mhurhangee/patent-ind-claim-en huggingface dataset:
A system comprising: a plurality of solar cells (401a..n; 501); a plurality of voltage controllers (402a..n), wherein each of the plurality of voltage controllers (402a..n) is connected to at least one of the plurality of solar cells (401a..n; 501); and a plurality of panels , each of the plurality of panels containing more than one of the plurality of voltage controllers (402a..n); wherein one of the plurality of voltage controllers (402a..n) includes a controller chip , wherein a second transistor is coupled to one of the plurality of cells (401a..n; 501) through an inductor and wherein a first transistor is coupled to a capacitor ; wherein the controller chip includes a first drive connection coupled to the first transistor , and a second drive connection coupled to the second transistor , and wherein the controller chip further includes a sense pin (S) coupled to the second transistor to sense current delivered during an on phase of the second transistor . a plurality of solar cells (401a..n; 501); a plurality of voltage controllers (402a..n), wherein each of the plurality of voltage controllers (402a..n) is connected to at least one of the plurality of solar cells (401a..n; 501); and a plurality of panels , each of the plurality of panels containing more than one of the plurality of voltage controllers (402a..n); wherein one of the plurality of voltage controllers (402a..n) includes a controller chip , wherein a second transistor is coupled to one of the plurality of cells (401a..n; 501) through an inductor and wherein a first transistor is coupled to a capacitor ; wherein the controller chip includes a first drive connection coupled to the first transistor , and a second drive connection coupled to the second transistor , and wherein the controller chip further includes a sense pin (S) coupled to the second transistor to sense current delivered during an on phase of the second transistor .
An ionic conductor comprising lithium (Li), borohydride (BH 4 - ), phosphorus (P), and sulfur (S), wherein, in X-ray diffraction (CuKα: λ = 1.5405Å), the ionic conductor has diffraction peaks, at least, at 2θ = 14.4 ± 1.0 deg, 15.0 ± 1.0 deg, 24.9 ± 1.0 deg, 29.2 ± 1.5 deg, 30.3 ± 1.5 deg, 51.1 ± 2.5 deg and 53.5 ± 2.5 deg.
Process for de-icing a glazed surface of a vehicle , the said vehicle comprising a de-icing device comprising a wiper system with at least one device for spraying a liquid (L, Lq), the said de-icing process comprising the steps of: - verification (E1) of a primary condition (C1) according to which the ignition (Cc) of the said vehicle is activated; - verification (E2) of a secondary condition (C2) according to which the exterior temperature (t) is below a temperature threshold (Th1); - verification (E3) of a tertiary condition (C3) according to which a demisting function (fd) is activated; - verification (E3') of a quaternary condition (C4) according to which a person (o) is present on a driver's seat of said vehicle , - if all of the said conditions are fulfilled, then activation (E4) of the said de-icing device in order to start a de-icing cycle (Cy), the said de-icing cycle (Cy) comprising spraying by the said at least one device for spraying of the said liquid (L, Lq) onto the said glazed surface ; - execution by the said de-icing device of the said de-icing cycle (Cy). - verification (E1) of a primary condition (C1) according to which the ignition (Cc) of the said vehicle is activated; - verification (E2) of a secondary condition (C2) according to which the exterior temperature (t) is below a temperature threshold (Th1); - verification (E3) of a tertiary condition (C3) according to which a demisting function (fd) is activated; - verification (E3') of a quaternary condition (C4) according to which a person (o) is present on a driver's seat of said vehicle , - if all of the said conditions are fulfilled, then activation (E4) of the said de-icing device in order to start a de-icing cycle (Cy), the said de-icing cycle (Cy) comprising spraying by the said at least one device for spraying of the said liquid (L, Lq) onto the said glazed surface ; - execution by the said de-icing device of the said de-icing cycle (Cy).
