mhurhangee/ep-ind-claims huggingface dataset:
A liquid discharge control apparatus for controlling a printing apparatus including a printing head linearly driven in a direction across a printing medium to perform printing in which the number of scan operations executed by the printing head is changed in accordance with a printed region, the liquid discharge control apparatus comprising: a plurality of mutually different color conversion tables (71, 72) configured to bring about mutually different color conversion results; characterized by a color patch printing control unit configured to control printing of a plurality of color patches (PG1-PG4) targeting predetermined pre-color conversion data and based on the plurality of mutually different color conversion tables, the color patch printing control unit being configured to control printing of the color patches so that the number of the scan operations executed is changed according to the color patch being printed; a selection result acquisition unit configured to select one or more color patches from among the plurality of color patches as a selection result; and a color conversion unit configured to, when the printing apparatus performs printing in which a number of executed scan operations corresponds to a number of executed scan operations used in the printing of each of the one or more selected color patches, select a color conversion table that is included in the plurality of mutually different color conversion tables and that was used in the printing of each of the one or more selected color patches, and perform a color conversion using the selected color conversion table. a plurality of mutually different color conversion tables (71, 72) configured to bring about mutually different color conversion results; characterized by a color patch printing control unit configured to control printing of a plurality of color patches (PG1-PG4) targeting predetermined pre-color conversion data and based on the plurality of mutually different color conversion tables, the color patch printing control unit being configured to control printing of the color patches so that the number of the scan operations executed is changed according to the color patch being printed; a selection result acquisition unit configured to select one or more color patches from among the plurality of color patches as a selection result; and a color conversion unit configured to, when the printing apparatus performs printing in which a number of executed scan operations corresponds to a number of executed scan operations used in the printing of each of the one or more selected color patches, select a color conversion table that is included in the plurality of mutually different color conversion tables and that was used in the printing of each of the one or more selected color patches, and perform a color conversion using the selected color conversion table.
Pressure sensor for exhaust recirculation gases of internal combustion engines, comprising a back pressure measuring encoder with a support element, on which is secured a bending plate, which is able to bend when subjected to a flow of exhaust recirculation gases in dependence on their back pressure, and which carries conversion means which are designed to convert the flexure of the bending plate into an electric back pressure signal, characterized by an additional operating pressure measuring encoder with a measuring chamber, which is formed by the support element, a section of the bending plate acting as a membrane, and a connection means joining the support element to the bending plate, wherein the membrane is able to bend when subjected to pressure and carries further conversion means which are designed to convert the flexure of the membrane into an electric operating pressure signal.
Log ejection group in a rewinding machine comprising an unloading plane of wound logs and means for slowing down the logs associated with the unloading plane, said unit comprising a first motorized upper inlet roller, to intercept the logs arriving on the unloading plane, characterized in that it comprises a pair of motorized handling rollers, located downstream of the upper inlet roller and comprising an upper handling roller and a lower handling roller, wherein the lower handling roller is integrated into the unloading plane and in which the first upper inlet roller and the upper handling roller are arranged on an upper structure, adjustable in height, the angular speed of the first upper inlet roller being greater than the angular speed of the upper handling roller located downstream.
A pharmaceutical combination comprising a therapeutically effective amount of a histone deacetylase 6 (HDAC6)-specific inhibitor, or a pharmaceutically acceptable salt thereof, and azacitidine, or a pharmaceutically acceptable salt thereof, wherein the HDAC6-specific inhibitor is a compound of Formula I: or a pharmaceutically acceptable salt thereof, wherein, ring B is aryl or heteroaryl; R 1 is an aryl or heteroaryl, each of which may be optionally substituted by OH, halo, or C 1-6 -alkyl; and R is H or C 1-6 -alkyl. ring B is aryl or heteroaryl; R 1 is an aryl or heteroaryl, each of which may be optionally substituted by OH, halo, or C 1-6 -alkyl; and R is H or C 1-6 -alkyl.
