mhurhangee/ep-ind-claims huggingface dataset:
A computer-implemented method for linking a native node and a foreign node comprising: generating, by a processor, a native node and a foreign node, wherein: the native node comprises a proxy data structure, wherein the proxy data structure is defined with a native protocol and represents information of a proxy device in a native namespace, the foreign node comprises a foreign data structure, wherein the foreign data structure is defined with a foreign protocol and represents information of a foreign device in a foreign namespace, and the proxy data structure comprises translation variables (420a,...,420e) that correspond to variables (425a,...,425e) of the foreign data structure; and linking the native node and the foreign node in the native namespace and the foreign namespace by a translation function that automatically converts information between the foreign data structure and the proxy data structure using protocol specific structure converting functions, wherein the translation variables in the proxy data structure are generated by the protocol specific structure converting functions. generating, by a processor, a native node and a foreign node, wherein: the native node comprises a proxy data structure, wherein the proxy data structure is defined with a native protocol and represents information of a proxy device in a native namespace, the foreign node comprises a foreign data structure, wherein the foreign data structure is defined with a foreign protocol and represents information of a foreign device in a foreign namespace, and the proxy data structure comprises translation variables (420a,...,420e) that correspond to variables (425a,...,425e) of the foreign data structure; and the native node comprises a proxy data structure, wherein the proxy data structure is defined with a native protocol and represents information of a proxy device in a native namespace, the foreign node comprises a foreign data structure, wherein the foreign data structure is defined with a foreign protocol and represents information of a foreign device in a foreign namespace, and the proxy data structure comprises translation variables (420a,...,420e) that correspond to variables (425a,...,425e) of the foreign data structure; and linking the native node and the foreign node in the native namespace and the foreign namespace by a translation function that automatically converts information between the foreign data structure and the proxy data structure using protocol specific structure converting functions, wherein the translation variables in the proxy data structure are generated by the protocol specific structure converting functions.
A concentrated demulsifier composition comprising A) at least 50 wt.-% of a demulsifier, selected from the group consisting of a polymeric nonionic oil-soluble demulsifier for mineral oils, and its mixture with an alkyl aryl sulphonic acid or its salt, B) 0.1 to 20 wt.-% of a surfactant selected form anionic, cationic, zwitterionic and nonionic surfactants, the surfactant having a HLB value of 7 or more and being different from the demulsifier, C) less than 20 wt.-% of a water-immiscible organic solvent, D) 3 to 49 wt.-% of a water-miscible organic solvent and E) 0 to 5 wt.-% water, wherein the demulsifier is selected from the group consisting of polyoxyalkylated alkyl phenols, polyoxyalkylated alkyl phenol resins, polyoxyalkylated alkanols, polyoxyalkylated polyols, polyoxyalkylated alkyl amines, polyoxyalkylated polymeric amines, polyglycol resin esters and polyoxyalkylated glycol esters, optionally being crosslinked with aldehydes, diglycidyl ethers, di-isocyanates and/or polycarboxylic acids and combinations thereof. A) at least 50 wt.-% of a demulsifier, selected from the group consisting of a polymeric nonionic oil-soluble demulsifier for mineral oils, and its mixture with an alkyl aryl sulphonic acid or its salt, B) 0.1 to 20 wt.-% of a surfactant selected form anionic, cationic, zwitterionic and nonionic surfactants, the surfactant having a HLB value of 7 or more and being different from the demulsifier, C) less than 20 wt.-% of a water-immiscible organic solvent, D) 3 to 49 wt.-% of a water-miscible organic solvent and E) 0 to 5 wt.-% water,
A method for dynamic self-calibration of an accelerometer system, the method comprising: forcing a first proof-mass associated with a first sensor of the accelerometer system in a first direction to a first predetermined position; obtaining a first net force measurement applied to the first proof-mass in the first predetermined position via a first at least one force/detection element (20, 24) of the first sensor; forcing the first proof-mass in a second direction opposite the first direction to a second predetermined position; obtaining a second net force measurement applied to the first proof mass in the second predetermined position via a second at least one force/detection element of the first sensor; measuring a magnitude of an external acceleration via a second sensor of the accelerometer system, the second sensor comprising a second proof-mass, a third at least one force/detection element (20, 24), and a fourth at least one force/detection element (20, 24); and calibrating the first sensor of the accelerometer system based on the first and second net force measurements and based on the magnitude of the external acceleration measured by the second sensor. forcing a first proof-mass associated with a first sensor of the accelerometer system in a first direction to a first predetermined position; obtaining a first net force measurement applied to the first proof-mass in the first predetermined position via a first at least one force/detection element (20, 24) of the first sensor; forcing the first proof-mass in a second direction opposite the first direction to a second predetermined position; obtaining a second net force measurement applied to the first proof mass in the second predetermined position via a second at least one force/detection element of the first sensor; measuring a magnitude of an external acceleration via a second sensor of the accelerometer system, the second sensor comprising a second proof-mass, a third at least one force/detection element (20, 24), and a fourth at least one force/detection element (20, 24); and calibrating the first sensor of the accelerometer system based on the first and second net force measurements and based on the magnitude of the external acceleration measured by the second sensor.
