mhurhangee/ep-ind-claims huggingface dataset:
An apparatus, comprising an optical portion that comprises a bottom surface, a light source mounted on the bottom surface, a lens coupled with the bottom surface, and a cover retaining the lens onto the bottom surface, wherein the cover comprises at least one strike and wherein the optical portion holds the light source; and a base portion that comprises a base plate, a frangible coupler coupled with the base plate and an extension for elevating the optical portion above ground, wherein the optical portion is removably attached to the base portion, characterized in that the base portion comprises a circuit for controlling the intensity of the light source, and further comprises a LED driver circuit coupled with the circuit for controlling the intensity of the light source, wherein the light source comprises at least one LED that is electrically coupled with the LED driver circuit while the optical portion is retained onto the base portion, and in that the base portion comprises at least one hinge, so that the optical portion is removably attached to the base portion via the at least one hinge which retains the optical portion onto the base portion while the at least one hinge engages the at least one strike.
A safety capsule for containers, comprising: an external cap; an internal element, located inside the external cap and configured to be associated, in a removable manner, with an opening of a container; a coupling means configured to couple the external cap or the internal element to the neck of the container; connecting means (4, 5), interposed between the external cap and the internal element, structured so as to leave the external cap and the internal element unconstrained with respect to a movement for opening or removal of the external cap between a closed position and an intermediate position, and solidly constrain the external cap and the internal element with respect to the movement for opening or removal of the external cap between the intermediate position and an opening position; a signalling means, structured to take on a given configuration in the intermediate position; wherein the external cap has at least a top part that is transparent and the conformation of which consists of a polarized or non-polarized lens or set of lenses; characterized in that: the top part of the external cap comprises a plurality of lenses of prismatic shape located parallel to a main direction; the signalling means comprise a first signal that is located on an upper portion of the internal element and is in the form of rectilinear segments parallel to a second direction. the top part of the external cap comprises a plurality of lenses of prismatic shape located parallel to a main direction; the signalling means comprise a first signal that is located on an upper portion of the internal element and is in the form of rectilinear segments parallel to a second direction.
Actuator, comprising - a motor, - an output drive which can be driven by the motor and coupled to a valve, and - an emergency drive with an energy storage unit, by means of which the output drive can be driven as an alternative to the motor, - wherein the energy storage unit is a pneumatic energy storage unit and - wherein the energy storage unit has a pressure chamber with an expandable volume, - wherein, during operation of the emergency drive, an expansion movement of the pressure chamber can be transmitted to the output drive, characterized in that - the energy storage unit can be charged with the motor by actuating the motor towards an end position of the actuator. - a motor, - an output drive which can be driven by the motor and coupled to a valve, and - an emergency drive with an energy storage unit, by means of which the output drive can be driven as an alternative to the motor, - wherein the energy storage unit is a pneumatic energy storage unit and - wherein the energy storage unit has a pressure chamber with an expandable volume, - wherein, during operation of the emergency drive, an expansion movement of the pressure chamber can be transmitted to the output drive, - the energy storage unit can be charged with the motor by actuating the motor towards an end position of the actuator.
A method performed by a network node (606,608) for Packet Data Convergence Protocol, PDCP, reordering, wherein the network node (606,608) is operating in a wireless communications network, and wherein the method comprises: - buffering (202,701) in order one or more first data units received out of order by a PDCP layer, wherein the one or more first data units are received from a lower layer during a first time period, and wherein the lower layer is a layer below the PDCP layer; - when the first time period has expired, forwarding (203,702) the one or more buffered first data units in order to an upper layer wherein the upper layer is a layer above the PDCP layer; - forwarding (204,703), to the upper layer and in any order, one or more second data units received from the lower layer during the second time period, whereby the one or more second data units arriving too late to the PDCP layer to be buffered in order is forwarded to the upper layer in time for a reordering functionality of the upper layer; the method being further characterized by: when the first time period has expired starting a second time period; - upon expiration of the second time period, moving a lower end of a receiving window forward to a sequence number N+1, wherein the second time period was started at a sequence number N, and wherein the receiving window comprises the first time period and the second time period. - buffering (202,701) in order one or more first data units received out of order by a PDCP layer, wherein the one or more first data units are received from a lower layer during a first time period, and wherein the lower layer is a layer below the PDCP layer; - when the first time period has expired, forwarding (203,702) the one or more buffered first data units in order to an upper layer wherein the upper layer is a layer above the PDCP layer; - forwarding (204,703), to the upper layer and in any order, one or more second data units received from the lower layer during the second time period, whereby the one or more second data units arriving too late to the PDCP layer to be buffered in order is forwarded to the upper layer in time for a reordering functionality of the upper layer; the method being further characterized by: when the first time period has expired starting a second time period; - upon expiration of the second time period, moving a lower end of a receiving window forward to a sequence number N+1, wherein the second time period was started at a sequence number N, and wherein the receiving window comprises the first time period and the second time period.
