mhurhangee/patent-ind-claim-en huggingface dataset:
A method for transmitting a response signal in a broadcasting system, the method comprising: generating acknowledgement, ACK, information for each of a plurality of terminals; determining a plurality of subcarriers in a symbol for transmitting the ACK information for each terminal in a transmission frame, wherein each of the plurality of terminals correspond to a subcarrier in the plurality of subcarriers based on a mapping relation between a terminal identification, ID, and a subcarrier index; transmitting information indicating the mapping relation in the transmission frame; and transmitting the ACK information each terminal via the plurality of subcarriers based on the mapping relation, wherein the information indicating the mapping relation is used for each of the plurality of terminals to identify at least one subcarrier where ACK information corresponding to each of the plurality of terminals is transmitted among the plurality of subcarriers. generating acknowledgement, ACK, information for each of a plurality of terminals; determining a plurality of subcarriers in a symbol for transmitting the ACK information for each terminal in a transmission frame, wherein each of the plurality of terminals correspond to a subcarrier in the plurality of subcarriers based on a mapping relation between a terminal identification, ID, and a subcarrier index; transmitting information indicating the mapping relation in the transmission frame; and transmitting the ACK information each terminal via the plurality of subcarriers based on the mapping relation, wherein the information indicating the mapping relation is used for each of the plurality of terminals to identify at least one subcarrier where ACK information corresponding to each of the plurality of terminals is transmitted among the plurality of subcarriers.
Portable implement , such as for example an expander, cutter or combination device with a cutting and expanding function, for portable use, having an electric motor , a battery accommodated on the implement , a hydraulically driven displaceable piston rod for performing work, in particular expanding work and/or cutting work and/or lifting or compressing work, and an electronic control and regulation unit for controlling and/or regulating the electric motor , wherein provision is made for a brushless DC motor as electric motor , wherein the electronic control and regulation unit defines a first operating state in which the electric motor is operated at a first frequency F1, the electronic control and regulation unit defines a second operating state in which the electric motor is operated at a second frequency F2, wherein it is possible for the operator of the implement to switch the operating state between the first and second operating state by way of manually operable switching means of the implement , wherein the speed of the electric motor at the second frequency F2 is higher than at the first frequency F1, wherein provision is made for a control valve for switching the direction of movement of the piston rod and the operating state is also switched between the first and second operating state when the control valve is actuated, characterized in that switching to the second frequency F2 causes switching to a turbo mode in which the piston rod is extended and retracted more quickly and the option to switch from the first frequency F1 to the second frequency F2 depends on a current demand. an electric motor , a battery accommodated on the implement , a hydraulically driven displaceable piston rod for performing work, in particular expanding work and/or cutting work and/or lifting or compressing work, and an electronic control and regulation unit for controlling and/or regulating the electric motor , wherein provision is made for a brushless DC motor as electric motor , wherein the electronic control and regulation unit defines a first operating state in which the electric motor is operated at a first frequency F1, the electronic control and regulation unit defines a second operating state in which the electric motor is operated at a second frequency F2, wherein it is possible for the operator of the implement to switch the operating state between the first and second operating state by way of manually operable switching means of the implement , wherein the speed of the electric motor at the second frequency F2 is higher than at the first frequency F1, wherein provision is made for a control valve for switching the direction of movement of the piston rod and the operating state is also switched between the first and second operating state when the control valve is actuated, characterized in that switching to the second frequency F2 causes switching to a turbo mode in which the piston rod is extended and retracted more quickly and the option to switch from the first frequency F1 to the second frequency F2 depends on a current demand.
