mhurhangee/patent-ind-claim-en huggingface dataset:
An autonomous vehicle, comprising: a wheel-set operably connected with a power source ; a processing unit including a memory unit; a controller operable to receive and transmit signals to said processing unit , wherein said controller is operable to control said wheel-set ; a wireless communication system electrically connected with said processing unit ; a plurality of perception sensors operable to transmit a signal to said processing unit , wherein said plurality of perception sensors are operable to detect environmental features; and a global positioning satellite receiver electrically connected with said processing unit ; the autonomous vehicle being characterized in that said processing unit is operable to navigate an environment utilizing signals from said global positioning satellite receiver in a GPS guidance mode; and wherein said processing unit is operable to navigate said environment utilizing signals from said plurality of perception sensors without signals from said global positioning satellite receiver in a localization guidance mode; wherein said processing unit is operable to switch from said GPS guidance mode to said localization guidance mode. a wheel-set operably connected with a power source ; a processing unit including a memory unit; a controller operable to receive and transmit signals to said processing unit , wherein said controller is operable to control said wheel-set ; a wireless communication system electrically connected with said processing unit ; a plurality of perception sensors operable to transmit a signal to said processing unit , wherein said plurality of perception sensors are operable to detect environmental features; and a global positioning satellite receiver electrically connected with said processing unit ; the autonomous vehicle being characterized in that said processing unit is operable to navigate an environment utilizing signals from said global positioning satellite receiver in a GPS guidance mode; and wherein said processing unit is operable to navigate said environment utilizing signals from said plurality of perception sensors without signals from said global positioning satellite receiver in a localization guidance mode; wherein said processing unit is operable to switch from said GPS guidance mode to said localization guidance mode.
A method comprising: identifying , by a computing device and based at least in part on parsing source code of a layout file that defines a graphical user interface for an application , a plurality of data binding expressions, wherein each of the plurality of data binding expressions defines a respective data binding comprising an association between a user interface element of the graphical user interface and one or more properties of a model object of a model for the application; determining , by the computing device, based at least in part on the plurality of data binding expressions, one or more dependencies between each of the plurality of data binding expressions by determining which data binding expressions of the layout file have terms that depend on the same properties of a particular model object; generating , by the computing device, based at least in part on the one or more dependencies, additional source code for updating at least one respective data binding defined by the plurality of data binding expressions in response to a change to at least one property of the model object; and generating , by the computing device, the application comprising machine-executable code that is based at least in part on the source code of the layout file, the model object, and the additional source code. identifying , by a computing device and based at least in part on parsing source code of a layout file that defines a graphical user interface for an application , a plurality of data binding expressions, wherein each of the plurality of data binding expressions defines a respective data binding comprising an association between a user interface element of the graphical user interface and one or more properties of a model object of a model for the application; determining , by the computing device, based at least in part on the plurality of data binding expressions, one or more dependencies between each of the plurality of data binding expressions by determining which data binding expressions of the layout file have terms that depend on the same properties of a particular model object; generating , by the computing device, based at least in part on the one or more dependencies, additional source code for updating at least one respective data binding defined by the plurality of data binding expressions in response to a change to at least one property of the model object; and generating , by the computing device, the application comprising machine-executable code that is based at least in part on the source code of the layout file, the model object, and the additional source code.
A method for generating a brain stimulation pattern for treating a patient with a neurological disorder, wherein the neurological disease is Parkinson's Disease (PD), the method comprising: identifying at least one symptom of the neurological disorder, wherein the at least one symptom of the neurological disorder is selected from the group consisting of akinetic motor symptoms and parkinsonian tremor; and optimizing a computational model of the brain stimulation pattern to suppress oscillations in a model associated with the at least one symptom of the neurological disorder, wherein the computational model of the brain stimulation pattern displays synchronous oscillations based upon current applied to an external globus pallidus (GPe) provided in the computational model, wherein (i) in case the at least one symptom of the neurological disorder is an akinetic motor symptom, the computational model of the brain stimulation pattern displays synchronous oscillations in the beta frequency band of 10 to 30 Hz; and (ii) in case the at least one symptom of the neurological disorder is parkinsonian tremor, the computational model of the brain stimulation pattern displays synchronous oscillations in the frequency band of 1 to 10 Hz. identifying at least one symptom of the neurological disorder, wherein the at least one symptom of the neurological disorder is selected from the group consisting of akinetic motor symptoms and parkinsonian tremor; and optimizing a computational model of the brain stimulation pattern to suppress oscillations in a model associated with the at least one symptom of the neurological disorder, wherein the computational model of the brain stimulation pattern displays synchronous oscillations based upon current applied to an external globus pallidus (GPe) provided in the computational model, wherein (i) in case the at least one symptom of the neurological disorder is an akinetic motor symptom, the computational model of the brain stimulation pattern displays synchronous oscillations in the beta frequency band of 10 to 30 Hz; and (ii) in case the at least one symptom of the neurological disorder is parkinsonian tremor, the computational model of the brain stimulation pattern displays synchronous oscillations in the frequency band of 1 to 10 Hz.
