mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for locating a fault in a plurality of windings of a transformer, the apparatus comprising: a measurement device configured to measure electrical flow parameters of the transformer when the transformer is in an online mode; and a fault location determination unit configured to determine electrical flow parameters of the windings from the measured electrical flow parameters of the transformer, wherein the fault location determination unit is configured to process the determined electrical flow parameters of the windings to determine the location of the fault in the windings, characterised in that the fault location determination unit is configured to: determine phase-comparison voltage values and phase-comparison current values by comparing the determined electrical flow parameters of the windings; determine excitation voltage values of the windings from the determined phase-comparison voltage values and phase-comparison current values; determine winding-comparison excitation voltage values by comparing the determined excitation voltage values of the windings; and compare the determined winding-comparison excitation voltage values so as to determine which of the windings is the location of the fault. determine phase-comparison voltage values and phase-comparison current values by comparing the determined electrical flow parameters of the windings; determine excitation voltage values of the windings from the determined phase-comparison voltage values and phase-comparison current values; determine winding-comparison excitation voltage values by comparing the determined excitation voltage values of the windings; and compare the determined winding-comparison excitation voltage values so as to determine which of the windings is the location of the fault.
Method for separating a volume of whole blood contained in a separation bag into at least three components, the method comprising the steps of: centrifuging the separation bag so as to separate therein a first inner layer comprising plasma, a second intermediate layer comprising platelets, a third intermediate layer comprising the lymphocytes, monocytes and granulocytes and a fourth outer layer comprising red blood cells, wherein at least the third and fourth layers partially overlap; transferring, into a plasma component bag connected to the separation bag, a plasma component substantially comprising a first fraction of the first layer; transferring, into a mononuclear cell component bag (3a, 24) connected to the separation bag, a mononuclear cell component comprising a fraction of the third layer comprising the lymphocytes and monocytes; and stopping the transferring of the mononuclear cell component after the lymphocytes and monocytes are transferred; wherein red blood cells and the remaining fraction of the third layer comprising the granulocytes and residual monocytes and lymphocytes remain in said separation bag. centrifuging the separation bag so as to separate therein a first inner layer comprising plasma, a second intermediate layer comprising platelets, a third intermediate layer comprising the lymphocytes, monocytes and granulocytes and a fourth outer layer comprising red blood cells, wherein at least the third and fourth layers partially overlap; transferring, into a plasma component bag connected to the separation bag, a plasma component substantially comprising a first fraction of the first layer; transferring, into a mononuclear cell component bag (3a, 24) connected to the separation bag, a mononuclear cell component comprising a fraction of the third layer comprising the lymphocytes and monocytes; and stopping the transferring of the mononuclear cell component after the lymphocytes and monocytes are transferred; wherein red blood cells and the remaining fraction of the third layer comprising the granulocytes and residual monocytes and lymphocytes remain in said separation bag.
An injection mold comprising: a first mold half; a second mold half, said first and second mold halves being supported and movable relative to each other, said first and second mold halves having a mold shut height when said mold is an operational configuration; and a core plate adjustment mechanism that is integrated with and embedded within said first mold half and includes at least one core plate adjustment device received in a recess defined in a core plate of said first mold half, said at least one core plate adjustment device being operable to move between a retracted position and an extended position, wherein said at least one core plate adjustment device comprises an engagement portion with an engagement surface, and characterised by said mold being operable such that when said core plate adjustment device is in said extended position, said engagement surface provides for an increased distance between said core plate and a stripper plate of said first mold half to thereby adjust said mold shut height. a first mold half; a second mold half, said first and second mold halves being supported and movable relative to each other, said first and second mold halves having a mold shut height when said mold is an operational configuration; and a core plate adjustment mechanism that is integrated with and embedded within said first mold half and includes at least one core plate adjustment device received in a recess defined in a core plate of said first mold half, said at least one core plate adjustment device being operable to move between a retracted position and an extended position, wherein said at least one core plate adjustment device comprises an engagement portion with an engagement surface, and characterised by said mold being operable such that when said core plate adjustment device is in said extended position, said engagement surface provides for an increased distance between said core plate and a stripper plate of said first mold half to thereby adjust said mold shut height.
