mhurhangee/ep-ind-claims huggingface dataset:
A system out of a tool holder and a tool, with the tool holder having a clamping chuck with a cylindrical tool holding fixture and with the cylindrical shaft of the tool, in particular of the rotation tool, being received in the fixture, with the system having a pullout preventer locking the tool against an axial migration caused by vibration, with the preventer comprising at least one locking element (4, 19) and at least one locking groove (12, 13) which corresponds thereto and receives the locking element, with the locking groove being arranged from the face side beginning in the circumferential surface of the shaft of the tool and the locking element being arranged in the clamping chuck, with the tool being held by the clamping chuck in a torque proof manner with a press fit during operation and axially with respect to the rotation axis by the pullout preventer, that the locking groove (12, 13) has an at least partially configured screw shaped or curve shaped locking groove path, with the path extending over at least one partial section of the shaft, such, that the locking groove and the locking element interact in a form-fit manner with one another, characterized in that the tool comprises at least two, particularly preferably four locking grooves.
A method for controlling wind turbines in a wind farm, the method comprising the steps of: providing wind velocity data from wind sensors mounted on the wind turbines, the velocity data comprising wind speed and wind direction; providing wind velocity data from one or more reference sensors, the velocity data comprising wind speed and wind direction; binning the wind data according to wind speed and wind direction; identifying wind turbines in which the velocity data deviates from the reference; characterized by calculating local loads increases acting on the wind turbines where the velocity data deviates from the reference; and using the local loads increases to modify a control strategy of a turbine control system of the identified wind turbines to achieve one or more of: extending a life of a wind turbine, increasing annual energy production; reducing operating cost through structural material reduction; or revising a maintenance strategy to extend a life of a wind turbine. providing wind velocity data from wind sensors mounted on the wind turbines, the velocity data comprising wind speed and wind direction; providing wind velocity data from one or more reference sensors, the velocity data comprising wind speed and wind direction; binning the wind data according to wind speed and wind direction; identifying wind turbines in which the velocity data deviates from the reference; characterized by calculating local loads increases acting on the wind turbines where the velocity data deviates from the reference; and using the local loads increases to modify a control strategy of a turbine control system of the identified wind turbines to achieve one or more of: extending a life of a wind turbine, increasing annual energy production; reducing operating cost through structural material reduction; or revising a maintenance strategy to extend a life of a wind turbine.
A method of operating a rechargeable pack for containing and recharging an e-cigarette, said pack comprising: a pack battery; a first connector which is electrically connectable to an external power source; a first recharging mechanism for recharging the pack battery using the external power source when the first connector is electrically connected to the external power source; a tube for receiving an e-cigarette such that the e-cigarette can be contained within the recharging pack; a second connector which is electrically connectable to the e-cigarette when the e-cigarette is received within the tube; and a second recharging mechanism for re-charging the e-cigarette using the pack battery when the e-cigarette is electrically connected to the second connector; the method characterized by: performing a positive check that an e-cigarette is inserted into the tube, wherein said positive check comprises providing the pack with a communications facility through the second connector such that the pack is able to confirm the identity of the e-cigarette; and responsive to said positive check, protecting against the pack battery providing current through the second connector, such that said recharging using the pack battery is prevented unless a positive outcome to said check occurs. performing a positive check that an e-cigarette is inserted into the tube, wherein said positive check comprises providing the pack with a communications facility through the second connector such that the pack is able to confirm the identity of the e-cigarette; and responsive to said positive check, protecting against the pack battery providing current through the second connector, such that said recharging using the pack battery is prevented unless a positive outcome to said check occurs.
A surface acoustic wave device comprising: a piezoelectric substrate; a dielectric film disposed on a principal surface of the piezoelectric substrate; IDT electrodes (13,14) disposed on the dielectric film; and a resin member disposed on the piezoelectric substrate in a state spaced from the IDT electrodes (13,14) and covering the IDT electrodes, wherein the surface acoustic wave device includes a resin contact region where the piezoelectric substrate and the resin member are in direct contact with each other, and the resin contact region has a shape surrounding the IDT electrodes (13,14), characterized in that the IDT electrodes (13,14) are partly buried and sandwiched between the piezoelectric substrate and a resin support portion included in the resin member. a piezoelectric substrate; a dielectric film disposed on a principal surface of the piezoelectric substrate; IDT electrodes (13,14) disposed on the dielectric film; and a resin member disposed on the piezoelectric substrate in a state spaced from the IDT electrodes (13,14) and covering the IDT electrodes, wherein the surface acoustic wave device includes a resin contact region where the piezoelectric substrate and the resin member are in direct contact with each other, and the resin contact region has a shape surrounding the IDT electrodes (13,14), characterized in that the IDT electrodes (13,14) are partly buried and sandwiched between the piezoelectric substrate and a resin support portion included in the resin member.