A method for correlating evidence grids, the method comprising: acquiring measurements from a sensor , wherein the sensor generates measurements describing a current section of an environment relative to a navigation system the navigation system comprising the sensor; creating an evidence grid from the measurements, wherein the evidence grid describes the probability that a location within the section of the environment is occupied by an object; creating a reduced evidence grid from the evidence grid by removing data from the evidence grid; further characterized by correlating the reduced evidence grid with a reduced historical evidence grid by performing a sequential search for a highest correlative value, wherein the sequential search comprises adjusting positions and orientations of the reduced evidence grid and the reduced historical evidence grid in relation to one another by sequentially shifting the reduced evidence grid along each one of multiple degrees of freedom to find the adjusted position and orientation having the highest correlative value with the reduced historical evidence grid along each separate degree of freedom in the multiple degrees of freedom, wherein the adjusted positions and orientations comprise translations and rotations; and determining navigational parameters for the navigation system based on the adjusted positions and orientations having the highest correlative value. acquiring measurements from a sensor , wherein the sensor generates measurements describing a current section of an environment relative to a navigation system the navigation system comprising the sensor; creating an evidence grid from the measurements, wherein the evidence grid describes the probability that a location within the section of the environment is occupied by an object; creating a reduced evidence grid from the evidence grid by removing data from the evidence grid; further characterized by correlating the reduced evidence grid with a reduced historical evidence grid by performing a sequential search for a highest correlative value, wherein the sequential search comprises adjusting positions and orientations of the reduced evidence grid and the reduced historical evidence grid in relation to one another by sequentially shifting the reduced evidence grid along each one of multiple degrees of freedom to find the adjusted position and orientation having the highest correlative value with the reduced historical evidence grid along each separate degree of freedom in the multiple degrees of freedom, wherein the adjusted positions and orientations comprise translations and rotations; and determining navigational parameters for the navigation system based on the adjusted positions and orientations having the highest correlative value.
Heat exchanger , in particular for a motor vehicle, comprising: - a heat exchange bundle comprising a plurality of stacked tubes inside which a first heat-transfer fluid is intended to circulate, and - an end flange arranged on each side of the stack of tubes , said end flange being brazed to the heat exchange bundle , characterized in that the end flanges comprise: - a flat body comprising a first surface intended to face an aerodynamic element and a second surface , referred to as the brazing surface, opposite to the first surface and brazed to the heat exchange bundle , - attachment tabs configured to receive the aerodynamic element and arranged on the sides of said flat body , said attachment tabs projecting in the opposite direction to the heat exchange bundle , - at least one extension of the flat body extending in the same general plane as said flat body and arranged between a pair of attachment tabs arranged on a same side of said flat body such that the width (L1) of the flat body between said pair of attachment tabs and an attachment tab arranged on the opposite side of said flat body , facing the pair of attachment tabs , is less than the width (L2) of the flat body at the at least one extension . - a heat exchange bundle comprising a plurality of stacked tubes inside which a first heat-transfer fluid is intended to circulate, and - an end flange arranged on each side of the stack of tubes , said end flange being brazed to the heat exchange bundle , - a flat body comprising a first surface intended to face an aerodynamic element and a second surface , referred to as the brazing surface, opposite to the first surface and brazed to the heat exchange bundle , - attachment tabs configured to receive the aerodynamic element and arranged on the sides of said flat body , said attachment tabs projecting in the opposite direction to the heat exchange bundle , - at least one extension of the flat body extending in the same general plane as said flat body and arranged between a pair of attachment tabs arranged on a same side of said flat body such that the width (L1) of the flat body between said pair of attachment tabs and an attachment tab arranged on the opposite side of said flat body , facing the pair of attachment tabs , is less than the width (L2) of the flat body at the at least one extension .
A system, comprising: an audio signal processing component that reshapes an audio signal via a polynomial function into audio waveform data, wherein the polynomial function comprises predetermined coefficients; an output component, coupled to the audio signal processing component, that outputs a visible representation of the audio waveform; and an editing component that manipulates audio information based on the audio waveform data; wherein the polynomial function is represented as Ax 3 + Bx 2 + Cx, wherein the predetermined coefficients comprise coefficient A equal to approximately 1.10857, coefficient B equal to approximately -3.10857, and coefficient C equal to approximately 3. an audio signal processing component that reshapes an audio signal via a polynomial function into audio waveform data, wherein the polynomial function comprises predetermined coefficients; an output component, coupled to the audio signal processing component, that outputs a visible representation of the audio waveform; and an editing component that manipulates audio information based on the audio waveform data; wherein the polynomial function is represented as Ax 3 + Bx 2 + Cx, wherein the predetermined coefficients comprise coefficient A equal to approximately 1.10857, coefficient B equal to approximately -3.10857, and coefficient C equal to approximately 3.