A resin-metal composite member for a tire, the composite member comprising a metal member, an adhesion layer, and a covering resin layer in this order, characterized in that the adhesion layer includes a polyester-based thermoplastic elastomer having a polar functional group, and at least one additive A selected from the group consisting of an amorphous resin including an ester bond, a polyester-based thermoplastic resin and a filler, and a content ratio of the polyester-based thermoplastic elastomer having a polar functional group is 50% by mass or more with respect to the entire adhesion layer.
A process for the production of a purified urea solution that is preferably suitable for use in NOx abatement, in particular for use as diesel exhaust fluid or dilution to DEF, the process comprising: A) reacting CO 2 and NH 3 under urea synthesis conditions in a urea synthesis reactor operating at high pressure, to give a urea synthesis stream containing urea, NH 3, CO 2 and an amount of carbamate, B) expanding the urea synthesis stream in a recovery section thereby reducing the pressure, wherein the urea synthesis stream that is expanded comprises at least 90 wt.% of said amount of carbamate, and heating at least part of the expanded urea synthesis stream in one or more dissociation units at medium and/or low pressure, to give an aqueous urea stream and a recovery section vapour containing NH 3 and CO 2, C) subjecting in a purification section at least part of the aqueous urea stream to purification, wherein the purification is stripping to remove ammonia and/or wherein the purification yields a urea solution with an alkalinity as NH 3 of less than 0.2 wt.% when at 32.5 wt.% urea, giving a purified urea solution and a purification section off-gas containing water and ammonia, D) optionally diluting at least part of the purified urea solution and/or the aqueous urea stream to be purified with water to obtain a target concentration of urea, E) wherein the purification section off-gas is condensed to give purification section condensate and said purification section condensate is recycled to said urea synthesis reactor. A) reacting CO 2 and NH 3 under urea synthesis conditions in a urea synthesis reactor operating at high pressure, to give a urea synthesis stream containing urea, NH 3, CO 2 and an amount of carbamate, B) expanding the urea synthesis stream in a recovery section thereby reducing the pressure, wherein the urea synthesis stream that is expanded comprises at least 90 wt.% of said amount of carbamate, and heating at least part of the expanded urea synthesis stream in one or more dissociation units at medium and/or low pressure, to give an aqueous urea stream and a recovery section vapour containing NH 3 and CO 2, C) subjecting in a purification section at least part of the aqueous urea stream to purification, wherein the purification is stripping to remove ammonia and/or wherein the purification yields a urea solution with an alkalinity as NH 3 of less than 0.2 wt.% when at 32.5 wt.% urea, giving a purified urea solution and a purification section off-gas containing water and ammonia, D) optionally diluting at least part of the purified urea solution and/or the aqueous urea stream to be purified with water to obtain a target concentration of urea, E) wherein the purification section off-gas is condensed to give purification section condensate and said purification section condensate is recycled to said urea synthesis reactor.
A roof window, at least pivoting, equipped with a window frame consisting of a top window frame member, a bottom window frame member and two side window frame members, and having a window sash with a glazing unit, which can be opened at least in a pivoting way, i.e. by rotation of the sash around a horizontal axis located between the top and the bottom member of the window frame, so that in every phase of the window opening, part of the sash runs through the opening in the window frame; the window having two sets of hinges in which the window sash is installed, situated at both side edges of the window, preferably above the middle of the height of the sash, defined as "pivoting hinges", the window further comprising sash locking sets for locking the window in a closed position, shields for covering the gaps between the sash and the window frame, including side gaps, and sealing sets in these gaps, wherein the pivoting hinges are placed under said shields of the side gaps, said shields being divided in the pivoting hinge zone wherein the window sash has side walls made of a material with a low thermal conductivity, adjacent to the side surfaces of the glazing unit at least in part of length of the side edges of the sash, while these side walls form a frame of the sash surrounding glazing unit, characterised in that the centres of mass of the elements of the pivoting hinges, mating with the sash, are situated above the external surface of the glazing unit when the window is closed and in that the distance between the edges of the glazing unit, and the inside surfaces of the side members of the window frame facing the gap is not longer than three times the width of the gap between the window frame and the window sash, and is not longer than 20 millimetres.
