mhurhangee/ep-ind-claims huggingface dataset:
Method for drying at least one aqueous resin application which has been applied to at least one side of a carrier board, comprising the following steps: i) radiating at least once the at least one aqueous resin application, using NIR radiation, and ii) subsequently treating the aqueous resin application, which has been radiated with NIR radiation, at least once thermally. i) radiating at least once the at least one aqueous resin application, using NIR radiation, and ii) subsequently treating the aqueous resin application, which has been radiated with NIR radiation, at least once thermally.
A method for performing load balancing in a distributed computing environment in which each token of a range of U tokens is mapped to a node in a set of N nodes, wherein each node is a virtual machine instance and the set of nodes is a cluster thereof for executing a component of a virtualised function, such that a respective subset of substantially U/N tokens is mapped to each node and the node having a position n may be defined as that node to which the n th subset of substantially U/N tokens is mapped, based on a given order of the tokens, wherein the method is performed in response to the addition or removal of K nodes to or from the set of N nodes to form a modified set of N±K nodes and comprises the step of remapping the range of tokens to the nodes in the modified set of N±K nodes, characterised in that, in the case of adding K nodes to the set of N nodes, the K nodes have positions within the modified set of N+K nodes, based on the given order of the tokens, given by round{(N/2K) + 1+ (i-1)[(N/K)+1]}, i=1, 2,....K and in the case of removing K nodes from the set of N nodes, the K nodes have positions within the set of N nodes, based on the given order of the tokens, given by floor{[(N-K)/2K] + 1 + (i-1)([(N-K)/K] + 1)}, i=1, 2,....K, wherein each token is an identifier in the form of a hash value of a request submitted by the users for the component of the virtualized function and which represents at least a source and/or destination of a request submitted for the component and wherein the tokens are assigned token values 0, 1, 2...U-1, and are remapped to form reassigned subsets with respective boundaries or limits in a token value space of 0, U/(N±K), 2*U/(N±K),..., (N±K-1)*U/(N±K), whereby to minimise data transfer between respective ones of the multiple virtual machine instances of the first and second sets after a capacity change or request for a capacity change of the cluster.
A compound comprising a single-stranded modified oligonucleotide consisting of the nucleobase sequence of SEQ ID NO: 11, wherein the oligonucleotide comprises: a gap segment consisting of ten linked deoxynucleosides; a 5' wing segment consisting of three linked nucleosides; a 3' wing segment consisting of four linked nucleosides; wherein the gap segment is positioned between the 5' wing segment and the 3' wing segment, wherein each nucleoside of each wing segment comprises a 2'-O-methoxyethyl modified sugar, wherein each internucleoside linkage of said modified oligonucleotide is a phosphorothioate linkage, and wherein each cytosine residue of said modified oligonucleotide is a 5-methylcytosine. a gap segment consisting of ten linked deoxynucleosides; a 5' wing segment consisting of three linked nucleosides; a 3' wing segment consisting of four linked nucleosides; wherein the gap segment is positioned between the 5' wing segment and the 3' wing segment,
A method for transmitting system information in a mobile communication system, comprising: transmitting a reference System Frame Number, SFN, and an SFN offset of system information in each first subframe of every radio frame; wherein the SFN offset has four successive variable values during predetermined four radio frame intervals and the reference SFN has the same value during the predetermined four radio frame intervals, and the reference SFN is used for generating an actual SFN by combining with the SFN offset, wherein the SFN offset is 2 bit. transmitting a reference System Frame Number, SFN, and an SFN offset of system information in each first subframe of every radio frame; wherein the SFN offset has four successive variable values during predetermined four radio frame intervals and the reference SFN has the same value during the predetermined four radio frame intervals, and the reference SFN is used for generating an actual SFN by combining with the SFN offset, wherein the SFN offset is 2 bit.
