mhurhangee/patent-ind-claim-en huggingface dataset:
A mobile terminal , comprising: a display unit configured for displaying an image and detecting a touch input; a first camera (121-1) configured for capturing a first image; a second camera (121-2) configured for capturing a second image: and a controller configured to: display the first image as a preview image, display a first focus box at a point corresponding to a first focus within the first image and also displays a second focus box at a point corresponding to a second focus within the first image, wherein a first indicator for indicating a focus for the first camera (121-1) is displayed on the first focus box and a second indicator for indicating a focus for the second camera (121-2) is displayed on the second focus box , such that the first indicator, the first focus box , the second indicator and the second focus box are concurrently displayed within the first image. a display unit configured for displaying an image and detecting a touch input; a first camera (121-1) configured for capturing a first image; a second camera (121-2) configured for capturing a second image: and a controller configured to: display the first image as a preview image, display a first focus box at a point corresponding to a first focus within the first image and also displays a second focus box at a point corresponding to a second focus within the first image, wherein a first indicator for indicating a focus for the first camera (121-1) is displayed on the first focus box and a second indicator for indicating a focus for the second camera (121-2) is displayed on the second focus box , such that the first indicator, the first focus box , the second indicator and the second focus box are concurrently displayed within the first image. display the first image as a preview image, display a first focus box at a point corresponding to a first focus within the first image and also displays a second focus box at a point corresponding to a second focus within the first image, wherein a first indicator for indicating a focus for the first camera (121-1) is displayed on the first focus box and a second indicator for indicating a focus for the second camera (121-2) is displayed on the second focus box , such that the first indicator, the first focus box , the second indicator and the second focus box are concurrently displayed within the first image.
A cell culture medium comprising a meroxapol with a peak molecular weight M p between 1000 and 8000 g/mol and a polyethylene oxide percentage between 55 and 95% (w/w).
A digestive enzyme composition comprising an enterically coated digestive enzyme product having a pancrelipase in an amount of 5,000 IU lipase or greater; an administrable nutritional medium present in an amount of 5 mL per each 20,000 to 40,000 lipase IU; and a pharmaceutically acceptable low viscosity oily ingredient selected from the group of vegetable oils, synthetic oils, and fatty acids, or mixtures thereof, and where the low viscosity oily ingredient is added in amount of 5% to 25% volume/volume of administrable nutritional medium. an administrable nutritional medium present in an amount of 5 mL per each 20,000 to 40,000 lipase IU; and a pharmaceutically acceptable low viscosity oily ingredient selected from the group of vegetable oils, synthetic oils, and fatty acids, or mixtures thereof, and where the low viscosity oily ingredient is added in amount of 5% to 25% volume/volume of administrable nutritional medium.
A method for producing one or more semiconductor fin structures comprising the steps of : • Producing one or more elongate structures on a substrate, said structures consisting of an alloy of silicon and germanium, a part of said structures extending outwards with respect to the surface of an insulation layer present on said substrate, a top portion of said structures consisting of relaxed and defect free alloy material, • subjecting said structure(s) to an oxidation step, so as to transform said structure(s) to : • one or more fins comprising a base portion formed of said alloy and a top portion formed of germanium in a strained condition, said top portion being formed by condensation of germanium, • a layer of silicon oxide , covering said fin(s) , said oxide layer being formed by oxidation of the silicon, • removing the part of said layer of silicon oxide extending above said surface of said insulation layer, to thereby produce said one or more fin structures comprising a top portion of germanium in strained condition on a base portion of said alloy material. • Producing one or more elongate structures on a substrate, said structures consisting of an alloy of silicon and germanium, a part of said structures extending outwards with respect to the surface of an insulation layer present on said substrate, a top portion of said structures consisting of relaxed and defect free alloy material, • subjecting said structure(s) to an oxidation step, so as to transform said structure(s) to : • one or more fins comprising a base portion formed of said alloy and a top portion formed of germanium in a strained condition, said top portion being formed by condensation of germanium, • a layer of silicon oxide , covering said fin(s) , said oxide layer being formed by oxidation of the silicon, • one or more fins comprising a base portion formed of said alloy and a top portion formed of germanium in a strained condition, said top portion being formed by condensation of germanium, • a layer of silicon oxide , covering said fin(s) , said oxide layer being formed by oxidation of the silicon, • removing the part of said layer of silicon oxide extending above said surface of said insulation layer, to thereby produce said one or more fin structures comprising a top portion of germanium in strained condition on a base portion of said alloy material.
