mhurhangee/patent-ind-claim-en huggingface dataset:
A terminal , comprising: a printed circuit board , a display panel , and at least two functional modules ; wherein the printed circuit board is electrically coupled to the display panel , the display panel comprises: a display region configured to display information; and a functional region configured to receive the at least two functional modules ; the functional region being disposed adjacent to the display region ; wherein the at least two functional modules comprise a sensor module and a camera ; the terminal characterized in that : the camera comprises a base and a lens ; the base is stacked on the surface of the printed circuit board , and the lens protrudes from the base , thus the base and the lens cooperatively form a step ; the sensor module is disposed on and supported by the step . a display region configured to display information; and a functional region configured to receive the at least two functional modules ; the functional region being disposed adjacent to the display region ; wherein the at least two functional modules comprise a sensor module and a camera ; the terminal characterized in that : the camera comprises a base and a lens ; the base is stacked on the surface of the printed circuit board , and the lens protrudes from the base , thus the base and the lens cooperatively form a step ; the sensor module is disposed on and supported by the step .
A process for producing a polyacrylonitrile-based polymer, the process comprising reacting acrylonitrile with at least one comonomer in the presence of a radical initiator in a liquid medium, wherein the radical initiator is present in an amount of from 1.1 wt % to 1.8 wt %, relative to the amount of acrylonitrile, and wherein no chain transfer agent is present; thereby producing the polyacrylonitrile-based polymer.
Electrical device, in particular a converter, having a printed circuit board and a casing part , a terminal part being fitted on, in particular solder-connected to, the printed circuit board , the terminal part having a spacer portion and a connection portion , the printed circuit board being spaced apart from the casing part by means of the spacer portion , the connection portion having a threaded portion , the connection portion being connected, in an electrically conductive manner, to at least one conductive track on the printed circuit board , characterised in that first capacitors are fitted on the printed circuit board , the first capacitors having a common star point , the star point being connected, in an electrically conductive manner, to the connection portion of the terminal part by means of conductive tracks, or the star point being connected, in an electrically conductive manner, to a fourth capacitor , the fourth capacitor being connected to the connection portion of the terminal part , the fourth capacitor being electrically arranged between the star point and the terminal part , the casing part having a through-opening , a screw part being guidable through the opening and screw-connectable to the threaded portion , the casing part and the connection portion being able to be connected in an electrically conductive manner by means of the screw part , the casing part in particular acting as an earth terminal .
A windshield for heads-up displays in motor vehicles comprising at least: a. a laminated pane consisting of a first pane and a second pane as well as an intermediate layer provided between the first pane and the second pane , b. wherein the intermediate layer comprises a first thermoplastic film , c. wherein the first thermoplastic film comprises a light field containing luminescent particles and includes another region having a local concentration of luminescent particles of less than 3% of the average concentration of luminescent particles in the light field , and d. wherein the concentration of luminescent particles decreases gradually in a transitional region adjacent to the light field . a. a laminated pane consisting of a first pane and a second pane as well as an intermediate layer provided between the first pane and the second pane , b. wherein the intermediate layer comprises a first thermoplastic film , c. wherein the first thermoplastic film comprises a light field containing luminescent particles and includes another region having a local concentration of luminescent particles of less than 3% of the average concentration of luminescent particles in the light field , and d. wherein the concentration of luminescent particles decreases gradually in a transitional region adjacent to the light field .
A vehicle control device comprising: a microphone ; a processor ; and a memory device storing a first voice recognition engine , and a second voice recognition engine different from the first voice recognition engine , the memory device further storing instructions that, when executed, cause the processor to execute operations comprising: determining a driving mode of a vehicle at the time that a command is received through the microphone ; and executing one of the first and second voice recognition engines based on the driving mode of the vehicle . a microphone ; a processor ; and a memory device storing a first voice recognition engine , and a second voice recognition engine different from the first voice recognition engine , the memory device further storing instructions that, when executed, cause the processor to execute operations comprising: determining a driving mode of a vehicle at the time that a command is received through the microphone ; and executing one of the first and second voice recognition engines based on the driving mode of the vehicle . determining a driving mode of a vehicle at the time that a command is received through the microphone ; and executing one of the first and second voice recognition engines based on the driving mode of the vehicle .