A method of cleaning a component comprising: providing the component following the operation of the component in a high temperature environment, the component including a thermal barrier coating; cleaning the TBC of the component using a sponge jet blasting process; and measuring a cleaned thickness of the TBC to verify that the cleaned thickness exceeds a predetermined minimum value that will allow the return of the component to the high temperature environment. providing the component following the operation of the component in a high temperature environment, the component including a thermal barrier coating; cleaning the TBC of the component using a sponge jet blasting process; and measuring a cleaned thickness of the TBC to verify that the cleaned thickness exceeds a predetermined minimum value that will allow the return of the component to the high temperature environment.
A key switch mechanism comprising a circuit module, a key cap having a top portion and a side wall extending therefrom, and a linkage mechanism for guiding travel of the key cap substantially along a travel axis between a depressed position and a released position, the linkage mechanism comprising: a positioning board spatially displaced from the circuit module, the positioning board defining an aperture shaped and dimensioned for receiving the key cap therethrough; and a main link pivotably coupled to the positioning board, the main link further being pivotably coupled to the exterior of the side wall of the key cap, the main link for substantially impeding tilt of the key cap away from the travel axis during travel of the key cap through the aperture of the positioning board, wherein the circuit module biases the key cap towards the released position and generates a control signal when the key cap is displaced to the depressed position;wherein the circuit module comprises an actuator for biasing the key cap towards the released position; wherein the key cap further comprises a protrusion extending from the side wall away from the interior thereof, the protrusion abutting the actuator. a positioning board spatially displaced from the circuit module, the positioning board defining an aperture shaped and dimensioned for receiving the key cap therethrough; and a main link pivotably coupled to the positioning board, the main link further being pivotably coupled to the exterior of the side wall of the key cap, the main link for substantially impeding tilt of the key cap away from the travel axis during travel of the key cap through the aperture of the positioning board, wherein the circuit module biases the key cap towards the released position and generates a control signal when the key cap is displaced to the depressed position;wherein the circuit module comprises an actuator for biasing the key cap towards the released position; wherein the key cap further comprises a protrusion extending from the side wall away from the interior thereof, the protrusion abutting the actuator.
A method for calibrating transmit power of a femto node, comprising: detecting a handover of a served user equipment, UE, from a femto node to another node; characterized by: measuring an uplink received signal strength indicator, RSSI, at the femto node over a plurality of time periods in response to detecting the handover; and calibrating a transmit power of the femto node to expand a coverage area of the femto node in response to the uplink RSSI measured over the plurality of time periods not steadily decreasing. detecting a handover of a served user equipment, UE, from a femto node to another node; characterized by: measuring an uplink received signal strength indicator, RSSI, at the femto node over a plurality of time periods in response to detecting the handover; and calibrating a transmit power of the femto node to expand a coverage area of the femto node in response to the uplink RSSI measured over the plurality of time periods not steadily decreasing. measuring an uplink received signal strength indicator, RSSI, at the femto node over a plurality of time periods in response to detecting the handover; and calibrating a transmit power of the femto node to expand a coverage area of the femto node in response to the uplink RSSI measured over the plurality of time periods not steadily decreasing.
