mhurhangee/ep-ind-claims huggingface dataset:
A heat-assisted magnetic recording (HAMR) head for writing to a magnetic recording layer comprising: a head carrier having a recording-layer-facing surface with an along-the-track axis and a cross-track axis substantially orthogonal to the along-the-track axis; a main pole on a surface substantially orthogonal to the recording-layer-facing surface, the main pole comprising a first layer (MP1, 251) and a second layer (MP2, 252) in contact with the first layer, the first layer tapering in the along-the-track direction from the second layer, the first layer having a tapered end at the recording-layer-facing surface; a near-field transducer layer on the head carrier oriented substantially parallel to the main pole first layer, the NFT layer having an output tip at the recording-layer-facing surface aligned with the main pole first layer tapered end in the along-the-track direction; and heat sink material adjacent the cross-track sides of the tapered main pole first layer; and characterised in that: the main pole second layer (MP2, 252) has an end with a sloped surface at least partially recessed from the recording-layer-facing surface. a head carrier having a recording-layer-facing surface with an along-the-track axis and a cross-track axis substantially orthogonal to the along-the-track axis; a main pole on a surface substantially orthogonal to the recording-layer-facing surface, the main pole comprising a first layer (MP1, 251) and a second layer (MP2, 252) in contact with the first layer, the first layer tapering in the along-the-track direction from the second layer, the first layer having a tapered end at the recording-layer-facing surface; a near-field transducer layer on the head carrier oriented substantially parallel to the main pole first layer, the NFT layer having an output tip at the recording-layer-facing surface aligned with the main pole first layer tapered end in the along-the-track direction; and heat sink material adjacent the cross-track sides of the tapered main pole first layer; and characterised in that: the main pole second layer (MP2, 252) has an end with a sloped surface at least partially recessed from the recording-layer-facing surface.
A method of operating a yawing system for a wind turbine, the yawing system including a hydraulically driven preload mechanism having a hydraulically operated piston, an accumulator, and a valve switchable between a first position establishing a fluid connection between the hydraulically operated piston and the accumulator and a second position establishing a fluid connection between the hydraulically operated piston and a tank, the method comprising the steps of: - applying a preload force to a yaw bearing of the yawing system when the yawing system is not performing yawing movements, wherein the valve is in the first position so that pressure in the accumulator causes the hydraulically operated piston to apply the preload force, - moving the valve to the second position, thereby allowing fluid to flow from the hydraulically operated piston to the tank, via the established fluid connection, to release the preload force provided by the hydraulically operated piston, and - operating the yawing system to perform yawing movements, wherein said operation of the yawing system automatically causes a pump to operate to supply fluid to the accumulator, characterized in that the step of operating the yawing system comprises driving the pump by means of a ring gear of the yawing system. - applying a preload force to a yaw bearing of the yawing system when the yawing system is not performing yawing movements, wherein the valve is in the first position so that pressure in the accumulator causes the hydraulically operated piston to apply the preload force, - moving the valve to the second position, thereby allowing fluid to flow from the hydraulically operated piston to the tank, via the established fluid connection, to release the preload force provided by the hydraulically operated piston, and - operating the yawing system to perform yawing movements, wherein said operation of the yawing system automatically causes a pump to operate to supply fluid to the accumulator,
A terminal comprising: a receiving section configured to receive a synchronization signal block in a frequency range including a synchronization signal and a physical broadcast channel; and a control section that is configured to determine, when the frequency range is a given frequency range, an index of the synchronization signal block based on a demodulation reference signal sequence pattern associated with the physical broadcast channel and the frequency range, and that is configured to determine, when the frequency range is larger than the given frequency range, an index of the synchronization signal block based on the demodulation reference signal sequence pattern associated with the physical broadcast channel and bits of the physical broadcast channel. a receiving section configured to receive a synchronization signal block in a frequency range including a synchronization signal and a physical broadcast channel; and a control section that is configured to determine, when the frequency range is a given frequency range, an index of the synchronization signal block based on a demodulation reference signal sequence pattern associated with the physical broadcast channel and the frequency range, and that is configured to determine, when the frequency range is larger than the given frequency range, an index of the synchronization signal block based on the demodulation reference signal sequence pattern associated with the physical broadcast channel and bits of the physical broadcast channel.
