mhurhangee/patent-ind-claim-en huggingface dataset:
A communication plug comprising: a communication cable with a plurality of conductors ; a plug housing ; and a cable manager insertable into the plug housing and at least partially enclosed within the plug housing , the cable manager having a load bar with a plurality of holes , a first cable management section connected to the load bar via a first hinge , and a second cable management section connected to the load bar via a second hinge , wherein the first and second cable management sections are configured to fold together and at least partially enclose the cable before the cable manager is inserted into the plug housing along an insertion direction, and wherein the plurality of holes extend substantially along the insertion direction; wherein the cable manager further comprises deflection ramps configured to interact with the plug housing and compress the first and second cable management sections together and apply pressure to the cable when the cable manager is inserted into the plug housing . a communication cable with a plurality of conductors ; a plug housing ; and a cable manager insertable into the plug housing and at least partially enclosed within the plug housing , the cable manager having a load bar with a plurality of holes , a first cable management section connected to the load bar via a first hinge , and a second cable management section connected to the load bar via a second hinge , wherein the first and second cable management sections are configured to fold together and at least partially enclose the cable before the cable manager is inserted into the plug housing along an insertion direction, and wherein the plurality of holes extend substantially along the insertion direction;
An electrosurgical system for treating tissue comprising: an electrosurgical probe comprising a shaft having a distal end and a proximal end, an active electrode disposed near the distal end; a high frequency power supply for delivery of high frequency voltage to said active electrode , the high frequency power supply coupled to the active electrode and a return electrode ; a controller electrically connected to receive and process a signal from a current sensor, the current sensor operable to measure a current output associated with the power supply when a low voltage output is delivered to the active electrode or the return electrode ; wherein the controller is programmed to prevent delivery of a therapeutic voltage output which is higher than said low voltage output until the current output received is within a range, said range having an upper limit set in relation to at least one measured value; and wherein the controller is programmed to modify the upper limit based on the at least one measured value. an electrosurgical probe comprising a shaft having a distal end and a proximal end, an active electrode disposed near the distal end; a high frequency power supply for delivery of high frequency voltage to said active electrode , the high frequency power supply coupled to the active electrode and a return electrode ; a controller electrically connected to receive and process a signal from a current sensor, the current sensor operable to measure a current output associated with the power supply when a low voltage output is delivered to the active electrode or the return electrode ; wherein the controller is programmed to prevent delivery of a therapeutic voltage output which is higher than said low voltage output until the current output received is within a range, said range having an upper limit set in relation to at least one measured value; and wherein the controller is programmed to modify the upper limit based on the at least one measured value.
A leadless pacing device for delivering electrical stimulation to a heart of a patient, the leadless pacing device comprising: a housing having a central longitudinal axis, the housing comprising: a body portion ; and a header extending distally from the body portion ; a fixation member extending from the header ; a distal extension connected to the header and extending distally of a distal end of the header ; and wherein the fixation member has a helical configuration in a relaxed state and is configured to elongate to a straightened configuration in response to an axial force applied thereto; wherein the fixation member is configured to elongate to the straightened configuration in response to an axial force applied thereto that is in a range of 0.445 N (0.1 pound-force, lbf) to 4.45 N (1.0 lbf). a housing having a central longitudinal axis, the housing comprising: a body portion ; and a header extending distally from the body portion ; a body portion ; and a header extending distally from the body portion ; a fixation member extending from the header ; a distal extension connected to the header and extending distally of a distal end of the header ; and wherein the fixation member has a helical configuration in a relaxed state and is configured to elongate to a straightened configuration in response to an axial force applied thereto; wherein the fixation member is configured to elongate to the straightened configuration in response to an axial force applied thereto that is in a range of 0.445 N (0.1 pound-force, lbf) to 4.45 N (1.0 lbf).
An aircraft rudder pedal comprising a frame , a pair of pedals , an output shaft and a mechanical kinematic chain for transmitting to the output shaft a displacement of at least one of the pedals relative to the frame ; wherein the mechanical kinematic chain comprises at least one central transmission part , the central transmission part being able to be rotated relative to the frame by a displacement of at least one of the pedals relative to the frame , the mechanical kinematic chain also comprising a transmission mechanism joining the central transmission part to the output shaft , characterized in that the transmission mechanism comprises at least one homokinetic association of two universal joints between said central transmission part and the output shaft .
