mhurhangee/patent-ind-claim-en huggingface dataset:
A method of generating AC voltage / current in a resonant network including at least one first capacitance (C0), at least one first inductor (L0) and at least one reactive component (CM, LM) comprising: generating AC voltage / current in the resonant network by at least one first transistor (Qv1, Qv2), controlling the AC voltage / AC current amplitude in the resonant network, wherein the operating voltage or the operating current of the AC voltage / AC current generation of the resonant network is controlled, coupling the at least one reactive component (CM, LM) to the first capacitor (C0) and / or to the first inductor (L0) for a variable subinterval of a resonance network period, through at least one second transistor (Q1a, Q1b, Q01...Q0n), by means of an ON/OFF coupling signal, altering the subinterval coupling of the at least one reactive component (CM, LM) with the first capacitor (C0) and/or with the first inductance (L0) through the at least one second transistor (Q1a, Q1b, Q01...Q0n), which is characterized in that the subinterval coupling changes as a function of time in such a way that AC voltage / AC current in the resonant network or a radiated field thereof is distributed over a frequency range between a minimum frequency and a maximum frequency, or in that the subinterval coupling changes a resonant frequency of the resonant network as a function of time in such a way that AC voltage / AC current in the resonant network or a radiated field thereof is distributed over a frequency range between a minimum frequency and a maximum frequency. generating AC voltage / current in the resonant network by at least one first transistor (Qv1, Qv2), controlling the AC voltage / AC current amplitude in the resonant network, wherein the operating voltage or the operating current of the AC voltage / AC current generation of the resonant network is controlled, coupling the at least one reactive component (CM, LM) to the first capacitor (C0) and / or to the first inductor (L0) for a variable subinterval of a resonance network period, through at least one second transistor (Q1a, Q1b, Q01...Q0n), by means of an ON/OFF coupling signal, altering the subinterval coupling of the at least one reactive component (CM, LM) with the first capacitor (C0) and/or with the first inductance (L0) through the at least one second transistor (Q1a, Q1b, Q01...Q0n), which is characterized in that the subinterval coupling changes as a function of time in such a way that AC voltage / AC current in the resonant network or a radiated field thereof is distributed over a frequency range between a minimum frequency and a maximum frequency, or in that the subinterval coupling changes a resonant frequency of the resonant network as a function of time in such a way that AC voltage / AC current in the resonant network or a radiated field thereof is distributed over a frequency range between a minimum frequency and a maximum frequency.
A device for pelletising melt emerging from apertures in a die plate , wherein said die plate is facing a blade arrangement with at least one blade , driven by a motor, such that the at least one blade sweeps over the apertures in the die plate and thereby separates pellets of the emerging melt material, wherein said device features a housing which is connected to the die plate and surrounds at least one blade of the blade arrangement and around which a cooling agent flows, wherein said housing features an inlet for the cooling agent and an outlet for the cooling agent and the pellets contained therein, wherein the inlet is arranged only in the lower half of the housing and features an inlet port in the housing and an inlet duct arranged so as to lead to the housing , and the outlet is arranged in the upper half of the housing and features an outlet port in the housing and an outlet duct , wherein said outlet duct is arranged linearly or substantially linearly with a length at least twice the greatest internal diameter of the cross section of the housing , characterised in that the outlet duct is arranged so as to lead tangentially away from the housing and that wherein said inlet duct is arranged in a rear region of the housing , seen in the longitudinal direction of the housing , in a region facing away from the die plate and said outlet duct being arranged in a front region of the housing , seen in the longitudinal direction of the housing , in the region of movement of the at least one blade next to the die plate .
A user equipment , comprising: a radio communication unit configured to receive a first RRC message related to reconfiguration of a second radio base station included in a secondary cell group for a split bearer that goes from a core network via the second radio base station and splits from the second radio base station toward a first radio base station included in a master cell group, and to receive a second RRC message that requests modification of the split bearer, and a controlling unit configured to release part of the resources of the split bearer based on the second RRC message when a radio link failure in the second radio base station is detected. a radio communication unit configured to receive a first RRC message related to reconfiguration of a second radio base station included in a secondary cell group for a split bearer that goes from a core network via the second radio base station and splits from the second radio base station toward a first radio base station included in a master cell group, and to receive a second RRC message that requests modification of the split bearer, and a controlling unit configured to release part of the resources of the split bearer based on the second RRC message when a radio link failure in the second radio base station is detected.