A hybrid construction machine comprising: an engine that is provided on a vehicle body ; a hydraulic pump that is connected mechanically to said engine ; a hydraulic actuator that is driven by pressurized oil from said hydraulic pump ; a motor generator that is connected mechanically to said engine ; an electricity storage device that is connected electrically to said motor generator ; and a controller that controls charge/discharge power of said motor generator and said electricity storage device , characterized by : a mode selection device that selects any one of a plurality of modes set in correspondence with a working amount or a fuel consumption, said plurality of modes each setting a target state of charges differing from each other in a predefined use range eliminating a high battery state of charge at which a degradation of said electricity storage device may occur when repeating a charge/discharge, said controller controlling the charge/discharge power of said motor generator and said electricity storage device such that a state of charge of said electricity storage device converges with a target state of charge of the mode selected by said mode selection device . an engine that is provided on a vehicle body ; a hydraulic pump that is connected mechanically to said engine ; a hydraulic actuator that is driven by pressurized oil from said hydraulic pump ; a motor generator that is connected mechanically to said engine ; an electricity storage device that is connected electrically to said motor generator ; and a controller that controls charge/discharge power of said motor generator and said electricity storage device , characterized by : a mode selection device that selects any one of a plurality of modes set in correspondence with a working amount or a fuel consumption, said plurality of modes each setting a target state of charges differing from each other in a predefined use range eliminating a high battery state of charge at which a degradation of said electricity storage device may occur when repeating a charge/discharge, said controller controlling the charge/discharge power of said motor generator and said electricity storage device such that a state of charge of said electricity storage device converges with a target state of charge of the mode selected by said mode selection device .
A multi-spool gas turbine engine comprising: a low pressure (LP) spool ; a high pressure (HP) spool , the LP spool and the HP spool being independently rotatable about a central axis , the LP pressure spool comprising an LP compressor and an LP turbine , the HP spool comprising an HP turbine and an HP compressor ; and an accessory gear box (AGB) (50; 50"), the central axis extending through the AGB (50; 50") and the LP compressor being axially positioned between the HP compressor and the AGB , characterised in that : the AGB (50; 50") comprises first and second gear trains (50a", 50b"), the first gear train (50a") having a first drive input, the second gear train (50b") having a second drive input, the first and second drive inputs being respectively drivingly connected to the HP and LP spools . a low pressure (LP) spool ; a high pressure (HP) spool , the LP spool and the HP spool being independently rotatable about a central axis , the LP pressure spool comprising an LP compressor and an LP turbine , the HP spool comprising an HP turbine and an HP compressor ; and an accessory gear box (AGB) (50; 50"), the central axis extending through the AGB (50; 50") and the LP compressor being axially positioned between the HP compressor and the AGB , characterised in that : the AGB (50; 50") comprises first and second gear trains (50a", 50b"), the first gear train (50a") having a first drive input, the second gear train (50b") having a second drive input, the first and second drive inputs being respectively drivingly connected to the HP and LP spools .
Method for operating a hearing aid , which can be worn by a user and which has a number of programs that are respectively associated with a noise situation, - wherein a current noise situation is identified in both position-dependent and time-dependent fashion, - wherein the current noise situation is ascertained in position-dependent and time-dependent fashion by means of a noise characteristic , which contains the noise situation at a certain position as a function of time (Z1, Z2), - wherein a situation parameter (S) is stored in the noise characteristic in position-dependent and time-dependent fashion, - wherein the noise situation is ascertained by virtue of initially determining position and time (Z1, Z2), subsequently looking up the situation parameter (S) in the noise characteristic in position-dependent and time-dependent fashion and then determining the noise situation on the basis of the situation parameter (S), - wherein the situation parameter (S) is stored in two dimensions with respect to time as a function of the time of day (Z1) and the day of the week (Z2), and - wherein the respective program associated with the current noise situation is selected and set. - wherein a current noise situation is identified in both position-dependent and time-dependent fashion, - wherein the current noise situation is ascertained in position-dependent and time-dependent fashion by means of a noise characteristic , which contains the noise situation at a certain position as a function of time (Z1, Z2), - wherein a situation parameter (S) is stored in the noise characteristic in position-dependent and time-dependent fashion, - wherein the noise situation is ascertained by virtue of initially determining position and time (Z1, Z2), subsequently looking up the situation parameter (S) in the noise characteristic in position-dependent and time-dependent fashion and then determining the noise situation on the basis of the situation parameter (S), - wherein the situation parameter (S) is stored in two dimensions with respect to time as a function of the time of day (Z1) and the day of the week (Z2), and - wherein the respective program associated with the current noise situation is selected and set.
