mhurhangee/patent-ind-claim-en huggingface dataset:
An antenna element for a base station antenna, the antenna element comprising: a support structure ; and a radiating structure arranged on or within the support structure , the radiating structure comprising: a radiating element having a resonant frequency inside an operating frequency band of the antenna element ; wherein the radiating element is a dipole comprising two dipole arms provided on a top surface of the support structure ; and a filter configured to filter out harmonics of the operating frequency band, characterized in that the support structure comprises a conductive layer , wherein the conductive layer comprises two corresponding parasitic arms provided on a bottom surface of the substrate of the support structure ; wherein the filter is a capacitive filter and comprises two filtering units, wherein each filtering unit of the two filtering units is constituted by one parasitic arm of the two parasitic arms of the conductive layer and the corresponding one dipole arm of the two dipole arms of the radiating element , the radiating element is, in a stacking direction of the support structure , above the conductive layer , and the conductive layer is arranged so that the conductive layer and the radiating element overlap in the stacking direction of the support structure , wherein each dipole arm of the two dipole arms and each parasitic arm of the two parasitic arms is grounded. a support structure ; and a radiating structure arranged on or within the support structure , the radiating structure comprising: a radiating element having a resonant frequency inside an operating frequency band of the antenna element ; wherein the radiating element is a dipole comprising two dipole arms provided on a top surface of the support structure ; and a filter configured to filter out harmonics of the operating frequency band, a radiating element having a resonant frequency inside an operating frequency band of the antenna element ; wherein the radiating element is a dipole comprising two dipole arms provided on a top surface of the support structure ; and a filter configured to filter out harmonics of the operating frequency band, the support structure comprises a conductive layer , wherein the conductive layer comprises two corresponding parasitic arms provided on a bottom surface of the substrate of the support structure ; wherein the filter is a capacitive filter and comprises two filtering units, wherein each filtering unit of the two filtering units is constituted by one parasitic arm of the two parasitic arms of the conductive layer and the corresponding one dipole arm of the two dipole arms of the radiating element , the radiating element is, in a stacking direction of the support structure , above the conductive layer , and the conductive layer is arranged so that the conductive layer and the radiating element overlap in the stacking direction of the support structure , wherein each dipole arm of the two dipole arms and each parasitic arm of the two parasitic arms is grounded.
A method for wireless communications by a user equipment, UE, comprising: determining a set of uplink resources to use for transmitting uplink control information, UCI, in a physical uplink shared channel, PUSCH, transmission, wherein the determination is based at least in part on a payload size of the UCI and a mapping rule that maps ACK, acknowledgement, information and a first portion of channel state information, CSI, bits to orthogonal resources such that ACK information punctures only a second portion of the CSI bits; and transmitting the UCI using the determined set of uplink resources. determining a set of uplink resources to use for transmitting uplink control information, UCI, in a physical uplink shared channel, PUSCH, transmission, wherein the determination is based at least in part on a payload size of the UCI and a mapping rule that maps ACK, acknowledgement, information and a first portion of channel state information, CSI, bits to orthogonal resources such that ACK information punctures only a second portion of the CSI bits; and transmitting the UCI using the determined set of uplink resources.
