mhurhangee/ep-ind-claims huggingface dataset:
A hybrid elastic cable comprising at least one filament yarn of a first type and at least one filament yarn of a second type, the filament yarn of the first type having a lower degree of tenacity than that of the filament yarn of the second type, and the filament yarn of the second type having a lower degree of elasticity than that of the filament yarn of the first type; the filament yarn of the second type, when a predetermined maximum rate of elongation of the hybrid cable is reached, is fully elongated and the filament yarn of the first type is wound in a helix around the filament yarn of the second type, characterised in that the filament yarn of the first type with the said maximum rate of elongation is wound in a helix around the filament yarn of the second type with a specific number of turns per linear metre of the cable ranging between n sE - 15% and n sE + 15%, n sE being determined based on the following formula: n sE = 1000 π φ e + φ K × K max × K max + 200 K max + 100 in which φ e is the diameter in mm of the filament yarn of the first type at rest, φ K is the diameter in mm of the filament yarn of the second type, and K max is the predetermined maximum rate of elongation of the hybrid cable expressed in percent, the filament yarn of the first type moreover being also twisted about itself with a specific number of distinct turns about itself per linear metre of the cable ranging between n sE and 3 x n sE, with the distinct turns about itself of the filament yarn of the first type being wound in the opposite direction from that of the said helix, in a manner such that when the hybrid cable is at rest, the filament yarn of the second type is wound in a helix around the filament yarn of the first type, substantially without the separation of the yarn of the second type or deformation of the hybrid cable. in which φ e is the diameter in mm of the filament yarn of the first type at rest, φ K is the diameter in mm of the filament yarn of the second type, and K max is the predetermined maximum rate of elongation of the hybrid cable expressed in percent, the filament yarn of the first type moreover being also twisted about itself with a specific number of distinct turns about itself per linear metre of the cable ranging between n sE and 3 x n sE, with the distinct turns about itself of the filament yarn of the first type being wound in the opposite direction from that of the said helix, in a manner such that when the hybrid cable is at rest, the filament yarn of the second type is wound in a helix around the filament yarn of the first type, substantially without the separation of the yarn of the second type or deformation of the hybrid cable.
A composition comprising particles, wherein each one of the particles comprises at least one targeting group that binds to a structural entity in a subject and at least one reacting group that reacts chemically with a reactive oxygen species in the subject, wherein the particle emits luminescence when the reaction occurs, and wherein each one of a first subset of the particles comprises a first targeting group and a first reacting group, and each one of a second subset of the particles comprises a second targeting group and a second reacting group, wherein the first and second targeting groups are different, for use in a diagnostic method of imaging reactive oxygen species in vivo for identifying cancers or inflammatory conditions in said subject, the method comprising: administering to the subject said composition; detecting the luminescence emission from the particles; and displaying an image of the subject showing locations of at least some reactive oxygen species in the subject based on the detected luminescence. wherein each one of the particles comprises at least one targeting group that binds to a structural entity in a subject and at least one reacting group that reacts chemically with a reactive oxygen species in the subject, wherein the particle emits luminescence when the reaction occurs, and wherein each one of a first subset of the particles comprises a first targeting group and a first reacting group, and each one of a second subset of the particles comprises a second targeting group and a second reacting group, wherein the first and second targeting groups are different, for use in a diagnostic method of imaging reactive oxygen species in vivo for identifying cancers or inflammatory conditions in said subject, the method comprising: administering to the subject said composition; detecting the luminescence emission from the particles; and displaying an image of the subject showing locations of at least some reactive oxygen species in the subject based on the detected luminescence.
A process for the preparation of carglumic acid which comprises the addition reaction of sodium cyanate to L-glutamic acid in an aqueous medium in the presence of a lithium compound, optional concentration of the aqueous phase to precipitate the carglumic acid lithium salt in 1:1 stoichiometry and acidification to obtain carglumic acid.
A method for mitigating common mode currents in an alternating current electrical power system comprising an electric motor controlled by a variable speed drive connected to an electrical power source through electrical conductors, characterised by a power factor compensation device connected between said electrical conductors and a ground bus, wherein said method comprises: measuring electrical currents in electrical conductors connecting the electrical power source to the variable speed drive; identifying common mode current values based on the measured electrical currents, by a control unit comprising electronic control circuitry; operating the power factor compensation device so as to cancel common mode currents between the electric motor and the electrical source, based on the identified common mode current values. measuring electrical currents in electrical conductors connecting the electrical power source to the variable speed drive; identifying common mode current values based on the measured electrical currents, by a control unit comprising electronic control circuitry; operating the power factor compensation device so as to cancel common mode currents between the electric motor and the electrical source, based on the identified common mode current values.