A casting mold half, preferably for a die casting mold, comprising - a hollow core receptacle and - a hollow core inserted into the hollow core receptacle, having a base body and a core cylinder body extending essentially axially from the latter, characterized in that - the hollow core is embodied as a reusably removable hollow core which is removably attachable to the casting mold half on the mold cavity side, with the base body ahead, without dismantling and without disassembly of the casting mold half. - a hollow core receptacle and - a hollow core inserted into the hollow core receptacle, having a base body and a core cylinder body extending essentially axially from the latter, characterized in that - the hollow core is embodied as a reusably removable hollow core which is removably attachable to the casting mold half on the mold cavity side, with the base body ahead, without dismantling and without disassembly of the casting mold half.
An information transmission method, comprising: obtaining , by a first device, N layers of symbol data sequences, wherein N is a positive integer; performing , by the first device, scrambling processing on each of the N layers of symbol data sequences, to obtain a scrambled signal; and sending , by the first device, the scrambled signal to a second device, wherein when N>1, the performing , by the first device, scrambling processing on each of the N layers of symbol data sequences, to obtain a scrambled signal comprises: performing, by the first device, scrambling processing on the N layers of symbol data sequences separately, to obtain N layers of scrambled symbol data signals; and superimposing, by the first device, the N layers of scrambled symbol data signals, to obtain the scrambled signal. obtaining , by a first device, N layers of symbol data sequences, wherein N is a positive integer; performing , by the first device, scrambling processing on each of the N layers of symbol data sequences, to obtain a scrambled signal; and sending , by the first device, the scrambled signal to a second device, performing, by the first device, scrambling processing on the N layers of symbol data sequences separately, to obtain N layers of scrambled symbol data signals; and superimposing, by the first device, the N layers of scrambled symbol data signals, to obtain the scrambled signal.
An internal pressure adjustment system comprising: a gas supply line configured to supply incombustible gas to an internal space of a robot ; an exhaust line extending from the robot toward an external space of the robot , the exhaust line being configured to exhaust gas from the internal space to the external space; and a gas-operated exhaust valve disposed on the exhaust line in the external space, characterised in that the exhaust valve being configured to open the exhaust line in response to an increase in a gas supply pressure in the gas supply line and to close the exhaust line in response to a decrease in the gas supply pressure. a gas supply line configured to supply incombustible gas to an internal space of a robot ; an exhaust line extending from the robot toward an external space of the robot , the exhaust line being configured to exhaust gas from the internal space to the external space; and a gas-operated exhaust valve disposed on the exhaust line in the external space, characterised in that the exhaust valve being configured to open the exhaust line in response to an increase in a gas supply pressure in the gas supply line and to close the exhaust line in response to a decrease in the gas supply pressure.
A peristaltic pump including a peristaltic pump segment that is configured to operate with the peristaltic pump, the pump segment comprising: a tubing segment defining a resilient pumping volume between an upstream portion and a downstream portion of the tubing segment, the pumping volume being selectively engagable by a plunger disposed adjacent to the pumping volume of the tubing segment, wherein the pumping volume is selectively engaged by the plunger to expand the pumping volume to draw fluid flow into the pumping volume and to contract the pumping volume to conduct fluid flow from the pumping volume; and a check valve coupled to the upstream portion of the tubing segment, the check valve comprising a valve element in fluid communication with a valve inlet and a valve outlet , wherein the valve outlet is in fluid communication with the pumping volume, and the valve element is configured to permit fluid flow from the valve inlet to the pumping volume during expansion of the pumping volume and to prevent fluid flow from the pumping volume to the valve inlet during contraction of the pumping volume, and characterized in that : the peristaltic pump comprises a disabled upstream occluder or an omitted upstream occluder. a tubing segment defining a resilient pumping volume between an upstream portion and a downstream portion of the tubing segment, the pumping volume being selectively engagable by a plunger disposed adjacent to the pumping volume of the tubing segment, wherein the pumping volume is selectively engaged by the plunger to expand the pumping volume to draw fluid flow into the pumping volume and to contract the pumping volume to conduct fluid flow from the pumping volume; and a check valve coupled to the upstream portion of the tubing segment, the check valve comprising a valve element in fluid communication with a valve inlet and a valve outlet , wherein the valve outlet is in fluid communication with the pumping volume, and the valve element is configured to permit fluid flow from the valve inlet to the pumping volume during expansion of the pumping volume and to prevent fluid flow from the pumping volume to the valve inlet during contraction of the pumping volume, and characterized in that : the peristaltic pump comprises a disabled upstream occluder or an omitted upstream occluder.