A method for facilitating data communication, comprising: receiving , with a controller module , incoming data related to operation of an aircraft ; converting , with the controller module , the incoming data to an intermediate format data; evaluating , with the controller module , a validity of the intermediate format data; extracting , with the controller module , a subset of the converted intermediate format data based on a set of predetermined parameters; converting , with the controller module , the subset of the intermediate format data to binary data according to a binary format and including a digital signature on the binary data; performing , with the controller module , a set of quality checks on the binary data according to the binary format and wherein at least one of the set of quality checks includes automatically determining if the digital signature is satisfied; outputting the binary data with the digital signature to an appropriate receiving node; and, before the step of converting the subset of the intermediate format data to binary data, comparing , with the controller module , the subset of the converted intermediate format data to a prior iteration of the subset of the intermediate format data and converting to the binary data only if the intermediate format data is determined to be valid based on the evaluating and at least one predetermined statistical analysis is satisfied in the comparing . receiving , with a controller module , incoming data related to operation of an aircraft ; converting , with the controller module , the incoming data to an intermediate format data; evaluating , with the controller module , a validity of the intermediate format data; extracting , with the controller module , a subset of the converted intermediate format data based on a set of predetermined parameters; converting , with the controller module , the subset of the intermediate format data to binary data according to a binary format and including a digital signature on the binary data; performing , with the controller module , a set of quality checks on the binary data according to the binary format and wherein at least one of the set of quality checks includes automatically determining if the digital signature is satisfied; outputting the binary data with the digital signature to an appropriate receiving node; and, before the step of converting the subset of the intermediate format data to binary data, comparing , with the controller module , the subset of the converted intermediate format data to a prior iteration of the subset of the intermediate format data and converting to the binary data only if the intermediate format data is determined to be valid based on the evaluating and at least one predetermined statistical analysis is satisfied in the comparing .
A pharmaceutical or nutraceutical composition for use in reducing allograft failure or patient mortality associated with allograft failure after organ transplantation in said patient, wherein said organ transplantation is kidney transplantation and the patient is a kidney transplant patient, wherein said composition comprises an effective amount of vitamin K selected from the group consisting of vitamin K1 (phylloquinone) and vitamin K2 (menaquinone), wherein said vitamin K is administered to said patient in a dose of between 100 μg/day and 2 mg/day.
A method of making a food composition, comprising: a. providing a stream of uncoated food pieces; b. directing the stream through an enrober to apply a first coating to at least a portion of a surface of each food piece to form a coated stream; c. splitting the coated stream into at least two portions; and d. continuously redirecting a portion of the coated stream back through the enrober along with the stream of uncoated food pieces to apply at least one additional coating to the portion of the coated stream, wherein the portion that is redirected back to the enrober can be selected. a. providing a stream of uncoated food pieces; b. directing the stream through an enrober to apply a first coating to at least a portion of a surface of each food piece to form a coated stream; c. splitting the coated stream into at least two portions; and d. continuously redirecting a portion of the coated stream back through the enrober along with the stream of uncoated food pieces to apply at least one additional coating to the portion of the coated stream, wherein the portion that is redirected back to the enrober can be selected.
