mhurhangee/ep-ind-claims huggingface dataset:
A method for controlling a smart terminal device, characterized in that the method comprises: detecting (110, 200) a wear state of receivers of an earphone connected to the smart terminal device, wherein the wear state comprises a wearing state corresponding to the earphone being worn by a user of the smart terminal device and a taking-off state corresponding to the earphone being taken off by the user; and controlling (102, 202) a running state of an application in the smart terminal device according to the wear state of the receivers; wherein controlling a running state of an application in the smart terminal device according to the wear state of the receivers comprises: detecting whether or not an application is running in the smart terminal device; starting up, if no, an application in the smart terminal device according to a predetermined strategy according to the wear state of the receivers; determining, if yes, a type of the running application, so that the running state of the running application is controlled according to the determined type and the wear state of the receivers. detecting (110, 200) a wear state of receivers of an earphone connected to the smart terminal device, wherein the wear state comprises a wearing state corresponding to the earphone being worn by a user of the smart terminal device and a taking-off state corresponding to the earphone being taken off by the user; and controlling (102, 202) a running state of an application in the smart terminal device according to the wear state of the receivers; wherein controlling a running state of an application in the smart terminal device according to the wear state of the receivers comprises: detecting whether or not an application is running in the smart terminal device; starting up, if no, an application in the smart terminal device according to a predetermined strategy according to the wear state of the receivers; determining, if yes, a type of the running application, so that the running state of the running application is controlled according to the determined type and the wear state of the receivers. detecting whether or not an application is running in the smart terminal device; starting up, if no, an application in the smart terminal device according to a predetermined strategy according to the wear state of the receivers; determining, if yes, a type of the running application, so that the running state of the running application is controlled according to the determined type and the wear state of the receivers.
A pharmaceutical composition suitable for intravenous administration comprising: a) a compound of Formula I or a pharmaceutically acceptable salt thereof and b) a pharmaceutically acceptable vehicle selected from: i. oil loaded micelles, micelles, negatively charged micelles, cremophors, emulsions, microemulsions, intralipids, human serum albumin, liposomes and negatively and positively charged amino acids; or ii. water soluble organic solvents, non-ionic surfactants, water insoluble lipids, organic lipids/semisolids and phospholipids and wherein said pharmaceutically acceptable vehicle does not include β-cyclodextrin. a) a compound of Formula I or a pharmaceutically acceptable salt thereof and b) a pharmaceutically acceptable vehicle selected from: i. oil loaded micelles, micelles, negatively charged micelles, cremophors, emulsions, microemulsions, intralipids, human serum albumin, liposomes and negatively and positively charged amino acids; or ii. water soluble organic solvents, non-ionic surfactants, water insoluble lipids, organic lipids/semisolids and phospholipids i. oil loaded micelles, micelles, negatively charged micelles, cremophors, emulsions, microemulsions, intralipids, human serum albumin, liposomes and negatively and positively charged amino acids; or ii. water soluble organic solvents, non-ionic surfactants, water insoluble lipids, organic lipids/semisolids and phospholipids
A reconfigurable flight control system for reconfiguring flight control of an aircraft during a failure, the aircraft having flight control actuators and sensors, the reconfigurable flight control system comprising: a control law that is software-implemented and configured to automatically send flight control data to a mixing/mapping matrix; a reconfiguration management tool configured to communicate with the mixing/mapping matrix in order to safely transfer authority from a failed actuator to a back-up actuator; wherein the reconfiguration management toots comprises; a risk factor tool for calculating a risk factor, the risk factor being used for determining whether reconfiguration is necessary; wherein the risk factor takes into consideration a control power level, the control power level being an empirical representation of a control authority of the aircraft; and a sensor management tool for providing input to the reconfiguration management tool in order to smooth any transient conditions that may occur during reconfiguration; wherein the mixing/mapping matrix is configured to use a combination of actuators in order to achieve a desired aircraft response and configured to receive an information from the reconfiguration management tool and to use the information for continuously remapping involvement of the actuators of the aircraft; and wherein the continuously remapping of the actuators of the aircraft entails continuously changing the percentages of usage of the actuators in achieving a desired aircraft response. a