mhurhangee/patent-ind-claim-en huggingface dataset:
System for manufacturing a three-dimensional object by solidifying, in particular in layers or continuously, a material that is solidifiable under the action of radiation , which system comprises a device for manufacturing a three-dimensional object by solidifying, in particular in layers or continuously, a material that is solidifiable under the action of radiation , which system comprises a carrier arrangement for holding the three-dimensional object that has been solidified from the solidifiable material , wherein on the one hand the carrier arrangement and/or a part thereof, and on the other the device , are formed such that they are detachably connectable to one another, in particular for the purpose of separation once the solidified three-dimensional object has been formed, wherein the carrier arrangement comprises a carrier base body and two carrier elements , and wherein the carrier base body and the two carrier elements are formed such that they are detachably connectable to one another, wherein the carrier arrangement defines a carrier surface on which the solidified three-dimensional object is held, and wherein the two carrier elements define the carrier surface , characterized in that the two carrier elements are each in the form of flat, C-shaped plates engaging in one another.
An eddy current heat generating apparatus comprising: a rotary shaft rotatably supported by a non-rotative member ; a heat generator fixed to the rotary shaft; a plurality of permanent magnets arrayed to face the heat generator with a gap such that magnetic pole arrangements of adjacent ones of the permanent magnets are opposite to each other so that eddy currents and consequent heat are generated on the heat generator ; a magnet holder holding the permanent magnets and fixed to the non-rotative member ; and a heat recovery system collecting heat generated in the heat generator including a closed container created by a partition wall fixed to the non-rotative member and surrounding the heat generator , wherein the partition wall is disposed in the gap between the heat generator and the permanent magnets , the closed container is defined by the non-rotating member and the partition wall and is traversed by a heat medium. a rotary shaft rotatably supported by a non-rotative member ; a heat generator fixed to the rotary shaft; a plurality of permanent magnets arrayed to face the heat generator with a gap such that magnetic pole arrangements of adjacent ones of the permanent magnets are opposite to each other so that eddy currents and consequent heat are generated on the heat generator ; a magnet holder holding the permanent magnets and fixed to the non-rotative member ; and a heat recovery system collecting heat generated in the heat generator including a closed container created by a partition wall fixed to the non-rotative member and surrounding the heat generator , wherein the partition wall is disposed in the gap between the heat generator and the permanent magnets , the closed container is defined by the non-rotating member and the partition wall and is traversed by a heat medium.
A sound pickup device comprising a level control portion that, according to a ratio of frequency bins of which a correlation between a first sound pickup signal to be generated from a first microphone and a second sound pickup signal to be generated from a second microphone exceeds a threshold value, performs level control of the first sound pickup signal or the second sound pickup signal, wherein the level control portion determines whether or not the correlation exceeds the threshold value for each frequency bin; characterised in that the the level control portion further counts a number of frequency bins of which the correlation exceeds the threshold value among all frequency bins, and obtains the ratio by dividing the number of frequency bins of which the correlation exceeds the threshold value by a number of all frequency bins. wherein the level control portion determines whether or not the correlation exceeds the threshold value for each frequency bin; characterised in that the the level control portion further counts a number of frequency bins of which the correlation exceeds the threshold value among all frequency bins, and obtains the ratio by dividing the number of frequency bins of which the correlation exceeds the threshold value by a number of all frequency bins.
A setup supporting device for an injection molding machine that supports a setup work including a plurality of setup items, the device comprising: a storage unit configured to store a table for calculating a work time of the setup items; and a setup work timing determination unit configured to calculate the work time of the setup items and determine a work start timing of the setup items, based on input information and the table . a storage unit configured to store a table for calculating a work time of the setup items; and a setup work timing determination unit configured to calculate the work time of the setup items and determine a work start timing of the setup items, based on input information and the table .
A method for adding one or more L-nucleotides to the 3' end of a first L-nucleic acid, wherein the method comprises the step of reacting the one or more L-nucleotides with the first L-nucleic acid in the presence of a polymerase capable of adding one or more L-nucleotides to the 3' end of the first L-nucleic acid, wherein the polymerase consists of an amino acid sequence of D-amino acids, wherein the amino acid sequence of the polymerases is different from an amino acid sequence according to any of SEQ ID NOs: 15 to 22 and 51, and wherein the polymerase consists of an amino acid sequence at least 90 % identical to any one of SEQ ID NOs: 89-343. wherein the polymerase consists of an amino acid sequence of D-amino acids, wherein the amino acid sequence of the polymerases is different from an amino acid sequence according to any of SEQ ID NOs: 15 to 22 and 51, and wherein the polymerase consists of an amino acid sequence at least 90 % identical to any one of SEQ ID NOs: 89-343.