Communication device, having a modem , which has a signal-control interface , analogue inputs and outputs and a network interface for connecting to a network, and a computer device , which has a voice over IP interface for connecting to a terminal , an interface and analogue inputs and outputs , wherein the computer device is configured to receive control and speech signals in the voice over IP format via its voice over IP interface , to convert the latter into control signals and analogue speech signals, and to transmit the analogue speech signals via its analogue output and the analogue input of the modem and the control signals via the interface and via the signal-control interface to the modem , and the modem is configured to convert the control signals and analogue speech signals for transmitting via the network interface and the network into a format assigned to the network, and the modem is configured to receive additional control and speech signals in the format assigned to the network via its network interface , to convert the latter into additional control signals and additional analogue speech signals, to transmit the additional analogue speech signals via its analogue output and the analogue input of the computer device and the additional control signals via the signal-control interface and the interface to the computer device , and the computer device is configured to convert the additional control signals and the additional analogue speech signals into additional control and speech signals in the voice over IP format for sending via the voice over IP interface , characterised in that the network is a TETRA network, the modem is a TETRA modem and the signal-control interface is a PEI interface.
A method for managing one or more recently used applications in a mobile terminal , characterized by comprising: capturing a plurality of first images corresponding to different screens of a first application being active on a display of the mobile terminal , the plurality of first images being captured in an event where a transition activity is performed on the first application, wherein the transition activity comprises transitioning from one screen to another screen of the first application, and the plurality of first images are images of the different screens of the first application displayed on the display before the transition activity takes place; generating a list comprising at least a plurality of second images corresponding to the different screens of the first application, the list being generated in an event where the first application is not active on the display of the mobile terminal and the plurality of second images being selected from the captured plurality of first images; and updating the generated list, wherein at least one of the plurality of second images of the first application are flagged in an event where one or more notifications have been received for the first application. capturing a plurality of first images corresponding to different screens of a first application being active on a display of the mobile terminal , the plurality of first images being captured in an event where a transition activity is performed on the first application, wherein the transition activity comprises transitioning from one screen to another screen of the first application, and the plurality of first images are images of the different screens of the first application displayed on the display before the transition activity takes place; generating a list comprising at least a plurality of second images corresponding to the different screens of the first application, the list being generated in an event where the first application is not active on the display of the mobile terminal and the plurality of second images being selected from the captured plurality of first images; and updating the generated list, wherein at least one of the plurality of second images of the first application are flagged in an event where one or more notifications have been received for the first application.
A system for determining the radiation pattern of an antenna array comprising a plurality of antenna elements based on a provided static RF test signal , the system comprising: a number of probes for measuring a magnitude of the signals emitted by the antenna elements when driven with the test signal in a first surface and in a second surface or for radiating the test signal to the antenna elements from the first surface and the second surface , wherein with the probes radiating the test signal the antenna elements receive the signal emitted by the probes and provide respective measured magnitudes, wherein a first distance (D1) of the first surface to the antenna elements is smaller than a second distance (D2) of the second surface to the antenna elements , and a pattern calculation unit for calculating the radiation pattern of the antenna array based on the measured magnitudes, wherein the second distance (D2) is greater than two times Δd, wherein Δd is the smallest distance of the single antenna elements in the antenna array , characterized in that the first distance (D1) is between Δd and two times Δd. a number of probes for measuring a magnitude of the signals emitted by the antenna elements when driven with the test signal in a first surface and in a second surface or for radiating the test signal to the antenna elements from the first surface and the second surface , wherein with the probes radiating the test signal the antenna elements receive the signal emitted by the probes and provide respective measured magnitudes, wherein a first distance (D1) of the first surface to the antenna elements is smaller than a second distance (D2) of the second surface to the antenna elements , and a pattern calculation unit for calculating the radiation pattern of the antenna array based on the measured magnitudes, wherein the second distance (D2) is greater than two times Δd, wherein Δd is the smallest distance of the single antenna elements in the antenna array , characterized in that the first distance (D1) is between Δd and two times Δd.
