mhurhangee/ep-ind-claims huggingface dataset:
A vertical silicon carbide power device in the form of a Metal-Oxide Semiconductor gated device comprising: a first p-type silicon carbide epitaxial layer on a silicon carbide substrate (10, 12), the first p-type silicon carbide epitaxial layer comprising a silicon carbide well region that includes: an unimplanted p-type channel region portion; an implanted p-type well portion; an implanted p-type contact portion that contacts the implanted p-type well portion and extends to a surface of the first p-type silicon carbide epitaxial layer; at least one first region of n-type silicon carbide in said first p-type silicon carbide epitaxial layer; at least one second region of n-type silicon carbide in the first p-type silicon carbide epitaxial layer; a gate dielectric (22, 30) over the second region of n-type silicon carbide and over at least a portion of the first region of n-type silicon carbide; and a gate contact on the gate dielectric; wherein said second region of n-type silicon carbide is spaced apart from the first region of n-type silicon carbide by the unimplanted p-type channel region portion and extends through the first p-type silicon carbide epitaxial layer; and wherein the implanted p-type well portion and the implanted p-type contact portion have a higher carrier concentration than the first p-type silicon carbide epitaxial layer. a first p-type silicon carbide epitaxial layer on a silicon carbide substrate (10, 12), the first p-type silicon carbide epitaxial layer comprising a silicon carbide well region that includes: an unimplanted p-type channel region portion; an implanted p-type well portion; an implanted p-type contact portion that contacts the implanted p-type well portion and extends to a surface of the first p-type silicon carbide epitaxial layer; an unimplanted p-type channel region portion; an implanted p-type well portion; an implanted p-type contact portion that contacts the implanted p-type well portion and extends to a surface of the first p-type silicon carbide epitaxial layer; at least one first region of n-type silicon carbide in said first p-type silicon carbide epitaxial layer; at least one second region of n-type silicon carbide in the first p-type silicon carbide epitaxial layer; a gate dielectric (22, 30) over the second region of n-type silicon carbide and over at least a portion of the first region of n-type silicon carbide; and a gate contact on the gate dielectric; wherein said second region of n-type silicon carbide is spaced apart from the first region of n-type silicon carbide by the unimplanted p-type channel region portion and extends through the first p-type silicon carbide epitaxial layer; and wherein the implanted p-type well portion and the implanted p-type contact portion have a higher carrier concentration than the first p-type silicon carbide epitaxial layer.
Device (1; 1') for setting the teeth (2; 2') of a saw blade (3; 3'), in particular of a band saw blade, in which a respective plate (4; 4') for receiving at least one saw set (8; 8') is arranged on each of the two sides of the saw blade (3; 3'), - wherein the plate (4; 4') is mounted in a movable manner such that the setting force is able to be applied to a tooth (2; 2') via the head of the saw set (8; 8'), - wherein the plate (4; 4') comprises a recess (5; 5') which extends transversely to the saw blade (3; 3') and into which the foot (9; 9') of the saw set (8; 8') is fitted, - wherein the recess (5; 5') furthermore continues in the plate (4; 4') as a gap (6; 6') that is narrow compared with the width of the recess (5; 5'), - and wherein clamping means (14; 14') are furthermore provided, which, by applying a clamping force to the plate (4; 4') transversely to the recess (5; 5'), firmly brace the foot (9; 9') in the recess (5; 5') with the plate (4; 4'), characterized in that form-fitting means (17; 10', 11') are arranged on the plate (4; 4'), which, when the setting force is applied or received, counteract any movement of the foot (9; 9') upwards out of the recess (5; 5'). - wherein the plate (4; 4') is mounted in a movable manner such that the setting force is able to be applied to a tooth (2; 2') via the head of the saw set (8; 8'), - wherein the plate (4; 4') comprises a recess (5; 5') which extends transversely to the saw blade (3; 3') and into which the foot (9; 9') of the saw set (8; 8') is fitted, - wherein the recess (5; 5') furthermore continues in the plate (4; 4') as a gap (6; 6') that is narrow compared with the width of the recess (5; 5'), - and wherein clamping means (14; 14') are furthermore provided, which, by applying a clamping force to the plate (4; 4') transversely to the recess (5; 5'), firmly brace the foot (9; 9') in the recess (5; 5') with the plate (4; 4'),
A safety joint housing device for housing a safety joint including a plug connected to a filling hose and a socket provided in a filling device, said safety joint separating when a tensile load exceeding a predetermined level is applied, said safety joint housing device comprising: a casing for housing the plug and the socket in a connected state; a front roller disposed on a front side of the casing at a lower opening from which the filling hose is led out from the casing so as to be rotatable about a horizontal axis; and two side rollers adjacent to the front roller and rotatably arranged about horizontal axes orthogonal to the axis of the front roller; wherein the filling hose passes through the casing side of a U-shaped portion formed by the front roller and the two side rollers, further comprising a mounting frame having side plates extending parallel to the side rollers, a front plate extending parallel to the front roller, and a filling device side plate extending parallel to the front plate, wherein a protruding portion protruding toward the front roller is formed on an end portion, on the front roller side, of each side plate; a central shaft of the front roller is rotatably supported by the protruding portions of the side plates; and central shafts of the two side rollers are rotatably supported on both longitudinal ends of the