A fuel fill apparatus comprising: a body defining a fuel fill passageway having a first end defining a first opening to receive a fuel nozzle and a second end defining a second opening to guide liquid fuel from the fuel nozzle to a cavity of a fuel tank , the first opening and the second opening defining a central axis of the fuel fill passageway ; and a nozzle retainer to retain the fuel nozzle in the fuel fill passageway ; characterized by a positioner positioned about a portion of a circumference of an inner wall of the fuel fill passageway and to project from the inner wall toward the central axis , the positioner located between the first opening and the second opening, the positioner defining a third opening of the fuel fill passageway having an axis parallel and offset relative to the central axis defined by the first opening and the second opening, the third opening to receive an end of the fuel nozzle and locate the end of the nozzle between the first opening and the second opening, the positioner to offset a longitudinal axis of the end of the fuel nozzle relative to the central axis of the fuel fill passageway such that an aspirator of the fuel nozzle is positioned adjacent an inner wall of the fuel fill passageway when the fuel nozzle is inserted in the fuel fill passageway , the positioner to maintain a fuel nozzle outlet opening of the fuel nozzle substantially parallel relative to the central axis of the fuel fill passageway during a fueling event. a body defining a fuel fill passageway having a first end defining a first opening to receive a fuel nozzle and a second end defining a second opening to guide liquid fuel from the fuel nozzle to a cavity of a fuel tank , the first opening and the second opening defining a central axis of the fuel fill passageway ; and a nozzle retainer to retain the fuel nozzle in the fuel fill passageway ; characterized by a positioner positioned about a portion of a circumference of an inner wall of the fuel fill passageway and to project from the inner wall toward the central axis , the positioner located between the first opening and the second opening, the positioner defining a third opening of the fuel fill passageway having an axis parallel and offset relative to the central axis defined by the first opening and the second opening, the third opening to receive an end of the fuel nozzle and locate the end of the nozzle between the first opening and the second opening, the positioner to offset a longitudinal axis of the end of the fuel nozzle relative to the central axis of the fuel fill passageway such that an aspirator of the fuel nozzle is positioned adjacent an inner wall of the fuel fill passageway when the fuel nozzle is inserted in the fuel fill passageway , the positioner to maintain a fuel nozzle outlet opening of the fuel nozzle substantially parallel relative to the central axis of the fuel fill passageway during a fueling event.
A process for the production of a thermoplastic elastomer containing hard segments (a) of a polyester and soft segments (b) containing repeating units derived from an aliphatic carbonate, characterized in that in the process a precursor thermoplastic elastomer is subjected to solid state post-reaction at a temperature between 140 and 170 °C until the thermoplastic elastomer has a melt flow index measured at 230 °C under a load of 10 kg (MFI 230 °C /10kg), according to ISO1133 of at most 40 g / 10min.
A spraying system for an agricultural vehicle having a spray nozzle boom , multiple spray nozzles mounted along said boom, a spraying material reservoir and a spray management system connectable to the spray nozzles and configured to manage spraying of spraying material from the reservoir by the spray nozzles, the spraying management system being configured to control one or more of the respective spray nozzles and a droplet property control device for the respective nozzle to selectively and individually control spraying material discharge characteristics of the respective nozzles including one or more of: droplet size; droplet size uniformity, spray material discharge rate; spray pattern; and spray target, the spraying system being characterized by each of the multiple spray nozzles being connected to a multiple spraying material discharge conduit which includes a water conduit and multiple chemical conduits , one of said conduits being located within the other conduit; said water conduit forming a primary channel with inner and outer walls and said multiple chemical conduits forming secondary channels located within the primary channel and integrated into the inner wall of the primary channel . droplet size; droplet size uniformity, spray material discharge rate; spray pattern; and spray target, the spraying system being characterized by each of the multiple spray nozzles being connected to a multiple spraying material discharge conduit which includes a water conduit and multiple chemical conduits , one of said conduits being located within the other conduit; said water conduit forming a primary channel with inner and outer walls and said multiple chemical conduits forming secondary channels located within the primary channel and integrated into the inner wall of the primary channel .
Connector which is designed as a pipe socket for lateral connection of a plastic pipe to a mineral channel pipe and has a sealing section that incorporates a sealing chamber that extends all the way around the connector to receive an elastomer seal that is designed as a sealing ring, and has a contact collar that limits how far the sealing section can extend into a hole made in the channel pipe and has a joining section for joining to the plastic pipe, wherein the sealing section incorporates a filling chamber that is arranged between the sealing chamber and the contact collar and is designed to receive a flowable sealing medium, wherein a filling channel at one end leads into the filling chamber and incorporates at the other end a second outlet on the other side of the contact collar on the outside of the connector , characterised in that two spring elements are arranged in the filling chamber , which spring elements are aligned like barbs so that, when the sealing section is inserted into a drilled hole in the channel pipe, these spring elements are compressed and, when a movement is then made in the opposite direction, are decompressed and impede further movement in this opposite direction.