A web product embossing apparatus comprising: a first embossing wheel set, said first embossing wheel set comprising a first embossing wheel and a second embossing wheel, said second embossing wheel comprising a plurality of protrusions to emboss at least a first raised embossed pattern on a first web product, said first raised embossed pattern comprising a plurality of pattern units (2411, 2413, 2415); a transferring wheel set to transfer a second web product to said first embossing wheel set; and a plurality of glue applicators (25, 26, 27) to apply respective glues (281, 283, 285) having different colours to different said pattern units (2411, 2413, 2415) of said first raised embossed pattern, characterised by a transferring unit for transferring a third web product to said first embossing wheel set to be embossed along with said first web product, and in that said glue applicators (25, 26, 27) comprise respective glue applicator wheels (255, 265, 275) that have glue applicator portions (2551, 2651, 2751) corresponding in shape to respective ones of said pattern units (2411, 2413, 2415), and in that said glue applicator wheels (255, 265, 275) are disposed adjacent said second embossing wheel such that, in use, said glue applicator wheels (255, 265, 275) transfer said respective glues (281, 283, 285) to said first web product while said first web product passes said glue applicator wheels (281, 283, 285) transported on said second embossing wheel. a first embossing wheel set, said first embossing wheel set comprising a first embossing wheel and a second embossing wheel, said second embossing wheel comprising a plurality of protrusions to emboss at least a first raised embossed pattern on a first web product, said first raised embossed pattern comprising a plurality of pattern units (2411, 2413, 2415); a transferring wheel set to transfer a second web product to said first embossing wheel set; and a plurality of glue applicators (25, 26, 27) to apply respective glues (281, 283, 285) having different colours to different said pattern units (2411, 2413, 2415) of said first raised embossed pattern, characterised by a transferring unit for transferring a third web product to said first embossing wheel set to be embossed along with said first web product, and in that said glue applicators (25, 26, 27) comprise respective glue applicator wheels (255, 265, 275) that have glue applicator portions (2551, 2651, 2751) corresponding in shape to respective ones of said pattern units (2411, 2413, 2415), and in that said glue applicator wheels (255, 265, 275) are disposed adjacent said second embossing wheel such that, in use, said glue applicator wheels (255, 265, 275) transfer said respective glues (281, 283, 285) to said first web product while said first web product passes said glue applicator wheels (281, 283, 285) transported on said second embossing wheel.
Multi-layered packaging foil comprising - a layer L-1 having an oxygen gas transmission rate OGTR-1; - a luminescent compound having the property that its luminescence is capable of being quenched by oxygen; - a layer L-2 adhering to L-1 and to the luminescent compound; wherein the luminescent compound is present between L-1 and L-2 and completely enclosed by L-1 and L-2, characterized in that - the layer L-2 has an oxygen gas transmission rate OGTR-2 that is at least 1,000 times higher than OGTR-1; and - OGTR-1 is 3 cm 3 m -2 day -1 or less at 25 °C and 0% RH at 1 atm oxygen partial pressure difference (ASTM D3985); and - OGTR-2 is 3,000 cm 3 m -2 day -1 or more at 25 °C and 0% RH at 1 atm oxygen partial pressure difference (ASTM D3985). - a layer L-1 having an oxygen gas transmission rate OGTR-1; - a luminescent compound having the property that its luminescence is capable of being quenched by oxygen; - a layer L-2 adhering to L-1 and to the luminescent compound; wherein the luminescent compound is present between L-1 and L-2 and completely enclosed by L-1 and L-2, characterized in that - the layer L-2 has an oxygen gas transmission rate OGTR-2 that is at least 1,000 times higher than OGTR-1; and - OGTR-1 is 3 cm 3 m -2 day -1 or less at 25 °C and 0% RH at 1 atm oxygen partial pressure difference (ASTM D3985); and - OGTR-2 is 3,000 cm 3 m -2 day -1 or more at 25 °C and 0% RH at 1 atm oxygen partial pressure difference (ASTM D3985).
