mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: capturing, via a camera, an initial image of the field of view from an initial camera pose, wherein the camera comprises a display; determining that an obstruction is observable in the field of view, wherein the obstruction is caused by an occluding object in the foreground of the field of view; determining, based on the obstruction, at least one desired camera pose, wherein the at least one desired camera pose comprises at least one desired position of the camera; providing, via the display, a capture interface, wherein the capture interface comprises instructions corresponding to moving the camera to the at least one desired camera pose; capturing, via the camera, at least one further image of the field of view; and processing the captured images to provide at least one background image of the field of view, wherein at least a portion of the obstruction is not present in the background image; and wherein determining that an obstruction is observable comprises using motion parallax to determine a different motion pattern of a background layer and a foreground layer of the field of view. capturing, via a camera, an initial image of the field of view from an initial camera pose, wherein the camera comprises a display; determining that an obstruction is observable in the field of view, wherein the obstruction is caused by an occluding object in the foreground of the field of view; determining, based on the obstruction, at least one desired camera pose, wherein the at least one desired camera pose comprises at least one desired position of the camera; providing, via the display, a capture interface, wherein the capture interface comprises instructions corresponding to moving the camera to the at least one desired camera pose; capturing, via the camera, at least one further image of the field of view; and processing the captured images to provide at least one background image of the field of view, wherein at least a portion of the obstruction is not present in the background image; and wherein determining that an obstruction is observable comprises using motion parallax to determine a different motion pattern of a background layer and a foreground layer of the field of view.
An integrated circuit structure, comprising: a first die; a second die; and an interposer comprising a first plurality of inter-die wires, a second plurality of inter-die wires, and a third plurality of inter-die wires, the second die comprises a first base unit and a second base unit; and wherein the first plurality of inter-die wires in the interposer couple the first die to the first base unit, and the second plurality of inter-die wires couple the first die to the second base unit, characterized in that each of the first base unit and the second base unit is self-contained and no signals pass between the first base unit and the second base unit within the second die; and the third plurality of inter-die wires couple the first base unit to the second base unit.
A triblock copolymer represented by General Formula: CNR-PEG-CNR or a salt thereof, wherein each CNR is independently a polymer segment having a repeating unit containing, as part of a pendant group, a cyclic nitroxide radical that binds to the polymer main chain via a linking group having at least one imino group or ether bond, and PEG is a segment containing poly(ethylene glycol).
Metering unit for a distribution machine, in particular in the form of a spreader and/or seeder, with a rotationally driven cam roller, between the cam peaks of which, which are arranged next to one another in the axial direction, axial intermediate spaces are formed, and which is mounted in a metering housing having an inlet arranged on its upper side and an outlet arranged on its lower side, characterized in that the cam roller is sealed off on the inlet side from a side wall of the metering housing by means of a sealing device, wherein the sealing device extends in the axial direction of the cam roller and has a plurality of sealing elements which extend, on the one hand, at least as far as the free end of the cam peaks of the cam roller and extend, on the other hand, at least as far as the base of the intermediate spaces arranged between cam peaks, which are adjacent in the axial direction, of the cam roller.
A laboratory system to handle laboratory sample tube racks, comprising - a storage section with a plurality of shelves for storing a plurality of storage racks; the storage section further comprising - a disposal unit for disposing sample tubes from the storage racks; and - a robotic transfer system; the robotic transfer system being designed to load storage racks into the storage section, to retrieve storage racks from the storing section and to bring storage racks to the disposal unit after a given storage time has elapsed where the sample tubes contained in the storage rack are removed simultaneously by gravity from the storage rack into the disposal unit. - a storage section with a plurality of shelves for storing a plurality of storage racks; the storage section further comprising - a disposal unit for disposing sample tubes from the storage racks; and - a robotic transfer system; the robotic transfer system being designed to load storage racks into the storage section, to retrieve storage racks from the storing section and to bring storage racks to the disposal unit after a given storage time has elapsed where the sample tubes contained in the storage rack are removed simultaneously by gravity from the storage rack into the disposal unit.
