mhurhangee/ep-ind-claims huggingface dataset:
A battery system comprising: a secondary battery that includes a positive terminal and a negative terminal; an upstream-side main electrical path that is connected to the positive terminal of the secondary battery; a downstream-side main electrical path that is connected to the negative terminal of the secondary battery; and a bypass electrical path that connects the upstream-side main electrical path to the downstream-side main electrical path, wherein the battery system is configured so that, when a voltage of the secondary battery exceeds a predetermined voltage during charging, current flowing through the secondary battery decreases while current flowing through the bypass electrical path increases, and when the voltage of the secondary battery falls below the predetermined voltage during charging, the current flowing through the secondary battery increases while the current flowing through the bypass electrical path decreases; and the bypass electrical path comprises a heater that generates heat using the current flowing through the bypass electrical path; the heater being arranged adjacent to or in close contact with the secondary battery so as to impart a thermal effect to the secondary battery. a secondary battery that includes a positive terminal and a negative terminal; an upstream-side main electrical path that is connected to the positive terminal of the secondary battery; a downstream-side main electrical path that is connected to the negative terminal of the secondary battery; and a bypass electrical path that connects the upstream-side main electrical path to the downstream-side main electrical path, wherein the battery system is configured so that, when a voltage of the secondary battery exceeds a predetermined voltage during charging, current flowing through the secondary battery decreases while current flowing through the bypass electrical path increases, and when the voltage of the secondary battery falls below the predetermined voltage during charging, the current flowing through the secondary battery increases while the current flowing through the bypass electrical path decreases; and the bypass electrical path comprises a heater that generates heat using the current flowing through the bypass electrical path; the heater being arranged adjacent to or in close contact with the secondary battery so as to impart a thermal effect to the secondary battery.
Method of heat transfer between a metallic or non-metallic item and a heat transfer fluid comprising a fluid medium, hydrophobic nanoparticles having a lateral size between 26 and 50μm and a dispersing agent, wherein the nanoparticles concentration / dispersing agent concentration ratio in weight is between 3 and 18 and wherein nanoparticles do not comprise carbon nanotubes.
A dampening assembly for an electrical switching apparatus, said electrical switching apparatus including a housing, separable contacts enclosed by the housing, and an operating mechanism structured to open and close said separable contacts, said dampening assembly comprising: a D-shaft structured to be pivotably coupled to the housing; and an anti-bounce assembly comprising a first element structured to be coupled to the housing, and a second element adapted to cooperate with said D-shaft to resist undesired movement of said D-shaft, wherein said D-shaft comprises a first end, a second end disposed opposite and distal from the first end, and a recess disposed between the first end and the second end; characterized in that the second element is an elongated pin member; and in that a portion of said elongated resilient pin member is disposed in said recess. a D-shaft structured to be pivotably coupled to the housing; and an anti-bounce assembly comprising a first element structured to be coupled to the housing, and a second element adapted to cooperate with said D-shaft to resist undesired movement of said D-shaft, wherein said D-shaft comprises a first end, a second end disposed opposite and distal from the first end, and a recess disposed between the first end and the second end;
An image processing apparatus comprising: an extraction unit configured to extract a first character string appearing on a first image, and a second character string appearing on a second image; a determination unit configured to determine that both the first character string and the second character string correspond to the same character string; a cut-out unit configured to cut out each of characters constituting the first character string, in units of a character, and to cut out each of characters constituting the second character string, in units of a character; a calculation unit configured to calculate a first similarity degree group which is composed of similarity degrees between the respective characters constituting the first character string and respective candidate characters in a candidate character group, and to calculate a second similarity degree group which is composed of similarity degrees between the respective characters constituting the second character string and the respective candidate characters in the candidate character group; and a recognition unit configured to recognize a character string, based on the first similarity degree group and the second similarity degree group. an extraction unit configured to extract a first character string appearing on a first image, and a second character string appearing on a second image; a determination unit configured to determine that both the first character string and the second character string correspond to the same character string; a cut-out unit configured to cut out each of characters constituting the first character string, in units of a character, and to cut out each of characters constituting the second character string, in units of a character; a calculation unit configured to calculate a first similarity degree group which is composed of similarity degrees between the respective characters constituting the first character string and respective candidate characters in a candidate character group, and to calculate a second similarity degree group which is composed of similarity degrees between the respective characters constituting the second character string and the respective candidate characters in the candidate character group; and a recognition unit configured to recognize a character string, based on the first similarity degree group and the second similarity degree group.
