous press belt for creating ceramic slabs having a structured surface, comprising following steps: - advancing the continuous press belt by steps of a sub-multiple of a length of the continuous press belt ; - at each advancement step, subjecting a strip of the continuous press belt having a width equal to the step to action of at least a piezo-electrically-controlled ink-jet printing head , piloted by a graphic image, in order to obtain on the continuous press belt a deposit of ejected material reproducing the graphic image, the ink-jet printing head being movable transversally to the continuous press belt and suitable for ejecting an ink jet which belongs to a class of inks being controlledly hardenable by ultraviolet radiation; - subjecting the strip of material emitted by the ink-jet printing head to action of an ultraviolet lamp for hardening the ink; - repeating the printing and hardening operations on the same strip at least once, wherein a virgin continuous press belt is arranged stretched between two rollers , and following tensioning thereof a length of the continuous press belt is detected so as to acquire an exact extension of the tensioned continuous press belt , and in order to enable an electronic control system of the ink-jet printing heads to automatically adapt the dimensions of the graphic image to be printed to the effective length of the continuous press belt . - advancing the continuous press belt by steps of a sub-multiple of a length of the continuous press belt ; - at each advancement step, subjecting a strip of the continuous press belt having a width equal to the step to action of at least a piezo-electrically-controlled ink-jet printing head , piloted by a graphic image, in order to obtain on the continuous press belt a deposit of ejected material reproducing the graphic image, the ink-jet printing head being movable transversally to the continuous press belt and suitable for ejecting an ink jet which belongs to a class of inks being controlledly hardenable by ultraviolet radiation; - subjecting the strip of material emitted by the ink-jet printing head to action of an ultraviolet lamp for hardening the ink; - repeating the printing and hardening operations on the same strip at least once, wherein a virgin continuous press belt is arranged stretched between two rollers , and following tensioning thereof a length of the continuous press belt is detected so as to acquire an exact extension of the tensioned continuous press belt , and in order to enable an electronic control system of the ink-jet printing heads to automatically adapt the dimensions of the graphic image to be printed to the effective length of the continuous press belt .
A measuring device for monitoring an electrical device , which comprises a housing filled or fillable with insulation oil , the measuring device comprising - a piezo element , which can be arranged in the housing on a level with a minimum filling level of the insulation oil ; and - an evaluation device , which is connected to the piezo element ; wherein - the evaluation device is formed such that • it can induce an oscillation of the piezo element ; and • it can determine the measurement value of a measurand of the oscillation, in particular the half-life of the amplitude of the oscillation, with the measurand being dependent on the filling level; wherein - for the purpose of acoustically monitoring the electrical device , the evaluation device is formed such that • it detects the oscillation of the piezo element at least during a part of the time interval in which the evaluation device is not inducing oscillation of the piezo element . - a piezo element , which can be arranged in the housing on a level with a minimum filling level of the insulation oil ; and - an evaluation device , which is connected to the piezo element ; - the evaluation device is formed such that • it can induce an oscillation of the piezo element ; and • it can determine the measurement value of a measurand of the oscillation, in particular the half-life of the amplitude of the oscillation, with the measurand being dependent on the filling level; • it can induce an oscillation of the piezo element ; and • it can determine the measurement value of a measurand of the oscillation, in particular the half-life of the amplitude of the oscillation, with the measurand being dependent on the filling level; - for the purpose of acoustically monitoring the electrical device , the evaluation device is formed such that • it detects the oscillation of the piezo element at least during a part of the time interval in which the evaluation device is not inducing oscillation of the piezo element . • it detects the oscillation of the piezo element at least during a part of the time interval in which the evaluation device is not inducing oscillation of the piezo element .