Apparatus for monitoring a spatial region, in particular in the environment of or inside a vehicle, preferably a rail vehicle, comprising: - a recording device for recording the spatial region, wherein during operation the recording device generates an image stream of temporally successive images comprising the spatial region; - a display device, connected to the recording device, for displaying the generated image stream; - a dynamic means, coupled to the operation of the recording device, for generating an optically perceivable temporal change during the operation of the recording device, wherein the dynamic means can assume a plurality of states and the optically perceivable temporal change is able to be generated with the dynamic means by changing the states; characterized in that - the dynamic means comprises at least one dynamic element which is arranged with respect to the recording device such that the recording device records the dynamic element during operation; - wherein during operation, the recording device interacts with the dynamic means such that a respective image that is generated by the recording device contains the state of the dynamic means at the time of the generation of the respective image. - a recording device for recording the spatial region, wherein during operation the recording device generates an image stream of temporally successive images comprising the spatial region; - a display device, connected to the recording device, for displaying the generated image stream; - a dynamic means, coupled to the operation of the recording device, for generating an optically perceivable temporal change during the operation of the recording device, wherein the dynamic means can assume a plurality of states and the optically perceivable temporal change is able to be generated with the dynamic means by changing the states; characterized in that - the dynamic means comprises at least one dynamic element which is arranged with respect to the recording device such that the recording device records the dynamic element during operation; - wherein during operation, the recording device interacts with the dynamic means such that a respective image that is generated by the recording device contains the state of the dynamic means at the time of the generation of the respective image.
Electronic component, comprising two electrodes (1, 2), between which a layer of nanoparticles is located, which are composed of an electrically conductive bond between a metal and an element from main group VI of the periodic table, wherein the dimensions of the majority of the nanoparticles range between 0.1 times and 10 times the screening length of the electrically conductive bond, and a dielectric which forms at least one common boundary area with at least a part of the nanoparticles from the layer, characterised in that the layer is formed by a printed nanoparticle film, the dielectric is present in the form of a solid or liquid electrolyte, which, with the nanoparticles of the layer forms an interpenetrating network, and is in contact with a control electrode.
A device designed for use with a telescope whose primary mirror is composed of a plurality of mirror segments, and to analyze a size of a step between paired regions of the plurality of mirror segments, the device comprising: a mask comprising a plurality of primary slits and at least one reference slit (32, 33, 34), disposed in an optical axis of the primary mirror orthogonally to the optical axis at a given position where a plurality of mirror segment images as respective projected images of the plurality of mirror segments do not overlap each other, wherein said plurality of primary slits is formed at respective positions in the mirror segment images, each of the primary slits being adjacent to a boundary between the paired regions of the mirror segment images and being opposed and parallel to each other with a given spacing therebetween; and a detector disposed in an optical axis of the telescope at a position downstream of the mask; wherein said at least one reference slit (32, 33, 34) is arranged with respect to each of pairs of the primary slits in the mask, such that it extends at a given angle which is not parallel to each of the pairs of primary slits. a mask comprising a plurality of primary slits and at least one reference slit (32, 33, 34), disposed in an optical axis of the primary mirror orthogonally to the optical axis at a given position where a plurality of mirror segment images as respective projected images of the plurality of mirror segments do not overlap each other, wherein said plurality of primary slits is formed at respective positions in the mirror segment images, each of the primary slits being adjacent to a boundary between the paired regions of the mirror segment images and being opposed and parallel to each other with a given spacing therebetween; and a detector disposed in an optical axis of the telescope at a position downstream of the mask; wherein said at least one reference slit (32, 33, 34) is arranged with respect to each of pairs of the primary slits in the mask, such that it extends at a given angle which is not parallel to each of the pairs of primary slits.
A polyurethane based adhesive obtained by reacting at least one polyisocyanate compound with at least one polvol compound derived from caprolactone monomer, wherein the polyol compound has a number average molecular weight more than 200 and less than 297 and a functionality in a range between 2.3 and 2.5.
An organic electroluminescent display device comprising: a first EL element for emitting a first light over a substrate; a second EL element for emitting a second light over the substrate; a third EL element for emitting a third light over the substrate; and a correction means for gamma (γ)-correcting an analog image signal, wherein a first color of the first light, a second color of the second light and a third color of the third light are different from each other, wherein the first color is red, the second color is green and the third color is blue, and characterized in that the correction means is configured to gamma (γ)-correct an analog image signal of each of the first EL element, the second EL element and the third EL element by amplifying the analog image signal of the first EL element and attenuating the analog image signal of the second EL element or the third EL element so that the luminescent brightness of each color becomes identical. a first EL element for emitting a first light over a substrate; a second EL element for emitting a second light over the substrate; a third EL element for emitting a third light over the substrate; and a correction means for gamma (γ)-correcting an analog image signal, wherein a first color of the first light, a second color of the second light and a third color of the third light are different from each other, wherein the first color is red, the second color is green and the third color is blue, and characterized in that the correction means is configured to gamma (γ)-correct an analog image signal of each of the first EL element, the second EL element and the third EL element by amplifying the analog image signal of the first EL element and attenuating the analog image signal of the second EL element or the third EL element so that the luminescent brightness of each color becomes identical.