front plate and on both longitudinal ends of the filling device side plate. a casing for housing the plug and the socket in a connected state; a front roller disposed on a front side of the casing at a lower opening from which the filling hose is led out from the casing so as to be rotatable about a horizontal axis; and two side rollers adjacent to the front roller and rotatably arranged about horizontal axes orthogonal to the axis of the front roller; wherein the filling hose passes through the casing side of a U-shaped portion formed by the front roller and the two side rollers, wherein a protruding portion protruding toward the front roller is formed on an end portion, on the front roller side, of each side plate; a central shaft of the front roller is rotatably supported by the protruding portions of the side plates; and central shafts of the two side rollers are rotatably supported on both longitudinal ends of the front plate and on both longitudinal ends of the filling device side plate.
A method for calibrating the switching behavior of a power switch of a PFC of an operating device for luminous elements, having the following steps: - Measurement of the current and/or the voltage through the or at the power switch at least for a time period of a switching operation, and - adjustment of the control of the power switch in such a manner that the actual switching behavior corresponds substantially to a predetermined target behavior, - wherein the target behavior specifies the edge profile of the switching operation. - Measurement of the current and/or the voltage through the or at the power switch at least for a time period of a switching operation, and - adjustment of the control of the power switch in such a manner that the actual switching behavior corresponds substantially to a predetermined target behavior, - wherein the target behavior specifies the edge profile of the switching operation.
An electronic lock for securing a door or access panel, the electronic lock comprising: a housing; a plunger that is mounted for movement relative to the housing, wherein the plunger is movable between a first position corresponding to a latched state of the electronic lock and a second position corresponding to an unlatched state of the electronic lock; a rotator that is coupled to the plunger and mounted for rotation relative to the housing between a first rotational position and a second rotational position, wherein in the first rotational position of the rotator corresponding to a locked state of the electronic lock, the plunger is prevented from moving from the first position to the second position, and, in the second rotational position of the rotator corresponding to an unlocked state of the electronic lock, the plunger is permitted to move from the first position to the second position for unlatching the door or access panel; a motor having an output shaft that is mounted in the housing and configured to rotate the rotator between the first rotational position and the second rotational position; and a spring that is directly or indirectly coupled to the shaft of the motor and configured to resist the movement of the output shaft and the rotator between the first rotational position and the second rotational position, characterised in that the spring is configured to resist movement of the output shaft as the output shaft moves the rotator (i) from the first rotational position of the rotator corresponding to the locked state of the electronic lock toward the second rotational position of the rotator corresponding to the unlocked state of the electronic lock, and (ii) from the second rotational position of the rotator corresponding to the unlocked state of the electronic lock toward the first rotational position of the rotator corresponding to the locked state of the electronic lock. a housing; a plunger that is mounted for movement relative to the housing, wherein the plunger is movable between a first position corresponding to a latched state of the electronic lock and a second position corresponding to an unlatched state of the electronic lock; a rotator that is coupled to the plunger and mounted for rotation relative to the housing between a first rotational position and a second rotational position, wherein in the first rotational position of the rotator corresponding to a locked state of the electronic lock, the plunger is prevented from moving from the first position to the second position, and, in the second rotational position of the rotator corresponding to an unlocked state of the electronic lock, the plunger is permitted to move from the first position to the second position for unlatching the door or access panel; a motor having an output shaft that is mounted in the housing and configured to rotate the rotator between the first rotational position and the second rotational position; and a spring that is directly or indirectly coupled to the shaft of the motor and configured to resist the movement of the output shaft and the rotator between the first rotational position and the second rotational position,
A drive belt assembly (170, 270) for a load handling device, the drive belt assembly comprising: a drive belt; a drive wheel; one or more driven wheels; a tensioning means characterized in that the tensioning means comprise: a first tensioning arm having a fixed end above an elbow and a rotatable distal end pivotally attached at the elbow, wherein the first tensioning arm is horizontally displaceable relative to the drive wheel and driven wheels; a second tensioning arm, wherein the drive belt is routed around the first and second tensioning arms (273, 274) and the first and second tensioning arms (273, 274) are arranged to put pressure on the drive belt to tension the drive belt, and wherein the driven wheels are movable in a vertical direction between raised and lowered configurations, relative to the drive wheel; and wherein the tensioning means has respective configurations corresponding to driven wheels raised and lowered configurations, and the tensioning means is moveable therebetween. a drive belt; a drive wheel; one or more driven wheels; a