A method of inspecting components of a gas turbine engine between a pre-coated state and a post-coated state, comprising: providing at least first and second datum points (18,20;18,26) onto the component in the pre-coated state, each of the at least first and second datum points having a substantially hemi-spherical shape and a center point (22,24;22,28); utilizing the center points (22,24;22,28) of each of the at least first and second datum points (18,20;18,26) for measurement of a selected portion on the component ; coating the component without entirely filling in the first and second datum points (18;20;18;26); utilizing the center points (22,24;22,28) of each of the at least first and second datum points (18,20;18,26) for measurement of the selected portion on the component in the post-coated state; and correlating the pre-coated state measurements and the post-coated state measurements for inspection purposes. providing at least first and second datum points (18,20;18,26) onto the component in the pre-coated state, each of the at least first and second datum points having a substantially hemi-spherical shape and a center point (22,24;22,28); utilizing the center points (22,24;22,28) of each of the at least first and second datum points (18,20;18,26) for measurement of a selected portion on the component ; coating the component without entirely filling in the first and second datum points (18;20;18;26); utilizing the center points (22,24;22,28) of each of the at least first and second datum points (18,20;18,26) for measurement of the selected portion on the component in the post-coated state; and correlating the pre-coated state measurements and the post-coated state measurements for inspection purposes.
Apparatus for cleaning sheet-like textile structures , in particular mats or carpets, wherein the apparatus comprises the following: - at least a first treatment station for carrying out a first treatment process on the sheet-like textile structure , - at least a second treatment station for carrying out a second treatment process on the sheet-like textile structure and - a conveying device having a continuous conveying section which extends at least from the first treatment station to the second treatment station , - wherein the conveying device extends between the first treatment station and the second treatment station and along the conveying section has a first belt conveyor with a flexible belt and a second belt conveyor , running parallel to the first belt conveyor, with a flexible belt which are arranged spaced apart from each other so as to form a gap receiving the sheet-like textile structure , characterized in that - the conveying device has a first conveying portion and a second conveying portion , wherein the second conveying portion adjoins the first conveying portion in a conveying direction (F) specified by the conveying section , - wherein the first conveying portion has the first belt conveyor and the second belt conveyor , - wherein the second conveying portion has a further first belt conveyor and a further second belt conveyor , and - wherein the first belt conveyor of the first conveying portion directly adjoins the first belt conveyor of the second conveying portion . - at least a first treatment station for carrying out a first treatment process on the sheet-like textile structure , - at least a second treatment station for carrying out a second treatment process on the sheet-like textile structure and - a conveying device having a continuous conveying section which extends at least from the first treatment station to the second treatment station , - wherein the conveying device extends between the first treatment station and the second treatment station and along the conveying section has a first belt conveyor with a flexible belt and a second belt conveyor , running parallel to the first belt conveyor, with a flexible belt which are arranged spaced apart from each other so as to form a gap receiving the sheet-like textile structure , characterized in that - the conveying device has a first conveying portion and a second conveying portion , wherein the second conveying portion adjoins the first conveying portion in a conveying direction (F) specified by the conveying section , - wherein the first conveying portion has the first belt conveyor and the second belt conveyor , - wherein the second conveying portion has a further first belt conveyor and a further second belt conveyor , and - wherein the first belt conveyor of the first conveying portion directly adjoins the first belt conveyor of the second conveying portion .
An end effector for a surgical apparatus comprising: a housing comprising an outer wall and an opening therein, and opposed first and second walls extending along opposite sides of the opening; a first actuator pivotally coupled to the first wall of the housing; a second actuator pivotally coupled to the second wall of the housing; and a coupling disposed within the opening of the housing and between at least a portion of the first and second actuators, the coupling including opposed first and second ends, each end pivotally coupled to a different one of the first and second actuators, characterized in that, the housing further comprises a base and a wire guide for guiding an actuating wire , extending inwardly of the opening from at least one of the first and second walls , wherein the coupling is disposed between the base and the wire guide. a housing comprising an outer wall and an opening therein, and opposed first and second walls extending along opposite sides of the opening; a first actuator pivotally coupled to the first wall of the housing; a second actuator pivotally coupled to the second wall of the housing; and a coupling disposed within the opening of the housing and between at least a portion of the first and second actuators, the coupling including opposed first and second ends, each end pivotally coupled to a different one of the first and second actuators, characterized in that, the housing further comprises a base and a wire guide for guiding an actuating wire , extending inwardly of the opening from at least one of the first and second walls , wherein the coupling is disposed between the base and the wire guide.