A machine station file processing method, applied to an edge computing server , characterized by comprising: monitoring operation of a file system of a machine station server and acquiring a transaction file generated by the operation, the transaction file comprising transaction data (S100); converting a format of the transaction data according to preset warehousing rules to generate model-layer data (S200); and sending, to a data warehouse server , the model-layer data and a data analysis request, the data analysis request is used to instruct the data warehouse server to acquire application-layer data according to the model-layer data (S300); wherein, the preset warehousing rules are rules that have been set for the machine station server , and comprise conditions and methods for format conversion of the transaction data. monitoring operation of a file system of a machine station server and acquiring a transaction file generated by the operation, the transaction file comprising transaction data (S100); converting a format of the transaction data according to preset warehousing rules to generate model-layer data (S200); and sending, to a data warehouse server , the model-layer data and a data analysis request, the data analysis request is used to instruct the data warehouse server to acquire application-layer data according to the model-layer data (S300); wherein, the preset warehousing rules are rules that have been set for the machine station server , and comprise conditions and methods for format conversion of the transaction data.
An elevator propulsion device , comprising: at least one drive member , a motor module including at least one motor configured to cause movement of the drive member and corresponding movement of an elevator cab , and a power supply including at least one energy source that is configured to provide power to the motor, wherein the power supply is situated adjacent the motor module such that a mass of the at least one energy source provides a noise barrier configured to reduce transmission of noise from the motor into the elevator cab, wherein the power supply includes a plurality of energy sources and at least some of the energy sources are arranged as a first noise barrier layer configured to be between one side of the motor module and the elevator cab, characterised in that the at least one drive member is configured to engage and climb along a vertical structure ; and others of the energy sources are arranged as a second noise barrier layer that is situated along another side of the motor module. at least one drive member , a motor module including at least one motor configured to cause movement of the drive member and corresponding movement of an elevator cab , and a power supply including at least one energy source that is configured to provide power to the motor, wherein the power supply is situated adjacent the motor module such that a mass of the at least one energy source provides a noise barrier configured to reduce transmission of noise from the motor into the elevator cab, wherein the power supply includes a plurality of energy sources and at least some of the energy sources are arranged as a first noise barrier layer configured to be between one side of the motor module and the elevator cab, characterised in that the at least one drive member is configured to engage and climb along a vertical structure ; and others of the energy sources are arranged as a second noise barrier layer that is situated along another side of the motor module.
A wiper blade end cap , comprising at least one sealing element for sealing a channel for delivering windscreen washer fluid of a member of the blade , said end cap comprising a first face defining a housing intended to receive the end of the blade member , a second face opposite the first face according to the longitudinal main orientation of the end cap and closed by an end wall , the first face and the second face being connected to each other by lateral walls , said at least one sealing element comprising a channel (22a1), referred to as the end channel, intended to be brought into fluid communication with said delivery channel when said delivery channel is sealed, and at least one spray opening (22a2, 22a2') originating at said end channel (22a1), said at least one spray opening (22a2) emerging on the outside of said end cap at a lateral wall of the end cap, the end cap having a longitudinal main orientation, each sealing element and each end channel (22a1) having a longitudinal orientation, characterised in that said at least one spray opening (22a2) is in the form of a channel and has an orientation that is substantially orthogonal to the longitudinal orientation.
A pressure plate unit for a brush making device for thermally pressing at least one bristle in an anchoring opening of a bristle carrier , the brush making device including a receptacle for the bristle carrier between the pressure plate unit and a counter plate , and the pressure plate unit and the counter plate being adapted to be moved towards and away from each other, the pressure plate unit including a heatable pressure plate having a front side that is opposite the counter plate and an opposite rear side and at least one receiving opening for the at least one bristle, and a funnel plate which is provided at the rear side of the pressure plate and has an insertion opening for the at least one bristle in alignment with the at least one receiving opening, and a means for reducing the temperature of the funnel plate being provided between the pressure plate and the funnel plate .