mhurhangee/ep-ind-claims huggingface dataset:
A method of storing decoded video data, comprising: setting a reference frame queue table in a static random access memory, and storing, in each entry of the reference frame queue table, index information pointing to a group of frame buffering information; storing in the static random access memory a plurality of groups of frame buffering information, wherein each group of frame buffering information includes frame display order data and motion vector storage address information; and storing in a dynamic random access memory motion vector data of each reference frame, wherein the motion vector data includes motion vector index information, wherein the motion vector storage address information is address information of motion vector data of a coding tree unit of a reference frame stored in the dynamic random access memory, wherein the motion vector data consecutively stored in the dynamic random access memory is the motion vector data of all 16x16 blocks, which are obtained by splitting the coding tree unit in 16x16 blocks, arranged by column from left to right, and wherein the motion vector index information of two subsequent 16x16 blocks is stored in one word. setting a reference frame queue table in a static random access memory, and storing, in each entry of the reference frame queue table, index information pointing to a group of frame buffering information; storing in the static random access memory a plurality of groups of frame buffering information, wherein each group of frame buffering information includes frame display order data and motion vector storage address information; and storing in a dynamic random access memory motion vector data of each reference frame, wherein the motion vector data includes motion vector index information, wherein the motion vector storage address information is address information of motion vector data of a coding tree unit of a reference frame stored in the dynamic random access memory, wherein the motion vector data consecutively stored in the dynamic random access memory is the motion vector data of all 16x16 blocks, which are obtained by splitting the coding tree unit in 16x16 blocks, arranged by column from left to right, and wherein the motion vector index information of two subsequent 16x16 blocks is stored in one word.
A composition for use in the prevention and/or the treatment of a disease selected amongst pigmentosa retinopathy and Stargardt's disease, characterized in that it comprises: a. a first active principle, which consists of an angiotensin-converting enzyme inhibitor (ACEI) selected from the group consisting of: Ramipril, Ramiprilate, and one of their pharmaceutically acceptable salts, and b. a second active principle that is selected from the group consisting of: folic acid, folate, and one of their pharmaceutically acceptable salts, and c. optionally, at least a further active principle chosen among: magnesium, potassium, glucose, amino-acids, L-arginine, tetrahydrobiopterin (H4b), vitamin B6, vitamin B12, vitamin C, w-3 fatty acids, anti-inflammatory agents, beta-blocking agents, adrenaline, noradrenaline, alpha adrenergic agonist agents, anti-vascular endothelial growth factor (anti-VEGF) agents, their pharmaceutically acceptable salts, and mixtures thereof. a. a first active principle, which consists of an angiotensin-converting enzyme inhibitor (ACEI) selected from the group consisting of: Ramipril, Ramiprilate, and one of their pharmaceutically acceptable salts, and b. a second active principle that is selected from the group consisting of: folic acid, folate, and one of their pharmaceutically acceptable salts, and c. optionally, at least a further active principle chosen among: magnesium, potassium, glucose, amino-acids, L-arginine, tetrahydrobiopterin (H4b), vitamin B6, vitamin B12, vitamin C, w-3 fatty acids, anti-inflammatory agents, beta-blocking agents, adrenaline, noradrenaline, alpha adrenergic agonist agents, anti-vascular endothelial growth factor (anti-VEGF) agents, their pharmaceutically acceptable salts, and mixtures thereof.
A method performed by a first device (7, 8, 52) for negotiating session descriptor parameters with a second device (4a, 4b, 4c, 50) over an application layer binary protocol, the method comprising: - converting a value of a text based session descriptor parameter of a session description protocol, SDP, message into a binary format, wherein the value of a text based session descriptor parameter is a pre-set decimal numerical value assigned to the text based session descriptor parameter, - encapsulating the converted SDP message into an application layer binary protocol message, and - sending the application layer binary protocol message to the second device (4a, 4b, 4c, 50). - converting a value of a text based session descriptor parameter of a session description protocol, SDP, message into a binary format, wherein the value of a text based session descriptor parameter is a pre-set decimal numerical value assigned to the text based session descriptor parameter, - encapsulating the converted SDP message into an application layer binary protocol message, and - sending the application layer binary protocol message to the second device (4a, 4b, 4c, 50).
