mhurhangee/ep-ind-claims huggingface dataset:
Electrical connection device intended for the electrical connection of a first pad and a second pad of an electrical power source and electrical contacts (18, 19) of heating modules (6, 7), the first pad being at a first electrical potential that is different from that of the second pad, said connection device comprising: - at least one first electrically conductive tab, intended to be electrically connected to the first pad and to at least one electrical contact of at least one heating module (6, 7); - at least two second electrically conductive tabs, intended to be electrically connected to the second tab, and to other electrical contacts of at least one heating module (6, 7), characterized in that the electrical connection device comprises: - N first conductive tabs, where N is a natural integer greater than or equal to 1; - 2N second conductive tabs; wherein the connection device is electrically capable of electrically connecting the first pad and the second pad and the electrical contacts (18, 19) of a single heating module (6, 7) and that the connection device is also capable of electrically connecting the first pad and the second pad and the electrical contacts (18, 19) of a plurality of heating modules (6, 7), the number of the electrical contacts (18, 19) of this heating module (6, 7) and of each of these heating modules (6, 7) being able to vary, and wherein the device comprises at least two assemblies (56, 58) of conductive tabs (32, 41) arranged side by side, each assembly (56, 58) comprising a first conductive tab arranged between two second conductive tabs. - at least one first electrically conductive tab, intended to be electrically connected to the first pad and to at least one electrical contact of at least one heating module (6, 7); - at least two second electrically conductive tabs, intended to be electrically connected to the second tab, and to other electrical contacts of at least one heating module (6, 7), characterized in that the electrical connection device comprises: - N first conductive tabs, where N is a natural integer greater than or equal to 1; - 2N second conductive tabs;
A fluid delivery pod comprising: a first surface; a second surface that opposes the first surface; a reservoir body intermediate the first and the second surfaces (3306, 3330), wherein the reservoir body is configured to house a fluid; an outlet port in fluid communication with the reservoir body; a heating structure within the reservoir body and being electrically conductive to wirelessly receive inductive energy from an energy source that is external to the fluid reservoir body to heat at least a portion of the fluid within the reservoir body; and a valve assembly that is operative to, in response to an application of compression forces on the opposing first and the second surfaces (3306, 3330), dispense at least a portion of the heated fluid through the outlet port; wherein the heating structure is a conductive tube having a length that is based on a specific heat capacity of the fluid housed in the reservoir body; wherein the valve assembly includes a lower chamber and the conductive heating tube is positioned around at least a portion of the lower chamber of the valve assembly; and wherein the conductive heating tube has longitudinal edges which are welded or crimped to be joined. a first surface; a second surface that opposes the first surface; a reservoir body intermediate the first and the second surfaces (3306, 3330), wherein the reservoir body is configured to house a fluid; an outlet port in fluid communication with the reservoir body; a heating structure within the reservoir body and being electrically conductive to wirelessly receive inductive energy from an energy source that is external to the fluid reservoir body to heat at least a portion of the fluid within the reservoir body; and a valve assembly that is operative to, in response to an application of compression forces on the opposing first and the second surfaces (3306, 3330), dispense at least a portion of the heated fluid through the outlet port; wherein the heating structure is a conductive tube having a length that is based on a specific heat capacity of the fluid housed in the reservoir body; wherein the valve assembly includes a lower chamber and the conductive heating tube is positioned around at least a portion of the lower chamber of the valve assembly; and wherein the conductive heating tube has longitudinal edges which are welded or crimped to be joined.
Polymer powder composition, characterized in that the polymer powder composition comprises at least 70 wt% PA410 with respect to the total amount of composition and characterized in that the polymer powder has an average mean particle size of at least 10 micrometer as measured according to ISO 13320-1.