A method of operating a wireless station in a multiple basic service set identifier, BSSID, set including a transmitted BSSID, Tx BSSID, and a number of non-transmitted BSSIDs, non-Tx BSSIDs, the method performed by the wireless station and comprising: receiving a trigger frame containing a number of association identifier, AID, values based on a group AID mapping contained in a partial virtual bitmap of a traffic indication map, TIM, element; and determining whether the trigger frame allocates one or more random resource units, RUs, for use by the station based on one or more of the AID values contained in the trigger frame. receiving a trigger frame containing a number of association identifier, AID, values based on a group AID mapping contained in a partial virtual bitmap of a traffic indication map, TIM, element; and determining whether the trigger frame allocates one or more random resource units, RUs, for use by the station based on one or more of the AID values contained in the trigger frame.
Machine (M) with a device for providing machine data, the machine (M) comprising a machine control (MS), in which the machine data Is stored, the machine control (MS) being connected via a data connection with the device , whereby the device , which sends the machine data provided by the machine (M) to at least one machine external peripheral device, comprises a machine data interface , which is connected via the data connection with the machine (M), and at least one microcomputer (10; 10a), which is connected with the machine data interface , wherein the device comprises at least one communication device , which is connected via a further data connection with the at least one microcomputer (10; 10a), and at least one interface , via which the device can be connected with at least one peripheral device (P1, P2, P3), characterized in that said at least one microcomputer (10; 10a) comprises a predefined set of instructions, and that a command signal of at least one peripheral device (P1, P2, P3) supplied to the device is sent via the communication device to the microcomputer (10; 10a), that the microcomputer (10; 10a) comprising said predefined set of command is designed in such a way that it only sends a query signal via the data connection to the machine control (MS) of the machine (M) when the command signal sent from the peripheral device (P1, P2, P3) to the device corresponds to a signal contained in the predefined set of commands, and that the microcomputer (10; 10a) sends machine data requested from the machine control (MS) of the machine via the communication device to the requesting peripheral device (P1, P2, P3), that the data connection and/or the further data connection is defined in such a way that in a first flow direction only a limited transmission of data and/or signals from the device to the machine control (MS) and/or from the communication device to the microcomputer (10; 10a) is permitted, and that the data connection and/or the further data connection is designed in such a way that In a second flow direction opposite to the first flow direction the transmission of machine data from the machine control (MS) of the machine (M) to the device is permitted.
An information transmission method, comprising: sending a message A, MsgA, of a 2-step random access procedure to a network device according to a mapping relationship between a preamble parameter and a physical uplink shared channel, PUSCH, parameter in the MsgA; wherein the preamble parameter comprises a preamble index and a physical random access channel, PRACH, time-frequency resource, characterized in that the PUSCH parameter comprises a PUSCH time-frequency resource and a PUSCH demodulation reference signal, DMRS; and further characterized in that the mapping relationship comprises at least one of: a first mapping relationship of the preamble index to the PUSCH time-frequency resource and the PUSCH DMRS; a second mapping relationship of the PRACH time-frequency resource to the PUSCH time-frequency resource and the PUSCH DMRS; wherein the mapping relationship comprises the first mapping relationship; and the first mapping relationship comprises: M preamble indexes are mapped to one PUSCH DMRS on one PUSCH time-frequency resource; wherein, M is a positive integer greater than 1. sending a message A, MsgA, of a 2-step random access procedure to a network device according to a mapping relationship between a preamble parameter and a physical uplink shared channel, PUSCH, parameter in the MsgA; wherein the preamble parameter comprises a preamble index and a physical random access channel, PRACH, time-frequency resource, characterized in that the PUSCH parameter comprises a PUSCH time-frequency resource and a PUSCH demodulation reference signal, DMRS; and further characterized in that the mapping relationship comprises at least one of: a first mapping relationship of the preamble index to the PUSCH time-frequency resource and the PUSCH DMRS; a second mapping relationship of the PRACH time-frequency resource to the PUSCH time-frequency resource and the PUSCH DMRS; wherein the mapping relationship comprises the first mapping relationship; and the first mapping relationship comprises: M preamble indexes are mapped to one PUSCH DMRS on one PUSCH time-frequency resource; wherein, M is a positive integer greater than 1. a first mapping relationship of the preamble index to the PUSCH time-frequency resource and the PUSCH DMRS; a second mapping relationship of the PRACH time-frequency resource to the PUSCH time-frequency resource and the PUSCH DMRS; wherein the mapping relationship comprises the first mapping relationship; and the first mapping relationship comprises: M preamble indexes are mapped to one PUSCH DMRS on one PUSCH time-frequency resource; wherein, M is a positive integer greater than 1. M preamble indexes are mapped to one PUSCH DMRS on one PUSCH time-frequency resource; wherein, M is a positive integer greater than 1.