A single-dose coffee disposable capsule (10,20,30,40,40',50,60,70), for preparing Turkish coffee in a Turkish coffee supply device (170,170') configured for releasing the coffee powder contained in said disposable capsule, in order to bring it into a Turkish coffee preparation container where the mixing with the water occurs, said capsule containing said coffee powder and comprising: - a fixed box portion having an at least partially open face; characterized in that it further comprises: - a rotating portion (13,23,33,43,53,63,73) rotatably arranged by a pin about a rotation axis with respect to said fixed box portion, wherein said fixed box portion and said rotating portion (13,23,33,43,53,63,73) are mounted to each other for defining a chamber of said coffee powder, wherein said rotating portion (13,23,33,43,53,63,73) has a push surface (13") exposed outside of said fixed box portion, wherein said rotating portion (13,23,33,43,53,63,73) is arranged in such a way to move: - from a closed position, at which said chamber is closed; - to an open position, at which said chamber forms an opening toward the outside of said coffee disposable capsule (10,20,30,40,40',50,60,70) at said at least partially open face of said fixed box portion, wherein a protrusion extends from an outer surface of said fixed box portion, said protrusion configured to engage with an abutment of a housing of said device (170,170') configured to receive said fixed box portion, in such a way that a pressure exerted on said rotating portion (13,23,33,43,53,63,73) through said push surface (13") causes said rotating portion (13,23,33,43,53,63,73) to rotate with respect to said fixed box portion from said closed position to said open position, said fixed box portion remaining blocked within said housing. - a fixed box portion having an at least partially open face; characterized in that it further comprises: - a rotating portion (13,23,33,43,53,63,73) rotatably arranged by a pin about a rotation axis with respect to said fixed box portion, - from a closed position, at which said chamber is closed; - to an open position, at which said chamber forms an opening toward the outside of said coffee disposable capsule (10,20,30,40,40',50,60,70) at said at least partially open face of said fixed box portion,
A pyrroloquinoline quinone disodium salt (di-sodium salt of 4,5-dioxo-4,5-dihydro-1H-pyrrolo[2,3-f]quinoline-2,7,9-tricarboxylic acid) crystalline Form A, which shows diffraction peaks at the following 2θ angles in an X-ray powder diffraction pattern obtained by Cu-K α radiation: 9.6±0.2°, 11.6±0.2°, 14.9±0.2°, 16.0±0.2°, 18.8±0.2°, 19.4±0.2°, 20.4±0.2°, 21.9±0.2°, 22.7±0.2°, 23.2±0.2°, 25.6±0.2°, 33.7±0.2°, 35.0±0.2°, 35.8±0.2°, 36.7±0.2°, 38.0±0.2°, and 38.6±0.2°.
