mhurhangee/ep-ind-claims huggingface dataset:
Method of calculating substitution colours for spot colours for colour control in a multicolour printing operation in a printing machine for processing a current print job, the method comprising the steps of • creating a multicolour profile from characterization data adapted to a current print job, wherein characterization data represent the definition of an unequivocal relationship between digital tone values and measured colour values in the print and are to be determined by analyzing minimized printed test elements, wherein the missing colour values are calculated by means of segmented spectral Neugebauer equations, • calculating the substitution colours, consisting of two chromatic and one achromatic colour, from the multicolour profile with at least one boundary condition, wherein one boundary condition consists of the fact that the achromatic colour is a defined, fixed black and the chromatic colour, which is the process colour that is complementary to the spot colour and represents a minimum chromatic colour, is minimized, i.e. becomes zero, automatically causing the defined, fixed black to be maximized, and wherein the missing colour values are calculated by multilinear interpolation, • using the selected substitution colours for colour control in the multicolour printing operation to process a current print job. • creating a multicolour profile from characterization data adapted to a current print job, wherein characterization data represent the definition of an unequivocal relationship between digital tone values and measured colour values in the print and are to be determined by analyzing minimized printed test elements, wherein the missing colour values are calculated by means of segmented spectral Neugebauer equations, • calculating the substitution colours, consisting of two chromatic and one achromatic colour, from the multicolour profile with at least one boundary condition, wherein one boundary condition consists of the fact that the achromatic colour is a defined, fixed black and the chromatic colour, which is the process colour that is complementary to the spot colour and represents a minimum chromatic colour, is minimized, i.e. becomes zero, automatically causing the defined, fixed black to be maximized, and wherein the missing colour values are calculated by multilinear interpolation, • using the selected substitution colours for colour control in the multicolour printing operation to process a current print job.
An ammonia plant comprising a first reactor (21, 121, 221) for a first ammonia synthesis and a second reactor (23, 123, 223) for a second ammonia synthesis and also a start-up oven (3, 103, 203) having at least one first heat exchanger, wherein said start-up oven (3, 103, 203) is connected to the first reactor via a piping system (9, 11, 13, 15; 109, 111, 113, 115; 209, 211, 215) for the reactants of a first ammonia synthesis and connected to the second reactor (21, 23; 121, 123; 221, 223) via a piping system for the reactants of a second ammonia synthesis, characterized in that the start-up oven is arranged in the flow path of the piping systems of the two reactors such that it may be connected only to the first pipes of the first reactor or only to the second pipes of the second reactor as desired.
A method of analyzing an analyte, comprising: providing a chip with at least one nanofunnel that merges into a corresponding nanochannel; applying a first voltage to cause an analyte to flow into a fluid nanofunnel; then applying a second, smaller, voltage to cause the analyte to flow into a corresponding nanochannel; and electronically analyzing the molecule in the nanofunnel and/or nanochannel. providing a chip with at least one nanofunnel that merges into a corresponding nanochannel; applying a first voltage to cause an analyte to flow into a fluid nanofunnel; then applying a second, smaller, voltage to cause the analyte to flow into a corresponding nanochannel; and electronically analyzing the molecule in the nanofunnel and/or nanochannel.
