mhurhangee/patent-ind-claim-en huggingface dataset:
A method of decoding video data, the method comprising: reconstructing, by a computing device, one or more blocks of a current picture of the video data, the one or more blocks of the current picture comprising N×N reconstructed samples of the current picture, wherein each of the one or more blocks belongs to a class of a plurality of classes, wherein the one or more blocks are categorized in accordance with Geometric Transformation based Adaptive Loop Filtering, GALF, such that categorization into the plurality of classes is based on a directionality and a quantized value of activity of the block, and wherein each class, or each merged group of classes, of the plurality of classes has a corresponding filter, such that each block of the one or more blocks of the current picture is associated with a filter; obtaining, by the computing device, from a bitstream, data including a plurality of weighting factors; and after reconstructing the one or more blocks of the current picture, applying, by the computing device, a function of multiple filters to a current block of the current picture, the current block comprising reconstructed samples of the current picture, wherein the multiple filters include the filter associated with each block of a plurality of neighboring blocks of the current picture that neighbor the current block, wherein the plurality of neighboring blocks that neighbor the current block are defined by a template, and wherein applying the function of multiple filters to the current block comprises applying the weighting factors to the filters. reconstructing, by a computing device, one or more blocks of a current picture of the video data, the one or more blocks of the current picture comprising N×N reconstructed samples of the current picture, wherein each of the one or more blocks belongs to a class of a plurality of classes, wherein the one or more blocks are categorized in accordance with Geometric Transformation based Adaptive Loop Filtering, GALF, such that categorization into the plurality of classes is based on a directionality and a quantized value of activity of the block, and wherein each class, or each merged group of classes, of the plurality of classes has a corresponding filter, such that each block of the one or more blocks of the current picture is associated with a filter; obtaining, by the computing device, from a bitstream, data including a plurality of weighting factors; and after reconstructing the one or more blocks of the current picture, applying, by the computing device, a function of multiple filters to a current block of the current picture, the current block comprising reconstructed samples of the current picture, wherein the multiple filters include the filter associated with each block of a plurality of neighboring blocks of the current picture that neighbor the current block, wherein the plurality of neighboring blocks that neighbor the current block are defined by a template, and wherein applying the function of multiple filters to the current block comprises applying the weighting factors to the filters.
A gearshift device for a vehicle transmission comprising: a gear selector operable by a user to control the vehicle transmission; a sensor actuator ; an electronics support ; and a housing , wherein the sensor actuator comprises a housing end , a gear selector end and a sensor end , wherein the housing end is configured to secure the sensor actuator to the housing , and the gear selector end is configured to be moved by the gear selector such that the sensor actuator rotates about a sensor actuator axis when the gear selector is operated by a user; wherein the electronics support comprises a sensor including a fixed portion with an opening and a movable portion configured to rotate in the opening, wherein the movable portion comprises a sensor contact surface ; wherein the sensor end of the sensor actuator is at least partially arranged within the opening of the sensor and wherein the sensor end is configured to rotate within the opening of the sensor about the sensor actuator axis and the sensor actuator axis is defined between the housing end and the sensor end of the sensor actuator in the opening of the sensor ; wherein the sensor end of the sensor actuator comprises an actuator contact portion configured to engage the sensor contact surface and move the movable portion of the sensor when the sensor actuator rotates about the sensor actuator axis ; and wherein one or more outer surfaces of the sensor end configured to contact the sensor are curved in a plane containing the sensor actuator axis . a gear selector operable by a user to control the vehicle transmission; a sensor actuator ; an electronics support ; and a housing , wherein the sensor actuator comprises a housing end , a gear selector end and a sensor end , wherein the housing end is configured to secure the sensor actuator to the housing , and the gear selector end is configured to be moved by the gear selector such that the sensor actuator rotates about a sensor actuator axis when the gear selector is operated by a user; wherein the electronics support comprises a sensor including a fixed portion with an opening and a movable portion configured to rotate in the opening, wherein the movable portion comprises a sensor contact surface ; wherein the sensor end of the sensor actuator is at least partially arranged within the opening of the sensor and wherein the sensor end is configured to rotate within the opening of the sensor about the sensor actuator axis and the sensor actuator axis is defined between the housing end and the sensor end of the sensor actuator in the opening of the sensor ; wherein the sensor end of the sensor actuator comprises an actuator contact portion configured to engage the sensor contact surface and move the movable portion of the sensor when the sensor actuator rotates about the sensor actuator axis ; and wherein one or more outer surfaces of the sensor end configured to contact the sensor are curved in a plane containing the sensor actuator axis .
