mhurhangee/ep-ind-claims huggingface dataset:
A solar cell measuring apparatus configured to measure a current of a solar cell having a photoelectric converter (20, 32, 110) and first and second electrodes (420, 440) electrically insulated from each other, both the first and second electrodes (420, 440) being located at one surface of the photoelectric converter (20, 32, 110), the solar cell measuring apparatus comprising: a measuring unit including a first measuring member corresponding to the first electrode and a second measuring member corresponding to the second electrode, wherein the first and second measuring members (220, 240) are configured to come into close contact with the solar cell at one surface of the photoelectric converter (20, 32, 110) to measure the current of the solar cell, characterised in that the measuring unit further includes a support member configured to support the first and second measuring members (220, 240), and wherein the first and second measuring members (220, 240) are configured to come into close contact with a plurality of first electrode portions of the first electrode and a plurality of second electrode portions of the second electrode which are alternately arranged in a first direction (y). a measuring unit including a first measuring member corresponding to the first electrode and a second measuring member corresponding to the second electrode, wherein the first and second measuring members (220, 240) are configured to come into close contact with the solar cell at one surface of the photoelectric converter (20, 32, 110) to measure the current of the solar cell, characterised in that the measuring unit further includes a support member configured to support the first and second measuring members (220, 240), and wherein the first and second measuring members (220, 240) are configured to come into close contact with a plurality of first electrode portions of the first electrode and a plurality of second electrode portions of the second electrode which are alternately arranged in a first direction (y).
A duplexing system for an electronic device, comprising: a duplexer connected with an antenna; a balancing network (540; 840; 1040) connected with the duplexer and having an adjustable network impedance, the balancing network (540; 840; 1040) including an active component (880, 885, 890); and where the balancing network (540; 840; 1040) is configured to adjust the network impedance to match an antenna impedance of the antenna; characterized in that the balancing network (540; 840; 1040) further includes a transformer (1010, 1015) connected with the duplexer and two balancing circuits (1020, 1025) connected to the transformer (1010, 1015). a duplexer connected with an antenna; a balancing network (540; 840; 1040) connected with the duplexer and having an adjustable network impedance, the balancing network (540; 840; 1040) including an active component (880, 885, 890); and where the balancing network (540; 840; 1040) is configured to adjust the network impedance to match an antenna impedance of the antenna;
A topical formulation comprising at least one alpha connexin polypeptide and hydroxyethylcellulose gel, wherein the hydroxyethylcellulose gel stabilizes the alpha connexin polypeptide.
An apparatus comprising: image processing logic, IPL, configured to perform an image processing operation on pixel data corresponding with an image having a width of W pixels and a height of H pixels to produce output pixel data in vertical slices of K pixels using K vertically overlapping stencils of SxS pixels, K being greater than 1 and less than H, S being greater than or equal to 2, and W being greater than S; and a linebuffer operationally coupled with the IPL, the linebuffer configured to buffer the pixel data for the IPL, characterised in that the linebuffer includes: a full-size buffer having a width of W and a height of S-1; and a sliding buffer having a width of SB and a height of K, SB being greater than or equal to S and less than W, wherein the image processing operation comprises a plurality of successive scans of the stencils across the pixel data, and each of the plurality of successive scans uses pixel data from the full size buffer as input to the stencils for the first S-1 rows of the scan, and pixel data from the sliding buffer as input to the stencils for the remaining K rows of the scan. image processing logic, IPL, configured to perform an image processing operation on pixel data corresponding with an image having a width of W pixels and a height of H pixels to produce output pixel data in vertical slices of K pixels using K vertically overlapping stencils of SxS pixels, K being greater than 1 and less than H, S being greater than or equal to 2, and W being greater than S; and a linebuffer operationally coupled with the IPL, the linebuffer configured to buffer the pixel data for the IPL, characterised in that the linebuffer includes: a full-size buffer having a width of W and a height of S-1; and a sliding buffer having a width of SB and a height of K, SB being greater than or equal to S and less than W, a full-size buffer having a width of W and a height of S-1; and a sliding buffer having a width of SB and a height of K, SB being greater than or equal to S and less than W, wherein the image processing operation comprises a plurality of successive scans of the stencils across the pixel data, and each of the plurality of successive scans uses pixel data from the full size buffer as input to the stencils for the first S-1 rows of the scan, and pixel data from the sliding buffer as input to the stencils for the remaining K rows of the scan.
