mhurhangee/ep-ind-claims huggingface dataset:
Transmission controller for a continuously variable transmission with a variator capable of continuously changing a speed ratio and with a stepped sub-transmission mechanism provided in series with the variator for shifting and outputting output rotation of a power source, comprising: downshift determining means configured to determine whether or not to downshift the sub-transmission mechanism based on an opening and an opening speed of an accelerator pedal, which is an output adjusting device of the power source, and on torque change rate of the power source; and shifting means 12 configured to downshift the sub-transmission mechanism when a determination is made to downshift the sub-transmission mechanism. downshift determining means configured to determine whether or not to downshift the sub-transmission mechanism based on an opening and an opening speed of an accelerator pedal, which is an output adjusting device of the power source, and on torque change rate of the power source; and shifting means 12 configured to downshift the sub-transmission mechanism when a determination is made to downshift the sub-transmission mechanism.
A method for treatment of combustion ash for metal recovery, the method comprising the steps of a) heating a continuous flow-through furnace to a first temperature, b) feeding a combustion ash into the furnace, c) feeding oxidizing gas through the furnace, d) heating the combustion ash fed into the furnace in the first temperature for volatilizing chlorides contained in the ash, and removing the chlorides, e) changing the conditions in the furnace by feeding a reducing gas flow through the furnace, f) changing the temperature into a second temperature for heating the combustion ash in the furnace for volatilizing one or more metals contained in the ash into the gas flow, and g) recovering the vaporized particles in one or more collection units. a) heating a continuous flow-through furnace to a first temperature, b) feeding a combustion ash into the furnace, c) feeding oxidizing gas through the furnace, d) heating the combustion ash fed into the furnace in the first temperature for volatilizing chlorides contained in the ash, and removing the chlorides, e) changing the conditions in the furnace by feeding a reducing gas flow through the furnace, f) changing the temperature into a second temperature for heating the combustion ash in the furnace for volatilizing one or more metals contained in the ash into the gas flow, and g) recovering the vaporized particles in one or more collection units.
Winding arrangement (a) having at least one coil winding which is wound about an x axis running in an x direction, and a cooling duct system for receiving a coolant for cooling the coil winding, wherein - cooling ducts of the cooling duct system are arranged between turns of the coil winding, and the cooling duct system is embodied in such a way that given the suitable orientation of the winding arrangement in the Earth's gravitational field and filling of the cooling duct system with the coolant, heating of the coil winding which is generated by a current flow brings about a convection flow of the coolant through all the cooling ducts of the cooling duct system, - each coil winding and the cooling ducts are arranged on an outer side of a carrier body, - the cooling duct system has at least one storage chamber (20, 21, 22, 23, 24) which is arranged in the interior of the carrier body, - and each storage chamber (20, 21, 22, 23, 24) is connected to cooling ducts by connecting ducts (51, 52, 53). - cooling ducts of the cooling duct system are arranged between turns of the coil winding, and the cooling duct system is embodied in such a way that given the suitable orientation of the winding arrangement in the Earth's gravitational field and filling of the cooling duct system with the coolant, heating of the coil winding which is generated by a current flow brings about a convection flow of the coolant through all the cooling ducts of the cooling duct system, - each coil winding and the cooling ducts are arranged on an outer side of a carrier body, - the cooling duct system has at least one storage chamber (20, 21, 22, 23, 24) which is arranged in the interior of the carrier body, - and each storage chamber (20, 21, 22, 23, 24) is connected to cooling ducts by connecting ducts (51, 52, 53).
Method for brewing coffee with a coffee brewer according to any of claims 2-7, the method including: filling up to 60% of the container with hot water; adding ground coffee to the hot water; closing the open end of the container with the lid; turning the coffee brewer to allow the closed end to face up and the lid to face down to locate the container above the lid; holding the brewer above a cup or other suitable container while keeping the lid facing down; and opening the valve while allowing the heated air inside the brewer to press the coffee through the filter in the lid and into the cup or the other suitable container without spilling coffee on an operator actuating the valve. filling up to 60% of the container with hot water; adding ground coffee to the hot water; closing the open end of the container with the lid; turning the coffee brewer to allow the closed end to face up and the lid to face down to locate the container above the lid; holding the brewer above a cup or other suitable container while keeping the lid facing down; and opening the valve while allowing the heated air inside the brewer to press the coffee through the filter in the lid and into the cup or the other suitable container without spilling coffee on an operator actuating the valve.