An image sensor comprising: a readout circuit configured to read out a pixel signal to a signal line , the pixel signal representing image data generated by an electric charge resulting from a photoelectric conversion, and the signal line connecting the readout circuit with a first electric current source ; a storage circuit including a capacitor (Cb) configured to hold a first voltage signal based on an electric current from a first power supply circuit during initial setting of the first voltage signal, an analog/digital converter ( configured to convert the first voltage signal into a digital signal during the initial setting of the first voltage signal, and a first storage unit configured to store the digital signal converted by the analog/digital converter ; the first electric current source is configured to supply the signal line with an electric current generated based on the first voltage signal, and the storage circuit includes a digital/ analog converter configured to convert the digital signal stored in the first storage unit into an analog value for refreshing the first voltage signal during : refreshing of the first voltage signal. a readout circuit configured to read out a pixel signal to a signal line , the pixel signal representing image data generated by an electric charge resulting from a photoelectric conversion, and the signal line connecting the readout circuit with a first electric current source ; a storage circuit including a capacitor (Cb) configured to hold a first voltage signal based on an electric current from a first power supply circuit during initial setting of the first voltage signal, an analog/digital converter ( configured to convert the first voltage signal into a digital signal during the initial setting of the first voltage signal, and a first storage unit configured to store the digital signal converted by the analog/digital converter ; the first electric current source is configured to supply the signal line with an electric current generated based on the first voltage signal, and the storage circuit includes a digital/ analog converter configured to convert the digital signal stored in the first storage unit into an analog value for refreshing the first voltage signal during : refreshing of the first voltage signal. a capacitor (Cb) configured to hold a first voltage signal based on an electric current from a first power supply circuit during initial setting of the first voltage signal, an analog/digital converter ( configured to convert the first voltage signal into a digital signal during the initial setting of the first voltage signal, and a first storage unit configured to store the digital signal converted by the analog/digital converter ; the first electric current source is configured to supply the signal line with an electric current generated based on the first voltage signal, and the storage circuit includes a digital/ analog converter configured to convert the digital signal stored in the first storage unit into an analog value for refreshing the first voltage signal during : refreshing of the first voltage signal.
A sorbent recharger , comprising: a first receiving compartment for a first sorbent module ; the receiving compartment having a first sorbent module inlet and a first sorbent module outlet; a first inlet line fluidly connected to the first sorbent module inlet; a first effluent line fluidly connected to the first sorbent module outlet; at least one of an disinfectant source, a brine source, a base source, and a water source fluidly connected to the first inlet line; at least a first pump positioned in the first inlet line for pumping fluid from the disinfectant source, brine source, and water source to the first sorbent module inlet; at least one flow sensor, at least one pressure sensor, at least one temperature sensor, and at least one conductivity sensor; and a control system in communication with at least one of the flow sensor, pressure sensor, temperature sensor or conductivity sensor; the control system for controlling the first pump, preferably said sorbent recharger further comprising a user interface in communication with the control system, wherein the control system determines whether at least one of the pressure, flow rate, temperature, and conductivity are within predetermined ranges, wherein the control system generates an alert indicating a leak when the pressure is below the predetermined range; and wherein the control system generates an alert indicating an occlusion when the pressure is above the predetermined range. a first receiving compartment for a first sorbent module ; the receiving compartment having a first sorbent module inlet and a first sorbent module outlet; a first inlet line fluidly connected to the first sorbent module inlet; a first effluent line fluidly connected to the first sorbent module outlet; at least one of an disinfectant source, a brine source, a base source, and a water source fluidly connected to the first inlet line; at least a first pump positioned in the first inlet line for pumping fluid from the disinfectant source, brine source, and water source to the first sorbent module inlet; at least one flow sensor, at least one pressure sensor, at least one temperature sensor, and at least one conductivity sensor; and a control system in communication with at least one of the flow sensor, pressure sensor, temperature sensor or conductivity sensor; the control system for controlling the first pump, preferably said sorbent recharger further comprising a user interface in communication with the control system, wherein the control system determines whether at least one of the pressure, flow rate, temperature, and conductivity are within predetermined ranges, wherein the control system generates an alert indicating a leak when the pressure is below the predetermined range; and wherein the control system generates an alert indicating an occlusion when the pressure is above the predetermined range.
A process for the preparation of N -(2-(6-fluoro-1H-indol-3-yl)-ethyl)-3-(2,2,3,3 tetrafluoropropoxy)-benzylamine (Compound (I)), and pharmaceutically acceptable salts thereof, comprising the steps of: 1) forming Compound (V) from Compound (III) and Compound (IV) in a solvent or solvent mixture with or without removal of water, and 2) reacting the mixture formed in step 1) with hydrogen in the presence of a transition metal catalyst in a solvent or a solvent mixture with or without the presence of an acid, and 3) optionally adding an acid to precipitate Compound (I) as a salt. 1) forming Compound (V) from Compound (III) and Compound (IV) in a solvent or solvent mixture with or without removal of water, and 2) reacting the mixture formed in step 1) with hydrogen in the presence of a transition metal catalyst in a solvent or a solvent mixture with or without the presence of an acid, and 3) optionally adding an acid to precipitate Compound (I) as a salt.
