mhurhangee/patent-ind-claim-en huggingface dataset:
A motor control device comprising: a plurality of control circuits configured to control power supply to a plurality of winding groups of a plurality of systems in a motor , the power supply being controlled independently for each of the systems and the number of the control circuits being the same as the number of the systems; a communication line configured to transmit and receive, between the control circuits , a state signal that indicates a state of each of the systems and that is generated by each of the control circuits ; the motor control device being characterized by comprising: a signal line configured to transmit and receive, between the control circuits , a periodic pulse signal that indicates normal operation of each of the control circuits and that is generated by each of the control circuits , wherein each of the control circuits is configured to determine whether an abnormality has occurred in communication through the communication line or whether a function of the control circuit of another system is stopped, based on a combination of whether the communication through the communication line is established and whether the periodic pulse signal of the other system, which is acquired through the signal line , is established. a plurality of control circuits configured to control power supply to a plurality of winding groups of a plurality of systems in a motor , the power supply being controlled independently for each of the systems and the number of the control circuits being the same as the number of the systems; a communication line configured to transmit and receive, between the control circuits , a state signal that indicates a state of each of the systems and that is generated by each of the control circuits ; the motor control device being characterized by comprising: a signal line configured to transmit and receive, between the control circuits , a periodic pulse signal that indicates normal operation of each of the control circuits and that is generated by each of the control circuits , wherein each of the control circuits is configured to determine whether an abnormality has occurred in communication through the communication line or whether a function of the control circuit of another system is stopped, based on a combination of whether the communication through the communication line is established and whether the periodic pulse signal of the other system, which is acquired through the signal line , is established. a signal line configured to transmit and receive, between the control circuits , a periodic pulse signal that indicates normal operation of each of the control circuits and that is generated by each of the control circuits , wherein each of the control circuits is configured to determine whether an abnormality has occurred in communication through the communication line or whether a function of the control circuit of another system is stopped, based on a combination of whether the communication through the communication line is established and whether the periodic pulse signal of the other system, which is acquired through the signal line , is established.
A heat exchanger arrangement for a gas turbine, comprising: a heat exchange body ; a first fluid path extending through the heat exchange body; a second fluid path extending through the heat exchange body in thermal communication with the first fluid path and fluidly isolated from the first fluid path; a bypass path external of the heat exchange body and fluidly connected in parallel with the first fluid path; and a control module operably connected to the bypass path and configured to control flow rate of fluids traversing the first fluid path and the second fluid path; characterized in that the bypass path is a first bypass path and by further comprising a second bypass path , wherein the second bypass path is external of the heat exchange body and is fluidly connected in parallel with the second fluid path, and wherein the control module is operably connected to the first bypass path and the second bypass path to control flow rate of fluids traversing the first fluid path and the second fluid path. a heat exchange body ; a first fluid path extending through the heat exchange body; a second fluid path extending through the heat exchange body in thermal communication with the first fluid path and fluidly isolated from the first fluid path; a bypass path external of the heat exchange body and fluidly connected in parallel with the first fluid path; and a control module operably connected to the bypass path and configured to control flow rate of fluids traversing the first fluid path and the second fluid path; characterized in that the bypass path is a first bypass path and by further comprising a second bypass path , wherein the second bypass path is external of the heat exchange body and is fluidly connected in parallel with the second fluid path, and wherein the control module is operably connected to the first bypass path and the second bypass path to control flow rate of fluids traversing the first fluid path and the second fluid path.
Bearing system for resiliently mounting a suspension strut or a vibration damper on a vehicle body , having a bearing unit for mounting a piston rod of the suspension strut or of the vibration damper, a body-side receiving pot , the bearing unit being insertable into the receiving pot, and a fixing device which secures the bearing unit against withdrawal from the receiving pot , the bearing unit having at least one additional spring receiving device and an elastomer bearing for elastic mounting of the piston rod , wherein the elastomer bearing has a core for receiving the piston rod , an elastomer body and at least one ring element , wherein the elastomer bearing and the fixing device are inserted into the receiving pot in such a way that the fixing device engages behind an undercut formed on the receiving pot , in that the ring element is supported on the fixing device , and in that the elastomer body is prestressed and presses the ring element against the fixing device , characterized in that the ring element and the additional spring receiving device are connected to one another in a force-fitting and/or form-fitting manner by means of a snap connection .
