mhurhangee/ep-ind-claims huggingface dataset:
A method for wireless communication, comprising: identifying a block of time resources for device-to-device, D2D, data transmissions (335, 340) and scheduling assignment, SA, transmissions (325, 330); identifying a predefined relationship between the block of time resources and the SA transmissions (325, 330), wherein the predefined relationship provides various parameters for the SA transmissions in absence of periodic SA transmissions; selecting, from the entire block of time resources, a subset of the time resources for transmitting an SA (325, 330); and transmitting the SA transmissions (325, 330) using the subset of the time resources and according to the predefined relationship, characterised in that the SA (325, 330) includes a bitmap indicating time resources following the SA transmission (325, 330) that are to be used for the D2D data transmissions (335, 340), wherein the bitmap comprises a defined number of bits, and the transmission of the bitmap is repeated when the number of D2D data transmissions extend beyond the time resources identified in the bitmap. identifying a block of time resources for device-to-device, D2D, data transmissions (335, 340) and scheduling assignment, SA, transmissions (325, 330); identifying a predefined relationship between the block of time resources and the SA transmissions (325, 330), wherein the predefined relationship provides various parameters for the SA transmissions in absence of periodic SA transmissions; selecting, from the entire block of time resources, a subset of the time resources for transmitting an SA (325, 330); and transmitting the SA transmissions (325, 330) using the subset of the time resources and according to the predefined relationship, characterised in that the SA (325, 330) includes a bitmap indicating time resources following the SA transmission (325, 330) that are to be used for the D2D data transmissions (335, 340), wherein the bitmap comprises a defined number of bits, and the transmission of the bitmap is repeated when the number of D2D data transmissions extend beyond the time resources identified in the bitmap.
A system for automated reconfiguration of an electricity distribution system, comprising: a plurality of nodes (IR1-9) being located in the distribution system; a plurality of node controllers controlling respective nodes in the plurality of nodes (IR1-9) and including resources which monitor the distribution system, which source, permit or inhibit flow of electricity in the distribution system in response to detection of a condition requiring reconfiguration of the distribution system, which communicate information with at least one other node controller in the plurality of node controllers to transmit and receive communicated information; which affect the state of the associated node to source, permit or inhibit flow of electricity in accordance with one of a first operating mode and a second operating mode, the second operating mode being different than the first operating mode; wherein the first and second operating modes are both restoration operating modes; characterized in that at least one of the nodes of the plurality of nodes (IR1-9) comprises a fault isolating device for isolating an interconnection between at least two of the nodes, the fault isolating device being responsive to determine a rate of loading and capacity change over time at the at least one node; and in that the plurality of node controllers include logic to affect reconfiguration of the distribution system via the plurality of nodes when the rate of loading and capacity change over time indicates a critical loading and capacity level at the at least one node. a plurality of nodes (IR1-9) being located in the distribution system; a plurality of node controllers controlling respective nodes in the plurality of nodes (IR1-9) and including resources which monitor the distribution system, which source, permit or inhibit flow of electricity in the distribution system in response to detection of a condition requiring reconfiguration of the distribution system, which communicate information with at least one other node controller in the plurality of node controllers to transmit and receive communicated information; which affect the state of the associated node to source, permit or inhibit flow of electricity in accordance with one of a first operating mode and a second operating mode, the second operating mode being different than the first operating mode; wherein the first and second operating modes are both restoration operating modes; characterized in that at least one of the nodes of the plurality of nodes (IR1-9) comprises a fault isolating device for isolating an interconnection between at least two of the nodes, the fault isolating device being responsive to determine a rate of loading and capacity change over time at the at least one node; and in that the plurality of node controllers include logic to affect reconfiguration of the distribution system via the plurality of nodes when the rate of loading and capacity change over time indicates a critical loading and capacity level at the at least one node.
A stable composition comprising: an active pharmaceutical ingredient chosen from 2,5-dichloro-3-(5-(3,4-dihydroxy-5-nitrophenyl)-1,2,4-oxadiazol-3-yl)-4,6-dimethylpyridine 1-oxide and salts, esters, hydrates, and solvates thereof; at least one filler; and at least one binder; wherein the active pharmaceutical ingredient is present in granular form; wherein the at least one filler is not a phosphate compound; wherein the at least one binder is not a PVP compound; and wherein the composition has a bulk density greater than 0.5 g/mL. an active pharmaceutical ingredient chosen from 2,5-dichloro-3-(5-(3,4-dihydroxy-5-nitrophenyl)-1,2,4-oxadiazol-3-yl)-4,6-dimethylpyridine 1-oxide and salts, esters, hydrates, and solvates thereof; at least one filler; and at least one binder; wherein the active pharmaceutical ingredient is present in granular form; wherein the at least one filler is not a phosphate compound; wherein the at least one binder is not a PVP compound; and wherein the composition has a bulk density greater than 0.5 g/mL.