Tightening device for footwear of the kind comprising a strap element and tensioning means (7,9) for tensioning said strap element, wherein said strap element of said tightening device comprises a first section and a second section extending parallel to each other in a first direction (x) and arranged adjacent to each other along a second direction (z) substantially perpendicular to said first direction and wherein said first section and said second section of the strap element are mutually connected by a connecting section, so that said strap element has a substantially continuous surface characterized in that said connecting section is rigid enough and designed to keep said first and second sections (3a,3b) mutually offset along a third direction (y) substantially perpendicular to said first and second directions, so that said first section lies in a first plane and said second section lies in a second plane offset relative to said first plane in said third direction (y).
A projection optical system (10, 90) that projects from a first image plane on a reducing side to a second image plane on an enlargement side, comprising: a first optical system that includes a plurality of lenses and forms a first intermediate image formed inside the first optical system by light incident from the reducing side into a second intermediate image on the enlargement side of the first optical system; a second optical system that includes a first reflective surface with positive refractive power which is positioned further to the enlargement side than the second intermediate image; and a glass block that is disposed between the first optical system and the first reflective surface, the glass block passing rays from the first optical system to the second intermediate image wherein the glass block includes: an incident surface on a first optical system side; an exit surface on a first reflective surface side; and a side surface (35, 36) that is between the incident surface and the exit surface and is at least partially inclined with respect to an optical axis between the first optical system and the first reflective surface and wherein a length GBL of the glass block along an optical axis between the first optical system and the first reflective surface and a length LML along the optical axis between the first optical system and the first reflective surface satisfy a following condition 0.5 < GBL / LML < 0.9. a first optical system that includes a plurality of lenses and forms a first intermediate image formed inside the first optical system by light incident from the reducing side into a second intermediate image on the enlargement side of the first optical system; a second optical system that includes a first reflective surface with positive refractive power which is positioned further to the enlargement side than the second intermediate image; and a glass block that is disposed between the first optical system and the first reflective surface, the glass block passing rays from the first optical system to the second intermediate image wherein the glass block includes: an incident surface on a first optical system side; an exit surface on a first reflective surface side; and a side surface (35, 36) that is between the incident surface and the exit surface and is at least partially inclined with respect to an optical axis between the first optical system and the first reflective surface and an incident surface on a first optical system side; an exit surface on a first reflective surface side; and a side surface (35, 36) that is between the incident surface and the exit surface and is at least partially inclined with respect to an optical axis between the first optical system and the first reflective surface and
Heating device for a blow molding machine, the heating device comprising at least one heating element for radiating heat radiation for heating of preforms (3; 3A; 3B), wherein the at least one heating element and reflectors (4111, 4112, 4113) form limitations of a heating channel of the heating device, and wherein the reflectors (4111, 4112, 4113) serve for reflecting heat radiation, radiated by the at least one heating element, into the direction of the preforms (3; 3A; 3B), a determining device (60, 70; 60, 70, 80; 60, 70, 90; 60, 70, 80, 90) for determining the geometry of a preform (3; 3A; 3B) which is to be heated by the heating device, and a setting device for setting a position of the at least one heating element and/or of the at least one of the reflectors (4111, 4112, 4113) dependent on the determination of the determining device (60, 70; 60, 70, 80; 60, 70, 90; 60, 70, 80, 90), wherein the heating device is configured such that setting of at least two limitations of its heating channel is performed automatically by a common driving device 54;55;56) or two driving devices (54; 55; 56).