A terminal comprising: a receiving section configured to receive a system information including first information regarding a PUCCH resource and a downlink control information including second information regarding a PUCCH resource; and a control section configured to control a transmission of uplink control information based on the first information regarding a PUCCH resource and the second information regarding a PUCCH resource. a receiving section configured to receive a system information including first information regarding a PUCCH resource and a downlink control information including second information regarding a PUCCH resource; and a control section configured to control a transmission of uplink control information based on the first information regarding a PUCCH resource and the second information regarding a PUCCH resource.
A compound which is a modulator of tissue transglutaminase (TG2) for use in the treatment of endothelial dysfunction, wherein the modulator of tissue transglutaminase (TG2) is a compound of formula (I): wherein - Z is selected from the group consisting of S, SO 2 , and Se, - Ar 1 and Ar 2 are independently selected from the group consisting of optionally substituted phenyl and optionally substituted heteroaryl, - R is selected from the group consisting of hydrogen, deuterium, halogen, and C 1 -C 3 alkyl, - X is selected from the group consisting of O, NH, N(Me), and S, n is an integer selected from the group consisting of 1, 2 and 3. - Z is selected from the group consisting of S, SO 2 , and Se, - Ar 1 and Ar 2 are independently selected from the group consisting of optionally substituted phenyl and optionally substituted heteroaryl, - R is selected from the group consisting of hydrogen, deuterium, halogen, and C 1 -C 3 alkyl, - X is selected from the group consisting of O, NH, N(Me), and S,
A sound channel element having a sound channel comprising a first sound opening , a second sound opening and a side opening , from the sound channel and to surroundings of the sound channel element, the side opening being positioned between the first and second sound openings and a closing element configured to sequentially be in a first position, in which the closing element leaves the side opening open with an opening having a cross sectional area of at least 1mm 2 , and a second position, wherein the closing element blocks the side opening, the sound channel comprising an electromagnetic actuator for positioning the closing element in the first and second positions, respectively, characterized in that the first and second positions are positions at different positions along a longitudinal direction of the sound channel and that the closing element is movable along a longitudinal direction of the sound channel from the first to the second position and from the second to the first position.
Apparatus for dispensing a spray of glue on a portion of a shoe, apparatus comprising a first nozzle adapted to spray a jet of glue towards said portion of shoe , wherein said apparatus comprises a shielding element , adapted to intercept said jet of glue to define a limit line for the distribution of the glue on said shoe , the apparatus characterised in that it further comprises at least one additional nozzle facing said shielding element and adapted to direct a jet of fluid under pressure towards the same shielding element to interact with any glue residue present therein.
Method for capturing at least one spreading parameter of the spreading particles of a spreadable material in the field, wherein the spreadable material is applied by a preferably agricultural working machine , characterized in that the at least one spreading parameter of the spreading particles of the spreadable material is captured by at least one unmanned aerial vehicle (UAV) , which is preferably capable of taking off and landing substantially vertically, can operate preferably autonomously, and has at least one unit for capturing at least one spreading parameter of the spreading particles of a spreadable material, which has a unit for sending and/or receiving control signals to and/or from a base station and/or agricultural working machine and at least one unit for transmitting the captured data to a base station and/or to an agricultural working machine and which has a unit for position determination, wherein spreading parameters of the spreading particles of a spreadable material are the casting range(s) and/or the distribution of the applied granular spreading material particles of spreadable material, in that the unmanned aerial vehicle captures the particle flow of the spreadable material during the distribution process by means of sensors, in that the propagation direction(s) and propagation speed(s) of the particles of the spreadable material are determined by the capturing devices of the unmanned aerial vehicle and the casting range(s) and casting direction(s) of the particles are determined therefrom.
