mhurhangee/ep-ind-claims huggingface dataset:
An article of footwear, comprising: a harness, the harness including a base layer and a threading layer, the threading layer configured to attach to the base layer; the threading layer comprising threads arranged in a first thread group and a second thread group; the first thread group including a first end portion and a second end portion, wherein the threads extend radially outward from the first end portion to the second end portion; the second thread group including a third end portion and a fourth end portion, wherein the threads extend radially outward from the third end portion to the fourth end portion; the first thread group including a first side edge extending from the first end portion of the first thread group to the second end portion of the first thread group; the second thread group including a second side edge extending from the third end portion of the second thread group to the fourth end portion of the second thread group; the threading layer including a thread gap disposed between the first side edge and the second side edge; and wherein the base layer includes a notch that extends between the first side edge and the second side edge. a harness, the harness including a base layer and a threading layer, the threading layer configured to attach to the base layer; the threading layer comprising threads arranged in a first thread group and a second thread group; the first thread group including a first end portion and a second end portion, wherein the threads extend radially outward from the first end portion to the second end portion; the second thread group including a third end portion and a fourth end portion, wherein the threads extend radially outward from the third end portion to the fourth end portion; the first thread group including a first side edge extending from the first end portion of the first thread group to the second end portion of the first thread group; the second thread group including a second side edge extending from the third end portion of the second thread group to the fourth end portion of the second thread group; the threading layer including a thread gap disposed between the first side edge and the second side edge; and wherein the base layer includes a notch that extends between the first side edge and the second side edge.
An apparatus, comprising: an array of memory cells (109, 209); and a controller coupled to the array of memory cells (109, 209), wherein the controller is configured to: in response to a write command directed to a first group of memory cells of the array (109, 209): increment a write stamp corresponding to the array; write data to the first group and update a write stamp corresponding to the first group with the incremented write stamp regardless of a value of the incremented write stamp; and write sentinel data to a second group of memory cells of the memory array (109, 209) and update a write stamp corresponding to the second group only when the incremented write stamp is a multiple of a particular number N of increments of the incremented write stamp; wherein the incremented write stamp corresponds to a quantity of times data is written to the first group of memory cells of the array (109,209). an array of memory cells (109, 209); and a controller coupled to the array of memory cells (109, 209), wherein the controller is configured to: in response to a write command directed to a first group of memory cells of the array (109, 209): increment a write stamp corresponding to the array; write data to the first group and update a write stamp corresponding to the first group with the incremented write stamp regardless of a value of the incremented write stamp; and write sentinel data to a second group of memory cells of the memory array (109, 209) and update a write stamp corresponding to the second group only when the incremented write stamp is a multiple of a particular number N of increments of the incremented write stamp; wherein the incremented write stamp corresponds to a quantity of times data is written to the first group of memory cells of the array (109,209). increment a write stamp corresponding to the array; write data to the first group and update a write stamp corresponding to the first group with the incremented write stamp regardless of a value of the incremented write stamp; and write sentinel data to a second group of memory cells of the memory array (109, 209) and update a write stamp corresponding to the second group only when the incremented write stamp is a multiple of a particular number N of increments of the incremented write stamp; wherein the incremented write stamp corresponds to a quantity of times data is written to the first group of memory cells of the array (109,209).
A method for encoding three-dimensional, 3D, video content comprising a texture view component and a depth view component, comprising: encoding an uncompressed picture into a coded picture comprising a coded slice of the texture view component and a coded slice of the depth view component, the encoding comprising: classifying syntax elements for the slice of the depth view component into a first set and a second set; determining syntax element values for the first set and the second set; encoding syntax element values for the first set selectively in a group of slices parameter set or in the slice header of the slice of the depth view component; when coding said group of slices parameter set, providing an indication as to whether and which syntax element values for the first set are encoded in the group of slices parameter set, and whether and which syntax element values for the first set are included in the slice header of the slice of the depth view component; and encoding the syntax element values of the second set in the slice header of the slice of the depth view component. classifying syntax elements for the slice of the depth view component into a first set and a second set; determining syntax element values for the first set and the second set; encoding syntax element values for the first set selectively in a group of slices parameter set or in the slice header of the slice of the depth view component; when coding said group of slices parameter set, providing an indication as to whether and which syntax element values for the first set are encoded in the group of slices parameter set, and whether and which syntax element values for the first set are included in the slice header of the slice of the depth view component; and whether and which syntax element values for the first set are encoded in the group of slices parameter set, and whether and which syntax element values for the first set are included in the slice header of the slice of the depth view component; and encoding the syntax element values of the second set in the slice header of the slice of the depth view component.