A flooding compound for a telecommunications cable, said flooding compound comprising: (a) a polymeric filler, wherein the polymeric filler comprises elastomer; the flooding compound characterised in that it further comprises (b) a branched olefinic fluid having: (i) an average of at least 1.5 methine carbons per oligomer molecule, and (ii) at least 40 methine carbons per one thousand total carbons, wherein the average number of carbons per molecule in said branched olefinic fluid is from 25 to 200, wherein said branched olefinic fluid is selected from the group consisting of a hyperbranched olefinic fluid prepared from ethylene as the only starting monomer, a branched olefinic fluid prepared from ethylene and propylene as the only starting monomers, a branched olefinic fluid prepared from ethylene and 1-octene as the only starting monomers, and combinations of two or more thereof, and in that said polyolefin elastomer has a crystallinity in the range of 10 to 50 weight percent and a dynamic viscosity of 50 Pa ∗ s (50,000 centipoise) or less at 177 °C. (a) a polymeric filler, wherein the polymeric filler comprises elastomer; the flooding compound characterised in that it further comprises (b) a branched olefinic fluid having: (i) an average of at least 1.5 methine carbons per oligomer molecule, and (ii) at least 40 methine carbons per one thousand total carbons, wherein the average number of carbons per molecule in said branched olefinic fluid is from 25 to 200, wherein said branched olefinic fluid is selected from the group consisting of a hyperbranched olefinic fluid prepared from ethylene as the only starting monomer, a branched olefinic fluid prepared from ethylene and propylene as the only starting monomers, a branched olefinic fluid prepared from ethylene and 1-octene as the only starting monomers, and combinations of two or more thereof, and in that said polyolefin elastomer has a crystallinity in the range of 10 to 50 weight percent and a dynamic viscosity of 50 Pa ∗ s (50,000 centipoise) or less at 177 °C. (i) an average of at least 1.5 methine carbons per oligomer molecule, and (ii) at least 40 methine carbons per one thousand total carbons, wherein the average number of carbons per molecule in said branched olefinic fluid is from 25 to 200,
A computer-implemented method for civil engineering, the method comprising: - providing a mesh representing a terrain and a polyline on the mesh; - computing a contributor of the polyline, the computing of the contributor comprising: ∘ modifying the mesh by determining, based on the polyline, a trench below the polyline; ∘ computing a watershed segmentation of the terrain based on the modified mesh; and ∘ based on the computed watershed segmentation, identifying, on the modified mesh, a basin comprising the trench; ∘ modifying the basin by transforming back the trench into the polyline, the modified basin being the contributor. - providing a mesh representing a terrain and a polyline on the mesh; - computing a contributor of the polyline, the computing of the contributor comprising: ∘ modifying the mesh by determining, based on the polyline, a trench below the polyline; ∘ computing a watershed segmentation of the terrain based on the modified mesh; and ∘ based on the computed watershed segmentation, identifying, on the modified mesh, a basin comprising the trench; ∘ modifying the basin by transforming back the trench into the polyline, the modified basin being the contributor. ∘ modifying the mesh by determining, based on the polyline, a trench below the polyline; ∘ computing a watershed segmentation of the terrain based on the modified mesh; and ∘ based on the computed watershed segmentation, identifying, on the modified mesh, a basin comprising the trench; ∘ modifying the basin by transforming back the trench into the polyline, the modified basin being the contributor.
. A material set, comprising: a detailing agent, comprising: water, a black dye, a cyan dye, and a water-soluble co-solvent present in the detailing agent at an amount from 10 wt% to 20 wt%; wherein the weight ratio of the black dye to the cyan dye is from 4:1 to 10:1; and a fusing agent, comprising: water, and a carbon black pigment. a detailing agent, comprising: water, a black dye, a cyan dye, and a water-soluble co-solvent present in the detailing agent at an amount from 10 wt% to 20 wt%; wherein the weight ratio of the black dye to the cyan dye is from 4:1 to 10:1; and water, a black dye, a cyan dye, and a water-soluble co-solvent present in the detailing agent at an amount from 10 wt% to 20 wt%; wherein the weight ratio of the black dye to the cyan dye is from 4:1 to 10:1; and a fusing agent, comprising: water, and a carbon black pigment. water, and a carbon black pigment.
