mhurhangee/ep-ind-claims huggingface dataset:
A communication device for handling a User Plane Evolved Packet System, EPS, Optimization procedure, comprising: a storage unit, for storing instructions of: a radio resource control, RRC, layer of the communication device receiving system information from a cell of a network; the RRC layer informing an EPS mobility management, EMM, layer of the communication device that a User Plane EPS Optimization functionality is allowed in the cell, when the system information indicates that the User Plane EPS Optimization functionality is allowed; and the RRC layer informing the EMM layer that the User Plane EPS Optimization functionality is not allowed in the cell, when the system information indicates that the User Plane EPS Optimization functionality is not allowed; and a processing circuit, coupled to the storage unit, configured to execute the instructions stored in the storage unit. a storage unit, for storing instructions of: a radio resource control, RRC, layer of the communication device receiving system information from a cell of a network; the RRC layer informing an EPS mobility management, EMM, layer of the communication device that a User Plane EPS Optimization functionality is allowed in the cell, when the system information indicates that the User Plane EPS Optimization functionality is allowed; and the RRC layer informing the EMM layer that the User Plane EPS Optimization functionality is not allowed in the cell, when the system information indicates that the User Plane EPS Optimization functionality is not allowed; and a radio resource control, RRC, layer of the communication device receiving system information from a cell of a network; the RRC layer informing an EPS mobility management, EMM, layer of the communication device that a User Plane EPS Optimization functionality is allowed in the cell, when the system information indicates that the User Plane EPS Optimization functionality is allowed; and the RRC layer informing the EMM layer that the User Plane EPS Optimization functionality is not allowed in the cell, when the system information indicates that the User Plane EPS Optimization functionality is not allowed; and a processing circuit, coupled to the storage unit, configured to execute the instructions stored in the storage unit.
System comprising an inspection device for a laser processing device or a calibration station as well as an evaluation unit for evaluating the data of the inspection device, the inspection device comprising: a housing with a window section, wherein the housing can be inserted into a laser processing device, a sensor accommodated in the housing for detecting a laser beam passing through the window section, a transmission device for the transmission of data from the sensor to an evaluation unit, and wherein the inspection device and the evaluation unit are portable, the sensor is configured to detect contour coordinates, light intensity and intensity distribution, characterised in that the evaluation unit comprises an electronic analysis tool to evaluate the data obtained from the inspection device, so that the position and orientation of a laser device of the laser processing device is adjusted or changed on the basis of the contour coordinates, light intensity and intensity distribution of the detected laser beam. a housing with a window section, wherein the housing can be inserted into a laser processing device, a sensor accommodated in the housing for detecting a laser beam passing through the window section, a transmission device for the transmission of data from the sensor to an evaluation unit, and wherein the inspection device and the evaluation unit are portable, the sensor is configured to detect contour coordinates, light intensity and intensity distribution, characterised in that the evaluation unit comprises an electronic analysis tool to evaluate the data obtained from the inspection device, so that the position and orientation of a laser device of the laser processing device is adjusted or changed on the basis of the contour coordinates, light intensity and intensity distribution of the detected laser beam.
A mechanical brake actuator, comprising: a strut that has two facing plates with a strut-bridge connecting therebetween and that engages with one brake shoe; and a plate-like brake lever that engages with the other brake shoe, where said brake lever is retained in a space between said facing plates of the strut and is pivotally supported in the strut at a proximal end thereof, and said brake lever and said strut relatively rotate to spread apart from each other while pulling a brake cable connected to a free end of the brake lever via a connecting pin, characterized in that a clip (30; 50; 60), which restricts rotation of the brake lever in a cable releasing direction, can be attached on the strut-bridge, said clip has a pair of legs (31,32; 51,52; 61,62;) that clip on the strut-bridge, said clip is slidable between a first position thereof relative to the strut-bridge where the brake cable, the brake lever, and the connecting pin can be all connected and a second position thereof relative to the strut-bridge, where said clip restricts rotation of the brake lever in a cable releasing direction, so as to disable the connecting operation of the brake cable, the brake lever, and the connecting pin when said clip is at said second position. a strut that has two facing plates with a strut-bridge connecting therebetween and that engages with one brake shoe; and a plate-like brake lever that engages with the other brake shoe, where said brake lever is retained in a space between said facing plates of the strut and is pivotally supported in the strut at a proximal end thereof, and said brake lever and said strut relatively rotate to spread apart from each other while pulling a brake cable connected to a free end of the brake lever via a connecting pin, characterized in that a clip (30; 50; 60), which restricts rotation of the brake lever in a cable releasing direction, can be attached on the strut-bridge, said clip has a pair of legs (31,32; 51,52; 61,62;) that clip on the strut-bridge, said clip is slidable between a first position thereof relative to the strut-bridge where the brake cable, the brake lever, and the connecting pin can be all connected and a second position thereof relative to the strut-bridge, where said clip restricts rotation of the brake lever in a cable releasing direction, so as to disable the connecting operation of the brake cable, the brake lever, and the connecting pin when said clip is at said second position.