A method for the time-synchronized output of signals and/or time-synchronized processing of detected signals on a plurality of input and/or output channels of an electronic circuit, comprising the following steps: a. combining a number of channels from the input and/or output channels of the electronic circuit into a logical group, b. querying the channel latency of each channel belonging to the group formed from a data source, the content of the data source, that is, the latencies stored therein for each channel, being provided by the manufacturer of the circuit, c. determining the greatest channel latency from all queried channel latencies and, at least temporarily, storing the greatest channel latency as a group latency, d. for each channel belonging to the group: performing a determination of the amount of temporal difference between the group latency and the queried channel latency of the respective channel and storing the determined amount of difference as a channel-associated latency offset in a memory, particularly a memory of the circuit e. influencing the signal propagation over a respective channel as a function of at least the respective stored latency offset thereof, at least steps a) to d) taking place by means of a user interface implemented by software on a data processing system connected to the circuit by at least one communication link, and step e) the influencing the signal propagation over the respective channel of a formed group performed by software or a logic implemented in hardware of the circuit, to which the latency offsets of all channels of the group were transmitted through previous communication, the software or the logic implemented in hardware delaying the activation of the channels as a function of the respective channel latencies when outputting, the delay being based on the latency offset. a. combining a number of channels from the input and/or output channels of the electronic circuit into a logical group, b. querying the channel latency of each channel belonging to the group formed from a data source, the content of the data source, that is, the latencies stored therein for each channel, being provided by the manufacturer of the circuit, c. determining the greatest channel latency from all queried channel latencies and, at least temporarily, storing the greatest channel latency as a group latency, d. for each channel belonging to the group: performing a determination of the amount of temporal difference between the group latency and the queried channel latency of the respective channel and storing the determined amount of difference as a channel-associated latency offset in a memory, particularly a memory of the circuit e. influencing the signal propagation over a respective channel as a function of at least the respective stored latency offset thereof,
A container having a containing portion for containing contents comprising: a main body that includes a body part defining the containing portion and a flange part extending outward from an upper portion of the body part; and a lid that is joined to the flange part of the main body via an outer edge seal portion so as to cover the containing portion, the lid being formed by a lid member folded back at a fold-back portion such that portions of the lid member overlap each other, wherein the lid has: a pleat part that includes the portions of the lid member overlapping each other and that extends from an edge of one side to an edge of the other side of the lid in a first direction; and a first lid part and a second lid part that are formed by the lid member and that are arranged on opposite sides of the pleat part, the pleat part includes: a pleat seal portion in which inner surfaces of the portions of the lid member are joined together and that extends from the edge of the one side to the edge of the other side of the lid in the first direction; and a steam passing portion that includes a through hole or a cutout formed in the pleat seal portion, and characterised in that the strength of the seal of the pleat seal portion is lower than the strength of the seal of the outer edge seal portion. a main body that includes a body part defining the containing portion and a flange part extending outward from an upper portion of the body part; and a lid that is joined to the flange part of the main body via an outer edge seal portion so as to cover the containing portion, the lid being formed by a lid member folded back at a fold-back portion such that portions of the lid member overlap each other, wherein the lid has: a pleat part that includes the portions of the lid member overlapping each other and that extends from an edge of one side to an edge of the other side of the lid in a first direction; and a first lid part and a second lid part that are formed by the lid member and that are arranged on opposite sides of the pleat part, the pleat part includes: a pleat seal portion in which inner surfaces of the portions of the lid member are joined together and that extends from the edge of the one side to the edge of the other side of the lid in the first direction; and a steam passing portion that includes a through hole or a cutout formed in the pleat seal portion, and characterised in that the strength of the seal of the pleat seal portion is lower than the strength of the seal of the outer edge seal portion.
An electronic stringed instrument, comprising: a plurality of strings stretched above a fingerboard unit provided with a plurality of frets; a state detection unit that detects a state between each of the plurality of frets and each of the plurality of strings; a string picking detection unit that detects picking of any of the plurality of strings; a sound generation instruction unit that provides a sound source with a sound generation instruction of musical sound of a pitch determined based on the state detected by the state detection unit; a pitch detection unit that detects a vibration pitch of a string of which picking is detected by the string picking detection unit; and a correction unit that corrects the pitch of the musical sound of which generation is instructed by the sound generation instruction unit, based on the vibration pitch detected by the pitch detection unit; characterized in that the electronic stringed instrument, further comprises: a degree-of-change detection unit that detects a degree of change in a string vibration level at a time point when the state detection unit detects the state; and a volume determination unit that determines a volume of the musical sound of which generation is instructed by the sound generation instruction unit, based on the degree of change detected by the degree-of-change detection unit. a plurality of strings stretched above a fingerboard unit provided with a plurality of frets; a state detection unit that detects a state between each of the plurality of frets and each of the plurality of strings; a string picking detection unit that detects picking of any of the plurality of strings; a sound generation instruction unit that provides a sound source with a sound generation instruction of musical sound of a pitch determined based on the state detected by the state detection unit; a pitch detection unit that detects a vibration pitch of a string of which picking is detected by the string picking detection unit; and a correction unit that corrects the pitch of the musical sound of which generation is instructed by the sound generation instruction unit, based on the vibration pitch detected by the pitch detection unit; characterized in that the electronic stringed instrument, further comprises: a degree-of-change detection unit that detects a degree of change in a string vibration level at a time point when the state detection unit detects the state; and a volume determination unit that determines a volume of the musical sound of which generation is instructed by the sound generation instruction unit, based on the degree of change detected by the degree-of-change detection unit. a degree-of-change detection unit that detects a degree of change in a string vibration level at a time point when the state detection unit detects the state; and a volume determination unit that determines a volume of the musical sound of which generation is instructed by the sound generation instruction unit, based on the degree of change detected by the degree-of-change detection unit.