A method of determining a drilling parameter associated with a push-the-bit directional drilling system, comprising: measuring (802,804) hydraulic pressure associated with a number of expandable thrust pads extending from a steering unit of said push-the-bit directional drilling system, the thrust pads being located at a selected distance above an associated rotary drill bit of the push-the-bit directional drilling system during drilling of a wellbore for applying force to adjacent portions of the wellbore and for maintaining desired contact between the push-the-bit directional drilling system and the adjacent portions of the wellbore; detecting a change in the hydraulic pressure of the thrust pads; and determining a drilling parameter based on the detected change in hydraulic pressure of the thrust pads. measuring (802,804) hydraulic pressure associated with a number of expandable thrust pads extending from a steering unit of said push-the-bit directional drilling system, the thrust pads being located at a selected distance above an associated rotary drill bit of the push-the-bit directional drilling system during drilling of a wellbore for applying force to adjacent portions of the wellbore and for maintaining desired contact between the push-the-bit directional drilling system and the adjacent portions of the wellbore; detecting a change in the hydraulic pressure of the thrust pads; and determining a drilling parameter based on the detected change in hydraulic pressure of the thrust pads.
Pipe-connection device for connecting to at least one pipe or a fitting, respectively, comprising: a cylindrical sleeve element which extends along a longitudinal axis, having a cylindrical receptacle opening for receiving the pipe, a tensioning element which surrounds the sleeve element, and a seal which is disposed in the tensioning element and extends around the longitudinal axis, wherein the tensioning element during tensioning is activatable from a standby position to a clamping position, wherein during tensioning of the tensioning element the seal is movable radially towards the longitudinal axis and is connectable to the surface of a pipe which protrudes into the receptacle opening, wherein the seal in the standby position in relation to the receptacle opening is recessed behind the internal diameter of the receptacle opening such that the cross section of the receptacle opening is not reduced when viewed in the direction of the longitudinal axis, characterized in that the seal is retained on the sleeve element in an encircling groove on the external side of the sleeve element.
A battery module comprising: a secondary battery stack formed by stacking a plurality of secondary batteries having electrode leads (111, 112), wherein the electrode lead protrudes from the secondary battery, and has a bent part such that an end is bent to the left or right, and the bent parts of neighboring secondary batteries are stacked with an elastic body interposed between the bent parts of the electrode leads of opposite polarities, the bent parts have a bolt hole, and the corresponding stack part is fastened by an insulating bolt including a washer with the elastic body being compressed. a secondary battery stack formed by stacking a plurality of secondary batteries having electrode leads (111, 112), wherein the electrode lead protrudes from the secondary battery, and has a bent part such that an end is bent to the left or right, and the bent parts of neighboring secondary batteries are stacked with an elastic body interposed between the bent parts of the electrode leads of opposite polarities, the bent parts have a bolt hole, and the corresponding stack part is fastened by an insulating bolt including a washer with the elastic body being compressed.
Registration device for patient registration, wherein the registration device comprises at least one reference marker adapted to be sensed by an imaging system and at least one position element adapted to be localized by a position sensing system, and fixation means for positioning the registration device in a patient's body cavity at a location comprising soft tissue, wherein the registration device is adapted to be introduced into and positioned in the patient's body cavity, the body cavity being the nasal cavity, the nasopharynx, and/or the neurocranium such as a cerebral ventricle, wherein the registration device has a first physical extent for facilitating introduction of the registration device in a patient's body cavity and a second physical extent allowing positioning of the registration device in the patient's body cavity by means of the fixation means, and wherein at least a part or a portion of the registration device is provided with an elasticity and/or a resilience allowing the positioning of the registration device on or in, respectively, the internal structure inside a patient's body cavity.
A tire wear estimator, comprising a tire measurement system which is adapted to be mounted in a tire or on an inner surface of a tire, the tire measurement system comprising a sensor adapted for sensing a physical property of the tire, and an acquisition system adapted for sampling a signal of the sensor into memory to acquire a perturbation in the sampled data which is induced by a contact patch of the tire characterized in that the sensor is an accelerometer being adapted for measuring radial acceleration or for measuring tangential acceleration and that a sample rate of the acquisition system is high enough such that at least one oscillation, which is indicative of a tread depth of the tire, becomes detectable in the sampled data in and/or around the perturbation.