A thermosiphon device including: an evaporator section arranged to receive heat and evaporate a liquid; and a condenser section arranged to transfer heat from evaporated liquid to a surrounding environment to condense the evaporated liquid; characterized by the device comprising at least one flat multiport tube structure having a first section defining one or more flow channels, a second section defining one or more flow channels, and a web that extends between the first and second sections in a plane of the multiport tube structure, wherein the first section defines one or more evaporation channels , and the second section defines one or more evaporation channels, one or more condensing channels, or a liquid return path of the evaporator section, or the first section defines one or more condensing channels , and the second section defines one or more evaporation channels, one or more condensing channels, or a vapor supply path of the condenser section. an evaporator section arranged to receive heat and evaporate a liquid; and a condenser section arranged to transfer heat from evaporated liquid to a surrounding environment to condense the evaporated liquid; characterized by the device comprising at least one flat multiport tube structure having a first section defining one or more flow channels, a second section defining one or more flow channels, and a web that extends between the first and second sections in a plane of the multiport tube structure, wherein the first section defines one or more evaporation channels , and the second section defines one or more evaporation channels, one or more condensing channels, or a liquid return path of the evaporator section, or the first section defines one or more condensing channels , and the second section defines one or more evaporation channels, one or more condensing channels, or a vapor supply path of the condenser section.
An electric actuator , comprising: a driving unit comprising an electric motor and a speed reducer configured to decelerate rotation of the electric motor and output the decelerated rotation; and a motion conversion mechanism unit , which is configured to convert a rotary motion of the driving unit into a linear motion, and is arranged in series to the driving unit , the motion conversion mechanism unit comprising: a nut configured to receive the rotary motion of the driving unit to be rotated; and a threaded shaft , which is disposed inside an inner periphery of the nut and is configured to perform a linear motion along with the rotation of the nut , wherein the threaded shaft is arranged coaxially with an output shaft of the electric motor , wherein an inner member (N) and an outer member (M), which are coupled to each other so that a rotational torque of the driving unit is transmittable therebetween, are provided in a torque transmission path between the driving unit and the motion conversion mechanism unit , characterized in that the nut as the inner member (N) is clearance-fitted into an inner periphery of an output member of the speed reducer as the outer member (M), and each of a radially outer surface of the nut and a radially inner surface of the output member of the speed reducer , which are opposed to each other through a radial clearance (δ), is formed into an oval shape having a pair of flat faces (30d1, 51b1) being parallel to each other. a driving unit comprising an electric motor and a speed reducer configured to decelerate rotation of the electric motor and output the decelerated rotation; and a motion conversion mechanism unit , which is configured to convert a rotary motion of the driving unit into a linear motion, and is arranged in series to the driving unit , the motion conversion mechanism unit comprising: a nut configured to receive the rotary motion of the driving unit to be rotated; and a threaded shaft , which is disposed inside an inner periphery of the nut and is configured to perform a linear motion along with the rotation of the nut , a nut configured to receive the rotary motion of the driving unit to be rotated; and a threaded shaft , which is disposed inside an inner periphery of the nut and is configured to perform a linear motion along with the rotation of the nut , wherein the threaded shaft is arranged coaxially with an output shaft of the electric motor , wherein an inner member (N) and an outer member (M), which are coupled to each other so that a rotational torque of the driving unit is transmittable therebetween, are provided in a torque transmission path between the driving unit and the motion conversion mechanism unit , the nut as the inner member (N) is clearance-fitted into an inner periphery of an output member of the speed reducer as the outer member (M), and each of a radially outer surface of the nut and a radially inner surface of the output member of the speed reducer , which are opposed to each other through a radial clearance (δ), is formed into an oval shape having a pair of flat faces (30d1, 51b1) being parallel to each other.