An adhesive composition comprising: a) At least one at 25 °C solid poly-α-olefin P, b) At least one tackifying resin TR, and c) At least one organic phosphorus-containing compound PH, wherein the at least one organic phosphorus-containing compound PH is a phosphonate compound of formula (I) wherein R 1 and R 2 represent, independently from each other, substituted or unsubstituted linear or branched alkyl groups having 1 to 10 carbon atoms or substituted or unsubstituted cycloalkyl or aryl groups. a) At least one at 25 °C solid poly-α-olefin P, b) At least one tackifying resin TR, and c) At least one organic phosphorus-containing compound PH, wherein the at least one organic phosphorus-containing compound PH is a phosphonate compound of formula (I) wherein R 1 and R 2 represent, independently from each other, substituted or unsubstituted linear or branched alkyl groups having 1 to 10 carbon atoms or substituted or unsubstituted cycloalkyl or aryl groups.
A control entity for a communication network, comprising: a controller configured to generate a downlink control signal scheduling one or more downlink subframes in which downlink data resources are provided; wherein the controller is configured to provide the downlink control signal over a downlink control resource in an earlier subframe which is chronologically earlier than the one or more downlink subframes in which the downlink data resources are provided; wherein the downlink control signal comprises a downlink index, and wherein the one or more downlink subframes , in which the downlink data resources are provided, are indicated by the downlink index, wherein the downlink index represents at least one state; wherein each state of the downlink index corresponds to a combination of the one or more downlink subframes in which the downlink data resources are provided. a controller configured to generate a downlink control signal scheduling one or more downlink subframes in which downlink data resources are provided; wherein the controller is configured to provide the downlink control signal over a downlink control resource in an earlier subframe which is chronologically earlier than the one or more downlink subframes in which the downlink data resources are provided; wherein the downlink control signal comprises a downlink index, and wherein the one or more downlink subframes , in which the downlink data resources are provided, are indicated by the downlink index, wherein the downlink index represents at least one state; wherein each state of the downlink index corresponds to a combination of the one or more downlink subframes in which the downlink data resources are provided.
Vehicle transportation installation by cable, comprising a cable to haul a vehicle, a frame mounted stationary, a bull-wheel coupled to the cable and mounted rotatable on the frame so as to be able to drive the cable , and a measurement device configured to measure at least one data item concerning movement of the bull-wheel , the measurement device being mounted on the bull-wheel characterized in that the measurement device comprises a gyroscope configured to measure at least an angular speed and at least an angular acceleration of the bull-wheel along a rotation axis of the bull-wheel and/or an accelerometer configured to measure at least a speed and at least an acceleration of the bull-wheel along a translation axis of the bull-wheel .
A system for dispensing a chilled beverage, the system comprising: a housing having an opening , wherein the housing is configured to maintain a low temperature within the housing ; a dispense tap having an opening for dispensing the chilled beverage, the dispense tap being configured to move between a retracted position in which the dispense tap is positioned within the housing and an extended position in which the dispense tap extends out through the opening to a position outside the housing, characterized in that the system further comprises a sensor and control system configured to provide an indication to a user when the dispense tap has been extended out from the housing for a certain amount of time. a housing having an opening , wherein the housing is configured to maintain a low temperature within the housing ; a dispense tap having an opening for dispensing the chilled beverage, the dispense tap being configured to move between a retracted position in which the dispense tap is positioned within the housing and an extended position in which the dispense tap extends out through the opening to a position outside the housing, characterized in that the system further comprises a sensor and control system configured to provide an indication to a user when the dispense tap has been extended out from the housing for a certain amount of time.
A magnetoresistive random access memory, MRAM, device (500; 180) comprising: a magnetic tunnel junction comprising a reference layer having a fixed magnetization direction, a free layer , and a nonmagnetic tunnel barrier layer located between the reference layer and the free layer ; a negative-magnetic-anisotropy assist layer (160; 260) having negative magnetic anisotropy that provides an in-plane magnetization within a plane that is perpendicular to the fixed magnetization direction; and a first nonmagnetic spacer layer located between the free layer and the negative-magnetic-anisotropy assist layer (160; 260); the MRAM device characterized by : a pinned magnetization layer having positive uniaxial magnetic anisotropy which provides a magnetization direction that is parallel or antiparallel to the fixed magnetization direction of the reference layer; and a second nonmagnetic spacer layer located between the negative-magnetic-anisotropy assist layer (160; 260) and the pinned magnetization layer . a magnetic tunnel junction comprising a reference layer having a fixed magnetization direction, a free layer , and a nonmagnetic tunnel barrier layer located between the reference layer and the free layer ; a negative-magnetic-anisotropy assist layer (160; 260) having negative magnetic anisotropy that provides an in-plane magnetization within a plane that is perpendicular to the fixed magnetization direction; and a first nonmagnetic spacer layer located between the free layer and the negative-magnetic-anisotropy assist layer (160; 260); the MRAM device characterized by : a pinned magnetization layer having positive uniaxial magnetic anisotropy which provides a magnetization direction that is parallel or antiparallel to the fixed magnetization direction of the reference layer; and a second nonmagnetic spacer layer located between the negative-magnetic-anisotropy assist layer (160; 260) and the pinned magnetization layer . a pinned magnetization layer having positive uniaxial magnetic anisotropy which provides a magnetization direction that is parallel or antiparallel to the fixed magnetization direction of the reference layer; and a second nonmagnetic spacer layer located between the negative-magnetic-anisotropy assist layer (160; 260) and the pinned magnetization layer .
