mhurhangee/ep-ind-claims huggingface dataset:
An axial gap type rotating electric machine comprising: a stator having a plurality of core members circularly disposed around a rotating shaft center, the plurality of core members including: a laminated core having a columnar shape having a flux surface in a rotating shaft direction; a coil disposed on an outer periphery in a radial direction of the core; a bobbin having a substantially tubular shape and disposed between the core and the coil; and at least one rotor facing the flux surface interposing a predetermined gap in the rotating shaft direction; wherein the bobbin further comprises an inner tube facing an outer periphery in a radial direction of the core constituted by laminating a laminated member of a magnetic material and having a columnar shape in which top and bottom surfaces are sections in a lamination direction, characterised in that at least part of an inner diameter of the inner tube gradually becomes smaller along the rotating shaft direction and comes in contact with the outer periphery surface in the radial direction of the laminated core. a stator having a plurality of core members circularly disposed around a rotating shaft center, the plurality of core members including: a laminated core having a columnar shape having a flux surface in a rotating shaft direction; a coil disposed on an outer periphery in a radial direction of the core; a bobbin having a substantially tubular shape and disposed between the core and the coil; and at least one rotor facing the flux surface interposing a predetermined gap in the rotating shaft direction; wherein the bobbin further comprises an inner tube facing an outer periphery in a radial direction of the core constituted by laminating a laminated member of a magnetic material and having a columnar shape in which top and bottom surfaces are sections in a lamination direction, characterised in that at least part of an inner diameter of the inner tube gradually becomes smaller along the rotating shaft direction and comes in contact with the outer periphery surface in the radial direction of the laminated core. a laminated core having a columnar shape having a flux surface in a rotating shaft direction; a coil disposed on an outer periphery in a radial direction of the core; a bobbin having a substantially tubular shape and disposed between the core and the coil; and at least one rotor facing the flux surface interposing a predetermined gap in the rotating shaft direction; wherein the bobbin further comprises an inner tube facing an outer periphery in a radial direction of the core constituted by laminating a laminated member of a magnetic material and having a columnar shape in which top and bottom surfaces are sections in a lamination direction, characterised in that at least part of an inner diameter of the inner tube gradually becomes smaller along the rotating shaft direction and comes in contact with the outer periphery surface in the radial direction of the laminated core.
Host cell, transformed or transfected with an exogenous polynucleotide sequence, wherein the polynucleotide sequence is contained in a vector, and wherein the polynucleotide sequence is selected from the group consisting of a) SEQ ID Nos. 3 and 5 of the attached sequence listing; b) a nucleic acid sequence complementary to SEQ ID Nos. 3 or 5; c) nucleic acid sequences which hybridize under stringent conditions to the nucleic acid sequences defined in a) and b) or their complementary strands, the polynucleotide sequence being operably linked to control sequences recognized by the host cell transformed with the vector, wherein the polynucleotide sequence is encoding a polypeptide with alpha-1,3-fucosyltransferase activity, and wherein the host cell is selected from the group consisting of fungi, including yeast, and bacteria.
A roof window comprising a frame with a top member, a bottom member and two side members (7, 8), and a sash having a top member, a bottom member and two side members (11, 12), the sash holding a pane and a glass rim profile being provided on each side sash member (11, 12), said glass rim profile comprising an essentially L-shaped portion with a first wall and a second wall, the two walls (104, 105) being substantially perpendicular to each other, a flange extending from the end of the first wall opposite the second wall essentially parallel to and in the same direction as the second wall, an essentially arc-shaped portion extending from the second wall, the arc-shaped portion comprising a first arc wall, an apex and a second arc wall, said apex peaking at approximately the same level as the first wall of the L-shaped portion, from the second arc wall a slightly arc-shaped, almost flat portion extending away from the arc-shaped portion essentially parallel to the second wall, from underneath the slightly arc-shaped, almost flat portion, where said slightly arched, almost flat portion ends in a folded back portion, which is folded back so as to extend below the slightly arc-shaped portion, the roof window further comprising a covering (201, 217) comprising a substantially flat mid portion and further including a sash striking bead covering and a frame striking bead covering, wherein the substantially flat mid portion of the sash striking bead covering and the frame striking bead covering each extends into an arrangement forming a labyrinth seal with the glass rim profile, characterized in that, the first arc wall and second arc wall are substantially parallel to the first wall of the L-shaped portion of said glass rim profile, a small flange extends essentially perpendicular to said slightly arc-shaped, almost flat portion of said glass rim profile, the bottommost part of the folded back portion is at essentially the same level as the underside of the second wall of said glass rim profile, and where the labyrinth seal is formed as an extension of a first wall of said sash striking bead covering and of said frame striking bead covering in the form of a primary wall and a second wall, in this manner a groove-like structure is formed by the first wall, the primary wall and the second wall, said second wall extending into a substantially flat portion being essentially parallel to and being at substantially the same level as the mid portion and ending in a generally downwardly directed flange, said groove-like structure forming the labyrinth seal being adapted to fit into the channel formed by said L-shaped portion with a first wall and a second wall and the first arc wall of the glass rim profile and to form an essentially water repelling transition between the striking bead coverings (201, 217) and the glass rim profile in a closed position of the window, and that the generally downwardly directed flange ends at a distance from the edge of the glass rim profile at the folded-back portion.