A coreless roll of a tissue paper product, such as toilet paper or household towel, made of a spirally wound continuous web of tissue paper having a first end and a second end, the web of absorbent material being wound such as to define an axially extending inner hole centrally positioned relative to the coreless roll and such that the first end is located on the outer side of the coreless roll and the second end is located at the inner hole, wherein the tissue paper product comprises at least two plies, at least one of the plies being an embossed ply with embossments, and all plies of the tissue paper product being made of Conventional Wet Press paper, wherein the coreless roll has an outer diameter in the range of from 95 to 150 mm, a diameter of the inner hole being in the range of from 20 to 50 mm, and the density of the coreless roll being in a range of 110 to 160 kg/m 3, the tissue paper product comprising glued areas, where the plies are ply-bonded to each other using an adhesive such as a lamination glue, and non-glued areas between the glued areas, wherein at least some of the glued areas are glued embossed areas that comprise embossments of the embossed ply, wherein a sum of areas of all glued embossed areas is at least 6% of a sum of the areas of all glued areas and of areas of all non-glued areas, and wherein, over at least 80% of the glued embossed areas, a maximum distance between adjacent embossments of the embossed ply is 2.5 mm or less, optionally 2.0 mm or less, or 1.5 mm or less. wherein the tissue paper product comprises at least two plies, at least one of the plies being an embossed ply with embossments, and all plies of the tissue paper product being made of Conventional Wet Press paper, wherein the coreless roll has an outer diameter in the range of from 95 to 150 mm, a diameter of the inner hole being in the range of from 20 to 50 mm, and the density of the coreless roll being in a range of 110 to 160 kg/m 3, the tissue paper product comprising glued areas, where the plies are ply-bonded to each other using an adhesive such as a lamination glue, and non-glued areas between the glued areas, wherein at least some of the glued areas are glued embossed areas that comprise embossments of the embossed ply, wherein a sum of areas of all glued embossed areas is at least 6% of a sum of the areas of all glued areas and of areas of all non-glued areas, and wherein, over at least 80% of the glued embossed areas, a maximum distance between adjacent embossments of the embossed ply is 2.5 mm or less, optionally 2.0 mm or less, or 1.5 mm or less.
A mask comprising: a facepiece disposed within an interior of the mask, the facepiece including a retaining flange; a face blank; a lens coupled to the face blank, the lens covering the facepiece; a feedback system including: a display apparatus disposed between the lens and the facepiece and 2. coupled to the facepiece, the display apparatus including: a chassis and a chassis cover, the chassis being coupled to the chassis cover and having an arcuate flange partially encircling the retaining flange of the facepiece; and an eye piece pivotably coupled to the chassis, the eye piece housing an optic and a display; and a power source coupled to the display apparatus, the power source electrically connected to the display apparatus for supplying power to the display apparatus; and a recording device coupled to the face blank and positioned external to the lens, the recording device operable to communicate data with the display apparatus. a facepiece disposed within an interior of the mask, the facepiece including a retaining flange; a face blank; a lens coupled to the face blank, the lens covering the facepiece; a feedback system including: a display apparatus disposed between the lens and the facepiece and 2. coupled to the facepiece, the display apparatus including: a chassis and a chassis cover, the chassis being coupled to the chassis cover and having an arcuate flange partially encircling the retaining flange of the facepiece; and an eye piece pivotably coupled to the chassis, the eye piece housing an optic and a display; and a power source coupled to the display apparatus, the power source electrically connected to the display apparatus for supplying power to the display apparatus; and a recording device coupled to the face blank and positioned external to the lens, the recording device operable to communicate data with the display apparatus. a display apparatus disposed between the lens and the facepiece and 2. coupled to the facepiece, the display apparatus including: a chassis and a chassis cover, the chassis being coupled to the chassis cover and having an arcuate flange partially encircling the retaining flange of the facepiece; and an eye piece pivotably coupled to the chassis, the eye piece housing an optic and a display; and a chassis and a chassis cover, the chassis being coupled to the chassis cover and having an arcuate flange partially encircling the retaining flange of the facepiece; and an eye piece pivotably coupled to the chassis, the eye piece housing an optic and a display; and a power source coupled to the display apparatus, the power source electrically connected to the display apparatus for supplying power to the display apparatus; and a recording device coupled to the face blank and positioned external to the lens, the recording device operable to communicate data with the display apparatus.