A coupling assembly for a driveline of a motor vehicle, comprising: a first shaft; a second shaft; a coupling which can selectively drivingly connect or disconnect the first shaft and the second shaft; a brake for braking the second shaft relative to a stationary component; an actuating device for actuating the coupling and the brake, wherein the actuating device comprises a ramp mechanism having a first ring which is axially supported relative to the stationary component, and a second ring which is axially movable relative to the first ring when one of the first and second rings (35, 36) is rotated relative to another one of the first and second rings (36, 35); characterised in that the actuating device is configured such that the brake is not actuated until the coupling has at least partially been opened. a first shaft; a second shaft; a coupling which can selectively drivingly connect or disconnect the first shaft and the second shaft; a brake for braking the second shaft relative to a stationary component; an actuating device for actuating the coupling and the brake, wherein the actuating device comprises a ramp mechanism having a first ring which is axially supported relative to the stationary component, and a second ring which is axially movable relative to the first ring when one of the first and second rings (35, 36) is rotated relative to another one of the first and second rings (36, 35); characterised in that the actuating device is configured such that the brake is not actuated until the coupling has at least partially been opened.
An apparatus, comprising: a first down-conductor cable having a first and second end and adapted to conductively attach to an adjustable-length air terminal approximate to the first end of the first down-conductor cable; a cable reel attached to the first down-conductor cable approximate to the second end of the first down-conductor cable, the cable reel configured to spool and unspool the first down-conductor cable in response to movement of the adjustable-length air terminal; a conductive clamp positioned along the first down-conductor cable between the first end of the first down-conductor and the cable reel, the clamp configured to allow movement of the first down-conductor cable during spooling and unspooling, and also configured to establish a high-current-capable electrical contact with the first down-conductor cable; and a second down-conductor cable conductively attached to the clamp approximate to a first end of the second down-conductor cable, the second down-conductor cable adapted to conductively attach to an electrical ground plane approximate to a second end of the second down conductor, wherein a high-current-capable grounding path from the first end of the first down-conductor cable passes through the clamp to the second end of the second down-conductor cable as a low-impedance path when the second end of the second down-conductor cable is attached to the electrical ground plane. a first down-conductor cable having a first and second end and adapted to conductively attach to an adjustable-length air terminal approximate to the first end of the first down-conductor cable; a cable reel attached to the first down-conductor cable approximate to the second end of the first down-conductor cable, the cable reel configured to spool and unspool the first down-conductor cable in response to movement of the adjustable-length air terminal; a conductive clamp positioned along the first down-conductor cable between the first end of the first down-conductor and the cable reel, the clamp configured to allow movement of the first down-conductor cable during spooling and unspooling, and also configured to establish a high-current-capable electrical contact with the first down-conductor cable; and a second down-conductor cable conductively attached to the clamp approximate to a first end of the second down-conductor cable, the second down-conductor cable adapted to conductively attach to an electrical ground plane approximate to a second end of the second down conductor, wherein a high-current-capable grounding path from the first end of the first down-conductor cable passes through the clamp to the second end of the second down-conductor cable as a low-impedance path when the second end of the second down-conductor cable is attached to the electrical ground plane.
High-strength screw comprising a head, the head having a tool engagement external contour and a tool engagement internal contour, characterized in that pocket-shaped impressions being arranged in the tool engagement internal contour.
A catalyst protection device for an internal combustion engine, comprising: a catalyst that is provided in an exhaust system of the internal combustion engine and that purifies exhaust gas; a bed temperature acquisition unit configured to acquire a current bed temperature of the catalyst; and an injection amount increasing unit configured to increase an amount of fuel injected in the internal combustion engine when the current bed temperature exceeds an over temperature protection determination value, wherein the injection amount increasing unit is configured to increase the amount of injected fuel, by an over temperature increase value that is obtained on the basis of (i) an over temperature base increase value which is obtained on the basis of the operating state of the internal combustion engine, and (ii) a correction coefficient which is obtained on the basis of the current bed temperature and a target bed temperature lower than, and different from, the over temperature protection determination value. a catalyst that is provided in an exhaust system of the internal combustion engine and that purifies exhaust gas; a bed temperature acquisition unit configured to acquire a current bed temperature of the catalyst; and an injection amount increasing unit configured to increase an amount of fuel injected in the internal combustion engine when the current bed temperature exceeds an over temperature protection determination value, wherein the injection amount increasing unit is configured to increase the amount of injected fuel, by an over temperature increase value that is obtained on the basis of (i) an over temperature base increase value which is obtained on the basis of the operating state of the internal combustion engine, and (ii) a correction coefficient which is obtained on the basis of the current bed temperature and a target bed temperature lower than, and different from, the over temperature protection determination value.