An apparatus for use in agriculture, in particular for row crops, comprising: a hydraulic drive device ; and a control device ; wherein the hydraulic drive device provides at least one measurable parameter and is configured to move a tool ; wherein the control device is configured to carry out a change in movement of the tool , wherein the change in movement is triggered when the at least one measurable parameter of the hydraulic drive device exceeds or falls below an adjustable limit value for a time range of more than 0 seconds, characterized in that the change in movement of the tool comprises a movement reversal and 1. the further movement after the triggering of the movement reversal takes place in the case of rotational movements about an angle about the axis of rotation in the range of 0.5° - 120°, preferably 2° - 90°, further preferably 40 - 60°, most preferably 6° - 30°; respectively 2. the further movement after the triggering of the movement reversal of the tool in the case of translational movements comprises a path length in the range of 0.5% - 90%, preferably 5% - 80%, further preferably 10% - 60%, most preferably 20% - 40% in relation to the total path length of the translationally moved tool . a hydraulic drive device ; and a control device ; wherein the hydraulic drive device provides at least one measurable parameter and is configured to move a tool ; wherein the control device is configured to carry out a change in movement of the tool , wherein the change in movement is triggered when the at least one measurable parameter of the hydraulic drive device exceeds or falls below an adjustable limit value for a time range of more than 0 seconds, characterized in that the change in movement of the tool comprises a movement reversal and 1. the further movement after the triggering of the movement reversal takes place in the case of rotational movements about an angle about the axis of rotation in the range of 0.5° - 120°, preferably 2° - 90°, further preferably 40 - 60°, most preferably 6° - 30°; respectively 2. the further movement after the triggering of the movement reversal of the tool in the case of translational movements comprises a path length in the range of 0.5% - 90%, preferably 5% - 80%, further preferably 10% - 60%, most preferably 20% - 40% in relation to the total path length of the translationally moved tool . 1. the further movement after the triggering of the movement reversal takes place in the case of rotational movements about an angle about the axis of rotation in the range of 0.5° - 120°, preferably 2° - 90°, further preferably 40 - 60°, most preferably 6° - 30°; respectively 2. the further movement after the triggering of the movement reversal of the tool in the case of translational movements comprises a path length in the range of 0.5% - 90%, preferably 5% - 80%, further preferably 10% - 60%, most preferably 20% - 40% in relation to the total path length of the translationally moved tool .
A method for operating an electronic device that includes first and second circuits and adjustable clock generation circuitry operable to produce first and second clock signals , wherein the first circuit operates using the first clock signal , wherein the second circuit operates using the second clock signal , and wherein the first and second clock signals have respective clock rates, the method comprising: generating a status information related to the operation of the second circuit ; deciding whether adjusting the clock rate of the first clock signal is required based on the status information ; and deciding whether adjusting the clock rate of the second clock signal is required based on the status information ; adjusting the clock rate of the first clock signal and the clock rate of the second clock signal if the adjustment is required; characterized by with the adjustable clock generation circuitry : generating a plurality of fixed rate clock signals , and selecting the first and second clock signals from the plurality of fixed rate clock signals . generating a status information related to the operation of the second circuit ; deciding whether adjusting the clock rate of the first clock signal is required based on the status information ; and deciding whether adjusting the clock rate of the second clock signal is required based on the status information ; adjusting the clock rate of the first clock signal and the clock rate of the second clock signal if the adjustment is required; characterized by with the adjustable clock generation circuitry : generating a plurality of fixed rate clock signals , and selecting the first and second clock signals from the plurality of fixed rate clock signals .
A measurement method, comprising: receiving (S1001), by a terminal device, a period, a time offset, and a number of a synchronization signal burst set in a to-be-measured cell that are sent by a network device, wherein the number of the synchronization signal burst set is a subframe number and/or a system frame number, and the subframe number and/or system frame number indicates a number of a subframe and/or system frame in which the synchronization signal burst set is located; wherein the time offset is a time offset between a synchronization signal burst set indicated by the number in a serving cell and the synchronization signal burst set indicated by the number in the to-be-measured cell; and determining (S1002), by the terminal device, a location of the synchronization signal burst set in the to-be-measured cell based on a period of the synchronization signal burst set in the serving cell, the period of the synchronization signal burst set in the to-be-measured cell, and the time offset; and measuring (S1003), by the terminal device, the to-be-measured cell based on the location of the synchronization signal burst set in the to-be-measured cell. receiving (S1001), by a terminal device, a period, a time offset, and a number of a synchronization signal burst set in a to-be-measured cell that are sent by a network device, wherein the number of the synchronization signal burst set is a subframe number and/or a system frame number, and the subframe number and/or system frame number indicates a number of a subframe and/or system frame in which the synchronization signal burst set is located; wherein the time offset is a time offset between a synchronization signal burst set indicated by the number in a serving cell and the synchronization signal burst set indicated by the number in the to-be-measured cell; and determining (S1002), by the terminal device, a location of the synchronization signal burst set in the to-be-measured cell based on a period of the synchronization signal burst set in the serving cell, the period of the synchronization signal burst set in the to-be-measured cell, and the time offset; and measuring (S1003), by the terminal device, the to-be-measured cell based on the location of the synchronization signal burst set in the to-be-measured cell.
