mhurhangee/patent-ind-claim-en huggingface dataset:
A communication hybridization system comprising a memory that stores instructions and one or more processors configured by the instructions to perform operations for causing transitions between communication modes based on user actions, the operations being such that a user action on one client device of one party can cause a change in communication mode of another client device of another party to the communication, the operations further comprising: in a text based mode of communication, presenting on the client device of one party a text input box ; and based on user action comprising a touch-based swipe gesture on said text input box causing a change in communication mode of the devices of said parties from said text based mode to an audio based mode of communication. in a text based mode of communication, presenting on the client device of one party a text input box ; and based on user action comprising a touch-based swipe gesture on said text input box causing a change in communication mode of the devices of said parties from said text based mode to an audio based mode of communication.
An apparatus for an integrated circuit device, comprising: a plurality of memory controllers coupled to a plurality of memory banks ; a network of switches coupled to the plurality of memory controllers ; a plurality of data processing devices coupled to the network of switches and configured to generate memory requests ; a network controller coupled to the network of switches ; and switches of the network of switches configured as arbiters , the arbiters configured to queue the memory requests , associate the memory requests queued with the corresponding response times associated with the plurality of memory banks addressed by the memory requests , and selectively issue requests from the memory requests queued therein responsive to the corresponding response times for the plurality of memory banks , and pass the memory requests through the network of switches for receipt by the plurality of memory controllers . a plurality of memory controllers coupled to a plurality of memory banks ; a network of switches coupled to the plurality of memory controllers ; a plurality of data processing devices coupled to the network of switches and configured to generate memory requests ; a network controller coupled to the network of switches ; and switches of the network of switches configured as arbiters , the arbiters configured to queue the memory requests , associate the memory requests queued with the corresponding response times associated with the plurality of memory banks addressed by the memory requests , and selectively issue requests from the memory requests queued therein responsive to the corresponding response times for the plurality of memory banks , and pass the memory requests through the network of switches for receipt by the plurality of memory controllers .
A variable geometry exhaust nozzle arrangement comprising: a plurality of hingeable exhaust petals projecting in a generally longitudinal direction (X) and defining a perimeter of an exhaust duct ; an annular ring which slidably engages against a radially outer surface of each petal ; the annular ring being coupled to a plurality of circumferentially spaced actuator assemblies ; each actuator assembly comprising first and second circumferentially spaced parallel actuator arms pivotably coupled to the annular ring at a first end and to a slide arrangement at a second end; each slide arrangement being mounted for linear sliding movement, such that sliding movement of each slide arrangement causes pivoting of the first and second actuator arms to thereby translate the annular ring in one or both of a longitudinal direction and a lateral direction. a plurality of hingeable exhaust petals projecting in a generally longitudinal direction (X) and defining a perimeter of an exhaust duct ; an annular ring which slidably engages against a radially outer surface of each petal ; the annular ring being coupled to a plurality of circumferentially spaced actuator assemblies ; each actuator assembly comprising first and second circumferentially spaced parallel actuator arms pivotably coupled to the annular ring at a first end and to a slide arrangement at a second end; each slide arrangement being mounted for linear sliding movement, such that sliding movement of each slide arrangement causes pivoting of the first and second actuator arms to thereby translate the annular ring in one or both of a longitudinal direction and a lateral direction.