control law that is software-implemented and configured to automatically send flight control data to a mixing/mapping matrix; a reconfiguration management tool configured to communicate with the mixing/mapping matrix in order to safely transfer authority from a failed actuator to a back-up actuator; wherein the reconfiguration management toots comprises; a risk factor tool for calculating a risk factor, the risk factor being used for determining whether reconfiguration is necessary; wherein the risk factor takes into consideration a control power level, the control power level being an empirical representation of a control authority of the aircraft; and a sensor management tool for providing input to the reconfiguration management tool in order to smooth any transient conditions that may occur during reconfiguration; wherein the mixing/mapping matrix is configured to use a combination of actuators in order to achieve a desired aircraft response and configured to receive an information from the reconfiguration management tool and to use the information for continuously remapping involvement of the actuators of the aircraft; and wherein the continuously remapping of the actuators of the aircraft entails continuously changing the percentages of usage of the actuators in achieving a desired aircraft response.
Carding carrier for an opening roller rotatably supported around a rotating axis of an open-end spinning device having parts of a quick-locking mechanism, with which the carding carrier can be detachably connected to a base body of the opening roller, wherein the quick-locking mechanism being executed as turn-lock fastener characterized in that the carding carrier having at least one connecting element radially spaced apart from the rotating axis, corresponding with a spring element of the base body, implemented as flat spring, wherein the connecting element for inserting the spring element having a first opening pointing towards the circumferential direction, and wherein the connecting element for guiding and tensioning the spring element, implemented as flat spring, having a spring contact surface or that the carding carrier having spring element, implemented as flat spring, corresponding with a connecting element radially spaced apart from the rotating axis of the base body, wherein the spring element extending perpendicularly in regard to the rotating axis and wherein the spring element being arranged at the carding carrier, in that way, that the base body and the carding carrier are pressed against each other in axial direction, so that the carding carrier can be detachably connected to the base body by means of a rotational movement around the rotational axis relative to the base body intended for this purpose.
A current interrupting device provided with: a current limiting element provided on a power supply path from a predetermined power supply to a load device, the current limiting element being configured to exhibit a current limiting action when current flowing the power supply path exceeds a first current threshold value (I th1); a current diversion path switch capable of switching on and off of an electric conduction of a current diversion path, the current diversion path switch being connected in parallel with the power supply path; and a controller configured to control on and off of the current diversion path switch, characterized in that the controller is configured to: switch the current diversion path switch on from an off state when it is detected that current flowing through the current limiting element is limited to a second current threshold value (I th2) after the current flowing the current limiting element has exceeded the first current threshold value (I th1), and switch the current diversion path switch off again after a predetermined switched-on holding time has elapsed since the current diversion path switch has been switched on. a current limiting element provided on a power supply path from a predetermined power supply to a load device, the current limiting element being configured to exhibit a current limiting action when current flowing the power supply path exceeds a first current threshold value (I th1); a current diversion path switch capable of switching on and off of an electric conduction of a current diversion path, the current diversion path switch being connected in parallel with the power supply path; and a controller configured to control on and off of the current diversion path switch, characterized in that the controller is configured to: switch the current diversion path switch on from an off state when it is detected that current flowing through the current limiting element is limited to a second current threshold value (I th2) after the current flowing the current limiting element has exceeded the first current threshold value (I th1), and switch the current diversion path switch off again after a predetermined switched-on holding time has elapsed since the current diversion path switch has been switched on. switch the current diversion path switch on from an off state when it is detected that current flowing through the current limiting element is limited to a second current threshold value (I th2) after the current flowing the current limiting element has exceeded the first current threshold value (I th1), and switch the current diversion path switch off again after a predetermined switched-on holding time has elapsed since the current diversion path switch has been switched on.