A pumping system comprising a multiple stage pump and a computing device, the multiple stage pump comprising: an inlet valve for regulating ingress of a process fluid; a feed stage portion downstream from the inlet valve; a filter downstream from the feed stage portion; a dispense stage portion downstream from the filter; and an outlet valve for regulating egress of the process fluid; wherein the feed stage portion comprises a feed stage pump; and wherein the feed stage pump comprises a feed chamber (155, 118), a feed stage diaphragm that moves within the feed chamber and displaces the process fluid in the feed chamber, a piston that moves the feed stage diaphragm, a lead screw coupled to the piston that causes the piston to actuate, and a feed motor that drives the lead screw; characterized in that the feed stage portion comprises a pressure sensor, wherein the pressure sensor is mounted on a sidewall of the feed chamber to detect fluid pressure in the feed chamber; and in that the feed stage pump is arranged to deliver, to the computing device, a fluid pressure in the feed chamber as detected by the pressure sensor; and further in that the computing device is arranged to perform a filtration confirmation by: determining an operating fill pressure profile based at least in part on the fluid pressure in the feed chamber as detected by the pressure sensor; comparing the operating fill pressure profile with a reference fill pressure profile; and determining whether to generate an alarm based on the comparison. an inlet valve for regulating ingress of a process fluid; a feed stage portion downstream from the inlet valve; a filter downstream from the feed stage portion; a dispense stage portion downstream from the filter; and an outlet valve for regulating egress of the process fluid; wherein the feed stage portion comprises a feed stage pump; and wherein the feed stage pump comprises a feed chamber (155, 118), a feed stage diaphragm that moves within the feed chamber and displaces the process fluid in the feed chamber, a piston that moves the feed stage diaphragm, a lead screw coupled to the piston that causes the piston to actuate, and a feed motor that drives the lead screw; determining an operating fill pressure profile based at least in part on the fluid pressure in the feed chamber as detected by the pressure sensor; comparing the operating fill pressure profile with a reference fill pressure profile; and determining whether to generate an alarm based on the comparison.
Rail vehicle having a train control system comprising - train control devices which each implement a predefined train control function by means of particular associated internal logic, - peripherals which are arranged in a distributed manner in the rail vehicle and are assigned to at least one train control device, wherein the peripherals comprise a number of signal receivers, wherein the signal receivers are mounted under the floor, - device interfaces, via which the peripherals are connected to the train control devices and which are each permanently assigned to a train control device, wherein a number of the device interfaces is greater than a number of the train control devices, with the result that at least one device interface is free, characterized in that at least one free installation space (27, 28) is arranged under the floor, wherein the free installation space (27, 28) is set up to accommodate a further signal receiver, wherein at least one cable is pre-installed in the rail vehicle, wherein the cable is provided for the purpose of connecting the free installation space (27, 28) to the free device interface. - train control devices which each implement a predefined train control function by means of particular associated internal logic, - peripherals which are arranged in a distributed manner in the rail vehicle and are assigned to at least one train control device, - device interfaces, via which the peripherals are connected to the train control devices and which are each permanently assigned to a train control device,
An isolated antibody which: a) binds to A3-B3 domain of human and Macaca fascicularis CEACAM5 proteins; and b) does not significantly cross-react with human CEACAM1, human CEACAM6, human CEACAM7, human CEACAM8, Macaca fascicularis CEACAM1, Macaca fascicularis CEACAM6, and Macaca fascicularis CEACAM8. a) binds to A3-B3 domain of human and Macaca fascicularis CEACAM5 proteins; and b) does not significantly cross-react with human CEACAM1, human CEACAM6, human CEACAM7, human CEACAM8, Macaca fascicularis CEACAM1, Macaca fascicularis CEACAM6, and Macaca fascicularis CEACAM8.