An artificial joint stem comprising: a base having an outer surface comprising a rough surface; and a coating film disposed on the rough surface of the base, wherein the rough surface comprises an exposed region exposed from the coating film, characterized in that the coating film contains a calcium phosphate-based material and an antimicrobial material, wherein a surface roughness of the exposed region of the rough surface is greater than a surface roughness of the coating film. a base having an outer surface comprising a rough surface; and a coating film disposed on the rough surface of the base, wherein the rough surface comprises an exposed region exposed from the coating film, characterized in that the coating film contains a calcium phosphate-based material and an antimicrobial material, wherein a surface roughness of the exposed region of the rough surface is greater than a surface roughness of the coating film.
A method of fabricating a polymer carbonated beverage container having reduced residual stress, the method comprising: a) providing a preform for a polymer carbonated beverage container; b) measuring the photoelasticity of at least one selected section of the preform using circularly polarized light to determine residual stress patterns in the preform; c) using the residual stress patterns in the preform to determine an axial stretch ratio and a hoop stretch ratio for stretch blow-molding the preform which reduce residual stress in the polymer container; d) stretch blow-molding the preform to form the polymer carbonated beverage container using the determined axial stretch ratio and a hoop stretch ratio; e) measuring the photoelasticity of at least one selected section of the polymer container using circularly polarized light to determine residual stress patterns in the polymer carbonated beverage container; f) using the residual stress patterns in the polymer carbonated beverage container to adjust preform dimensions for a size-adjusted preform, further reducing residual stress in the size-adjusted preform compared to the preform of step a); and g) repeating steps a)-d) to form an improved polymer carbonated beverage container which further reduces residual stress in the improved polymer container compared to the polymer carbonated beverage container of step d). a) providing a preform for a polymer carbonated beverage container; b) measuring the photoelasticity of at least one selected section of the preform using circularly polarized light to determine residual stress patterns in the preform; c) using the residual stress patterns in the preform to determine an axial stretch ratio and a hoop stretch ratio for stretch blow-molding the preform which reduce residual stress in the polymer container; d) stretch blow-molding the preform to form the polymer carbonated beverage container using the determined axial stretch ratio and a hoop stretch ratio; e) measuring the photoelasticity of at least one selected section of the polymer container using circularly polarized light to determine residual stress patterns in the polymer carbonated beverage container; f) using the residual stress patterns in the polymer carbonated beverage container to adjust preform dimensions for a size-adjusted preform, further reducing residual stress in the size-adjusted preform compared to the preform of step a); and g) repeating steps a)-d) to form an improved polymer carbonated beverage container which further reduces residual stress in the improved polymer container compared to the polymer carbonated beverage container of step d).
A covered container for preparing a frozen beverage comprising: a) first frozen pellets comprising a milk fluid, a sweetener, a flavoring, and a stabilizer mix, wherein said milk fluid is about 25% to about 78% by weight of said first frozen pellets; and b) second frozen pellets comprising a milk fluid, a sweetener, and a stabilizer mix, wherein said milk fluid is about 60% to about 85% by weight of said second frozen pellets, wherein the first and second frozen pellets have been prepared without overrun by mixing and heating the ingredients, such that prior to freezing the mixture exhibits minimal overrun, and then freezing the respective mixture to form pellets of relative uniform shape and size having a diameter of from about 1 mm to about 20 mm. a) first frozen pellets comprising a milk fluid, a sweetener, a flavoring, and a stabilizer mix, wherein said milk fluid is about 25% to about 78% by weight of said first frozen pellets; and b) second frozen pellets comprising a milk fluid, a sweetener, and a stabilizer mix, wherein said milk fluid is about 60% to about 85% by weight of said second frozen pellets,
Method for applying a metallic protective coating to a surface of a steel product, where at least one other surface is to remain free from the metallic protective coating, the metallic protective coating being applied by hot dip coating in a hot dip coating bath, with that surface that is to remain free from the metallic protective coating being provided, prior to the hot dip coating, with a preliminary coating which consists of SiO 2 and which during hot dip coating prevents the metallic protective coating adhering to the surface in question, characterized in that the preliminary coating, deposited from the gas phase to that surface of the steel product that is to be kept free from the metallic protective coating, is a layer which consists of amorphous silicon dioxide and has a layer thickness of 0.5 - 500 nm.
