mhurhangee/ep-ind-claims huggingface dataset:
A method for wireless communication, comprising: determining at least one modulation and coding scheme based on feedback received for a plurality of downlink carriers and transmitted from a device: transmitting information on the at least one modulation and coding scheme determined based on the feedback to the device; modulating and coding data, according to the at least one modulation and coding scheme, for transmission to the device on the downlink carriers, wherein the at least one modulation and coding scheme comprises a single modulation and coding scheme; and determining, for the data and for the single modulation and coding scheme, a number N of transport blocks and a size of each of the transport blocks, wherein the number N of transport blocks for the single modulation and coding scheme is determined as N = ┌ T / T' ┐, where T is a first transport block size determined based on a first number of resource blocks N RB in a first transport block and an index of the single modulation and coding scheme, and T' is a second transport block size determined based on a second number of resource blocks N' RB in a second transport block and the index of the single modulation and coding scheme, and wherein T' is the transport block size of a legacy system. determining at least one modulation and coding scheme based on feedback received for a plurality of downlink carriers and transmitted from a device: transmitting information on the at least one modulation and coding scheme determined based on the feedback to the device; modulating and coding data, according to the at least one modulation and coding scheme, for transmission to the device on the downlink carriers, wherein the at least one modulation and coding scheme comprises a single modulation and coding scheme; and transmitting information on the at least one modulation and coding scheme determined based on the feedback to the device; modulating and coding data, according to the at least one modulation and coding scheme, for transmission to the device on the downlink carriers, wherein the at least one modulation and coding scheme comprises a single modulation and coding scheme; and determining, for the data and for the single modulation and coding scheme, a number N of transport blocks and a size of each of the transport blocks, wherein the number N of transport blocks for the single modulation and coding scheme is determined as N = ┌ T / T' ┐, where T is a first transport block size determined based on a first number of resource blocks N RB in a first transport block and an index of the single modulation and coding scheme, and T' is a second transport block size determined based on a second number of resource blocks N' RB in a second transport block and the index of the single modulation and coding scheme, and wherein T' is the transport block size of a legacy system.
Device for preventing jamming of the inactive leaf and active leaf of a double-leaf swing door when they are opened simultaneously together, in that the active leaf is pivoted into a slightly open position by unlocking the inactive leaf, whereby the inactive leaf is equipped with a drive bolt that can be moved vertically beyond the inactive leaf, with the aid of which the inactive leaf can be anchored to the door frame in the closed position, the inactive leaf having a transmission mechanism which transmits vertical movement of the drive bolt away from the door frame into a pivoting movement of a lever rotatably mounted on the inactive leaf in the direction of rotation of the opening movement of the inactive leaf, the lever on the active leaf protruding on a surface at the rear of its opening movement characterised in that the pivot axis of the lever is offset from the drive bolt to the vertical end face of the inactive leaf on the active leaf side.
A two-component piston for a cartridge, the two-component piston comprising a piston cover as the first component and a piston body as the second component, wherein the piston has a first side and a second side, wherein a rear side of the piston cover is arranged adjacent to at least a part of the piston body, wherein a front side of the piston cover is arranged at the first side, wherein the rear side of the piston cover comprises a valve member, in particular a valve pin, the valve member being configured and arranged to be received within the piston body and to extend into the piston body towards the second side, wherein the piston cover is configured to be moved relative to the piston body on actuation of the valve member, characterized in that the piston cover is non-releasably connected to the piston body, wherein the non-releasable connection is formed by a part of the piston body extending through an attachment portion of the piston cover.
A negative electrode active material for a secondary battery, comprising: a lithium titanium-based composite comprising: a lithium titanium oxide represented by the following chemical formula 1; Zr doped into the lithium titanium oxide; and Aluminum and sulfur containing compound coated on a surface of the lithium titanium oxide, wherein the lithium titanium-based composite includes primary particles alone or in combination with secondary particles formed by agglomeration of the primary particles, and an average particle size of the primary particles of the lithium titanium-based composite is 550 nm to 1.1 μ m: [Chemical formula 1] Li x Ti y O z where x, y and z satisfy 0. 1≤x≤4, 1≤y≤5 and 2≤z≤12. a lithium titanium oxide represented by the following chemical formula 1; Zr doped into the lithium titanium oxide; and Aluminum and sulfur containing compound coated on a surface of the lithium titanium oxide, wherein the lithium titanium-based composite includes primary particles alone or in combination with secondary particles formed by agglomeration of the primary particles, and an average particle size of the primary particles of the lithium titanium-based composite is 550 nm to 1.1 μ m: [Chemical formula 1] Li x Ti y O z where x, y and z satisfy 0. 1≤x≤4, 1≤y≤5 and 2≤z≤12.