A system for automatically adapting fixed-bed chromatography procedures to operate in a continuous simulated moving bed liquid chromatography process setting, comprising: - a processor communicatively coupled to a storage memory to access and execute instructions stored in the storage memory, the processor being operative to execute instructions to: - provide a user interface operative to accept input values of one or more of time, volume or flow rate for a number of chromatography phases to define a liquid chromatography process in fixed bed process mode; - process the input values to define the SMB liquid chromatography process, including: defining a number of columns (412, 414, 416) in parallel or series for use in the SMB liquid chromatography process; and - defining the SMB liquid chromatography process by calculating one or more of time, volume or flow rate for the one or more number of columns thereby defining chromatography phases in an SMB process mode that include inlet and outlet specifications for the columns that specify an associated buffer solution as inlet and one or more available destinations as outlet; - wherein at least one of the chromatography phases (430; 442) in the SMB process mode is an idle phase such that any column in the idle phase is inactive and is not connected to an input or output, the idle phase representing a pause or timing interval between one or more chromatography phases to obtain a desired step timing for a cyclical SMB method. - a processor communicatively coupled to a storage memory to access and execute instructions stored in the storage memory, the processor being operative to execute instructions to: - provide a user interface operative to accept input values of one or more of time, volume or flow rate for a number of chromatography phases to define a liquid chromatography process in fixed bed process mode; - process the input values to define the SMB liquid chromatography process, including: defining a number of columns (412, 414, 416) in parallel or series for use in the SMB liquid chromatography process; and - defining the SMB liquid chromatography process by calculating one or more of time, volume or flow rate for the one or more number of columns thereby defining chromatography phases in an SMB process mode that include inlet and outlet specifications for the columns that specify an associated buffer solution as inlet and one or more available destinations as outlet; - wherein at least one of the chromatography phases (430; 442) in the SMB process mode is an idle phase such that any column in the idle phase is inactive and is not connected to an input or output, the idle phase representing a pause or timing interval between one or more chromatography phases to obtain a desired step timing for a cyclical SMB method.
A method for registration of a mobile node on a foreign network (130, 150) having a plurality of specific access interfaces (139,177), each specific access interface (139, 177) having a respective interface identifier and supporting one communication access type, the method comprising the steps of: receiving a registration request message at a local mobility anchor relating to the mobile node on the foreign network, said registration request message including a mobile node identifier, an access type identifier that indicates the communication access type used to connect the mobile node, a handover indicator that specifies whether the registration request is associated with a handover to a new access interface on said foreign network or a handover to a new foreign network, and the interface identifier that indicates the specific access interface being used to connect the mobile node; comparing the information received in the registration request against information on a cache entry table (160, 260) associated with the local mobility anchor; transmitting a registration response from the local mobility anchor with an appropriate network prefix depending on whether said handover to a new foreign network is detected or said handover to a new access interface on said foreign network is detected. receiving a registration request message at a local mobility anchor relating to the mobile node on the foreign network, said registration request message including a mobile node identifier, an access type identifier that indicates the communication access type used to connect the mobile node, a handover indicator that specifies whether the registration request is associated with a handover to a new access interface on said foreign network or a handover to a new foreign network, and the interface identifier that indicates the specific access interface being used to connect the mobile node; comparing the information received in the registration request against information on a cache entry table (160, 260) associated with the local mobility anchor; transmitting a registration response from the local mobility anchor with an appropriate network prefix depending on whether said handover to a new foreign network is detected or said handover to a new access interface on said foreign network is detected.
A device for mixing liquids and solids in liquids by means of vibration, comprising an electromagnetic drive, a drive shaft with a mixing element and either a permanent magnet or a magnetizable element, the drive shaft being arranged coaxially with the electromagnetic drive, characterized by a system of a plurality of flat spring elements (8, 8', 8"), which has a plurality of first spring elements (8"), which are arranged parallel to the drive shaft, and one or more second spring elements, which are arranged perpendicular to the drive shaft, wherein the one or more second spring elements, which are arranged perpendicular to the drive shaft, are connected to the permanent magnet or the magnetizable element. an electromagnetic drive, a drive shaft with a mixing element and either a permanent magnet or a magnetizable element, the drive shaft being arranged coaxially with the electromagnetic drive, characterized by a system of a plurality of flat spring elements (8, 8', 8"), which has a plurality of first spring elements (8"), which are arranged parallel to the drive shaft, and one or more second spring elements, which are arranged perpendicular to the drive shaft, wherein the one or more second spring elements, which are arranged perpendicular to the drive shaft, are connected to the permanent magnet or the magnetizable element.