A method for video coding, comprising: encoding received pictures into coded pictures, the coded pictures being divided into slices comprising an integer number of coding units, encoding a syntax structure for providing at least one of a reference picture list 0 for P and B slices and a reference picture list 1 for B slices, wherein the at least one of the reference picture list 0 and the reference picture list 1 contains idle reference pictures marked as used for reference that are to be unused for reference for a current slice but are still to be kept marked as used for reference, characterised in that the method further comprises marking pictures which are not in any of the reference picture list 0 and the reference picture list 1 as unused for reference, encoding into the bitstream a first maximum reference index (num_ref_idx_l0_active_minus1) for the reference picture list 0 for decoding the current slice, wherein the idle reference pictures in the reference picture list 0 have a reference index greater than the first maximum reference index (num_ref_idx_l0_active_minus1) for the reference picture list 0; and encoding a current slice using one or more reference pictures from the reference picture list 0 or the reference picture list 1, but not from the idle reference pictures. encoding received pictures into coded pictures, the coded pictures being divided into slices comprising an integer number of coding units, encoding a syntax structure for providing at least one of a reference picture list 0 for P and B slices and a reference picture list 1 for B slices, wherein the at least one of the reference picture list 0 and the reference picture list 1 contains idle reference pictures marked as used for reference that are to be unused for reference for a current slice but are still to be kept marked as used for reference, characterised in that the method further comprises marking pictures which are not in any of the reference picture list 0 and the reference picture list 1 as unused for reference, encoding into the bitstream a first maximum reference index (num_ref_idx_l0_active_minus1) for the reference picture list 0 for decoding the current slice, wherein the idle reference pictures in the reference picture list 0 have a reference index greater than the first maximum reference index (num_ref_idx_l0_active_minus1) for the reference picture list 0; and encoding a current slice using one or more reference pictures from the reference picture list 0 or the reference picture list 1, but not from the idle reference pictures.
A vehicle, comprising: an image display mirror including a first polarizing plate, a half mirror, and an image display apparatus in the stated order from a viewer side; and a second polarizing plate, wherein: the image display mirror is arranged so as to be viewable by a driver of the vehicle; the half mirror is configured to be oriented in different directions between when an image is displayed on the image display apparatus and when the image is not displayed thereon; the second polarizing plate is arranged so that light transmitted through the second polarizing plate reaches a first polarizing plate side of the image display mirror when the image is displayed on the image display apparatus; and the vehicle is configured so that the transmitted light of the second polarizing plate reaching the image display mirror is prevented from being transmitted through the first polarizing plate, wherein: the vehicle comprises a ceiling that transmits light; and the second polarizing plate is arranged on the ceiling. an image display mirror including a first polarizing plate, a half mirror, and an image display apparatus in the stated order from a viewer side; and a second polarizing plate, wherein: the image display mirror is arranged so as to be viewable by a driver of the vehicle; the half mirror is configured to be oriented in different directions between when an image is displayed on the image display apparatus and when the image is not displayed thereon; the second polarizing plate is arranged so that light transmitted through the second polarizing plate reaches a first polarizing plate side of the image display mirror when the image is displayed on the image display apparatus; and the vehicle is configured so that the transmitted light of the second polarizing plate reaching the image display mirror is prevented from being transmitted through the first polarizing plate, wherein: the vehicle comprises a ceiling that transmits light; and the second polarizing plate is arranged on the ceiling. the image display mirror is arranged so as to be viewable by a driver of the vehicle; the half mirror is configured to be oriented in different directions between when an image is displayed on the image display apparatus and when the image is not displayed thereon; the second polarizing plate is arranged so that light transmitted through the second polarizing plate reaches a first polarizing plate side of the image display mirror when the image is displayed on the image display apparatus; and the vehicle is configured so that the transmitted light of the second polarizing plate reaching the image display mirror is prevented from being transmitted through the first polarizing plate, wherein: the vehicle comprises a ceiling that transmits light; and the second polarizing plate is arranged on the ceiling. the vehicle comprises a ceiling that transmits light; and the second polarizing plate is arranged on the ceiling.
