mhurhangee/patent-ind-claim-en huggingface dataset:
Process for the preparation of a compound of general formula or a salt thereof, said process comprising: a) reacting an indanone of general formula with a compound of general formula , so as to provide a compound of general formula ; b) converting said compound of general formula into a compound of general formula ; wherein: - R 1 is selected from the group consisting of -CN and 1,2,4-oxadiazole, said 1,2,4-oxadiazole being attached to the bicycle via carbon 3 and optionally substituted in position 5 with a 3'-cyano-4'-isopropoxyphenyl group; - one of the dashed lines indicates a single bond and the other one a double bond, and when the dashed line linked to R 2 is a double bond R 2 is N, and when the dashed line linked to R 2 is a single bond R 2 is NH; - R 10 is selected from the group consisting of -CH 2 OH, -CH 2 OPg and -CO 2 R 12 ; - R 12 is selected from the group consisting of H, a linear or branched C1-C8 alkyl or a linear or branched C1-C8 alkyl substituted with a C6-C10 aryl; - Pg is an oxygen protecting group; and - the * indicates a stereogenic center; said process being characterized in that step a) is carried out in the absence of titanium alkoxides. a) reacting an indanone of general formula with a compound of general formula , so as to provide a compound of general formula ; b) converting said compound of general formula into a compound of general formula ; wherein: - R 1 is selected from the group consisting of -CN and 1,2,4-oxadiazole, said 1,2,4-oxadiazole being attached to the bicycle via carbon 3 and optionally substituted in position 5 with a 3'-cyano-4'-isopropoxyphenyl group; - one of the dashed lines indicates a single bond and the other one a double bond, and when the dashed line linked to R 2 is a double bond R 2 is N, and when the dashed line linked to R 2 is a single bond R 2 is NH; - R 10 is selected from the group consisting of -CH 2 OH, -CH 2 OPg and -CO 2 R 12 ; - R 12 is selected from the group consisting of H, a linear or branched C1-C8 alkyl or a linear or branched C1-C8 alkyl substituted with a C6-C10 aryl; - Pg is an oxygen protecting group; and - the * indicates a stereogenic center; - R 1 is selected from the group consisting of -CN and 1,2,4-oxadiazole, said 1,2,4-oxadiazole being attached to the bicycle via carbon 3 and optionally substituted in position 5 with a 3'-cyano-4'-isopropoxyphenyl group; - one of the dashed lines indicates a single bond and the other one a double bond, and when the dashed line linked to R 2 is a double bond R 2 is N, and when the dashed line linked to R 2 is a single bond R 2 is NH; - R 10 is selected from the group consisting of -CH 2 OH, -CH 2 OPg and -CO 2 R 12 ; - R 12 is selected from the group consisting of H, a linear or branched C1-C8 alkyl or a linear or branched C1-C8 alkyl substituted with a C6-C10 aryl; - Pg is an oxygen protecting group; and - the * indicates a stereogenic center;
A method comprising: analyzing an amount of data communicated by a set of network interfaces, wherein the data communicated by the set of network interfaces is processed by a set of functional units and wherein a set of queues comprises the data communicated by the set of network interfaces; activating a first functional unit of the set of functional units when a first size of a first queue of the set of queues is above a first threshold; deactivating the first functional unit of the set of functional units when the first size of the first queue of the set of queues is below a second threshold; and causing the data to be forwarded to one or more active functional units via a data interconnect , the data interconnect comprising a plurality of input ports coupled to the set of network interfaces and a plurality of output ports coupled to the set of functional units; wherein the data interconnect further comprises a plurality of connections between the input ports and the output ports that can be enabled and/or disabled; and wherein the plurality of connections couple each of the plurality of input ports to each of the plurality of output ports . analyzing an amount of data communicated by a set of network interfaces, wherein the data communicated by the set of network interfaces is processed by a set of functional units and wherein a set of queues comprises the data communicated by the set of network interfaces; activating a first functional unit of the set of functional units when a first size of a first queue of the set of queues is above a first threshold; deactivating the first functional unit of the set of functional units when the first size of the first queue of the set of queues is below a second threshold; and causing the data to be forwarded to one or more active functional units via a data interconnect , the data interconnect comprising a plurality of input ports coupled to the set of network interfaces and a plurality of output ports coupled to the set of functional units; wherein the data interconnect further comprises a plurality of connections between the input ports and the output ports that can be enabled and/or disabled; and wherein the plurality of connections couple each of the plurality of input ports to each of the plurality of output ports .
1,1,1,3,3-Pentachlorodisilazane.