A manufacturing method of a preform for the manufacture of a part made of a composite material of a revolution or quasi-revolution non-developable final shape type, having a longitudinal axis, characterized in that it includes the following steps: a) providing an at least tri-axial non-woven fabric comprising: - a first layer comprising so-called circumferential fibers oriented in a first direction, - a second layer (14 B) comprising fibers, oriented in a second direction, - a third layer comprising fibers, oriented in a third direction, and - seams binding the fibers (15, 16, 17) of the first, second and third layers (14A, 14B, 14C), the seams extending parallel to each other and forming sheaths for the circumferential fibers, b) disposing said fabric on or in a non-developable shape element (21, 27), either identical to the desired non-developable final shape, or of reduced dimensions compared to the desired non-developable final shape, by placing the seams parallel to the circumferential direction (11, 28) of the element, c) sliding the circumferential fibers in the sheaths formed by the seams, so that the fabric is in continuous contact with the non-developable shape element (21, 27) and thus is adapted to the non-developable shape of the non-developable shape element (21, 27). a) providing an at least tri-axial non-woven fabric comprising: - a first layer comprising so-called circumferential fibers oriented in a first direction, - a second layer (14 B) comprising fibers, oriented in a second direction, - a third layer comprising fibers, oriented in a third direction, and - seams binding the fibers (15, 16, 17) of the first, second and third layers (14A, 14B, 14C), the seams extending parallel to each other and forming sheaths for the circumferential fibers, - a first layer comprising so-called circumferential fibers oriented in a first direction, - a second layer (14 B) comprising fibers, oriented in a second direction, - a third layer comprising fibers, oriented in a third direction, and - seams binding the fibers (15, 16, 17) of the first, second and third layers (14A, 14B, 14C), the seams extending parallel to each other and forming sheaths for the circumferential fibers, b) disposing said fabric on or in a non-developable shape element (21, 27), either identical to the desired non-developable final shape, or of reduced dimensions compared to the desired non-developable final shape, by placing the seams parallel to the circumferential direction (11, 28) of the element, c) sliding the circumferential fibers in the sheaths formed by the seams, so that the fabric is in continuous contact with the non-developable shape element (21, 27) and thus is adapted to the non-developable shape of the non-developable shape element (21, 27).
A method for updating a firmware version of an embedded universal integrated circuit card, eUICC, comprised in a terminal device, the method comprising: receiving (S101, S305, S408, S506), by an event management server, first information sent by the terminal device, wherein the first information comprises a target identifier; searching (S102, S306, S409, S507), by the event management server, currently stored event records for a target event record, wherein a group event identifier in the target event record matches the target identifier in the first information, and the group event identifier comprises at least one eUICC firmware version and at least one issuer identifier; and sending (S103, S307, S410, S508), by the event management server, the target event record to the terminal device to enable the terminal device to download an eUICC firmware version update package. receiving (S101, S305, S408, S506), by an event management server, first information sent by the terminal device, wherein the first information comprises a target identifier; searching (S102, S306, S409, S507), by the event management server, currently stored event records for a target event record, wherein a group event identifier in the target event record matches the target identifier in the first information, and the group event identifier comprises at least one eUICC firmware version and at least one issuer identifier; and sending (S103, S307, S410, S508), by the event management server, the target event record to the terminal device to enable the terminal device to download an eUICC firmware version update package.