A granulating turbine suitable for a cooperating with a device for manufacturing a granular food product, said device comprising an extruder having a least one extrusion die comprising an extrusion face in which a plurality of extrusion orifices open, and in which device the granulating turbine may be driven in rotation about an axis perpendicular to the extrusion face, said granulating turbine being characterised in that it has a front face facing the extrusion face, a plurality of fins integral with and extending substantially perpendicularly from the front face, each fin having a lead face, a trail face and a clearance face, the clearance face facing the extrusion face and the lead face intersecting the clearance face at a cutting edge.
Active body, comprising an active material for the pyrotechnic production of smoke or for providing a pyrotechnic decoy target and a sheath for containing the active material as well as optionally an ignition means, characterized in that there is at least one gap between the active material and the sheath, wherein the nature of the gap is such that it extends over at least 75% of an entire surface of the active material and a flame can propagate through the entire gap between the active material and the sheath, wherein the nature of the sheath is such that it only breaks open after the flame has propagated through the entire gap under a pressure that builds up in the sheath as a result of a reaction of the active material and the ignition means, if present.
A method for determining a precoding matrix indicator, comprising: receiving a first reference signal set sent by a base station; determining, based on the first reference signal set, one or more intermediate matrices, and reporting, to the base station, a first index used to indicate the determined one or more intermediate matrix; receiving a second reference signal set sent by the base station; and determining, based on the second reference signal set, a precoding matrix, and reporting, to the base station, a precoding matrix indicator used to indicate the determined precoding matrix, wherein the precoding matrix is a product W of two matrices W 1 and W 2, and W = W 1 W 2, wherein W 1 is a block diagonal matrix, W 1 = diag{ X 1, X 2}, characterized in that a block matrix X i is a Kronecker product of two matrices C i and D i, X i = C i ⊗ D i, i = 1, 2, and the matrix C i or the matrix D i is a function of the one or more intermediate matrices; wherein the k th column c k of the matrix C i meets that c k = diag α k,1 e jφ k,1, α k,2 e jφ k,2, ⋯, α k, N v e jφ k, N V a l the k th column d k of the matrix D i meets that d k = diag β k,1 e jφ k,1, β k,2 e jφ k,2, ⋯, β k, N H e jφ k, N H a l, wherein a l is the l th column vector of an intermediate matrix A, N V and N H are positive integers, φ k,1, φ k,2,···, φ k, N V and φ k,1, φ k,2,···, φ k, N H are all phases, and α k,1, α k,2,···, α k, N V and β k,l, β k,2,···, β k, N H are all real numbers. receiving a first reference signal set sent by a base station; determining, based on the first reference signal set, one or more intermediate matrices, and reporting, to the base station, a first index used to indicate the determined one or more intermediate matrix; receiving a second reference signal set sent by the base station; and determining, based on the second reference signal set, a precoding matrix, and reporting, to the base station, a precoding matrix indicator used to indicate the determined precoding matrix, wherein the precoding matrix is a product W of two matrices W 1 and W 2, and W = W 1 W 2, wherein W 1 is a block diagonal matrix, W 1 = diag{ X 1, X 2}, characterized in that a block matrix X i is a Kronecker product of two matrices C i and D i, X i = C i ⊗ D i, i = 1, 2, and the matrix C i or the matrix D i is a function of the one or more intermediate matrices; wherein the k th column c k of the matrix C i meets that c k = diag α k,1 e jφ k,1, α k,2 e jφ k,2, ⋯, α k, N v e jφ k, N V a l the k th column d k of the matrix D i meets that d k = diag β k,1 e jφ k,1, β k,2 e jφ k,2, ⋯, β k, N H e jφ k, N H a l, wherein a l is the l th column vector of an intermediate matrix A, N V and N H are positive integers, φ k,1, φ k,2,···, φ k, N V and φ k,1, φ k,2,···, φ k, N H are all phases, and α k,1, α k,2,···, α k, N V and β k,l, β k,2,···, β k, N H are all real numbers.