Device for cooling a light source, in particular a light-emitting LED or laser diode , comprising a first heatsink equipped with a core provided with a bore extending along a lighting axis (A) and forming a housing for receiving such a light source, and comprising first fins extending from the core outward, and comprising a second heatsink that has second fins extending toward the lighting axis (A) from a peripheral portion arranged around the lighting axis (A), at least one second fin of the second heatsink being at least partially interleaved between first fins of the first heatsink , characterized in that the second heatsink comprises a lateral plate substantially perpendicular to the lighting axis (A), in particular a circular lateral plate provided with a central hole that is substantially coaxial with the lighting axis (A), arms extending outward from the lateral plate to the peripheral portion , these arms holding the peripheral portion substantially coaxially with the lighting axis (A) the lateral plate of the second heatsink has an interior face in contact with an annular face of the core of the first heatsink in order to allow heat to be dissipated from the first heatsink to the second heatsink .
A method at a network node , comprising: identifying a fixed periodic pattern to be used for scheduling a half-duplex, HD, user equipment, UE, the fixed periodic pattern defining a sequence of at least one downlink subframe, then at least one guard period, and then at least one uplink subframe (S805), wherein the UE is configured for HD frequency division duplexing, HD FDD, operation; performing downlink assignments for the network node according to the fixed periodic pattern (S810); and transmitting uplink grants to the UE according to the fixed periodic pattern (S815), wherein the UE is a Type A UE, and the at least one guard period comprises a guard time within a downlink subframe, or wherein the user equipment is a Type B UE, and the at least one guard period comprises a guard subframe between a downlink subframe and a uplink subframe, wherein the Type A UE is a Type A HD FDD UE having the guard time created by the UE by not receiving a last part of the downlink subframe immediately preceding the uplink subframe from the same UE, and wherein the Type B UE is a Type B HD FDD UE having the guard subframe by not receiving the downlink subframe immediately preceding or following the uplink subframe; characterized in transmitting uplink grants to a Type B HD FDD UE according to the fixed periodic pattern, wherein the fixed periodic pattern defines a sequence of twelve consecutive subframes, including a downlink subframe followed by a guard subframe, then six uplink subframes, then two guard subframes, and then two downlink subframes. identifying a fixed periodic pattern to be used for scheduling a half-duplex, HD, user equipment, UE, the fixed periodic pattern defining a sequence of at least one downlink subframe, then at least one guard period, and then at least one uplink subframe (S805), wherein the UE is configured for HD frequency division duplexing, HD FDD, operation; performing downlink assignments for the network node according to the fixed periodic pattern (S810); and transmitting uplink grants to the UE according to the fixed periodic pattern (S815), wherein the UE is a Type A UE, and the at least one guard period comprises a guard time within a downlink subframe, or wherein the user equipment is a Type B UE, and the at least one guard period comprises a guard subframe between a downlink subframe and a uplink subframe, wherein the Type A UE is a Type A HD FDD UE having the guard time created by the UE by not receiving a last part of the downlink subframe immediately preceding the uplink subframe from the same UE, and wherein the Type B UE is a Type B HD FDD UE having the guard subframe by not receiving the downlink subframe immediately preceding or following the uplink subframe; characterized in transmitting uplink grants to a Type B HD FDD UE according to the fixed periodic pattern, wherein the fixed periodic pattern defines a sequence of twelve consecutive subframes, including a downlink subframe followed by a guard subframe, then six uplink subframes, then two guard subframes, and then two downlink subframes.
A head part for a hand-held cleaning tool, the head part comprising an elongated body and attachment means for attaching a cleaning cloth to the head part , the attachment means comprising - a first engagement element for engagement with a first engagement point of a cleaning cloth , and - a second engagement element for engagement with a second engagement point of the cleaning cloth , and in which at least the first engagement element is movable in the longitudinal direction of the body between a first position, which is at a first distance from the second engagement element , and a second position, which is at a second distance from the second engagement element , the second distance being shorter than the first distance, and the head part further comprises a spring device , which is arranged to resist movement of the first engagement element from the first position towards the second position, characterized in that the head part has a first side , which is configured to face a surface to be cleaned, and a second side facing an opposite direction relative to the first side , and the first engagement element and the second engagement element are arranged on the second side of the head part . - a first engagement element for engagement with a first engagement point of a cleaning cloth , and - a second engagement element for engagement with a second engagement point of the cleaning cloth ,
Drainage layer, which, with the formation of a network or grid structure, consists of individual line elements , wherein the individual line elements exhibit at least in part a curved slewed course, wherein two adjacent at least in part curved-course line elements delimit, between two sequential crossing points a flow space , which has its largest opening width between two interspaced crest points of the curved courses, characterised in that, at the crossing points , at which the curved line elements are in contact above one another, they enclose an angle (α), which constantly changes within this relationship within predeterminable angle limits.
