mhurhangee/patent-ind-claim-en huggingface dataset:
A plastic sheet comprising: a plastic layer including a first surface and a second surface on an opposite side of the plastic layer from the first surface ; and a plurality of first cylindrical lenses formed on the first surface , extending along a first axis (D1), having a pitch P3 and a height, wherein the plastic layer includes a print portion that is to be colored by exposure to a laser beam (LB), the print portion includes a focal point (F) of the cylindrical lens , and the plastic layer is configured to allow a laser beam (LB) that enters the cylindrical lens to pass through to the print portion , and a plurality of second cylindrical lenses formed on the second surface having a pitch P4 and a height, characterized in that the pitch P3 and/or height of the first cylindrical lenses differs from the pitch P4 and/or height of the second cylindrical lenses , and the direction in which the first cylindrical lenses extend intersects with the direction in which the second cylindrical lenses extend. a plastic layer including a first surface and a second surface on an opposite side of the plastic layer from the first surface ; and a plurality of first cylindrical lenses formed on the first surface , extending along a first axis (D1), having a pitch P3 and a height, wherein the plastic layer includes a print portion that is to be colored by exposure to a laser beam (LB), the print portion includes a focal point (F) of the cylindrical lens , and the plastic layer is configured to allow a laser beam (LB) that enters the cylindrical lens to pass through to the print portion , and a plurality of second cylindrical lenses formed on the second surface having a pitch P4 and a height, characterized in that the pitch P3 and/or height of the first cylindrical lenses differs from the pitch P4 and/or height of the second cylindrical lenses , and the direction in which the first cylindrical lenses extend intersects with the direction in which the second cylindrical lenses extend.
A method for selecting a display mode on a lighting module using only a single button, the lighting module having only the single button, the method comprising: receiving a first actuation of the single button at the lighting module; responsive to the first actuation from an "off" setting, displaying a sequence of display modes by activating a light of the lighting module, wherein each display mode of the sequence of display modes is displayed for a standard time period; characterized by receiving a second actuation of the single button at the lighting module; and responsive to the second actuation , displaying a selected display mode of the sequence of display modes corresponding to a displayed mode displaying at a time the second actuation was received. receiving a first actuation of the single button at the lighting module; responsive to the first actuation from an "off" setting, displaying a sequence of display modes by activating a light of the lighting module, wherein each display mode of the sequence of display modes is displayed for a standard time period; characterized by receiving a second actuation of the single button at the lighting module; and responsive to the second actuation , displaying a selected display mode of the sequence of display modes corresponding to a displayed mode displaying at a time the second actuation was received.
A tread made of rubber material for tyre for winter rolling, this tread comprising a plurality of blocks of height H, each block including a contact face intended to come into contact with a ground during a rolling of the tyre and at least one lateral face , this lateral face being covered with a layer of a cover material over at least 50% of its surface, the block including an attack area intended to come into contact first with the ground during the rolling of the tyre, characterized in that the block has an oblique direction of extension (J) so that the attack area of this block is an attack wedge and in that the block includes a non-covered part by the cover material, the cover material having an elastic module greater than the elastic module of the rubber material composing the block, said non-covered part extending on the lateral faces of the block framing the attack wedge and extending from the attack wedge over at least 1/3 of the height H of the block.
A high power output transformer (T), comprising a primary and a secondary in galvanic isolation forming a flyback converter (F), wherein: - the primary comprises at least one primary winding having at least two primary turns and a primary rectifier comprising a junction diode circuit ; - the secondary comprises at least one secondary winding having at least one secondary turn; and - the flyback converter (F) comprises at the primary at least one metal-oxide-semiconductor field-effect transistor, MOSFET, , notably a Silicon Carbide MOSFET, and at the secondary at least one Silicon Carbide diode . - the primary comprises at least one primary winding having at least two primary turns and a primary rectifier comprising a junction diode circuit ; - the secondary comprises at least one secondary winding having at least one secondary turn; and - the flyback converter (F) comprises at the primary at least one metal-oxide-semiconductor field-effect transistor, MOSFET, , notably a Silicon Carbide MOSFET, and at the secondary at least one Silicon Carbide diode .
