mhurhangee/ep-ind-claims huggingface dataset:
An iron core for a transformer, comprising a plurality of grain-oriented electrical steel sheets stacked together, wherein at least one of the plurality of grain-oriented electrical steel sheets has a closure domain formation region extending from one end of the steel sheet in a rolling direction to the other end of the steel sheet in the rolling direction in which a plurality of closure domains extending in a direction crossing the rolling direction are present at an interval in the rolling direction, and a closure domain non-formation region in which no closure domains are formed; wherein within the closure domain formation region, a shrinkage amount at a maximum displacement point when excited in the rolling direction at a maximum magnetic flux density of 1.7 T and a frequency of 50 Hz is at least 2 × 10 -7 less than a shrinkage amount in the closure domain non-formation region; and characterized in that an area ratio R denoting the ratio of the area of the closure domain formation region to the area of the grain-oriented electrical steel sheet is of 0.10 % to 30 %. a plurality of grain-oriented electrical steel sheets stacked together, wherein at least one of the plurality of grain-oriented electrical steel sheets has a closure domain formation region extending from one end of the steel sheet in a rolling direction to the other end of the steel sheet in the rolling direction in which a plurality of closure domains extending in a direction crossing the rolling direction are present at an interval in the rolling direction, and a closure domain non-formation region in which no closure domains are formed;
A meta projector comprising: a substrate; an edge emitting device on the substrate, the edge emitting device including an upper surface extending parallel to the substrate and a side surface inclined relative to the upper surface, the edge emitting device configured to emit light through the side surface; a meta-structure layer spaced apart from the upper surface of the edge emitting device, the meta-structure layer including a support layer and a plurality of nanostructures having a sub-wavelength shape dimension, the sub-wavelength shape dimension smaller than a wavelength of the light emitted from the edge emitting device; and a path changing member configured to change a path of the light emitted from the edge emitting device to direct the path toward the meta-structure layer; characterized in that the shape distribution of the plurality of nanostructures is configured to form structured light using the light emitted from the edge emitting device, and in that the plurality of nanostructures includes first nanostructures arranged on a lower surface (Sua) of the support layer and second nanostructures arranged on an upper surface (SUb) of the support layer; wherein the shape distribution of the first nanostructures is associated with a transmission phase distribution that increases a divergence angle of incident light; and wherein the shape distribution of the second nanostructures is configured to form the structured light using the light of which the divergence angle is widened by the first nanostructures. a substrate; an edge emitting device on the substrate, the edge emitting device including an upper surface extending parallel to the substrate and a side surface inclined relative to the upper surface, the edge emitting device configured to emit light through the side surface; a meta-structure layer spaced apart from the upper surface of the edge emitting device, the meta-structure layer including a support layer and a plurality of nanostructures having a sub-wavelength shape dimension, the sub-wavelength shape dimension smaller than a wavelength of the light emitted from the edge emitting device; and a path changing member configured to change a path of the light emitted from the edge emitting device to direct the path toward the meta-structure layer; characterized in that the shape distribution of the plurality of nanostructures is configured to form structured light using the light emitted from the edge emitting device, and in that the plurality of nanostructures includes first nanostructures arranged on a lower surface (Sua) of the support layer and second nanostructures arranged on an upper surface (SUb) of the support layer; wherein the shape distribution of the first nanostructures is associated with a transmission phase distribution that increases a divergence angle of incident light; and wherein the shape distribution of the second nanostructures is configured to form the structured light using the light of which the divergence angle is widened by the first nanostructures.
A lock core for a lock assembly, comprising: a housing having a first end; an operating member configured to move between a retracted position and an extended position, wherein when the operating member is in the retracted position, the operating member is at least partially recessed within the housing; a control member arranged within the housing and configured to selectively limit movement of the operating member between the retracted position and the extended position; and characterised by comprising a first biasing mechanism configured to bias the operating member from the retracted position to the extended position; and a second biasing mechanism extending between the actuator and the control member, such that activation of the actuator creates a stored energy in the second biasing mechanism; wherein engagement between the control member and a portion of the operating member retains the control member first position after the stored energy is created in the second biasing mechanism; wherein the stored energy in the second biasing mechanism biases the control member out of engagement with the operating member when a force is applied to the operating member. a housing having a first end; an operating member configured to move between a retracted position and an extended position, wherein when the operating member is in the retracted position, the operating member is at least partially recessed within the housing; a control member arranged within the housing and configured to selectively limit movement of the operating member between the retracted position and the extended position; and characterised by comprising a first biasing mechanism configured to bias the operating member from the retracted position to the extended position; and a second biasing mechanism extending between the actuator and the control member, such that activation of the actuator creates a stored energy in the second biasing mechanism; wherein engagement between the control member and a portion of the operating member retains the control member first position after the stored energy is created in the second biasing mechanism; wherein the stored energy in the second biasing mechanism biases the control member out of engagement with the operating member when a force is applied to the operating member.