A combination weighing device, comprising: a hopper; and an oversupplied article retainer (52, 56), the combination weighing device being configured to discharge an excess amount of articles supplied to the hopper and collect the articles in a collection container, the oversupplied article retainer (52, 56) being disposed on a discharge path from the hopper to the collection container and temporarily retaining the articles on the discharge path, wherein the hopper is a weighing hopper that weighs and discharges the article, and the oversupplied article retainer (52, 56) comprises: a collection chute that guides the article discharged from the weighing hopper into the collection container; wherein the oversupplied article retainer (52, 56) further comprises a blocking shutter that opens and closes the discharge path in the collection chute, wherein the blocking shutter is allowed to linearly move between a discharge path opening position away from the collection chute and a discharge path closing position proximate to the collection chute. a hopper; and an oversupplied article retainer (52, 56), the combination weighing device being configured to discharge an excess amount of articles supplied to the hopper and collect the articles in a collection container, the oversupplied article retainer (52, 56) being disposed on a discharge path from the hopper to the collection container and temporarily retaining the articles on the discharge path, the hopper is a weighing hopper that weighs and discharges the article, and the oversupplied article retainer (52, 56) comprises: a collection chute that guides the article discharged from the weighing hopper into the collection container; wherein the oversupplied article retainer (52, 56) further comprises a blocking shutter that opens and closes the discharge path in the collection chute, a collection chute that guides the article discharged from the weighing hopper into the collection container; wherein the oversupplied article retainer (52, 56) further comprises a blocking shutter that opens and closes the discharge path in the collection chute,
An electronic device, comprising: a radome including an insulating member of expanded polystyrene,EPS, and having at least one recess; a bottom cover, connected to the radome; and a printed circuit board, disposed between the radome and the bottom cover, wherein the radome further includes at least one fastening member embedded in the insulating member, wherein the fastening member includes two inserting sections and a connecting section, and the two inserting sections are connected to two ends of the connecting section and wherein each of the two inserting sections has a disk part, a cylinder part and four rectangular parts, wherein the disk part is connected to the corresponding end of the connecting section, the cylinder part is disposed on the disk part and at a center of the disk part, and the four rectangular parts are angularly disposed on the disk part and surround the cylinder part. a radome including an insulating member of expanded polystyrene,EPS, and having at least one recess; a bottom cover, connected to the radome; and a printed circuit board, disposed between the radome and the bottom cover, wherein the radome further includes at least one fastening member embedded in the insulating member, wherein the fastening member includes two inserting sections and a connecting section, and the two inserting sections are connected to two ends of the connecting section and wherein each of the two inserting sections has a disk part, a cylinder part and four rectangular parts, wherein the disk part is connected to the corresponding end of the connecting section, the cylinder part is disposed on the disk part and at a center of the disk part, and the four rectangular parts are angularly disposed on the disk part and surround the cylinder part.
A computed tomography system, comprising: a first and a second source, disposed at different z-axis locations at about a same angular position around an examination region, that emit radiation beams that traverse an axis of rotation within the examination region; wherein the first source emits a first radiation beam having a first outer projection that traverses a plane perpendicular to the axis of rotation, and the second source emits a second radiation beam having a first outer projection that traverses a plane perpendicular to the axis of rotation, wherein the first outer projections (204, 216) define a width of a volume within which the emitted radiation beams are substantially bound; a common detector that detects radiation from the x-ray beams that traverses the volume and generates data indicative thereof; and a reconstructor that reconstructs the data to generate volumetric image data of the volume, characterized in that the first and second sources (1081, 108N) are configured such that each of the first radiation beam and the second radiation beam asymmetrically illuminates the detector about a longitudinal midpoint of the detector. a first and a second source, disposed at different z-axis locations at about a same angular position around an examination region, that emit radiation beams that traverse an axis of rotation within the examination region; wherein the first source emits a first radiation beam having a first outer projection that traverses a plane perpendicular to the axis of rotation, and the second source emits a second radiation beam having a first outer projection that traverses a plane perpendicular to the axis of rotation, wherein the first outer projections (204, 216) define a width of a volume within which the emitted radiation beams are substantially bound; a common detector that detects radiation from the x-ray beams that traverses the volume and generates data indicative thereof; and a reconstructor that reconstructs the data to generate volumetric image data of the volume, characterized in that the first and second sources (1081, 108N) are configured such that each of the first radiation beam and the second radiation beam asymmetrically illuminates the detector about a longitudinal midpoint of the detector.
Input point for a pneumatic waste material conveying system, which input point comprises an input aperture for feeding material to inside the input point from outside the input point, means for opening and closing the input aperture, and means for conducting replacement air in a regulated manner from the input point to a material conveying channel, which can be connected to a conveying pipe, into which conveying pipe a suction side of a partial-vacuum generator can be connected to act, the input point comprises a vertical channel part, which can be connected at its bottom part to the material conveying channel, in the wall of the channel part an aperture is formed for feeding material into a channel space of the channel part via the input aperture or the aperture of the channel part can be the input aperture in an embodiment in which the channel part forms an outer wall, or part thereof, of the input point, and the means for opening and closing the input aperture comprise a first shut-off means, characterized in that the first shut-off means is a bushing means fitted inside the channel part movably in the direction of channel part between at least one first position, in which the connection for feeding in material via the input aperture is closed, and at least one second position, in which the connection for feeding in material via the input aperture is open.