Fire-resistant pane, comprising: - at least one float glass pane (1.1) with a tin bath side and at least one protective layer (3.1) that is arranged on the tin bath side in a planar manner, wherein the float glass pane (1.1) and the protective layer (3.1) are thermally tempered or partially tempered together, - at least one alkaline fire-resistant layer (2.1) that is arranged on the protective layer (3.1) in a planar manner, wherein the protective layer (3.1) contains or consists of silicon nitride, and - at least one edge sealing that is arranged directly on the protective layer (3.1). - at least one float glass pane (1.1) with a tin bath side and at least one protective layer (3.1) that is arranged on the tin bath side in a planar manner, wherein the float glass pane (1.1) and the protective layer (3.1) are thermally tempered or partially tempered together, - at least one alkaline fire-resistant layer (2.1) that is arranged on the protective layer (3.1) in a planar manner, wherein the protective layer (3.1) contains or consists of silicon nitride, and - at least one edge sealing that is arranged directly on the protective layer (3.1).
A thermoplastic molding composition comprising A) from 10 to 99.8% by weight of a thermoplastic polyamide, B) from 0.1 to 60% by weight of red phosphorus, C) from 0.05 to 20% by weight of a stabilizer mixture C) composed of, based on 100% of C), C 1) from 10.1 to 99.9% by weight of elemental Ag and C 2) from 0.1 to 89.9% by weight of ZnO, D) from 0 to 40% by weight of an impact modifier, and E) from 0 to 60% by weight of further additives, where the sum of the percentages by weight of A) to E) is 100%. A) from 10 to 99.8% by weight of a thermoplastic polyamide, B) from 0.1 to 60% by weight of red phosphorus, C) from 0.05 to 20% by weight of a stabilizer mixture C) composed of, based on 100% of C), C 1) from 10.1 to 99.9% by weight of elemental Ag and C 2) from 0.1 to 89.9% by weight of ZnO, C 1) from 10.1 to 99.9% by weight of elemental Ag and C 2) from 0.1 to 89.9% by weight of ZnO, D) from 0 to 40% by weight of an impact modifier, and E) from 0 to 60% by weight of further additives,
A method for treating a spent abrasive slurry obtained from a process for cutting a body of a substrate material into wafer-like slices, said slurry comprising a lubricant fluid, unspent abrasive particles and fines, said method comprising separating the spent slurry in a first sedimentation step into a solids concentrate comprising unspent abrasive particles and a solids depleted slurry; characterized in that subsequently the solids depleted slurry is separated by cross-flow filtration into a fines containing fraction and a solids and fines depleted regenerated lubricant fluid; in that one portion of the regenerated lubricant fluid after it has been heated to a temperature of 35°C or more is recycled and admixed with spent slurry prior to subjecting same to said first sedimentation step; and in that regenerated lubricant fluid to be re-used for producing fresh slurry is cooled down in a cooling device prior to admixing it with the solid concentrate.
An optical fiber ribbon comprising: a plurality of optical fibers that each comprise a coating (24,26), an ink layer that at least partially encapsulates one or more of the optical fibers; and a matrix substantially encapsulating the plurality of optical fibers and contacting the ink layer; wherein the coating (24,26), the ink layer, and the matrix are each characterized by a glass transition temperature (T g) and a fracture toughness (K 1C) value, characterised in that the difference between the highest and lowest of the respective T g values is less than about 15°C the respective T g values are at least about 60°C, and the respective K 1C values are at least about 0.8 MPa·m 1/2. a plurality of optical fibers that each comprise a coating (24,26), an ink layer that at least partially encapsulates one or more of the optical fibers; and a matrix substantially encapsulating the plurality of optical fibers and contacting the ink layer; wherein the coating (24,26), the ink layer, and the matrix are each characterized by a glass transition temperature (T g) and a fracture toughness (K 1C) value, characterised in that the difference between the highest and lowest of the respective T g values is less than about 15°C the respective T g values are at least about 60°C, and the respective K 1C values are at least about 0.8 MPa·m 1/2.