A lactate sensor comprising an insulating substrate, an electrode system including at least a working electrode and a counter electrode provided on the substrate, and a reagent layer provided on the electrode system, wherein the reagent layer contains lactate oxidase, a mediator, and N-(2-acetamide)-2-aminoethanesulfonic acid (ACES), and wherein the mediator is a combination of a ruthenium compound, and phenazine methosulfate or a derivative thereof.
Marine tunnel thruster comprising a tubular duct with at least a propeller fitted therein which is operatively connected to drive means allowing the propeller to be rotated about an axis parallel to, particularly coinciding with, the longitudinal axis of said duct, characterized in that said tubular duct is composed of three sections, of which a first central section extending at each end side by an end section (11, 13), which first central section houses one or more of said propellers and it has a specific axial length and a specific diameter, while the two end sections (11, 13) have a specific axial length and a specific diameter which is greater than the diameter of the central section, said end sections (11, 13) being connected to said central section by a radial annular enlargement having a steep face, being the two end sections (11, 13) connected to an end side and to the other end side of the central section respectively by an annular connecting surface which forms a diameter jump that in the direction of the longitudinal axis of the duct and in section in the diametral plane, has a steep profile and an axial extension having a specific size, having the connecting surface a specific extension in the direction of the longitudinal axis of the duct depending on the difference in the size of the diameter of each of the two end sections (11, 13) with respect to the size of the diameter of the central section.
An injection unit of an injection moulding machine with a plasticizing unit and a ram injection assembly, wherein the ram injection assembly has an injection cylinder and an injection ram that is guided therein in a reversible manner, wherein between the plasticizing unit and the ram injection assembly an intermediate accumulator is provided for the reception of melt, wherein the intermediate accumulator has an accumulator cylinder and an accumulator ram that is guided therein in a reversible manner, wherein the accumulator cylinder has an accumulator cylinder intake opening and an accumulator cylinder outlet opening, wherein one or several grooves that are connected with an injection cylinder intake opening and run in the direction of the front end of the injection cylinder are provided in the interior wall of the injection cylinder and/or wherein one or several grooves that run from the front end of the injection ram towards the back and that extend to the injection cylinder intake opening are provided in the injection ram, and wherein a groove that is connected with an accumulator cylinder intake opening and that runs in the direction of the front end of the accumulator cylinder is provided in the interior wall of the accumulator cylinder, and/or wherein a groove that runs from the front end of the accumulator ram towards the back and that extends to the accumulator cylinder intake opening is provided in the accumulator ram, characterized in that a single groove (16 or 27) is provided in the interior wall of the accumulator cylinder or in the accumulator ram, that the accumulator cylinder outlet opening is arranged diametrically to the front end of the groove, and that at the front end of the accumulator ram an oblique surface is provided, wherein the rear end of the oblique surface, viewed in the flow direction of the melt, lies in the region of the single groove, and that an oblique surface, parallel thereto, is provided at the front end of the accumulator cylinder.
Pump arrangement at least comprising a first housing in which there is arranged in a rotatably mounted manner at least one first drive means for delivering a fluid, wherein a first drive shaft of the first drive means extends at least through a first side wall of the first housing along an axial direction, wherein, outside the first housing, at least one first rotor of a first axial flux electric drive is arranged on the first drive shaft, wherein the first axial flux electric drive has only one stator; characterized in that the stator is arranged outside the at least one first drive means in a radial direction.
A condensed ring aromatic compound represented by the following general formula: wherein X 1 to X 16 each independently represent a hydrogen atom, a halogen atom, a 1-adamantyl group, a 2-adamantyl group, a benzyl group, a phenethyl group, a benzyloxy group, a thienyloxy group, a substituted or unsubstituted alkyl group, an alkoxy group, an aryloxy group, an amino group, a substituted or unsubstituted aryl group, or a substituted or unsubstituted heterocyclic group, and each may be the same or different; adjacent groups combine with each other to form at least one ring in the group selected from X 4 to X 7; and adjacent groups combine with each other to form at least one ring in the group selected from X 12 to X 15.