A luggage article, comprising: first and second adjacent panels (108, 104) defining two faces of the luggage article; third and fourth adjacent panels (106, 102) opposing the first and the second adjacent panels (108, 104), respectively; fifth and sixth opposing panels (110, 112) adjacent to the first, the second, the third, or the fourth panels (108, 104, 106, 102); and the first, the second, the third, the fourth, the fifth, and the six panels (108, 104, 106, 102, 110, 112) together forming an article defining an enclosed space; wherein: the first panel is a side panel; the first panel defining a groove adjacent to the periphery thereof; and a frame structure having a first frame member defining a ring structure positioned about the periphery of the first panel. first and second adjacent panels (108, 104) defining two faces of the luggage article; third and fourth adjacent panels (106, 102) opposing the first and the second adjacent panels (108, 104), respectively; fifth and sixth opposing panels (110, 112) adjacent to the first, the second, the third, or the fourth panels (108, 104, 106, 102); and the first, the second, the third, the fourth, the fifth, and the six panels (108, 104, 106, 102, 110, 112) together forming an article defining an enclosed space; wherein: the first panel is a side panel; the first panel defining a groove adjacent to the periphery thereof; and a frame structure having a first frame member defining a ring structure positioned about the periphery of the first panel. the first panel is a side panel; the first panel defining a groove adjacent to the periphery thereof; and a frame structure having a first frame member defining a ring structure positioned about the periphery of the first panel.
A gasket for an internal combustion engine, the gasket being insertable into an insertion groove formed in one of mating surfaces (51, 50) of a cylinder head and a head cover which constitute a part of an engine main body and are joined to each other, the gasket being capable of being clamped between the cylinder head and the head cover so that the gasket is in close contact with the other of the mating surfaces (51, 50) of the cylinder head and the head cover, wherein the gasket comprises an insertion portion and a flange portion which are integrally formed, the insertion portion being insertable into the insertion groove with one end part of the insertion portion being in contact with a closed end wall of the insertion groove, the flange portion continued from another end part of the insertion portion and coming into close contact with the other mating surface, the flange portion including: an inner flange section extending toward an inner side of the cylinder head and the head cover, when the insertion portion is inserted into the insertion groove, from a virtual line which passes through a widthwise center of the insertion portion and in parallel with a clamping direction of the gasket; and an outer flange section extending toward an outer side of the cylinder head and the head cover, when the insertion portion is inserted into the insertion groove, from the virtual line, and an extension length of the inner flange section from the virtual line is set to be larger than an extension length of the outer flange section from the virtual line, characterized in that when the gasket is in a state of being clamped between the cylinder head and the head cover the inner flange section is provided with a first inner seal protrusion protruding toward the other mating surface, the outer flange section is provided with an outer seal protrusion protruding toward the other mating surface, distances (L3, L4) between the virtual line, and the first inner seal protrusion and the outer seal protrusion are set to be substantially equal to each other, and a distance from the first inner seal protrusion to a tip end of the inner flange section is set to be larger than a distance from the outer seal protrusion to a tip end of the outer flange section, a tip end part of the inner flange section is provided with a second inner seal protrusion protruding toward the other mating surface, and a recess portion recessed in a direction away from the other mating surface is formed in the inner flange section between the first inner seal protrusion and the second inner seal protrusion.
Nuclear fuel assembly of the type comprising nuclear fuel rods and a supporting skeleton having two nozzles (7, 9), guide tubes interconnecting the nozzles, and grids for holding the rods, which holding grids are secured to the guide tubes, the assembly further comprising at least one lattice device disposed between two holding grids and secured to the guide tubes, characterized in that the lattice device is a device for reinforcing the support skeleton, wherein the lattice reinforcing device does not have means for mixing a cooling fluid that is intended to flow through the nuclear fuel assembly.
Motor vehicle consisting of a front bumper top beam, such top beam having at least one opening which is designed to allow an air flow from the front of the vehicle to pass under the cover, and the vehicle also having at least one control device of the entry of that air flow, the vehicle being characterized as the control device(s) 7) each comprises a bracket which forms a duct oriented according to the longitudinal axis of the vehicle and positioned in the front of the upper bumper beam so as to lead to at least one of the openings, and a movable panel between an opening position and an obstruction position of that duct.