tensioning means characterized in that the tensioning means comprise: a first tensioning arm having a fixed end above an elbow and a rotatable distal end pivotally attached at the elbow, wherein the first tensioning arm is horizontally displaceable relative to the drive wheel and driven wheels; a second tensioning arm, wherein the drive belt is routed around the first and second tensioning arms (273, 274) and the first and second tensioning arms (273, 274) are arranged to put pressure on the drive belt to tension the drive belt, and wherein the driven wheels are movable in a vertical direction between raised and lowered configurations, relative to the drive wheel; a first tensioning arm having a fixed end above an elbow and a rotatable distal end pivotally attached at the elbow, wherein the first tensioning arm is horizontally displaceable relative to the drive wheel and driven wheels; a second tensioning arm, wherein the drive belt is routed around the first and second tensioning arms (273, 274) and the first and second tensioning arms (273, 274) are arranged to put pressure on the drive belt to tension the drive belt, and wherein the driven wheels are movable in a vertical direction between raised and lowered configurations, relative to the drive wheel; and wherein the tensioning means has respective configurations corresponding to driven wheels raised and lowered configurations, and the tensioning means is moveable therebetween.
Ring element comprising a convex, in particular rounded-off, partial surface to be arranged at at least one axial end region (26, 28) of a winding section of an electric motor rotor, characterized in that the partial surface provides a minimum radius of curvature R d for supporting an inner layer of a rotor winding on the end winding such that the ring element has a convex, rounded-off form of a wire-guiding partial region that is adapted approximately to a natural path of the rotor winding, the ratio of outside diameter to inside diameter R a /R i lying in the range of 1.3 to 1.8, in particular 1.5 to 1.6.
A print head mounting structure comprising: - a beam that extends along a scan axis y of the print head; and - a carriage adapted to be driven for reciprocating movement along the beam, the carriage comprising: - a print head carrier for carrying the print head, the print head carrier having a first runner block arranged to guide the print head carrier along the beam, - a cable guide carrier connected to a flexible cable guide that extends along the beam, the cable guide carrier having a second runner block arranged to guide the cable guide carrier along the beam independently of the print head carrier, characterized in that the structure comprises also a link connecting the print head carrier and the cable guide carrier for joint movement along the beam, the link is rigid and play-free in the direction of the scan axis y and is resilient in all remaining degrees of freedom. - a beam that extends along a scan axis y of the print head; and - a carriage adapted to be driven for reciprocating movement along the beam, the carriage comprising: - a print head carrier for carrying the print head, the print head carrier having a first runner block arranged to guide the print head carrier along the beam, - a cable guide carrier connected to a flexible cable guide that extends along the beam, the cable guide carrier having a second runner block arranged to guide the cable guide carrier along the beam independently of the print head carrier, characterized in that the structure comprises also a link connecting the print head carrier and the cable guide carrier for joint movement along the beam, the link is rigid and play-free in the direction of the scan axis y and is resilient in all remaining degrees of freedom. - a print head carrier for carrying the print head, the print head carrier having a first runner block arranged to guide the print head carrier along the beam, - a cable guide carrier connected to a flexible cable guide that extends along the beam, the cable guide carrier having a second runner block arranged to guide the cable guide carrier along the beam independently of the print head carrier, characterized in that the structure comprises also a link connecting the print head carrier and the cable guide carrier for joint movement along the beam, the link is rigid and play-free in the direction of the scan axis y and is resilient in all remaining degrees of freedom.
A method of fabricating a target with predetermined mass and volume from low-enriched uranium, in which: in a material preparation step, a powdered or granular construction material comprising low-enriched uranium is prepared; in a fabrication step, the target is made of said construction material, the target having a shape adopted enclosing it in a container to be placed in a reactor, wherein the fabrication step is carried out in an additive process by applying successive layers of the construction material and selectively heating by means of a laser, characterized in that prior to the fabrication of the target, there is created a digital model of the target with dimensions that enable fitting into the space inside the container and a volume filled with an infill pattern having effective density lower than 80% of the uranium density, wherein said model defines an openwork cohesive body. in a material preparation step, a powdered or granular construction material comprising low-enriched uranium is prepared; in a fabrication step, the target is made of said construction material, the target having a shape adopted enclosing it in a container to be placed in a reactor, wherein the fabrication step is carried out in an additive process by applying successive layers of the construction material and selectively heating by means of a laser, characterized in that prior to the fabrication of the target, there is created a digital model of the target with dimensions that enable fitting into the space inside the container and a volume filled with an infill pattern having effective density lower than 80% of the uranium density, wherein said model defines an openwork cohesive body.