A turbomachine comprising a lubrication circuit with an oil tank, the oil tank comprising: - a chamber for containing the oil; - an inlet and an outlet allowing the oil to enter and exit the chamber respectively; and - sensors (52, 54, 56, 58, 60), arranged in the chamber, in the inlet and/or the outlet; the sensors (52, 54, 56, 58, 60) including a sensor for measuring the electrical resistance of the oil, a temperature sensor for measuring oil temperature, and a sensor for detecting the amount of ferromagnetic debris in the oil, the turbomachine comprising a computing unit receiving the data measured by the sensors (52, 54, 56, 58, 60), wherein the computing unit determines on the basis of the measurements of the sensors (52, 54, 56, 58, 60), at least one of the following: oil quality (q), oil level (n), oil pollution rate (tp), or oil mass (m), the turbomachine being characterized in that it further comprises a blower and a rotational speed sensor for detecting the speed of the blower, which communicates its measurements to the computing unit, the latter determining the remaining operating time (dt) of the turbomachine before running out of oil, based on the rotational speed and the oil mass (m). - a chamber for containing the oil; - an inlet and an outlet allowing the oil to enter and exit the chamber respectively; and - sensors (52, 54, 56, 58, 60), arranged in the chamber, in the inlet and/or the outlet; the sensors (52, 54, 56, 58, 60) including a sensor for measuring the electrical resistance of the oil, a temperature sensor for measuring oil temperature, and a sensor for detecting the amount of ferromagnetic debris in the oil, the turbomachine comprising a computing unit receiving the data measured by the sensors (52, 54, 56, 58, 60), wherein the computing unit determines on the basis of the measurements of the sensors (52, 54, 56, 58, 60), at least one of the following: oil quality (q), oil level (n), oil pollution rate (tp), or oil mass (m), the turbomachine being characterized in that it further comprises a blower and a rotational speed sensor for detecting the speed of the blower, which communicates its measurements to the computing unit, the latter determining the remaining operating time (dt) of the turbomachine before running out of oil, based on the rotational speed and the oil mass (m).
Method for producing a cage for a constant-velocity ball joint, wherein the cage is annular and has cage windows which are arranged spaced apart from one another along a circumferential direction and are intended for guiding balls of the constant-velocity ball joint; wherein each cage window has at least on one side a ball guiding surface facing in an axial direction, the method comprising at least the following steps: a) providing a cage having cage windows; b) applying at least one compressive force via an outer circumferential surface of the cage, facing in a radial direction, in a first region of at least one ball guiding surface of at least one cage window; c) deforming the cage in the first region of the at least one ball guiding surface, so that the at least one ball guiding surface is displaced inwardly in the radial direction with respect to an adjacent second region of the cage. a) providing a cage having cage windows; b) applying at least one compressive force via an outer circumferential surface of the cage, facing in a radial direction, in a first region of at least one ball guiding surface of at least one cage window; c) deforming the cage in the first region of the at least one ball guiding surface, so that the at least one ball guiding surface is displaced inwardly in the radial direction with respect to an adjacent second region of the cage.
A buffer material comprising: cellulose fibers; and a binding material that binds the cellulose fibers, wherein the binding material contains starch and natural wax; a content of the cellulose fibres in the buffer material is 60.0% by mass or greater and 89.0% by mass or less; a content of the natural wax in the buffer material is 0.1% by mass or greater and 25.0% by mass or less; and a content of the starch in the buffer material is 10.0% by mass or greater. cellulose fibers; and a binding material that binds the cellulose fibers, wherein the binding material contains starch and natural wax; a content of the cellulose fibres in the buffer material is 60.0% by mass or greater and 89.0% by mass or less; a content of the natural wax in the buffer material is 0.1% by mass or greater and 25.0% by mass or less; and a content of the starch in the buffer material is 10.0% by mass or greater.
