mhurhangee/patent-ind-claim-en huggingface dataset:
A stylus for use with a display screen which is touch-sensitive, the stylus comprising: a sensor configured to provide a sensor signal, the sensor being at an end of the stylus which is adapted to be placed into contact with the display screen ; an actuator , within the stylus and responsive to a control signal, configured to vibrate the stylus; a memory , within the stylus , containing operating instructions; a processor , within the stylus and connected to the memory , configured to execute the operating instructions, to: receive the sensor signal; process the sensor signal to determine a velocity of the stylus across the display screen ; and provide the control signal based upon the velocity; and a power supply, within the stylus , configured to provide operating power to at least the processor , wherein the operating instructions in the memory cause the processor to process the sensor signal to determine a characteristic of the sensor signal and determine the velocity based at least in part upon the characteristic of the sensor signal; characterized in that the sensor comprises a force sensor responsive to changes in a surface texture of the display screen and configured to provide the sensor signal responsive to the stylus being moved on the display screen . a sensor configured to provide a sensor signal, the sensor being at an end of the stylus which is adapted to be placed into contact with the display screen ; an actuator , within the stylus and responsive to a control signal, configured to vibrate the stylus; a memory , within the stylus , containing operating instructions; a processor , within the stylus and connected to the memory , configured to execute the operating instructions, to: receive the sensor signal; process the sensor signal to determine a velocity of the stylus across the display screen ; and provide the control signal based upon the velocity; and receive the sensor signal; process the sensor signal to determine a velocity of the stylus across the display screen ; and provide the control signal based upon the velocity; and a power supply, within the stylus , configured to provide operating power to at least the processor , wherein the operating instructions in the memory cause the processor to process the sensor signal to determine a characteristic of the sensor signal and determine the velocity based at least in part upon the characteristic of the sensor signal; characterized in that the sensor comprises a force sensor responsive to changes in a surface texture of the display screen and configured to provide the sensor signal responsive to the stylus being moved on the display screen .
A computation device, comprising a storage unit , a controller unit , an operation unit , and a conversion unit , wherein: the controller unit is configured to: obtain a plurality of operation instructions, wherein each operation instruction is a fixed-point format operation instruction, the fixed-point format operation instruction comprises an opcode field and an opcode, and wherein the opcode is configured to indicate a function of the fixed-point format operation instruction, and the opcode field comprises a first address of first input data, a first address of output data, and a decimal point position; parse the fixed-point format operation instruction to obtain the first address of the first input data, the first address of the output data, and the decimal point position, and obtain the first input data from the storage unit according to the first address of the first input data; and transmit the first input data and the decimal point position to the conversion unit and transmit the first address of the output data to the operation unit ; and the conversion unit is configured to convert the first input data into a second input data according to the decimal point position, and transmit the second input data to the operation unit . obtain a plurality of operation instructions, wherein each operation instruction is a fixed-point format operation instruction, the fixed-point format operation instruction comprises an opcode field and an opcode, and wherein the opcode is configured to indicate a function of the fixed-point format operation instruction, and the opcode field comprises a first address of first input data, a first address of output data, and a decimal point position; parse the fixed-point format operation instruction to obtain the first address of the first input data, the first address of the output data, and the decimal point position, and obtain the first input data from the storage unit according to the first address of the first input data; and transmit the first input data and the decimal point position to the conversion unit and transmit the first address of the output data to the operation unit ; and the conversion unit is configured to convert the first input data into a second input data according to the decimal point position, and transmit the second input data to the operation unit .
A method for establishing consensus between a plurality of distributed nodes connected via a data communication network , the plurality of distributed nodes including a plurality of active nodes , the plurality of active nodes including a leader node , each of the plurality of distributed nodes including a processor and computer readable media, the method comprising executing, by the leader node , the following steps: preparing a proposal (S102); constructing a first communication topology by organizing the plurality of active nodes into a tree structure, rooted in the leader node ; propagating the proposal to active nodes according to the first communication topology (S103); and in case of receiving any sufficient set of vote aggregations from the active nodes , creating a proposal commitment using the vote aggregations and accepting the proposal (S107), or in case of suspecting that the first communication topology is not reliable to reach consensus on the proposal due to active node faults, creating an updated communication topology different from the first communication topology (S110), propagating the same proposal down to active nodes according to the updated communication topology , and deferring a creation of a commitment binding that includes binding of a proposal to an aggregation of votes of active nodes until after the leader node has aggregated any sufficient quorum of votes to reach consensus on the proposal. preparing a proposal (S102); constructing a first communication topology by organizing the plurality of active nodes into a tree structure, rooted in the leader node ; propagating the proposal to active nodes according to the first communication topology (S103); and in case of receiving any sufficient set of vote aggregations from the active nodes , creating a proposal commitment using the vote aggregations and accepting the proposal (S107), or in case of suspecting that the first communication topology is not reliable to reach consensus on the proposal due to active node faults, creating an updated communication topology different from the first communication topology (S110), propagating the same proposal down to active nodes according to the updated communication topology , and deferring a creation of a commitment binding that includes binding of a proposal to an aggregation of votes of active nodes until after the leader node has aggregated any sufficient quorum of votes to reach consensus on the proposal.