A method of evaluating fatigue damage in a turbine by a data acquisition system, comprising: receiving a plurality of operating parameters from a plurality of sensors; based upon the plurality of operating parameters, determining: a run time from start-up until the turbine reaches X percent load; and a start-up temperature transient from start-up until the turbine reaches X percent load; calculating: a run time ratio of the determined run time until the turbine reaches X percent load to a predetermined run time; a start-up temperature ratio of the determined start-up temperature transient to a predetermined start-up temperature transient; and a fatigue severity factor by averaging the run time ratio and the start-up temperature ratio of a number of starts; and based upon the determined fatigue severity factor, altering one or more of the plurality of operating parameters and/or initiating repair procedures. receiving a plurality of operating parameters from a plurality of sensors; based upon the plurality of operating parameters, determining: a run time from start-up until the turbine reaches X percent load; and a start-up temperature transient from start-up until the turbine reaches X percent load; a run time from start-up until the turbine reaches X percent load; and a start-up temperature transient from start-up until the turbine reaches X percent load; calculating: a run time ratio of the determined run time until the turbine reaches X percent load to a predetermined run time; a start-up temperature ratio of the determined start-up temperature transient to a predetermined start-up temperature transient; and a fatigue severity factor by averaging the run time ratio and the start-up temperature ratio of a number of starts; and a run time ratio of the determined run time until the turbine reaches X percent load to a predetermined run time; a start-up temperature ratio of the determined start-up temperature transient to a predetermined start-up temperature transient; and a fatigue severity factor by averaging the run time ratio and the start-up temperature ratio of a number of starts; and based upon the determined fatigue severity factor, altering one or more of the plurality of operating parameters and/or initiating repair procedures.
A process of producing para-xylene comprising providing a C 8 + feedstock, said C 8 + feedstock having C 8 hydrocarbons and C 9 + hydrocarbons, to a crystallization unit under crystallization conditions to produce a PX enriched stream having a PX concentration of at least 99.5 wt% based on the weight of said PX enriched stream, wherein the C 8 + feedstock is obtained by a process comprising the steps of: (a) providing a toluene feedstock having toluene to a reaction zone; (b) contacting said toluene with a catalyst under toluene disproportionation conditions to form an effluent having C 7 - hydrocarbons, C 8 hydrocarbons and C 9 + hydrocarbons, wherein said C 8 hydrocarbons comprise PX, meta-xylene, and ortho-xylene, and said effluent has a PX concentration of at least 70 wt% based on total weight of xylenes in said effluent; (c) separating at least a portion of C 7 - hydrocarbons from said effluent to form a C 8 + feedstock, wherein said C 8 + feedstock has a PX concentration of at least 70 wt% based on total weight of xylenes in said C 8 + feedstock and said C 8 + feedstock has a C 9 + hydrocarbons concentration from 5000 wppm to 10 wt% based on the total weight of the C 8 + feedstock. (a) providing a toluene feedstock having toluene to a reaction zone; (b) contacting said toluene with a catalyst under toluene disproportionation conditions to form an effluent having C 7 - hydrocarbons, C 8 hydrocarbons and C 9 + hydrocarbons, wherein said C 8 hydrocarbons comprise PX, meta-xylene, and ortho-xylene, and said effluent has a PX concentration of at least 70 wt% based on total weight of xylenes in said effluent; (c) separating at least a portion of C 7 - hydrocarbons from said effluent to form a C 8 + feedstock, wherein said C 8 + feedstock has a PX concentration of at least 70 wt% based on total weight of xylenes in said C 8 + feedstock and said C 8 + feedstock has a C 9 + hydrocarbons concentration from 5000 wppm to 10 wt% based on the total weight of the C 8 + feedstock.
A dopant free conductive polyurethane elastomer (DCPU) comprising polymeric diol, diisocyanate, bishydroxy acid, and aniline oligomer having a formula of -(O-PD-O)x-(CO-NH-DI-NH-CO) n-(NH-AO-NH) z-(CO-NH-DI-NH-CO) m-(O-BHA-O) y- wherein the ratio between x:y:(n+m):z is in the range of 0.95:0.5:2: 1 and 0.5:0.5:2: 1, wherein said aniline oligomer is selected from the group consisting of aniline trimer, aniline tetramer, aniline pentamer, aniline hexamer, aniline heptamer, and aniline octamer.
