mhurhangee/patent-ind-claim-en huggingface dataset:
A controller area network, CAN, transceiver , the transceiver comprising: a CAN BUS interface with a first terminal designed for connection to a first CAN signal line and a second terminal designed for connection to a second CAN signal line ; a digital interface for receiving a digital signal representing a sequence of data bits; a signal generation unit connected to the two terminals and configured to generate a differential voltage signal between the terminals; a control unit ; and a monitoring unit ; wherein the control unit is configured to control the signal generation unit based on a received digital signal such that a CAN signal representing the data bits of the received digital signal is generated at the CAN BUS interface; wherein the monitoring unit is configured to detect whether the CAN transceiver is either in a transmitting mode in which the control unit controls the signal generating unit to generate the CAN signal, or in a non-transmitting mode; and wherein monitoring unit is configured to execute either a first process for detecting an error at the CAN signal lines or a second process for detecting an error at the transceiver or the CAN signal lines depending on the mode of the CAN transceiver detected by the monitoring unit, wherein the first process and the second process are different. a CAN BUS interface with a first terminal designed for connection to a first CAN signal line and a second terminal designed for connection to a second CAN signal line ; a digital interface for receiving a digital signal representing a sequence of data bits; a signal generation unit connected to the two terminals and configured to generate a differential voltage signal between the terminals; a control unit ; and a monitoring unit ; wherein the control unit is configured to control the signal generation unit based on a received digital signal such that a CAN signal representing the data bits of the received digital signal is generated at the CAN BUS interface; wherein the monitoring unit is configured to detect whether the CAN transceiver is either in a transmitting mode in which the control unit controls the signal generating unit to generate the CAN signal, or in a non-transmitting mode; and wherein monitoring unit is configured to execute either a first process for detecting an error at the CAN signal lines or a second process for detecting an error at the transceiver or the CAN signal lines depending on the mode of the CAN transceiver detected by the monitoring unit, wherein the first process and the second process are different.
An engine (300; 400), comprising: a turbine section that includes a disk rotatable about an engine axial centerline; a first seal located forward of the disk; and a second seal located forward of the disk of the turbine section and radially inward of the first seal relative to an axial centerline of the engine (300; 400), wherein the first and second seals are floating, non-contact seals and are configured to seal a high pressure cavity (P H ') upstream of the disc, wherein the second seal separates medium pressure cavities (P M ') from the high pressure cavity (P H '), the medium pressure cavities (P M ') being forward of the high pressure cavity (P H '), characterised in that the engine further comprises: a combustor section that includes a pre-diffuser that separates the medium pressure cavities (P M ') from a low-pressure cavity (P L '), and no vent for exhausting a portion of the air flow in the medium pressure cavities (P M ') to the low-pressure cavity (P L ') is incorporated in the pre-diffusor ; and at least one passage configured to route an airflow from the medium pressure cavities (P M ') to provide rim sealing with respect to combustion gases output by the combustor section . a turbine section that includes a disk rotatable about an engine axial centerline; a first seal located forward of the disk; and a second seal located forward of the disk of the turbine section and radially inward of the first seal relative to an axial centerline of the engine (300; 400), a disk rotatable about an engine axial centerline; a first seal located forward of the disk; and a second seal located forward of the disk of the turbine section and radially inward of the first seal relative to an axial centerline of the engine (300; 400), wherein the first and second seals are floating, non-contact seals and are configured to seal a high pressure cavity (P H ') upstream of the disc, wherein the second seal separates medium pressure cavities (P M ') from the high pressure cavity (P H '), the medium pressure cavities (P M ') being forward of the high pressure cavity (P H '), characterised in that the engine further comprises: a combustor section that includes a pre-diffuser that separates the medium pressure cavities (P M ') from a low-pressure cavity (P L '), and no vent for exhausting a portion of the air flow in the medium pressure cavities (P M ') to the low-pressure cavity (P L ') is incorporated in the pre-diffusor ; and at least one passage configured to route an airflow from the medium pressure cavities (P M ') to provide rim sealing with respect to combustion gases output by the combustor section . a combustor section that includes a pre-diffuser that separates the medium pressure cavities (P M ') from a low-pressure cavity (P L '), and no vent for exhausting a portion of the air flow in the medium pressure cavities (P M ') to the low-pressure cavity (P L ') is incorporated in the pre-diffusor ; and at least one passage configured to route an airflow from the medium pressure cavities (P M ') to provide rim sealing with respect to combustion gases output by the combustor section .