A chip matrix (1-10, 4-10) for a sequencing chip, comprising: a wafer , wherein the wafer has cutting lines that are evenly distributed on the wafer ; a first silicon oxide layer , wherein the first silicon oxide layer is made of silicon oxide and is formed on an upper surface of the wafer; and a transition metal oxide layer , wherein the transition metal oxide layer is made of a transition metal oxide and is formed on an upper surface of the first silicon oxide layer, characterized in that , the transition metal oxide layer consists of a plurality of transition metal oxide spots that are unconnected to each other, the plurality of transition metal oxide spots is connected with amino groups, and the first silicon oxide layer located among the plurality of transition metal oxide spots that are unconnected to each other is connected with polyethylene glycol. a wafer , wherein the wafer has cutting lines that are evenly distributed on the wafer ; a first silicon oxide layer , wherein the first silicon oxide layer is made of silicon oxide and is formed on an upper surface of the wafer; and a transition metal oxide layer , wherein the transition metal oxide layer is made of a transition metal oxide and is formed on an upper surface of the first silicon oxide layer, characterized in that , the transition metal oxide layer consists of a plurality of transition metal oxide spots that are unconnected to each other, the plurality of transition metal oxide spots is connected with amino groups, and the first silicon oxide layer located among the plurality of transition metal oxide spots that are unconnected to each other is connected with polyethylene glycol.
An embossing apparatus comprising: an embossing die made up of a printed relief pattern made up of multiple layers of ink on an impression layer ; a first cylinder ; and a resilient surface for pressing media against the embossing die such that embossed features corresponding to the embossing die are formed in the media ; characterised by an alignment image printed on the first cylinder , the embossing die being aligned with the alignment image on the first cylinder . an embossing die made up of a printed relief pattern made up of multiple layers of ink on an impression layer ; a first cylinder ; and a resilient surface for pressing media against the embossing die such that embossed features corresponding to the embossing die are formed in the media ; characterised by an alignment image printed on the first cylinder , the embossing die being aligned with the alignment image on the first cylinder .
A non-transitory computer readable medium storing instructions that, when executed by one or more processors of a communication device , cause the one or more processors to perform the steps of: determining that the communication device is in a scenario when a battery power of the communication device falls below a battery power threshold; classifying, data from one or more applications of the communication device into a plurality of priorities, wherein classifying data into the plurality of priorities comprises classifying data from a highest priority to a lowest priority based on use of the one or more applications during an extended time period; throttling the data from the one or more applications based on their respective priorities while the communication device is in the scenario, wherein throttling the data comprises transmitting the lowest priority data with a longer transmission delay than the highest priority data; and terminating the throttling when the communication device exits the scenario, wherein the communication device is determined to have exited the scenario when at least one of: the battery power rises above the battery power threshold, the battery power rises above a second battery power threshold, and/or the communication device is connected to a charging power supply. determining that the communication device is in a scenario when a battery power of the communication device falls below a battery power threshold; classifying, data from one or more applications of the communication device into a plurality of priorities, wherein classifying data into the plurality of priorities comprises classifying data from a highest priority to a lowest priority based on use of the one or more applications during an extended time period; throttling the data from the one or more applications based on their respective priorities while the communication device is in the scenario, wherein throttling the data comprises transmitting the lowest priority data with a longer transmission delay than the highest priority data; and terminating the throttling when the communication device exits the scenario, wherein the communication device is determined to have exited the scenario when at least one of: the battery power rises above the battery power threshold, the battery power rises above a second battery power threshold, and/or the communication device is connected to a charging power supply.