An outdoor marking product comprising: a chlorophyll-based agent for highlighting living greenery; wherein the chlorophyll-based agent contains 60% in volume of an acrylic emulsion, 35.25% in volume of water, 0.4% in volume of bactericide, 0.15 % in volume of an antifoam agent, 0.2% in volume of a wetting agent, 1% in volume of a coalescent agent, 0.2% in volume of a cellulose thickener, 0.3% in volume of a pH regulator, 2% in volume of a green pigment, and 0.5% in volume of a chlorophyll pigment; wherein said chlorophyll-based agent is non-detrimental to a health of the living greenery, wherein, when viewed by a viewer at a minimum predefined viewing distance, living greenery treated with the chlorophyll-based agent is visibly distinguishable from and shinier than neighboring untreated living greenery, wherein, when the viewer is nearer than the minimum predefined viewing distance, a difference in shine and color between the treated living greenery and the untreated living greenery is substantially unnoticeable.
Improvement to illuminated sports net, wherein the improvement comprises a set disclosing a case which accommodates a LED, wherein the case discloses a bottom with a conical hole, wherein the case is composed by side walls, transverse walls, and chamfered vertexes with upper holes wherein the side walls are respectively provided with a respective recess on an edge, and with through cut-outs that align in a substantially parallel direction with each of the recesses of the edge, wherein the transverse walls are provided similarly with minor cut-outs, wherein the through cut-outs and the minor cut-outs give access to an inner cradle which discloses inner support walls for pivot pins, wherein pivot pins are provided inside of the inner cradle and are respectively surrounded by respective eyes of folded and seamed ends of support strips and side strips, wherein each of the side strips is provided with a protective strip joined to it by a seam, so that each of the protective strips surrounds a cable harness which extends to the inside of the case, wherein the set also discloses a cover with flaps with recesses delimiting the cover, and the cover also has holes for screws, in which the respective free ends of the protective strips are kept inside the box by overlapping the edge with the flaps provided with recesses delimiting the cover, where the cover is fixed to the upper holes by screws inserted through the screw holes for the screws.
A method, comprising: using a slide scanner to obtain a first image of a sample, wherein the first image corresponds to light transmitted through the sample in a first plurality of distinct spectral bands (104a, 104b, 104c); subsequent to the first image, using the slide scanner to obtain a second image of the sample, wherein the second image corresponds to light transmitted through the sample in a second plurality of distinct spectral bands (105a, 105b, 105c), and wherein at least some members of the second plurality of spectral bands (105a, 105b, 105c) are different from the members of the first plurality of spectral bands (104a, 104b, 104c); and using an electronic processor to combine the first and second images to form a multispectral image stack, wherein each pixel in the image stack comprises information corresponding to at least four distinct spectral bands, and wherein the at least four distinct spectral bands comprise at least one member from the first plurality of spectral bands (104a, 104b, 104c) and at least one member from the second plurality of spectral bands (105a, 105b, 105c). using a slide scanner to obtain a first image of a sample, wherein the first image corresponds to light transmitted through the sample in a first plurality of distinct spectral bands (104a, 104b, 104c); subsequent to the first image, using the slide scanner to obtain a second image of the sample, wherein the second image corresponds to light transmitted through the sample in a second plurality of distinct spectral bands (105a, 105b, 105c), and wherein at least some members of the second plurality of spectral bands (105a, 105b, 105c) are different from the members of the first plurality of spectral bands (104a, 104b, 104c); and using an electronic processor to combine the first and second images to form a multispectral image stack, wherein each pixel in the image stack comprises information corresponding to at least four distinct spectral bands, and wherein the at least four distinct spectral bands comprise at least one member from the first plurality of spectral bands (104a, 104b, 104c) and at least one member from the second plurality of spectral bands (105a, 105b, 105c).
Belt buckle feeder having a housing for accommodating a reduction gear and an axially fixed spindle nut, which is able to be driven by said reduction gear, on a spindle for linear movements of a belt buckle, characterized in that a motor for axial movements of the spindle is also arranged in the housing, said spindle being supported in a flexurally rigid manner by a post axially parallel to and in or next to said spindle.
A bearing cage formed from a single piece of wire bent into shape, the cage comprising: a first axial end ring; a second axial end ring including a distal end of the single piece of wire; a plurality of axially-extending bridge portions between the first and second axial end rings (26, 30); and a plurality of circumferentially-extending connection portions interconnecting adjacent bridge portions, the connection portions alternately positioned adjacent the first and second axial end rings (26, 30). a first axial end ring; a second axial end ring including a distal end of the single piece of wire; a plurality of axially-extending bridge portions between the first and second axial end rings (26, 30); and a plurality of circumferentially-extending connection portions interconnecting adjacent bridge portions, the connection portions alternately positioned adjacent the first and second axial end rings (26, 30).