Device for controlling the temperature of a mould for manufacturing a plastic part comprising heating means, characterised in that the heating means comprise a plurality of vertical cavity surface emitting laser diodes, said diodes being arranged to be opposite a localised area of the wall (4a, 4b) of the mould, said laser diodes being able to control the temperature of said localised area of the wall (4a, 4b) of the mould by emitting infrared radiation directed towards said localised area of the wall (4a, 4b) of the mould.
A controller for an electromechanical brake actuator having a motor that is driven in response to a motor drive signal generated by the controller comprising: a velocity limiter for limiting a velocity command to a limited velocity command in response to a measured braking force signal output, the limited velocity command having a positive velocity limit boundary defined between a positive maximum velocity limit setpoint and a positive minimum velocity limit setpoint and a negative velocity limit boundary defined between a negative maximum velocity limit setpoint and a negative minimum velocity limit setpoint; and a current limiter for limiting a current command to a limited current command in response to the measured braking force signal output, the limited current command having a positive current limit boundary defined between a positive maximum current limit setpoint and a positive minimum current limit setpoint and a negative current boundary defined between a negative maximum current limit setpoint and a negative minimum current limit setpoint. a velocity limiter for limiting a velocity command to a limited velocity command in response to a measured braking force signal output, the limited velocity command having a positive velocity limit boundary defined between a positive maximum velocity limit setpoint and a positive minimum velocity limit setpoint and a negative velocity limit boundary defined between a negative maximum velocity limit setpoint and a negative minimum velocity limit setpoint; and a current limiter for limiting a current command to a limited current command in response to the measured braking force signal output, the limited current command having a positive current limit boundary defined between a positive maximum current limit setpoint and a positive minimum current limit setpoint and a negative current boundary defined between a negative maximum current limit setpoint and a negative minimum current limit setpoint.
A method at a base station (112a, 112b), comprising: receiving (408,504a) an initialization request message from a network entity for enabling at least one inter-device communication link for at least two user equipments, UEs, (102a, 102b), wherein the network entity is a mobility management entity, MME; in response to receiving the initialization request message from the MME determining that the at least one inter-device communication link can be enabled; in response to determining that the at least one inter-device communication link can be enabled, sending (410,506a) an initialization request acknowledgement message to the MME, indicating that the at least one inter-device communication link can be enabled; sending (414,534a), in response to the initialization request message and the determination that the at least one inter-device communication link can be enabled, a radio resource control, RRC, inter-device connection setup message to one of the at least two UEs, wherein the RRC inter-device connection setup message indicates at least two cell radio network temporary identities, C-RNTIs, and each of the at least two C-RNTIs correspond to a different UE of the at least two UEs; and receiving (416,536a), in response to the radio resource control, RRC, inter-device connection setup message, an RRC connection setup response message from the one of the at least two UEs. receiving (408,504a) an initialization request message from a network entity for enabling at least one inter-device communication link for at least two user equipments, UEs, (102a, 102b), wherein the network entity is a mobility management entity, MME; in response to receiving the initialization request message from the MME determining that the at least one inter-device communication link can be enabled; in response to determining that the at least one inter-device communication link can be enabled, sending (410,506a) an initialization request acknowledgement message to the MME, indicating that the at least one inter-device communication link can be enabled; sending (414,534a), in response to the initialization request message and the determination that the at least one inter-device communication link can be enabled, a radio resource control, RRC, inter-device connection setup message to one of the at least two UEs, wherein the RRC inter-device connection setup message indicates at least two cell radio network temporary identities, C-RNTIs, and each of the at least two C-RNTIs correspond to a different UE of the at least two UEs; and receiving (416,536a), in response to the radio resource control, RRC, inter-device connection setup message, an RRC connection setup response message from the one of the at least two UEs.