Artificial quarter for at least one bat, in particular for at least one bat, comprising, at least in part, an interior housing , wherein the housing via a connecting device can be attached to an object, in particular a building , characterised by a first, a first interior , at least partially surrounding housing and another, a further interior , at least sectionally surrounding housing , wherein the first and the further housing each comprise a connecting opening and at least in a final assembly state of the artificial quarter the first interior and the further interior are connectable or connected via the connecting openings , wherein the first and the further housing can be assembled and are present at a connection interface of two adjacent housings (3, 3`, 3') each via the connection openings for the bats; and the first housing and the further housing (3', 3") at a geodetically low geodetic location of the first and further housing at a geodetically low position of the first and further housing (3, 3") have an entry and/or excursion opening . the first and the further housing can be assembled and are present at a connection interface of two adjacent housings (3, 3`, 3') each via the connection openings for the bats; and the first housing and the further housing (3', 3") at a geodetically low geodetic location of the first and further housing at a geodetically low position of the first and further housing (3, 3") have an entry and/or excursion opening .
A peptide, wherein the peptide consists of 7-17 amino acids and includes the hexamer TX 1 EX 2 X 3 E, wherein X 1 , X 2 and X 3 can be any natural or non-natural amino acid, and wherein the peptide does not exhibit TNF-receptor-binding activity, for use in prevention or treatment of COVID-19 in a patient.
A diene Ladder branched ethylene-based polymer comprising: a melt viscosity ratio (V 0.1 /V 100 ) at 190 °C of at least 10, where V 0.1 is the viscosity of the ethylene-based polymer at 190 °C at a shear rate of 0.1 radians/second, and V 100 is the viscosity of the ethylene-based polymer at 190 °C at a shear rate of 100 radians/second, wherein V 0.1 and V 100 are determined as described in the description; and a high molecular weight tail quantified by an MWD area metric, A TAIL , and A TAIL is less than or equal to 0.04 as determined by gel permeation chromatography using a triple detector; wherein A TAIL is determined and defined as set out in the description. a melt viscosity ratio (V 0.1 /V 100 ) at 190 °C of at least 10, where V 0.1 is the viscosity of the ethylene-based polymer at 190 °C at a shear rate of 0.1 radians/second, and V 100 is the viscosity of the ethylene-based polymer at 190 °C at a shear rate of 100 radians/second, wherein V 0.1 and V 100 are determined as described in the description; and a high molecular weight tail quantified by an MWD area metric, A TAIL , and A TAIL is less than or equal to 0.04 as determined by gel permeation chromatography using a triple detector; wherein A TAIL is determined and defined as set out in the description.
Assembly for electrically exciting an electric machine comprising a rotor with a rotor body , which comprises at least one rotor pole, and with a shaft , which comprises at least two slip rings , and wherein the assembly further comprises a voltage source , which can deliver a DC voltage, and comprises a controller , which is designed and connected to the voltage source such that it can control the DC voltage of the voltage source , and wherein the assembly further comprises at least two contact elements for the contact-connection of the slip rings and electrical lines for the connection of the slip rings to the at least one rotor pole, and wherein the voltage source is connected to the contact elements and the electrical conductors are configured such that a direct current can flow through a thus formed excitation current circuit in order to excite the at least one rotor pole, characterized in that the voltage source can deliver an AC voltage, which is superimposed upon the DC voltage of the voltage source in order to reduce the deterioration of the contact elements in operating conditions with a low current density in the contact elements by additionally feeding in an alternating current superimposed upon the direct current, and the controller is configured and is connected to the voltage source such that it can control the AC voltage of same independently of the DC voltage, and the assembly further comprises a capacitor , which is arranged in the part of the excitation current circuit located on the rotor and is designed such that it permits the at least one rotor pole, with respect to the AC voltage component of the voltage source , to function as an open circuit in order that the alternating current does not flow through the at least one rotor pole.