Control valve for applying a spring-loaded brake pressure (p3b) to spring-loaded parts of a rear-axle wheel brake, wherein the control valve is activatable pneumatically via a second control input with a parking-brake control pressure, wherein the parking-brake control pressure can act in such a manner on control means (14b, 15b, 17c, 22, 23, 24) arranged in a valve housing of the control valve that a spring-loaded brake pressure (p3b) arises at a working output of the control valve as a function of the parking-brake control pressure for implementing a parking-brake braking specification with the spring-loaded parts of the rear-axle wheel brakes, characterized in that the control valve furthermore has a first control input for activating the control valve with a service-brake control pressure (pV; pR) which is dependent on a service-brake braking specification, wherein, for this purpose, the first control input is connectable to an adjustable first control chamber, wherein the first control chamber is operatively connected via a first control piston in such a manner to the control means (14b, 15b, 17c, 22, 23, 24) arranged in the control valve that, during an adjustment of the first control chamber as a result of pressurization with the service-brake control pressure (pV; pR), the spring-loaded brake pressure (p3b) at the working output can be set as a function of the service-brake control pressure (pV; pR) and/or of the parking-brake control pressure, wherein the first control piston is furthermore operatively connected to a third control chamber, wherein, on the first control piston, - when the first control chamber is pressurized with the service-brake control pressure (pV; pR), a first compressive force acts in a first direction, and - when the third control chamber is pressurized with the same service-brake control pressure (pV; pR), a second compressive force acts in a second direction opposed to the first direction, wherein the first control chamber is connectable to the third control chamber via a switchable bypass valve for charging the two control chambers (14a, 14c) with the same service-brake control pressure (pV; pR). - when the first control chamber is pressurized with the service-brake control pressure (pV; pR), a first compressive force acts in a first direction, and - when the third control chamber is pressurized with the same service-brake control pressure (pV; pR), a second compressive force acts in a second direction opposed to the first direction, wherein the first control chamber is connectable to the third control chamber via a switchable bypass valve for charging the two control chambers (14a, 14c) with the same service-brake control pressure (pV; pR).
A disconnection sensing device, comprising: a conducting wire formed on a substrate: and a wireless communication device including at least an antenna formed on said substrate and a circuit, wherein the antenna is connected to the circuit and the conducting wire is connected separately from the antenna to the circuit, wherein said wireless communication device is configured to transmit a signal including information which differs between before and after said conducting wire is cut; wherein said circuit has a modulation circuit; characterized in that said modulation circuit comprises: a switch circuit; and a plurality of resistance elements (1202, 1203) connected to said switch circuit, wherein said conducting wire is connected to at least one of said plurality of resistance elements (1202, 1203); and wherein said signal including said information is modulated by said modulation circuit in such a manner that said information differs between before and after said conducting wire is cut. a conducting wire formed on a substrate: and a wireless communication device including at least an antenna formed on said substrate and a circuit, wherein the antenna is connected to the circuit and the conducting wire is connected separately from the antenna to the circuit, wherein said wireless communication device is configured to transmit a signal including information which differs between before and after said conducting wire is cut; wherein said circuit has a modulation circuit; characterized in that said modulation circuit comprises: a switch circuit; and a plurality of resistance elements (1202, 1203) connected to said switch circuit, wherein said conducting wire is connected to at least one of said plurality of resistance elements (1202, 1203); and wherein said signal including said information is modulated by said modulation circuit in such a manner that said information differs between before and after said conducting wire is cut. a switch circuit; and a plurality of resistance elements (1202, 1203) connected to said switch circuit, wherein said conducting wire is connected to at least one of said plurality of resistance elements (1202, 1203); and wherein said signal including said information is modulated by said modulation circuit in such a manner that said information differs between before and after said conducting wire is cut.