A battery module comprising: a plurality of battery cells ; a busbar configured to electrically connect the plurality of battery cells to each other; and a module case configured to receive the plurality of battery cells and the busbar , wherein the module case comprises: a receiving portion configured to define a predetermined space; a first trap portion configured to introduce air; a second trap portion configured to discharge air; and an air flow channel portion configured to allow the introduced air to move therealong, characterized in that the first trap portion comprises: a first pocket portion depressed outwardly to define a predetermined space; and a first air circulation channel bent in a direction toward a side surface of the first pocket portion . a plurality of battery cells ; a busbar configured to electrically connect the plurality of battery cells to each other; and a module case configured to receive the plurality of battery cells and the busbar , wherein the module case comprises: a receiving portion configured to define a predetermined space; a first trap portion configured to introduce air; a second trap portion configured to discharge air; and an air flow channel portion configured to allow the introduced air to move therealong, characterized in that the first trap portion comprises: a first pocket portion depressed outwardly to define a predetermined space; and a first air circulation channel bent in a direction toward a side surface of the first pocket portion . a receiving portion configured to define a predetermined space; a first trap portion configured to introduce air; a second trap portion configured to discharge air; and an air flow channel portion configured to allow the introduced air to move therealong, characterized in that the first trap portion comprises: a first pocket portion depressed outwardly to define a predetermined space; and a first air circulation channel bent in a direction toward a side surface of the first pocket portion . a first pocket portion depressed outwardly to define a predetermined space; and a first air circulation channel bent in a direction toward a side surface of the first pocket portion .
An apparatus comprising an air box with an integrated air filter , the air filter comprising a filter material circumferentially extending such that the filter material surrounds at least a portion of an interior cavity of the air filter, a distal end cap affixed to a distal end of the filter material, and a wire support comprising a powder-coated aluminum wire screen positioned on an outer surface and an inner surface of the filter material, wherein the wire screen is co-pleated with the filter material so as to reinforce the air filter the air box comprising a housing portion and a mount portion , where a front surface of the housing portion comprises a conduit with an opening and a transition that are configured to receive an air intake conduit extending from an intake portion of an automobile engine, and a back surface of the housing portion comprises a ridge and a recess configured to fixedly receive a proximal end of the filter material, such that air drawn through the filter material into the interior cavity is drawn through the opening of the conduit into the intake portion of the automobile engine; wherein the mount portion is configured to be installed within an interior of an automobile engine bay, and wherein the housing portion is configured to support the air filter and provide a communicative air flow from an exterior of the air filter to the intake portion of the automobile engine.
A bending press having an angle measuring device and a sheet metal part to be formed, wherein the bending press has a press table with a bending die and a press beam , which is movable in a travel direction relative thereto, with a punch , wherein the press beam and the bending die are arranged in a rack , and wherein a sheet metal part to be formed, which is contacted by the punch along a bending line during the bend-forming operation, is arranged in the bending press , and wherein the bending line and the travel direction span a working plane , comprising a lighting device with at least one lighting means , an optical image capturing device with an optical axis and a data technical image evaluation device , wherein the lighting device illuminates a section of a surface of the sheet metal part on at least one side of the working plane , and wherein the lighting device is arranged at least on one side of the working plane and is oriented in the direction of the surface of the sheet metal part, such that no direct light reaches the direction of the image capturing device and that the optical axis is arranged in the working plane , characterized in that the optical axis and the bending line enclose an angle greater than zero and less than 2° in the illuminated section , and that the lighting means is arranged so as to be displaceable in the direction longitudinal to the bending line or multiple lighting means are arranged in the direction longitudinal to the bending line , wherein the image capturing device is arranged so as to be pivotable.
A method of preparing a recombinant cell comprising a nucleic acid encoding a fusion protein, said fusion protein comprising an insulin polypeptide and an Fc fragment, wherein the insulin polypeptide and the Fc fragment are connected by a linker, wherein the Fc fragment comprises the following sequence: and wherein the insulin polypeptide comprises the following sequence: and wherein Xi is not D and X 2 is not H, said method comprising: transfecting a host cell with a nucleic acid encoding for said fusion protein, wherein said fusion protein is expressed in said recombinant cell after said transfecting step.
A method for production and purification of linseed oil for deep-penetration treatment of wood, said method incorporating extracting linseed oil by a cold pressing oil extraction process followed by sequential purification steps, performed under a Nitrogen blanket, said sequential purification steps involving aqueous acid mediated degumming followed by neutralization and refrigeration (winterization) of said linseed oil in order to precipitate and remove waxy contaminants and wherein in a further method step the linseed oil is blended with mineral oil, in proportions ranging from mixtures of 95 % linseed oil to 5% mineral oil to mixtures of 5% linseed oil to 95 % mineral oil.