A mobile terminal capable of communicating with a core network via a first or second access network, wherein radio access technology of the first access network is different from radio access technology of the second access network, the mobile terminal comprising: a receiver which, in operation, receives a paging request, which is addressed to the mobile terminal to be routed through the first access network but is rerouted through the second access network when the mobile terminal is attached to the second access network and an interface to the first access network is deactivated; a control circuitry, which, in operation, starts service initiation when receiving the paging request, in case the paging request is a request for service initiation, by performing control signaling through the second access network; wherein the receiver, in operation, receives a command through the second access network, the command directing the mobile terminal to activate the interface to the first access network for continuing the initiation of the service; and wherein the control circuitry, in operation, connects to the first access network based on the command. a receiver which, in operation, receives a paging request, which is addressed to the mobile terminal to be routed through the first access network but is rerouted through the second access network when the mobile terminal is attached to the second access network and an interface to the first access network is deactivated; a control circuitry, which, in operation, starts service initiation when receiving the paging request, in case the paging request is a request for service initiation, by performing control signaling through the second access network; wherein the receiver, in operation, receives a command through the second access network, the command directing the mobile terminal to activate the interface to the first access network for continuing the initiation of the service; and wherein the control circuitry, in operation, connects to the first access network based on the command.
A cladding assembly for a building structure, the cladding assembly comprising: a building component comprising an aperture therein, at least one cladding element ; and a mounting arrangement for attaching the at least one cladding element to the building component , wherein the mounting arrangement comprises a fastener assembly comprising a first fastening member in the form of a sleeve comprising a groove on an external surface thereof, said groove receiving an edge of the aperture therein to mount the first fastening member to the building component , and a second fastening member configured to releasably engage the first fastening member , and wherein, in use, the second fastening member engages the first fastening member and the cladding element to attach said cladding element to the building component . a building component comprising an aperture therein, at least one cladding element ; and a mounting arrangement for attaching the at least one cladding element to the building component , wherein the mounting arrangement comprises a fastener assembly comprising a first fastening member in the form of a sleeve comprising a groove on an external surface thereof, said groove receiving an edge of the aperture therein to mount the first fastening member to the building component , and a second fastening member configured to releasably engage the first fastening member , and wherein, in use, the second fastening member engages the first fastening member and the cladding element to attach said cladding element to the building component .
A method for detecting or determining the amount of guanidinoacetate GAA, creatine, and creatinine comprising: (a) purifying GAA, creatine, and creatinine in the sample; (b) ionizing GAA, creatine, and creatinine in the sample to produce one ion or more ions of GAA, creatine , and creatinine, wherein said ionizing comprises generating a GAA precursor ion with the mass/charge ratio of 118.1 ± 0.5; (c) detecting the ion or ions from step (b) by mass spectrometry, wherein the ion or ions of GAA selected for determining the amount of said ions comprises a fragment ion with the mass/charge ratio of 72.1± 0.5; wherein the amount of the GAA, creatine, and creatinine ion or ions is related to the amount of GAA, creatine, and creatinine in the sample. (a) purifying GAA, creatine, and creatinine in the sample; (b) ionizing GAA, creatine, and creatinine in the sample to produce one ion or more ions of GAA, creatine , and creatinine, wherein said ionizing comprises generating a GAA precursor ion with the mass/charge ratio of 118.1 ± 0.5; (c) detecting the ion or ions from step (b) by mass spectrometry, wherein the ion or ions of GAA selected for determining the amount of said ions comprises a fragment ion with the mass/charge ratio of 72.1± 0.5;
A method for manufacturing a magnesium alloy material comprising the steps of continuously casting a molten alloy comprising 0.8 to 1.8 wt% of Mn, 0.2 wt% or less (excluding 0 wt%) of Ca and the balance of Mg and inevitable impurities, for a total of 100 wt%, to prepare a billet; subjecting the billet to homogenizing heat treatment; preheating the homogenizing heat-treated billet; hot extruding the preheated billet to manufacture an extruded material; and subjecting the manufactured extruded material to heat treatment, wherein the heat treatment is carried out at a temperature in the range of 200°C to 400 °C for 0.5 to 2 hours.