A lifting assembly (10, 210, 310) comprising: a structure (11, 211, 311), the structure being connected to apparatus, forming part of apparatus or for lifting apparatus, the apparatus being deployed or intended to be deployed in a subsea location, the structure (11, 211, 311) comprising at least four receptacles at a top of the structure (11, 211, 311), each receptacle (12, 212, 312) comprising one or more circumferential grooves in its inside surface; and at least four connectors, each connector comprising a male element for insertion into a receptacle (12, 212, 312) of the structure (11, 211, 311), a padeye (2, 22, 32) for coupling to a lifting line (15, 215, 317, 318), and one or more locking elements provided on the outside surface of the male element, wherein the one or more locking elements are engageable with the or each groove in the inside surface of a receptacle (12, 212, 312) of the structure (11, 211, 311) to enable the male element to be mounted in the receptacle (12, 212, 312) at any desired rotational position relative to the receptacle (12, 212, 312) and thereby mount the padeye (2, 22, 32) to the structure (11, 211, 311). a structure (11, 211, 311), the structure being connected to apparatus, forming part of apparatus or for lifting apparatus, the apparatus being deployed or intended to be deployed in a subsea location, the structure (11, 211, 311) comprising at least four receptacles at a top of the structure (11, 211, 311), each receptacle (12, 212, 312) comprising one or more circumferential grooves in its inside surface; and at least four connectors, each connector comprising a male element for insertion into a receptacle (12, 212, 312) of the structure (11, 211, 311), a padeye (2, 22, 32) for coupling to a lifting line (15, 215, 317, 318), and one or more locking elements provided on the outside surface of the male element, wherein the one or more locking elements are engageable with the or each groove in the inside surface of a receptacle (12, 212, 312) of the structure (11, 211, 311) to enable the male element to be mounted in the receptacle (12, 212, 312) at any desired rotational position relative to the receptacle (12, 212, 312) and thereby mount the padeye (2, 22, 32) to the structure (11, 211, 311).
A switching device arrangement comprising at least one switching device and a preferably dust-tight housing, wherein the switching device has a first operating element and is arranged inside the housing, wherein the housing has at least one first housing part and a second housing part connected to the first housing part preferably in a dust-tight way, wherein a second operating element is arranged on an outer area of the first housing part, and the second operating element is operatively connected to the first operating element at least indirectly by means of a third operating element, wherein the third operating element is mounted at least indirectly on a switching device housing of the switching device, wherein a mounting device is arranged on the switching device housing, and wherein the third operating element is mounted rotatably and/or longitudinally displaceably on the mounting device, characterized in that the switching device housing has at least one connection receptacle for coupling with a further switching device, and that the mounting device engages in the at least one connection receptacle.
A microprocessor comprising: at least a first computation unit CU and a second CU, each assigned a respective initial number of power credits, said power credits representing a relative amount of power that is permitted to be consumed by a respective computation unit; and a power manager for measuring an activity level of at least one of the first CU and the second CU; wherein in response to detecting that an amount of current drawn by the first CU exceeds a given current limit, the power manager is configured to reduce a number of power credits currently allocated to the first CU; and wherein each of the first CU and the second CU is configured to alternate. between at least two discrete power-performance states (P-states) to maintain a virtual P-state corresponding to an average power, wherein the average power is a power target based upon the respective current number of allocated power credits. at least a first computation unit CU and a second CU, each assigned a respective initial number of power credits, said power credits representing a relative amount of power that is permitted to be consumed by a respective computation unit; and a power manager for measuring an activity level of at least one of the first CU and the second CU; wherein in response to detecting that an amount of current drawn by the first CU exceeds a given current limit, the power manager is configured to reduce a number of power credits currently allocated to the first CU; and
A method for regulating a heating device having a combustion chamber for the combustion of at least one first fuel, in particular logs, wherein the first fuel can be introduced into the combustion chamber via a combustion chamber door which can be opened as required and wherein opening and subsequent closing of the combustion chamber door is detected with a first sensor at least during the operating phase of the heating device, wherein after closing the combustion chamber door it is determined with at least one further sensor whether a new first fuel has been introduced into the combustion chamber and wherein the control settings of the heating device are adjusted differently depending on whether or not a new fuel has been introduced into the combustion chamber, characterized in that the heating device is provided with automatic feeding means for at least one further fuel into the combustion chamber, and that the control settings of the heating device are adjusted when a feeding of new first fuel is detected so that at the latest after ignition of the new first fuel, no new further fuel is automatically fed to the combustion chamber, wherein the detection of no feeding of new first fuel is carried out in that the heating power of the heating device has fallen below a certain value, in particular a value specified by the user, and that upon detection of no feeding of new first fuel, the control settings of the heating device are adjusted such that new further fuel is automatically fed to the combustion chamber and caused to combust as soon as the heating power of the heating device falls below a certain value, in particular a value specified by the user.