Method for dosing a powder into a kneader, whereby the powder is filled via a feeder-mechanism into a feeding hole of the kneader, whereby powder falls from an additional feeding device of the feeder-mechanism into one of at least 4 segments of a turnable rotary valve of the feeder-mechanism or reverse.
A load testing apparatus comprising: a first resistance unit configured with a plurality of resistor-groups (R11-R18), each resistor-group including an array of resistors; and a coupling switch unit including a main body, a switching unit for controlling resistor-groups used for a load test among the plurality of resistor-groups, and a first bus bar coupled to a first terminal of the switching unit and one of power source lines from a power source subjected to the load test, wherein a terminal of the resistor of the resistor-group is coupled to a second terminal of the switching unit, the main body includes a first face and a second face vertical to the first face, the switching unit being attached to the first face, the first bus bar being attached to the second face via an insulator with a certain gap between the first bus bar and the second face, and the coupling switch unit is detachably attached to the first resistance unit so that the switching unit is positioned between the first bus bar and the terminal of the resistor coupled to the switching unit via a cable. a first resistance unit configured with a plurality of resistor-groups (R11-R18), each resistor-group including an array of resistors; and a coupling switch unit including a main body, a switching unit for controlling resistor-groups used for a load test among the plurality of resistor-groups, and a first bus bar coupled to a first terminal of the switching unit and one of power source lines from a power source subjected to the load test, wherein a terminal of the resistor of the resistor-group is coupled to a second terminal of the switching unit, the main body includes a first face and a second face vertical to the first face, the switching unit being attached to the first face, the first bus bar being attached to the second face via an insulator with a certain gap between the first bus bar and the second face, and the coupling switch unit is detachably attached to the first resistance unit so that the switching unit is positioned between the first bus bar and the terminal of the resistor coupled to the switching unit via a cable.
An ablation probe for ablating a material sample, the ablation probe comprising a tubular element adapted for conducting a carrier fluid in a substantially laminar flow, said tubular element comprising: - a fluid inlet and a fluid outlet arranged at opposite end portions of the tubular element for enabling said carrier fluid to flow through the tubular element, - a central portion having a transparent wall transparent for laser radiation used for laser ablating, the central portion being configured for generating, in the central portion, the carrier fluid flow substantially parallel to the material sample, and - an aperture defined in the central portion for admitting an aerosol generated by laser ablation from the material sample into the carrier fluid flow; characterized in that said central portion curves outward with respect to the tubular element in a direction substantially orthogonal to said aperture such as to form - an acute angle at the central portion between the fluid inlet and a direction substantially parallel to the aperture in the range of 1° to 45° and/or - an acute angle at the central portion between the fluid outlet and a direction substantially parallel to the aperture in the range of 1° to 45°, and in that the material sample is positioned outside said tubular element at a distance in the range of 0 μm to 100 μm from said aperture. - a fluid inlet and a fluid outlet arranged at opposite end portions of the tubular element for enabling said carrier fluid to flow through the tubular element, - a central portion having a transparent wall transparent for laser radiation used for laser ablating, the central portion being configured for generating, in the central portion, the carrier fluid flow substantially parallel to the material sample, and - an aperture defined in the central portion for admitting an aerosol generated by laser ablation from the material sample into the carrier fluid flow; - an acute angle at the central portion between the fluid inlet and a direction substantially parallel to the aperture in the range of 1° to 45° and/or - an acute angle at the central portion between the fluid outlet and a direction substantially parallel to the aperture in the range of 1° to 45°, and
Method for automatically re-phasing the current of a domestic electrical network or similar, by an electrical re-phasing apparatus operatively connected to such an electrical network, comprising steps of: - comparing, for a first portion of a set execution time period, through a central processing unit of such an electrical re-phasing apparatus, electrical operating parameters detected from the electrical network with respective preset electrical reference operating parameters, said step of comparing comprising a step of calculating, through the central processing unit, based on such electrical operating parameters, a phase shift representative of the power factor; - sampling, through the central processing unit, in the first portion of the set execution time period, such electrical operating parameters detected from the electrical network and the calculated phase shaft; - calculating, through the processing unit, in the first portion of the set execution time period, a correction value of the calculated phase shift; - controlling, through the central processing unit, in a second portion of the set execution time period, distinct from the first portion, the insertion or removal of a quantity of a plurality of microcapacities from the electrical network based on such a calculated correction value, - resetting (207, 221), through the central processing unit, based on an error signal generated by the central processing unit, the batteries of the electric apparatus in order to bring it into a stand-by state also indicating the detected error. - comparing, for a first portion of a set execution time period, through a central processing unit of such an electrical re-phasing apparatus, electrical operating parameters detected from the electrical network with respective preset electrical reference operating parameters, said step of comparing comprising a step of calculating, through the central processing unit, based on such electrical operating parameters, a phase shift representative of the power factor; - sampling, through the central processing unit, in the first portion of the set execution time period, such electrical operating parameters detected from the electrical network and the calculated phase shaft; - calculating, through the processing unit, in the first portion of the set execution time period, a correction value of the calculated phase shift; - controlling, through the central processing unit, in a second portion of the set execution time period, distinct from the first portion, the insertion or removal of a quantity of a plurality of microcapacities from the electrical network based on such a calculated correction value, - resetting (207, 221), through the central processing unit, based on an error signal generated by the central processing unit, the batteries of the electric apparatus in order to bring it into a stand-by state also indicating the detected error.