An electric vehicle, EV, (10; 60) comprising: a vehicle assembly, VA, coil for receiving a wireless power from an EV charging apparatus ; a high-voltage battery that is charged by using the wireless power received in the VA coil and supplies power to a power train system of the EV (10; 60); a communication module for controlling wireless charging of the EV (10; 60) by communicating with the EV charging apparatus ; a controller for controlling the communication module and charging the high-voltage battery by using the wireless power received in the VA coil ; an auxiliary battery for supplying power to the controller ; and an auxiliary power supply device that is driven by a wireless jump start power and supplies power to the controller , when a wireless jump start power is received at the VA coil from the EV charging apparatus , and when the controller is driven by the power supplied by the auxiliary power supply device , the controller turns off the auxiliary power supply device , charges the auxiliary battery with the high-voltage battery and requests a wireless power for charging the high-voltage battery to the EV charging apparatus after the charging of the auxiliary battery is completed. a vehicle assembly, VA, coil for receiving a wireless power from an EV charging apparatus ; a high-voltage battery that is charged by using the wireless power received in the VA coil and supplies power to a power train system of the EV (10; 60); a communication module for controlling wireless charging of the EV (10; 60) by communicating with the EV charging apparatus ; a controller for controlling the communication module and charging the high-voltage battery by using the wireless power received in the VA coil ; an auxiliary battery for supplying power to the controller ; and an auxiliary power supply device that is driven by a wireless jump start power and supplies power to the controller , when a wireless jump start power is received at the VA coil from the EV charging apparatus , and when the controller is driven by the power supplied by the auxiliary power supply device , the controller turns off the auxiliary power supply device , charges the auxiliary battery with the high-voltage battery and requests a wireless power for charging the high-voltage battery to the EV charging apparatus after the charging of the auxiliary battery is completed.
A flow sensor assembly , comprising: a housing defining: an inlet port connected to an inlet flow channel; an outlet port connected to an outlet flow channel; a top flowtube including the inlet port connected to the inlet flow channel and the outlet port connected to the outlet flow channel; a bottom flowtube with a shroud ; an electronic circuit board ; and a flow sensor included in the electronic circuit board; and wherein the housing is configured such that the top flowtube and the bottom flowtube are capable of being overlaid on the electronic circuit board; wherein the shroud includes a step less than a height of the flow sensor and the shroud is configured to guide fluid flow over the flow sensor and reduce turbulence, wherein the bottom flowtube acts as a cover over the electronic circuit board , and characterized in that the bottom flowtube includes a molded-in channel, and wherein the bottom flow tube includes a ramp which allows fluid to flow over the flow sensor. an inlet port connected to an inlet flow channel; an outlet port connected to an outlet flow channel; a top flowtube including the inlet port connected to the inlet flow channel and the outlet port connected to the outlet flow channel; a bottom flowtube with a shroud ; an electronic circuit board ; and a flow sensor included in the electronic circuit board; and wherein the housing is configured such that the top flowtube and the bottom flowtube are capable of being overlaid on the electronic circuit board; wherein the shroud includes a step less than a height of the flow sensor and the shroud is configured to guide fluid flow over the flow sensor and reduce turbulence, wherein the bottom flowtube acts as a cover over the electronic circuit board , and characterized in that the bottom flowtube includes a molded-in channel, and wherein the bottom flow tube includes a ramp which allows fluid to flow over the flow sensor.
Kitchen appliance for processing foodstuff, in particular for processing vegetables and fruit, comprising - a housing defining a hollow space and a longitudinal axis (L), the longitudinal axis (L) running substantially vertically, - a motor located inside the hollow space , - control means for activating and deactivating the motor , - a motor output shaft connected to the motor for transmitting the output power provided by the motor , - a coupling section for connecting attachments for processing the foodstuff to the housing , - a further output shaft transmitting the output power to the coupling section , and - a gear mechanism for transmitting the output power from the motor output shaft to the further output shaft , wherein - the motor and the motor output shaft are arranged so that they form an angle (α) in the range of 5 to 60° and in particular between 15 and 30° relative to the longitudinal axis (L), characterized in that the motor output shaft and the motor are running through a plane defined by the longitudinal axis (L) and the further output shaft is running perpendicular to the plane. - a housing defining a hollow space and a longitudinal axis (L), the longitudinal axis (L) running substantially vertically, - a motor located inside the hollow space , - control means for activating and deactivating the motor , - a motor output shaft connected to the motor for transmitting the output power provided by the motor , - a coupling section for connecting attachments for processing the foodstuff to the housing , - a further output shaft transmitting the output power to the coupling section , and - a gear mechanism for transmitting the output power from the motor output shaft to the further output shaft , wherein - the motor and the motor output shaft are arranged so that they form an angle (α) in the range of 5 to 60° and in particular between 15 and 30° relative to the longitudinal axis (L),