A direct cardiac compression heart assist insertion system comprising: pericardial stabilizer comprising a housing comprising a first opening and an second opening connected by a passageway and one or more extendable loops positioned about the first opening, wherein the one or more extendable loops can be extended from the first opening to stabilize a pericardium to aid in the separation of the pericardial sac from the apex of the heart ; and a direct cardiac compression heart assist insertion device comprising a housing, one or more retractable loops extending retractably from the housing, wherein the one or more retractable loops are adapted to fit a direct cardiac compression device and the one or more retractable loops can be extended to contact the one or more pockets of the direct cardiac compression device to position the direct cardiac compression device about a heart , wherein the direct cardiac compression heart assist insertion device and the direct cardiac compression device are adapted to pass through the first opening, the second opening and the passageway to deliver the direct cardiac compression device to the heart . pericardial stabilizer comprising a housing comprising a first opening and an second opening connected by a passageway and one or more extendable loops positioned about the first opening, wherein the one or more extendable loops can be extended from the first opening to stabilize a pericardium to aid in the separation of the pericardial sac from the apex of the heart ; and a direct cardiac compression heart assist insertion device comprising a housing, one or more retractable loops extending retractably from the housing, wherein the one or more retractable loops are adapted to fit a direct cardiac compression device and the one or more retractable loops can be extended to contact the one or more pockets of the direct cardiac compression device to position the direct cardiac compression device about a heart , wherein the direct cardiac compression heart assist insertion device and the direct cardiac compression device are adapted to pass through the first opening, the second opening and the passageway to deliver the direct cardiac compression device to the heart .
A printing system comprising: a plurality of nozzles configured to eject a printing agent composition on a substrate to print a print job, wherein the printing agent composition comprises pigments, colorants, and/or inks; and a controller configured to: receive the print job comprising an outline and a fill area to be printed, define a first subset of the plurality of nozzles as a first printing mode to print the outline, define a second subset of the plurality of nozzles as a second printing mode to print the fill area, wherein the second subset comprises more nozzles than the first subset, and print the print job based on the first printing mode and the second printing mode. a plurality of nozzles configured to eject a printing agent composition on a substrate to print a print job, wherein the printing agent composition comprises pigments, colorants, and/or inks; and a controller configured to: receive the print job comprising an outline and a fill area to be printed, define a first subset of the plurality of nozzles as a first printing mode to print the outline, define a second subset of the plurality of nozzles as a second printing mode to print the fill area, wherein the second subset comprises more nozzles than the first subset, and print the print job based on the first printing mode and the second printing mode. receive the print job comprising an outline and a fill area to be printed, define a first subset of the plurality of nozzles as a first printing mode to print the outline, define a second subset of the plurality of nozzles as a second printing mode to print the fill area, wherein the second subset comprises more nozzles than the first subset, and print the print job based on the first printing mode and the second printing mode.
Demodulation device adapted to reproduce a digital signal from an alternating modulated signal received by the demodulation device, the modulated signal resulting from the superposition of the digital signal and of a carrier, the demodulation device comprising: - a variable gain stage adapted to adjust the amplitude of the received alternating modulated signal by multiplying it by a gain that can take at least two different values, so as to deliver an adjusted signal; - a full-wave rectifier stage with no threshold comprising diodes (D3) and adapted to rectify negative half-waves of the adjusted signal while minimizing the influence of threshold voltages of the diodes (D3) so as to provide a rectified signal; - an envelope detection stage adapted to detect an envelope of the rectified signal so as to deliver an envelope signal, the envelope detection stage comprising a Schottky diode (D4), a resistor (R8) and a capacitor (C2); - a hysteresis comparator adapted to compare the envelope signal with a comparison threshold so as to restore the digital signal. - a variable gain stage adapted to adjust the amplitude of the received alternating modulated signal by multiplying it by a gain that can take at least two different values, so as to deliver an adjusted signal; - a full-wave rectifier stage with no threshold comprising diodes (D3) and adapted to rectify negative half-waves of the adjusted signal while minimizing the influence of threshold voltages of the diodes (D3) so as to provide a rectified signal; - an envelope detection stage adapted to detect an envelope of the rectified signal so as to deliver an envelope signal, the envelope detection stage comprising a Schottky diode (D4), a resistor (R8) and a capacitor (C2); - a hysteresis comparator adapted to compare the envelope signal with a comparison threshold so as to restore the digital signal.