Solenoid control valve for a fuel injector, said solenoid valve comprising - a coil intended to be controlled by electrical power by means of a central control unit, the coil generating a magnetic field when powered, - an armature-rod assembly comprising a magnetic armature intended to be attracted by the magnetic field, and a valve rod intended to slide in a hydraulic distribution bore, the armature and the rod being fixed to each other, and - a resilient device provided for moving the armature-rod assembly when the coil is not powered, characterized in that the resilient device comprises the complementary and fixed arrangement of a compression spring having helical coils and another flexible element fixedly connected to the spring, said other flexible element being suitable for interrupting the propagation of compression and expansion waves in the spring. - a coil intended to be controlled by electrical power by means of a central control unit, the coil generating a magnetic field when powered, - an armature-rod assembly comprising a magnetic armature intended to be attracted by the magnetic field, and a valve rod intended to slide in a hydraulic distribution bore, the armature and the rod being fixed to each other, and - a resilient device provided for moving the armature-rod assembly when the coil is not powered,
A semiconductor module provided with a conductive member having one end, in a longitudinal direction, joined to an electrode of a semiconductor element that is mounted on an insulating substrate, the other end of the conductive member in the longitudinal direction being joined to a component different from the electrode, wherein the conductive member is made up of a metal sheet; and has a bent portion at the one end and at the other end; and the bent portion provided at the one end has a cut in a leading end portion, in the longitudinal direction, such that an end joining surface which is the leading end of the bent portion in which the cut is formed, is joined to the electrode of the semiconductor element, characterized in that a resist is applied onto a portion of the conductive member, exposed by the cut that is formed in the bent portion at the one end. wherein the conductive member is made up of a metal sheet; and has a bent portion at the one end and at the other end; and the bent portion provided at the one end has a cut in a leading end portion, in the longitudinal direction, such that an end joining surface which is the leading end of the bent portion in which the cut is formed, is joined to the electrode of the semiconductor element, is made up of a metal sheet; and has a bent portion at the one end and at the other end; and the bent portion provided at the one end has a cut in a leading end portion, in the longitudinal direction, such that an end joining surface which is the leading end of the bent portion in which the cut is formed, is joined to the electrode of the semiconductor element, characterized in that a resist is applied onto a portion of the conductive member, exposed by the cut that is formed in the bent portion at the one end.
A foil trap that is located between an extreme ultraviolet light source and a reflecting mirror that reflects extreme ultraviolet radiation emitted by the light source, comprising: a plurality of foils extending radially from a main axis of the foil trap, and configured to capture debris from the extreme ultraviolet light source while allowing the emitted extreme ultraviolet radiation to pass through the foils to the reflecting mirror, characterized in that, in at least a portion of a region through which the extreme ultraviolet radiation passes through, a length of the foils in a direction parallel to the main axis and in a direction of passage of the extreme ultraviolet radiation is shorter in positions close to the main axis than in positions distant from the main axis. a plurality of foils extending radially from a main axis of the foil trap, and configured to capture debris from the extreme ultraviolet light source while allowing the emitted extreme ultraviolet radiation to pass through the foils to the reflecting mirror,