A lead feedthrough of an electrical functional unit, in particular of a capacitor or medical electronic implant, having a hollow conductive flange (7, 27) and a contact piece (5, 25) disposed in the cavity of said flange and electrically insulated and sealed with respect to the flange, wherein the flange can be connected to a lead of a first type and the contact piece (5, 25) can be connected to a lead of a second type in the functional unit, wherein a tangentially extending gap, which is delimited on one side by a flange main body and on the other side by a tab integrally formed on the main body, is provided in a peripheral portion of the flange (7, 27) for the tangential insertion and fixation of the lead of the first type.
A higher band radiating element for a multiband antenna having at least higher band elements and lower band elements, comprising: a. first and second dipole arms, each dipole arm having a capacitive coupling area; and b. a feedboard having a balun and first and second matching circuits coupled to the balun, the first matching circuit being coupled to the first dipole arm and the second matching circuit being coupled to the second dipole arm, the first and second matching circuits each comprising in series: 1. a stalk, coupled to the balun, 2. a first capacitive element; 3. an inductor; and 4. a second capacitive element, the second capacitive element being coupled to a dipole arm; each matching circuit further comprising a common mode tuning circuit connecting the first capacitive element and the inductor to the stalk, the common mode tuning circuit adapted to move the common mode resonance of the matching circuits to a frequency below the lower band frequency of the lower band elements. a. first and second dipole arms, each dipole arm having a capacitive coupling area; and b. a feedboard having a balun and first and second matching circuits coupled to the balun, the first matching circuit being coupled to the first dipole arm and the second matching circuit being coupled to the second dipole arm, the first and second matching circuits each comprising in series: 1. a stalk, coupled to the balun, 2. a first capacitive element; 3. an inductor; and 4. a second capacitive element, the second capacitive element being coupled to a dipole arm; each matching circuit further comprising a common mode tuning circuit connecting the first capacitive element and the inductor to the stalk, the common mode tuning circuit adapted to move the common mode resonance of the matching circuits to a frequency below the lower band frequency of the lower band elements. 1. a stalk, coupled to the balun, 2. a first capacitive element; 3. an inductor; and 4. a second capacitive element, the second capacitive element being coupled to a dipole arm;
A method performed at least in part on at least one processor, comprising, sensing a position of a first piece of a multi-piece wearable interactive device relative to a second piece of the device, connected to the first piece by a string and sensor mechanism and worn by a wearer of the device to provide position data, in which manipulation of the first piece of the device that causes the first piece of the device to move to the position comprises at least part of an interaction with the device, and rendering output via the wearable interactive device based upon the interaction with the device, including determining, based at least in part upon the position data, the output that is rendered via the wearable interactive device.
A system for dispensing towels, the system comprising: a container configured to receive a roll of towels, the container including a handle configured to be grasped by a user; characterised in that: the system further comprises a bracket configured to mount to a support surface, the bracket engaging the handle to alternately suspend the container from the support surface in a first orientation and in a second orientation that is different than the first orientation. a container configured to receive a roll of towels, the container including a handle configured to be grasped by a user; characterised in that: the system further comprises a bracket configured to mount to a support surface, the bracket engaging the handle to alternately suspend the container from the support surface in a first orientation and in a second orientation that is different than the first orientation.
A channel assignment method, comprising the steps of: assigning an uplink common control channel commonly used by user terminals (UE1, UE2) to a block that is different from a block where an uplink data channel should be set, wherein blocks each of which is formed by a predetermined time interval and a predetermined bandwidth are arranged in a time axis and a frequency axis; assigning the uplink data channel to a user terminal (UE1, UE2) according to a reservation packet transmitted from the user terminal using the uplink common control channel; assigning, in association with the uplink data channel, first uplink control information for the user terminal (UE1, UE2) to a block to which the uplink data channel is assigned; and assigning second uplink control information to a block that is different from the block where the uplink data channel is set according to the reservation packet. assigning an uplink common control channel commonly used by user terminals (UE1, UE2) to a block that is different from a block where an uplink data channel should be set, wherein blocks each of which is formed by a predetermined time interval and a predetermined bandwidth are arranged in a time axis and a frequency axis; assigning the uplink data channel to a user terminal (UE1, UE2) according to a reservation packet transmitted from the user terminal using the uplink common control channel; assigning, in association with the uplink data channel, first uplink control information for the user terminal (UE1, UE2) to a block to which the uplink data channel is assigned; and assigning second uplink control information to a block that is different from the block where the uplink data channel is set according to the reservation packet.