Low-alloy steel consisting of the alloy components: 0.3-0.50 wt. % carbon 2.5 -4 wt. % Si 3.0 -7 wt. % Cr, 0.5 -0.9 wt. % Mn, and in particular 0.7 -0.8 wt. % Mn 0.15 -0.3 wt. % Mo 0 to 0.04 wt. % Nb 0 to 0.04 wt. % Ti; wherein the sum of Ti + Nb is less than 0.06 wt. % of the total composition, and - 0.001 to 0.006 wt. % B Remainder of iron 0.3-0.50 wt. % carbon 2.5 -4 wt. % Si 3.0 -7 wt. % Cr, 0.5 -0.9 wt. % Mn, and in particular 0.7 -0.8 wt. % Mn 0.15 -0.3 wt. % Mo 0 to 0.04 wt. % Nb 0 to 0.04 wt. % Ti; - 0.001 to 0.006 wt. % B
Device for the temperature control of a space, comprising - a plurality of elongated, preferably metallic, heat transfer profiles with their longitudinal axes arranged in parallel and - at least one pipeline for a heat transfer medium to flow through, wherein at least one pipeline section runs parallel to a longitudinal axis of a heat transfer profile and is coupled with the latter in a heat-transmitting manner, wherein, in each case, in a middle region of the heat transfer profiles, viewed in the cross-section, on a top side facing away from the temperature, a pipeline section is arranged between the heat transfer profile and a contact profile running in the direction of the longitudinal axis of the heat transfer profile, wherein the heat transfer profile, in the middle region, viewed in the cross-section, respectively comprises a U-shaped section with two limbs facing the temperature chamber and a base in contact with the pipeline section, and that the contact profile is in thermally conductive contact with both limbs, characterized in that at least peripheral regions (13,14) of the heat transfer profile are in direct and full-surface contact with a space air of the space to be temperature controlled both on a bottom side of the heat transfer profile facing the space as well as on a top side of the heat transfer profile facing away from the space, wherein adjacent heat transfer profiles have a clear distance between 2.5 cm and 10 cm to each other when measured in the horizontal direction. - a plurality of elongated, preferably metallic, heat transfer profiles with their longitudinal axes arranged in parallel and - at least one pipeline for a heat transfer medium to flow through,
Valve for administration of a plurality of drug fluids, such as cytostatics, comprising: a housing having a plurality of circumferentially distributed primary inlets (130a-d) for receiving a respective one of said drug fluids and a secondary inlet for receiving a secondary fluid, such as a neutral fluid, an outlet, a valve member arranged in said housing having a plurality of primary valve positions in each of which an associated one of said primary inlets (130a-d) of said housing is connected to said outlet of said housing, and a plurality of intermediary valve positions in each of which said secondary inlet of said housing is connected to said outlet of said housing, such that an intermediary valve position has to be passed when passing from one primary position to an adjacent primary position, characterized in that said valve member has a outer surface sealingly engaging an inner surface of said housing, such that said primary and secondary inlets (130a-d, 140) of said housing are sealingly connected to openings (132, 142a-e) arranged in said outer surface of said valve member in each of said primary and intermediary valve positions, respectively. a housing having a plurality of circumferentially distributed primary inlets (130a-d) for receiving a respective one of said drug fluids and a secondary inlet for receiving a secondary fluid, such as a neutral fluid, an outlet, a valve member arranged in said housing having a plurality of primary valve positions in each of which an associated one of said primary inlets (130a-d) of said housing is connected to said outlet of said housing, and a plurality of intermediary valve positions in each of which said secondary inlet of said housing is connected to said outlet of said housing, such that an intermediary valve position has to be passed when passing from one primary position to an adjacent primary position, characterized in that said valve member has a outer surface sealingly engaging an inner surface of said housing, such that said primary and secondary inlets (130a-d, 140) of said housing are sealingly connected to openings (132, 142a-e) arranged in said outer surface of said valve member in each of said primary and intermediary valve positions, respectively.
An optical recording medium having a data structure for managing multiple reproduction paths of at least video data for a title, comprising: a plurality of data files storing the at least video data for the multiple reproduction paths,; and a plurality of management files for managing reproduction of the data files, characterized in that each of the plurality of data files is associated with a different one of the multiple reproduction paths, each data file having at least one entry point for jumping to another reproduction path, and each management file is associated with a different one of the multiple reproduction paths, the management files including at least one entry point map, the entry point map identifying the at least one entry point in the at least video data, the entry point map mapping an address information of the entry point in an associated data file to a presentation time stamp of the entry point, the entry point map including a flag per entry point, the flag indicating whether a change from a reproduction path to another one of the multiple reproduction paths is permitted in relation to the entry point, and the flag having a first value if the change is permitted and the flag having a second value if the change is prohibited, wherein the management files are separate from the data files, and wherein each data file associated with one reproduction path among the multiple reproduction paths is separate from another data file associated with another reproduction path among the multiple reproduction paths. a plurality of data files storing the at least video data for the multiple reproduction paths,; and a plurality of management files for managing reproduction of the data files, characterized in that each of the plurality of data files is associated with a different one of the multiple reproduction paths, each data file having at least one entry point for jumping to another reproduction path, and each management file is associated with a different one of the multiple reproduction paths, the management files including at least one entry point map, the entry point map identifying the at least one entry point in the at least video data, the entry point map mapping an address information of the entry point in an associated data file to a presentation time stamp of the entry point, the entry point map including a flag per entry point, the flag indicating whether a change from a reproduction path to another one of the multiple reproduction paths is permitted in relation to the entry point, and the flag having a first value if the change is permitted and the flag having a second value if the change is prohibited, wherein the management files are separate from the data files, and wherein each data file associated with one reproduction path among the multiple reproduction paths is separate from another data file associated with another reproduction path among the multiple reproduction paths.