mhurhangee/ep-ind-claims huggingface dataset:
Hot beverage maker having a flow line system, comprising - a water source - a brewing unit, wherein the brewing unit comprises a brewing chamber for receiving brewing material to be brewed and an inlet line for admitting brewing water into the brewing chamber, - a heating device for heating the water supplied to the brewing chamber, - a pump designed to convey the water from the source to the brewing chamber, - a control device for activating and deactivating said components for the preparation of a selected beverage, characterised in that, the control device is designed to activate the pump in order to set a predetermined flow rate from a selection of different flow rates for a subsequent beverage preparation, the pump power or flow rate being selected on the basis of the beverage to be prepared itself, for example coffee, espresso, cappuccino, americano or other coffee specialties. - a water source - a brewing unit, wherein the brewing unit comprises a brewing chamber for receiving brewing material to be brewed and an inlet line for admitting brewing water into the brewing chamber, - a heating device for heating the water supplied to the brewing chamber, - a pump designed to convey the water from the source to the brewing chamber, - a control device for activating and deactivating said components for the preparation of a selected beverage, characterised in that, the control device is designed to activate the pump in order to set a predetermined flow rate from a selection of different flow rates for a subsequent beverage preparation, the pump power or flow rate being selected on the basis of the beverage to be prepared itself, for example coffee, espresso, cappuccino, americano or other coffee specialties. characterised in that, the control device is designed to activate the pump in order to set a predetermined flow rate from a selection of different flow rates for a subsequent beverage preparation, the pump power or flow rate being selected on the basis of the beverage to be prepared itself, for example coffee, espresso, cappuccino, americano or other coffee specialties.
An articulating hand power tool comprising: a main housing having a longitudinal axis; a head portion (104; 136) rotatably engaged with the main housing for placement at a plurality of angles with respect to the longitudinal axis of the main housing; a motor (232 located within the main housing; an integrated circuit board located within the main housing; a variable speed trigger switch accessible from outside of the main housing for controlling the integrated circuit board for generating a variable speed signal for controlling the speed of the motor; an articulation gear system defining an axis of rotation of the head portion (104; 136) with respect to the main housing and including a motor side pinion gear having an axis of rotation generally parallel to the longitudinal axis of the main housing and an output pinion gear having an axis of rotation generally parallel to a longitudinal axis of the head portion (104; 136), wherein the motor side pinion gear is operatively connected to the output side pinion gear through a bevel gear, characterized by further comprising: an automatic spindle lock system within the head portion (104; 136) and coupled to a bit holder and the output pinion gear of the articulating gear system; and a planetary gear system within the main housing and coupled to the motor and the motor side pinion gear of the articulating gear system. a main housing having a longitudinal axis; a head portion (104; 136) rotatably engaged with the main housing for placement at a plurality of angles with respect to the longitudinal axis of the main housing; a motor (232 located within the main housing; an integrated circuit board located within the main housing; a variable speed trigger switch accessible from outside of the main housing for controlling the integrated circuit board for generating a variable speed signal for controlling the speed of the motor; an articulation gear system defining an axis of rotation of the head portion (104; 136) with respect to the main housing and including a motor side pinion gear having an axis of rotation generally parallel to the longitudinal axis of the main housing and an output pinion gear having an axis of rotation generally parallel to a longitudinal axis of the head portion (104; 136), wherein the motor side pinion gear is operatively connected to the output side pinion gear through a bevel gear, an automatic spindle lock system within the head portion (104; 136) and coupled to a bit holder and the output pinion gear of the articulating gear system; and a planetary gear system within the main housing and coupled to the motor and the motor side pinion gear of the articulating gear system.
A device-to-device, D2D, communication method as an operation method of a first user equipment, UE, performing D2D communication through a D2D link in which the first UE and a second UE participate, the D2D communication method comprising: detecting grant information in subframe n received from the second UE; when grant information is detected, demodulating data included in subframe n on the basis of the detected grant information, and transmitting positive acknowledgement/negative acknowledgement, ACK/NACK, information on whether or not demodulation of the data has succeeded to the second UE in subframe n+k; when no grant information is detected, demodulating the data included in subframe n on the basis of previously detected grant information; and wherein the grant information includes at least some of a number of transmission, Tx, layers of the D2D link, codeword-specific new data indicators, NDIs, of the D2D link, codeword-specific redundancy versions, RVs, of the D2D link, codeword-specific modulation and coding schemes, MCSs, of the D2D link, and a power control command. detecting grant information in subframe n received from the second UE; when grant information is detected, demodulating data included in subframe n on the basis of the detected grant information, and transmitting positive acknowledgement/negative acknowledgement, ACK/NACK, information on whether or not demodulation of the data has succeeded to the second UE in subframe n+k; when no grant information is detected, demodulating the data included in subframe n on the basis of previously detected grant information; and wherein the grant information includes at least some of a number of transmission, Tx, layers of the D2D link, codeword-specific new data indicators, NDIs, of the D2D link, codeword-specific redundancy versions, RVs, of the D2D link, codeword-specific modulation and coding schemes, MCSs, of the D2D link, and a power control command.