A modular I/O device comprising: a terminal base (TB) including a terminal block, said terminal block comprising a plurality of wiring connectors adapted for connection to associated field device wires; an auxiliary wiring device (XD) comprising a plurality of auxiliary wiring connectors adapted for connection to associated field device wires, said auxiliary wiring device (XD) selectively physically connectable to said terminal base in an operative position and selectively physically removable from said terminal base; characterized in that said terminal block (TB) comprises a receiver (R) and said auxiliary wiring device (XD) comprises a body including at least one mounting tab that projects outwardly from the body , wherein said at least one mounting tab is located in said receiver (R) when said auxiliary wiring device (XD) is connected to said terminal base (TB), said receiver (R) comprises an open pocket (RP) into which said at least one mounting tab is inserted when said auxiliary wiring device (XD) is connected to said terminal base (TB), and said terminal base (TB) comprises at least one catch (CT), and wherein said body of said auxiliary wiring device (XD) further comprises at least one latch arm connected thereto that is adapted to mate with and engage said at least one catch (CT) when said auxiliary wiring device (XD) is physically connected to said terminal base (TB) in said operative position. a terminal base (TB) including a terminal block, said terminal block comprising a plurality of wiring connectors adapted for connection to associated field device wires; an auxiliary wiring device (XD) comprising a plurality of auxiliary wiring connectors adapted for connection to associated field device wires, said auxiliary wiring device (XD) selectively physically connectable to said terminal base in an operative position and selectively physically removable from said terminal base; characterized in that said terminal block (TB) comprises a receiver (R) and said auxiliary wiring device (XD) comprises a body including at least one mounting tab that projects outwardly from the body , wherein said at least one mounting tab is located in said receiver (R) when said auxiliary wiring device (XD) is connected to said terminal base (TB), said receiver (R) comprises an open pocket (RP) into which said at least one mounting tab is inserted when said auxiliary wiring device (XD) is connected to said terminal base (TB), and said terminal base (TB) comprises at least one catch (CT), and wherein said body of said auxiliary wiring device (XD) further comprises at least one latch arm connected thereto that is adapted to mate with and engage said at least one catch (CT) when said auxiliary wiring device (XD) is physically connected to said terminal base (TB) in said operative position.
Method of feeding fibres to an installation, to which fibre tufts are fed, the same are opened at least partially and by means of a feed device fed to a pneumatic feeding installation , which guides the fibres into the reservoir of at least one fibre-processing machine , in particular a card , a roller card, an opener or cleaner , wherein • by means of a closed control loop, - into which • are introduced actual pressure values (p1), which are measured and further processed in the pneumatic feeding installation , and • is introduced a mass flow (m1) of the further processed fibres, which is measured and further processed at least at one fibre-processing machine , - the optimal working point of the installation is determined by means of a control algorithm, and - a signal (z) is conducted to an actuator of the feed device for controlling the amount (m2) of fibre tufts, characterized in that • by differentiating over time, the actual pressure values (p1) are converted to a corrected actual pressure value (y), and • the difference resulting therefrom together with a predetermined target pressure value is introduced into the closed control loop. • by means of a closed control loop, - into which • are introduced actual pressure values (p1), which are measured and further processed in the pneumatic feeding installation , and • is introduced a mass flow (m1) of the further processed fibres, which is measured and further processed at least at one fibre-processing machine , - the optimal working point of the installation is determined by means of a control algorithm, and - a signal (z) is conducted to an actuator of the feed device for controlling the amount (m2) of fibre tufts, - into which • are introduced actual pressure values (p1), which are measured and further processed in the pneumatic feeding installation , and • is introduced a mass flow (m1) of the further processed fibres, which is measured and further processed at least at one fibre-processing machine , • are introduced actual pressure values (p1), which are measured and further processed in the pneumatic feeding installation , and • is introduced a mass flow (m1) of the further processed fibres, which is measured and further processed at least at one fibre-processing machine , - the optimal working point of the installation is determined by means of a control algorithm, and - a signal (z) is conducted to an actuator of the feed device for controlling the amount (m2) of fibre tufts, • by differentiating over time, the actual pressure values (p1) are converted to a corrected actual pressure value (y), and • the difference resulting therefrom together with a predetermined target pressure value is introduced into the closed control loop.