A method for determining a heart rate of a user of a computing device , the method comprising: detecting fluctuations in capacitance from a portion of a user's hand in contact with the computing device, the fluctuations detected with capacitive touch sensors of a presence-sensitive display component of the computing device that are used to detect touch inputs to control operations of the computing device; determining times during which the portion of the user's hand contacts the computing device and locations of the computing device at which the portion of the user's hand makes contact, the times and the locations determined from raw capacitance data indicative of the detected fluctuations, the raw capacitance data configured as timestamped two-dimensional capacitance readings for the presence-sensitive display component; extracting portions of the raw capacitance data as frames with corresponding timestamps, the portions indicating the fluctuations in capacitance that are detected within a fixed-size region around the locations at which the portion of the user's hand is determined to contact the computing device; summing indications of the capacitance in each frame to generate a one-dimensional aggregated capacitance for each frame; arranging the 1D aggregated capacitances for the frames according to the corresponding timestamps; isolating heartbeat waveforms from interferences in the raw capacitance data that corresponds to the times and the locations based on a temporal regularity and frequency range of heartbeats; and analyzing the isolated heartbeat waveforms to determine a heart rate of the user. detecting fluctuations in capacitance from a portion of a user's hand in contact with the computing device, the fluctuations detected with capacitive touch sensors of a presence-sensitive display component of the computing device that are used to detect touch inputs to control operations of the computing device; determining times during which the portion of the user's hand contacts the computing device and locations of the computing device at which the portion of the user's hand makes contact, the times and the locations determined from raw capacitance data indicative of the detected fluctuations, the raw capacitance data configured as timestamped two-dimensional capacitance readings for the presence-sensitive display component; extracting portions of the raw capacitance data as frames with corresponding timestamps, the portions indicating the fluctuations in capacitance that are detected within a fixed-size region around the locations at which the portion of the user's hand is determined to contact the computing device; summing indications of the capacitance in each frame to generate a one-dimensional aggregated capacitance for each frame; arranging the 1D aggregated capacitances for the frames according to the corresponding timestamps; isolating heartbeat waveforms from interferences in the raw capacitance data that corresponds to the times and the locations based on a temporal regularity and frequency range of heartbeats; and analyzing the isolated heartbeat waveforms to determine a heart rate of the user.
A variable compression device for a combustion engine comprising: a piston rod connected to a crosshead and a connecting rod ; and a fluid chamber (R3) limited in one direction by a movable piston and in which, when a pressurized working fluid is supplied thereinto, the piston rod is caused to move in a direction away from the crosshead so that a compression ratio of the combustion engine increases, characterized in that a grooved flow path (R6) is formed in a bottom surface of the fluid chamber (R3) or a contact surface of the movable piston in contact with the bottom surface of the fluid chamber (R3). a piston rod connected to a crosshead and a connecting rod ; and a fluid chamber (R3) limited in one direction by a movable piston and in which, when a pressurized working fluid is supplied thereinto, the piston rod is caused to move in a direction away from the crosshead so that a compression ratio of the combustion engine increases, characterized in that a grooved flow path (R6) is formed in a bottom surface of the fluid chamber (R3) or a contact surface of the movable piston in contact with the bottom surface of the fluid chamber (R3).
A fast charging method, wherein the method is executed by a charging system, the charging system comprising a mobile terminal, a power adapter, and a Universal Serial Bus, USB, interface, the mobile terminal is configured to be coupled to the power adapter via the USB interface; a power line located in the USB interface is configured for charging the mobile terminal, a data line located in the USB interface is configured for establishing a communication between the power adapter and the mobile terminal; the mobile terminal is selectively operable under a common charging mode or a fast charging mode, and a charging current under the fast charging mode is greater than a charging current under the common charging mode; the method comprises: sending, by the mobile terminal, a first instruction to the power adapter through the data line in the USB interface, the first instruction being configured for instructing the power adapter to be operable under the fast charging mode ; and receiving, by the mobile terminal, a charging current corresponding to the fast charging mode from the power adapter, so as to charge a battery in the mobile terminal ; sending, by the mobile terminal, a fourth instruction to the power adapter through the data line in the USB interface during a period of charging the mobile terminal by the power adapter under the fast charging mode, the fourth instruction being configured for indicating a current voltage of the battery in the mobile terminal, the method being characterized by further comprising: the current voltage of the battery is used as a basis for the power adapter to determine that a connection between the power adapter and the mobile terminal is abnormal when an impedance determined based on a voltage drop between an output voltage of the power adaptor and the current voltage of the battery is greater than a predetermined threshold. sending, by the mobile terminal, a first instruction to the power adapter through the data line in the USB interface, the first instruction being configured for instructing the power adapter to be operable under the fast charging mode ; and receiving, by the mobile terminal, a charging current corresponding to the fast charging mode from the power adapter, so as to charge a battery in the mobile terminal ; sending, by the mobile terminal, a fourth instruction to the power adapter through the data line in the USB interface during a period of charging the mobile terminal by the power adapter under the fast charging mode, the fourth instruction being configured for indicating a current voltage of the battery in the mobile terminal, the method being characterized by further comprising: the current voltage of the battery is used as a basis for the power adapter to determine that a connection between the power adapter and the mobile terminal is abnormal when an impedance determined based on a voltage drop between an output voltage of the power adaptor and the current voltage of the battery is greater than a predetermined threshold.