A roller assembly , the roller assembly including: a frame ; a first undercarriage connected to the frame , the first undercarriage comprising: a first body ; a rear roller connected to the first body ; and a first overlapping roller that is elongate and connected to the first body ; and a second undercarriage connected to the frame , the second undercarriage comprising: a second body ; a front roller connected to the second body ; and a second overlapping roller that is elongate and connected to the second body , wherein the first undercarriage is positioned adjacent to the second undercarriage such that the first overlapping roller overlaps the second overlapping roller , characterized in that the first undercarriage is substantially located to one side of a lateral axis of the frame and the second undercarriage is substantially located to another side the lateral axis of the frame , wherein the lateral axis of the frame is located centrally between side walls of the frame , and in that the first undercarriage and the second undercarriage are aligned. a frame ; a first undercarriage connected to the frame , the first undercarriage comprising: a first body ; a rear roller connected to the first body ; and a first overlapping roller that is elongate and connected to the first body ; and a first body ; a rear roller connected to the first body ; and a first overlapping roller that is elongate and connected to the first body ; and a second undercarriage connected to the frame , the second undercarriage comprising: a second body ; a front roller connected to the second body ; and a second overlapping roller that is elongate and connected to the second body , a second body ; a front roller connected to the second body ; and a second overlapping roller that is elongate and connected to the second body , wherein the first undercarriage is positioned adjacent to the second undercarriage such that the first overlapping roller overlaps the second overlapping roller , characterized in that the first undercarriage is substantially located to one side of a lateral axis of the frame and the second undercarriage is substantially located to another side the lateral axis of the frame , wherein the lateral axis of the frame is located centrally between side walls of the frame , and in that the first undercarriage and the second undercarriage are aligned.
A method for access control to a computer by means of a mobile end device , wherein the mobile end device and the computer each comprise a contactless interface, wherein, using the contactless interfaces, an authentication to the computer is carried out with the mobile end device and upon a successful authentication the access to the computer is granted or maintained, characterized in that for preparing the authentication, a certificate is loaded into the mobile end device from a portable data carrier separate from the mobile end device , for authentication, authentication data comprising the certificate or obtained from the certificate are made available to the computer from the mobile end device via the contactless interfaces, wherein the certificate has a limited-time validity which is limited in time for a predetermined period of validity, wherein upon an attempt of authentication which is carried out outside the period of validity of the certificate, it is requested that a certificate is loaded into the mobile end device anew, in particular loaded from a or the portable data carrier into the end device .
Screw conveyor for lignocellulose containing material, which screw conveyor comprises a housing , an inlet ,which is adapted to supply the lignocellulose containing material at an incoming speed (v 1 ), an outlet , a screw , and a motor and a gear box for driving the screw at an axial speed (v 2 ), for transporting the lignocellulose containing material through the housing from the inlet to the outlet , which screw comprises a screw thread , a screw core and an axis , the inlet has an axial length (L) along the axis of the screw ; the screw thread has a depth (d), between a screw periphery and the screw core , characterized in that the motor and the gear box are configured to drive the screw at a variable axial speed (v 2 ), which variable axial speed (v 2 ) is such that the axial length (L) of the inlet is equal to or larger than the depth (d), of the screw thread times the quotient between the axial speed (v 2 ) of the screw and the incoming speed (v 1 ) of the lignocellulose containing material at the inlet .
An exercise weight for attachment to a partial or complete body suit having an outer surface comprising one part of a Velcro type fastening comprises a) a pouch having a convex configuration at each end and formed of a resilient material that on one side of the pouch has its outer surface formed at least partially of the other part of the fastener, and b) a plurality of generally flat weight elements in the pouch in an array that conforms to the shape of the pouch and is of such size that it fits snugly within the pouch while being free to flex, characterized in that c) the pouch is generally triangular, d) the array of weight elements being in two equal rows about the axis of the pouch , e) the weight elements being of gradually decreasing size from the wide end of the pouch to the narrower end. a) a pouch having a convex configuration at each end and formed of a resilient material that on one side of the pouch has its outer surface formed at least partially of the other part of the fastener, and b) a plurality of generally flat weight elements in the pouch in an array that conforms to the shape of the pouch and is of such size that it fits snugly within the pouch while being free to flex, characterized in that c) the pouch is generally triangular, d) the array of weight elements being in two equal rows about the axis of the pouch , e) the weight elements being of gradually decreasing size from the wide end of the pouch to the narrower end.
Heat exchanger for the exchange of heat between a first and a second fluid, notably for supplying air to a motor vehicle combustion engine, comprising at least one heat exchange core bundle through which the first fluid F1 passes and a casing in which said heat exchange core bundle is housed so that the second fluid F2 can pass through it, the heat exchange core bundle comprising plates for the circulation of the first fluid F1 which are stacked on one another, at least one of said plates having a rim placed between said heat exchange core bundle and said casing so as to limit the extent to which the second fluid F2 can bypass the core bundle, said casing being closed along one of its faces by a plate referred to as the frontal flange , to which said heat exchange core bundle being fixed and in which said heat exchange core bundle comprises, on a face opposite to said frontal flange , a plate referred to as a structural plate , characterized in that said structural plate comprises at least one edge passing through a plane containing said rim or rims of the plates.