A cell selection method, comprising: when a terminal camps on a first network that does not support a voice service, if the voice service needs to be initiated or received, falling back , by the terminal in a circuit switched fallback, CSFB, manner, to a second network that supports the voice service; and when the terminal fails to establish the voice service with the second network, saving , by the terminal, a location identifier of the first network and a location identifier of the second network to a blacklist as one record, wherein the blacklist comprises at least one record; wherein the blacklist is used by the terminal to choose to camp on a cell of the second network when performing CSFB again; wherein: any record in the blacklist further comprises a quantity of voice service establishment failure times; and when the terminal fails to establish the voice service with the second network, the method further comprises: increasing, by the terminal, the quantity of voice service establishment failure times in the stored record by 1. when a terminal camps on a first network that does not support a voice service, if the voice service needs to be initiated or received, falling back , by the terminal in a circuit switched fallback, CSFB, manner, to a second network that supports the voice service; and when the terminal fails to establish the voice service with the second network, saving , by the terminal, a location identifier of the first network and a location identifier of the second network to a blacklist as one record, wherein the blacklist comprises at least one record; wherein the blacklist is used by the terminal to choose to camp on a cell of the second network when performing CSFB again; wherein: any record in the blacklist further comprises a quantity of voice service establishment failure times; and when the terminal fails to establish the voice service with the second network, the method further comprises: increasing, by the terminal, the quantity of voice service establishment failure times in the stored record by 1. any record in the blacklist further comprises a quantity of voice service establishment failure times; and when the terminal fails to establish the voice service with the second network, the method further comprises: increasing, by the terminal, the quantity of voice service establishment failure times in the stored record by 1.
A method of receiving data by a user terminal in a wireless communication system, the method comprising: receiving, from a base station, configuration information related to a physical resource block, PRB, bundling size of a downlink shared channel, wherein the configuration information comprises a first bundling size set consisting of one value among a plurality of candidate values, and a second bundling size set consisting of two values among the plurality of candidate values; receiving, from the base station, downlink control information comprising a bundling size indicator; based on the bundling size indicator having a first indicator value, determining the PRB bundling size as the one value in the first bundling set; based on the bundling size indicator having a second indicator value, determining the PRB bundling size as one of the two values in the second bundling set, based on whether a size of contiguous scheduled PRBs in a frequency domain exceeds a threshold that is related to a size of a bandwidth part, BWP, for the user terminal, wherein the threshold that is related to the size of the BWP for the user terminal is equal to the size of the BWP divided by 2; and receiving downlink data from the base station through the downlink shared channel configured based on the PRB bundling size. receiving, from a base station, configuration information related to a physical resource block, PRB, bundling size of a downlink shared channel, wherein the configuration information comprises a first bundling size set consisting of one value among a plurality of candidate values, and a second bundling size set consisting of two values among the plurality of candidate values; receiving, from the base station, downlink control information comprising a bundling size indicator; based on the bundling size indicator having a first indicator value, determining the PRB bundling size as the one value in the first bundling set; based on the bundling size indicator having a second indicator value, determining the PRB bundling size as one of the two values in the second bundling set, based on whether a size of contiguous scheduled PRBs in a frequency domain exceeds a threshold that is related to a size of a bandwidth part, BWP, for the user terminal, wherein the threshold that is related to the size of the BWP for the user terminal is equal to the size of the BWP divided by 2; and receiving downlink data from the base station through the downlink shared channel configured based on the PRB bundling size.