A latch for a motor vehicle door leaf comprising a main mechanism for controlling a bolt , said bolt being movable between an open position and a closed position in which the bolt is configured to cooperate with a striker, the latch comprising control means for controlling the main mechanism , the control means comprising: - a plurality of secondary mechanisms each connected to the main mechanism to control it, - a plurality of user interfaces (In, 11, 12, 13, 14) each being connected to one of the secondary mechanisms , configured to be actuated by a user and enabling the activation of the secondary mechanisms , the latch comprising an inhibition mechanism configured to inhibit all the control means of the main mechanism , from at least one activation and deactivation means forming a separate control of the inhibition mechanism , characterized in that the inhibition mechanism is configured so that a mechanical deactivation of the inhibition mechanism prevents the opening of the door leaf from outside the motor vehicle . - a plurality of secondary mechanisms each connected to the main mechanism to control it, - a plurality of user interfaces (In, 11, 12, 13, 14) each being connected to one of the secondary mechanisms , configured to be actuated by a user and enabling the activation of the secondary mechanisms ,
A distributed temperature sensor , comprising: an optical fiber ; a light source configured to inject light at an incident wavelength into the optical fiber ; a photodetector configured to detect light energy resulting from the light injected into the optical fiber , the light energy including anti-Stokes Raman scatter and Rayleigh scatter, wherein wavelengths of the anti-Stokes Raman scatter and the Rayleigh scatter are based on the incident wavelength; and a processor configured to determine temperature based on a ratio of the anti-Stokes Raman scatter and the Rayleigh scatter, wherein the optical fiber is configured to filter or remove Stokes Raman scatter and prevent stimulated Raman scatter, a wavelength of the Stokes Raman scatter is based on the incident wavelength and the optical fiber includes fiber Bragg gratings (FBGs) that are broadband chirped gratings with a reflection wavelength spectrum that includes the wavelength of the Stokes Raman scatter, or the optical fiber is doped, exposed to chemicals, or mechanically affixed, positioned or stressed to produce loss at the wavelength of the Stokes Raman scatter. an optical fiber ; a light source configured to inject light at an incident wavelength into the optical fiber ; a photodetector configured to detect light energy resulting from the light injected into the optical fiber , the light energy including anti-Stokes Raman scatter and Rayleigh scatter, wherein wavelengths of the anti-Stokes Raman scatter and the Rayleigh scatter are based on the incident wavelength; and a processor configured to determine temperature based on a ratio of the anti-Stokes Raman scatter and the Rayleigh scatter, wherein the optical fiber is configured to filter or remove Stokes Raman scatter and prevent stimulated Raman scatter, a wavelength of the Stokes Raman scatter is based on the incident wavelength and the optical fiber includes fiber Bragg gratings (FBGs) that are broadband chirped gratings with a reflection wavelength spectrum that includes the wavelength of the Stokes Raman scatter, or the optical fiber is doped, exposed to chemicals, or mechanically affixed, positioned or stressed to produce loss at the wavelength of the Stokes Raman scatter.
Method of magnetic resonance tomography (MRT) imaging an object , comprising the steps of: - arranging the object in a static magnetic field of a magnetic resonance scanner , - subjecting the object to at least one radiofrequency pulse and magnetic field gradients for creating spatially encoded magnetic resonance signals, - collecting magnetic resonance signals, wherein the collecting step includes a phase-encoding step and a readout period, and - reconstructing an object image, wherein the spatial encoding of the magnetic resonance signals is utilized, characterized in that - only during the readout period, the magnetic resonance signals are subjected to a locally specific frequency modulation by means of at least one spatially restricted, time-varying magnetic modulation field, which has a component parallel to the static magnetic field and which has a modulation frequency being selected such that a temporal frequency modulation of the local Larmor frequencies of the magnetization is obtained, and - the step of reconstructing the object image further utilizes the locally specific frequency modulation for obtaining spatial information from the spatially encoded magnetic resonance signals. - arranging the object in a static magnetic field of a magnetic resonance scanner , - subjecting the object to at least one radiofrequency pulse and magnetic field gradients for creating spatially encoded magnetic resonance signals, - collecting magnetic resonance signals, wherein the collecting step includes a phase-encoding step and a readout period, and - reconstructing an object image, wherein the spatial encoding of the magnetic resonance signals is utilized, - only during the readout period, the magnetic resonance signals are subjected to a locally specific frequency modulation by means of at least one spatially restricted, time-varying magnetic modulation field, which has a component parallel to the static magnetic field and which has a modulation frequency being selected such that a temporal frequency modulation of the local Larmor frequencies of the magnetization is obtained, and - the step of reconstructing the object image further utilizes the locally specific frequency modulation for obtaining spatial information from the spatially encoded magnetic resonance signals.
A method, comprising: transmitting to at least one user equipment, by a network node of a network, a message comprising: a flag indicating that the network supports dual connectivity and/or indicating that the network would like to receive user equipment capability indications of dual connectivity support, and a request for frequency bands used for dual connectivity by the network node; and based on the presence of the flag, receiving , from the at least one user equipment, the dual connectivity capabilities of the at least one user equipment for the requested frequency bands used for dual connectivity by the network node. transmitting to at least one user equipment, by a network node of a network, a message comprising: a flag indicating that the network supports dual connectivity and/or indicating that the network would like to receive user equipment capability indications of dual connectivity support, and a request for frequency bands used for dual connectivity by the network node; and based on the presence of the flag, receiving , from the at least one user equipment, the dual connectivity capabilities of the at least one user equipment for the requested frequency bands used for dual connectivity by the network node.