An oven comprising: a chamber , the chamber having an entry on a first side and an exit on an opposite second side with a top extending between the first side and the second side , a longitudinal direction of the oven defined as extending between the first side and the second side ; a conveyance system , the conveyance system extending within the chamber from the first side to the second side ; a circulation plate , the circulation plate extending between the conveyance system and the top of the chamber , wherein the circulation plate is comprised of a first region proximate the chamber first side , a second region , and a third region proximate the chamber second side , the second region is between the first region and the third region ; the circulation plate first region is comprised of a plurality of first region apertures, the circulation plate second region comprised of a plurality of second region apertures, and the circulation plate third region comprised of a plurality of third region apertures; and a first distance extending in the longitudinal direction between longitudinally adjacent apertures of the plurality of first region apertures, a second distance extending in the longitudinal direction between longitudinally adjacent apertures of the plurality of second region apertures, and a third distance extending in the longitudinal direction between longitudinally adjacent apertures of the plurality of third region apertures, characterised in that the second distance is less than the first distance and third distance .
A method of determining location addresses of node devices (21, 22, ..., 26) in a network of operatively interconnected node devices, said node devices (21, 22, ..., 26) arranged at different locations along an elongated track and geographically distanced from each other by an inter-node distance, each node device having a unique identifier and comprising a short range communication interface arranged for inter-node communication, said method comprising the steps of: - receiving , by a node device , a message from an immediate neighbouring node device having a known location address along said track , using said short range communication interface , said message comprising said location address of said immediate neighbouring node device ; - determining , by said node device , its location address along said track , based on said location address in said received message ; - transmitting , by said node device , a further message using said short range communication interface , said further message comprising said determined location address of said node device ; the method being characterised by the following steps: - receiving, by a further immediate neighbouring node device of said node device , said further message , using said short range communication interface; - determining , by said further immediate neighbouring node device , its location address along said track , based on said location address in said received further message, and - transmitting , by said further immediate neighbouring node device , a message comprising said determined location address of said further immediate neighbouring node device using said short range communication interface . - receiving , by a node device , a message from an immediate neighbouring node device having a known location address along said track , using said short range communication interface , said message comprising said location address of said immediate neighbouring node device ; - determining , by said node device , its location address along said track , based on said location address in said received message ; - transmitting , by said node device , a further message using said short range communication interface , said further message comprising said determined location address of said node device ; the method being characterised by the following steps: - receiving, by a further immediate neighbouring node device of said node device , said further message , using said short range communication interface; - determining , by said further immediate neighbouring node device , its location address along said track , based on said location address in said received further message, and - transmitting , by said further immediate neighbouring node device , a message comprising said determined location address of said further immediate neighbouring node device using said short range communication interface .
NXP2 autoantibodies and/or TIF1 gamma autoantibodies purified from the serum of a patient with dermatomyositis for use in treatment of breast cancer in a subject, wherein the dermatomyositis patient from which the autoantibodies are obtained does not have cancer.
Electric machine having a stator and a rotor and also an inverter arranged in an inverter housing , wherein the rotor is mounted so as to be rotatable about an axis of rotation with its rotor axis in a first end shield and a second end shield that is arranged in or on the inverter housing , and has an air guiding sleeve embodied with or without blades, at least one intake opening and at least one blow-out opening are arranged in a radially encircling outer surface of the second end shield , and at least two cooling fins are present on the second end shield , wherein a baffle is arranged in such a way between the cooling fins of the second end shield and the stator and also the rotor mounted in the stator that a cooling medium flowing in radially through the at least one intake opening is guided via the air guiding sleeve to the at least one blow-out opening and is redirected by the baffle, wherein the cooling medium is air.