An apparatus for bundling packaged articles, which comprises: a first bundling apparatus, at least a second bundling apparatus, characterised in that the relative linear displacement of the first bundling apparatus and the at least second bundling apparatus is variable, a reconfigurable bridge between the first bundling apparatus and the second bundling apparatus which spans between an exit edge of the first bundling apparatus and an entrance edge of the second bundling apparatus, wherein the span of the bridge may be re-dimensioned in order to maintain a substantially contiguous and continuous transport surface between the exit edge of the first bundling apparatus and the entrance edge of the second bundling apparatus. a first bundling apparatus, at least a second bundling apparatus, characterised in that the relative linear displacement of the first bundling apparatus and the at least second bundling apparatus is variable, a reconfigurable bridge between the first bundling apparatus and the second bundling apparatus which spans between an exit edge of the first bundling apparatus and an entrance edge of the second bundling apparatus, wherein the span of the bridge may be re-dimensioned in order to maintain a substantially contiguous and continuous transport surface between the exit edge of the first bundling apparatus and the entrance edge of the second bundling apparatus.
A driver (100, 340) for a display panel, comprising: a driving time accumulator arranged to determine an accumulated driving time of the display panel; a ditherer arranged to decrease the number of gray levels to be used in a dithering operation as the accumulated driving time increases so as to increase an amount of dither and to perform the dithering operation on input image data with the decreased number of gray levels so as to obtain dithered image data; and a data signal generator arranged to generate a data signal for the display panel based at least in part on the dithered image data. a driving time accumulator arranged to determine an accumulated driving time of the display panel; a ditherer arranged to decrease the number of gray levels to be used in a dithering operation as the accumulated driving time increases so as to increase an amount of dither and to perform the dithering operation on input image data with the decreased number of gray levels so as to obtain dithered image data; and a data signal generator arranged to generate a data signal for the display panel based at least in part on the dithered image data.
A prosthetic bone implant, the bone implant forming one side of a joint, comprising: a tibial prosthesis for replacing one side of a joint, the tibial prosthesis having a proximal superiorly facing planar surface located at a first end of the tibial prosthesis; and a soft tissue attachment component connected to the tibial prosthesis adjacent the first end and extending proximally outwardly therefrom beyond the proximal superiorly facing planar surface of the tibial prosthesis, wherein the soft tissue attachment component has a flange portion and further comprises a stem portion having a first end formed as a one-piece construct with the flange portion, the stem portion having a free second end with first and second arms forming a U-shaped slot, the U-shaped slot being open proximally at the free second end of the stem portion and adapted to receive a portion of a patellar tendon, the first and second arms (20, 22) merging at a junction to form stem portion, and the arms having medially and laterally facing U-shaped open areas. a tibial prosthesis for replacing one side of a joint, the tibial prosthesis having a proximal superiorly facing planar surface located at a first end of the tibial prosthesis; and a soft tissue attachment component connected to the tibial prosthesis adjacent the first end and extending proximally outwardly therefrom beyond the proximal superiorly facing planar surface of the tibial prosthesis, wherein the soft tissue attachment component has a flange portion and further comprises a stem portion having a first end formed as a one-piece construct with the flange portion, the stem portion having a free second end with first and second arms forming a U-shaped slot, the U-shaped slot being open proximally at the free second end of the stem portion and adapted to receive a portion of a patellar tendon, the first and second arms (20, 22) merging at a junction to form stem portion, and the arms having medially and laterally facing U-shaped open areas.
A method of forming an ocular delivery device comprising: placing a solid, shaped cellulose polymer in a vessel adapted to restrict the swelling of the polymer in at least one direction; exposing the polymer, while in said vessel, to a solution comprising an active pharmaceutical ingredient and a solvent capable of solubilizing said active pharmaceutical ingredient, wherein the polymer absorbs at least a portion of the solution, including the active pharmaceutical ingredient and solvent; allowing the absorbed solvent to evaporate from the polymer or drying the polymer; and freeing the polymer from the vessel. placing a solid, shaped cellulose polymer in a vessel adapted to restrict the swelling of the polymer in at least one direction; exposing the polymer, while in said vessel, to a solution comprising an active pharmaceutical ingredient and a solvent capable of solubilizing said active pharmaceutical ingredient, wherein the polymer absorbs at least a portion of the solution, including the active pharmaceutical ingredient and solvent; allowing the absorbed solvent to evaporate from the polymer or drying the polymer; and freeing the polymer from the vessel.