A slab cooling and reduction method for improving the quality of a casting slab, comprising the following steps: sequentially arranging a casting slab corner electromagnetic induction heating device and a reduction device at an exit of a continuous casting machine during metallurgical continuous casting; in a process of metallurgical continuous casting, rapidly cooling the surface of the casting slab at a cooling rate of 0.1-12 °C/s in a horizontal section of the casting machine to lower the surface temperature of the casting slab, then inductively heating a corner of the casting slab by the electromagnetic induction heating device to increase the corner temperature, thereby increasing the corner temperature of the casting slab to be greater than or equal to a wide surface temperature; wherein cooling intensities of the cooling to the surface of the casting slab are different for different steel grades, wherein for low-carbon steel with good plasticity having a carbon equivalent CE in the range of 0<CE<0.08%, wherein CE=C-0.14Si+0.04Mn, the temperature can be rapidly cooled to 400-900 °C; for crack-sensitive steel having a carbon equivalent CE in the range of 0.08%-0.18%, wherein CE=C-0.14Si+0.04Mn, the surface temperature of the casting slab can be controlled to 600-1000 °C; and finally, applying a reduction of 10-50 mm to the casting slab in a fully solidified state of the casting slab. sequentially arranging a casting slab corner electromagnetic induction heating device and a reduction device at an exit of a continuous casting machine during metallurgical continuous casting; in a process of metallurgical continuous casting, rapidly cooling the surface of the casting slab at a cooling rate of 0.1-12 °C/s in a horizontal section of the casting machine to lower the surface temperature of the casting slab, then inductively heating a corner of the casting slab by the electromagnetic induction heating device to increase the corner temperature, thereby increasing the corner temperature of the casting slab to be greater than or equal to a wide surface temperature; wherein cooling intensities of the cooling to the surface of the casting slab are different for different steel grades, wherein for low-carbon steel with good plasticity having a carbon equivalent CE in the range of 0<CE<0.08%, wherein CE=C-0.14Si+0.04Mn, the temperature can be rapidly cooled to 400-900 °C; for crack-sensitive steel having a carbon equivalent CE in the range of 0.08%-0.18%, wherein CE=C-0.14Si+0.04Mn, the surface temperature of the casting slab can be controlled to 600-1000 °C; and finally, applying a reduction of 10-50 mm to the casting slab in a fully solidified state of the casting slab.
A vibration attenuator (35, 37; 55, 57; 67; 81, 83; 103, 105) for a rotor hub of an aircraft, the rotor hub being configured for being driven in rotation by a mast (29; 95) about an axis of rotation (33; 99), the vibration attenuator comprising: a first weight (39; 59; 73; 89; 109) adapted to be mounted in a rotating system of a rotor hub of an aircraft, the first weight also being adapted to be rotatable about an axis of rotation of the hub relative to the hub and to each other weight; and drive means (31, 41; 55, 71; 87; 107) for rotating the first weight about the axis of rotation at a selected speed during operation; wherein during operation the first weight is driven in rotation for creating oscillatory shear forces for attenuation of rotor-induced vibrations having a selected frequency; and wherein the location of the first weight is selectively movable between an inner radial position and an outer radial position, the location being between a center of mass of the first weight and the axis of rotation, the inner radial position providing minimal shear forces, the outer radial position providing maximum shear forces, characterized in that the first weight is movably positioned along a track (77; 93) of the rotating system. a first weight (39; 59; 73; 89; 109) adapted to be mounted in a rotating system of a rotor hub of an aircraft, the first weight also being adapted to be rotatable about an axis of rotation of the hub relative to the hub and to each other weight; and drive means (31, 41; 55, 71; 87; 107) for rotating the first weight about the axis of rotation at a selected speed during operation;
A method of characterizing a polypeptide, comprising: providing a first capillary channel having a separation buffer disposed therein, the separation buffer comprising: a polymer matrix; a buffering agent; a first detergent; and a lipophilic dye capable of binding to the polypeptide or polypeptides; wherein the buffering agent and detergent are present in the separation buffer at a concentration at or below a critical micelle concentration; pretreating the polypeptide in a second detergent solution, the second detergent being present in the second detergent solution at a concentration that is between 0.05x and 3x the concentration of said first detergent in the separation buffer; introducing the polypeptide into one end of the capillary channel; applying an electric field across a length of the first capillary channel, the electric field transporting polypeptides of different sizes through the polymer solution at different rates; and detecting the polypeptide as it passes a point along the length of the capillary channel. a polymer matrix; a buffering agent; a first detergent; and a lipophilic dye capable of binding to the polypeptide or polypeptides; wherein the buffering agent and detergent are present in the separation buffer at a concentration at or below a critical micelle concentration; pretreating the polypeptide in a second detergent solution, the second detergent being present in the second detergent solution at a concentration that is between 0.05x and 3x the concentration of said first detergent in the separation buffer; introducing the polypeptide into one end of the capillary channel; applying an electric field across a length of the first capillary channel, the electric field transporting polypeptides of different sizes through the polymer solution at different rates; and detecting the polypeptide as it passes a point along the length of the capillary channel.