Motor vehicle headlight with a light source , a polarizing beam splitter which is arranged in a light beam emanating from the light source and which splits the light incident from the light source into a first partial beam and a second partial beam , wherein the light of the first partial beam has a first polarization direction and has a first main direction of propagation, and wherein the light of the second partial beam has a second polarization direction and a second main direction of propagation, and with a first reflective liquid crystal matrix element region , whose influence on the polarization direction of the light reflected thereon is controllable, and with a second reflective liquid crystal matrix element region whose influence on the polarization direction of the light reflected thereon is controllable, characterized in that that the first liquid crystal matrix element region is arranged in the first partial beam to reflect light incident from the beam splitter back to the beam splitter , and wherein the second liquid crystal matrix element region is arranged in the second partial beam to reflect light incident from the beam splitter back to the beam splitter , and wherein the two liquid crystal matrix element regions are aligned parallel to each other and arranged in the same plane, and a deflection mirror is arranged between the second liquid crystal matrix element region and the beam splitter , and wherein the distances of the two liquid crystal matrix element regions and from the projection optics 32 are different from one another and a beam splitter-sided focal point of the projection optics is closer to one of the two liquid crystal matrix element regions , than to the respective other liquid crystal matrix element region , , so that as a consequence different object widths and thus also slightly different magnification factors result for the two liquid crystal matrix element regions , in the image produced by the projection optics , wherein that liquid crystal matrix element region which is imaged into the illumination zone with the greater magnification factor is reduced by correspondingly controlling its outer pixels on the liquid crystal matrix element region.
A system for delivering a fluid stored in liquefied form to an end user in a gaseous form, the system comprising: a storage vessel ; a supply line in fluid communication with said storage vessel and said end user; a pressure relief circuit comprising a switching device operated by a controller to direct fluid from said supply line and: a pressure sensor disposed in said supply line or disposed in a relief line between said supply line and said switching device for measuring a parameter of said fluid in communication with said controller; characterised by returning said fluid in gaseous form to said storage vessel through a return line when said parameter of said fluid meets a predetermined condition; and diverting said fluid from returning to said storage vessel to a diversion line when said parameter of said fluid does not meet said predetermined condition; wherein the return line and the diversion line are downstream of the switching device. a storage vessel ; a supply line in fluid communication with said storage vessel and said end user; a pressure relief circuit comprising a switching device operated by a controller to direct fluid from said supply line and: a pressure sensor disposed in said supply line or disposed in a relief line between said supply line and said switching device for measuring a parameter of said fluid in communication with said controller; characterised by returning said fluid in gaseous form to said storage vessel through a return line when said parameter of said fluid meets a predetermined condition; and diverting said fluid from returning to said storage vessel to a diversion line when said parameter of said fluid does not meet said predetermined condition; wherein the return line and the diversion line are downstream of the switching device.
An assembly for measuring a relative position of two elements that are movable with respect to one another, said assembly comprising: - a ribbon , which has a longitudinal extension and which comprises, parallel to this longitudinal extension, a magnetic strip with magnetic poles in which the individual orientations of the poles are fixed and alternated periodically along the strip, from one end (E 1 ) of said strip; and - a first magnetic sensor , which is capable of measuring a position of magnetic poles whose respective orientations are different between two successive poles, in front of a sensitive surface (S 2 ) of the first sensor when the ribbon is secured to a first of the two elements and the first sensor is secured to the other of said two elements, the position being measured within a period of alternation of the orientations of the magnetic poles along the strip of the ribbon; the assembly being characterized in that it further comprises: - a second magnetic sensor , which is capable of detecting a passage of at least one magnetic pole of the end (E 1 ) of the magnetic strip of the ribbon , or of at least two successive magnetic poles of said end of the magnetic strip of the ribbon and whose respective orientations are different, in front of a sensitive surface (S 3 ) of the second sensor, when said second magnetic sensor is secured to said other of the two elements with said first sensor . - a ribbon , which has a longitudinal extension and which comprises, parallel to this longitudinal extension, a magnetic strip with magnetic poles in which the individual orientations of the poles are fixed and alternated periodically along the strip, from one end (E 1 ) of said strip; and - a first magnetic sensor , which is capable of measuring a position of magnetic poles whose respective orientations are different between two successive poles, in front of a sensitive surface (S 2 ) of the first sensor when the ribbon is secured to a first of the two elements and the first sensor is secured to the other of said two elements, the position being measured within a period of alternation of the orientations of the magnetic poles along the strip of the ribbon; - a second magnetic sensor , which is capable of detecting a passage of at least one magnetic pole of the end (E 1 ) of the magnetic strip of the ribbon , or of at least two successive magnetic poles of said end of the magnetic strip of the ribbon and whose respective orientations are different, in front of a sensitive surface (S 3 ) of the second sensor, when said second magnetic sensor is secured to said other of the two elements with said first sensor .