Housing comprising a bottom part and a top as a first and second housing component (4, 6), which are interconnected by one or more clamping elements, wherein at least one clamping element makes it possible either to completely detach the connection between the top and the bottom part or to use the clamping part as a hinge between the top and the bottom part, wherein support surfaces are formed on the first housing component (4, 6) by means of which the first housing component (4, 6), in an engaged position of the clamping element, is supported on a stationary shaft formed on the second housing component (4, 6), the clamping element, in its engaged position, is connected on a first side to the stationary shaft by means of a tab which partly surrounds the stationary shaft, the clamping element, in its engaged position, interlockingly engages on a second side with the first housing component (4, 6) and thus holds down the first housing component (4, 6) having the support surfaces on the stationary shaft, wherein the clamping element is formed such that, in a relaxed state with the distance measure between the tab partly surrounding the stationary shaft and a latching lug that forms the interlocking latching connection, it falls short of the distance measure between a latching edge, formed on the first housing component (4, 6), of the interlocking latching connection as far as the surface of the stationary shaft facing away from the latching edge, and the material of the clamping element is expanded and elastically deformed in the engaged position compared with its shape in a relaxed state such that the latching lug engages beyond the latching edge and assumes its engaged position, wherein the clamping element is subjected to tensile stress in the engaged position on account of restoring forces which are built up by the clamping element as a result of the deformation and which act on the housing components (4, 6) as tensile stress.
An auxiliary device, which has a gripper with a plurality of nipples, each having an insertion part, which is able to be inserted into sleeve-shaped injection-moulded parts, which in still hot, dimensionally unstable state have been removed from open mould halves (8, 9) and have been transferred to removal sleeves or respectively cooling sleeves for an external cooling, wherein the nipples are arranged on a shared actuation plate, to which there are assigned controlled drive means for the in and out movement of the nipples into or respectively out from the sleeve-shaped injection-moulded parts, characterized in that the insertion parts of the nipples have radially bulgeable press- or respectively sealing rings that can be inserted into the sleeve-shaped injection-moulded parts, that a holding shoulder (54, 55, 100) is assigned in each case to both sides of the press- or respectively sealing rings in axial direction of the insertion parts, which holding shoulders are movable relative to one another for the bulging of the press- or respectively sealing rings, wherein the press- or respectively sealing rings are able to be squeezed together between the two holding shoulders (54, 55, 100) in an analogous manner to a thermos flask closure, and that the nipples are arranged on a shared actuation plate, to which controlled drive means are assigned for the in and out movement of the nipples into or respectively out from the sleeve-shaped injection-moulded parts.
A coating composition comprising: a base composition; and a stain resistant additive blended with the base composition, the stain resistant additive comprising a metal complexed with an acetoacetate derivative, the acetoacetate derivative comprising: wherein X is O or N, R 1 is an alkyl group containing 1 to 20 carbon atoms or is a fluoroalkyl group containing 1 to 20 carbon atoms, and R 2 is an alkyl group containing 1 to 20 carbon atoms or is a fluoroalkyl group containing 1 to 20 carbon atoms. a base composition; and a stain resistant additive blended with the base composition, the stain resistant additive comprising a metal complexed with an acetoacetate derivative, the acetoacetate derivative comprising: wherein X is O or N, R 1 is an alkyl group containing 1 to 20 carbon atoms or is a fluoroalkyl group containing 1 to 20 carbon atoms, and R 2 is an alkyl group containing 1 to 20 carbon atoms or is a fluoroalkyl group containing 1 to 20 carbon atoms.
A microelectromechanical device structure comprising at least a supporting structure wafer (310, 350) comprising any one of a single homogeneous material layer of a first material and several homogeneous material layers or layer parts (310a, 310b, 310c, 350a, 350b, 350c, 350d) of the first material attached to each other with a mechanically rigid insulating material layer, and a functional layer comprising movable parts (300, 110) of the device structure, the supporting structure wafer forming a mechanically rigid support structure for the functional layer; the structure comprising a cavity electrode (130, 130a, 130b, 130c, 130d) formed within a cavity in at least one of the homogeneous material layers or layer parts of the supporting structure wafer, wherein the cavity electrode (130, 130a, 130b, 130c, 130d) is disposed to be used as a fixed electrode of a parallel plate capacitor, wherein a movable electrode of the parallel plate capacitor is associated with an essentially planar movable element (100a, 100b) in the functional layer of the device, and wherein the parallel plate capacitor is configured to adjust a frequency of a mechanical oscillation of the movable element, characterized in that the cavity electrode (130, 130a, 130b, 130c, 130d) of second material similar to the first material forms a protruding structure from a base of the cavity towards the functional layer, wherein the similarity of the first and the second materials indicates that the cavity electrode forms an integral part of an essentially homogeneous structural material layer of the respective single homogeneous material layer of first material or the respective one of the several homogeneous material layers or layer parts of the first material into which the cavity electrode (130, 130a, 130b, 130c, 130d) is formed to, whereby the cavity electrode is electrically connected with the at least one part of the supporting structure wafer (310, 350), and wherein the cavity electrode (130, 130a, 130b, 130c, 130d) and the respective single homogeneous material layer (310, 350) of first material or the respective one of the several homogeneous material layers or layer parts (310a, 310b, 350a, 350b) of the first material are configured to be connected to a defined electrical DC potential.