A method for scheduling traffic in a network, wherein at least four nodes of the network are connected to each other by transmission lines in a line topology or in a ring topology comprising an even number of at least four nodes, wherein for a network node (B2), the at least two neighboring network nodes (B1, B3) and the at least one next-but-one neighboring network node (B4) phase-shifted traffic schedules are configured for traffic of a first traffic class only; wherein the phase shifted cyclic traffic schedule (C1, C2) for a first traffic class (RT), comprises a reception phase (T01) and a transmission phase (T00), and wherein the phase shifted cyclic traffic schedules of adjacent network nodes are phase-shifted with respect to reception phases (T01) and transmission phases (TOO) for traffic of the first traffic class and at least two neighboring nodes (B1, B3) omit transmission of one or more data packets of the first traffic class in direction of the network node (B2) and at least one next-but-one neighboring network node (B4) in a transmission phase (TOO of the network node; the method comprising: Setting (S1) the transmission phase (T00) of the network node (B2) to coincide with the reception phase (T01) of at least two neighboring network nodes (B1, B3); and Setting (S4) the transmission phase (T00) of the network node (B2) to coincide with the transmission phase (T00) of at least one next-but-one neighboring network node (B4). wherein for a network node (B2), the at least two neighboring network nodes (B1, B3) and the at least one next-but-one neighboring network node (B4) phase-shifted traffic schedules are configured for traffic of a first traffic class only; wherein the phase shifted cyclic traffic schedule (C1, C2) for a first traffic class (RT), comprises a reception phase (T01) and a transmission phase (T00), and wherein the phase shifted cyclic traffic schedules of adjacent network nodes are phase-shifted with respect to reception phases (T01) and transmission phases (TOO) for traffic of the first traffic class and at least two neighboring nodes (B1, B3) omit transmission of one or more data packets of the first traffic class in direction of the network node (B2) and at least one next-but-one neighboring network node (B4) in a transmission phase (TOO of the network node; the method comprising: Setting (S1) the transmission phase (T00) of the network node (B2) to coincide with the reception phase (T01) of at least two neighboring network nodes (B1, B3); and Setting (S4) the transmission phase (T00) of the network node (B2) to coincide with the transmission phase (T00) of at least one next-but-one neighboring network node (B4). Setting (S1) the transmission phase (T00) of the network node (B2) to coincide with the reception phase (T01) of at least two neighboring network nodes (B1, B3); and Setting (S4) the transmission phase (T00) of the network node (B2) to coincide with the transmission phase (T00) of at least one next-but-one neighboring network node (B4).
A method of operating an active inverter connected to an electric machine , in which a number of phase terminals (U-Y) are each connected to a first DC voltage terminal (B+) via a controllable current valve (UH-YH) in a first inverter branch and to a second DC voltage terminal (B-) via a controllable current valve (UL-YL) in a second inverter branch, wherein each of the current valves (UH-YH) of one of the two inverter branches is provided with a clamping circuit arranged to activate a voltage clamping from a first moment from which a voltage potential applied to the first DC terminal (B+) rises to a predetermined first threshold value, and keeping the voltage clamping activated as long as the voltage potential does not fall below the first threshold value, wherein the voltage clamping comprises driving the current valve (UH-YH) provided with the clamping circuit and thereby establishing a conductive connection between the phase terminal (U-Y) connected to this current valve (UH-YH) and the respective DC voltage terminal (B+), characterized in that the inverter is further adapted to activate a load dump response only upon the presence of activation conditions from a second moment if at the second moment the voltage potential is above a second threshold, the second moment being after the first moment and the second threshold being below the first threshold, and the load dump response comprises activating all current valves (UL-YL) of the other of the two inverter branches, thereby establishing a conductive connection between all phase terminals (U-Y), the activation conditions comprising determining that at the second moment the voltage clamp is still activated and/or the voltage potential has not yet dropped below the first threshold and/or a value characterizing a current flowing through at least one of the phase terminals (U-Y) is above a third threshold.
A captured image evaluation apparatus for evaluating a thickness and a density of stacked cultured cells, comprising: an image acquisition section that acquires a plurality of captured images obtained by imaging a subject under conditions in which a numerical aperture, NA, of an objective lens is different; a thickness estimation section that estimates a thickness of the subject on the basis of a low NA captured image obtained under a condition in which the numerical aperture NA of the objective lens is relatively small, among the plurality of captured images; wherein the thickness estimation section acquires a brightness distribution of the low NA captured image, and estimates the thickness of the subject on the basis of the brightness distribution and a density estimation section that estimates a density of the subject on the basis of a high NA captured image obtained under a condition in which the numerical aperture of the objective lens is relatively large, among the plurality of captured images, wherein the density estimation section acquires a brightness distribution of the high NA captured image, and estimates the density of the subject on the basis of the brightness distribution. an image acquisition section that acquires a plurality of captured images obtained by imaging a subject under conditions in which a numerical aperture, NA, of an objective lens is different; a thickness estimation section that estimates a thickness of the subject on the basis of a low NA captured image obtained under a condition in which the numerical aperture NA of the objective lens is relatively small, among the plurality of captured images; wherein the thickness estimation section acquires a brightness distribution of the low NA captured image, and estimates the thickness of the subject on the basis of the brightness distribution and a density estimation section that estimates a density of the subject on the basis of a high NA captured image obtained under a condition in which the numerical aperture of the objective lens is relatively large, among the plurality of captured images, wherein the density estimation section acquires a brightness distribution of the high NA captured image, and estimates the density of the subject on the basis of the brightness distribution.
