mhurhangee/ep-ind-claims huggingface dataset:
A mobile device comprising: a memory having a device administrator and at least one delegated administrator stored thereon, the device administrator configured to delegate at least one permission to the at least one delegated administrator via a mobile device management, MDM, framework by providing the at least one delegated permission to the MDM framework, the delegated administrator configured to apply a security policy to the MDM framework based on the at least one permission; and at least one processor configured to execute the MDM framework that is configured to: receive the at least one delegated permission from the device administrator; grant the at least one delegated permission to the at least one delegated administrator; receive the applied security policy from the at least one delegated administrator; and enforce the applied security policy on the mobile device. a memory having a device administrator and at least one delegated administrator stored thereon, the device administrator configured to delegate at least one permission to the at least one delegated administrator via a mobile device management, MDM, framework by providing the at least one delegated permission to the MDM framework, the delegated administrator configured to apply a security policy to the MDM framework based on the at least one permission; and at least one processor configured to execute the MDM framework that is configured to: receive the at least one delegated permission from the device administrator; grant the at least one delegated permission to the at least one delegated administrator; receive the applied security policy from the at least one delegated administrator; and enforce the applied security policy on the mobile device. receive the at least one delegated permission from the device administrator; grant the at least one delegated permission to the at least one delegated administrator; receive the applied security policy from the at least one delegated administrator; and enforce the applied security policy on the mobile device.
Converter, in particular DC/DC converter, for use in a motor vehicle, comprising: - a transducer circuit, which is arranged between a first grid (N 1) and a second grid (N 2), in order to transform an input-side DC or AC voltage (U E) at an input terminal to an output-side DC or AC voltage (U A) at an output terminal, wherein the input-side DC or AC voltage and the output-side DC or AC voltage are referred to a common potential; - a first monitoring circuit (5 1), which is arranged between the input terminal and the transducer circuit, in order to detect a flow of current into the transducer circuit; - a second monitoring circuit (5 2), which is arranged between the output terminal and the transducer circuit, in order to detect a flow of current into the transducer circuit; - a first disconnection element (8 1), which is arranged between the input terminal and the transducer circuit, in order to switch a connection between the input terminal and the transducer circuit depending on the flow of current detected by the first monitoring circuit (5 1) and/or a second disconnection element (8 2), which is arranged between the output terminal and the transducer circuit, in order to switch a connection between the output terminal and the transducer circuit depending on the flow of current detected by the second monitoring circuit (5 2), characterized in that it is possible to activate the converter by closing the disconnection elements, and in that a control unit is provided, which is configured to prevent activation of the converter depending on a flow of current detected in the first and/or the second monitoring circuit (5 1, 5 2). - a transducer circuit, which is arranged between a first grid (N 1) and a second grid (N 2), in order to transform an input-side DC or AC voltage (U E) at an input terminal to an output-side DC or AC voltage (U A) at an output terminal, wherein the input-side DC or AC voltage and the output-side DC or AC voltage are referred to a common potential; - a first monitoring circuit (5 1), which is arranged between the input terminal and the transducer circuit, in order to detect a flow of current into the transducer circuit; - a second monitoring circuit (5 2), which is arranged between the output terminal and the transducer circuit, in order to detect a flow of current into the transducer circuit; - a first disconnection element (8 1), which is arranged between the input terminal and the transducer circuit, in order to switch a connection between the input terminal and the transducer circuit depending on the flow of current detected by the first monitoring circuit (5 1) and/or a second disconnection element (8 2), which is arranged between the output terminal and the transducer circuit, in order to switch a connection between the output terminal and the transducer circuit depending on the flow of current detected by the second monitoring circuit (5 2),
An agent that increases the expression of, or increases activity of, α-amino-3-hydroxy-5-methyl-4-isoxazolepropionic acid receptor (AMPAR) at neuronal synapses for use in the treatment of Angelman Syndrome, wherein the agent is an antagonist of metabotropic glutamate receptor subtype 5 (mGluR5) that comprises 2-methyl-6-(phenylethynyl)-pyridine (MPEP) or 3-[(2-methyl-1,3-thiazol-4-yl)ethynyl]pyridine (MTEP).
A method to produce a metal sleeve for use as a carrier of an abrasive layer of a sawing bead, said sleeve having an axial bore with an axial middle part and chamfered openings at either end, said method is by metal injection moulding a mixture of metal powder and binder in a mould (310, 410) having a mould cavity thereby forming a green sleeve that is subsequently freed of its binder and sintered to final shape characterised in that said mould cavity is formed by an outer shell (312, 312', 412, 412') having an interior surface delimited by a surface of revolution and a first (314, 414) and second pin (314', 414') enterable and retractable from the opposite ends of said outer shell thereby closing or opening said mould cavity, said first and second pin matching one another midway said mould cavity said pins (314, 414, 314', 414') are tapered towards their matching point.