An actuator, comprising: an active layer comprising at least one metal hydroxide, the active layer having a first volume under no stimulation and a second volume different from the first volume under stimulation; wherein the at least one metal hydroxide comprises nickel; and a passive layer, characterised in that the passive layer comprises a porous polymer membrane, the passive layer having an elastic modulus at least half of an elastic modulus of the active layer, wherein the porous polymer membrane comprises a polycarbonate or a polyester. an active layer comprising at least one metal hydroxide, the active layer having a first volume under no stimulation and a second volume different from the first volume under stimulation; wherein the at least one metal hydroxide comprises nickel; and a passive layer, characterised in that the passive layer comprises a porous polymer membrane, the passive layer having an elastic modulus at least half of an elastic modulus of the active layer, wherein the porous polymer membrane comprises a polycarbonate or a polyester. a porous polymer membrane, the passive layer having an elastic modulus at least half of an elastic modulus of the active layer, wherein the porous polymer membrane comprises a polycarbonate or a polyester.
An energy accumulation basket, formed by holders provided with multiple housings where there are arranged capacitors, wherein inner walls of the housings have indentations (5.1) where respective accessory elastic projections are housed, whereby capacitors arranged in the housings fit within the perimeter, said accessory elastic projections being wedge-shaped, wherein structures are defined on the outer face (4.1) of each holder, said structures protruding into the housings for supporting the end of the corresponding capacitor, the capacitors being axially retained in the respective housings by said structures of the holders, wherein said capacitators are arranged so as to being held by the housings at their ends between said holders.
Method for cleaning, in particular for descaling, a system which consists of a tank (26.1) for storing water and a continuous flow heater (26.2) for producing steam for a processing chamber of a domestic appliance, wherein the tank (26.1) and the continuous flow heater (26.2) are fluidically interconnected both on the steam-side end and the water-side end of the continuous flow heater (26.2), and the method comprises the following steps in the specified order: - filling the tank (26.1) and the continuous flow heater (26.2) with a cleaning fluid, at least until the fill level has reached a height at which a constant level of fluid is produced at the fluid-conducting connection at the steam-side end of the continuous flow heater (26.2) between the tank (26.1) and the continuous flow heater (26.2) so that it is possible for the cleaning fluid to circulate naturally in the system, - switching on the continuous flow heater (26.2) and adjusting the temperature of the fluid in the system to a previously determined target temperature, so that the cleaning fluid can circulate naturally in the system, - filling the tank (26.1) with a previously determined amount of rinsing fluid according to a previously determined cleaning duration while maintaining the natural circulation, and - discharging the mixture of cleaning and rinsing fluid from the system. - filling the tank (26.1) and the continuous flow heater (26.2) with a cleaning fluid, at least until the fill level has reached a height at which a constant level of fluid is produced at the fluid-conducting connection at the steam-side end of the continuous flow heater (26.2) between the tank (26.1) and the continuous flow heater (26.2) so that it is possible for the cleaning fluid to circulate naturally in the system, - switching on the continuous flow heater (26.2) and adjusting the temperature of the fluid in the system to a previously determined target temperature, so that the cleaning fluid can circulate naturally in the system, - filling the tank (26.1) with a previously determined amount of rinsing fluid according to a previously determined cleaning duration while maintaining the natural circulation, and - discharging the mixture of cleaning and rinsing fluid from the system.