An apparatus for measuring the pollution level of the surface of a photovoltaic module comprising: a glass substrate attachably mounted on the surface of a photovoltaic module; a reactive coating layer which is coated on one side of the glass substrate, has a structure that pollutants are accumulated on one side surface, and causes a resistance change by contact with the pollutants; and a signal processor which is connected with the reactive coating layer to receive a signal of the resistance change, operationally processes the signal of the reactive coating layer to measure a change amount of a resistance value from the resistance change by accumulation of the pollutants, and outputs a discrimination signal on pollution, wherein the reactive coating layer includes a metal conductive layer formed from electroconductive metal to cause the resistance change by a contact reaction of nonconductive particles from the accumulated pollutants, and wherein the metal conductive layer includes: a first metal thin film layer coated on the upper side of the glass substrate; a graphite conductive layer disposed on the first metal thin film layer; a second metal thin film layer disposed on the graphite conductive layer; and a hole which is formed to penetrate the metal conductive layer from the second metal thin film layer to the graphite conductive layer to induce pollutants to be accumulated. a glass substrate attachably mounted on the surface of a photovoltaic module; a reactive coating layer which is coated on one side of the glass substrate, has a structure that pollutants are accumulated on one side surface, and causes a resistance change by contact with the pollutants; and a signal processor which is connected with the reactive coating layer to receive a signal of the resistance change, operationally processes the signal of the reactive coating layer to measure a change amount of a resistance value from the resistance change by accumulation of the pollutants, and outputs a discrimination signal on pollution, wherein the reactive coating layer includes a metal conductive layer formed from electroconductive metal to cause the resistance change by a contact reaction of nonconductive particles from the accumulated pollutants, and wherein the metal conductive layer includes: a first metal thin film layer coated on the upper side of the glass substrate; a graphite conductive layer disposed on the first metal thin film layer; a second metal thin film layer disposed on the graphite conductive layer; and a hole which is formed to penetrate the metal conductive layer from the second metal thin film layer to the graphite conductive layer to induce pollutants to be accumulated.
A method of determining an angle of attack for an airfoil in a flowing fluid, wherein the angle of attack is an angle between a flow direction of the fluid and a chord of the airfoil, the method comprising: emitting a light beam from a leading edge of the airfoil into the fluid at a plurality of emission angles, wherein the light beam is backscattered by particles in the fluid; receiving a portion of the backscattered light at each of the the emission angles; and determining the angle of attack for the airfoil based on the received portions of the backscattered light, by determining a velocity of the fluid for each of the emission angles based on the backscattered radiation from particles in the fluid at each of the emission angles, and identifying the angle of attack as one of the emission angles at which the velocity of the fluid is a maximum. emitting a light beam from a leading edge of the airfoil into the fluid at a plurality of emission angles, wherein the light beam is backscattered by particles in the fluid; receiving a portion of the backscattered light at each of the the emission angles; and determining the angle of attack for the airfoil based on the received portions of the backscattered light, by determining a velocity of the fluid for each of the emission angles based on the backscattered radiation from particles in the fluid at each of the emission angles, and identifying the angle of attack as one of the emission angles at which the velocity of the fluid is a maximum.