Internal combustion engine, comprising at least one crankcase , at least one cylinder head , at least one cylinder head cover , at least one oil separator and at least one oil sump for collecting returning oil, and at least one oil return channel which connects the oil separator and the oil sump, the oil return channel running, after entry into the cylinder head , obliquely outwards in the direction of a cylinder head screw and around the latter, characterized in that the oil return channel is arranged centrally below the oil separator .
A method for the energy-efficient operation of a motor vehicle, wherein a binary signal (Sg) is generated, if the fuel consumption (Vb) of the vehicle at the current velocity (v) is less than or equal to a specific consumption value (Vb_S) for said velocity (v), the binary signal (Sg) displays, whether an energy-saving driving is possible by an opening of the drive train, and the specific velocity-dependent consumption value (Vb_S) at a predetermined velocity (v) is the one which the motor vehicle requires when the drive train is closed in order to maintain the velocity (v) on a gradient, in which the motor vehicle when the drive train is opened would maintain the velocity (v) constant.
A metallic cover cap for sealing a metallic bottle , the cover cap being formed by a laminated piece with a circular inner- and outer-face layout, from whose edge a peripheral skirt extends in a descending manner and to which a safety ring is attached by a series of bridges , and a gasket attached to the inner face of the circular layout and provided with a flat central zone and an annular zone , including an outer rim and an inner rim separated by a notch , wherein the outer rim extends axially and circumferentially continuously and adjacent to the skirt and includes a first flat surface adjacent to the skirt, a second surface with a flat portion and a concave portion facing radially toward the notch , and a third flat surface extending between the first and the second flat surfaces, the second surface and the third flat surface of the outer rim being joined by a convex surface facing radially toward the notch ; the inner rim extends axially and circumferentially continuously and is spaced radially inward from the outer rim and includes a first flat surface facing and perpendicular to the flat central zone , a second concave surface facing radially toward the notch , and a third flat surface inclined toward the notch between the first and the second surfaces; and wherein the inner rim has a base of greater thickness than the thickness of the base of the outer rim , the cover cap characterised in that : the third flat surface of the inner rim has an angle of inclination of 9.9 degrees to 14.1 degrees and measures from 0.65 mm to 0.95 mm; and the notch has a depth of 1.097 mm to 1.562 mm. the outer rim extends axially and circumferentially continuously and adjacent to the skirt and includes a first flat surface adjacent to the skirt, a second surface with a flat portion and a concave portion facing radially toward the notch , and a third flat surface extending between the first and the second flat surfaces, the second surface and the third flat surface of the outer rim being joined by a convex surface facing radially toward the notch ; the inner rim extends axially and circumferentially continuously and is spaced radially inward from the outer rim and includes a first flat surface facing and perpendicular to the flat central zone , a second concave surface facing radially toward the notch , and a third flat surface inclined toward the notch between the first and the second surfaces; and wherein the inner rim has a base of greater thickness than the thickness of the base of the outer rim , the cover cap characterised in that : the third flat surface of the inner rim has an angle of inclination of 9.9 degrees to 14.1 degrees and measures from 0.65 mm to 0.95 mm; and the notch has a depth of 1.097 mm to 1.562 mm. the third flat surface of the inner rim has an angle of inclination of 9.9 degrees to 14.1 degrees and measures from 0.65 mm to 0.95 mm; and the notch has a depth of 1.097 mm to 1.562 mm.
The method of preparation of the sodium salt of (2,6-dichlorophenyl)amide of carbopentoxysulfanilic acid that includes synthesis of (2,6-dichlorophenyl)amide of carbopentoxysulfanilic acid by mixing 2,6-dichloroaniline and pyridine, then adding carbopentoxysulfanilic acid chloride to the mixture, mixing of the reaction mass in a medium acidified with a solution of hydrochloric acid, segregation of the precipitate of pentyl(4-(N-(2,6-dichlorophenyl)sulfamoyl)phenyl)carbamate, its washing and drying, and subsequent synthesis of the sodium salt of (2,6-dichlorophenyl)amide of carbopentoxysulfanilic acid by mixing the solutions in ethanol of sodium hydroxide and (2,6-dichlorophenyl)amide of carbopentoxysulfanilic acid, stirring the resulting mixture, distilling off the ethanol and drying the precipitate, characterized in that the reaction mass in the preparation of (2,6-dichlorophenyl)amide of carbopentoxysulfanilic acid is stirred in a medium acidified with a solution of hydrochloric acid to a pH of 5-5.5 and in that the precipitate of pentyl(4-(N-(2,6-dichlorophenyl)sulfamoyl)phenyl)carbamate is washed with water acidified with a solution of hydrochloric acid to a pH of 5-5.5.