A liquid dosing system comprising at least one feeding channel for feeding the liquid to the system and at least one dosing nozzle , each dosing nozzle communicating with the at least one feeding channel via a corresponding valve , wherein the at least one feeding channel is adapted to feed the liquid in a state of overpressure, and in that a dosing module is located between each dosing nozzle and the corresponding valve , the dosing module comprising: i. a cylinder with a first piston adapted to reciprocate within the cylinder between an upper position and a lower position; ii. a dosing nozzle channel in which a spike is located, the spike being adapted to reciprocate within the dosing nozzle channel between an upper position in which the nozzle is open and a lower position in which the nozzle is closed; wherein each valve may take a closed position in which the dosing module is cut off from the feeding channel , or an open position enabling a tight hydraulic communication of the feeding channel with the dosing module in which open position the over pressured liquid is pushing against the first piston within the cylinder , and wherein the system is further provided with a first driving means adapted to cyclically move the first piston downwards characterized in that the system is further provided with a second driving means adapted to cyclically move the spike between its upper position and its lower position in relation to the dosing nozzle channel , the first and second driving means being synchronized with each other and with each valve so that the first piston is moved downwards so that the liquid is pushed out of the system while the spike is in its upper position and the valve is in its closed position. i. a cylinder with a first piston adapted to reciprocate within the cylinder between an upper position and a lower position; ii. a dosing nozzle channel in which a spike is located, the spike being adapted to reciprocate within the dosing nozzle channel between an upper position in which the nozzle is open and a lower position in which the nozzle is closed; wherein each valve may take a closed position in which the dosing module is cut off from the feeding channel , or an open position enabling a tight hydraulic communication of the feeding channel with the dosing module in which open position the over pressured liquid is pushing against the first piston within the cylinder , and wherein the system is further provided with a first driving means adapted to cyclically move the first piston downwards characterized in that the system is further provided with a second driving means adapted to cyclically move the spike between its upper position and its lower position in relation to the dosing nozzle channel , the first and second driving means being synchronized with each other and with each valve so that the first piston is moved downwards so that the liquid is pushed out of the system while the spike is in its upper position and the valve is in its closed position.
A network device , wherein the network device comprises a processing module and a transceiver module , the processing module is configured to obtain scheduling time information of at least one beam, wherein the scheduling time information of the at least one beam comprises scheduling time information of a first beam currently accessed by a terminal, and is used to instruct the terminal to receive or send a signal at a scheduling time indicated by the scheduling time information of the at least one beam; and characterised in that the transceiver module is configured to send first indication information to the terminal, wherein the first indication information is used to indicate the scheduling time information of the at least one beam; wherein the network device is furthermore configured to receive measurement report information of the terminal, where the measurement report information carries beam IDs of several beams that have good signal quality and that have been known to the terminal, and the network device is configured to negotiate scheduling time arrangements of the beams in the corresponding beams. the processing module is configured to obtain scheduling time information of at least one beam, wherein the scheduling time information of the at least one beam comprises scheduling time information of a first beam currently accessed by a terminal, and is used to instruct the terminal to receive or send a signal at a scheduling time indicated by the scheduling time information of the at least one beam; and characterised in that the transceiver module is configured to send first indication information to the terminal, wherein the first indication information is used to indicate the scheduling time information of the at least one beam; wherein the network device is furthermore configured to receive measurement report information of the terminal, where the measurement report information carries beam IDs of several beams that have good signal quality and that have been known to the terminal, and the network device is configured to negotiate scheduling time arrangements of the beams in the corresponding beams.