mhurhangee/ep-ind-claims huggingface dataset:
A method for transmitting data via a data link in a computer network, wherein said data is sent via said data link from a source to a recipient characterized in that a device at an endpoint of a section of said data link is selected from devices of said computer network, a computer program adapted to process said data, is transferred to said device and said data is processed by said device by executing said computer program, wherein upon completion of the transfer of said computer program said data is transmitted to said device in said first data format and from said device to said recipient in a second data format and wherein said computer program is transferred to said device by said server upon receipt of the request to receive said data in said second data format and wherein said computer program is adapted to receive said data in said predetermined first data format and to determine said data in said predetermined second data format.
An image processing apparatus, comprising: a detection region setting section, for setting detection regions within three dimensional images obtained by imaging subjects; a principal axis/normal line direction calculating section, for calculating one of the directions of the principal axes of candidate target tissues formed by linear structures within the detection regions or the directions of lines normal to candidate target tissues formed by planar structures within the detection regions; a normalization processing section, for administering normalizing processes which cut candidate target regions of a predetermined three dimensional shape along one of the directions of the principal axes or the directions of the normal lines, wherein each of the candidate target regions includes the candidate tissue which is scaled into a predetermined size and located along a predetermined direction; and a judging section, for calculating features of the normalized candidate target regions, and for judging whether target tissues are included in the candidate target regions using the calculated features, wherein the candidate tissues are formed by linear structures, the judging section is equipped with normalized data based on the directions of principal axes or normal lines of target tissues of the same types as the target tissues from three dimensional images that include the same types of target tissues which are prepared in advance as teacher data; characterized in that the normalized data include positive teacher data which represent linear portions, curved portions, branching portions and diseased portions of blood vessels as target tissues and negative teacher data which represent portions other than blood vessels, and the judging section judges whether the candidate target regions include the target tissues by analyzing the calculated features, utilizing a machine learning method using the positive teacher data and the negative teacher data. a detection region setting section, for setting detection regions within three dimensional images obtained by imaging subjects; a principal axis/normal line direction calculating section, for calculating one of the directions of the principal axes of candidate target tissues formed by linear structures within the detection regions or the directions of lines normal to candidate target tissues formed by planar structures within the detection regions; a normalization processing section, for administering normalizing processes which cut candidate target regions of a predetermined three dimensional shape along one of the directions of the principal axes or the directions of the normal lines, wherein each of the candidate target regions includes the candidate tissue which is scaled into a predetermined size and located along a predetermined direction; and a judging section, for calculating features of the normalized candidate target regions, and for judging whether target tissues are included in the candidate target regions using the calculated features,
An alkylated N-phenyl-α-naphthylamine composition comprising: at least 95% by weight, based on the total weight of unsubstituted and substituted N-phenyl-α-naphthylamine in the composition, of a mixture of (a) an isomeric mixture of mono-alkylated N-phenyl-α-naphthylamine represented by formula I where R 1 represents branched alkyl derived from a mixture of alkene isomers chosen from propylene trimer, propylene tetramer and propylene pentamer, and (b) at least one mono-alkylated N-phenyl-α-naphthylamine represented by formula II where R 2 is a group of formula III not derived from a mixture of alkene isomers chosen from propylene trimer, propylene tetramer and propylene pentamer, or is a group of formula IV where R 3 is a straight-chain or branched C 1-12 alkyl, and R 4 is H or a straight-chain or branched C 1-12 alkyl; and less than 1% by weight of unsubstituted N-phenyl-α-naphthylamine, based on the total weight of unsubstituted and substituted N-phenyl-α-naphthylamine in the composition, wherein the composition is a liquid at ambient temperature. at least 95% by weight, based on the total weight of unsubstituted and substituted N-phenyl-α-naphthylamine in the composition, of a mixture of (a) an isomeric mixture of mono-alkylated N-phenyl-α-naphthylamine represented by formula I where R 1 represents branched alkyl derived from a mixture of alkene isomers chosen from propylene trimer, propylene tetramer and propylene pentamer, and (b) at least one mono-alkylated N-phenyl-α-naphthylamine represented by formula II where R 2 is a group of formula III not derived from a mixture of alkene isomers chosen from propylene trimer, propylene tetramer and propylene pentamer, or is a group of formula IV where R 3 is a straight-chain or branched C 1-12 alkyl, and R 4 is H or a straight-chain or branched C 1-12 alkyl; and (a) an isomeric mixture of mono-alkylated N-phenyl-α-naphthylamine represented by formula I where R 1 represents branched alkyl derived from a mixture of alkene isomers chosen from propylene trimer, propylene tetramer and propylene pentamer, and (b) at least one mono-alkylated N-phenyl-α-naphthylamine represented by formula II where R 2 is a group of formula III not derived from a mixture of alkene isomers chosen from propylene trimer, propylene tetramer and propylene pentamer, or is a group of formula IV where R 3 is a straight-chain or branched C 1-12 alkyl, and R 4 is H or a straight-chain or branched C 1-12 alkyl; and where R 2 is a group of formula III not derived from a mixture of alkene isomers chosen from propylene trimer, propylene tetramer and propylene pentamer, or is a group of formula IV where R 3 is a straight-chain or branched C 1-12 alkyl, and R 4 is H or a straight-chain or branched C 1-12 alkyl; and less than 1% by weight of unsubstituted N-phenyl-α-naphthylamine, based on the total weight of unsubstituted and substituted N-phenyl-α-naphthylamine in the composition, wherein the composition is a liquid at ambient temperature.