A refrigerator comprising: a carbonated water tank configured to store carbonated water; a tank pressure sensor to measure an internal pressure of the carbonated water tank ; a purified water supply valve to open or close a water supply flow path to guide water from a water tank to the carbonated water tank ; a gas supply valve to open or close a gas supply flow path to guide carbon dioxide gas from a carbon dioxide gas cylinder to the carbonated water tank ; a carbonated water discharge valve configured to regulate a discharge of the carbonated water from the carbonated water tank ; and a controller configured to open the purified water supply valve and the gas supply valve in sequence to produce carbonated water and the controller comprising a microprocessor configured to open the carbonated water discharge valve to discharge the carbonated water from the carbonated water tank , wherein, when an internal pressure of the carbonated water tank is lower than a minimum pressure after carbonated water is produced, the controller opens the gas supply valve so that the internal pressure of the carbonated water tank is equal to or higher than the minimum pressure, and characterized in that the controller is configured to display an abnormality in the carbonated water discharge valve, based on a change of the internal pressure measured by the tank pressure sensor during discharging the carbonated water. a carbonated water tank configured to store carbonated water; a tank pressure sensor to measure an internal pressure of the carbonated water tank ; a purified water supply valve to open or close a water supply flow path to guide water from a water tank to the carbonated water tank ; a gas supply valve to open or close a gas supply flow path to guide carbon dioxide gas from a carbon dioxide gas cylinder to the carbonated water tank ; a carbonated water discharge valve configured to regulate a discharge of the carbonated water from the carbonated water tank ; and a controller configured to open the purified water supply valve and the gas supply valve in sequence to produce carbonated water and the controller comprising a microprocessor configured to open the carbonated water discharge valve to discharge the carbonated water from the carbonated water tank , wherein, when an internal pressure of the carbonated water tank is lower than a minimum pressure after carbonated water is produced, the controller opens the gas supply valve so that the internal pressure of the carbonated water tank is equal to or higher than the minimum pressure, and characterized in that the controller is configured to display an abnormality in the carbonated water discharge valve, based on a change of the internal pressure measured by the tank pressure sensor during discharging the carbonated water.
A plant comprising: - an ammonia-producing unit; and - a urea-producing unit, comprising: a gas compressor ; a steam turbine fluidly connected to the ammonia-producing unit for receiving steam produced by the ammonia-producing unit, the steam turbine being connected to the gas compressor and configured to provide power to the gas compressor during continuous operation of the urea-producing unit, which is the continuous phase in a production cycle wherein the unit produces urea and operates at a given working load; and an electric motor ; characterized in that the electric motor is connected to the gas compressor and configured to provide power to the gas compressor during continuous operation of the urea-producing unit, which is the continuous phase in a production cycle wherein the unit produces urea and operates at a given working load. - an ammonia-producing unit; and - a urea-producing unit, comprising: a gas compressor ; a steam turbine fluidly connected to the ammonia-producing unit for receiving steam produced by the ammonia-producing unit, the steam turbine being connected to the gas compressor and configured to provide power to the gas compressor during continuous operation of the urea-producing unit, which is the continuous phase in a production cycle wherein the unit produces urea and operates at a given working load; and an electric motor ; a gas compressor ; a steam turbine fluidly connected to the ammonia-producing unit for receiving steam produced by the ammonia-producing unit, the steam turbine being connected to the gas compressor and configured to provide power to the gas compressor during continuous operation of the urea-producing unit, which is the continuous phase in a production cycle wherein the unit produces urea and operates at a given working load; and an electric motor ;
A method performed by a target user plane gateway, wherein the method comprises: receiving (S210) a Media Access Control, MAC, address of a terminal from a control plane gateway, when a user plane gateway communicating with the terminal is switched from a source user plane gateway to the target user plane gateway; said method being characterized by : generating (S220) an Ethernet data packet which comprises an Address Resolution Protocol, ARP, packet, the ARP packet comprising the MAC address of the terminal; and sending (S230) the Ethernet data packet to an Ethernet switch through an Ethernet interface, wherein the MAC address of the terminal is for use by the target user plane gateway in order to match an address of the terminal that is carried in downlink data obtained from the Ethernet switch via the Ethernet interface against said MAC address of the terminal. receiving (S210) a Media Access Control, MAC, address of a terminal from a control plane gateway, when a user plane gateway communicating with the terminal is switched from a source user plane gateway to the target user plane gateway; said method being characterized by : generating (S220) an Ethernet data packet which comprises an Address Resolution Protocol, ARP, packet, the ARP packet comprising the MAC address of the terminal; and sending (S230) the Ethernet data packet to an Ethernet switch through an Ethernet interface, wherein the MAC address of the terminal is for use by the target user plane gateway in order to match an address of the terminal that is carried in downlink data obtained from the Ethernet switch via the Ethernet interface against said MAC address of the terminal.