Method of controlling switching of parallel coupled power semiconductor switching devices, the method using control circuitry to transmit switch command signals to drive modules, said drive modules voltage isolated from the control circuitry, each said switch command signal to trigger a said drive module to control a said device to switch state, the method comprising performing for each said device the steps of - comparing at a said drive module a switching delay of a said device and a reference delay, wherein said switching delay is a time interval between detecting a said switch command signal at the drive module and switching of the device in accordance with the detected switching command signal; - controlling a controllable delay of the drive module to delay at least one said triggering by a said switch command signal subsequent to the detected switch command signal, said controlling according to a result of the comparison to thereby reduce a time difference between the reference delay and a said switching delay of the device in accordance with the subsequent switching command signal, wherein, if the comparison states that said controllable delay adjustments are to be made in two or more drive modules and are greater than a given threshold, a said controlling said controllable delay comprises a series of adjustments of a controllable delay element over a plurality of switching cycles of the device, to thereby gradually reduce the time difference between the reference delay and a said switching delay of the device. - comparing at a said drive module a switching delay of a said device and a reference delay, wherein said switching delay is a time interval between detecting a said switch command signal at the drive module and switching of the device in accordance with the detected switching command signal; - controlling a controllable delay of the drive module to delay at least one said triggering by a said switch command signal subsequent to the detected switch command signal, said controlling according to a result of the comparison to thereby reduce a time difference between the reference delay and a said switching delay of the device in accordance with the subsequent switching command signal,
An image processing apparatus for performing reduction processing for rendering data in accordance with a reduction ratio, the apparatus characterized by comprising: edge extraction means configured to extract edges from a contour of an object in the rendering data by extracting, as an edge, a continuous vector from an inflection point at which a positive/negative sign changes along at least either of an X-axis and a Y-axis on the contour of the object, to another inflection point; saved line specification means configured to specify, out of lines including the edges extracted by said edge extraction means, lines each having an outer shape feature of the object as saved lines which are lines not subjected to thinning processing, by determining, when a line includes, as a characteristic of the edge on the line, one of a start point, end point, and intersection point of the edge, and an inflection point between edges, that the line has an outer shape feature of the object and specifying the line as the saved line; and thinning processing means configured to thin out lines other than the saved lines in the object, thereby performing the reduction processing for the rendering data. edge extraction means configured to extract edges from a contour of an object in the rendering data by extracting, as an edge, a continuous vector from an inflection point at which a positive/negative sign changes along at least either of an X-axis and a Y-axis on the contour of the object, to another inflection point; saved line specification means configured to specify, out of lines including the edges extracted by said edge extraction means, lines each having an outer shape feature of the object as saved lines which are lines not subjected to thinning processing, by determining, when a line includes, as a characteristic of the edge on the line, one of a start point, end point, and intersection point of the edge, and an inflection point between edges, that the line has an outer shape feature of the object and specifying the line as the saved line; and thinning processing means configured to thin out lines other than the saved lines in the object, thereby performing the reduction processing for the rendering data.
A fan drive gear drive lubrication system comprising: a torque frame supporting multiple gears and including at least one lubrication passage (70, 72), wherein the torque frame includes a base with integrated gear shafts circumferentially spaced relative to one another and supporting the multiple gears; and an oil baffle secured to the torque frame and including a central opening and multiple circumferentially spaced gear pockets arranged about the central opening and receiving the multiple gears, the oil baffle including at least one lubrication passageway in fluid communication with the lubrication passage (70, 72), characterised in that: a bearing assembly is mounted on each shaft and includes a race receiving a spherical bearing, and at least one passageway (94, 96) extending through each of the spherical bearing and the race and in fluid communication with the lubrication passage. a torque frame supporting multiple gears and including at least one lubrication passage (70, 72), wherein the torque frame includes a base with integrated gear shafts circumferentially spaced relative to one another and supporting the multiple gears; and an oil baffle secured to the torque frame and including a central opening and multiple circumferentially spaced gear pockets arranged about the central opening and receiving the multiple gears, the oil baffle including at least one lubrication passageway in fluid communication with the lubrication passage (70, 72), characterised in that: a bearing assembly is mounted on each shaft and includes a race receiving a spherical bearing, and at least one passageway (94, 96) extending through each of the spherical bearing and the race and in fluid communication with the lubrication passage.
A tropoelastin composition for use in a method of healing a wound or for use in improving re-epithelialisation of a wound, wherein the tropoelastin composition comprises a therapeutically effective amount of tropoelastin blended with a cross-linked hyaluronic acid gel enabling a sustained release of tropoelastin from the composition, wherein the tropoelastin composition is contacted with a wound edge in conditions for enabling a sustained contact of the tropoelastin composition with the wound edge for a time period for improving re-epithelialisation of the wound, wherein the wound edge is in the form of a plurality of epidermal cells located about the wound, and wherein the re-epithelialisation of the wound enables healing of the wound. wherein the tropoelastin composition comprises a therapeutically effective amount of tropoelastin blended with a cross-linked hyaluronic acid gel enabling a sustained release of tropoelastin from the composition, wherein the tropoelastin composition is contacted with a wound edge in conditions for enabling a sustained contact of the tropoelastin composition with the wound edge for a time period for improving re-epithelialisation of the wound, wherein the wound edge is in the form of a plurality of epidermal cells located about the wound, and wherein the re-epithelialisation of the wound enables healing of the wound.