A yarn winding device comprising: a winding unit adapted to wind a yarn to form a package, wherein the winding unit includes a yarn supplying section, a winding section adapted to wind a yarn supplied from the yarn supplying section, a yarn state detecting section adapted to detect a state of the yarn between the yarn supplying section and the winding section, and a display section adapted to display information associated with the winding unit, characterized in that the winding unit further includes a display data processing section adapted to perform processing of converting detection data associated with the state of the yarn detected by the yarn state detecting section to data to be displayed on the display section, and the information associated with the state of the yarn displayed on the display section includes information associated with hairiness of the yarn. a winding unit adapted to wind a yarn to form a package, wherein the winding unit includes a yarn supplying section, a winding section adapted to wind a yarn supplied from the yarn supplying section, a yarn state detecting section adapted to detect a state of the yarn between the yarn supplying section and the winding section, and a display section adapted to display information associated with the winding unit, characterized in that the winding unit further includes a display data processing section adapted to perform processing of converting detection data associated with the state of the yarn detected by the yarn state detecting section to data to be displayed on the display section, and a yarn supplying section, a winding section adapted to wind a yarn supplied from the yarn supplying section, a yarn state detecting section adapted to detect a state of the yarn between the yarn supplying section and the winding section, and a display section adapted to display information associated with the winding unit, characterized in that the winding unit further includes a display data processing section adapted to perform processing of converting detection data associated with the state of the yarn detected by the yarn state detecting section to data to be displayed on the display section, and the information associated with the state of the yarn displayed on the display section includes information associated with hairiness of the yarn.
A punch tool for punching a plug in smart card from a substrate, with the punch tool being adapted to cooperate with a die-plate or support for the substrate, the punch tool having an edge to delineate at least part of a periphery of the plug in card, characterized in that the punch tool further has a cutting edge, so that in use, the edge of the punch tool is used for punching the at least part of the periphery in combination with the cutting edge for cutting the areas not punched by the tool, the cutting edge passing partway through the depth of the substrate thereby leaving connections between the plug in card and a main body of the substrate so the plug in card remains attached to the substrate at said connections, the cutting edge being adjustable relative to the edge of the punch tool.
An electronic scanning array antenna comprising: a plurality of antenna elements (105-108, 405-408) constituting the electronic scanning array antenna are respectively connected to a single trigger generator through impulse generators (101-104, 401-404); a series circuit of a plurality of delay lines (113-115, 413-415) is connected to the trigger generator; each of the impulse generators (101-104, 401-404) is connected to a different position of a wiring through which the delay lines (113-115, 413-415) are connected in series; a time difference occurs between inputs of a transmission trigger supplied to each of the antenna elements (105-108, 405-408) to thereby control a direction of a beam emitted from the electronic scanning array antenna; and the trigger generator is a variable frequency trigger generator. a plurality of antenna elements (105-108, 405-408) constituting the electronic scanning array antenna are respectively connected to a single trigger generator through impulse generators (101-104, 401-404); a series circuit of a plurality of delay lines (113-115, 413-415) is connected to the trigger generator; each of the impulse generators (101-104, 401-404) is connected to a different position of a wiring through which the delay lines (113-115, 413-415) are connected in series; a time difference occurs between inputs of a transmission trigger supplied to each of the antenna elements (105-108, 405-408) to thereby control a direction of a beam emitted from the electronic scanning array antenna; and the trigger generator is a variable frequency trigger generator.