Rail vehicle having - an electric drive with power semiconductors and - a braking system operated with compressed air, wherein the power semiconductors are arranged in a housing, characterised in that the rail vehicle has a depressurisation device, wherein the housing and the braking system are interconnected such that the compressed air can be supplied from the braking system to the interior of the housing, wherein the depressurisation device is arranged between housing and braking system such that the compressed air that can be supplied to the housing can be depressurised prior to being supplied to the interior of the housing. - an electric drive with power semiconductors and - a braking system operated with compressed air,
Nuclear facility comprising a fuel-element pond, which is filled with a cooling liquid and in which a fuel-element rack is arranged, which comprises compartments for receiving fuel elements, at least one cooling element, which acts as a heat exchanger and which can be connected into a cooling circuit and through which a coolant can flow, being immersed in the cooling liquid, characterised in that, during use, the fuel elements which are received in the compartments are in direct contact with the cooling liquid in the fuel-element pond, and in that the cooling element is arranged in one of the compartments instead of a fuel element.
A system for optimizing performance of an aircraft, comprising: a flight control computer configured to compute an optimum flap setting based on aircraft data; a flap control system having a flap control device, and a variable-trailing-edge-position switch that is operative to select a desired flap setting such as the optimum flap setting; and a flap actuation system coupled to the flap control system and being configured to position a trailing edge device at the desired flap setting, wherein the flap control device comprises a plurality of positions, each flap control device position corresponding to a flap setting, the positions including at least one designated position at which the variable-trailing-edge-position switch is operative, and wherein the variable-trailing-edge-position switch is non-operative when the flap control device is in a non-designated one of the plurality of positions. a flight control computer configured to compute an optimum flap setting based on aircraft data; a flap control system having a flap control device, and a variable-trailing-edge-position switch that is operative to select a desired flap setting such as the optimum flap setting; and a flap actuation system coupled to the flap control system and being configured to position a trailing edge device at the desired flap setting,
An assembly for a turbine engine, comprising: a journal bearing including an internal bearing bore, a feed passage and an outlet passage, and the outlet passage extending radially within the journal bearing out from the internal bearing bore; and a lubricant filter arranged within the internal bearing bore with a sealed cavity radially between the lubricant filter and the journal bearing, the sealed cavity fluidly coupled with the outlet passage, the filter including an internal filter bore, an inlet passage and a plurality of perforations, and the plurality of perforations extending radially through the lubricant filter and fluidly coupling the internal filter bore with the sealed cavity; the lubricant filter including a tubular filter element, a first end cap, wherein the first end cap is mounted on the tubular filter element at the first end, and the first end cap sealingly engages the journal bearing characterised by; the feed passage extending radially within the journal bearing to the internal bearing bore; and the inlet passage extending radially through the filter and fluidly coupling the feed passage to the internal filter bore. a journal bearing including an internal bearing bore, a feed passage and an outlet passage, and the outlet passage extending radially within the journal bearing out from the internal bearing bore; and a lubricant filter arranged within the internal bearing bore with a sealed cavity radially between the lubricant filter and the journal bearing, the sealed cavity fluidly coupled with the outlet passage, the filter including an internal filter bore, an inlet passage and a plurality of perforations, and the plurality of perforations extending radially through the lubricant filter and fluidly coupling the internal filter bore with the sealed cavity; the lubricant filter including a tubular filter element, a first end cap, wherein the first end cap is mounted on the tubular filter element at the first end, and the first end cap sealingly engages the journal bearing characterised by; the feed passage extending radially within the journal bearing to the internal bearing bore; and the inlet passage extending radially through the filter and fluidly coupling the feed passage to the internal filter bore.
A pattern forming method comprising etching a silicon substrate by using a fluorine-containing gas thereby forming patterns on the silicon substrate, wherein the method further comprises: exposing the silicon substrate to the air such that foreign substances are grown between the patterns; and removing the foreign substances, wherein the removing includes: accommodating the silicon substrate in a chamber; and heating the silicon substrate accommodated in a chamber to a temperature of 160°C or higher, wherein the foreign substances contain ammonium silicofluoride generated by reaction between ammonia in the air and fluorine remaining in the patterns during the etching, wherein, when the foreign substances contain silicon dioxide by reaction between the ammonium silicofluoride and moisture in the air, the method further comprises exposing the silicon substrate to an HF gas atmosphere, and wherein the patterns have a line width of 32 nm or less so that the growth of the foreign substances causes the collapse of the patterns and the removal of the foreign substances causes the recovery of the patterns of the collapsed structures. exposing the silicon substrate to the air such that foreign substances are grown between the patterns; and removing the foreign substances, wherein the removing includes: accommodating the silicon substrate in a chamber; and heating the silicon substrate accommodated in a chamber to a temperature of 160°C or higher, wherein the foreign substances contain ammonium silicofluoride generated by reaction between ammonia in the air and fluorine remaining in the patterns during the etching, wherein, when the foreign substances contain silicon dioxide by reaction between the ammonium silicofluoride and moisture in the air, the method further comprises exposing the silicon substrate to an HF gas atmosphere, and wherein the patterns have a line width of 32 nm or less so that the growth of the foreign substances causes the collapse of the patterns and the removal of the foreign substances causes the recovery of the patterns of the collapsed structures. accommodating the silicon substrate in a chamber; and heating the silicon substrate accommodated in a chamber to a temperature of 160°C or higher, wherein the foreign substances contain ammonium silicofluoride generated by reaction between ammonia in the air and fluorine remaining in the patterns during the etching, wherein, when the foreign substances contain silicon dioxide by reaction between the ammonium silicofluoride and moisture in the air, the method further comprises exposing the silicon substrate to an HF gas atmosphere, and wherein the patterns have a line width of 32 nm or less so that the growth of the foreign substances causes the collapse of the patterns and the removal of the foreign substances causes the recovery of the patterns of the collapsed structures.