A method for recycling a material comprising at least one continuous phase consisting of an ionic polymeric network composed of at least one polyanionic polymer and at least one cation, comprising the steps of: (a) preparing a powder of at least one material comprising at least one continuous phase consisting of an ionic polymeric lattice composed of at least one polyanionic polymer and at least one cation; (b) preparing an aqueous solution of a complexing agent of said at least one cation; (c) adding to the aqueous solution of step b) the powder obtained from step a), in order to disaggregate said ionic polymeric network composed of at least one polyanionic polymer and at least one cation and to obtain an aqueous mixture comprising at least one polyanionic polymer and at least one complex of said at least one cation with said complexing agent; (d) adding to the aqueous mixture of step (c) an acidifying agent, so as to decompose said complex and form a hydrogel comprising an ionic polymeric lattice composed of said at least one polyanionic polymer and said at least one cation; and (e) dehydrating said hydrogel of step d), such as to obtain a recycled material comprising at least one continuous phase consisting of an ionic polymeric lattice composed of said at least one polyanionic polymer and said at least one cation. (a) preparing a powder of at least one material comprising at least one continuous phase consisting of an ionic polymeric lattice composed of at least one polyanionic polymer and at least one cation; (b) preparing an aqueous solution of a complexing agent of said at least one cation; (c) adding to the aqueous solution of step b) the powder obtained from step a), in order to disaggregate said ionic polymeric network composed of at least one polyanionic polymer and at least one cation and to obtain an aqueous mixture comprising at least one polyanionic polymer and at least one complex of said at least one cation with said complexing agent; (d) adding to the aqueous mixture of step (c) an acidifying agent, so as to decompose said complex and form a hydrogel comprising an ionic polymeric lattice composed of said at least one polyanionic polymer and said at least one cation; and (e) dehydrating said hydrogel of step d), such as to obtain a recycled material comprising at least one continuous phase consisting of an ionic polymeric lattice composed of said at least one polyanionic polymer and said at least one cation.
A transparent conductor comprising: a transparent resin substrate, a first metal oxide layer, a metal layer containing a silver alloy, and a second metal oxide layer in the order presented, wherein the first metal oxide layer contains zinc oxide, indium oxide, and titanium oxide, and a content of SnO 2 in the first metal oxide layer is 40 mol% or less with respect to a total of four components of zinc oxide, indium oxide, titanium oxide, and tin oxide in terms of ZnO, In 2 O 3 , TiO 2 , and SnO 2 , respectively, and wherein the second metal oxide layer contains zinc oxide, indium oxide, titanium oxide, and tin oxide, and a content of SnO 2 in the second metal oxide layer is 12 to 40 mol% with respect to a total of the four components in terms of ZnO, In 2 O 3 , TiO 2 , and SnO 2 , respectively. a transparent resin substrate, a first metal oxide layer, a metal layer containing a silver alloy, and a second metal oxide layer in the order presented, wherein the first metal oxide layer contains zinc oxide, indium oxide, and titanium oxide, and a content of SnO 2 in the first metal oxide layer is 40 mol% or less with respect to a total of four components of zinc oxide, indium oxide, titanium oxide, and tin oxide in terms of ZnO, In 2 O 3 , TiO 2 , and SnO 2 , respectively, and wherein the second metal oxide layer contains zinc oxide, indium oxide, titanium oxide, and tin oxide, and a content of SnO 2 in the second metal oxide layer is 12 to 40 mol% with respect to a total of the four components in terms of ZnO, In 2 O 3 , TiO 2 , and SnO 2 , respectively.
A vacuum cleaner nozzle comprising: - a nozzle head having at least one suction opening through which suction opening air can enter the vacuum cleaner nozzle, - at least one movable glide plate configured to in at least one mode of operation glide on a surface to be cleaned, - at least one retractable brush , wherein the vacuum cleaner nozzle is configured to be selectable operated in at least three modes of operation and wherein each of the at least three modes of operation is enabled by moving the at least one of: - the retractable brush , and - the at least one glide plate in relation to the nozzle head, characterized in that the vacuum cleaner nozzle in a third mode of operation is configured with the at least one glide plate in a floating position. - a nozzle head having at least one suction opening through which suction opening air can enter the vacuum cleaner nozzle, - at least one movable glide plate configured to in at least one mode of operation glide on a surface to be cleaned, - at least one retractable brush , - the retractable brush , and - the at least one glide plate