A system for dewatering solids contained in a liquid mixture , the system comprising: a filter assembly configured in a dead end manner, the filter assembly having a filter with an outwardly facing exterior surface and an inwardly facing opposing interior surface , the filter having a plurality of pores operable to allow liquid to pass through the filter and prevent one or more solid particles from passing through the filter ; a liquid removal assembly configurable to create an inwardly-directed suction at the pores of the filter ; a shockwave assembly in communication with the filter , the shockwave assembly configurable to apply a shockwave to the filter to remove agglomerated solid particles from the exterior surface of the filter ; a liquid flow meter operable to measure a flow rate of liquid passing through the filter assembly ; and a controller operable to configure the liquid removal assembly to create the inwardly-directed suction and configure the shockwave assembly to apply the shockwave; wherein the controller is in communication with the liquid flow meter ; wherein the controller is operable to configure the shockwave assembly to apply the shockwave when the measured liquid flow through the filter assembly is below a minimum threshold value. a filter assembly configured in a dead end manner, the filter assembly having a filter with an outwardly facing exterior surface and an inwardly facing opposing interior surface , the filter having a plurality of pores operable to allow liquid to pass through the filter and prevent one or more solid particles from passing through the filter ; a liquid removal assembly configurable to create an inwardly-directed suction at the pores of the filter ; a shockwave assembly in communication with the filter , the shockwave assembly configurable to apply a shockwave to the filter to remove agglomerated solid particles from the exterior surface of the filter ; a liquid flow meter operable to measure a flow rate of liquid passing through the filter assembly ; and a controller operable to configure the liquid removal assembly to create the inwardly-directed suction and configure the shockwave assembly to apply the shockwave; wherein the controller is in communication with the liquid flow meter ; wherein the controller is operable to configure the shockwave assembly to apply the shockwave when the measured liquid flow through the filter assembly is below a minimum threshold value.
A light emitting diode module comprising: a base metal substrate ; a second dielectric layer ; a second patterned metal layer on the second dielectric layer ; one or more light emitting diodes on the second patterned metal layer , wherein the one or more light emitting diodes are thermally coupled to the base metal substrate ; one or more devices on the second patterned metal layer configured to provide a target current to the one or more light emitting diodes , the one or more devices comprising a switching transistor adapted to generate a square wave voltage waveform from an AC voltage input; characterized in that the light emitting diode module further comprises: a first dielectric layer on the base metal substrate ; 1 a first patterned metal layer on the first dielectric layer ; a local shielding area within the first patterned metal layer , the local shielding area comprising a substantially continuous area of conductive material; and a DC voltage node on the second patterned metal layer , 1 wherein: the second dielectric layer is placed on the first patterned metal layer ; the switching transistor is located above at least a portion of the local shielding area ; and the DC voltage node is electrically connected to the local shielding area . a base metal substrate ; a second dielectric layer ; a second patterned metal layer on the second dielectric layer ; one or more light emitting diodes on the second patterned metal layer , wherein the one or more light emitting diodes are thermally coupled to the base metal substrate ; one or more devices on the second patterned metal layer configured to provide a target current to the one or more light emitting diodes , the one or more devices comprising a switching transistor adapted to generate a square wave voltage waveform from an AC voltage input; characterized in that the light emitting diode module further comprises: a first dielectric layer on the base metal substrate ; 1 a first patterned metal layer on the first dielectric layer ; a local shielding area within the first patterned metal layer , the local shielding area comprising a substantially continuous area of conductive material; and a DC voltage node on the second patterned metal layer , 1 a first dielectric layer on the base metal substrate ; 1 a first patterned metal layer on the first dielectric layer ; a local shielding area within the first patterned metal layer , the local shielding area comprising a substantially continuous area of conductive material; and a DC voltage node on the second patterned metal layer , 1 the second dielectric layer is placed on the first patterned metal layer ; the switching transistor is located above at least a portion of the local shielding area ; and the DC voltage node is electrically connected to the local shielding area .
A trap for catching animals, in particular mice or rats, comprising: - a frame , - a catching element for catching an animal, - a spring which is present between the frame and the catching element and exerts a force on the catching element, which spring is tensioned when the catching element is in a standby position in which it is ready to catch the animal, and is partly relaxed if the catching element is present in an activated position in which the animal could be caught, - a blocking pawl which is movable between a blocking position in which it holds the catching element in standby position and a release position in which it has released the catching element, - an activation element which is movably connected to the frame and when activated brings the blocking pawl from the blocking position to the release position, - a first sensor which determines whether the catching element is present in the standby or activated position, and - a second sensor which determines whether an animal is caught or not, characterized in that the second sensor is present between the frame and the activating element and delivers a signal in the presence of an animal between the catching element and the activating element, wherein the catching element presses the animal onto the activating element and thereby moves the activating element such that it activates the second sensor. - a frame , - a catching element for catching an animal, - a spring which is present between the frame and the catching element and exerts a force on the catching element, which spring is tensioned when the catching element is in a standby position in which it is ready to catch the animal, and is partly relaxed if the catching element is present in an activated position in which the animal could be caught, - a blocking pawl which is movable between a blocking position in which it holds the catching element in standby position and a release position in which it has released the catching element, - an activation element which is movably connected to the frame and when activated brings the blocking pawl from the blocking position to the release position, - a first sensor which determines whether the catching element is present in the standby or activated position, and - a second sensor which determines whether an animal is caught or not, characterized in that the second sensor is present between the frame and the activating element and delivers a signal in the presence of an animal between the catching element and the activating element, wherein the catching element presses the animal onto the activating element and thereby moves the activating element such that it activates the second sensor.