A battery managing device comprising: a voltage detecting unit that is electrically connected to both electrodes of a plurality of battery cells through voltage detecting lines, and detects a terminal voltage of each of the plurality of battery cells ; a filter circuit that is electrically connected to the voltage detecting lines; a status variation causing unit that causes an electrical status variation with respect to the voltage detecting lines; a voltage fluctuating unit that is electrically connected to the voltage detecting lines between the filter circuit and the voltage detecting unit , and fluctuates regardless of the time constant of the filter circuit the terminal voltage to be detected by the voltage detecting unit in response to the electrical status variation that is caused by the status variation causing unit ; and a diagnosing unit that diagnoses the voltage detecting unit on the basis of a detection result of the terminal voltage by the voltage detecting unit when the terminal voltage is fluctuated by the voltage fluctuating unit . a voltage detecting unit that is electrically connected to both electrodes of a plurality of battery cells through voltage detecting lines, and detects a terminal voltage of each of the plurality of battery cells ; a filter circuit that is electrically connected to the voltage detecting lines; a status variation causing unit that causes an electrical status variation with respect to the voltage detecting lines; a voltage fluctuating unit that is electrically connected to the voltage detecting lines between the filter circuit and the voltage detecting unit , and fluctuates regardless of the time constant of the filter circuit the terminal voltage to be detected by the voltage detecting unit in response to the electrical status variation that is caused by the status variation causing unit ; and a diagnosing unit that diagnoses the voltage detecting unit on the basis of a detection result of the terminal voltage by the voltage detecting unit when the terminal voltage is fluctuated by the voltage fluctuating unit .
An antisense oligomer conjugate of Formula (IV): or a pharmaceutically acceptable salt thereof.
A SIM card for a mobile terminal for identifying a subscriber (A, B) in a mobile radio network , wherein the SIM card contains information, in particular about the authorization of the subscriber (A, B), which can be read by a SIM card reader/writer of the mobile terminal and be transmitted to the provider via the mobile radio network, - comprising a first area in a storage for storing data (K1, K2) for the identification and/or authentication in mobile radio extrinsic systems , - wherein the first area of the storage for storing data (K1, K2) for the identification and/or authentication in mobile radio extrinsic systems is configured to be modifiable, such that all data which are stored there can be modified, newly introduced and/or removed, characterized in that - the first storage area of the SIM card can be administrated and/or modified by a central administration unit of the mobile radio network , wherein the central administration unit can modify, remove or newly introduce the data in the storage , and - another modifiable storage area is provided, in which the storage of any data (D1, D2) differing from the data (K1, K2) for the identification and/or authentication is provided as replacement for conventional chip cards, comprising address data, health insurance company data, data concerning discount points of a discount system, data for the identification for credit and cash cards as well as patient data with respect to courses of diseases and the treatment therapies thereof, for obtaining a one-time identification for all cards up to now. - comprising a first area in a storage for storing data (K1, K2) for the identification and/or authentication in mobile radio extrinsic systems , - wherein the first area of the storage for storing data (K1, K2) for the identification and/or authentication in mobile radio extrinsic systems is configured to be modifiable, such that all data which are stored there can be modified, newly introduced and/or removed, characterized in that - the first storage area of the SIM card can be administrated and/or modified by a central administration unit of the mobile radio network , wherein the central administration unit can modify, remove or newly introduce the data in the storage , and - another modifiable storage area is provided, in which the storage of any data (D1, D2) differing from the data (K1, K2) for the identification and/or authentication is provided as replacement for conventional chip cards, comprising address data, health insurance company data, data concerning discount points of a discount system, data for the identification for credit and cash cards as well as patient data with respect to courses of diseases and the treatment therapies thereof, for obtaining a one-time identification for all cards up to now.