A video decoding method comprising computer executable steps executed by a processor of a video decoder to implement: retrieving at least some pixels, according to a prediction direction of intra prediction on a target block to be predicted, from a first memory area (refH) in which an array of horizontal boundary pixels is stored, wherein the horizontal boundary pixels are located directly above the target block; adding the retrieved pixels to an array of vertical boundary pixels located directly left of the target block, wherein the retrieved pixels are added directly to the end of the array of vertical boundary pixels at which a topmost one of the vertical boundary pixels is stored to form a consecutive sequence of the vertical boundary pixels; storing the added pixels in a second memory area (refV) in which the array of vertical boundary pixels is stored, to extend the array stored in the second memory area (refV) thereof; and performing the intra prediction of the target block using only the vertical boundary pixels including the added pixels, of the extended array stored in the second memory area (refV) as reference pixels. retrieving at least some pixels, according to a prediction direction of intra prediction on a target block to be predicted, from a first memory area (refH) in which an array of horizontal boundary pixels is stored, wherein the horizontal boundary pixels are located directly above the target block; adding the retrieved pixels to an array of vertical boundary pixels located directly left of the target block, wherein the retrieved pixels are added directly to the end of the array of vertical boundary pixels at which a topmost one of the vertical boundary pixels is stored to form a consecutive sequence of the vertical boundary pixels; storing the added pixels in a second memory area (refV) in which the array of vertical boundary pixels is stored, to extend the array stored in the second memory area (refV) thereof; and performing the intra prediction of the target block using only the vertical boundary pixels including the added pixels, of the extended array stored in the second memory area (refV) as reference pixels.
Matrix circuit for a display device of a household appliance with a predetermined number of light-emitting diodes (D1 to D9) arranged in rows (Z1, Z2, Z3) and columns (S1, S2, S3), wherein in each row (Z1, Z2, Z3) cathodes of the light-emitting diodes (D1 to D9) are connected electrically by way of a supply line and in each column (S1, S2, S3) anodes of the light-emitting diodes (D1 to D9) are connected electrically by way of a supply line, and wherein each column (S1, S2, S3) comprises in each case a first controllable switching element for switching an electrically conducting connection between the respective supply line and a supply connection of the matrix circuit having a first potential, and each row (Z1, Z2, Z3) comprises in each case a second controllable switching element for switching an electrically conducting connection between the respective supply line and an earth connection of the matrix circuit having a smaller second potential compared with the first potential, wherein the matrix circuit for each column (S1, S2, S3) has at least one first resistor, which can be switched in parallel to the first controllable switching element of the respective column (S1, S2, S3) for electrically connecting the respective supply line to the supply connection of the matrix circuit and for feeding an electrical current from the supply connection into the supply line, characterised in that the supply line of each column (S1, S2, S3) is connected electrically to the supply lines of the other columns (S1, S2, S3) by way, in each case, of one of the first resistors of the respective column (S1, S2, S3), wherein one of the first resistors of a column (S1, S2, S3) is switched only in parallel to the first controllable switching element of this column (S1, S2, S3) when a first controllable switching element of at least one other column (S1, S2, S3) is closed and as a result the first resistor is connected to the supply connection.
A system configured to diagnose sleep comprising an apparatus configured to be attached to a patient; the apparatus comprising: an optical sensor configured to measure a blood volume pulse of the patient; and a wireless communication interface configured to wirelessly transmit the measured blood volume pulse; and wherein the system further comprises means (301, 311) for performing: obtaining the wirelessly transmitted measured blood volume pulse; deriving from the blood volume pulse a signal that approximates peripheral arterial tone by calculating an envelope of the obtained blood volume pulse measurements; and determining occurrences of sleep events from changes (721, 722, 731, 732) in the approximated peripheral arterial tone. an optical sensor configured to measure a blood volume pulse of the patient; and a wireless communication interface configured to wirelessly transmit the measured blood volume pulse; obtaining the wirelessly transmitted measured blood volume pulse; deriving from the blood volume pulse a signal that approximates peripheral arterial tone by calculating an envelope of the obtained blood volume pulse measurements; and determining occurrences of sleep events from changes (721, 722, 731, 732) in the approximated peripheral arterial tone.