A method for generating trajectory data for video data and controlling a parameter of an application playing back said video data, the method comprising: - capturing an eye movement of an eye of a viewer viewing video frames with a capturing device, - automatically determining the trajectory data based on the eye movement with a processing device, and - automatically assigning the trajectory data to the video data comprising the video frames with a processing device, the method further comprising: - determining at least a first position information and a second position information of a pointing device guided by a user during playback of the video data, each position information indicating a corresponding position in the video frames, - comparing the determined at least first and second position information with a plurality of position information of the trajectory data, and - controlling a parameter of an application playing back the video data based on the comparison. - capturing an eye movement of an eye of a viewer viewing video frames with a capturing device, - automatically determining the trajectory data based on the eye movement with a processing device, and - automatically assigning the trajectory data to the video data comprising the video frames with a processing device, - determining at least a first position information and a second position information of a pointing device guided by a user during playback of the video data, each position information indicating a corresponding position in the video frames, - comparing the determined at least first and second position information with a plurality of position information of the trajectory data, and - controlling a parameter of an application playing back the video data based on the comparison.
A multilayered plastic container having the shape of a bottle and having a colored resin layer which is colored by being blended with a pigment, wherein an outer surface side of said colored resin layer is all formed of a transparent resin, and a thickness of a layer of said transparent resin formed on the outer surface side of said colored resin layer is 0.4 to 2.0 mm, wherein an image is printed on the outer surface of the layer of said transparent resin, the transparent resin layer has a surface roughness Ra (JIS B-0601) of not more than 0.2 μm, the transparent resin layer is formed from copolymerized PET, and the colored resin layer prevents the interior of the container from being seen.
Precast element for buildings comprising a structural portion having a first structural layer and a second structural layer substantially parallel to one another and separated from each other to form an inter-space and comprising a first reinforcement and a second reinforcement respectively, connected to one another to make said first structural layer integral to said second structural layer; wherein it comprises a coating portion coupled to said first structural layer and comprising: - a coating layer adapted to be exposed in the environment; - a heat insulating layer interposed between said coating layer and said first structural layer and defining with said heat insulating layer a coating portion of said element; and - at least one connecting element which extends from said coating layer to said first structural layer and is partially inserted therein to retain said coating portion coupled to said first structural layer; characterized by the fact that: - said connecting element is a fiberglass net; and - said coating layer comprises a first binding material comprising gypsum; and - said first structural layer comprises a second binding material comprising cement. - a coating layer adapted to be exposed in the environment; - a heat insulating layer interposed between said coating layer and said first structural layer and defining with said heat insulating layer a coating portion of said element; and - at least one connecting element which extends from said coating layer to said first structural layer and is partially inserted therein to retain said coating portion coupled to said first structural layer; - said connecting element is a fiberglass net; and - said coating layer comprises a first binding material comprising gypsum; and - said first structural layer comprises a second binding material comprising cement.
A silicoaluminophosphate molecular sieve comprising at least one intergrown phase of molecular sieves having AEI and CHA framework types, wherein said intergrown phase has an AEI/CHA ratio of from 5/95 to 40/60 as determined by DIFFaX analysis, using the powder X-ray diffraction pattern of a calcined sample of said silicoaluminophosphate molecular sieve, and wherein said X-ray diffraction pattern has at least one reflection peak in each of the following ranges in the 5 to 25 (2θ) range: 2θ (CuKα) 9.3 - 9.6 12.7 - 13.0 13.8 - 14.0 15.9 - 16.1 17.7 - 18.1 18.9 - 19.1 20.5 - 20.7 23.7 - 24.0 and has no reflection peak in the 9.8 to 12.0 (2θ) range, and no broad feature centered at about 16.9 (2θ), the reflection peak in the 17.7-18.1 (2θ) range having a relative intensity between 0.09 and 0.40 with respect to the reflection peak at 17.9 (2θ) in the diffraction pattern of SAPO-34, all diffraction patterns being normalized to the intensity value of the reflection peak in the 20.5-20.7 (2θ) range.