A submersed or submersible electric pump, comprising a pump body provided with a chamber adapted to accommodate at least one impeller turned by motor means, said chamber comprising at least one intake port and at least one delivery port, said pump further comprising at least one device for protecting said electric pump against overpressures, said device comprising a main body which forms a cavity with an axis of extension which is substantially parallel to an axis of extension of said main body and a flow control element which can slide in said cavity along said axis of extension of the cavity between a closed position, in which said flow control element affects an inlet of said cavity which is connected fluidically to a delivery port of said electric pump, and an open position, in which said flow control element clears at least partially said inlet so as to place it in fluidic connection with the environment in which the electric pump is placed through an outlet of said cavity, elastic means designed to push said flow control element in response to a pressure that is present in said delivery port, said device being mounted at said delivery port.
Planetary gear system having a housing, a sun gear, a planet carrier, at least one planet gear and a ring gear, wherein the planet carrier is rotatably mounted in the housing, wherein the housing defines a mounting direction for mounting the planet carrier and the planet carrier has a bearing seat on its outer side, which is arranged adjacent to an insertion end of the planet carrier and, in the position of use of the planet carrier, behind the ring gear in the mounting direction and has an outside diameter which is smaller than an inside diameter, in particular than a tip circle diameter, of the ring gear, wherein a bearing seat of the planet carrier, which is arranged in front of the ring gear and/or adjacent to an end of the planet carrier facing away from the insertion end in the mounting direction and in the position of use of the planet carrier, has a diameter which is greater than the inside diameter, in particular than the tip circle diameter, of the ring gear and/or larger than a diameter of the bearing seat of the planet carrier adjacent to the insertion end, characterized in that the at least one planet gear is designed as a stepped planet gear, has two bearing seats (20, 21) and at least two toothings (18, 19), namely a sun gear toothing meshing with the sun gear and a ring gear toothing meshing with the ring gear, in that the ring gear toothing of the planet gear is arranged between the two bearing seats (20, 21) of the planet gear, in that one bearing seat of the planet gear is arranged between an insertion end of the planet gear and the ring gear toothing, wherein this bearing seat has an outside diameter which is smaller than the outside diameter of the ring gear toothing, in that the other bearing seat of the planet gear is arranged between the ring gear toothing and the sun gear toothing of the planet gear, in that the planet carrier has at least one planet receptacle for the at least one planet gear, and in that the planet receptacle has an insertion opening, through which the at least one planet gear can be inserted into the planet receptacle in a mounting direction in its position of use, wherein the at least one planet receptacle has a bearing seat adjacent to its insertion opening for an outer side, in particular for an outer ring, of a pivot bearing of the at least one planet gear, which has an inside diameter which is at least as large as the outside diameter of the ring gear toothing of the at least one planet gear, and wherein a pivot bearing arranged on this bearing seat has an outside diameter which is at least as large as the outside diameter of the ring gear toothing of the at least one planet gear.
A gate-power-supply device for supplying power to gates of semiconductor switching devices connected in series in N stages, N being an integer not smaller than 2, the gate-power-supply device comprising: - a DC power supply; - an inverter circuit for converting DC power from the DC power supply into high-frequency power and for outputting the high-frequency power; - a noncontact power feed section composed of a charge section which has a primary-side coil supplied with the high-frequency power and a secondary-side coil spaced from the primary-side coil, the noncontact power feed section being adapted for feeding power to the gate of at least one semiconductor switching device among the semiconductor switching devices connected in series; and - a sequential power transfer section for sequentially transferring power supplied via the noncontact power feed section, to the semiconductor switching devices adjacent to each other, wherein the noncontact power feed section and the sequential power transfer section are provided for each certain number of stages connected in series, the certain number being smaller than N. - a DC power supply; - an inverter circuit for converting DC power from the DC power supply into high-frequency power and for outputting the high-frequency power; - a noncontact power feed section composed of a charge section which has a primary-side coil supplied with the high-frequency power and a secondary-side coil spaced from the primary-side coil, the noncontact power feed section being adapted for feeding power to the gate of at least one semiconductor switching device among the semiconductor switching devices connected in series; and - a sequential power transfer section for sequentially transferring power supplied via the noncontact power feed section, to the semiconductor switching devices adjacent to each other,
A footwear item with device for storing information or an object, comprising a sole, the sole including a front part and a rear part, wherein the sole includes a hole that opens onto the front part or the rear part of the footwear item, and in that the footwear item comprises a casing (3, 4) inserted into the hole of the sole, the casing (3, 4) comprises a duct making it possible to store information or an object, the duct including a closed part and an opening provided with a cover, a means (233, 333, 433) for anchoring the duct in the hole in the sole, said anchoring means being suitable for fixing the duct to the sole and making it possible to secure the duct to the sole permanently, and a cover hermetically closing the opening in the duct so as to make the casing (3, 4) leak-tight, and characterised in that the means for anchoring the duct is integrated in the duct and includes: either a) bumps on the outer face of the duct, the bumps being provided in a half-moon shape, open towards the opening of the duct and closed towards the closed part of the duct so as to facilitate the insertion of the duct into the hole and prevent said duct from then being removed, or b) barbs on the outer face of the duct, the barbs pointing towards the opening of the duct so as to facilitate the insertion of the duct into the hole and prevent said duct from then being removed, the bumps or barbs making it possible to anchor the duct in the hole of the sole so as secure the duct and the sole permanently. either a) bumps on the outer face of the duct, the bumps being provided in a half-moon shape, open towards the opening of the duct and closed towards the closed part of the duct so as to facilitate the insertion of the duct into the hole and prevent said duct from then being removed, or b) barbs on the outer face of the duct, the barbs pointing towards the opening of the duct so as to facilitate the insertion of the duct into the hole and prevent said duct from then being removed, the bumps or barbs making it possible to anchor the duct in the hole of the sole so as secure the duct and the sole permanently.