Outer panelling component of a motor vehicle, in particular a bumper for attachment to a metal sheet of the outer panelling of a motor vehicle, the body shell of which has a mounting surface for attaching the outer panelling component, wherein the mounting surface runs from the outer side of the motor vehicle to the interior, and a leg of the outer panelling component, which is also turned towards the interior, runs in a roughly parallel direction relative to the mounting surface, characterised in that the mounting surface and an adjacent surface of the leg facing towards the mounting surface, abutting one another, run virtually parallel to each other in a first region that extends, when viewed as a cross-section through the motor vehicle, from the exterior to the interior, and that 1.1 from the exterior to at least the inner end of the first region, the adjacent surface is free from burrs that are, for example, caused by tool separation, and that 1.2 following the first region, the adjacent surface, assuming an increasing distance from the mounting surface in a second region, runs downwards with clearance to a separation region. 1.1 from the exterior to at least the inner end of the first region, the adjacent surface is free from burrs that are, for example, caused by tool separation, and that 1.2 following the first region, the adjacent surface, assuming an increasing distance from the mounting surface in a second region, runs downwards with clearance to a separation region.
A service scheduling method, comprising: acquiring, by a base station, a buffer state report, BSR, periodically reported by a user equipment, UE, characterized in that, the method further comprises: determining, by the base station, whether the UE is in a voice over IP, VoIP, mixed service state according to the BSR, wherein the VoIP mixed service state is a state of the UE in which the UE simultaneously performs a VoIP service and a data service; and scheduling, by the base station, the VoIP service in a dynamic scheduling manner when the UE is in the VoIP mixed service state. acquiring, by a base station, a buffer state report, BSR, periodically reported by a user equipment, UE, characterized in that, the method further comprises: determining, by the base station, whether the UE is in a voice over IP, VoIP, mixed service state according to the BSR, wherein the VoIP mixed service state is a state of the UE in which the UE simultaneously performs a VoIP service and a data service; and scheduling, by the base station, the VoIP service in a dynamic scheduling manner when the UE is in the VoIP mixed service state. determining, by the base station, whether the UE is in a voice over IP, VoIP, mixed service state according to the BSR, wherein the VoIP mixed service state is a state of the UE in which the UE simultaneously performs a VoIP service and a data service; and scheduling, by the base station, the VoIP service in a dynamic scheduling manner when the UE is in the VoIP mixed service state.
System for offsetting the rotation of two shafts (14, 16) mounted rotatably about substantially parallel axes and connected by transmission means wrapping around coplanar toothed wheels (15, 17) each borne by a shaft (14, 16), the system comprising a movement device for moving at least one of the branches (20, 22) of the transmission means that are situated between the toothed wheels, this movement device being configured to vary the positions of the two branches (20, 22), said movement device comprising: - a first controlled movable pressing element extending between the toothed wheels and pressing against a branch of the transmission means, - a second movable pressing element extending between the toothed wheels and pressing against the second branch of the transmission means, - an actuating element controlling the movement of said controlled movable pressing element, - an elastic means for maintaining the tension of the transmission means, characterized in that the system comprises at least two damping elements (29, 30, 30', 31, 32) configured to reduce dynamic forces experienced by the movement device and generated by the transmission means, with at least one damping element fixed to the first movable pressing element and at least one damping element fixed to the second movable pressing element, at least one damping element being a damping element (30, 32) connecting a movable pressing element (24, 25) to a fixed point. - a first controlled movable pressing element extending between the toothed wheels and pressing against a branch of the transmission means, - a second movable pressing element extending between the toothed wheels and pressing against the second branch of the transmission means, - an actuating element controlling the movement of said controlled movable pressing element, - an elastic means for maintaining the tension of the transmission means,
Method for operating a drive train of a vehicle having a clutch assembly, wherein the clutch assembly is actuatable via an actuating device for the switchable transmission of a torque; wherein a first state of the actuating device, and thus a second state of the clutch assembly, is settable via a position of a drive unit of the actuating device; wherein the drive unit is an electrical machine that is operable with a multiphase current, wherein the method comprises at least the following steps: a) determining that a first torque request to the clutch assembly is constant at least within an interval of at most 100 ms or has a maximum torque deviation of at most 100 Nm within the interval; and b) determining that a first position of the drive unit is constant within the interval or has a maximum position deviation that corresponds to the maximum torque deviation; and c) controlling the drive unit with a dither function, wherein a position of the drive unit is continuously varied about the first position; and d) ending the dither function when the conditions stated in steps a) and b) are no longer met. a) determining that a first torque request to the clutch assembly is constant at least within an interval of at most 100 ms or has a maximum torque deviation of at most 100 Nm within the interval; and b) determining that a first position of the drive unit is constant within the interval or has a maximum position deviation that corresponds to the maximum torque deviation; and c) controlling the drive unit with a dither function, wherein a position of the drive unit is continuously varied about the first position; and d) ending the dither function when the conditions stated in steps a) and b) are no longer met.