Control system including: - a first variable speed drive comprising: - input phases (R1,S1,T1), - a first rectifier module including a diode bridge connected to the input phases, - a first DC power bus including a first power line and a second power line, - a first bus capacitor (Cbus1) connected to the first power line and to the second power line, - a first inverter module including a plurality of switching arms each provided with at least two transistors, - first output phases (U1,V1,W1) connected to the first inverter module, - a current-limiting resistor connected in series to the first power line or the second power line, between the rectifier module and the bus capacitor, - an electric power source, - a second inverter module connected in parallel with the bus capacitor (Cbus1) and including a plurality of switching arms each provided with at least two transistors, - second output phases (U2,V2,W2) intended to connect the second inverter module to an electrical load, characterized in that the system includes: - selection means designed to connect the electric power source either to the input phases of the first variable speed drive or to the first output phases of the first variable speed drive. - a first variable speed drive comprising: - input phases (R1,S1,T1), - a first rectifier module including a diode bridge connected to the input phases, - a first DC power bus including a first power line and a second power line, - a first bus capacitor (Cbus1) connected to the first power line and to the second power line, - a first inverter module including a plurality of switching arms each provided with at least two transistors, - first output phases (U1,V1,W1) connected to the first inverter module, - a current-limiting resistor connected in series to the first power line or the second power line, between the rectifier module and the bus capacitor, - input phases (R1,S1,T1), - a first rectifier module including a diode bridge connected to the input phases, - a first DC power bus including a first power line and a second power line, - a first bus capacitor (Cbus1) connected to the first power line and to the second power line, - a first inverter module including a plurality of switching arms each provided with at least two transistors, - first output phases (U1,V1,W1) connected to the first inverter module, - a current-limiting resistor connected in series to the first power line or the second power line, between the rectifier module and the bus capacitor, - an electric power source, - a second inverter module connected in parallel with the bus capacitor (Cbus1) and including a plurality of switching arms each provided with at least two transistors, - second output phases (U2,V2,W2) intended to connect the second inverter module to an electrical load, characterized in that the system includes: - selection means designed to connect the electric power source either to the input phases of the first variable speed drive or to the first output phases of the first variable speed drive.
A method for limiting usage of an application, wherein the application is installed on a mobile terminal, and the method comprises: presetting a usage limitation condition for the application, wherein the usage limitation condition comprises a time, a geographical location, a network condition, and a user attribute of the mobile terminal; when an input operation of a user is received, obtaining a current operation environment corresponding to the usage limitation condition; and limiting usage of the application when the operation environment meets the usage limitation condition; wherein, the usage limitation condition is a user-specified application usage limitation condition and/or a system default application usage limitation condition, wherein when the user-specified usage limitation condition conflicts with the system default usage limitation condition, the user-specified condition takes precedence, and wherein, a setting operation is performed directly on the application or a setting operation is performed on an independent setting interface, wherein the application is a plurality of applications with a same attribute. presetting a usage limitation condition for the application, wherein the usage limitation condition comprises a time, a geographical location, a network condition, and a user attribute of the mobile terminal; when an input operation of a user is received, obtaining a current operation environment corresponding to the usage limitation condition; and limiting usage of the application when the operation environment meets the usage limitation condition; wherein, the usage limitation condition is a user-specified application usage limitation condition and/or a system default application usage limitation condition, wherein when the user-specified usage limitation condition conflicts with the system default usage limitation condition, the user-specified condition takes precedence, and wherein, a setting operation is performed directly on the application or a setting operation is performed on an independent setting interface, wherein the application is a plurality of applications with a same attribute.
A method for operating a hazard notification system comprising a plurality of notification appliances connected to a bus system, each having at least one signal element, - wherein each notification appliance comprises an activatable energy consumption simulation unit, - wherein, in response to receiving a switchover telegram, each notification appliance attaches its energy consumption simulation unit to the bus system in place of the or each signal element incorporated in the respective notification appliance, - wherein an energy consumption resulting in the bus system and/or specifically in each notification appliance due to the activation of each energy consumption simulation unit is measured in the course of a load test and compared with predefined or predefinable comparison values, and - wherein an alarm signal and/or a fault message are/is generated as a function of the result of the comparison. - wherein each notification appliance comprises an activatable energy consumption simulation unit, - wherein, in response to receiving a switchover telegram, each notification appliance attaches its energy consumption simulation unit to the bus system in place of the or each signal element incorporated in the respective notification appliance, - wherein an energy consumption resulting in the bus system and/or specifically in each notification appliance due to the activation of each energy consumption simulation unit is measured in the course of a load test and compared with predefined or predefinable comparison values, and - wherein an alarm signal and/or a fault message are/is generated as a function of the result of the comparison.