Orthosis with a first support section and at least one other support section, which form a spatially shaped support body, the support sections (12, 14) being configured to be attached to a patient and to support limbs or upper body sections of a patient, characterized in that the support body with the first and at least one other support section (12, 14) consists of a reinforcing structure that includes a support layer on which a continuous laid out fiber bundle is applied, that is formed from reinforcing fibers running parallel to one another, in that a layout of the fiber bundle having reinforcing fibers running parallel to one another is provided at least substantially corresponding to stresses occurring in the support body, oriented along lines of stress, wherein the layout of the fiber bundle is carried out within a surface area of the support layer, corresponding to a two-dimensional layout of the spatially shaped support body, and that the spatially shaped reinforcing structure impregnated with a curable base material forms the support body.
A processor-implemented method comprising: receiving an atomic instruction block which includes a plurality of instructions; determining, at one of logic units (220, 218) of a processor, a characteristic of the atomic instruction block based at least in part on metadata associated with the atomic instruction block, the metadata set by a compiler, or on an identifier associated with the atomic instruction block; wherein determining the characteristic comprises determining that the metadata includes a static hint, the static hint indicating whether the instructions are suitable for in-order execution; determining, by one of the logic units of the processor for selecting instructions in an in-order instruction issue mode, whether next instructions in an instruction window are ready to issue in-order; setting, by the one of the logic units, the characteristic based at least in part on the determining that the next instructions are ready to issue in-order; and switching between an out-of-order instruction issue mode of a processor and the in-order instruction issue mode of the processor based at least in part on the characteristic and a charge state of a computing device which includes the processor, wherein the static hint is based on metadata associated with the instructions, on a charge state or on both the metadata and the charge state, wherein the out-of-order instruction issue mode and the in-order instruction issue mode are associated with different energy consumption characteristics. receiving an atomic instruction block which includes a plurality of instructions; determining, at one of logic units (220, 218) of a processor, a characteristic of the atomic instruction block based at least in part on metadata associated with the atomic instruction block, the metadata set by a compiler, or on an identifier associated with the atomic instruction block; wherein determining the characteristic comprises determining that the metadata includes a static hint, the static hint indicating whether the instructions are suitable for in-order execution; determining, by one of the logic units of the processor for selecting instructions in an in-order instruction issue mode, whether next instructions in an instruction window are ready to issue in-order; setting, by the one of the logic units, the characteristic based at least in part on the determining that the next instructions are ready to issue in-order; and switching between an out-of-order instruction issue mode of a processor and the in-order instruction issue mode of the processor based at least in part on the characteristic and a charge state of a computing device which includes the processor, wherein the static hint is based on metadata associated with the instructions, on a charge state or on both the metadata and the charge state, wherein the out-of-order instruction issue mode and the in-order instruction issue mode are associated with different energy consumption characteristics.
A pharmaceutical composition comprising: (i) a drug component comprising at least one tiotropium compound selected from tiotropium, tiotropium bromide and tiotropium bromide monohydrate and at least one olodaterol compound selected from olodaterol and the pharmaceutically acceptable salts thereof; and (ii) a propellant component comprising 1,1-difluoroethane (HFA-152a). (i) a drug component comprising at least one tiotropium compound selected from tiotropium, tiotropium bromide and tiotropium bromide monohydrate and at least one olodaterol compound selected from olodaterol and the pharmaceutically acceptable salts thereof; and (ii) a propellant component comprising 1,1-difluoroethane (HFA-152a).