Process for preparing octachlorotrisilane and/or higher polychlorosilanes, characterized in that a) a nonthermal plasma is formed by excitation by means of an AC voltage of base frequency f g in a gas which is within a plasma reactor and which comprises SiCl 4, HSiCl 3, or a mixture of these silanes, and is adjusted to a temperature of 80°C to 120°C, to obtain a resulting mixture comprising hexachlorodisilane, octachlorotrisilane, higher polychlorosilanes, and also SiCl 4 and HSiCl 3, and b) the resulting mixture is pumped out of the plasma into a cooler (condenser with vacuum vessel) and cooled down to a temperature of not more than 0°C, and the pressure in the vacuum vessel is set to at least one value in the range from 1 to 10000 mbar abs, condensing out the SiCl 4, HSiCl 3, hexachlorodisilane, octachlorotrisilane and/or higher polychlorosilane components in the cooler, and c) the components are conducted into an evaporator, evaporated in the evaporator and then recycled into the nonthermal plasma of step a, and at the same time d) the non-recycled higher polychlorosilanes and at least a portion each of the hexachlorodisilane and octachlorotrisilane obtained in step b are collected in a collecting vessel, and the bottoms mixture obtained in this step e) is subjected to a distillation, wherein hexachlorodisilane is drawn off and conducted into the nonthermal plasma of step a, and f) the mixture of octachlorotrisilane and higher polychlorosilanes which remains after the distillation is collected. a) a nonthermal plasma is formed by excitation by means of an AC voltage of base frequency f g in a gas which is within a plasma reactor and which comprises SiCl 4, HSiCl 3, or a mixture of these silanes, and is adjusted to a temperature of 80°C to 120°C, to obtain a resulting mixture comprising hexachlorodisilane, octachlorotrisilane, higher polychlorosilanes, and also SiCl 4 and HSiCl 3, and b) the resulting mixture is pumped out of the plasma into a cooler (condenser with vacuum vessel) and cooled down to a temperature of not more than 0°C, and the pressure in the vacuum vessel is set to at least one value in the range from 1 to 10000 mbar abs, condensing out the SiCl 4, HSiCl 3, hexachlorodisilane, octachlorotrisilane and/or higher polychlorosilane components in the cooler, and c) the components are conducted into an evaporator, evaporated in the evaporator and then recycled into the nonthermal plasma of step a, and at the same time d) the non-recycled higher polychlorosilanes and at least a portion each of the hexachlorodisilane and octachlorotrisilane obtained in step b are collected in a collecting vessel, and the bottoms mixture obtained in this step e) is subjected to a distillation, wherein hexachlorodisilane is drawn off and conducted into the nonthermal plasma of step a, and f) the mixture of octachlorotrisilane and higher polychlorosilanes which remains after the distillation is collected.
A method for performing, by a user equipment (10, 900), UE, cell reselection in a wireless communication system, the method comprising: camping on a second cell; receiving information on a threshold from a network; receiving cell reselection information for dual connectivity, which includes information on the cell reselection to a first cell or the cell reselection to a frequency of the first cell, via system information of the second cell; if a speed of the UE (10, 900) is lower than the information on the threshold, performing the cell reselection to the first cell or to the frequency of the first cell based on the received cell reselection information for dual connectivity; and if the speed of the UE (10, 900) is not lower than the information on the threshold, performing the cell reselection to the second cell or to the frequency of the second cell. camping on a second cell; receiving information on a threshold from a network; receiving cell reselection information for dual connectivity, which includes information on the cell reselection to a first cell or the cell reselection to a frequency of the first cell, via system information of the second cell; if a speed of the UE (10, 900) is lower than the information on the threshold, performing the cell reselection to the first cell or to the frequency of the first cell based on the received cell reselection information for dual connectivity; and if the speed of the UE (10, 900) is not lower than the information on the threshold, performing the cell reselection to the second cell or to the frequency of the second cell.
Apparatus for identifying a neutral line break in the feed line to an appliance operated at a three-phase system having phase conductors (L1, L2, L3) and a neutral conductor, characterized in that a virtual star point is formed in the apparatus through interconnection of the phase conductors (L1, L2, L3) and the neutral conductor to a respective centre tap by means of voltage dividers (3, 4; 5, 6; 7, 8; 9, 10), in that the apparatus has a measuring apparatus having a measuring input for detecting at least the measurement signal profile of the neutral conductor at the centre tap of the voltage divider (9, 10) associated with the neutral conductor, in that the apparatus has a mapping circuit having resistive and rectifying properties, said mapping circuit being connected in the apparatus between the three phases (L1, L2, L3) and the neutral conductor, wherein, when the neutral conductor is interrupted, the measurement signal of the neutral conductor is supplied with a DC component based on the virtual star point.