An anchor for a post-tensioning tendon comprising: an anchor body, the anchor body (14, 18) having an internal passage; a lock nut, the lock nut having an internal tapered surface defining a forcing cone, the lock nut coupled to the anchor body (14, 18); and a spindle (103, 105), the spindle (103, 105) positioned within the internal passage and threadedly coupled to the lock nut, the spindle (103, 105) having an expansion wedge and a retention feature, wherein: the forcing cone corresponds to the expansion wedge such that the lock nut grips an expansion portion of a sheath between the forcing cone and the expansion wedge when the lock nut is tightened; the spindle (103, 105) being coupled to the anchor body (14, 18) by a tensile force applied when the lock nut is tightened onto the spindle (103, 105); and the retention feature transfers the force from the spindle (103, 105) to the anchor body (14, 18) and prevents or restricts the spindle (103, 105) from being pulled through the anchor body (14, 18); wherein the retention feature is an edge, detent, extension, or conical retaining profile. an anchor body, the anchor body (14, 18) having an internal passage; a lock nut, the lock nut having an internal tapered surface defining a forcing cone, the lock nut coupled to the anchor body (14, 18); and a spindle (103, 105), the spindle (103, 105) positioned within the internal passage and threadedly coupled to the lock nut, the spindle (103, 105) having an expansion wedge and a retention feature, wherein: the forcing cone corresponds to the expansion wedge such that the lock nut grips an expansion portion of a sheath between the forcing cone and the expansion wedge when the lock nut is tightened; the spindle (103, 105) being coupled to the anchor body (14, 18) by a tensile force applied when the lock nut is tightened onto the spindle (103, 105); and the retention feature transfers the force from the spindle (103, 105) to the anchor body (14, 18) and prevents or restricts the spindle (103, 105) from being pulled through the anchor body (14, 18); wherein the retention feature is an edge, detent, extension, or conical retaining profile.
A reaction mixture for use in isothermally amplifying a nucleic acid, the mixture comprising: a magnesium salt, an alkali base, and at least one ammonium compound selected from the group consisting of a quaternary ammonium salt, ammonium chloride and guanidine hydrochloride, wherein the mixture has a buffer capacity of less than 10 mM.
A method for use on a vehicle, the method comprising acts of: A: beginning receipt from a first satellite (220A, 220B, 220C, 220D) of a transmission of data constituting a unitary item of programming content; B: after receiving a first portion of the data but prior to the transmission being completed, determining that communication with the first satellite has been lost; C: in response to the determining, establishing communication with a second satellite and issuing a request for a second portion of the data constituting the unitary item of programming content via the second satellite; D: acquiring, on the vehicle (225A, 225B, 225C, 225D), the second portion of the data, without restarting the transmission; and E: employing the first portion of the data and the second portion of the data to enable play back of the unitary item of programming content on the vehicle. A: beginning receipt from a first satellite (220A, 220B, 220C, 220D) of a transmission of data constituting a unitary item of programming content; B: after receiving a first portion of the data but prior to the transmission being completed, determining that communication with the first satellite has been lost; C: in response to the determining, establishing communication with a second satellite and issuing a request for a second portion of the data constituting the unitary item of programming content via the second satellite; D: acquiring, on the vehicle (225A, 225B, 225C, 225D), the second portion of the data, without restarting the transmission; and E: employing the first portion of the data and the second portion of the data to enable play back of the unitary item of programming content on the vehicle.
Method for manufacturing a plate shaped product, comprising the steps of - manufacturing a first intermediate product which comprises at least, successively, a carrier, a plastic printing layer, a decorative print layer and a plastic protective layer, by using a multiple coating process, - manufacturing a second intermediate product which comprises at least one plastic layer, by using at least a calendering process, - combining the first and second intermediate products by laminating, such that the second intermediate product is attached to the first intermediate product, characterized in that the step of manufacturing a second intermediate product comprises providing a carrier and two calendered backing layers (8,10) laminated at opposite sides of said carrier. - manufacturing a first intermediate product which comprises at least, successively, a carrier, a plastic printing layer, a decorative print layer and a plastic protective layer, by using a multiple coating process, - manufacturing a second intermediate product which comprises at least one plastic layer, by using at least a calendering process, - combining the first and second intermediate products by laminating, such that the second intermediate product is attached to the first intermediate product, characterized in that the step of manufacturing a second intermediate product comprises providing a carrier and two calendered backing layers (8,10) laminated at opposite sides of said carrier.