A robotic gripper comprising: a base ; a soft robotic actuator directly or indirectly mounted to the base , the soft robotic actuator comprising a hollow body including an elastomeric material, the hollow body configured to accept an inflation fluid and having a length extending in a circumferential direction from a proximal end adjacent to the base to a distal end, wherein the soft robotic actuator comprises an actuator base extending the length of the actuator in the circumferential direction and forming a gripping surface, and an accordion side comprising a plurality of accordion extensions , the accordion extensions including a series of ridges and troughs , the accordion side extending the length of the actuator in the circumferential direction, wherein the accordion side and the actuator base are disposed on opposite sides of the actuator ; and a rigid body mounted in or on the base and extending a portion of the length of the soft robotic actuator from the base towards the distal end of the actuator without encompassing the distal end, the rigid body disposed: within the actuator ; or external to the actuator and adjacent to the actuator base along the portion of the length of the actuator ; or external to the actuator and adjacent to the accordion side of the actuator along the portion of the length of the actuator , wherein the rigid body is either an extensible rod or an extensible plate and is configured to provide a force opposing an inflation of the soft robotic actuator along the portion of the length. a base ; a soft robotic actuator directly or indirectly mounted to the base , the soft robotic actuator comprising a hollow body including an elastomeric material, the hollow body configured to accept an inflation fluid and having a length extending in a circumferential direction from a proximal end adjacent to the base to a distal end, wherein the soft robotic actuator comprises an actuator base extending the length of the actuator in the circumferential direction and forming a gripping surface, and an accordion side comprising a plurality of accordion extensions , the accordion extensions including a series of ridges and troughs , the accordion side extending the length of the actuator in the circumferential direction, wherein the accordion side and the actuator base are disposed on opposite sides of the actuator ; and a rigid body mounted in or on the base and extending a portion of the length of the soft robotic actuator from the base towards the distal end of the actuator without encompassing the distal end, the rigid body disposed: within the actuator ; or external to the actuator and adjacent to the actuator base along the portion of the length of the actuator ; or external to the actuator and adjacent to the accordion side of the actuator along the portion of the length of the actuator , within the actuator ; or external to the actuator and adjacent to the actuator base along the portion of the length of the actuator ; or external to the actuator and adjacent to the accordion side of the actuator along the portion of the length of the actuator ,
Tillage implement for hitching to or installing on a tractor, having: 1.1 a coupling device which connects the tillage implement to the tractor, 1.2 a multiple-part support frame for a multiplicity of tillage tools , wherein the support frame has a central part and at least two laterally disposed, mutually opposite lateral parts , and 1.3 a pivoting device for pivoting in each case between a wide operating position and an upright transporting position the at least two lateral parts about a pivot axis (S) that extends in the direction of travel, wherein 1.4 a displacement device by means of which the at least two lateral parts are moved in a linear movement transverse to the direction of travel is present, characterized in that 1.5 three fastening axles which extend coaxially to the pivot axis (S) for fastening the lateral part to the central part are provided for each lateral part , 1.6 the three fastening axles for each lateral part are in each case disposed on a slider , the latter being in each case displaceable transversely to the direction of travel on a slide rail , 1.7 a hydraulic cylinder for pivoting the lateral part is provided on at least one slider , wherein the hydraulic cylinder is articulated on the slider , on the one hand, and on the lateral part , on the other hand, 1.8 a torque bracket which additionally introduces the torque that acts on the slider during pivoting of the lateral part into the central part is provided on the at least one slider , wherein 1.9 a hydraulic cylinder having a torque bracket is provided on a central slider . 1.1 a coupling device which connects the tillage implement to the tractor, 1.2 a multiple-part support frame for a multiplicity of tillage tools , wherein the support frame has a central part and at least two laterally disposed, mutually opposite lateral parts , and 1.3 a pivoting device for pivoting in each case between a wide operating position and an upright transporting position the at least two lateral parts about a pivot axis (S) that extends in the direction of travel, wherein 1.4 a displacement device by means of which the at least two lateral parts are moved in a linear movement transverse to the direction of travel is present, 1.5 three fastening axles which extend coaxially to the pivot axis (S) for fastening the lateral part to the central part are provided for each lateral part , 1.6 the three fastening axles for each lateral part are in each case disposed on a slider , the latter being in each case displaceable transversely to the direction of travel on a slide rail , 1.7 a hydraulic cylinder for pivoting the lateral part is provided on at least one slider , wherein the hydraulic cylinder is articulated on the slider , on the one hand, and on the lateral part , on the other hand, 1.8 a torque bracket which additionally introduces the torque that acts on the slider during pivoting of the lateral part into the central part is provided on the at least one slider , wherein 1.9 a hydraulic cylinder having a torque bracket is provided on a central slider .