One or more agents capable of regulating contractility of myometrial tissue for use in a therapeutic method for regulating contractility of myometrial tissue, wherein the one or more agents are contained or encapsulated within a polymeric delivery vehicle conjugated with one or more molecules recognizing and/or capable of binding, directly or indirectly, to the oxytocin receptor.
An apparatus comprising a baby bottle and a bottle top attachment coupled to said baby bottle and having a connector for a breast pump, wherein said bottle top attachment comprises a measuring head with a reservoir for breast milk, said reservoir comprising an outflow opening to said baby bottle and a closure element disposed in said outflow opening, and said closure element being adapted such that it retains at least a certain amount of milk in said reservoir, characterized in that said measuring head comprises an optical sensor unit associated with a volume of said reservoir, wherein light detectors are arranged one above another in a height direction on one side of said reservoir and light emitters are arranged one above another in the height direction on another side of said reservoir, and wherein each light detector on the one side of the reservoir is assigned to one light emitter arranged on the other side of the reservoir at the same height.
A surveillance apparatus, said apparatus comprising a first array of radar transmitting elements a second array of radar receiving elements a feed network coupled to the radar transmitting elements of said first array; and, a processor coupled to the radar receiving elements of the second array and said feed network; characterised in that one of the first and second arrays is a planar array and the other is a linear array, the linear array being orthogonal to the planar array; the radar transmitting elements being adapted to transmit a plurality of pulses in accordance with a orthogonal frequency division multiplexing (OFDM) scheme, wherein each pulse is carrier frequency selected from a set of predetermined frequencies allowing the radar receiving elements to separate out return signals for each radar transmitting element reflected by one or more objects within range; and, said processor is adapted to synthesise a plurality of transient antenna elements at the mid points between the radar transmitting elements and radar receiving elements
A method of estimating a motion of a multiple camera system in a three-dimensional space, wherein the field of view of multiple cameras at least partially coincide, the method comprising the steps of: - providing a subsequent series of image sets that have substantially simultaneously been captured by the multiple camera system; - identifying a multiple number of corresponding image features in a particular image set; - determining 3D positions associated with said image features based on a disparity in the images in the particular set; - determining 3D positions associated with said image features in a subsequent image set; - calculating a multiple number of initial motion estimates for a motion of the multiple camera system between the time instant associated with the particular image set and the time instant of the subsequent image set, based on 3D position differences of image features in images of the particular set and the subsequent set, captured by a specific camera; - characterizing the motion by motion parameters represented in the group of rigid-body motion in 3D being a special Euclidean group SE, wherein the rotational part is represented using an unit quaternion and the translational part as a three-dimensional vector; and - determining an optimal set of motion parameters in the group of rigid-body motion in 3D, wherein the determining step comprises applying an expectation maximization algorithm to the motion parameters in a local linearization of the group of rigid-body motion in 3D. - providing a subsequent series of image sets that have substantially simultaneously been captured by the multiple camera system; - identifying a multiple number of corresponding image features in a particular image set; - determining 3D positions associated with said image features based on a disparity in the images in the particular set; - determining 3D positions associated with said image features in a subsequent image set; - calculating a multiple number of initial motion estimates for a motion of the multiple camera system between the time instant associated with the particular image set and the time instant of the subsequent image set, based on 3D position differences of image features in images of the particular set and the subsequent set, captured by a specific camera; - characterizing the motion by motion parameters represented in the group of rigid-body motion in 3D being a special Euclidean group SE, wherein the rotational part is represented using an unit quaternion and the translational part as a three-dimensional vector; and - determining an optimal set of motion parameters in the group of rigid-body motion in 3D,
A method for sealing a first component and a second component (104, 108, 112) in an internal combustion engine during manufacturing and assembling of a new engine and/or servicing of an old engine, the method comprising: placing a gasket between the first component and the second component (104, 108, 112), applying a first tightening force between the first and the second component (104, 108, 112) and plastically deforming only a portion of the gasket; and at least partly relieving the first tightening force to a second tightening force. placing a gasket between the first component and the second component (104, 108, 112), applying a first tightening force between the first and the second component (104, 108, 112) and plastically deforming only a portion of the gasket; and at least partly relieving the first tightening force to a second tightening force.