Braking band of a disc for a ventilated-type disc brake, said braking band extending between an inner diameter, near to a disc rotation axis (X-X), and an outer diameter, far from said disc rotation axis (X-X), said braking band comprising two plates (16, 18) mutually facing and defining an interspace, said plates (16, 18) being mutually linked by heat dissipation and connecting means or members, at least some of said connecting means being shaped as small columns projecting from a plate towards the opposite plate in the form of pillars, said pillars being grouped in more than one circumferentially arranged row or rank, the said rows or ranks being mutually concentrically arranged, the rank arranged in the proximity of the band radially outer edge far from the band rotation axis (X-X), having at least some of said pillars of said at least one rank having, in a plane substantially parallel to the air flow along the ventilation ducts, a substantially triangular transversal section with a base facing towards the disc outer part, and sides within the ventilation duct having a concave profile, wherein next to this rank, radially inwards, more rows or ranks (26; 29; 30) of pillars are provided, wherein at least some of said pillars have a substantially rhombus - or diamond - shaped section with four vertexes joined by at least four sides, characterized in that most next to the said rank in the poximity of the band radially outer edge far from the band rotation axis, said sides defining said section are concave to form a star shape, wherein said concave sides come to form a star shape the radii of which taper more than linearly, extending in a substantially radial and tangential direction; and wherein: - the disc has an outer diameter ranging between 350 and 440 mm, the intermediate rank pillars have a maximum thickness in the direction tangential to the disc ranging between 10 and 20 mm, preferably 16 mm; or - the disc has an outer diameter ranging between 280 and 350 mm, the intermediate rank pillars have a maximum thickness in the direction tangential to the disc ranging between 8 and 18 mm, preferably 14 mm. - the disc has an outer diameter ranging between 350 and 440 mm, the intermediate rank pillars have a maximum thickness in the direction tangential to the disc ranging between 10 and 20 mm, preferably 16 mm; or - the disc has an outer diameter ranging between 280 and 350 mm, the intermediate rank pillars have a maximum thickness in the direction tangential to the disc ranging between 8 and 18 mm, preferably 14 mm.
Elongated prestressed element defining two opposite ends, made out of at least one filling material (2, 3), in particular concrete, and crossed by at least one prestressing armature extending between said two ends embedded in said filling material (2, 3), said prestressed element comprising at least one interface part crossed by said armature and delimiting at least partly an end zone of said prestressed element with respect to a main section of said prestressed element, said end zone of said prestressed element comprising at least partly a second filling material, and said main section of said prestressed element comprising a first filling material, second filling material having a tensile and compressive strength higher than that of first filling material, characterized in that it comprises an interface part in the form of a plate arranged perpendicularly to the longitudinal axis of said prestressed element and whose cross-section corresponds to the cross-section of said prestressed element and delimiting said end zone of said prestressed element with respect to said main section of said prestressed element and in that said end zone comprises said second filling material.