An image reading system comprising: a reading unit configured to read an original, a determining unit configured to determine whether there exists a folded portion at a corner of the original; and a generating unit configured to generate a file (7; 75) including an image area (71; 771-773) which stores image data of the original read by the reading unit and a non-image area which stores data other than the image data, and configured to write fold information in the non-image area if the determining unit determines that there exists a folded portion, the fold information indicating that the folded portion exists in the read original, wherein the determining unit is configured to determine that there exists a folded portion if a right-angled triangle image exists at a portion of the image data of the original corresponding to a corner of the original, characterized in that the fold information is associated with a page number and the determining unit is configured to determine whether the folded portion has a valley fold or a mountain fold, based on whether there exists a further right-angled triangle image adjacent to the right-angled triangle image or not, the right-angled triangle image and the further right-angled triangle image having a common long side. a reading unit configured to read an original, a determining unit configured to determine whether there exists a folded portion at a corner of the original; and a determining unit configured to determine whether there exists a folded portion at a corner of the original; and a generating unit configured to generate a file (7; 75) including an image area (71; 771-773) which stores image data of the original read by the reading unit and a non-image area which stores data other than the image data, and configured to write fold information in the non-image area if the determining unit determines that there exists a folded portion, the fold information indicating that the folded portion exists in the read original, wherein the determining unit is configured to determine that there exists a folded portion if a right-angled triangle image exists at a portion of the image data of the original corresponding to a corner of the original, characterized in that the fold information is associated with a page number and the determining unit is configured to determine whether the folded portion has a valley fold or a mountain fold, based on whether there exists a further right-angled triangle image adjacent to the right-angled triangle image or not, the right-angled triangle image and the further right-angled triangle image having a common long side.
A lever mechanism for converting a motion from linear to rotary, comprising a guiding bar, a slider which slides along said guiding bar and acts on a lever by means of a pivot, said lever comprising a cylindrical element and a pair of slot links (20, 25) which are fixed frontally on said cylindrical element, said slot links (20, 25) each comprising a guiding slot, said pivot being able to slide within said guiding slots, and comprising - at least one sliding block which is coupled to said pivot and is interposed between said pivot and an internal surface of at least one of said guiding slots, said sliding block being able to slide within said at least one guiding slot characterized in that it further comprises - at least two friction elements (160, 161), which are adapted to reduce friction between said sliding block and said internal surface of said at least one guiding slot, said at least two friction elements (160, 161) being arranged between said sliding block and said internal surface of said at least one guiding slot, said friction elements (160, 161) comprising at least one plurality of pads and gaps formed between the pads that act as a lubricant reserve, retaining the lubricant forming between said pads. - at least one sliding block which is coupled to said pivot and is interposed between said pivot and an internal surface of at least one of said guiding slots, said sliding block being able to slide within said at least one guiding slot characterized in that it further comprises - at least two friction elements (160, 161), which are adapted to reduce friction between said sliding block and said internal surface of said at least one guiding slot, said at least two friction elements (160, 161) being arranged between said sliding block and said internal surface of said at least one guiding slot, said friction elements (160, 161) comprising at least one plurality of pads and gaps formed between the pads that act as a lubricant reserve, retaining the lubricant forming between said pads.
Device comprising: A first interface to a first network, said first network comprising an adaptive streaming server, - A second interface to a second network, said second network comprising at least one adaptive streaming client device, - A stream identifier for detecting at least one streaming content requested by said at least one adaptive streaming client device to said adaptive streaming server, said at least one streaming content being available at more than one data rate at said adaptive streaming server, - A bandwidth manager for selecting a data rate among said more than one data rate, and - A scheduler for, on reception of said at least one streaming content from said adaptive streaming server at a first data rate above said selected data rate, transmitting said at least one streaming content at said second interface to said at least one client device at a second data rate above said selected data rate but below any higher data rate available for the streaming content. - A second interface to a second network, said second network comprising at least one adaptive streaming client device, - A stream identifier for detecting at least one streaming content requested by said at least one adaptive streaming client device to said adaptive streaming server, said at least one streaming content being available at more than one data rate at said adaptive streaming server, - A bandwidth manager for selecting a data rate among said more than one data rate, and - A scheduler for, on reception of said at least one streaming content from said adaptive streaming server at a first data rate above said selected data rate, transmitting said at least one streaming content at said second interface to said at least one client device at a second data rate above said selected data rate but below any higher data rate available for the streaming content.
Greenhouse table in which individual rows of plants are arranged so that they are accessible from the side, comprising at least two table elements, in which the table elements are arranged sideways so that they may move crosswise to their longitudinal axis along at least one transport rail, characterised in that the table elements are fitted with hoses, to which supply hoses are connected, which extend along the whole of the long side of the table element.
An oral care composition comprising an aqueous soluble tin phosphate complex formed from a mixture comprising tin fluoride or tin chloride and a tripolyphosphate salt in a molar ratio of 2P: ISn to 5P: ISn, wherein the complex is formed in situ in an aqueous solution and combined with the composition.