An actuation system for deploying and retracting a lift assisting device of an edge of a wing of an aircraft, the actuation system comprising: a track pivotally coupled to the lift assisting device, the track having first and second outer surfaces (56, 58) and side surfaces; a shaft rotationally coupled within the wing of the aircraft and operable, in response to flight control signals, to deploy or retract the lift assisting device; means for actuating (70, 80) the lift assisting device, coupled to the shaft, between a retracted position to a deployed position along an arcuate path; a plurality of track roller bearings rotatably contacting the first and second outer surfaces (56, 58) of the track to guide the track along the arcuate path; and characterized in that: the plurality of track roller bearings including at least one track roller bearing (200, 600) having a split inner ring (220, 620) and a plurality of rolling elements (103, 603A, 603B) in rolling engagement with the split inner ring (220, 620). a track pivotally coupled to the lift assisting device, the track having first and second outer surfaces (56, 58) and side surfaces; a shaft rotationally coupled within the wing of the aircraft and operable, in response to flight control signals, to deploy or retract the lift assisting device; means for actuating (70, 80) the lift assisting device, coupled to the shaft, between a retracted position to a deployed position along an arcuate path; a plurality of track roller bearings rotatably contacting the first and second outer surfaces (56, 58) of the track to guide the track along the arcuate path; and characterized in that: the plurality of track roller bearings including at least one track roller bearing (200, 600) having a split inner ring (220, 620) and a plurality of rolling elements (103, 603A, 603B) in rolling engagement with the split inner ring (220, 620).
An LED package comprising: an LED chip (11, 48); an angle dependent light recycling means (17, 27, 41, 49) for transmitting light emitted from the LED chip (11, 48) and for reflecting light, wherein the angle dependent light recycling means (17, 27, 41, 49) comprises an edge filter or a band-pass filter; and a diffuser (13, 45) disposed to receive light reflected from the angle dependent light recycling means (17, 27, 41, 49) and to scatter the light for changing its angle of incidence relative to the LED chip (1 1, 48), characterized in that the angle dependent light recycling means (17, 27, 41, 49) is configured to transmit the light emitted from the LED having a first angle of incidence or less relative to the LED chip (11, 48); the angle dependent light recycling means (17, 27, 41, 49) is configured to reflect light emitted from the LED chip (11,48) having an angle of incidence relative to the LED chip (11, 48) greater than the first angle of incidence; and the emission spectrum of the LED chip (11, 48) and the transmission of the edge filter or the band-pass filter are matched for transmitting light emitted from the LED chip (11, 48) having the first angle of incidence or less relative to the LED chip (11, 48), and reflecting light emitted from the LED chip (11, 48) having an angle of incidence relative to the LED chip (11, 48) greater than the first angle of incidence. an LED chip (11, 48); an angle dependent light recycling means (17, 27, 41, 49) for transmitting light emitted from the LED chip (11, 48) and for reflecting light, wherein the angle dependent light recycling means (17, 27, 41, 49) comprises an edge filter or a band-pass filter; and a diffuser (13, 45) disposed to receive light reflected from the angle dependent light recycling means (17, 27, 41, 49) and to scatter the light for changing its angle of incidence relative to the LED chip (1 1, 48), characterized in that the angle dependent light recycling means (17, 27, 41, 49) is configured to transmit the light emitted from the LED having a first angle of incidence or less relative to the LED chip (11, 48); the angle dependent light recycling means (17, 27, 41, 49) is configured to reflect light emitted from the LED chip (11,48) having an angle of incidence relative to the LED chip (11, 48) greater than the first angle of incidence; and the emission spectrum of the LED chip (11, 48) and the transmission of the edge filter or the band-pass filter are matched for transmitting light emitted from the LED chip (11, 48) having the first angle of incidence or less relative to the LED chip (11, 48), and reflecting light emitted from the LED chip (11, 48) having an angle of incidence relative to the LED chip (11, 48) greater than the first angle of incidence.