A vial puck, comprising: a cylindrical central portion; a plurality of substantially perpendicular extensions that extend from a top of the cylindrical central portion, wherein at least one of the perpendicular extensions comprises a first ramped surface; a substantially circular gear extending from the cylindrical central portion, wherein the substantially circular gear comprises a second ramped surface; a bottom extension extending from a bottom of the cylindrical central portion, the bottom extension having a vial recess configured to receive a vial containing a drug; and a sealing member disposed in the cylindrical central portion, wherein the sealing member is configured to provide a drip free seal for a needle assembly that passes through the central cylindrical portion, the substantially circular gear, and the sealing member into the vial, and the first and second ramped surfaces (4412, 4604) are configured to guide vial calipers of a compounder system to grip the cylindrical central portion and the perpendicular extensions. a cylindrical central portion; a plurality of substantially perpendicular extensions that extend from a top of the cylindrical central portion, wherein at least one of the perpendicular extensions comprises a first ramped surface; a substantially circular gear extending from the cylindrical central portion, wherein the substantially circular gear comprises a second ramped surface; a bottom extension extending from a bottom of the cylindrical central portion, the bottom extension having a vial recess configured to receive a vial containing a drug; and a sealing member disposed in the cylindrical central portion, wherein the sealing member is configured to provide a drip free seal for a needle assembly that passes through the central cylindrical portion, the substantially circular gear, and the sealing member into the vial, and the first and second ramped surfaces (4412, 4604) are configured to guide vial calipers of a compounder system to grip the cylindrical central portion and the perpendicular extensions.
An appliance for placing attachments on teeth of a patient, the appliance comprising: an attachment; a support, the support comprising one or more coupling structures to hold the attachment; and an alignment structure coupled to the support to receive at least a portion of a tooth and position the attachment at a predetermined location on the tooth; wherein the one or more coupling structures extend between the support and the attachment, and wherein the one or more coupling structures are configured to release the attachment with removal of the alignment structure from the tooth; and characterized in that the attachment, the support, the alignment structure, and the one or more coupling structures are directly fabricated together as a single piece. an attachment; a support, the support comprising one or more coupling structures to hold the attachment; and an alignment structure coupled to the support to receive at least a portion of a tooth and position the attachment at a predetermined location on the tooth; wherein the one or more coupling structures extend between the support and the attachment, and wherein the one or more coupling structures are configured to release the attachment with removal of the alignment structure from the tooth; and characterized in that the attachment, the support, the alignment structure, and the one or more coupling structures are directly fabricated together as a single piece.
A computer-implemented method for controlling provisioning of a service in a network, wherein the service comprises one or more network functions including a first network function, wherein a description of the service includes ordering constraints for the network functions through which data are exposed, wherein the service comprises a reference to a predefined stored network function specification data structure, stored in a network function control system, wherein the predefined stored network function specification data structure specifies the first network function, and defines at least a first implementation (PNFD3) for performing the first network function and a second implementation (VNFD1) for performing the first network function, wherein the second implementation is different from the first implementation, the computer-implemented method comprising the steps of: - the network function control system obtaining the predefined stored network function specification data structure; and - the network function control system controlling provisioning of the service in the network comprising selecting the first implementation (PNFD3) or the second implementation (VNFD1), for performing the first network function. wherein the service comprises one or more network functions including a first network function, wherein a description of the service includes ordering constraints for the network functions through which data are exposed, wherein the service comprises a reference to a predefined stored network function specification data structure, stored in a network function control system, wherein the predefined stored network function specification data structure specifies the first network function, and defines at least a first implementation (PNFD3) for performing the first network function and a second implementation (VNFD1) for performing the first network function, wherein the second implementation is different from the first implementation, the computer-implemented method comprising the steps of: - the network function control system obtaining the predefined stored network function specification data structure; and - the network function control system controlling provisioning of the service in the network comprising selecting the first implementation (PNFD3) or the second implementation (VNFD1), for performing the first network function. - the network function control system obtaining the predefined stored network function specification data structure; and - the network function control system controlling provisioning of the service in the network comprising selecting the first implementation (PNFD3) or the second implementation (VNFD1), for performing the first network function.