A foam-in-bag dispensing device , comprising: a dispensing apparatus operative to dispense foam precursor (A, B), the foam precursor (A, B) being configured for expanding and solidifying into a polymeric foam, to a dispensing location between first and second web plies extending respectively on first and second sides of the dispensing apparatus to create a bag; a sealing mechanism that performs a sealing operation to form a seal that seals the first and second web plies to each other to trap the foam precursor (A, B) therebetween to form a filled bag; a cutting mechanism that performs a cutting operation to cut the filled bag from a subsequent bag; a bag-status indicator for providing an indication to the operator indicative of the sealing and cutting operations being sufficiently completed to allow the filled bag to be pulled apart from the subsequent bag without pulling the subsequent bag through the sealing mechanism and ruining the seal, thereby providing an indication to the operator that the filled bag is ready for removal from the foam-in-bag device for avoiding premature bag removal, characterized in that the device comprises a pair of opposing jaws configured to hold the bag during the sealing and cutting operations, wherein the bag status indicator provides an indication that the sealing and cutting operations are sufficiently complete while the bag being held by the jaws . a dispensing apparatus operative to dispense foam precursor (A, B), the foam precursor (A, B) being configured for expanding and solidifying into a polymeric foam, to a dispensing location between first and second web plies extending respectively on first and second sides of the dispensing apparatus to create a bag; a sealing mechanism that performs a sealing operation to form a seal that seals the first and second web plies to each other to trap the foam precursor (A, B) therebetween to form a filled bag; a cutting mechanism that performs a cutting operation to cut the filled bag from a subsequent bag; a bag-status indicator for providing an indication to the operator indicative of the sealing and cutting operations being sufficiently completed to allow the filled bag to be pulled apart from the subsequent bag without pulling the subsequent bag through the sealing mechanism and ruining the seal, thereby providing an indication to the operator that the filled bag is ready for removal from the foam-in-bag device for avoiding premature bag removal, characterized in that the device comprises a pair of opposing jaws configured to hold the bag during the sealing and cutting operations, wherein the bag status indicator provides an indication that the sealing and cutting operations are sufficiently complete while the bag being held by the jaws .
An elevator safety gear actuation device for actuating an elevator safety gear , the elevator safety gear actuation device comprising: a first member ; and a second member ; wherein the first and second members are arranged opposite to each other defining a gap for accommodating a guide member extending in a longitudinal direction; wherein the first member comprises an engagement element which is movable between a disengaged position and an engaged position, wherein the engagement element comprises at least one permanent magnet configured for being magnetically attracted by the guide member extending through the gap and attaching to the guide member , when the engagement element is arranged in the engaged position; and wherein the second member comprises at least one additional permanent magnet configured for being magnetically attracted by the guide member ; characterized in that the at least one additional permanent magnet is configured for not attaching to the guide member when the engagement element is positioned in the engaged position. a first member ; and a second member ; wherein the first and second members are arranged opposite to each other defining a gap for accommodating a guide member extending in a longitudinal direction; wherein the first member comprises an engagement element which is movable between a disengaged position and an engaged position, wherein the engagement element comprises at least one permanent magnet configured for being magnetically attracted by the guide member extending through the gap and attaching to the guide member , when the engagement element is arranged in the engaged position; and wherein the second member comprises at least one additional permanent magnet configured for being magnetically attracted by the guide member ; characterized in that the at least one additional permanent magnet is configured for not attaching to the guide member when the engagement element is positioned in the engaged position.
A catheter device for placing a sensor device , comprising a shaft and a coupling device , arranged at the shaft , for coupling the catheter device to the sensor device comprising at least one bracket element , wherein the coupling device comprises a coupling element and a locking element adjustable with respect to the coupling element , the coupling element comprising at least one engagement section with which the at least one bracket element of the sensor device can be brought in engagement, the locking element being designed, in a coupled position, to block the at least one bracket element at the at least one engagement section and being adjustable with respect to the coupling element so as to release the at least one bracket element for detachment from the at least one engagement section , characterized in that the coupling device has an elastic element arranged on the coupling element and acting between the coupling element and the locking element .