A wiper motor, with a shaft for driving a wiper arm, wherein the shaft projects through an opening of a housing and in the region of the opening the shaft is mounted radially in a bore in an at least substantially sleeve-shaped element (30; 30a), wherein the sleeve-shaped element (30; 30a) is fixed at least axially in the region of the housing, and whereby the sleeve-shaped element (30; 30a) has at least two different cross-sections (33; 33a, 34), a first cross-section (33; 33a) which is designed to protrude axially at least through the opening and a second cross-section which is designed to be axially fixed within said opening or within a receiving space of said housing, characterized in that an elastically deforming compensating element is located between the sleeve-shaped element (30; 30a) and the housing, whereby the compensating element is designed to compensate an axial play located in a longitudinal direction of the sleeve-shaped element (30; 30a) between the sleeve-shaped element (30; 30a) and the housing.
A viscous clutch assembly comprising: a rotational input structure comprising a material capable of conducting magnetic flux; a rotor attached to the rotational input structure, the rotor having a driven and a front side a selectively rotatable member surrounding the rotor and rotatably supported by the rotational input structure; an electromagnetic coil positioned relative to a driven side of the rotor; a valve assembly supported by the rotor comprising a cover plate for regulating flow of a shear fluid, and an armature; a magnetic flux circuit for controlling the valve assembly with magnetic flux generated by the electromagnetic coil, wherein the magnetic flux circuit is configured to include no more than four air gaps (G 1 -G 4), and wherein a portion of the flux circuit extends between the driven side of the rotor and an opposite front side of the rotor, characterized in that, at least a portion of the armature is disposed to extend between the driven side of the rotor and the front side of the rotor 104, and wherein the magnetic flux circuit includes a radial air gap (G 2) adjacent to the armature. a rotational input structure comprising a material capable of conducting magnetic flux; a rotor attached to the rotational input structure, the rotor having a driven and a front side a selectively rotatable member surrounding the rotor and rotatably supported by the rotational input structure; an electromagnetic coil positioned relative to a driven side of the rotor; a valve assembly supported by the rotor comprising a cover plate for regulating flow of a shear fluid, and an armature; a magnetic flux circuit for controlling the valve assembly with magnetic flux generated by the electromagnetic coil, wherein the magnetic flux circuit is configured to include no more than four air gaps (G 1 -G 4), and wherein a portion of the flux circuit extends between the driven side of the rotor and an opposite front side of the rotor, characterized in that, at least a portion of the armature is disposed to extend between the driven side of the rotor and the front side of the rotor 104, and
A communication device comprising: a processor, a memory, a communication interface, a display and an alert device, said processor configured to: transmit a first message, tagged as being urgent, to a communication network via said communication interface, said first message associated with a filtering override condition stored at said memory, said filtering override condition comprising providing alerts to urgent transmitted messages; receive a second message from said communication network via said communication interface, wherein said second message is not tagged as being urgent and meets a filtering condition stored in said memory such that said alert device is not triggered to provide an alert of second message; determine that said second message is received in response to said first message associated with said filtering override condition; and, in response, trigger said alert device to provide said alert of said second message regardless of any message filters that prevent alerts from being provided for said second message, wherein the alert is provided for the non-urgent second message. a processor, a memory, a communication interface, a display and an alert device, said processor configured to: transmit a first message, tagged as being urgent, to a communication network via said communication interface, said first message associated with a filtering override condition stored at said memory, said filtering override condition comprising providing alerts to urgent transmitted messages; receive a second message from said communication network via said communication interface, wherein said second message is not tagged as being urgent and meets a filtering condition stored in said memory such that said alert device is not triggered to provide an alert of second message; determine that said second message is received in response to said first message associated with said filtering override condition; and, in response, trigger said alert device to provide said alert of said second message regardless of any message filters that prevent alerts from being provided for said second message, wherein the alert is provided for the non-urgent second message. transmit a first message, tagged as being urgent, to a communication network via said communication interface, said first message associated with a filtering override condition stored at said memory, said filtering override condition comprising providing alerts to urgent transmitted messages; receive a second message from said communication network via said communication interface, wherein said second message is not tagged as being urgent and meets a filtering condition stored in said memory such that said alert device is not triggered to provide an alert of second message; determine that said second message is received in response to said first message associated with said filtering override condition; and, in response, trigger said alert device to provide said alert of said second message regardless of any message filters that prevent alerts from being provided for said second message, wherein the alert is provided for the non-urgent second message.
