mhurhangee/ep-ind-claims huggingface dataset:
An image sensor inspection device, comprising: a tubular body; a lens mounted in the tubular body; a lighting assembly disposed within the tubular body, wherein the lighting assembly is configured such that light is directed radially inward to illuminate an image sensor disposed in a camera body; and a camera mating portion disposed on an end of the tubular body, wherein the camera mating portion is configured to mate with a lens interface of the camera body; the inspection device being characterized in that: the camera mating portion includes a plurality of concentric flanges (48, 44) configured to couple to a plurality of configurations of camera lens interface; and the camera mating portion comprises a first flange having a first diameter and a second flange having a second diameter different to the first diameter, the first flange sized to mate with a first lens interface and the second flange sized to mate with a second lens interface. a tubular body; a lens mounted in the tubular body; a lighting assembly disposed within the tubular body, wherein the lighting assembly is configured such that light is directed radially inward to illuminate an image sensor disposed in a camera body; and a camera mating portion disposed on an end of the tubular body, wherein the camera mating portion is configured to mate with a lens interface of the camera body; the inspection device being characterized in that: the camera mating portion includes a plurality of concentric flanges (48, 44) configured to couple to a plurality of configurations of camera lens interface; and the camera mating portion comprises a first flange having a first diameter and a second flange having a second diameter different to the first diameter, the first flange sized to mate with a first lens interface and the second flange sized to mate with a second lens interface.
Method for producing a grid-like beam collimator by printing, wherein a suspension comprising a binder and metal particles is printed in several stacked layers for building a layer stack with a grid structure with a number of crossing webs, characterized in that the binder is removed from the layer stack, whereupon a curable liquid stiffening material is applied at least on the surface of the grid structure, which stiffening material is cured after the application.
A method, comprising: a stereoscopic or autostereoscopic display displaying virtual layers (2a, 2b, 2c) at different apparent distances from a display surface, detecting presence of an object in close proximity to the display surface, detecting selection of a virtual layer (2a, 2b, 2c) currently associated with the object on the basis of distance of the object to the display surface, in response to detecting a push hovering action by the object comprising the object approaching the display surface after detecting selection of the virtual layer, causing a display operation to change a display mode from a three-dimensional mode to a two-dimensional mode. a stereoscopic or autostereoscopic display displaying virtual layers (2a, 2b, 2c) at different apparent distances from a display surface, detecting presence of an object in close proximity to the display surface, detecting selection of a virtual layer (2a, 2b, 2c) currently associated with the object on the basis of distance of the object to the display surface, in response to detecting a push hovering action by the object comprising the object approaching the display surface after detecting selection of the virtual layer, causing a display operation to change a display mode from a three-dimensional mode to a two-dimensional mode.
Method for producing a carrier component, comprising the steps of: - inserting at least one insert part into an injection mould, - partially encapsulating the insert part to produce an injection-moulded body, wherein a sub-region of the insert part remains exposed in a through-opening, and - introducing a first material of a first sealing element into the through-opening such that a first sub-region of the insert part is covered by the first material and a sub-volume of the through-opening remains free, characterized by - introducing a second material of a second sealing element in a flowable state into the sub-volume of the through-opening, which subsequently cures in the through-opening such that a second sub-region, not covered by the first material, of the insert part is completely covered by the second material of the second sealing element and the insert part is completely enclosed by the first material and the second material, wherein the first material of the first sealing element has a higher viscosity prior to the curing of the material than the second material of the second sealing element. - inserting at least one insert part into an injection mould, - partially encapsulating the insert part to produce an injection-moulded body, wherein a sub-region of the insert part remains exposed in a through-opening, and - introducing a first material of a first sealing element into the through-opening such that a first sub-region of the insert part is covered by the first material and a sub-volume of the through-opening remains free, characterized by - introducing a second material of a second sealing element in a flowable state into the sub-volume of the through-opening, which subsequently cures in the through-opening such that a second sub-region, not covered by the first material, of the insert part is completely covered by the second material of the second sealing element and the insert part is completely enclosed by the first material and the second material, wherein the first material of the first sealing element has a higher viscosity prior to the curing of the material than the second material of the second sealing element.