A composition comprising water, synephrine, and pegylated caprylic/capric glycerides, wherein the synephrine is p-synephrine free base or a salt, solvate or hydrate thereof, and wherein the composition comprises synephrine in an amount equivalent to 10% to 60% by weight of p -synephrine free base.
Food preparation apparatus with an electrical heating device comprising at least two electrical PTC thermistors (5, 6, 7, 8) for heating a food in a food preparation space, the electrical PTC thermistors (5, 6, 7, 8) being electrically connected in parallel, the parallel-connected PTC thermistors (5, 6, 7, 8) being electrically connected to one another by one or more electrical bridges (11 to 17), characterized in that the electrical PTC thermistors (5, 6, 7, 8) are longer than the bridges (11 to 17).
A porous material containing: aggregates; and a composite binding material which binds the aggregates to one another in a state where pores are formed and in which mullite particles that are reinforcing particles are dispersed in cordierite that is a binding material,, wherein the content of metal silicon of the material is smaller than 15 mass%. aggregates; and a composite binding material which binds the aggregates to one another in a state where pores are formed and in which mullite particles that are reinforcing particles are dispersed in cordierite that is a binding material,,
A turbine assembly for use in a gas turbine engine, the assembly comprising a case including a support housing and a plurality of vanes coupled to the support housing, a rotor mounted in the case to rotate relative to the case, the rotor including a wheel and a plurality of blades coupled to the wheel, characterised in that the assembly comprises: a fuse that extends from at least one vane included in the case to at least one blade included in the rotor to block rotation of the rotor relative to the case and that disintegrates in response to the application of a predetermined current so that the rotor is allowed to rotate relative to the case, and an electrical power source coupled to the fuse to provide the predetermined current to the fuse. a fuse that extends from at least one vane included in the case to at least one blade included in the rotor to block rotation of the rotor relative to the case and that disintegrates in response to the application of a predetermined current so that the rotor is allowed to rotate relative to the case, and an electrical power source coupled to the fuse to provide the predetermined current to the fuse.
A lubricant composition comprising a. an oil of lubricating viscosity; b. 0.5 to 2.0 wt% of an amine alkyl(thio)phosphate compound, and c. 0.2 to 0.8 wt% of a metal alkylthiophosphate, wherein the lubricant composition comprises a total sulfur level of 2 to 5 wt%. a. an oil of lubricating viscosity; b. 0.5 to 2.0 wt% of an amine alkyl(thio)phosphate compound, and c. 0.2 to 0.8 wt% of a metal alkylthiophosphate,
A control system for controlling electrical power consumption from energy storage means by a traction motor of a vehicle caused by a wheel slip event, the control system comprising one or more electronic controllers, the one or more electronic controllers configured to: receive a torque request for the traction motor; determine a prevailing speed value of the traction motor; determine a maximum allowable increase in speed of the traction motor to occur during a latency period associated with the prevailing speed value of the traction motor; wherein the latency period is defined as the delay period between the actual, instantaneous speed value of the motor and the determined prevailing speed value of the motor; determine an electrical power consumption limit in dependence on the torque request, the prevailing speed value of the traction motor and the maximum allowable increase in speed of the traction motor; and control torque provision of the traction motor in dependence on the torque request and the electrical power consumption limit; wherein control of the torque provision comprises determining a speed value of the traction motor having a lower associated latency and determining a torque limit in dependence on the lower latency speed value of the traction motor, the torque request and the electrical power consumption limit. receive a torque request for the traction motor; determine a prevailing speed value of the traction motor; determine a maximum allowable increase in speed of the traction motor to occur during a latency period associated with the prevailing speed value of the traction motor; wherein the latency period is defined as the delay period between the actual, instantaneous speed value of the motor and the determined prevailing speed value of the motor; determine an electrical power consumption limit in dependence on the torque request, the prevailing speed value of the traction motor and the maximum allowable increase in speed of the traction motor; and control torque provision of the traction motor in dependence on the torque request and the electrical power consumption limit; wherein control of the torque provision comprises determining a speed value of the traction motor having a lower associated latency and determining a torque limit in dependence on the lower latency speed value of the traction motor, the torque request and the electrical power consumption limit.