Crystalline form F of rabeprazole sodium characterized by an X-ray powder diffraction pattern having peaks at about 3.9, 5.6, 7.7, 11.6, 14.2 ± 0.2 degrees two-theta.
Footwear in form of a shoe or boot with accumulation of energy, caused by elastic deformation, the shoe or boot comprising: an elastic sole; an elastic back element, associated with said sole; and fixation means for securing the position of a user's foot on said sole, said fixation means being coupled with said sole and with said back element; wherein, said sole and said back element form a leaf spring of a predetermined elasticity, providing said elastic deformation, said sole and said back element being arms of said leaf spring; wherein the leaf spring is elastically deformable between an initial position and a compressed position; wherein, in the initial position, the sole and the back element are disposed at an initial angle exceeding 90° therebetween; and wherein, in the compressed position, the leaf spring has a reduced angle between the sole and the back element. an elastic sole; an elastic back element, associated with said sole; and fixation means for securing the position of a user's foot on said sole, said fixation means being coupled with said sole and with said back element; wherein, said sole and said back element form a leaf spring of a predetermined elasticity, providing said elastic deformation, said sole and said back element being arms of said leaf spring; wherein the leaf spring is elastically deformable between an initial position and a compressed position; wherein, in the initial position, the sole and the back element are disposed at an initial angle exceeding 90° therebetween; and wherein, in the compressed position, the leaf spring has a reduced angle between the sole and the back element.
Device for the switching of an electrical consumer load circuit, operated at high voltage from a voltage source, in an electrically-driven means of locomotion, by a drive operated at low voltage, wherein a contact bolt is connected to the push rod of a linear drive, and the contact bolt can be brought into at least two positions in a switching housing, wherein the switching housing has at least two contact rings on its inner wall, of which one is connected to the voltage source, and the other is connected to the consumer load circuit, wherein the linear drive is designed as a stepper motor, characterised in that the rotor has a threaded nut for the movement of the push rod, designed in the form of a threaded rod, wherein the push rod is secured against rotation, and the threaded nut is secured against rotation, relative to the rotor.
A clutch system comprising a hydraulic control circuit and a hydraulic system, the hydraulic system comprising hydraulic fluid, hydraulic fluid connections, an electric motor powering a pump, an actuation piston of a clutch pack configured to activate or deactivate the clutch pack based on an amount of hydraulic fluid received from the pump, a pressure control valve connected to the clutch actuation piston, a pressure sensor between the electric motor and the clutch actuation piston, a temperature sensor between the electric motor and the pressure control valve, and a sump, and the hydraulic control circuit comprising at least control and data connectivity to the hydraulic system, a processor, a memory device, and processor-executable control instructions stored in the memory device, the control instructions comprising programming to perform, when executed by the processor, a method for controlling hydraulic pressure comprising: receiving a target hydraulic pressure; detecting a current hydraulic pressure with the pressure sensor; detecting a temperature of the hydraulic fluid with the temperature sensor; generating and outputting pressure control valve commands based on the detected current hydraulic pressure, the detected temperature, and the target hydraulic pressure by implementing proportional integral derivative calculations and applying counter-limited sliding mode calculations to adjust the results of the PID calculations while carrying out a closed loop pressure control; converting the target hydraulic pressure into motor control commands and into motor duty cycle commands by implementing a linear quadratic regulator calculation while carrying out a closed loop control; controlling the electric motor by outputting the motor duty cycle commands to inputs of the electric motor; and controlling the pressure control valve by inputting the pressure control valve commands to inputs of the pressure control valve. receiving a target hydraulic pressure; detecting a current hydraulic pressure with the pressure sensor; detecting a temperature of the hydraulic fluid with the temperature sensor; generating and outputting pressure control valve commands based on the detected current hydraulic pressure, the detected temperature, and the target hydraulic pressure by implementing proportional integral derivative calculations and applying counter-limited sliding mode calculations to adjust the results of the PID calculations while carrying out a closed loop pressure control; converting the target hydraulic pressure into motor control commands and into motor duty cycle commands by implementing a linear quadratic regulator calculation while carrying out a closed loop control; controlling the electric motor by outputting the motor duty cycle commands to inputs of the electric motor; and controlling the pressure control valve by inputting the pressure control valve commands to inputs of the pressure control valve.