An exhaust gas heater for an exhaust gas system of an internal combustion engine, comprising: - a carrier arrangement, - a heating conductor arrangement which is supported on the carrier arrangement and has at least one current-carrying heating conductor (14, 16; 14'), - a connecting arrangement for the fixed connection of the heating conductor arrangement to the carrier arrangement, the heating conductor arrangement being supported on the carrier arrangement in an electrically insulated manner by means of the connecting arrangement, wherein the connecting arrangement comprises a plurality of connecting elements, wherein the heating conductor arrangement is supported on at least one connecting element by means of an insulating carrier unit in an electrically insulated manner with regard to the at least one connecting element, wherein the at least one connecting element comprises a shank, characterized in that the insulating carrier unit comprises a carrier sleeve, which surrounds the shank, and comprises insulating material which supports the carrier sleeve on the shank, and that the heating conductor arrangement comprises at least one heating conductor (14, 16; 14') which is connected fixedly to at least one carrier sleeve. - a carrier arrangement, - a heating conductor arrangement which is supported on the carrier arrangement and has at least one current-carrying heating conductor (14, 16; 14'), - a connecting arrangement for the fixed connection of the heating conductor arrangement to the carrier arrangement, the heating conductor arrangement being supported on the carrier arrangement in an electrically insulated manner by means of the connecting arrangement, wherein the connecting arrangement comprises a plurality of connecting elements, wherein the heating conductor arrangement is supported on at least one connecting element by means of an insulating carrier unit in an electrically insulated manner with regard to the at least one connecting element, wherein the at least one connecting element comprises a shank, characterized in that the insulating carrier unit comprises a carrier sleeve, which surrounds the shank, and comprises insulating material which supports the carrier sleeve on the shank, and that the heating conductor arrangement comprises at least one heating conductor (14, 16; 14') which is connected fixedly to at least one carrier sleeve.
A method for removing a dissolved heavy metal ion from an aqueous solution, the method comprising dissolving in the aqueous solution a cysteine-surfactant foaming agent of formula: or a salt thereof, wherein R represents a hydrophobic group; and R 1 represents a hydrogen or methyl groups wherein the method further comprises passing a gas through the aqueous solution to form a foam, and separating the foam from the aqueous solution and removing said dissolved heavy metal ion from the aqueous solution. or a salt thereof, wherein R represents a hydrophobic group; and R 1 represents a hydrogen or methyl groups wherein the method further comprises passing a gas through the aqueous solution to form a foam, and separating the foam from the aqueous solution and removing said dissolved heavy metal ion from the aqueous solution.
A method for detecting a counterfeit status of a target utility device, the method comprising: selecting a set of frequencies that reflect load dynamics of a reference utility device while undergoing a power test sequence; obtaining target electromagnetic interference, EMI, signals emitted by the target utility device while undergoing the power test sequence; creating a sequence of target kiviat plots from the amplitude of the target EMI signals at each of the set of frequencies at observations over the power test sequence to form a target kiviat tube EMI fingerprint; comparing the target kiviat tube EMI fingerprint to a reference kiviat tube EMI fingerprint for the reference utility device undergoing the power test sequence to determine whether the target utility device and the reference utility device are of the same type; and generating a signal to indicate a counterfeit status based at least in part on the results of the comparison. selecting a set of frequencies that reflect load dynamics of a reference utility device while undergoing a power test sequence; obtaining target electromagnetic interference, EMI, signals emitted by the target utility device while undergoing the power test sequence; creating a sequence of target kiviat plots from the amplitude of the target EMI signals at each of the set of frequencies at observations over the power test sequence to form a target kiviat tube EMI fingerprint; comparing the target kiviat tube EMI fingerprint to a reference kiviat tube EMI fingerprint for the reference utility device undergoing the power test sequence to determine whether the target utility device and the reference utility device are of the same type; and generating a signal to indicate a counterfeit status based at least in part on the results of the comparison.