A safety mechanism for manual cutting machines comprising a cutting element and a motor configured to move said cutting element ; wherein said safety mechanism comprises: - a throttle trigger connected to the motor , configured to accelerate the motion of the cutting element when pulled by a user; and - a locking device configured to lock the cutting element ; said mechanism , characterised in that the throttle trigger has: - a first path (Ra) starting from a rest position (P 0 ) to a safety position (Ps), which enables the motion of the cutting element to be accelerated when the throttle trigger is pulled from the rest position (P 0 ) to the safety position (Ps), wherein the motion of the cutting element is at the maximum in the safety position (Ps); and - a second path (Rs) that occurs after the first path (Ra), which activates the locking device to instantaneously stop the motion of the cutting element when the user continues to pull the throttle trigger once the safety position (Ps) has been exceeded by an involuntary reaction of the user as a consequence of a risky and/or accidental situation; wherein the first path (Ra) and the second path (Rs) occur sequentially as the pressure exerted by the user on the throttle trigger increases. - a throttle trigger connected to the motor , configured to accelerate the motion of the cutting element when pulled by a user; and - a locking device configured to lock the cutting element ; - a first path (Ra) starting from a rest position (P 0 ) to a safety position (Ps), which enables the motion of the cutting element to be accelerated when the throttle trigger is pulled from the rest position (P 0 ) to the safety position (Ps), wherein the motion of the cutting element is at the maximum in the safety position (Ps); and - a second path (Rs) that occurs after the first path (Ra), which activates the locking device to instantaneously stop the motion of the cutting element when the user continues to pull the throttle trigger once the safety position (Ps) has been exceeded by an involuntary reaction of the user as a consequence of a risky and/or accidental situation;
A mobile device configured to: block, at the mobile device , an application on a first channel, wherein the first channel includes an application-specific channel, and wherein the application is blocked on the first channel by dropping IP packets or by blocking traffic for the application ; offload application traffic of the application from the application-specific channel onto a second channel, wherein the second channel includes a channel shared by multiple applications to receive push notifications; monitor the application traffic of the application for receipt of a message for the application over the second channel, wherein the message informs the mobile device that there is new data for receipt at an application server associated with the application; unblock the application on the first channel based on the monitored application traffic to allow the application to communicate over the first channel with the application server associated with the application; re-block the application on the first channel after the application has completed communicating over the first channel with the application server associated with the application; and unblock the application on the first channel when user activity is detected. block, at the mobile device , an application on a first channel, wherein the first channel includes an application-specific channel, and wherein the application is blocked on the first channel by dropping IP packets or by blocking traffic for the application ; offload application traffic of the application from the application-specific channel onto a second channel, wherein the second channel includes a channel shared by multiple applications to receive push notifications; monitor the application traffic of the application for receipt of a message for the application over the second channel, wherein the message informs the mobile device that there is new data for receipt at an application server associated with the application; unblock the application on the first channel based on the monitored application traffic to allow the application to communicate over the first channel with the application server associated with the application; re-block the application on the first channel after the application has completed communicating over the first channel with the application server associated with the application; and unblock the application on the first channel when user activity is detected.