A terminal comprising: a receiving section that receives a system information block before establishing a radio resource control connection; and a control section that determines one physical uplink control channel, PUCCH, resource set from a plurality of PUCCH resource sets based on an index within the system information block, and determines one PUCCH resource from a plurality of PUCCH resources within the PUCCH resource set based on a control channel element, CCE, index and a PUCCH resource indicator field within a downlink control information, DCI, wherein all of the plurality of PUCCH resources includes a same number of symbols and a same start symbol index, and at least two PUCCH resources out of the plurality of PUCCH resources include different initial cyclic shift indexes, and characterised in that a set of the initial cyclic shift indexes is different for each PUCCH format. a receiving section that receives a system information block before establishing a radio resource control connection; and a control section that determines one physical uplink control channel, PUCCH, resource set from a plurality of PUCCH resource sets based on an index within the system information block, and determines one PUCCH resource from a plurality of PUCCH resources within the PUCCH resource set based on a control channel element, CCE, index and a PUCCH resource indicator field within a downlink control information, DCI, wherein all of the plurality of PUCCH resources includes a same number of symbols and a same start symbol index, and at least two PUCCH resources out of the plurality of PUCCH resources include different initial cyclic shift indexes, and characterised in that a set of the initial cyclic shift indexes is different for each PUCCH format.
An electronic apparatus for encoding image data, comprising: an interface circuitry; and a processor configured to: control the interface circuitry to provide a low resolution image of an original image that corresponds to each of a plurality of frames of content, the low resolution image having an amount of data smaller than an amount of data of the original image, generate by up-scaling a high resolution image having a resolution higher than a resolution of the low resolution image based on the provided low resolution image, generate characteristic data wherein the characteristic data corresponds to a difference between the original image and the high resolution image, and transmit the low resolution image and the characteristic data of the high resolution image to an external apparatus; wherein an i+1th high resolution image is generated further based on characteristic data generated in a previous ith operation. an interface circuitry; and a processor configured to: control the interface circuitry to provide a low resolution image of an original image that corresponds to each of a plurality of frames of content, the low resolution image having an amount of data smaller than an amount of data of the original image, generate by up-scaling a high resolution image having a resolution higher than a resolution of the low resolution image based on the provided low resolution image, generate characteristic data wherein the characteristic data corresponds to a difference between the original image and the high resolution image, and transmit the low resolution image and the characteristic data of the high resolution image to an external apparatus; control the interface circuitry to provide a low resolution image of an original image that corresponds to each of a plurality of frames of content, the low resolution image having an amount of data smaller than an amount of data of the original image, generate by up-scaling a high resolution image having a resolution higher than a resolution of the low resolution image based on the provided low resolution image, generate characteristic data wherein the characteristic data corresponds to a difference between the original image and the high resolution image, and transmit the low resolution image and the characteristic data of the high resolution image to an external apparatus; wherein an i+1th high resolution image is generated further based on characteristic data generated in a previous ith operation.
A method of optimizing the distribution of multimedia content to a plurality of users within a predetermined temporal duration, by a computing machine in a network node, the method comprising: monitoring multimedia content requests of a plurality of users; correlating users based on the multimedia content requested and the times at which it is requested; forming a group of users based on the content and time correlations; receiving requests for a first multimedia content from a set of users in the group, the requests received within a predetermined temporal duration; predicting requests for the first multimedia content from other users in the group; in response to the prediction, allocating a shared channel for delivering the first multimedia content to all users in the group; controlling terminal equipment (20, 38) associated with the users in the group to receive the first multimedia content over the allocated channel and buffer the received first multimedia content; and delivering the first multimedia content to the users in the group over the allocated channel. monitoring multimedia content requests of a plurality of users; correlating users based on the multimedia content requested and the times at which it is requested; forming a group of users based on the content and time correlations; receiving requests for a first multimedia content from a set of users in the group, the requests received within a predetermined temporal duration; predicting requests for the first multimedia content from other users in the group; in response to the prediction, allocating a shared channel for delivering the first multimedia content to all users in the group; controlling terminal equipment (20, 38) associated with the users in the group to receive the first multimedia content over the allocated channel and buffer the received first multimedia content; and delivering the first multimedia content to the users in the group over the allocated channel.