Method of providing a user interface for controlling a system (1;27), including the steps of: observing a presence of a body or body part of a user in a certain environment of a sensor device (6,14-17;30); and being characterized by further comprising: making available to the user at least one perceptible part (28,34) of the user interface in association with a particular functionality for interacting with the system (1;27) controlled by the user interface in dependence on a rate of displacement of the body or body part of the user observed in the certain environment; and wherein making available to the user the at least one perceptible part of the user interface in association with the particular functionality for interacting with the system (1;27) controlled by the user interface comprises providing one of a plurality of user input controls associated with respective different actions of the system controlled by the user interface in dependence on the rate of displacement of the body or body part of the user observed in the certain environment. making available to the user at least one perceptible part (28,34) of the user interface in association with a particular functionality for interacting with the system (1;27) controlled by the user interface in dependence on a rate of displacement of the body or body part of the user observed in the certain environment; and wherein making available to the user the at least one perceptible part of the user interface in association with the particular functionality for interacting with the system (1;27) controlled by the user interface comprises providing one of a plurality of user input controls associated with respective different actions of the system controlled by the user interface in dependence on the rate of displacement of the body or body part of the user observed in the certain environment.
An arrangement of a partition wall element for a room divider, particularly for a shower cubicle, and a framing means that laterally frames the partition wall element, wherein the framing means features a profile with a web and a flange that is essentially arranged perpendicular to this web, as well as a first double-sided adhesive strip, wherein said adhesive strip is arranged on a longitudinal side of the flange such that the partition wall element is on a longitudinal side facing the flange adhesively connected to the flange by means of the first adhesive strip in the region of an end face, characterized in that the framing means features a second double-sided adhesive strip, wherein the second adhesive strip is arranged on a longitudinal side of the web that faces the aforementioned longitudinal side of the flange such that an air channel is formed and the partition wall element is adhesively connected to the web by means of the second adhesive strip on the aforementioned end face, wherein the material of the first and the second adhesive strip (6, 8) is transparent.
A crystalline, anhydrate polymorph of -2-((2-( -4-(difluoromethyl)-2-oxooxazolidin-3-yl)-5,6-dihydrobenzo[ f]imidazo[1,2- d][1,4]oxazepin-9-yl)amino)propanamide designated the Form A polymorph that exhibits an X-ray powder diffraction pattern obtained using an incident beam of Cu K α (1.541904 Å) radiation generated using Cross Beam optics (40 kV×44 mA) having a characteristic peak expressed in degrees 2-theta at approximately 5.7, 11.4, 17.2, 19.0, 19.7, and 24.4.
A forgery prevention label comprising a polyalkyl(meth)acrylate film, wherein the polyalkyl(meth)acrylate film comprises: from 30.0 wt.-% to 92.5 wt.-% of a polyalkyl(meth)acrylate; from 2.5 wt.-% to 40.0 wt.-% of one or several impact modifiers; from 5.0 wt.-% to 40.0 wt.-% of one or several inorganic fillers; from 0.0 wt.-% to 5.0 wt.-% of one or several UV-absorbers; and from 0.0 wt.-% to 5.0 wt.-% of one or several UV-stabilizers, based on the weight of the polyalkyl(meth)acrylate film; wherein the cumulative content of the polyalkyl(meth)acrylate and the impact modifier is from 60.0 wt.-% to 95.0 wt.-%, based on the weight of the polyalkyl(meth)acrylate film; and the content, in wt.-%, of one or several impact modifiers n im in the polyalkyl(meth)acrylate film is described by the following relationship: 0.5 * n f ≤ n im ≤ n f n f being the content, in wt.-%, of one or several inorganic fillers in the polyalkyl(meth)acrylate film. from 30.0 wt.-% to 92.5 wt.-% of a polyalkyl(meth)acrylate; from 2.5 wt.-% to 40.0 wt.-% of one or several impact modifiers; from 5.0 wt.-% to 40.0 wt.-% of one or several inorganic fillers; from 0.0 wt.-% to 5.0 wt.-% of one or several UV-absorbers; and from 0.0 wt.-% to 5.0 wt.-% of one or several UV-stabilizers, based on the weight of the polyalkyl(meth)acrylate film;