A modeling device for producing a three-dimensional object (O) by a repeated process of applying a laser to a powder layer so as to partially solidify the powder layer , the powder layer being made of a powdery material (M) and disposed in a chamber , the modeling device comprising: a discharge port for discharging into the chamber a gas for removing fume; a suction port for sucking the gas from the chamber ; an absorber for absorbing at least one of oxygen and water vapor contained in the gas; a first circulation path and a second circulation path each communicating between the discharge port and the suction port so that the gas is circulated from the suction port to the discharge port , the absorber being provided on the first circulation path and not provided on the second circulation path ; and a bypass passage connecting between an upstream side and a downstream side of the absorber in the first circulation path , wherein the modeling device further comprises a switching portion for switching between a first state and a second state, the first state being a state where the first circulation path communicates with the absorber , so that the gas circulates from the suction port through the absorber to the discharge port , the second state being a state where communication between the first circulation path and the second circulation path is blocked, so that the gas circulates from the suction port through only the second circulation path to the discharge port , and the gas also circulates between the absorber and the bypass passage . a discharge port for discharging into the chamber a gas for removing fume; a suction port for sucking the gas from the chamber ; an absorber for absorbing at least one of oxygen and water vapor contained in the gas; a first circulation path and a second circulation path each communicating between the discharge port and the suction port so that the gas is circulated from the suction port to the discharge port , the absorber being provided on the first circulation path and not provided on the second circulation path ; and a bypass passage connecting between an upstream side and a downstream side of the absorber in the first circulation path , wherein the modeling device further comprises a switching portion for switching between a first state and a second state, the first state being a state where the first circulation path communicates with the absorber , so that the gas circulates from the suction port through the absorber to the discharge port , the second state being a state where communication between the first circulation path and the second circulation path is blocked, so that the gas circulates from the suction port through only the second circulation path to the discharge port , and the gas also circulates between the absorber and the bypass passage .
A substantially purified strain of yeast selected from the group consisting of: (i) Saccharomyces cerevisiae strain YE206, deposited as Patent Deposit No. NRRL Y-50734; (ii) Saccharomyces cerevisiae strain YE1241, deposited as Patent Deposit No. NRRL Y-50735; and (iii) Saccharomyces cerevisiae strain YE1496, deposited as Patent Deposit No. NRRL Y-50736. (i) Saccharomyces cerevisiae strain YE206, deposited as Patent Deposit No. NRRL Y-50734; (ii) Saccharomyces cerevisiae strain YE1241, deposited as Patent Deposit No. NRRL Y-50735; and (iii) Saccharomyces cerevisiae strain YE1496, deposited as Patent Deposit No. NRRL Y-50736.
An oscillator circuit arrangement, comprising: a terminal for a supply potential (VDD); an inverter (MN1, MP1) having an input terminal (XIN) and an output terminal (XOUT) to be connected to a crystal device (XC) and having a supply terminal; a controllable current source (MP2) connected to the terminal for a supply potential (VDD) and the supply terminal of the inverter, the controllable current source (MP2) having a control terminal; an automatic gain control device (AGC) having an input terminal connected to the output terminal (XOUT) of the inverter and an output terminal connected to the control terminal of the controllable current source (MP2); first and second diode devices (MND2, MND3) each comprising a MOS transistor having gate, drain and source terminals of which gate and drain terminals are connected with each other; wherein the gate and drain terminals of the first diode device (MND2) are connected to the input (XIN) of the inverter and the source terminal of the first diode device (MND2) is connected to the output (XOUT) of the inverter, and wherein the gate and drain terminals of the second diode device (MND3) are connected to the output (XOUT) of the inverter and the source terminal of the second diode device (MND3) is connected to the input (XIN) of the inverter. a terminal for a supply potential (VDD); an inverter (MN1, MP1) having an input terminal (XIN) and an output terminal (XOUT) to be connected to a crystal device (XC) and having a supply terminal; a controllable current source (MP2) connected to the terminal for a supply potential (VDD) and the supply terminal of the inverter, the controllable current source (MP2) having a control terminal; an automatic gain control device (AGC) having an input terminal connected to the output terminal (XOUT) of the inverter and an output terminal connected to the control terminal of the controllable current source (MP2); first and second diode devices (MND2, MND3) each comprising a MOS transistor having gate, drain and source terminals of which gate and drain terminals are connected with each other; wherein the gate and drain terminals of the first diode device (MND2) are connected to the input (XIN) of the inverter and the source terminal of the first diode device (MND2) is connected to the output (XOUT) of the inverter, and wherein the gate and drain terminals of the second diode device (MND3) are connected to the output (XOUT) of the inverter and the source terminal of the second diode device (MND3) is connected to the input (XIN) of the inverter.