An electric vehicle control system comprising: a vehicle controller configured to calculate a driver's demand torque command value according to a driver's accelerating or braking operation; a motor controller configured to control an electric motor which generates a driving/braking force on wheels (FL, FR) according to a command value; and an actuator controller configured to calculate a vehicle demand torque command value according to vehicle behavior in response to different road surface condition and control an actuator installed in the vehicle, characterized in that the motor controller : is configured to select, as the command value, either of the driver's demand torque command value from the vehicle controller or the vehicle demand torque command value received directly from the actuator controller without the vehicle controller , to control the electric motor . a vehicle controller configured to calculate a driver's demand torque command value according to a driver's accelerating or braking operation; a motor controller configured to control an electric motor which generates a driving/braking force on wheels (FL, FR) according to a command value; and an actuator controller configured to calculate a vehicle demand torque command value according to vehicle behavior in response to different road surface condition and control an actuator installed in the vehicle, characterized in that the motor controller : is configured to select, as the command value, either of the driver's demand torque command value from the vehicle controller or the vehicle demand torque command value received directly from the actuator controller without the vehicle controller , to control the electric motor .
A PET data processing method for interpolating positron emission tomography (PET) data for reconstructing a PET image, comprising: acquiring PET event data, which was obtained by scanning an object using a PET scanner; generating a raw sinogram from the acquired PET event data; determining a plurality of triangles connecting a plurality of sampling points within the raw sinogram, wherein: the plurality of sampling points are arranged in rows based on an arrangement of a plurality of scintillation crystals in the PET scanner; and determining the plurality of triangles comprises connecting adjacent sampling points to construct triangles horizontally between a first row and a second row such that each consecutive triangle formed between the first row and the second row has an opposite orientation; and determining a uniformly sampled sinogram from the raw sinogram using the determined plurality of triangles. acquiring PET event data, which was obtained by scanning an object using a PET scanner; generating a raw sinogram from the acquired PET event data; determining a plurality of triangles connecting a plurality of sampling points within the raw sinogram, wherein: the plurality of sampling points are arranged in rows based on an arrangement of a plurality of scintillation crystals in the PET scanner; and determining the plurality of triangles comprises connecting adjacent sampling points to construct triangles horizontally between a first row and a second row such that each consecutive triangle formed between the first row and the second row has an opposite orientation; and the plurality of sampling points are arranged in rows based on an arrangement of a plurality of scintillation crystals in the PET scanner; and determining the plurality of triangles comprises connecting adjacent sampling points to construct triangles horizontally between a first row and a second row such that each consecutive triangle formed between the first row and the second row has an opposite orientation; and determining a uniformly sampled sinogram from the raw sinogram using the determined plurality of triangles.
Machine for the digital decoration of products with granular materials and the like, comprising: - a basic frame ; - at least one supporting surface for supporting at least one product (P) to be decorated associated with said basic frame ; - at least a first digital printing head adapted to apply at least a first layer (S') of fluid adhesive material on the surface of the product (P) to be decorated; - deposition means of a granular material (G) on said first layer (S') of adhesive material; - removal means of the excess granular material (G); - at least a second digital printing head adapted to apply at least a second layer (S") of fluid adhesive material on top of the granular material (G), said second printing head being positioned between said deposition means and said removal means ; characterized by the fact that it comprises first irradiation means of said first layer (S') of adhesive material, said first irradiation means being interposed between said first printing head and said deposition means and by the fact that it comprises second irradiation means of said second layer (S") of adhesive material, said second irradiation means being interposed between said second printing head and said removal means . - a basic frame ; - at least one supporting surface for supporting at least one product (P) to be decorated associated with said basic frame ; - at least a first digital printing head adapted to apply at least a first layer (S') of fluid adhesive material on the surface of the product (P) to be decorated; - deposition means of a granular material (G) on said first layer (S') of adhesive material; - removal means of the excess granular material (G); - at least a second digital printing head adapted to apply at least a second layer (S") of fluid adhesive material on top of the granular material (G), said second printing head being positioned between said deposition means and said removal means ;