A method for establishing a wireless communication system in a high-voltage power converter station (5a-5c) including a plurality of power devices (10a-10c), wherein the wireless communication system includes a plurality of wireless communication devices (15a-15c), some of which being associated with a power device such that a power device and a wireless communication device together form a wireless power electronic module (25a-25c), and at least one wireless networking device for providing a communication interface between the plurality of wireless communication devices and a controller configured to control said power devices, the method comprising: obtaining (S1), at the controller, an indication of signal quality for each one of a plurality of first channels, wherein a first channel corresponds to a communication path between one of said at least one wireless networking device and a wireless communication device of the plurality of wireless communication devices using one of a plurality of radio beam directions ; obtaining (S2), at the controller, an indication of signal quality for each one of a plurality of second channels, wherein a second channel corresponds to a communication path between a wireless communication device and a wireless power electronic module of the plurality of wireless power electronic modules using one of a plurality of radio beam directions; and determining (S3), by the controller, for every wireless power electronic module, at least one communication path from the controller to the wireless power electronic module based on the indications of signal quality obtained for the plurality of first channels and the plurality of second channels, wherein the determined communication path provides a signal quality above a threshold. obtaining (S1), at the controller, an indication of signal quality for each one of a plurality of first channels, wherein a first channel corresponds to a communication path between one of said at least one wireless networking device and a wireless communication device of the plurality of wireless communication devices using one of a plurality of radio beam directions ; obtaining (S2), at the controller, an indication of signal quality for each one of a plurality of second channels, wherein a second channel corresponds to a communication path between a wireless communication device and a wireless power electronic module of the plurality of wireless power electronic modules using one of a plurality of radio beam directions; and determining (S3), by the controller, for every wireless power electronic module, at least one communication path from the controller to the wireless power electronic module based on the indications of signal quality obtained for the plurality of first channels and the plurality of second channels, wherein the determined communication path provides a signal quality above a threshold.
An intake and exhaust system for an engine , comprising: an exhaust gas recirculation (EGR) passage configured to recirculate a portion of exhaust gas as EGR gas, from an exhaust passage of the engine to an intake passage ; and an EGR cooler disposed in the EGR passage , the EGR cooler being coupled to a passage wall of the exhaust passage at an EGR gas inlet side, and having a center line intersecting with a flow direction of exhaust gas in the exhaust passage , wherein a through-hole communicating the EGR cooler with the exhaust passage is a long hole elongated substantially in the flow direction in the exhaust passage , wherein an exhaust gas purifier is provided in an intermediate part of the exhaust passage , wherein the exhaust gas passage has a curved pipe on a downstream side of the exhaust gas purifier in the flow direction to change the flow direction, wherein the through-hole communicating the EGR cooler with the exhaust passage opens to a passage wall of the curved pipe of the exhaust passage at an outer circumferential side of the curve of the exhaust passage on an upper surface of the curved pipe , and the EGR cooler is directly attached to the curved pipe . an exhaust gas recirculation (EGR) passage configured to recirculate a portion of exhaust gas as EGR gas, from an exhaust passage of the engine to an intake passage ; and an EGR cooler disposed in the EGR passage , the EGR cooler being coupled to a passage wall of the exhaust passage at an EGR gas inlet side, and having a center line intersecting with a flow direction of exhaust gas in the exhaust passage , wherein a through-hole communicating the EGR cooler with the exhaust passage is a long hole elongated substantially in the flow direction in the exhaust passage , wherein an exhaust gas purifier is provided in an intermediate part of the exhaust passage , wherein the exhaust gas passage has a curved pipe on a downstream side of the exhaust gas purifier in the flow direction to change the flow direction, wherein the through-hole communicating the EGR cooler with the exhaust passage opens to a passage wall of the curved pipe of the exhaust passage at an outer circumferential side of the curve of the exhaust passage on an upper surface of the curved pipe , and the EGR cooler is directly attached to the curved pipe .
Pressure-equalization element for a housing , having a water-impermeable membrane , characterized in that a pressure-relief valve acting in two directions or a combination of two oppositely acting pressure-relief valves is arranged before or after the membrane , wherein the membrane and the pressure-relief valve(s) are combined to form a closed unit, wherein a condensation plate is arranged in the interior in the region of the inwardly acting pressure-relief valve of the closed unit and has a dripping point which is situated in the region of the outwardly acting pressure-relief valve .