A protective helmet for motorcyclists, comprising a body provided with a front opening, a sun visor , and a rotary operating mechanism for rotatably operating the sun visor with respect to a horizontal axis between an inoperative upper position, in which said sun visor is arranged inside the helmet body , and an operative lower position, in which said sun visor is arranged in front of the user's eyes; characterized in that the helmet body comprises on the sides of the front opening , stops that can be manually positioned at different heights and that limit the rotation of the sun visor towards the lower position, the contact of the sun visor with said stops defining different operative lower positions of the sun visor depending on the position of said stops and in that the stops of the sun visor are assembled on guides with the possibility of moving in the vertical direction; said stops and said guides having complementary retention means for retaining the stops in positions at different heights, said complementary retention means being made up of a lug integral with the stop with possibility of moving along a channel provided with constrictions determining the possible retention positions of the stop .
A method for isolating formic acid from a reaction mixture by extraction, wherein the reaction mixture besides the formic acid comprises a polyoxometalate ion of the general formula [PMo x V y O 40 ] n- as catalyst and a solvent which dissolves the catalyst, where 6 ≤ x ≤ 11, 1 ≤ y ≤ 6, x + y = 12, and 3 < n < 10, where n, x and y are each an integer, where the isolating is accomplished by extraction by means of a polar organic extractant which extracts the formic acid and the catalyst and which is N-(n-hexadecyl)formamide, N-di-n-acetamide or an N,N-dialkylcarboxamide, where the N,N-dialkylcarboxamide on mixing with the solvent forms a phase boundary between the solvent and the extractant, where the extractant is one which, for extraction of the catalyst present at a concentration of 1.5 wt% in water, has a partition coefficient for the catalyst at 40°C that is greater by a factor of at least 7 than a partition coefficient for extraction at 40°C of the formic acid present at a concentration of 5 wt% in water, where the extractant before the extraction is saturated with the catalyst or where the catalyst extracted together with the formic acid is isolated from the extractant after the extraction by means of precipitation as a salt or by means of a further extraction with a polar further extractant and with a temperature change of the extractant and/or with an increase in the pH of the extractant, and is returned to the reaction mixture.
A system for recovering noble metals from a noble metal-containing material, comprising: an electrode; a noble-metal containing material; and an electrolytic solution comprising a sulfonic acid and/or persulfuric acid, wherein the system is configured such that, when an electric current is transported between the electrode and the noble metal, the noble metal is removed from the noble metal-containing material; and wherein the electrolytic solution comprises a mixture of acid and water and has a water content of less than or equal to 30 weight percent.. an electrode; a noble-metal containing material; and an electrolytic solution comprising a sulfonic acid and/or persulfuric acid, wherein the system is configured such that, when an electric current is transported between the electrode and the noble metal, the noble metal is removed from the noble metal-containing material; and wherein the electrolytic solution comprises a mixture of acid and water and has a water content of less than or equal to 30 weight percent..
An ostomy appliance comprising: inner and outer walls of flexible sheet material, the inner wall comprising a stomal inlet and the outer wall comprising a gas vent ; and a separation wall between the inner and outer walls forming separate first and second chambers and comprising a liquid and gas permeable separation filter ; wherein, in use: the first chamber is arranged to receive stomal output directed into the ostomy appliance via the stomal inlet; the separation filter is arranged to communicate, from the stomal output in the first chamber, stomal liquid and stomal gas to the second chamber; and the gas vent is arranged to allow the stomal gas to migrate from the second chamber to outside of the ostomy appliance, characterised in that the separation wall comprises a non-perforated area at least partially surrounded by the separation filter and aligned with the stomal inlet. inner and outer walls of flexible sheet material, the inner wall comprising a stomal inlet and the outer wall comprising a gas vent ; and a separation wall between the inner and outer walls forming separate first and second chambers and comprising a liquid and gas permeable separation filter ; wherein, in use: the first chamber is arranged to receive stomal output directed into the ostomy appliance via the stomal inlet; the separation filter is arranged to communicate, from the stomal output in the first chamber, stomal liquid and stomal gas to the second chamber; and the gas vent is arranged to allow the stomal gas to migrate from the second chamber to outside of the ostomy appliance, the first chamber is arranged to receive stomal output directed into the ostomy appliance via the stomal inlet; the separation filter is arranged to communicate, from the stomal output in the first chamber, stomal liquid and stomal gas to the second chamber; and the gas vent is arranged to allow the stomal gas to migrate from the second chamber to outside of the ostomy appliance, characterised in that the separation wall comprises a non-perforated area at least partially surrounded by the separation filter and aligned with the stomal inlet.