A method for preparing a particulate material comprising silicon (Si) particles, an oxide thereof or an alloy thereof, the method comprising: (a) dry grinding particles from an ingot of silicon (Si), an oxide thereof or an alloy thereof to obtain micrometer size particles; and (b) wet grinding the micrometer particles dispersed in a solvent carrier to obtain nanometer size particles having a size between 10 to 100 nanometers, optionally a stabilizing agent is added during or after the wet grinding; (d) mixing the nanometer size particles with a carbon precursor; and (e) pyrolysing the mixture, thereby forming a coat of conductive carbon on at least part of the surface of the particles; wherein the solvent carrier is a C 1 -C 12 alcohol. (a) dry grinding particles from an ingot of silicon (Si), an oxide thereof or an alloy thereof to obtain micrometer size particles; and (b) wet grinding the micrometer particles dispersed in a solvent carrier to obtain nanometer size particles having a size between 10 to 100 nanometers, optionally a stabilizing agent is added during or after the wet grinding; (d) mixing the nanometer size particles with a carbon precursor; and (e) pyrolysing the mixture, thereby forming a coat of conductive carbon on at least part of the surface of the particles;
An organic electronic component comprising - a substrate, - a first electrode on the substrate, - at least one organic functional layer comprising a matrix material, into which a p-type dopant has been introduced, on the first electrode, and - a second electrode on the at least one organic functional layer, - wherein the p-type dopant comprises a copper complex, which comprises at least one ligand which comprises an aryloxy group and an iminium group, wherein the aryloxy group and the iminium group of the ligand are a salicylaldiminate group. - a substrate, - a first electrode on the substrate, - at least one organic functional layer comprising a matrix material, into which a p-type dopant has been introduced, on the first electrode, and - a second electrode on the at least one organic functional layer, - wherein the p-type dopant comprises a copper complex, which comprises at least one ligand which comprises an aryloxy group and an iminium group,
A tiltrotor aircraft, comprising: a fuselage; a wing member; an engine disposed at a fixed location relative to the wing member; and a proprotor (115, 117) having a rotatable spindle gearbox, rotor mast, and a plurality of rotor blades (119, 121) drivable in rotation about the rotor mast, the spindle gearbox being rotatable about a conversion axis; a fixed gearbox coupled to the engine; and a quill shaft configured for transferring torque and accepting misalignments between the fixed gearbox and the rotatable spindle gearbox, the quill shaft comprising: a first splined portion configured for coupling to an input gear of the spindle gearbox; a second splined portion configured for coupling to an output gear of the fixed gearbox; and an interior portion on the interior of the second splined portion that includes a feature that a removal tool is attachable thereto; wherein, the spindle gearbox includes a rotor mast associated therewith, the spindle gearbox being rotatable so that the tiltrotor aircraft can selectively operate in a helicopter mode and airplane mode the first splined portion is coupled to an input gear of the spindle gearbox; and the second splined portion is coupled to an output gear of the fixed gearbox. a fuselage; a wing member; an engine disposed at a fixed location relative to the wing member; and a proprotor (115, 117) having a rotatable spindle gearbox, rotor mast, and a plurality of rotor blades (119, 121) drivable in rotation about the rotor mast, the spindle gearbox being rotatable about a conversion axis; a fixed gearbox coupled to the engine; and a quill shaft configured for transferring torque and accepting misalignments between the fixed gearbox and the rotatable spindle gearbox, the quill shaft comprising: a first splined portion configured for coupling to an input gear of the spindle gearbox; a second splined portion configured for coupling to an output gear of the fixed gearbox; and an interior portion on the interior of the second splined portion that includes a feature that a removal tool is attachable thereto; wherein, the spindle gearbox includes a rotor mast associated therewith, the spindle gearbox being rotatable so that the tiltrotor aircraft can selectively operate in a helicopter mode and airplane mode the first splined portion is coupled to an input gear of the spindle gearbox; and the second splined portion is coupled to an output gear of the fixed gearbox. the spindle gearbox includes a rotor mast associated therewith, the spindle gearbox being rotatable so that the tiltrotor aircraft can selectively operate in a helicopter mode and airplane mode the first splined portion is coupled to an input gear of the spindle gearbox; and the second splined portion is coupled to an output gear of the fixed gearbox.
A method for manufacturing a wrapped tobacco rod as a tobacco precursor product for introducing into a smoking product sleeve, in particular a cigarette sleeve, comprising a rod-shaped tobacco element and a stabilising cover which surrounds the tobacco element, wherein an end support is attached to at least one facing-side section of the stabilising cover, at least over parts of the circumference, wherein the end support comprises a closed paper ring or filter tipping paper ring, wherein the ring is glued to the end of the cover, wherein in said method: - the wrapped tobacco rod is produced from a continuous rod (1") which comprises a stabilising cover outer side, in particular a continuous stabilising cover outer side (2"), and a continuous tobacco element (3") in it; - the continuous rod (1") is respectively separated to a length which corresponds to two wrapped tobacco rods to be manufactured, so as to obtain double tobacco rods; - an end support wrap which is substantially twice as long as an end support to be manufactured is placed substantially centrally around the double tobacco rods and fixed there; - the double tobacco rods are separated substantially in the middle of the end support wrap in order to manufacture individual wrapped tobacco rods with end supports. - the wrapped tobacco rod is produced from a continuous rod (1") which comprises a stabilising cover outer side, in particular a continuous stabilising cover outer side (2"), and a continuous tobacco element (3") in it; - the continuous rod (1") is respectively separated to a length which corresponds to two wrapped tobacco rods to be manufactured, so as to obtain double tobacco rods; - an end support wrap which is substantially twice as long as an end support to be manufactured is placed substantially centrally around the double tobacco rods and fixed there; - the double tobacco rods are separated substantially in the middle of the end support wrap in order to manufacture individual wrapped tobacco rods with end supports.