mhurhangee/ep-ind-claims huggingface dataset:
Apparatus for decoding a transform coefficient block, comprising: a decoder configured to extract a significance map indicating positions of significant transform coefficients within the transform coefficient block, and then the values of the significant transform coefficients within the transform coefficient block from a data stream, with, in extracting the values of the significant transform coefficients, sequentially extracting the values by context-adaptive entropy decoding; and an associator configured to sequentially associate the sequentially extracted values with the positions of the significant transform coefficients in a predetermined coefficient scan order among the positions of the transform coefficient block, characterized in that the transform coefficient block is scanned in sub-blocks of the transform coefficient block using a sub-block scan order with, subsidiary, scanning the positions of the transform coefficients within the sub-blocks in a position sub-scan order, wherein the decoder is configured to use, in sequentially context-adapted entropy decoding the values of the significant transform coefficient values, a selected set of a number of contexts from a plurality of sets of a number of contexts, wherein the decoder is configured such that the selection of the selected set being performed for each sub-block depends on the values of the transform coefficients within a sub-block of the transform coefficient block, already having been traversed in the sub-block scan order, or such that the selection of the selected set being performed for each sub-block depends on the values of the transform coefficients of a co-located sub-block in an equally sized previously decoded transform coefficient block. a decoder configured to extract a significance map indicating positions of significant transform coefficients within the transform coefficient block, and then the values of the significant transform coefficients within the transform coefficient block from a data stream, with, in extracting the values of the significant transform coefficients, sequentially extracting the values by context-adaptive entropy decoding; and an associator configured to sequentially associate the sequentially extracted values with the positions of the significant transform coefficients in a predetermined coefficient scan order among the positions of the transform coefficient block, characterized in that the transform coefficient block is scanned in sub-blocks of the transform coefficient block using a sub-block scan order with, subsidiary, scanning the positions of the transform coefficients within the sub-blocks in a position sub-scan order,
Locking device for a door, a window, or the like, with a main lock case, at least one second lock case, and at least one drive rod connecting the second lock case to the main lock case, wherein the second lock case comprises a bolt latch which can be freely pushed back in the bolt position, wherein the bolt latch can be pushed by means of a bolt spring and/or by a drive arrangement of the main lock case outwards over the normal bolt position into its locking position, and, by means of the drive rod, can be retracted into the secondary lock case, wherein the bolt latch is held by an actuator in a bolt position, and, at the closing of the door, the actuator releases the bolt latch, such that, with the door closed, this projects into the locking position, and engages through the associated strike-plate in the door frame, wherein a secondary lock latch moves out of an unlocking position into a locking position, characterized by a stop lever, located in the main lock case, which fixes the drive rod in the bolt retraction position, wherein the stop lever is arranged in a main lock latch, and, essentially as a pivotable two-armed lever, forms an actuation arm and a stop arm.
An air-conditioning system comprising: an air conditioner including: an outlet for conditioned air, the outlet being disposed at a panel body and opened downward; a louver that is pivotally provided at the outlet and configured to adjust a blow-out direction of the conditioned air; an anti draft function being a plate-shaped member that is disposed on the outside of the outlet of the panel body and is pivotable between a withdrawn position flush with the panel body and a louver-direction position facing the conditioned air blown out from the outlet; and a pivot mechanism that is configured to cause the anti draft function to pivot between the two positions, and a control device that is configured to control the air conditioner, the control device comprising: a control unit that is configured to cause the anti draft function to move to a position where a flow of the conditioned air blown out from the louver is not blocked and not changed, depending on an operation state of the air conditioner, and to inactivate the anti draft function, characterized in that in the withdrawn position the flow of the conditioned air blown out from the louver is not blocked and not changed, the anti draft function is configured to change the flow of the conditioned air blown out from the louver at the louver direction position, the anti draft function has a gate-like shape including a wing portion which is projected to a position facing the conditioned air blown out from the outlet to block and change the flow of the conditioned air, and arm portions which are formed integrally at both ends of the wing portion, and the wing portion and the arm portions of the anti draft function constitute a part of the panel body. a control device that is configured to control the air conditioner, the control device comprising: a control unit that is configured to cause the anti draft function to move to a position where a flow of the conditioned air blown out from the louver is not blocked and not changed, depending on an operation state of the air conditioner, and to inactivate the anti draft function, characterized in that in the withdrawn position the flow of the conditioned air blown out from the louver is not blocked and not changed, the anti draft function is configured to change the flow of the conditioned air blown out from the louver at the louver direction position, the anti draft function has a gate-like shape including a wing portion which is projected to a position facing the conditioned air blown out from the outlet to block and change the flow of the conditioned air, and arm portions which are formed integrally at both ends of the wing portion, and the wing portion and the arm portions of the anti draft function constitute a part of the panel body.