Method for producing a solar cell, comprising a substrate of crystalline silicon, in which, to produce a locally defined n-doped emitter region of the solar cell, the following steps are carried out in succession: covering a surface (la), provided for the emitter region, of the silicon substrate with a phosphorus-containing covering over the entire area; producing locally defined doping regions by doping phosphorus atoms in locally from the phosphorus-containing covering by laser beam, in a predetermined geometric configuration; removing the phosphorus-containing covering from the surface of the silicon substrate ; thermally collecting the phosphorus atoms doped into the doping regions to form the locally defined n-doped emitter region of the solar cell, with simultaneous formation of an oxide layer having a thickness in the range of 5 nm to 100 nm on the surface (la); etching away at least part of the thickness of the oxide layer , part of the thickness of the formed oxide layer being left for surface passivation in that only part of the thickness of the produced oxide layer is etched away; depositing an SiNx layer on the side of the surface (la), provided for the emitter region, of the silicon substrate , the SiNx layer being deposited on the oxide layer which was left for surface passivation. covering a surface (la), provided for the emitter region, of the silicon substrate with a phosphorus-containing covering over the entire area; producing locally defined doping regions by doping phosphorus atoms in locally from the phosphorus-containing covering by laser beam, in a predetermined geometric configuration; removing the phosphorus-containing covering from the surface of the silicon substrate ; thermally collecting the phosphorus atoms doped into the doping regions to form the locally defined n-doped emitter region of the solar cell, with simultaneous formation of an oxide layer having a thickness in the range of 5 nm to 100 nm on the surface (la); etching away at least part of the thickness of the oxide layer , part of the thickness of the formed oxide layer being left for surface passivation in that only part of the thickness of the produced oxide layer is etched away; depositing an SiNx layer on the side of the surface (la), provided for the emitter region, of the silicon substrate , the SiNx layer being deposited on the oxide layer which was left for surface passivation.
Compound of formula 1 wherein R 1 is H, C 1-6 -alkyl, C 0-4 -alkyl-C 3-6 -cycloalkyl, C 1-6 -haloalkyl; R 2 is H, C 1-6 -alkyl; X is an anion selected from the group consisting of chloride or 1⁄2 dibenzoyltartrate j is 1 or 2; for use as a medicament for the treatment of diseases selected from nasal polyposis, eosinophilic esophagitis, eosinophillic gastroenteritis (e.g. eosinophilic gastritis and eosinophilic enteritis), hypereosinophilic syndrome and Churg Strauss syndrome. R 1 is H, C 1-6 -alkyl, C 0-4 -alkyl-C 3-6 -cycloalkyl, C 1-6 -haloalkyl; R 2 is H, C 1-6 -alkyl; X is an anion selected from the group consisting of chloride or 1⁄2 dibenzoyltartrate j is 1 or 2;
System consisting of an electronic mobile display device having a display for displaying augmented reality, an electronic memory, and a cutting device for the cutting of cutting stock, in particular substantially planar cutting stock such as panels or sheets made of paper, paperboard, corrugated cardboard, film, leather, textile, plastic, foam or wood, wherein • the cutting device has ∘ a cutting table for depositing cutting stock that is to be cut, and ∘ a cutting tool which is arranged above the cutting table, is movable parallel to the cutting table within a cutting region, and by means of which a cutting stock that is to be cut, which is deposited on the cutting table, can be cut in the cutting region, • the memory is designed to store information relating to the cutting stock, which information can be retrieved by the display device by means of a data connection, • the system has a computing unit for calculating a position and orientation of the display device relative to the cutting device, in particular relative to the cutting table, • the display device is designed to be worn by a user and positioned in the field of vision of the user, as a result of which the system is designed to display to the user, by means of the display, retrieved information relating to the cutting stock • in a manner readable by the user in the field of vision of the user, • in a manner adapted to the position and orientation of the display device relative to the cutting device, and • in a manner linked to an actual and/or setpoint position of the cutting stock. • the cutting device has ∘ a cutting table for depositing cutting stock that is to be cut, and ∘ a cutting tool which is arranged above the cutting table, is movable parallel to the cutting table within a cutting region, and by means of which a cutting stock that is to be cut, which is deposited on the cutting table, can be cut in the cutting region, ∘ a cutting table for depositing cutting stock that is to be cut, and ∘ a cutting tool which is arranged above the cutting table, is movable parallel to the cutting table within a cutting region, and by means of which a cutting stock that is to be cut, which is deposited on the cutting table, can be cut in the cutting region, • the memory is designed to store information relating to the cutting stock, which information can be retrieved by the display device by means of a data connection, • the system has a computing unit for calculating a position and orientation of the display device relative to the cutting device, in particular relative to the cutting table, • the display device is designed to be worn by a user and positioned in the field of vision of the user, • in a manner readable by the user in the field of vision of the user, • in a manner adapted to the position and orientation of the display device relative to the cutting device, and • in a manner linked to an actual and/or setpoint position of the cutting stock.