A computer-implemented method comprising performing computer-implemented operations for: intercepting, by a first monitor, an application programming interface (106; 202), API, call made by an application executing external to a restricted application execution environment, wherein the API call is directed toward a secure resource; determining (504, 506), by the first monitor, if the API call is blocked by a second monitor in the restricted application execution environment; in response to said determining that the API call is blocked in the restricted application execution environment, modifying the API call so that the API call can be executed within the restricted application execution environment, comprising: creating a shadow resource, wherein the shadow resource comprises a version of the secure resource that is accessible to the API within the restricted application execution environment; and causing the modified API call to be executed against the shadow resource in the restricted application execution environment. intercepting, by a first monitor, an application programming interface (106; 202), API, call made by an application executing external to a restricted application execution environment, wherein the API call is directed toward a secure resource; determining (504, 506), by the first monitor, if the API call is blocked by a second monitor in the restricted application execution environment; in response to said determining that the API call is blocked in the restricted application execution environment, modifying the API call so that the API call can be executed within the restricted application execution environment, comprising: creating a shadow resource, wherein the shadow resource comprises a version of the secure resource that is accessible to the API within the restricted application execution environment; and causing the modified API call to be executed against the shadow resource in the restricted application execution environment. creating a shadow resource, wherein the shadow resource comprises a version of the secure resource that is accessible to the API within the restricted application execution environment; and causing the modified API call to be executed against the shadow resource in the restricted application execution environment.
A compound according to formula I: or a pharmaceutically acceptable salt, solvate or polymorph thereof, including all tautomers and stereoisomers thereof wherein: R 1 represents alkyl, -O-alkyl, heterocyclyl or cycloalkyl; R 2 and R 3 independently represent hydrogen, halogen or CN; R 4 and R 5 independently represent hydrogen or halogen; wherein at least one of R 2, R 3, R 4 and R 5 is halogen or CN; and wherein the above alkyl, -O-alkyl, heterocyclyl or cycloalkyl groups are substituted by two fluorine. R 1 represents alkyl, -O-alkyl, heterocyclyl or cycloalkyl; R 2 and R 3 independently represent hydrogen, halogen or CN; R 4 and R 5 independently represent hydrogen or halogen; wherein at least one of R 2, R 3, R 4 and R 5 is halogen or CN; and wherein the above alkyl, -O-alkyl, heterocyclyl or cycloalkyl groups are substituted by two fluorine.
A method of producing a bipolar cell electrode, comprising: coating a first side of a collector with a first active material having a first porosity; compressing the coated first side of the collector at a first pressure; coating a second side of the collector opposite the first side with a second active material comprising a cathode type active material having a second porosity; and compressing the coated second side of the collector at a second pressure to form a bipolar cell electrode, characterized in that the second active material coating exhibits a porosity of 30% to 40% after compressing the coated collector at the second pressure, and wherein the first pressure is greater than the second pressure. coating a first side of a collector with a first active material having a first porosity; compressing the coated first side of the collector at a first pressure; coating a second side of the collector opposite the first side with a second active material comprising a cathode type active material having a second porosity; and compressing the coated second side of the collector at a second pressure to form a bipolar cell electrode, characterized in that the second active material coating exhibits a porosity of 30% to 40% after compressing the coated collector at the second pressure, and wherein the first pressure is greater than the second pressure.
A tapered roller bearing comprising: an outer ring having an outer ring track surface on its inner circumferential surface; an inner ring having an inner ring track surface on its outer circumferential surface; a plurality of tapered rollers rotatably disposed between the outer ring track surface and the inner ring track surface; and a retainer having a plurality of pockets for retaining the plurality of tapered rollers at a predetermined interval; the outer ring track surface of the outer ring having a small-diameter end and a large-diameter end, the inner ring track surface of the inner ring having a small-diameter end and a large-diameter end, and, of these four ends, a flange portion that radially inwardly protrudes is formed only at the large-diameter end of the outer ring track surface of the outer ring; characterized in that the tapered roller bearing has a contact angle of 40 through 50° and a roller angle not greater than 3.5°.
A hydrostatic machine comprising a first and a second axial piston unit (5, 6) which are coaxially arranged and which comprise pistons cooperating with an adjustable control disc (13, 14), wherein the first axial piston unit is assigned a first control disc and the second axial piston unit is assigned a second control disc, and the first and second control discs (13, 14) are mechanically coupled together by a coupling mechanism (17-25; 26-28; 30-33) so as to be pivotable about axes (15, 16) which are parallel to one another, characterised in that the control discs (13, 14) are held parallel to one another by the coupling mechanism (17-25; 26-28; 30-33).