An anode (30, 230, 330) for a secondary battery, comprising: a spiral anode having at least two anode wires which are parallel to each other and spirally twisted, each of the anode wires having an anode active material layer coated on the surface of a wire-type current collector; and an electrically conductive layer formed to surround the spiral anode, wherein the electrically conductive layer comprises a mixture of carbon particles and a polymer binder, and wherein the carbon particles are selected from the group consisting of carbon black, acetylene black, ketjen black, denka black, carbon fiber and a mixture thereof. characterized in that the twist rate of the anode wires in the spiral anode is in the range of 0.01 to 10 mm per one twist. a spiral anode having at least two anode wires which are parallel to each other and spirally twisted, each of the anode wires having an anode active material layer coated on the surface of a wire-type current collector; and an electrically conductive layer formed to surround the spiral anode, characterized in that the twist rate of the anode wires in the spiral anode is in the range of 0.01 to 10 mm per one twist.
An improved process for the preparation of Butorphanol tartrate of formula, comprising the steps of: (a) obtaining a compound of formula by reacting a compound of formula with a compound of formula in suitable conditions; (b) resolving a compound of formula to obtain a mixture of compound of formula (IVa) and (IVb) using a suitable resolving agent in a suitable solvent to further obtain a mixture of compound of formula (IVc) and (IVd); (c) protecting a compound of formula (IVc) with di-tert-butyl dicarbonate in presence of a suitable base in a suitable solvent to get a compound of formula; (d) obtaining a mixture of compound of formula (VIa) and (VIb) by the epoxidation of compound of formula with peroxy acid in a suitable solvent; (e) obtaining a mixture of compound of formula (VIIa) and (VIIb) by acid catalyzed ring opening and deprotection of mixture of compounds of formula (VIa) and (VIb) with a suitable acid in a suitable organic solvent; (f) obtaining a mixture of compound of formula (VIIIa) and (VIIIb) by reacting a mixture of compound of formula (VIIa) and (VIIb) with cyclobutylmethyl bromide in presence of a suitable base in a suitable solvent; (g) cyclizing a mixture of compound of formula (VIIIa) and (VIIIb) with borane in presence of an anhydrous acid with or without suitable organic solvent to obtain a compound of formula; (h) demethylating a compound of formula using a suitable demethylating agent in a suitable solvent to obtain Butorphanol of formula; and (i) obtaining Butorphanol tartrate salt of formula from Butorphanol of formula by using tartaric acid in a suitable organic solvent. (a) obtaining a compound of formula by reacting a compound of formula with a compound of formula in suitable conditions; (b) resolving a compound of formula to obtain a mixture of compound of formula (IVa) and (IVb) using a suitable resolving agent in a suitable solvent to further obtain a mixture of compound of formula (IVc) and (IVd); (c) protecting a compound of formula (IVc) with di-tert-butyl dicarbonate in presence of a suitable base in a suitable solvent to get a compound of formula; (d) obtaining a mixture of compound of formula (VIa) and (VIb) by the epoxidation of compound of formula with peroxy acid in a suitable solvent; (e) obtaining a mixture of compound of formula (VIIa) and (VIIb) by acid catalyzed ring opening and deprotection of mixture of compounds of formula (VIa) and (VIb) with a suitable acid in a suitable organic solvent; (f) obtaining a mixture of compound of formula (VIIIa) and (VIIIb) by reacting a mixture of compound of formula (VIIa) and (VIIb) with cyclobutylmethyl bromide in presence of a suitable base in a suitable solvent; (g) cyclizing a mixture of compound of formula (VIIIa) and (VIIIb) with borane in presence of an anhydrous acid with or without suitable organic solvent to obtain a compound of formula; (h) demethylating a compound of formula using a suitable demethylating agent in a suitable solvent to obtain Butorphanol of formula; and (i) obtaining Butorphanol tartrate salt of formula from Butorphanol of formula by using tartaric acid in a suitable organic solvent.