An article of footwear, comprising: an upper; an outsole bonded to the upper and having multiple discrete lugs distributed across a bottom exterior surface of the outsole; and a compressible foam midsole contained within the upper, the midsole being non-destructively removable from the upper, the midsole comprising plurality of raised regions on a top surface configured to receive a plantar face of a foot of a wearer, wherein the midsole rests directly on an interior surface of a lasting element of the upper, characterised in that the outsole, the lasting element, and the midsole are configured so that, in response to a localized upward pressure on one of the lugs, the lug is able to move upward while adjacent lugs (112-2, 112-3) are only minimally affected, the lasting element is deformable upward in a localized region above the lug, and a portion of the top surface of the midsole in the localized region can be forced upward. an upper; an outsole bonded to the upper and having multiple discrete lugs distributed across a bottom exterior surface of the outsole; and a compressible foam midsole contained within the upper, the midsole being non-destructively removable from the upper, the midsole comprising plurality of raised regions on a top surface configured to receive a plantar face of a foot of a wearer, wherein the midsole rests directly on an interior surface of a lasting element of the upper, characterised in that the outsole, the lasting element, and the midsole are configured so that, in response to a localized upward pressure on one of the lugs, the lug is able to move upward while adjacent lugs (112-2, 112-3) are only minimally affected, the lasting element is deformable upward in a localized region above the lug, and a portion of the top surface of the midsole in the localized region can be forced upward.
A self-blast circuit breaker having a heat expansion chamber and a puffer chamber, comprising: auxiliary intake valves which introduce a hot gas, exhausted through an inside of an actuating rod, into the heat expansion chamber, the auxiliary intake valves mounted to the actuating rod. auxiliary intake valves which introduce a hot gas, exhausted through an inside of an actuating rod, into the heat expansion chamber, the auxiliary intake valves mounted to the actuating rod.
A granule composition comprising phytic acid and phytase, wherein the phytase and the phytic acid are in adjacent coating layers of a multi-layered granule, or phytase is in the core of the granule and phytic acid is in the adjacent coating layer, wherein the phytic acid is at least 10 millimolal in said composition, and wherein the phytic acid is selected from inositol hexaphosphate, inositol pentaphosphate, inositol tetraphosphate, inositol triphosphate, inositol diphosphate and inositol monophosphate, or salts or mixtures thereof.
A three-dimensional image visualization system, comprising: a. a selectively transparent projection device for projecting an image toward an eye of a viewer from a projection device position in space relative to the eye of the viewer, the projection device being capable of assuming a substantially transparent state when no image is projected; b. an occlusion mask device coupled to the projection device and configured to selectively block light traveling toward the eye from one or more positions opposite of the projection device from the eye of the viewer in an occluding pattern, the occluding pattern being a blacked out image geometrically corresponding to the image displayed on the transparent projector device; and c. a zone plate diffraction patterning device interposed between the eye of the viewer and the projection device and configured to cause light from the projection device to pass through a selectable zone plate geometry as it travels to the eye and enter the eye with a simulated focal distance from the eye based at least in part upon the selectable zone plate geometry. a. a selectively transparent projection device for projecting an image toward an eye of a viewer from a projection device position in space relative to the eye of the viewer, the projection device being capable of assuming a substantially transparent state when no image is projected; b. an occlusion mask device coupled to the projection device and configured to selectively block light traveling toward the eye from one or more positions opposite of the projection device from the eye of the viewer in an occluding pattern, the occluding pattern being a blacked out image geometrically corresponding to the image displayed on the transparent projector device; and c. a zone plate diffraction patterning device interposed between the eye of the viewer and the projection device and configured to cause light from the projection device to pass through a selectable zone plate geometry as it travels to the eye and enter the eye with a simulated focal distance from the eye based at least in part upon the selectable zone plate geometry.
Electric terminal block, comprising a terminal housing, at least two electrically conductive contact elements (3, 4) with at least two conductor contact elements for connecting electric conductors, and at least one separating element arranged movably in the terminal housing, wherein the separating element has a longitudinal axis, wherein the two electrically conductive contact elements (3, 4) are electrically connected in a first position of the separating element and electrically disconnected in a second position of the separating element, wherein the conductor contact elements assigned to each other, which are arranged consecutively in the direction of the longitudinal extension of the separating element, are separated from one another in the second position of the separating element, wherein the contact elements (3, 4) are arranged consecutively in the direction of the longitudinal axis of the separating element, wherein the separating element is arranged in the terminal housing in a manner that is movable in the direction of the longitudinal axis, wherein the direction of movement of the separating element is different from the direction of the longitudinal extension of the terminal block, wherein an opening is formed in the terminal housing for receiving the separating element and wherein the separating element is arranged inside of the opening in the first position and partially protrudes out of the opening on an upper side of the terminal housing in the second position.