A method of recovering rhenium, comprising: (A) adding an electron donor and a ketone compound to a solution containing perrhenate ions, the electron donor being an aliphatic secondary alcohol or an aliphatic secondary thioalcohol; (B) irradiating the solution after step (A) with ultraviolet light to precipitate a reduced species of the perrhenate ions contained in the solution; and (C) separating the reduced species of the perrhenate ions from the solution, the reduced species being precipitated during the ultraviolet light irradiation, wherein the pH of the solution is 6.3 or higher than 6.3 during step (B). (A) adding an electron donor and a ketone compound to a solution containing perrhenate ions, the electron donor being an aliphatic secondary alcohol or an aliphatic secondary thioalcohol; (B) irradiating the solution after step (A) with ultraviolet light to precipitate a reduced species of the perrhenate ions contained in the solution; and (C) separating the reduced species of the perrhenate ions from the solution, the reduced species being precipitated during the ultraviolet light irradiation,
Use of a cyanoethyl group-containing polymer, comprising 1.0 % or less of a repeating unit including -OCH 2 CH 2 CONH 2 and ions thereof and 2.0 % or less of a repeating unit including -OCH 2 CH 2 COOH and ions thereof with respect to total repeating units included in the polymer, in forming a separator for a secondary battery comprising: a polymer film; inorganic particles distributed on the polymer film; and a binder fixing the inorganic particles on the polymer film, wherein the cyanoethyl group-containing polymer is included in the binder, wherein the content of a specific functional group included in the polymer is defined as a ratio of a repeating unit containing the specific functional group with respect to total repeating units included in the polymer, wherein the total repeating units included in the polymer means the average number of the total repeating units included in the polymer (i.e. degree of polymerization), and the repeating unit containing the specific functional group means the average number of the repeating unit containing the specific functional group included in the polymer. a polymer film; inorganic particles distributed on the polymer film; and a binder fixing the inorganic particles on the polymer film, wherein the cyanoethyl group-containing polymer is included in the binder, wherein the content of a specific functional group included in the polymer is defined as a ratio of a repeating unit containing the specific functional group with respect to total repeating units included in the polymer, wherein the total repeating units included in the polymer means the average number of the total repeating units included in the polymer (i.e. degree of polymerization), and the repeating unit containing the specific functional group means the average number of the repeating unit containing the specific functional group included in the polymer.
A machine for making and dispensing liquid, semi-liquid and/or semi-solid food products comprising at least a cylinder for containing and processing basic products, means for heating and cooling the cylinder wrapped around at least part of the cylinder and a mixer unit positioned inside the cylinder which is able to mix the basic products during their processing; the machine comprising at least a supply duct for supplying the products into the cylinder and at least a dispensing duct for withdrawing the food products from the cylinder ; the machine being characterized in that it comprises: - recirculation means for recirculating the products contained in the containment and processing cylinder which is able to withdraw the products from the cylinder through the dispensing duct and to return them into the cylinder through the supply duct , said recirculation means comprising a pump having an infeed section and a delivery section , the delivery section being connected to the supply duct ; - a dispensing tap for withdrawing the products from the containment and processing cylinder connected to the supply duct ; - a duct for connecting the infeed section of the pump to the dispensing duct through the dispensing outlet of the dispensing tap , - at least a container of the basic products and a duct for sucking in the basic products to be introduced into the containment and processing cylinder wherein the infeed section of the pump is connectable alternately to the suction duct and to the dispensing duct of the containment cylinder to withdraw the products from the cylinder through the dispensing tap and returning them into the cylinder through the supply duct . - recirculation means for recirculating the products contained in the containment and processing cylinder which is able to withdraw the products from the cylinder through the dispensing duct and to return them into the cylinder through the supply duct , said recirculation means comprising a pump having an infeed section and a delivery section , the delivery section being connected to the supply duct ; - a dispensing tap for withdrawing the products from the containment and processing cylinder connected to the supply duct ; - a duct for connecting the infeed section of the pump to the dispensing duct through the dispensing outlet of the dispensing tap , - at least a container of the basic products and a duct for sucking in the basic products to be introduced into the containment and processing cylinder