An ultrasonic transducer for use in an ultrasonic flow meter, the transducer comprising: a piezoelectric crystal; characterized by low-density epoxy encasing the piezoelectric crystal, wherein the low-density epoxy is impregnated with glass bubbles; a cylindrical reinforcing sleeve embedded in the low-density epoxy, the sleeve comprising fiber mesh, and surrounding the piezoelectric crystal. a piezoelectric crystal; characterized by low-density epoxy encasing the piezoelectric crystal, wherein the low-density epoxy is impregnated with glass bubbles; a cylindrical reinforcing sleeve embedded in the low-density epoxy, the sleeve comprising fiber mesh, and surrounding the piezoelectric crystal.
A method performed by a wireless device, the method comprising: during a first portion of an active time of discontinuous reception, DRX, operation, monitoring a control channel using a first control channel monitoring configuration; during the active time, switching from the first control channel monitoring configuration to a second control channel monitoring configuration (22-N), wherein said switching is triggered by occurrence of an event; and during a second portion of the active time occurring subsequent to the first portion and after said switching, monitoring the control channel using the second control channel monitoring configuration (22-N), wherein the first portion of the active time and the second portion of the active time are included in the same DRX cycle. during a first portion of an active time of discontinuous reception, DRX, operation, monitoring a control channel using a first control channel monitoring configuration; during the active time, switching from the first control channel monitoring configuration to a second control channel monitoring configuration (22-N), wherein said switching is triggered by occurrence of an event; and during a second portion of the active time occurring subsequent to the first portion and after said switching, monitoring the control channel using the second control channel monitoring configuration (22-N), wherein the first portion of the active time and the second portion of the active time are included in the same DRX cycle.
A molded resin product, comprising: a resin member (17, 67, 34) made of a translucent resin including a phosphor material that converts light emitted from a semiconductor light-emitting element (Dnm), characterized by the resin member having a convex part (Cnm, n=1-3, m=1-3; 72b) whose inside is hollow; and by a shape maintaining member (19, 33, 66, 31) that is composed of one or more line-like members (19a, 19b, 20, 90d) having a nigher elasticity modulus than the resin member (17, 67), and that is provided either inside the resin member or on an inner or an outer surface of the resin member such as to maintain the shape of the resin member. a resin member (17, 67, 34) made of a translucent resin including a phosphor material that converts light emitted from a semiconductor light-emitting element (Dnm), characterized by the resin member having a convex part (Cnm, n=1-3, m=1-3; 72b) whose inside is hollow; and by a shape maintaining member (19, 33, 66, 31) that is composed of one or more line-like members (19a, 19b, 20, 90d) having a nigher elasticity modulus than the resin member (17, 67), and that is provided either inside the resin member or on an inner or an outer surface of the resin member such as to maintain the shape of the resin member.
Process for producing an elastomer material filled with at least one conductivity additive and having electrical contacting points, comprising (a) providing an elastomer material filled with at least one conductivity additive, (b) selecting contacting points provided for contacting on the surface of the elastomer material filled with at least one conductivity additive, (c) treating the contacting points provided for contacting on the surface of the elastomer material filled with at least one conductivity additive with a dispersion which comprises at least one carbon-based conductivity additive in a solids content of 30% to 100% by weight based on the solids content of the total dispersion, (d) drying the elastomer material treated with a dispersion or allowing said material to dry and (e) vulcanising the elastomer material treated with a dispersion if the elastomer material employed in step (a) is an unvulcanised elastomer material. (a) providing an elastomer material filled with at least one conductivity additive, (b) selecting contacting points provided for contacting on the surface of the elastomer material filled with at least one conductivity additive, (c) treating the contacting points provided for contacting on the surface of the elastomer material filled with at least one conductivity additive with a dispersion which comprises at least one carbon-based conductivity additive in a solids content of 30% to 100% by weight based on the solids content of the total dispersion, (d) drying the elastomer material treated with a dispersion or allowing said material to dry and (e) vulcanising the elastomer material treated with a dispersion if the elastomer material employed in step (a) is an unvulcanised elastomer material.