An electrical contactor comprising: - at least one first switch, the or each first switch including a pair of first fixed contacts and a first moving contact movable between a closed position and an open position, - several second switches, each second switch including a pair of second fixed contacts and a second moving contact movable between a closed position and an open position, - the first, second fixed contacts, respectively, being, in the closed position of the first, second moving contact, respectively, electrically connected to each other via the first, second moving contact, respectively, and being electrically isolated from each other in the open position of the first, second moving contact, respectively, - at least one control device for controlling the movement of the or each first, second moving contact, respectively, in the open or closed position, characterized in that it comprises, in a same housing, the first switch or switches and the second switches, in that after the control device receives an order to open the contactor, the control device is capable of controlling the movement of the or each first moving contact into the open position before that of each second moving contact into the open position, with a time offset comprised between 10 milliseconds (ms) and 1 second (s) between the movement of the first moving contact(s) and the movement of the second moving contacts, preferably comprised between 50 ms and 500 ms, still more preferably comprised between 50 ms and 100 ms, in that when the or each first moving contact is in the closed position, the second switches are connected in parallel, and in that when the or each first moving contact is in the open position, the second switches are connected in series. - at least one first switch, the or each first switch including a pair of first fixed contacts and a first moving contact movable between a closed position and an open position, - several second switches, each second switch including a pair of second fixed contacts and a second moving contact movable between a closed position and an open position, - the first, second fixed contacts, respectively, being, in the closed position of the first, second moving contact, respectively, electrically connected to each other via the first, second moving contact, respectively, and being electrically isolated from each other in the open position of the first, second moving contact, respectively, - at least one control device for controlling the movement of the or each first, second moving contact, respectively, in the open or closed position,
Tooth whitening gel including: - a bleaching agent consisting of sodium or potassium bicarbonate; - an emulsifying agent consisting of one or more alkyl polyglucoside(s); - a gelling agent consisting of one or more polysaccharides; - a humectant consisting of one or more polyols; - a bacteriostatic or bactericidal agent consisting of at least one plant extract, or at least one plant essential oil. - a bleaching agent consisting of sodium or potassium bicarbonate; - an emulsifying agent consisting of one or more alkyl polyglucoside(s); - a gelling agent consisting of one or more polysaccharides; - a humectant consisting of one or more polyols; - a bacteriostatic or bactericidal agent consisting of at least one plant extract, or at least one plant essential oil.
System for measuring electrical characteristics of a fluid flowing through a section of a pipe, the system comprising a coaxial resonator, formed by an essentially coaxial insert in said pipe defining an annular volume between a part of said insert and the pipe wall, said insert and pipe wall being made from an electrically conductive material, the system further comprising at least one antenna adapted to emit electromagnetic signals into and receive electromagnetic signals from said coaxial resonator, and means to measure the frequency response of said coaxial resonator within a frequency range including the waveguide mode TE 11 of said coaxial resonator, wherein said coaxial insert is mounted to the pipe wall through at least one support leg being positioned outside said annular volume and being made from an electrically conductive material, characterised in that said system further comprises one electrically conductive fin positioned at least partially in the annular volume, said fin being positioned in a radial plane, said plane being different from the plane(s) defined by the position(s) of said at least one antenna and the axis of said annular volume.
A horizontal axis wind turbine (1, 101) comprising a tower, a nacelle (3, 103) mounted on top of the tower, and a rotor rotationally mounted to the nacelle (3, 103), the rotor comprising a hub (4, 104) carrying a plurality of blades (5, 105), and further comprising a spinner (6, 106) covering the hub (4, 104) and defining a space (7, 107) between the spinner (6, 106) and the hub (4, 104), wherein the spinner (6, 106) and hub (4, 104) are sized such that the space (7, 107) allows service personnel to work within the space (7, 107), and in that a service floor (9, 109) for supporting the service personnel is provided in the space (7, 107), the service floor (9, 109) providing a substantially plane support structure (9', 109'), characterized in that the nacelle (3, 103) comprises a nacelle end wall facing the spinner (6, 106), and the spinner (6, 106) comprises a spinner end wall facing the nacelle (3, 103), and wherein the nacelle end wall comprises two nacelle openings, and the spinner end wall comprises at least two spinner openings, wherein, when the rotor is parked with anyone of the blades (5, 105) pointing downwards, the nacelle openings are each aligned with one of the spinner openings, so as to provide two simultaneously appearing passages from the nacelle (3, 103) into the spinner (6, 106), and in that the service floor (9, 109) extends from one of the passages to the other one of the passages.
An apparatus for measuring gas concentration of multiple gases in a headspace of closed containers for food or pharmaceuticals, said apparatus comprising a multi-wavelength laser module, and a detector for detection of multiple wavelength ranges, said detector comprising at least two material layers (2, 3) arranged after each other along the same optical axis, where each layer is designed to detect a certain wavelength range different from each other; the apparatus being characterized in that said multi-wavelength laser module comprises at least two tunable diode laser sources, each tunable diode laser source being a chip (5, 6), wherein the chips are arranged side-by-side in the same can to provide overlapped beam paths without additional optics.