A magnetic levitated pump comprising: a pump casing (2, 3); an impeller housed in the pump casing (2, 3) and configured to be magnetically levitated; a motor configured to rotate the impeller; an electromagnet configured to magnetically support the impeller; wherein the motor and the electromagnet are arranged so as to face each other across the impeller; and the motor is arranged on the opposite side of a suction port of the pump casing (2, 3), characterized in that: a ring-shaped permanent magnet is provided at an axial end portion of the impeller and a ring-shaped permanent magnet is provided at a position, of the pump casing (2, 3), which radially faces the axial end portion of the impeller to allow the permanent magnet at the impeller side and the permanent magnet at the pump casing side to face each other in a radial direction, thereby constructing a permanent magnetic radial repulsive bearing; and the permanent magnetic radial repulsive bearing is arranged at the axial end portion opposite to the suction port side. a pump casing (2, 3); an impeller housed in the pump casing (2, 3) and configured to be magnetically levitated; a motor configured to rotate the impeller; an electromagnet configured to magnetically support the impeller; wherein the motor and the electromagnet are arranged so as to face each other across the impeller; and the motor is arranged on the opposite side of a suction port of the pump casing (2, 3), characterized in that: a ring-shaped permanent magnet is provided at an axial end portion of the impeller and a ring-shaped permanent magnet is provided at a position, of the pump casing (2, 3), which radially faces the axial end portion of the impeller to allow the permanent magnet at the impeller side and the permanent magnet at the pump casing side to face each other in a radial direction, thereby constructing a permanent magnetic radial repulsive bearing; and the permanent magnetic radial repulsive bearing is arranged at the axial end portion opposite to the suction port side. a ring-shaped permanent magnet is provided at an axial end portion of the impeller and a ring-shaped permanent magnet is provided at a position, of the pump casing (2, 3), which radially faces the axial end portion of the impeller to allow the permanent magnet at the impeller side and the permanent magnet at the pump casing side to face each other in a radial direction, thereby constructing a permanent magnetic radial repulsive bearing; and the permanent magnetic radial repulsive bearing is arranged at the axial end portion opposite to the suction port side.
A apparatus (165A-D) comprising: a body (200, 400) having an ingress (202, 402) and an egress (204, 404) for golf balls passing through the body, wherein each of the golf balls includes a radio frequency identification tag; at least one antenna (175, 232, 432) of a radio frequency identification reader, the at least one antenna (175, 232, 432) arranged with respect to the body to receive information from the golf balls for identification of the golf balls; and multiple protrusions (210, 410) located within the body (200, 400), the multiple protrusions (210, 410) being positioned with respect to each other in a Galton configuration that both (i) impedes the golf balls from passing through the body (200, 400) without being read by the radio frequency identification reader, and (ii) allows the golf balls to pass through the body(200, 400) without jamming therein. a body (200, 400) having an ingress (202, 402) and an egress (204, 404) for golf balls passing through the body, wherein each of the golf balls includes a radio frequency identification tag; at least one antenna (175, 232, 432) of a radio frequency identification reader, the at least one antenna (175, 232, 432) arranged with respect to the body to receive information from the golf balls for identification of the golf balls; and multiple protrusions (210, 410) located within the body (200, 400), the multiple protrusions (210, 410) being positioned with respect to each other in a Galton configuration that both (i) impedes the golf balls from passing through the body (200, 400) without being read by the radio frequency identification reader, and (ii) allows the golf balls to pass through the body(200, 400) without jamming therein.
A polyester sheet comprising a polyester, a 4-methyl-1-pentene polymer, and a compatibilizing agent, wherein content proportions of the,, and are 60 to 98.9 parts by mass for, 1 to 25 parts by mass for, and 0.1 to 15 parts by mass for, when a total content of,, and is set as 100 parts by mass, and wherein the satisfies the following requirements (a) to (d): (a) an amount of a constitutional unit derived from 4-methyl-1-pentene, calculated from 13 C-NMR spectra as indicated in the description, is 100 to 90% by mol and a total amount of constitutional units derived from at least one α-olefin selected from ethylene and α-olefins having 3 to 20 carbon atoms (except for 4-methyl-1-pentene, calculated from 13 C-NMR spectra as indicated in the description, is 0 to 10 % by mol; (b) a heat of fusion ΔHm (units: J/g) and a melting point Tm (units: °C) measured by differential scanning calorimetry, measured as indicated in the description, satisfy the following requirements and: Δ Hm ≥ 0.5 × Tm − 76 Melting point Tm: 200 to 260°C; (c) a melt flow rate measured under conditions of 260°C and a 5 kg load in conformity to ASTM D1238 is 0.1 to 500 g/10 min; and (d) a meso diad fraction (m) measured by 13 C-NMR, as indicated in the description, is 98.5 to 100%. (a) an amount of a constitutional unit derived from 4-methyl-1-pentene, calculated from 13 C-NMR spectra as indicated in the description, is 100 to 90% by mol and a total amount of constitutional units derived from at least one α-olefin selected from ethylene and α-olefins having 3 to 20 carbon atoms (except for 4-methyl-1-pentene, calculated from 13 C-NMR spectra as indicated in the description, is 0 to 10 % by mol; (b) a heat of fusion ΔHm (units: J/g) and a melting point Tm (units: °C) measured by differential scanning calorimetry, measured as indicated in the description, satisfy the following requirements and: Δ Hm ≥ 0.5 × Tm − 76 Melting point Tm: 200 to 260°C; (c) a melt flow rate measured under conditions of 260°C and a 5 kg load in conformity to ASTM D1238 is 0.1 to 500 g/10 min; and (d) a meso diad fraction (m) measured by 13 C-NMR, as indicated in the description, is 98.5 to 100%.