A display comprising: a substrate including a covered surface; and a reflection layer covering at least part of the covered surface, wherein the reflection layer has an obverse surface including a plurality of first reflection surfaces and a second reflection surface, in a plan view facing the obverse surface of the reflection layer, the first reflection surfaces are substantially square in shape, and the second reflection surface occupies gaps between adjacent ones of the first reflection surfaces, a distance between the first reflection surfaces and the second reflection surface in a thickness direction of the substrate has an extent that the obverse surface of the reflection layer emit colored light by interference between light reflected from the first reflection surfaces and light reflected from the second reflection surface, in a plan view facing the obverse surface of the reflection layer, more than one of the first reflection surfaces are located on each of a plurality of imaginary lines (Lv), and on a straight line intersecting more than one of the imaginary lines (Lv), distances between adjacent ones of the imaginary lines (Lv) have different extents, wherein a direction in which the imaginary lines (Lv) extend is an extending direction, the obverse surface emits diffracted light in the plane that extends in the thickness direction of the substrate and a direction perpendicular to the extending direction. a substrate including a covered surface; and a reflection layer covering at least part of the covered surface, wherein the reflection layer has an obverse surface including a plurality of first reflection surfaces and a second reflection surface, in a plan view facing the obverse surface of the reflection layer, the first reflection surfaces are substantially square in shape, and the second reflection surface occupies gaps between adjacent ones of the first reflection surfaces, a distance between the first reflection surfaces and the second reflection surface in a thickness direction of the substrate has an extent that the obverse surface of the reflection layer emit colored light by interference between light reflected from the first reflection surfaces and light reflected from the second reflection surface, in a plan view facing the obverse surface of the reflection layer, more than one of the first reflection surfaces are located on each of a plurality of imaginary lines (Lv), and on a straight line intersecting more than one of the imaginary lines (Lv), distances between adjacent ones of the imaginary lines (Lv) have different extents, wherein a direction in which the imaginary lines (Lv) extend is an extending direction, the obverse surface emits diffracted light in the plane that extends in the thickness direction of the substrate and a direction perpendicular to the extending direction.
A process for producing a polyurethane resin, comprising: a step (i) of obtaining a prepolymer by adding an alcohol to isocyanate such that a ratio of hydroxyl groups to isocyanato groups of the isocyanate falls into a range of 10 mol% to 20 mol% and reacting the isocyanate with the alcohol in the presence of an acidic phosphoric acid ester and a hindered amine-based compound; a step (ii) of obtaining a polymerizable composition in a manner in which the alcohol is further added to and mixed with the prepolymer at a temperature of equal to or less than 30°C; and a step (iii) of polymerizing the prepolymer and the alcohol contained in the polymerizable composition, wherein the isocyanate is one or more kinds of isocyanate having two or more isocyanato groups, which contains aromatic isocyanate, the alcohol includes one or more kinds of alcohol having two or more hydroxyl groups, and in the alcohol, a ratio of secondary hydroxyl groups to a total molar number of primary and secondary hydroxyl groups is equal to or greater than 50 mol%. a step (i) of obtaining a prepolymer by adding an alcohol to isocyanate such that a ratio of hydroxyl groups to isocyanato groups of the isocyanate falls into a range of 10 mol% to 20 mol% and reacting the isocyanate with the alcohol in the presence of an acidic phosphoric acid ester and a hindered amine-based compound; a step (ii) of obtaining a polymerizable composition in a manner in which the alcohol is further added to and mixed with the prepolymer at a temperature of equal to or less than 30°C; and a step (iii) of polymerizing the prepolymer and the alcohol contained in the polymerizable composition, wherein the isocyanate is one or more kinds of isocyanate having two or more isocyanato groups, which contains aromatic isocyanate, the alcohol includes one or more kinds of alcohol having two or more hydroxyl groups, and in the alcohol, a ratio of secondary hydroxyl groups to a total molar number of primary and secondary hydroxyl groups is equal to or greater than 50 mol%.