Combination of a tube and a tube fastener assembly comprising: - a retention element having a fastener portion and a holding portion, - a connection element having a fluid channel for a flow of fluid between a connection end of the fluid channel and a tube end of the fluid channel, said connection element is adapted for being fixed to the holding portion of said retention element, wherein the connection element is rotatable about an axis of rotation relative to said retention element before being fixed to the holding portion of said retention element, and wherein the holding portion has a ring-shaped collar forming a holding bore into which the connection element is inserted, wherein the tube end is provided in form of a fixation bore for mounting the tube, wherein the tube is mounted to the tube end, wherein the tube end is positioned off-set to the axis of rotation and wherein the axis of the tube intersects the axis of rotation. - a retention element having a fastener portion and a holding portion, - a connection element having a fluid channel for a flow of fluid between a connection end of the fluid channel and a tube end of the fluid channel,
Material flow system for transporting goods, comprising components (K1-K5, m1-m7) for carrying out a transportation task, wherein a component (K1-K5, m1-m7) comprises: a) a mechanical element (FB1-FB10, W1-W4, ZU1-ZU3) for transporting the goods (x, x1-x3, y, y1, z, z1-z3); b) a sensory system (SE1-SE5) for detecting states of the mechanical element (FB1-FB10, W1-W4, ZU1-ZU3) and/or of the transported goods (x, x1-x3, y, y1, z, z1-z3) and/or of the surroundings; c) an actuator system (AK1, AK2) for mechanically influencing the mechanical element (FB1-FB10, W1-W4, ZU1-ZU3) and/or the transported goods (x, x1-x3, y, y1, z, z1-z3); d) a control component (SK1-SK3) for controlling the mechanical element (FB1-FB10, W1-W4, ZU1-ZU3) and the actuator system (AK1, AK2), based on the data supplied by the sensory system (SE1-SE5), to current installation state data (AZ1-AZ3) of the material flow system and to control parameters of the control component (SK1-SK3); e) interfaces with adjacent components (K1-K5, m1-m7) and with the surroundings, characterised in that f) the component (K1-K5, m1-m7) also comprises a dedicated internal simulator integrated into the component, wherein the internal simulator determines a future installation state from the data of adjacent simulators, from the loading plan and a current installation state by simulation. a) a mechanical element (FB1-FB10, W1-W4, ZU1-ZU3) for transporting the goods (x, x1-x3, y, y1, z, z1-z3); b) a sensory system (SE1-SE5) for detecting states of the mechanical element (FB1-FB10, W1-W4, ZU1-ZU3) and/or of the transported goods (x, x1-x3, y, y1, z, z1-z3) and/or of the surroundings; c) an actuator system (AK1, AK2) for mechanically influencing the mechanical element (FB1-FB10, W1-W4, ZU1-ZU3) and/or the transported goods (x, x1-x3, y, y1, z, z1-z3); d) a control component (SK1-SK3) for controlling the mechanical element (FB1-FB10, W1-W4, ZU1-ZU3) and the actuator system (AK1, AK2), based on the data supplied by the sensory system (SE1-SE5), to current installation state data (AZ1-AZ3) of the material flow system and to control parameters of the control component (SK1-SK3); e) interfaces with adjacent components (K1-K5, m1-m7) and with the surroundings, characterised in that f) the component (K1-K5, m1-m7) also comprises a dedicated internal simulator integrated into the component, wherein the internal simulator determines a future installation state from the data of adjacent simulators, from the loading plan and a current installation state by simulation.