A component pickup rate calculating system for a component mounter that picks up components supplied by a tape feeder and mounts the components on a circuit board, the system comprising: a first counting means configured to count a component pickup operation quantity of a suction nozzle during operation of the component mounter ; a second counting means configured to count a pickup error rate representing cases in which the suction nozzle could not pick up the component, or a pickup rate representing cases in which the suction nozzle could pick up a component; and a component pickup rate calculating means configured to calculate a ratio of the pickup rate or a ratio of the pickup error rate with respect to the component pickup operation quantity of the suction nozzle as a component pickup rate based on a count value of the first counting means and a count value of the second counting means , wherein the component pickup rate calculating system is characterized in that the component pickup rate calculating means is configured to calculate separate of the component pickup rates, the separate component pickup rates being a component pickup rate for a region until a specified quantity of component pickup operations immediately after the tape feeder is set on the component mounter or a region until a feeding length of component supply tape set on the tape feeder is a specified length (hereinafter referred to as "after-feeder-setting component pickup rate"), and a component pickup rate after the region has passed (hereinafter referred to as "main component pickup rate"). a first counting means configured to count a component pickup operation quantity of a suction nozzle during operation of the component mounter ; a second counting means configured to count a pickup error rate representing cases in which the suction nozzle could not pick up the component, or a pickup rate representing cases in which the suction nozzle could pick up a component; and a component pickup rate calculating means configured to calculate a ratio of the pickup rate or a ratio of the pickup error rate with respect to the component pickup operation quantity of the suction nozzle as a component pickup rate based on a count value of the first counting means and a count value of the second counting means , wherein the component pickup rate calculating system is characterized in that the component pickup rate calculating means is configured to calculate separate of the component pickup rates, the separate component pickup rates being a component pickup rate for a region until a specified quantity of component pickup operations immediately after the tape feeder is set on the component mounter or a region until a feeding length of component supply tape set on the tape feeder is a specified length (hereinafter referred to as "after-feeder-setting component pickup rate"), and a component pickup rate after the region has passed (hereinafter referred to as "main component pickup rate").
A method for producing a traceable measurement of a component , comprising: generating at least one augmented reality, AR, graphical element indicative of a measurement to be performed on the component using a local measurement instrument ; comparing a position and/or an orientation of the component with a virtual position and/or a virtual orientation associated with a virtual representation of the component ; rendering the at least one AR graphical element via an AR device in response to determining that the position and/or orientation of the component corresponds to the virtual position and/or virtual orientation within a predetermined threshold; obtaining at least one measurement value associated with the measurement as performed on the component using the local measurement instrument ; capturing an augmented image in which a representation of the component , a representation of the local measurement instrument obtaining the at least one measurement value, and the at least one AR graphical element are concurrently visible; and storing the at least one measurement value in association with the augmented image . generating at least one augmented reality, AR, graphical element indicative of a measurement to be performed on the component using a local measurement instrument ; comparing a position and/or an orientation of the component with a virtual position and/or a virtual orientation associated with a virtual representation of the component ; rendering the at least one AR graphical element via an AR device in response to determining that the position and/or orientation of the component corresponds to the virtual position and/or virtual orientation within a predetermined threshold; obtaining at least one measurement value associated with the measurement as performed on the component using the local measurement instrument ; capturing an augmented image in which a representation of the component , a representation of the local measurement instrument obtaining the at least one measurement value, and the at least one AR graphical element are concurrently visible; and storing the at least one measurement value in association with the augmented image .