Petrochemical complex comprising an olefin monomer polymerisation plant comprising at least one polymerisation reactor and an optional degassing section, wherein - the polymerisation reactor comprises process hydrocarbons consisting of the monomer, the optional comonomer(s) and preferably at least one inert hydrocarbon diluent, together with aluminium containing compound(s); and - the polymerisation plant comprises liquid purge stream(s) which comprises aluminium containing compounds and potentially polymer fines, together with accumulated hydrocarbons which are different from the said process hydrocarbons and which are hydrocarbons containing at least 4 carbon atoms, characterised in that the petrochemical complex also comprises a multipurpose hydrocarbon treatment unit which separates the liquid purge stream(s) into - one stream comprising substantially all of the aluminium containing compounds and potentially polymer fines, and - one stream comprising the accumulated hydrocarbons, said petrochemical complex further comprising a hydrocarbon upgrading plant which is a thermal oxidation unit and/or a boiler unit and/or a cracking unit, and characterised in that the separated accumulated hydrocarbons are recycled into the said hydrocarbon upgrading plant. - the polymerisation reactor comprises process hydrocarbons consisting of the monomer, the optional comonomer(s) and preferably at least one inert hydrocarbon diluent, together with aluminium containing compound(s); and - the polymerisation plant comprises liquid purge stream(s) which comprises aluminium containing compounds and potentially polymer fines, together with accumulated hydrocarbons which are different from the said process hydrocarbons and which are hydrocarbons containing at least 4 carbon atoms, - one stream comprising substantially all of the aluminium containing compounds and potentially polymer fines, and - one stream comprising the accumulated hydrocarbons,
Refrigerator or freezer, in the interior space of which at least one removable shelf is inserted, which divides the interior space of the refrigerator or freezer into different subspaces (4, 5) of varying sizes, the shelf having a frame comprising at least one lighting unit, and the lighting unit comprising at least one lighting strip which is inserted in a housing and comprises one or more lighting means, the lighting unit being arranged at the front of the shelf in each case and its light emission being directed towards the interior space or rear wall of the refrigerator or freezer, characterised in that electrical contacts (15, 16) for supplying an electric current to the lighting means are designed as clamping legs, in which the lighting strip is inserted, and the lighting strip has a contact surface (17, 18) corresponding to each clamping leg, the clamping legs (15, 16) functioning as a means for fixing the lighting strip in the housing of the lighting unit.
An additive for a biopolymer article comprising: at least one ethylene copolymer impact modifier present in an amount between 10 and 90 weight% of the total weight of the additive; and either (i) at least one pigment/dye compounded in a carrier resin, wherein the carrier resin is present in an amount between 10 and 90 weight% of the total weight of the additive; or (ii) at least one carrier resin present in an amount between 5 and 50 weight% of the total weight of the additive, and a polymer color concentrate present in an amount between 5 and 50 weight% of the total additive, and the additive is in pellet form, wherein in (i) or (ii) the at least one carrier resin is a polymer selected from the group consisting of aliphatic-aromatic polyesters, poly (3-hydroxyalkanoate), and polycaprolactone. at least one ethylene copolymer impact modifier present in an amount between 10 and 90 weight% of the total weight of the additive; and either (i) at least one pigment/dye compounded in a carrier resin, wherein the carrier resin is present in an amount between 10 and 90 weight% of the total weight of the additive; or (ii) at least one carrier resin present in an amount between 5 and 50 weight% of the total weight of the additive, and a polymer color concentrate present in an amount between 5 and 50 weight% of the total additive, and the additive is in pellet form, (i) at least one pigment/dye compounded in a carrier resin, wherein the carrier resin is present in an amount between 10 and 90 weight% of the total weight of the additive; or (ii) at least one carrier resin present in an amount between 5 and 50 weight% of the total weight of the additive, and a polymer color concentrate present in an amount between 5 and 50 weight% of the total additive, and the additive is in pellet form, wherein in (i) or (ii) the at least one carrier resin is a polymer selected from the group consisting of aliphatic-aromatic polyesters, poly (3-hydroxyalkanoate), and polycaprolactone.
Method for tracing activities of a wireless terminal in a wireless network performed by a core network management device, the method being characterized in that it comprises: receiving (62; 72) a request for tracing activities of the wireless terminal from an access network management device, the request indicating a destination trace log data handling device corresponding to at least one access network management device, ordering (68; 76), based on said request, wireless access point handling devices to perform tracing of activities of said wireless terminal, and ensuring (68; 80) that trace log data associated with said request is sent to the indicated destination trace log data handling device. receiving (62; 72) a request for tracing activities of the wireless terminal from an access network management device, the request indicating a destination trace log data handling device corresponding to at least one access network management device, ordering (68; 76), based on said request, wireless access point handling devices to perform tracing of activities of said wireless terminal, and ensuring (68; 80) that trace log data associated with said request is sent to the indicated destination trace log data handling device.