A food product package comprising an outer enclosure which contains a food product , wherein said outer enclosure internally accommodates an inner enclosure which contains at least one medical device , said inner enclosure having at least one wall that has characteristics of an insulation barrier against substances that originate from said food product and/or from said medical device wherein said inner enclosure has, at least on its surface directed toward said food product , characteristics suitable for contact with said food product characterized in that said inner enclosure comprises a bag made of a layered film , said film having at least one layer that is adapted to provide a barrier against liquid and/or gaseous substances and having, at least on its face designed to be directed toward said food product , at least one layer made of a material suitable for contact with said food product wherein said film comprises at least one layer adapted to give mechanical strength to said film .
A pharmaceutical composition comprising human immature dental pulp stem cells (hIDPSCs) for use in treating a neurological disease or condition in a subject, wherein the hIDPSCs express brain-derived neurotrophic factor (BDNF), and dopamine- and cAMP-regulated neuronal phosphoprotein (DARPP-32), CD44, and CD13.
An apparatus comprising: an amplifier circuit configured to generate an output signal (RX_OUT) by amplifying an input signal (RF_IN) received at an input port , wherein said input signal (RF_IN) is a radio-frequency signal; and a protection circuit configured to (i) generate a detection signal (DP) by detecting when a level of said input signal (RF_IN) exceeds a corresponding threshold, wherein said level is (a) a power level, (b) a voltage level or (c) both said power level and said voltage level, (ii) route said input signal (RF_IN) away from said input port of said amplifier circuit and disable said amplifier circuit both in response to said detection signal (DP) being continuously active at least a first time duration and (iii) route said input signal (RF_IN) to said input port of said amplifier circuit and enable said amplifier circuit both in response to said detection signal (DP) being continuously inactive at least a second time duration. an amplifier circuit configured to generate an output signal (RX_OUT) by amplifying an input signal (RF_IN) received at an input port , wherein said input signal (RF_IN) is a radio-frequency signal; and a protection circuit configured to (i) generate a detection signal (DP) by detecting when a level of said input signal (RF_IN) exceeds a corresponding threshold, wherein said level is (a) a power level, (b) a voltage level or (c) both said power level and said voltage level, (ii) route said input signal (RF_IN) away from said input port of said amplifier circuit and disable said amplifier circuit both in response to said detection signal (DP) being continuously active at least a first time duration and (iii) route said input signal (RF_IN) to said input port of said amplifier circuit and enable said amplifier circuit both in response to said detection signal (DP) being continuously inactive at least a second time duration.
A method for modelling casing wear, riser wear and/or friction factors in drilling operations, for use when performing a drilling operation, the method comprising: performing a drilling operation; applying a linear inversion technique or a nonlinear inversion technique to one or more parameters of at least one of a casing wear model, a riser wear model, or a friction factor model using historical data from a previously drilled well as input data to produce at least one of an updated casing wear model, an updated riser wear model, or an updated friction factor model, respectively; and implementing the at least one of the updated casing wear model, the updated riser wear model, or the updated friction factor model for prediction of casing wear, riser wear and/or friction factors when performing the drilling operation. performing a drilling operation; applying a linear inversion technique or a nonlinear inversion technique to one or more parameters of at least one of a casing wear model, a riser wear model, or a friction factor model using historical data from a previously drilled well as input data to produce at least one of an updated casing wear model, an updated riser wear model, or an updated friction factor model, respectively; and implementing the at least one of the updated casing wear model, the updated riser wear model, or the updated friction factor model for prediction of casing wear, riser wear and/or friction factors when performing the drilling operation.