A mobile instrument assembly for use in laboratories as well as in industry comprising: a housing for accommodating one or more components of an instrument; one or more wheels for mobility of the instrument assembly; and a mounting assembly comprising: a support plate that is moveable with respect to the housing between a retracted position and one or more extracted positions and that comprises, in its distal end, a pair of protrusions projecting from a surface of the support plate, wherein in the retracted position the support plate is substantially unexposed from the housing, and wherein in each of the one or more extracted positions the support plate extends from the housing to a respective extent such that a perimeter of the housing and the pair of protrusions define a circular area of a respective predefined diameter to allow for mounting a pressure vessel of a corresponding size on the support plate between the perimeter of the housing and the pair of protrusions, the pressure vessel being applicable for storing pressurized gas required by said instrument. a support plate that is moveable with respect to the housing between a retracted position and one or more extracted positions and that comprises, in its distal end, a pair of protrusions projecting from a surface of the support plate, wherein in the retracted position the support plate is substantially unexposed from the housing, and wherein in each of the one or more extracted positions the support plate extends from the housing to a respective extent such that a perimeter of the housing and the pair of protrusions define a circular area of a respective predefined diameter to allow for mounting a pressure vessel of a corresponding size on the support plate between the perimeter of the housing and the pair of protrusions, the pressure vessel being applicable for storing pressurized gas required by said instrument.
A system comprising: a common integrated circuit, IC, package; a die-to-die interconnect; a first semiconductor die having a first processor, first connectivity circuitry, a first processor bus, and discrete signal lines coupled to peripherals; and a second semiconductor die having second connectivity circuitry,the first die and the second die contained in the common integrated circuit, IC, package; the first processor communicatively coupled to the first connectivity circuitry by the first processor bus and configured to provide first bus transactions via the first processor bus to the second connectivity circuitry; the discrete signal lines connected to the first connectivity circuitry to provide first discrete signals indicative of discrete events; the first connectivity circuitry configured to store the first discrete signals in a plurality of virtual signal registers and to convert the first bus transactions and the first discrete signals into die-to-die message packets to be communicated to the second connectivity circuitry via the die-to-die interconnect between the first die and the second die, the first discrete signals being converted into the die-to-die message packets on a register-by-register basis, characterized in that the system further comprises destination synchronizers, the destination synchronizers selectively enabled for scalar or Gray-coded vector signaling events of the first discrete signaling events and selectively disabled for qualifier-based vector signaling events of the first discrete signaling events. a common integrated circuit, IC, package; a die-to-die interconnect; a first semiconductor die having a first processor, first connectivity circuitry, a first processor bus, and discrete signal lines coupled to peripherals; and a second semiconductor die having second connectivity circuitry,the first die and the second die contained in the common integrated circuit, IC, package; the first processor communicatively coupled to the first connectivity circuitry by the first processor bus and configured to provide first bus transactions via the first processor bus to the second connectivity circuitry; the discrete signal lines connected to the first connectivity circuitry to provide first discrete signals indicative of discrete events; the first connectivity circuitry configured to store the first discrete signals in a plurality of virtual signal registers and to convert the first bus transactions and the first discrete signals into die-to-die message packets to be communicated to the second connectivity circuitry via the die-to-die interconnect between the first die and the second die, the first discrete signals being converted into the die-to-die message packets on a register-by-register basis, characterized in that the system further comprises destination synchronizers, the destination synchronizers selectively enabled for scalar or Gray-coded vector signaling events of the first discrete signaling events and selectively disabled for qualifier-based vector signaling events of the first discrete signaling events.