A method of eddy current testing for flaws in a tube, comprising: passing an eddy current probe through the tube and obtaining eddy current data on a number of channels for a first number of positions along the tube; analyzing the eddy current data on the number of channels to generate background noise data for a second number of positions along the tube, the background noise data comprising a plurality of noise data values wherein each of the noise data values is associated with a respective one of the second number of positions; comparing each piece of eddy current data on the number of channels to a respective extraction threshold value, wherein the extraction threshold value is a predetermined value above the background noise data that corresponds to the piece of eddy current data that is being examined; generating extracted data, wherein the extracted data corresponds to the pieces of eddy current data that exceed the respective extraction threshold values; and determining whether a flaw of a particular category is present in the tube based on a set of one or more of rules applied to at least a portion of the extracted data, wherein at least one of the rules uses a particular part of the extracted data and employs a minimum threshold that is a function of the background noise data that is associated with the particular part of the extracted data. passing an eddy current probe through the tube and obtaining eddy current data on a number of channels for a first number of positions along the tube; analyzing the eddy current data on the number of channels to generate background noise data for a second number of positions along the tube, the background noise data comprising a plurality of noise data values wherein each of the noise data values is associated with a respective one of the second number of positions; comparing each piece of eddy current data on the number of channels to a respective extraction threshold value, wherein the extraction threshold value is a predetermined value above the background noise data that corresponds to the piece of eddy current data that is being examined; generating extracted data, wherein the extracted data corresponds to the pieces of eddy current data that exceed the respective extraction threshold values; and determining whether a flaw of a particular category is present in the tube based on a set of one or more of rules applied to at least a portion of the extracted data, wherein at least one of the rules uses a particular part of the extracted data and employs a minimum threshold that is a function of the background noise data that is associated with the particular part of the extracted data.
A pharmaceutical composition comprising 7,9-dihydroxy-3-(4,5,7-trihydroxy-2-oxo-2 H -chromene-3-yl)-4 H -furo[3,2- c]chromen-4-one: or a pharmaceutically acceptable salt or hydrate thereof; for use in the therapy of asthma or other inflammatory respiratory diseases.
A radio bearer loss information reporting method, comprising: receiving (101, 201), by a mobility management entity, MME, a user equipment, UE, context release request message carrying a release cause value sent by an evolved Node B, eNB; and if the release cause value indicates an abnormal release, by the MME, reporting radio bearer loss information to a gateway and preserving non-guaranteed bandwidth, non-GBR, bearers, wherein the radio bearer loss information carries a cause value indicating a reason for radio bearer loss. receiving (101, 201), by a mobility management entity, MME, a user equipment, UE, context release request message carrying a release cause value sent by an evolved Node B, eNB; and if the release cause value indicates an abnormal release, by the MME, reporting radio bearer loss information to a gateway and preserving non-guaranteed bandwidth, non-GBR, bearers, wherein the radio bearer loss information carries a cause value indicating a reason for radio bearer loss.
A draft force sensing system for an agricultural tractor, the draft force sensing system having left and right draft bars (32, 34) and a sensing unit, the sensing unit comprising a housing; laterally spaced apart left and right pivot pins (90, 92) mounted in the housing; a left sensing arm pivotally mounted on the left pivot pin, the left sensing arm having a shorter arm portion movable in response to draft force applied to the left draft bar and having a longer arm portion; a right sensing arm pivotally mounted on the right pivot pin, the right sensing arm having an shorter arm portion movable in response to draft force applied to the right draft bar and having a longer arm portion; a resilient member coupled to the left and right sensing arms (94, 96) and biased to urge the left and right sensing arms (94, 96) towards each other; a stop member positioned between the left and right sensing arms (94, 96) and engagable with the left and right sensing arms (94, 96) to limit movement of the left and right sensing arms (94, 96) towards each other; and a draft force transducer engaging the longer arm portions (102, 106) of the left and right sensing arms (94, 96), the draft force transducer generating a draft force signal representing a distance between the longer arm portions (102, 106).
A pharmaceutical composition for use in inhibiting growth of at least one tumor selected from the group consisting of pancreatic cancer, and stomach cancer in a patient, the pharmaceutical composition comprising a liposome composition comprising eribulin or a pharmaceutically acceptable salt thereof.