An ink supply apparatus of a printing press, comprising at least one inking device (11-1 - 11-4, 41) including: an ink fountain roller that is rotatably supported; and an ink fountain main body that forms a space to store an ink together with an outer surface of the ink fountain roller when the ink fountain main body locates at a first position; characterized by further comprising a guide member (11a - 11c) that slidably supports the ink fountain main body and guides the ink fountain main body between the first position and a second position spaced further apart from the ink fountain roller than the first position; and a doctor holding member to which a doctor including a blade is attached between the ink fountain main body and the ink fountain roller when the ink fountain main body is located at the second position, the blade abutting against the ink fountain roller and cleaning the ink fountain roller. an ink fountain roller that is rotatably supported; and an ink fountain main body that forms a space to store an ink together with an outer surface of the ink fountain roller when the ink fountain main body locates at a first position; characterized by further comprising a guide member (11a - 11c) that slidably supports the ink fountain main body and guides the ink fountain main body between the first position and a second position spaced further apart from the ink fountain roller than the first position; and a doctor holding member to which a doctor including a blade is attached between the ink fountain main body and the ink fountain roller when the ink fountain main body is located at the second position, the blade abutting against the ink fountain roller and cleaning the ink fountain roller.
A method for casting an alloy part in a mold having a part-forming cavity (292, 294, 296), the method comprising: pouring a first alloy into the mold, the pouring causing: a surface of the first alloy in the part-forming cavity to raise relative to the part-forming cavity; a branch flow of the poured first alloy to pass upwardly through a first portion of a passageway; and the branch flow to pass downwardly through a second portion, of the passageway; solidifying some of the first alloy in the passageway to block the passageway while at least some of the first alloy in the part-forming cavity remains molten; pouring a second alloy into the mold atop the first alloy; and solidifying the second alloy. pouring a first alloy into the mold, the pouring causing: a surface of the first alloy in the part-forming cavity to raise relative to the part-forming cavity; a branch flow of the poured first alloy to pass upwardly through a first portion of a passageway; and the branch flow to pass downwardly through a second portion, of the passageway; a surface of the first alloy in the part-forming cavity to raise relative to the part-forming cavity; a branch flow of the poured first alloy to pass upwardly through a first portion of a passageway; and the branch flow to pass downwardly through a second portion, of the passageway; solidifying some of the first alloy in the passageway to block the passageway while at least some of the first alloy in the part-forming cavity remains molten; pouring a second alloy into the mold atop the first alloy; and solidifying the second alloy.
A device for treating a patient using transcranial magnetic stimulation, TMS, the device comprising: a magnetic core comprising ferromagnetic particles that are insulated from one another, wherein the ferromagnetic particles comprise a ferromagnetic powder material; and a conductor in electrical communication with the core. a magnetic core comprising ferromagnetic particles that are insulated from one another, wherein the ferromagnetic particles comprise a ferromagnetic powder material; and a conductor in electrical communication with the core.
System comprising a first floor treatment device and a second floor treatment device, the first floor treatment device being a floor treatment device which is guided exclusively manually by a user within an environment, and/or the second floor treatment device being an exclusively automatically operated floor treatment device, and the second floor treatment device being designed to orientate and localise itself within an environment on the basis of an environment map, characterised in that the second floor treatment device is designed to transmit the environment map to the first floor treatment device, the first floor treatment device being designed to localise itself in the environment map by means of its own sensors, detect a movement path of the first floor treatment device during movement, and transmit information about the detected movement path to the second floor treatment device with reference to the environment map, the second floor treatment device having a control and evaluation apparatus which is designed to analyse the received information and, based on the movement path detected by the first floor processing device and/or a portion (11, 12) of the environment not traversed by the movement path, enter a no-go area into the environment map that the second floor treatment device is not allowed to travel on.