A grounded filter regulator lubricator for treating a pressurized air supply, comprising: a housing which is made from at least in part a metal base material and has an inlet and an outlet for passing fluid therethrough and a connecting mechanism for connecting to a collector bowl ; the collector bowl being made from a metal base material and having a closed distal end and an open end with a connecting mechanism; and the housing having a flange that is electrically conductive and extends downwardly at an exterior side of said collector bowl ; characterized by at least one grounding clip member made from electrically conductive material, which has an exterior mounting end attached to the flange of the housing for electrical connectivity thereto and a radially inner end that comes to a contact point for being in an electrically grounding contact with the metal base material of the collector bowl to connect the metal base materials of the collector bowl and the housing . a housing which is made from at least in part a metal base material and has an inlet and an outlet for passing fluid therethrough and a connecting mechanism for connecting to a collector bowl ; the collector bowl being made from a metal base material and having a closed distal end and an open end with a connecting mechanism; and the housing having a flange that is electrically conductive and extends downwardly at an exterior side of said collector bowl ; characterized by at least one grounding clip member made from electrically conductive material, which has an exterior mounting end attached to the flange of the housing for electrical connectivity thereto and a radially inner end that comes to a contact point for being in an electrically grounding contact with the metal base material of the collector bowl to connect the metal base materials of the collector bowl and the housing .
A joint product, comprising synephrine or salt thereof, and topiramate, optionally, further comprising a pharmaceutically acceptable adjuvant.
A method, performed by a device , for providing information regarding at least one primary chat window , the method comprising: acquiring a plurality of messages included in the at least one primary chat window (S300); determining that a specific event has occurred, based on the acquired plurality of messages (S320); generating a secondary chat window for informing a user of the device about the occurred event (S340); the method being characterised by further comprising: displaying guidance information about the occurred event in the secondary chat window (S360), wherein the guidance information includes information about the messages in the at least one primary chat window, receiving a response input of the user in response to the occurred event through the secondary chat window, generating a recommended response message related to the occurred event by editing the response input by the user; and displaying the generated recommended response message in the secondary chat window. acquiring a plurality of messages included in the at least one primary chat window (S300); determining that a specific event has occurred, based on the acquired plurality of messages (S320); generating a secondary chat window for informing a user of the device about the occurred event (S340); the method being characterised by further comprising: displaying guidance information about the occurred event in the secondary chat window (S360), wherein the guidance information includes information about the messages in the at least one primary chat window, receiving a response input of the user in response to the occurred event through the secondary chat window, generating a recommended response message related to the occurred event by editing the response input by the user; and displaying the generated recommended response message in the secondary chat window. displaying guidance information about the occurred event in the secondary chat window (S360), wherein the guidance information includes information about the messages in the at least one primary chat window, receiving a response input of the user in response to the occurred event through the secondary chat window, generating a recommended response message related to the occurred event by editing the response input by the user; and displaying the generated recommended response message in the secondary chat window.
Method for bonding by wrapping a medium which expands transversely to a winding with an adhesive tape, in which: an adhesive tape is unrolled from an adhesive tape roll, the unrolled adhesive tape is provided on one side of a carrier film with an adhesive cement layer and on an opposite side partially with a separating agent layer , wherein the area covered by the separating agent layer takes up not more than 50%, preferably not more than 20%, more preferably not more than 10%, more preferably not more than 5%, of the total area of the carrier reverse side, wherein at least the surface of the side of the carrier film which is furnished with a separating agent layer is etched, the adhesive tape is wound around the medium which expands transversely to a winding, so that at least a portion of the adhesive tape is bonded to the adhesive cement layer on a lower winding ply. an adhesive tape is unrolled from an adhesive tape roll, the unrolled adhesive tape is provided on one side of a carrier film with an adhesive cement layer and on an opposite side partially with a separating agent layer , wherein the area covered by the separating agent layer takes up not more than 50%, preferably not more than 20%, more preferably not more than 10%, more preferably not more than 5%, of the total area of the carrier reverse side, wherein at least the surface of the side of the carrier film which is furnished with a separating agent layer is etched, the adhesive tape is wound around the medium which expands transversely to a winding, so that at least a portion of the adhesive tape is bonded to the adhesive cement layer on a lower winding ply.