A computer system comprising a hardware processor and a memory, the hardware processor configured to execute a virtual machine and an introspection engine, , wherein: the virtual machine is configured to carry out a communication session with a remote party, the communication session comprising a handshake message followed by an encrypted payload, wherein the handshake message contains an encryption parameter used by the computer system to derive an encryption key, and wherein the encrypted payload is encrypted with the encryption key; and wherein the introspection engine executes outside of the virtual machine and is configured to: identify within the memory a target memory page according to whether a content of the target memory page has changed between an occurrence of a first session event of the communication session and an occurrence of a second session event of the communication session, , and in response, transmit the content of the target memory page to a decryption engine configured to decrypt the encrypted payload according to the content. the virtual machine is configured to carry out a communication session with a remote party, the communication session comprising a handshake message followed by an encrypted payload, wherein the handshake message contains an encryption parameter used by the computer system to derive an encryption key, and wherein the encrypted payload is encrypted with the encryption key; and wherein the introspection engine executes outside of the virtual machine and is configured to: identify within the memory a target memory page according to whether a content of the target memory page has changed between an occurrence of a first session event of the communication session and an occurrence of a second session event of the communication session, , and in response, transmit the content of the target memory page to a decryption engine configured to decrypt the encrypted payload according to the content. identify within the memory a target memory page according to whether a content of the target memory page has changed between an occurrence of a first session event of the communication session and an occurrence of a second session event of the communication session, , and in response, transmit the content of the target memory page to a decryption engine configured to decrypt the encrypted payload according to the content.
A drip irrigation system comprising a distribution pipe and drip irrigation pipes branching off from communication with the distribution pipe, each drip pipe comprises a flushing valve coupled to a downstream end and at least some of the drip pipes comprising each an inlet valve coupled to an upstream end for communication with the distribution pipe, the system further comprising at least one command valve in communication with the distribution pipe and with at least some of the inlet valves wherein opening of the command valve is configured to close the at least some inlet valves.
Aeraulic device for treating the air contained in a peripheral space, the device being suitable for an air stream to pass therethrough and comprising: a. a tubular inlet manifold intended to rest on a flat surface, comprising a suction mouth at which the airflow lines of the peripheral space are intended to close; b. an extractor to generate circulation of the air stream within the device ; c. a plenum suitable for the air stream generated in the inlet manifold to pass therethrough, the plenum comprising a radiation source which is capable of sterilizing the air in the stream, the plenum being configured to allow the air in the air stream to remain therein for a treatment time which is selected according to the power of the source ; d. a diffuser mounted on the plenum and the aeraulic device being characterize in that the diffuser is configured to diffuse the air stream in the peripheral space along flow lines comprising at least one reattachment flow descending along an outer surface of the plenum towards the suction mouth , the diffuser having a circular slot which is configured to form, by means of the Coanda effect, the reattachment flow , so that non-turbulent airflow lines of the peripheral space close in on the air stream, allowing the air to circulate continuously on itself within the peripheral space, thereby limiting exchanges with the outside of this space and avoiding air mixing within this space. a. a tubular inlet manifold intended to rest on a flat surface, comprising a suction mouth at which the airflow lines of the peripheral space are intended to close; b. an extractor to generate circulation of the air stream within the device ; c. a plenum suitable for the air stream generated in the inlet manifold to pass therethrough, the plenum comprising a radiation source which is capable of sterilizing the air in the stream, the plenum being configured to allow the air in the air stream to remain therein for a treatment time which is selected according to the power of the source ; d. a diffuser mounted on the plenum and the aeraulic device being characterize in that the diffuser is configured to diffuse the air stream in the peripheral space along flow lines comprising at least one reattachment flow descending along an outer surface of the plenum towards the suction mouth , the diffuser having a circular slot which is configured to form, by means of the Coanda effect, the reattachment flow , so that non-turbulent airflow lines of the peripheral space close in on the air stream, allowing the air to circulate continuously on itself within the peripheral space, thereby limiting exchanges with the outside of this space and avoiding air mixing within this space.