A press system comprising: a die assembly; a transfer assembly comprising a conveyor belt, a vacuum manifold coupled to the die assembly, an airflow generator, the conveyor belt including a plurality of holes and being structured to receive and move a plurality of shells in a plane with respect to the die assembly; and a vacuum port assembly comprising at least one port member including an inlet end and an outlet end, the inlet end having a mounting portion, wherein the mounting portion removably couples the at least one port member to the vacuum manifold, the outlet end is in fluid communication with the airflow generator, and the inlet end extends outwardly from the vacuum manifold generally perpendicular with respect to the plane of the conveyor belt. a die assembly; a transfer assembly comprising a conveyor belt, a vacuum manifold coupled to the die assembly, an airflow generator, the conveyor belt including a plurality of holes and being structured to receive and move a plurality of shells in a plane with respect to the die assembly; and a vacuum port assembly comprising at least one port member including an inlet end and an outlet end, the inlet end having a mounting portion, wherein the mounting portion removably couples the at least one port member to the vacuum manifold, the outlet end is in fluid communication with the airflow generator, and the inlet end extends outwardly from the vacuum manifold generally perpendicular with respect to the plane of the conveyor belt.
A method comprising: receiving, at a service provider computer from a user device, a request to provision a first electronic device (130,132,134,136) including a device identifier associated with the first electronic device (130,132,134,136), the first electronic device (130,132,134,136) configured to interact with at least one second electronic device independent of human interaction; determining, by the service provider computer, based at least in part on the user device, access credentials; identifying, by the service provider computer, based at least in part on the access credentials and the device identifier, a policy set relevant to the first electronic device (130,132,134,136); determining, by the service provider computer, from the access credentials, at least one access credential to be associated with the device identifier; providing, by the service provider computer, the at least one access credential to the first electronic device (130,132,134,136), the at least one access credential to be stored on the first electronic device (130,132,134,136) and used to interact with the at least one second electronic device; providing from the first electronic device (130,132,134,136) to the at least one second electronic device, a request to authorize a transaction conducted between the first electronic device (130,132,134,136) and the at least one second electronic device, the request including the at least one access credential; and receiving an authorization response from the at least one second electronic device. receiving, at a service provider computer from a user device, a request to provision a first electronic device (130,132,134,136) including a device identifier associated with the first electronic device (130,132,134,136), the first electronic device (130,132,134,136) configured to interact with at least one second electronic device independent of human interaction; determining, by the service provider computer, based at least in part on the user device, access credentials; identifying, by the service provider computer, based at least in part on the access credentials and the device identifier, a policy set relevant to the first electronic device (130,132,134,136); determining, by the service provider computer, from the access credentials, at least one access credential to be associated with the device identifier; providing, by the service provider computer, the at least one access credential to the first electronic device (130,132,134,136), the at least one access credential to be stored on the first electronic device (130,132,134,136) and used to interact with the at least one second electronic device; providing from the first electronic device (130,132,134,136) to the at least one second electronic device, a request to authorize a transaction conducted between the first electronic device (130,132,134,136) and the at least one second electronic device, the request including the at least one access credential; and receiving an authorization response from the at least one second electronic device.