A motor control device for use in an electric power steering system configured to drive a motor having winding wires of two systems, the motor control device comprising two control systems (30, 40) each configured to control driving of the winding wires of a corresponding one of the two systems (30, 40); parameter output units (5a, 6a, 5b, 6b, 7a, 7b, 8a, 8b) each of which is corresponding to one of the two systems (30, 40) configured to output parameters (Th1, S1, Th2, S2, θm1, θm2), wherein each of the two control systems (30, 40) includes: a motor drive circuit (32, 42) configured to drive motor coils (15u, 15v, 15w, 16u, 16v, 16w) of a corresponding one of the two systems (30, 40); and a control calculation circuit (31, 41) configured to calculate an assist command value based on the parameters (Th1, S1, Th2, S2, θm1, θm2), wherein the motor drive circuit (32, 42) of each of the control systems (30, 40) is configured to drive the motor coils (15u, 15v, 15w, 16u, 16v, 16w) based on the assist command value, characterized in that, when the parameter output unit (5a, 6a, 5b, 6b, 7a, 7b, 8a, 8b) is functioning normally, the control calculation circuit (31, 41) is configured to calculate the assist command value based on a value obtained by averaging at least one kind of the parameters, out of the parameters (Th1, S1, Th2, S2, θm1, θm2) for the two control systems (30, 40), and when the parameter output unit (5a, 6a, 5b, 6b, 7a, 7b, 8a, 8b) of the first control system is malfunctioning, the control calculation circuits (31, 41) of the two control systems (30, 40) share the parameter (Th1, S1, Th2, S2, θm1, θm2) output from the parameter output unit (5a, 6a, 5b, 6b, 7a, 7b, 8a, 8b) of a remaining second control system to calculate the assist command value (I ∗ 1, I ∗ 2), and the motor drive circuits (32, 42) of the two control systems (30, 40) drive the motor coils (15u, 15v, 15w, 16u, 16v, 16w) based on the assist command value. a motor drive circuit (32, 42) configured to drive motor coils (15u, 15v, 15w, 16u, 16v, 16w) of a corresponding one of the two systems (30, 40); and a control calculation circuit (31, 41) configured to calculate an assist command value based on the parameters (Th1, S1, Th2, S2, θm1, θm2), wherein the motor drive circuit (32, 42) of each of the control systems (30, 40) is configured to drive the motor coils (15u, 15v, 15w, 16u, 16v, 16w) based on the assist command value, characterized in that,
Planar precast concrete part - comprising at least one textile reinforcement, - wherein the textile reinforcement comprises a first number of fibres oriented in one direction and a second number of fibres oriented in a second direction, - the first number of fibres being longitudinal fibres and the second number of fibres being transverse fibres, the longitudinal fibres are orthogonal to the transverse fibres in a plan view of the textile reinforcement, - wherein the textile reinforcement is guided in the tensile stressed area of the precast concrete part, - wherein the textile reinforcement completely carries away the tensile forces acting on the precast concrete part, - wherein the textile reinforcement comprises carbon fibres (3, 3', 3"), - wherein the fibres have a coating, the coating being an epoxy resin, and - wherein the textile reinforcement is formed in a single layer, characterised in that - the maximum grain size of the concrete of the precast concrete part has a size of at least 8.0 mm, - the textile reinforcement has additional fibres (3") which are oriented according to the action of a force on the precast concrete part, and - the additional fibres (3") are oblique fibres and the oblique fibres have an angle with respect to the longitudinal fibres and the transverse fibres. - comprising at least one textile reinforcement, - wherein the textile reinforcement comprises a first number of fibres oriented in one direction and a second number of fibres oriented in a second direction, - the first number of fibres being longitudinal fibres and the second number of fibres being transverse fibres, the longitudinal fibres are orthogonal to the transverse fibres in a plan view of the textile reinforcement, - wherein the textile reinforcement is guided in the tensile stressed area of the precast concrete part, - wherein the textile reinforcement completely carries away the tensile forces acting on the precast concrete part, - wherein the textile reinforcement comprises carbon fibres (3, 3', 3"), - wherein the fibres have a coating, the coating being an epoxy resin, and - wherein the textile reinforcement is formed in a single layer, characterised in that - the maximum grain size of the concrete of the precast concrete part has a size of at least 8.0 mm, - the textile reinforcement has additional fibres (3") which are oriented according to the action of a force on the precast concrete part, and - the additional fibres (3") are oblique fibres and the oblique fibres have an angle with respect to the longitudinal fibres and the transverse fibres.