Identity document comprising in a single plane a two-dimensional image and with optical means a ghost image for verifying the authenticity of the two-dimensional image, wherein the ghost image is a stereo image and in that the stereo image is based on the two-dimensional image, wherein the ghost image comprises the two-dimensional image per se, wherein the two-dimensional image shows a person, and the ghost image shows a person being the same person as shown by the two-dimensional image, wherein the ghost image comprises images being applied interlaced characterised in that the ghost-image is under the optical means which comprise a series of linear lenticular lenses (8, 9, 10) forming a lens array and said lenses (8, 9, 10) are cylindrical shaped, the lenses (8, 9, 10) extending in the direction of the symmetry axis of the face of the person.
Detection apparatus of a wind turbine wherein said wind turbine comprises a down-conducting system arranged to conduct current induced from lightning, wherein said detection apparatus comprises a charge measurement apparatus for establishment of a charge representation, wherein said charge representation represents charge induced into said down-conducting system by lightning, and wherein said detection apparatus further comprises an estimator for estimating deterioration induced by lightning of one or more components in a wind turbine on the basis of said charge representation.
A lubricant composition comprising a mixture of: (a) a lubricating oil; and (b) a compound having a phosphorus containing species and an amine having the formula V: wherein R 1 is selected from the group consisting of: --(C 1 -C 20)alkyl, --(C 1 -C 20)alkenyl, --(C 5 -C 20)cycloalkyl; R is selected from the group consisting of: --(C 4 -C 20)alkyl, --(C 4 -C 20)alkenyl, --(C 5 -C 20)cycloalkyl; and wherein R 2, R 3 and R 4 are independently selected from the group consisting of: -H, --(C 6 -C 36)alkyl, --(C 6 -C 36)alkenyl, --(C 6 -C 36)cycloalkyl, wherein at least one of R 2, R 3 and R 4 is not H; X is O or S; m is 1, p is 1 and q = 0.8 to 1.2 * p, wherein the compound of formula I provides at least 48 ppm of phosphorus based on the total weight of the lubricant composition and wherein the compound of formula V provides a molar ratio phosphorus to nitrogen (P/N) in the range of 0.40 to 1.50. (a) a lubricating oil; and (b) a compound having a phosphorus containing species and an amine having the formula V: wherein R 1 is selected from the group consisting of: --(C 1 -C 20)alkyl, --(C 1 -C 20)alkenyl, --(C 5 -C 20)cycloalkyl; R is selected from the group consisting of: --(C 4 -C 20)alkyl, --(C 4 -C 20)alkenyl, --(C 5 -C 20)cycloalkyl; and wherein R 2, R 3 and R 4 are independently selected from the group consisting of: -H, --(C 6 -C 36)alkyl, --(C 6 -C 36)alkenyl, --(C 6 -C 36)cycloalkyl, wherein at least one of R 2, R 3 and R 4 is not H; X is O or S; m is 1, p is 1 and q = 0.8 to 1.2 * p, wherein the compound of formula I provides at least 48 ppm of phosphorus based on the total weight of the lubricant composition and wherein the compound of formula V provides a molar ratio phosphorus to nitrogen (P/N) in the range of 0.40 to 1.50.
A surgical instrument, comprising: an alignment guide having a distal end and a proximal end; a clip at the distal end of the alignment guide for releasably attaching a cutting block; and a brace attached toward the proximal end of the alignment guide for attaching the instrument to a limb of a patient, wherein the brace comprises a pair of opposed members (32, 34), and wherein at least a part of the brace is made of a resilient material allowing the brace to grip the patient in use, and characterised in that each member (32,34) is shaped to encircle and hold a respective malleolus of the patient on either side of the patient. an alignment guide having a distal end and a proximal end; a clip at the distal end of the alignment guide for releasably attaching a cutting block; and a brace attached toward the proximal end of the alignment guide for attaching the instrument to a limb of a patient, wherein the brace comprises a pair of opposed members (32, 34), and wherein at least a part of the brace is made of a resilient material allowing the brace to grip the patient in use, and characterised in that each member (32,34) is shaped to encircle and hold a respective malleolus of the patient on either side of the patient.