A battery cell for a flow battery (α), comprising: a cell frame (1, 2, 3) including a frame (12, 22, 32) including a through-window and a manifold serving as an electrolyte flow path, and a bipolar plate (11, 21, 31); a positive electrode disposed on one surface side of the bipolar plate (11, 21, 31); and a negative electrode disposed on another surface side of the bipolar plate (11, 21,31), wherein in the frame (12, 22, 32), a thickness of a portion in which the manifold is formed is defined as Ft; in the bipolar plate (11, 21, 31), a thickness of a portion blocking the through-window is defined as Bt; in the positive electrode, a thickness of a portion facing the bipolar plate (11, 21, 31) is defined as Pt; in the negative electrode, a thickness of a portion facing the bipolar plate (11, 21, 31) is defined as Nt; characterised in that the bipolar plate (11, 21, 31) blocks the through-window and these thicknesses satisfy 8 mm ≥ Ft ≥ 4 mm, Ft − 0.5 mm ≥ Bt ≥ Ft − 3.0 mm, Pt ≤ 1.5 mm, and Nt ≤ 1.5 mm. a cell frame (1, 2, 3) including a frame (12, 22, 32) including a through-window and a manifold serving as an electrolyte flow path, and a bipolar plate (11, 21, 31); a positive electrode disposed on one surface side of the bipolar plate (11, 21, 31); and a negative electrode disposed on another surface side of the bipolar plate (11, 21,31), wherein in the frame (12, 22, 32), a thickness of a portion in which the manifold is formed is defined as Ft; in the bipolar plate (11, 21, 31), a thickness of a portion blocking the through-window is defined as Bt; in the positive electrode, a thickness of a portion facing the bipolar plate (11, 21, 31) is defined as Pt; in the negative electrode, a thickness of a portion facing the bipolar plate (11, 21, 31) is defined as Nt; characterised in that the bipolar plate (11, 21, 31) blocks the through-window and these thicknesses satisfy 8 mm ≥ Ft ≥ 4 mm, Ft − 0.5 mm ≥ Bt ≥ Ft − 3.0 mm, Pt ≤ 1.5 mm, and Nt ≤ 1.5 mm.
Hearing-aid device, formed as an in-the-ear hearing-aid device, comprising: - a customized housing shell, - a faceplate, connected to the housing shell, - an input transducer for picking up an input signal and converting it into an electrical input signal, - a signal processing unit for processing the electrical input signal, - an output transducer for converting the processed electrical input signal into an output signal that can be perceived by a user as an acoustic signal and - an antenna or coil for wireless signal transmission between the hearing-aid device and a further device, characterized in that the hearing-aid device has formations (11, 12, 15) for placing and/or fastening the antenna or coil in the housing shell, which are connected in one piece to the housing shell and are designed for producing a releasable fastening of the antenna or coil in the housing shell or an adhesive bond of the antenna or coil in the housing shell, and has means for establishing a releasable contact between the antenna or coil and the faceplate. - a customized housing shell, - a faceplate, connected to the housing shell, - an input transducer for picking up an input signal and converting it into an electrical input signal, - a signal processing unit for processing the electrical input signal, - an output transducer for converting the processed electrical input signal into an output signal that can be perceived by a user as an acoustic signal and - an antenna or coil for wireless signal transmission between the hearing-aid device and a further device,
Beverage preparation machine for preparing aromatic beverages such as espresso coffee and similar beverages, presenting a machine chassis and: - at least one extraction device provided in operational connection with a control device, - at least one beverage discharge provided in flow communication with an extraction device downstream thereof, - at least one actuation device provided in operational connection with said control device and adapted so as to provide at least the actuation of start of a beverage preparation cycle, - at least one integrated use interface provided in a handle-like form developing along a longitudinal axis from the frontal zone of said chassis and in operational connection with at least one said extraction device, characterized in that said integrated use interface presents said at least one beverage discharge and said at least one actuation device, whereby said beverage discharge is adapted so that it can be rotated around said longitudinal axis so as to vary its relative position. - at least one extraction device provided in operational connection with a control device, - at least one beverage discharge provided in flow communication with an extraction device downstream thereof, - at least one actuation device provided in operational connection with said control device and adapted so as to provide at least the actuation of start of a beverage preparation cycle, - at least one integrated use interface provided in a handle-like form developing along a longitudinal axis from the frontal zone of said chassis and in operational connection with at least one said extraction device, characterized in that said integrated use interface presents said at least one beverage discharge and said at least one actuation device, whereby said beverage discharge is adapted so that it can be rotated around said longitudinal axis so as to vary its relative position.