Air filter cartridge , for an air filter assembly of a cooling domestic appliance, the filter assembly having a filter housing and the air filter cartridge , the air filter cartridge being placeable within the filter housing and comprising a spring element configured to interact with a portion of the filter housing , characterized in that the spring element is configured to exert an expelling force on the air filter cartridge out of the filter housing with the air filter cartridge being placed within the filter housing and wherein the air filter cartridge further comprises a first interaction element controllable into a locking position at which the first interaction element is configured to interact with a second interaction element of the filter housing for blocking the air filter cartridge within the filter housing and/or for counter-acting against the expelling force and an unlocking position at which the interaction between the first interaction element and wherein the second interaction element is configured to be interrupted and/or released and/or loosened for allowing the expelling force to at least partially expel the the air filter cartridge out of and/or from the filter housing .
An hydraulic system for a working machine, the system comprising: an engine , and an engine speed sensor configured to detect the engine speed; a travel pump configured to actuate a travel actuator, and a travel pump pressure sensor configured to detect the travel pump pressure; a service pump configured to actuate a service actuator, and a service pump pressure sensor configured to detect the service pump pressure; and a micro-controller unit configured to receive input values from each sensor , and configured to determine whether each input value is within a predetermined range where the engine will not stall; wherein the micro-controller unit is configured to provide an output when at least one input value is outside the predetermined range; characterised in that the system further comprises an indicator configured to alert an operator that the engine will stall; wherein the micro-controller unit output is configured to activate the indicator ; and wherein, only when the operator ignores the indicator such that the at least one input value remains outside of the predetermined range, the micro-controller unit is configured to adjust one or more of engine speed, travel pump pressure and service pump pressure in response to at least one input value being outside the predetermined range, in order to prevent the engine stalling. an engine , and an engine speed sensor configured to detect the engine speed; a travel pump configured to actuate a travel actuator, and a travel pump pressure sensor configured to detect the travel pump pressure; a service pump configured to actuate a service actuator, and a service pump pressure sensor configured to detect the service pump pressure; and a micro-controller unit configured to receive input values from each sensor , and configured to determine whether each input value is within a predetermined range where the engine will not stall; wherein the micro-controller unit is configured to provide an output when at least one input value is outside the predetermined range; characterised in that the system further comprises an indicator configured to alert an operator that the engine will stall; wherein the micro-controller unit output is configured to activate the indicator ; and wherein, only when the operator ignores the indicator such that the at least one input value remains outside of the predetermined range, the micro-controller unit is configured to adjust one or more of engine speed, travel pump pressure and service pump pressure in response to at least one input value being outside the predetermined range, in order to prevent the engine stalling.
A method of presenting a thumbnail of a visual object by an electronic device, the method comprising: identifying an aspect ratio for a visual object ; identifying a plurality of thumbnail sizes associated with the visual object based on the identified aspect ratio; detecting a visual feature for a content of the visual object by analyzing the content of the visual object; determining a thumbnail size for the visual object among the plurality of thumbnail sizes based on the detected visual feature; generating a thumbnail of the visual object for a layout based on the determined thumbnail size; and displaying the thumbnail of the visual object according to the layout, wherein the plurality of thumbnail sizes includes a first thumbnail size and a second thumbnail size which is associated with the aspect ratio and different from the first thumbnail size. identifying an aspect ratio for a visual object ; identifying a plurality of thumbnail sizes associated with the visual object based on the identified aspect ratio; detecting a visual feature for a content of the visual object by analyzing the content of the visual object; determining a thumbnail size for the visual object among the plurality of thumbnail sizes based on the detected visual feature; generating a thumbnail of the visual object for a layout based on the determined thumbnail size; and displaying the thumbnail of the visual object according to the layout, wherein the plurality of thumbnail sizes includes a first thumbnail size and a second thumbnail size which is associated with the aspect ratio and different from the first thumbnail size.