A holding unit comprising an internal magnet configured to be implanted under skin of a hearing impaired person; a holding plate configured to be attached to the skin by way of magnetic attraction between an external magnet and the internal magnet, the external magnet being configured to mechanically attach to or integrate within the holding plate and the external magnet comprises an adjusting unit configured to adjust the external magnet within the holding plate for changing the magnetic attraction between the external magnet and the internal magnet; and a transmission member configured to transfer mechanical vibrations from a vibrator through the skin to a bone of the person, wherein the holding plate is mechanically separated from the transmission member by a flexible coupling (20, 44, 48) arranged between the holding plate and the transmission member. an internal magnet configured to be implanted under skin of a hearing impaired person; a holding plate configured to be attached to the skin by way of magnetic attraction between an external magnet and the internal magnet, the external magnet being configured to mechanically attach to or integrate within the holding plate and the external magnet comprises an adjusting unit configured to adjust the external magnet within the holding plate for changing the magnetic attraction between the external magnet and the internal magnet; and a transmission member configured to transfer mechanical vibrations from a vibrator through the skin to a bone of the person, wherein the holding plate is mechanically separated from the transmission member by a flexible coupling (20, 44, 48) arranged between the holding plate and the transmission member.
A series-parallel LC-LC resonant-mode power supply comprising an inductor a transformer, wherein the inductor and the primary winding of the transformer are connected in series and a capacitor is connected in parallel with the primary winding of the transformer, such that during operation the current (I 1) flowing through the inductor is shifted in phase with respect to the current (I 2) flowing through the primary winding of the transformer, characterized in that the inductor and the transformer form an integrated inductor and the main internal winding of the transformer is entirely and coaxially surrounded by a plurality of closed-path magnetic elements (2, 3), at least two of them which are separated by non-magnetic gaps for closing the magnetic flux lines around the main internal winding of the transformer, wherein at least one magnetic element (2, 3) is surrounded by at least one auxiliary external winding of the inductor arranged orthogonally to the main internal winding of the transformer so as to produce mutually orthogonal oriented magnetic inductions in the closed-path magnetic elements (2, 3).
A gas dome structure for a sealed and thermally insulating tank arranged inside a double hull defined by an inner hull and an outer hull; said gas dome structure being intended to pass through the double hull and a ceiling wall of the tank comprising at least one thermally insulating barrier resting against the inner hull and a sealing membrane intended to be in contact with the fluid contained in the tank in such a way as to provide a path for vapor to flow between an inner space of the tank and at least one vapor header (3, 48) arranged outside the tank; the gas dome structure comprising: - an outer drum capable of passing through two openings (18, 19) provided respectively in the outer hull and in the inner hull; - an inner drum that extends inside the outer drum, is secured to said outer drum, is open so as to communicate with the inner space of the tank and comprises a peripheral wall intended to be sealingly connected to the sealing membrane; - an intermediate insulating gap arranged between the inner drum and the outer drum; - the structure being characterized in that the outer drum comprises first and second collars (21, 22) that protrude radially outwards from the outer drum and that are respectively suitable for being welded to the outer hull, around the opening provided in the outer hull, and to the inner hull, around the opening provided in the inner hull. - an outer drum capable of passing through two openings (18, 19) provided respectively in the outer hull and in the inner hull; - an inner drum that extends inside the outer drum, is secured to said outer drum, is open so as to communicate with the inner space of the tank and comprises a peripheral wall intended to be sealingly connected to the sealing membrane; - an intermediate insulating gap arranged between the inner drum and the outer drum; - the structure being characterized in that the outer drum comprises first and second collars (21, 22) that protrude radially outwards from the outer drum and that are respectively suitable for being welded to the outer hull, around the opening provided in the outer hull, and to the inner hull, around the opening provided in the inner hull.
A recip saw blade (300, 400) for use with a powered reciprocating saw, the recip blade comprising a blade body including a cutting edge, and a tang (302, 402) located at one end of the blade body, characterised in that the tang (302, 402) defines an arcuate cross-sectional shape, the cross-sectional shape of the tang defining two arcs (303, 305, 403, 405, 407) laterally spaced and facing in substantially opposite directions relative to each other.