Wedge element with a fastening device, which is freely displaceable along a spacer bar, for fastening the wedge element to a positioning device for positioning wall formwork when erecting a wall on a reinforced concrete part, wherein the wedge element is adapted for fixing the positioning device to a reinforcing rod of the concrete part and comprises a wedge-shaped main body with a first and a second active surface (4a, 4b) which produces a wedge effect, wherein the wedge element is fastened by means of the fastening device to the spacer bar of the positioning device so that the first active surface faces the spacer bar, wherein the fastening device is arranged on the first active surface of the main body, characterized in that the fastening device is connected to the main body in such a way that the main body is shiftable relative to the fastening device substantially in the direction of the wedge effect of the wedge element and in the opposite direction.
A protective circuit board, comprising: a mounting board; and a plurality of lead terminals (420, 520, 620) disposed at one side of the mounting board, wherein the lead terminals (420, 520, 620) include a first terminal (420a, 520a, 620a) in contact with one side surface of the mounting board, and a second terminal (420b, 520b, 620b) bent at an angle with respect to the first terminal (420a, 520a, 620a), characterised in that the mounting board includes a through hole at least partially exposing the first terminal (420a, 520a, 620a) to the side of the mounting board opposite to the first terminal (420a, 520a, 620a). a mounting board; and a plurality of lead terminals (420, 520, 620) disposed at one side of the mounting board, wherein the lead terminals (420, 520, 620) include a first terminal (420a, 520a, 620a) in contact with one side surface of the mounting board, and a second terminal (420b, 520b, 620b) bent at an angle with respect to the first terminal (420a, 520a, 620a), characterised in that the mounting board includes a through hole at least partially exposing the first terminal (420a, 520a, 620a) to the side of the mounting board opposite to the first terminal (420a, 520a, 620a).
A method performed by a wireless device for communicating in a wireless network comprising: receiving, from an access point, prior to network association, an homogeneous extended service set identifier, HESSID, wherein the HESSID uniquely identifies the wireless network, and wherein the HESSID is received in one of: a beacon, a probe response, or a first response comprising a first access network query protocol, ANQP, message; transmitting, prior to network association, a first request to the access point for information about the wireless network, wherein the first request comprises a second ANQP message; receiving, prior to the network association, a second response from the access point including the information, wherein the second response comprises a third ANQP message; storing the information in a cache of the wireless device with a cache value, wherein the cache value is at least one of: a date, an expiration period, a lifetime, a version, or a timer related to the information; and indexing the stored information with the HESSID uniquely identifying the wireless network for future associations with the wireless network. receiving, from an access point, prior to network association, an homogeneous extended service set identifier, HESSID, wherein the HESSID uniquely identifies the wireless network, and wherein the HESSID is received in one of: a beacon, a probe response, or a first response comprising a first access network query protocol, ANQP, message; transmitting, prior to network association, a first request to the access point for information about the wireless network, wherein the first request comprises a second ANQP message; receiving, prior to the network association, a second response from the access point including the information, wherein the second response comprises a third ANQP message; storing the information in a cache of the wireless device with a cache value, wherein the cache value is at least one of: a date, an expiration period, a lifetime, a version, or a timer related to the information; and indexing the stored information with the HESSID uniquely identifying the wireless network for future associations with the wireless network.