A method of paging a mobile terminal to provide a circuit-switched, CS, voice call to a mobile terminal communicating with a System Architecture Evolution/Long Term Evolution, SAE/LTE, network over a packet switched-only evolved Radio Access Network, said method comprising: in a SAE/LTE Evolved Packet Core, EPC, node in the SAE/LTE network, emulating the messaging functionality of a Serving GPRS Service Node, SGSN to a mobile switching center / visitor location register, MSC/VLR, in a circuit-switched network; connecting the EPC node in the SAE/LTE network to the MSC/VLR through a GS interface; forwarding by the EPC node in the SAE/LTE network, a paging message received from the MSC/VLR, the paging message being forwarded to the mobile terminal; and sending by the mobile terminal a circuit-switched paging response message directly to the MSC/VLR. in a SAE/LTE Evolved Packet Core, EPC, node in the SAE/LTE network, emulating the messaging functionality of a Serving GPRS Service Node, SGSN to a mobile switching center / visitor location register, MSC/VLR, in a circuit-switched network; connecting the EPC node in the SAE/LTE network to the MSC/VLR through a GS interface; forwarding by the EPC node in the SAE/LTE network, a paging message received from the MSC/VLR, the paging message being forwarded to the mobile terminal; and sending by the mobile terminal a circuit-switched paging response message directly to the MSC/VLR.
A ski boot comprising: - a hull, - a shaped plate belonging to said hull and being fixedly constrained to said ski boot, comprising a set of removable soles, comprising a first and a second removable sole, suited to be removed from said hull and interchangeable with each other, each sole (6, 7) of said set of removable soles comprising a front portion and a back portion that are separated from each other and constrained to said hull via fixing screws coupled in seats provided on a bottom of said shaped plate, said first removable sole of the set of removable soles being suitable for boots for uphill ski touring and compatible with ski bindings provided with a plurality of pins integral with the ski and inserted in corresponding shaped recesses said second removable sole of said set of removable soles being a sole suitable for boots for downhill ski touring, and compatible with ski bindings provided with a plurality of pins integral with the ski and inserted in corresponding shaped recesses, so to allow a transformation of said ski boot for uphill and downhill ski touring, characterized in that said shaped recesses are constituted by bushings positioned on the front of said shaped plate. on the sides of said plate, said shaped plate belonging to said hull. - a hull, - a shaped plate belonging to said hull and being fixedly constrained to said ski boot, comprising a set of removable soles, comprising a first and a second removable sole, suited to be removed from said hull and interchangeable with each other,
A method for transmitting audio data, the method comprising: sampling and quantizing an analog audio signal and determining audio sampling values to obtain an audio carrier sampled signal corresponding to the audio data to be transmitted; buffering the audio sampling values into a buffer area in a First Input First Output, FIFO, method; after a color synchronization signal of an analog video signal is detected, superimposing the audio sampling values buffered in the buffer area in video blanking intervals of the analog video signal, to obtain the analog video signal comprising the audio carrier sampled signal; and transmitting the analog video signal comprising the audio carrier sampled signal to a receiver; wherein after the color synchronization signal of the analog video signal is detected, superimposing the audio sampling values buffered in the buffer area in the video blanking intervals of the analog video signal comprises: outputting an audio flag reference level higher than the blanking level after the color synchronization signal of the analog video signal and before the audio sampling values; and determining the audio flag reference level as the zero level of the audio sampling values and superimposing the audio sampling values in the video blanking intervals of the analog video signal in accordance with the zero level. sampling and quantizing an analog audio signal and determining audio sampling values to obtain an audio carrier sampled signal corresponding to the audio data to be transmitted; buffering the audio sampling values into a buffer area in a First Input First Output, FIFO, method; after a color synchronization signal of an analog video signal is detected, superimposing the audio sampling values buffered in the buffer area in video blanking intervals of the analog video signal, to obtain the analog video signal comprising the audio carrier sampled signal; and transmitting the analog video signal comprising the audio carrier sampled signal to a receiver; wherein after the color synchronization signal of the analog video signal is detected, superimposing the audio sampling values buffered in the buffer area in the video blanking intervals of the analog video signal comprises: outputting an audio flag reference level higher than the blanking level after the color synchronization signal of the analog video signal and before the audio sampling values; and determining the audio flag reference level as the zero level of the audio sampling values and superimposing the audio sampling values in the video blanking intervals of the analog video signal in accordance with the zero level. outputting an audio flag reference level higher than the blanking level after the color synchronization signal of the analog video signal and before the audio sampling values; and determining the audio flag reference level as the zero level of the audio sampling values and superimposing the audio sampling values in the video blanking intervals of the analog video signal in accordance with the zero level.