An antifouling structure, comprising: a microporous layer; and an antifouling liquid retained at a surface part of the microporous layer and at an inner part of the microporous layer, wherein the microporous layer comprises a liquid retaining portion that is formed in a film shape at the surface part of the microporous layer and retains the antifouling liquid; and a liquid ejecting portion that is formed in a film shape at the inner part of the microporous layer and has lower affinity for the antifouling liquid than the liquid retaining portion, and wherein a film thickness of the liquid retaining portion is within the range of 1/100 to 1/50 of a film thickness of the liquid ejecting portion or within the range of 1/101 to 1/51 of a depth (h) of pores of the microporous layer, wherein a pore volume ratio of the microporous layer is within the range of 5% to 60%. wherein the microporous layer comprises a liquid retaining portion that is formed in a film shape at the surface part of the microporous layer and retains the antifouling liquid; and a liquid ejecting portion that is formed in a film shape at the inner part of the microporous layer and has lower affinity for the antifouling liquid than the liquid retaining portion, and wherein a film thickness of the liquid retaining portion is within the range of 1/100 to 1/50 of a film thickness of the liquid ejecting portion or within the range of 1/101 to 1/51 of a depth (h) of pores of the microporous layer, wherein a pore volume ratio of the microporous layer is within the range of 5% to 60%.
A method for reporting a buffer status by a wireless communication terminal operable in a dual connection wireless communication network comprising a master evolved Node B MeNB, and a secondary evolved Node B, SeNB, wherein the method comprises: determining target upload data; determining, in the target upload data, first data transmitted only to a target eNB that is one eNB of the MeNB and the SeNB, and second data transmitted via both the MeNB and the SeNB; and sending a sum of a first data buffer size and a second data buffer size to the target eNB, wherein the first data buffer size is a size of the first data, and the second data buffer size is smaller than or equal to a size of the second data, characterized in that the sum of the first data buffer size and the second data buffer size is sent in a data format of more than 8 bits, a sequence number of a LCG where the target upload data is to be transmitted is indicated by 2 bits, and the sum of the first data buffer size and the second data buffer size is indicated by more than 6 bits. determining target upload data; determining, in the target upload data, first data transmitted only to a target eNB that is one eNB of the MeNB and the SeNB, and second data transmitted via both the MeNB and the SeNB; and sending a sum of a first data buffer size and a second data buffer size to the target eNB, wherein the first data buffer size is a size of the first data, and the second data buffer size is smaller than or equal to a size of the second data, characterized in that the sum of the first data buffer size and the second data buffer size is sent in a data format of more than 8 bits, a sequence number of a LCG where the target upload data is to be transmitted is indicated by 2 bits, and the sum of the first data buffer size and the second data buffer size is indicated by more than 6 bits.
Cannabidivarin (CBDV) for use in the treatment of one or more symptoms or disease characteristics associated with autistic spectrum disorder or ASD-associated disorders, as defined by DSM-IV, wherein the symptoms or disease characteristic is one or more selected from the group consisting of: (i) qualitative impairment in social interaction; (ii) qualitative impairment in communication; and (iii) restricted repetitive and stereotyped patterns of behaviour interest and activities.
An elevator door assembly, comprising: a hoistway door that is moveable between an open and a closed position, the hoistway door including a vertically oriented edge that is visible when the hoistway door is in the open position; an interlock including a latch that is moveable between a door locking position and a released position, a lock that cooperates with the latch to lock the hoistway door when the latch is in the locking position, and at least one bumper configured to be contacted by a vane of an elevator door coupler at least for moving the latch into the released position; and characterized by comprising an adjustment mechanism that is accessible along the vertically oriented edge of the hoistway door when the hoistway door is in the open position, the adjustment mechanism selectively moves the interlock to adjust a position of the at least one bumper relative to the hoistway door. a hoistway door that is moveable between an open and a closed position, the hoistway door including a vertically oriented edge that is visible when the hoistway door is in the open position; an interlock including a latch that is moveable between a door locking position and a released position, a lock that cooperates with the latch to lock the hoistway door when the latch is in the locking position, and at least one bumper configured to be contacted by a vane of an elevator door coupler at least for moving the latch into the released position; and characterized by comprising an adjustment mechanism that is accessible along the vertically oriented edge of the hoistway door when the hoistway door is in the open position, the adjustment mechanism selectively moves the interlock to adjust a position of the at least one bumper relative to the hoistway door. a latch that is moveable between a door locking position and a released position, a lock that cooperates with the latch to lock the hoistway door when the latch is in the locking position, and at least one bumper configured to be contacted by a vane of an elevator door coupler at least for moving the latch into the released position; and characterized by comprising an adjustment mechanism that is accessible along the vertically oriented edge of the hoistway door when the hoistway door is in the open position, the adjustment mechanism selectively moves the interlock to adjust a position of the at least one bumper relative to the hoistway door.