A composition for 3D printing comprising ceramic particles, and magnetic particles characterised by having at least two magnetic domains, wherein the magnetic domains are irregularly arranged when an external magnetic field is absent and wherein when an external magnetic field is applied, the magnetic directions of the magnetic domains are aligned, whereby the magnetic particles are magnetized, wherein the magnetic particles have an average particle size in a range of 20 to 300 nm.
A polyorganosiloxane comprising an M unit (R 1 R 2 R 3 SiO 1/2 ) at a content of 10 % by mol or more relative to the total of silicon and a T unit (R 6 SiO 3/2 ) at a content of 80 % by mol or less relative to the total of silicon, wherein the polyorganosiloxane has an alkoxy group bound to silicon and a reactive functional group bound to silicon, other than an alkoxy group, wherein the polyorganosiloxane has the alkoxy group bound to silicon at a content of 0.07 to 4 % by weight based on the total weight of the polyorganosiloxane and has 4 to 9 of the reactive functional groups bound to silicon on a number basis per a molecular weight of 1000 of the polyorganosiloxane, and a weight loss of the polyorganosiloxane in heating at 110°C under a reduced pressure of 0.02 kPa (0.15 torr) for 2 hours is 5 % by weight or less, provided that R 1 , R 2 , R 3 , and R 6 are each independently an organic functional group other than an alkoxy group and a hydroxyl group, or a hydrogen atom, and are optionally the same or different from one another, and wherein the content of the alkoxy group bound to silicon, the number of the reactive functional group bound to silicon and the weight loss of the polyorganosiloxane are determined as indicated in the decription. wherein the polyorganosiloxane has the alkoxy group bound to silicon at a content of 0.07 to 4 % by weight based on the total weight of the polyorganosiloxane and has 4 to 9 of the reactive functional groups bound to silicon on a number basis per a molecular weight of 1000 of the polyorganosiloxane, and a weight loss of the polyorganosiloxane in heating at 110°C under a reduced pressure of 0.02 kPa (0.15 torr) for 2 hours is 5 % by weight or less, provided that R 1 , R 2 , R 3 , and R 6 are each independently an organic functional group other than an alkoxy group and a hydroxyl group, or a hydrogen atom, and are optionally the same or different from one another, and wherein the content of the alkoxy group bound to silicon, the number of the reactive functional group bound to silicon and the weight loss of the polyorganosiloxane are determined as indicated in the decription.
A computer-readable non-transitory storage medium having instructions encoded thereon that, in response to execution, cause a computing device to perform operations comprising: receiving, from a user input device of the computing device, an instruction to monitor acceleration of the computing device; collecting acceleration information indicative of the acceleration of computing device; determining, using at least a portion of the acceleration information, that the computing device satisfies a distress condition; and sending a distress communication to a destination device that facilitates a safety service within a pre-defined coverage area, wherein the distress communication is sent to the destination device via a previously established connection with a server device that is functionally coupled to the destination device, the previously established connection with the server device being based on login information associated with a previously-established user account on a remote computing device, and the connection being established when the computing device is within the pre-defined coverage area. receiving, from a user input device of the computing device, an instruction to monitor acceleration of the computing device; collecting acceleration information indicative of the acceleration of computing device; determining, using at least a portion of the acceleration information, that the computing device satisfies a distress condition; and sending a distress communication to a destination device that facilitates a safety service within a pre-defined coverage area, wherein the distress communication is sent to the destination device via a previously established connection with a server device that is functionally coupled to the destination device, the previously established connection with the server device being based on login information associated with a previously-established user account on a remote computing device, and the connection being established when the computing device is within the pre-defined coverage area.
Damping device, in particular for damping or preventing pressure shocks, such as pulsations, in hydraulic supply circuits, preferably in the form of a silencer, with a damping housing surrounding a damping chamber , which has at least one fluid inlet and at least one fluid outlet as well as a fluid receiving chamber extending between the fluid inlet and the fluid outlet and forming the damping chamber , wherein, during operation of the device, a fluid flow coming from the fluid inlet traverses the damping chamber to the fluid outlet , wherein a wall portion of the fluid receiving chamber extends as a guide element in at least one direction of expansion transverse to the direction of the fluid flow between mutually opposing end walls of the damping housing , and wherein a plurality of guide elements are provided in the damping chamber , which guide elements the fluid flow can impinge upon thereby changing its flow velocity in certain areas, wherein at least some of the guide elements are configured as continuous hollow bodies, characterised in that the continuous hollow bodies are formed with a cylindrical central portion , to which cones are connected at the ends, which cones each widen in the direction of the assignable end wall of the damping housing .