An automated floor cleaning apparatus, comprising an automatic cleaning robot and a washing base, wherein the rear end of the robot body of the automatic cleaning robot is provided with a mop mechanism, the mop mechanism comprises a rotation component rotatably connected to the robot body and a crawler-type wiping cloth sleeving outside and rotating along with the rotation component; the washing base comprises: an outer container having an opening at its front side for the crawler-type wiping cloth to stretch in, a water supply mechanism, with its water outlet facing the side of the crawler-type wiping cloth that stretches inside the opening, and a cleaning brush, arranged inside the outer container and abuts against the side of the crawler-type wiping cloth that stretches inside the opening so as to remove dirt attached to the crawler-type wiping cloth through friction, characterized in that the mop mechanism further comprises a mount support in the robot body, the rotation component is rotatably arranged in the mount support, a drive motor for driving the rotation component to rotate is further arranged on the mount support, and the robot body is internally provided with a lifting mechanism for driving the mount support to ascend and descend. an outer container having an opening at its front side for the crawler-type wiping cloth to stretch in, a water supply mechanism, with its water outlet facing the side of the crawler-type wiping cloth that stretches inside the opening, and a cleaning brush, arranged inside the outer container and abuts against the side of the crawler-type wiping cloth that stretches inside the opening so as to remove dirt attached to the crawler-type wiping cloth through friction, characterized in that the mop mechanism further comprises a mount support in the robot body, the rotation component is rotatably arranged in the mount support, a drive motor for driving the rotation component to rotate is further arranged on the mount support, and the robot body is internally provided with a lifting mechanism for driving the mount support to ascend and descend.
A fiber-reinforced composite material constructed by impregnating a laminated fiber bundle layer formed by laminating a plurality of fiber bundle layers (17a, 17b, 18, 19) formed of reinforced fibers with a matrix, said fiber bundle layers including +θ layers which are fiber bundle layers having a fiber orientation angle of +θ, and -θ layers which are fiber bundle layers having a fiber orientation angle of -θ, wherein, at either side of a standard surface, the number of the +θ layers and the number of the -θ layers are the same, and wherein the order of laminating the +θ and -θ layers (17a, 17b) is inversely symmetrical with respect to the standard surface, characterized in that the plurality of fiber bundle layers (17a, 17b, 18, 19) further includes other fiber bundle layers (18, 19) having a fiber orientation angle of 0° or 90°, wherein the other fiber bundle layers (18, 19) are disposed between the +θ and -θ layers (17a, 17b), and wherein the number of the other fiber bundle layers (18, 19) at either side of the standard surface is the same.
Household refrigeration appliance having an inner container, a plate-like compartment divider, a door and an inner chamber for receiving food, which is defined by walls (5 to 7) of the inner container, wherein receiving webs, to which the plate-like compartment divider of the household refrigeration appliance can be attached, are formed at opposing vertical walls (5, 6) of the inner container, wherein a first engagement element (23a, 24) is formed on at least one receiving web and/or on a rear wall of the inner container, and engages in the end position of the compartment divider in the inner container between an upper channel wall, viewed in the vertical direction of the household refrigeration appliance, and a first lower channel wall, which are formed at an edge (27, 28, 41) of the compartment divider and form a first laterally open edge channel, characterised in that an overlap between at least the first lower channel wall and the first engagement element measured in the depth direction of the household refrigeration appliance and produced at least in the end position of the compartment divider in the inner chamber is cancelled out at least in a maximally possible horizontal pulled-out position of the compartment divider in the inner chamber, said horizontal pulled-out position being defined by a projection on the door opened by 90° which overlaps with the compartment divider viewed in the width direction, and a locking between the compartment divider and the receiving webs is released, in that in the mounted end state of the compartment divider in the inner chamber the first engagement element (23a, 24) overlaps in the depth direction (z) with the first lower channel wall maximally over a longitudinal region which is smaller than a maximum path via which the compartment divider can be displaced in the exclusively horizontal direction when the door is opened by 90°.
A catalyst component for olefin polymerization, which is obtained by mixing a magnesium halide solution containing an organic epoxy compound with a halogen-containing compound to precipitate a solid; wherein, the organic epoxy compound is a three membered epoxy compound as shown in Formula I, in Formula I, R 2 are R 3 are independently selected from H, or C 1 -C 10 hydrocarbyl or halogenated hydrocarbyl, and can be a saturated or unsaturated straight, branched, or cyclic chain; or the organic epoxy compound is a 4-8 membered epoxy compound; the halogen-containing compound comprises at least one selected from a group consisting of halogen and titanium-containing compounds, halogenated organic hydrocarbon compounds, acyl halide compounds, halogen and phosphorus-containing compounds, halogen and boron-containing compounds, halogenated organic aluminium compounds, and halogen and silicon-containing compounds; and the magnesium halide solution is formed by dissolving an anhydrous magnesium halide into a mixed solvent which comprises an oxygen-containing organic titanium compound, the organic epoxy compound, a hydroxy-containing compound, and an inert solvent, wherein the mixed solvent does not contain a phosphate compound.