A battery pack comprising: a housing having a longitudinal axis, a first surface, and a second surface; electrical terminals positioned within the housing and configured to engage and electrically couple with electrical terminals of a power tool; and a latch mechanism coupled to the housing, the latch mechanism having a latch member including a first latch portion having a first inclined surface and a second latch portion having a second inclined surface that intersects the first inclined surface; characterized in that the first latch portion has a width greater than a width of the second latch portion. a housing having a longitudinal axis, a first surface, and a second surface; electrical terminals positioned within the housing and configured to engage and electrically couple with electrical terminals of a power tool; and a latch mechanism coupled to the housing, the latch mechanism having a latch member including a first latch portion having a first inclined surface and a second latch portion having a second inclined surface that intersects the first inclined surface; characterized in that the first latch portion has a width greater than a width of the second latch portion.
A semi-autonomous processing system for processing objects, said semi-autonomous processing system comprising: a processing station; an input conveyance system for moving objects to the processing station that includes a presentation area; an identification system including perception units that are directed toward the presentation area for providing perception data regarding an object in the presentation area; at least two transport systems (430, 432, 434, 436), each of which is adapted to receive the object and move the object in either of reciprocal directions; and a manual workstation area between the perception area and the at least two transport systems (430, 432, 434, 436); characterised in that: the manual workstation area includes a movable chair; and the movable chair is actively moved to turn toward a designated chute (421, 423, 425, 427) that leads to one of the at least two transport systems responsive to the perception data from at least one of the perception units that is representative of an identity of the object. a processing station; an input conveyance system for moving objects to the processing station that includes a presentation area; an identification system including perception units that are directed toward the presentation area for providing perception data regarding an object in the presentation area; at least two transport systems (430, 432, 434, 436), each of which is adapted to receive the object and move the object in either of reciprocal directions; and a manual workstation area between the perception area and the at least two transport systems (430, 432, 434, 436); characterised in that: the manual workstation area includes a movable chair; and the movable chair is actively moved to turn toward a designated chute (421, 423, 425, 427) that leads to one of the at least two transport systems responsive to the perception data from at least one of the perception units that is representative of an identity of the object. the manual workstation area includes a movable chair; and the movable chair is actively moved to turn toward a designated chute (421, 423, 425, 427) that leads to one of the at least two transport systems responsive to the perception data from at least one of the perception units that is representative of an identity of the object.
A composition comprising (i) one or more substituted diamondoids; and (ii) a solvent A and/or (iii) a solvent B; wherein said (i) one or more substituted diamondoids comprises one or more ketones of adamantane. (i) one or more substituted diamondoids; and (ii) a solvent A and/or (iii) a solvent B;
An extraoral dental X-ray apparatus, adapted to perform at least symmetrical CT and offset CT and panoramic imaging, said apparatus comprising a movement mechanism, which movement mechanism joins an X-ray source and an X-ray detector unit and is adapted to rotate about the subject of the imaging and comprises at least two parts (100a, 100b) turnable with respect to each other, said X-ray source and X-ray detector unit being located in different parts of the the said two parts of the movement mechanism, wherein the detector unit comprises either, one detector only adapted to be used in both CT imaging and panoramic imaging, or comprises one CT detector and also one detector for panoramic imaging, characterized in that the apparatus is adapted such that when it performs symmetrical CT imaging and offset CT imaging, the movement mechanism is adapted to change the positions of the X-ray source and X-ray detector unit or X-ray detector when said at least two parts are turned with respect to each other between the symmetrical CT imaging position and at least one offset imaging position so that the X-ray beam emitted by the X-ray source hits said X-ray detector unit or X-ray detector, and the apparatus is adapted such that when it performs offset CT imaging, the movement mechanism is adapted to change the positions of the X-ray source and X-ray detector unit or X-ray detector when said at least two parts are turned with respect to each other between different offset imaging positions so that the X-ray beam emitted by the X-ray source hits said X-ray detector unit or X-ray detector, wherein in the offset CT imaging the center of an image area of the detector, or respectively the CT detector, is offset from a line between the X-ray source and a center of rotation, and the apparatus is adapted such that when it performs CT imaging and panoramic imaging, said X-ray detector unit is adapted to move closer to the X-ray source along the beam of the X-ray source when a part of the movement mechanism connected with the X-ray detector unit is turned from a CT imaging position into a panoramic imaging position.
Drill bit for hammer-drilling operation which contains a drill head which is formed as a solid head consisting entirely of carbide, and a shaft made of steel, wherein the drill head is fixed, with its underside, to the shaft by material bonding, wherein a recess is formed in the underside of the drill head which occupies at least eighty per cent of the total cross-section of the drill head and curves conically inwards, characterised in that a surface of the shaft facing the drill head has a convex curvature which occupies at least eighty per cent of the cross-section of the shaft.