Method for producing noble metal nets on flat-bed knitting machines, involving the steps of: • providing noble metal wire • knitting a noble metal net characterized in that a noble metal net is knitted simultaneously on each of the front and rear needle beds of the flat-bed knitting machine, and these two noble metal nets are connected at one side by connecting knit stitches. • providing noble metal wire • knitting a noble metal net
A method for preventing simultaneous issuance of two multicast flows, comprising: upon being switched on, composing, by an internet protocol set-top box, IP STB, an internet group management protocol, IGMP, Leave message based on information stored in the IP STB; sending, by the IP STB, the IGMP Leave message to a digital subscriber line access multiplexer, DSLAM to cease the transmission of the multicast flow corresponding to the IGMP Leave message upon the DSLAM receiving the IGMP Leave message from the IP STB; composing, by the IP STB, an IGMP Report message based on contents of the channel list stored in the IP STB; sending, by the IP STB, the IGMP Report message to join a default switch-on channel; wherein the information stored in the IP STB comprises a multicast IP address and a multicast port number of a multicast group of the channel which the user has been watching before the IP STB is powered off. upon being switched on, composing, by an internet protocol set-top box, IP STB, an internet group management protocol, IGMP, Leave message based on information stored in the IP STB; sending, by the IP STB, the IGMP Leave message to a digital subscriber line access multiplexer, DSLAM to cease the transmission of the multicast flow corresponding to the IGMP Leave message upon the DSLAM receiving the IGMP Leave message from the IP STB; composing, by the IP STB, an IGMP Report message based on contents of the channel list stored in the IP STB; sending, by the IP STB, the IGMP Report message to join a default switch-on channel;
Symmetrical eight-shaped balun (BALanced-to-UNbalanced) component comprising a first and second eye (A, B), wherein each eye (A, B) comprises conducting tracks (10, 11) forming turns, wherein the eyes (A, B) comprise an equal number of primary turns, in which primary turns in operation an electrical current flows in a first direction in the first eye and in a second direction in the second eye, which primary turns form a first conducting path from a first terminal to a second terminal, wherein the eyes (A, B) further comprise an equal number of secondary turns, in which secondary turns in operation an electrical current flows in a first direction in the first eye and in a second direction in the second eye, which secondary turns form a second conducting path from a third terminal to a fourth terminal, wherein geometrical and electrical middle points of the primary and secondary turns (10, 11) are all superposed and further are located in the same plane in the balun, and wherein the balun further comprises balanced internal terminals (17, 20) in a metal layer (15, 18) which terminals (17, 20) are connected to the third and forth terminals (16, 19) using paths in another metal layer (15, 18) than a top metal layer used to draw the body of the balun, characterised in that each of said paths in the other metal layer (15, 18) crosses the full layout of the balun, in order to provide substantially equal capacitive loads to the primary and secondary turns (10, 11), respectively, and first and second eyes (A, B), respectively.
A safety helmet, especially for riders of single-track motorcycles, having - at least one aerodynamic stabilisation element, characterised by - at least one sensor element for detecting one or more current driving-state variables, - wherein the aerodynamic stabilisation element is formed in such a way that it is controlled dependent on at least one current driving-state variable detected by the sensor element. - at least one aerodynamic stabilisation element, characterised by - at least one sensor element for detecting one or more current driving-state variables, - wherein the aerodynamic stabilisation element is formed in such a way that it is controlled dependent on at least one current driving-state variable detected by the sensor element.
A table assembly for a truck, configured for being moved between a stowed position and an extended position, the table assembly comprising: - a support plate configured to be mounted on a dashboard of the truck, - a swing arm pivotally mounted on the support plate about a first axis, - a turntable pivotally mounted on the swing arm about a second axis, in which the swing arm is configured to retain its angular position as long as a torque applied on the swing arm is less than a first predetermined threshold, and in which the turntable is configured to retain its angular position as long as a torque applied on the turntable is less than a second predetermined threshold, characterized in that the support plate comprises a protection pad, and in which the swing arm is in contact with the protection pad when the swing arm is in the stowed position, the swing arm comprises a friction insert configured to slide over the protection pad when the swing arm is rotated from one position between the stowed position and the extended position to the other position. - a support plate configured to be mounted on a dashboard of the truck, - a swing arm pivotally mounted on the support plate about a first axis, - a turntable pivotally mounted on the swing arm about a second axis, in which the swing arm is configured to retain its angular position as long as a torque applied on the swing arm is less than a first predetermined threshold, and in which the turntable is configured to retain its angular position as long as a torque applied on the turntable is less than a second predetermined threshold, characterized in that the support plate comprises a protection pad, and in which the swing arm is in contact with the protection pad when the swing arm is in the stowed position, the swing arm comprises a friction insert configured to slide over the protection pad when the swing arm is rotated from one position between the stowed position and the extended position to the other position.