A filter cartridge for jugs, comprising: - a first chamber in which there is provided filtering material which is able to filter water or liquids in general and in which there are defined an inlet and an outlet in order to allow the passage of water through the first chamber in contact with the filtering material, - a second chamber which communicates with the first chamber in order to collect the water being discharged from the first chamber, in which there is defined an opening for discharging the water from the cartridge, characterized in that - a discharge opening is provided in the second chamber on a stopper removably closing a base of the second chamber. - a first chamber in which there is provided filtering material which is able to filter water or liquids in general and in which there are defined an inlet and an outlet in order to allow the passage of water through the first chamber in contact with the filtering material, - a second chamber which communicates with the first chamber in order to collect the water being discharged from the first chamber, in which there is defined an opening for discharging the water from the cartridge, characterized in that - a discharge opening is provided in the second chamber on a stopper removably closing a base of the second chamber.
A method of thermal treatment of material in a reactor with a high-temperature chamber and with a self-crucible wall (14, 16, 18, 20) including at least one step of determination of the liquidus temperature T liq of the ashes (18, 20) derived from the treated material, where the operating temperature of the reactor T fonc in its steady state is then chosen such that T fonc > T liq and T fonc is chosen such that 30°C ≤ (T fonc -T liq) ≤ 100°C.
A water soluble cross-linked block copolymer characterized in that it contains block copolymers cross-linked together using a cross-linking agent, and wherein i. each of the block copolymers contain a first block and a second block, and the first and the second block are formed from different monomer compositions, ii. the first and second blocks are linked together with a molecular spacer derived from a bifunctional initiator used during the polymerization of said blocks, and iii. the monomer compositions used in forming the first and second blocks contain one or more monomers selected from a group comprising water-soluble non-ionic, cationic or anionic (meth)acrylic monomers, cationic non-acrylic monomers, itaconic acid, and N-vinylformamide, and derivatives thereof. i. each of the block copolymers contain a first block and a second block, and the first and the second block are formed from different monomer compositions, ii. the first and second blocks are linked together with a molecular spacer derived from a bifunctional initiator used during the polymerization of said blocks, and iii. the monomer compositions used in forming the first and second blocks contain one or more monomers selected from a group comprising water-soluble non-ionic, cationic or anionic (meth)acrylic monomers, cationic non-acrylic monomers, itaconic acid, and N-vinylformamide, and derivatives thereof.
A device for making chop cuts in longitudinal workpieces made of wood, with at least one sawing station which features at least one chop saw and which is arranged downstream of at least one transport device, by means of which the workpieces are supplied to the sawing station wherein at least one transport unit (12, 13), to which the workpieces are transferred, is located in said sawing station and features a drive separate from the transport device, characterised in that the transport device and the transport unit (12, 13) of the sawing station are, in the longitudinal direction of the longitudinal workpieces, arranged one behind the other in such a way that the workpieces are transported in their longitudinal direction, in that the transport device at its end facing the sawing station and its transport unit (12, 13) is provided with a retaining/accumulating unit which can be driven independently of the transport element of the transport device and exerts a smaller supply speed on the workpieces than the transport element, so that the workpieces at the front end of the transport element of the transport device in the direction of transporting are accumulated in such a way that following workpieces with their end faces in contact with each other form a line, that between the retaining/accumulating unit and the sawing station at least one transfer transport element is provided, which comprises at least one transport element, the drive of which, independently or mechanically coupled with a transmission into fast, is controlled/adjusted by the drive of the retaining/accumulating unit and which transfers the workpieces in their longitudinal direction from the retaining/accumulating unit to the transport unit (12, 13) of the sawing station, and in that the drives of the transport element of the transport device, of the transport element of the transfer transport device, of the retaining/ accumulating unit and of the chap saw are connected to a control unit which controls/regulates the chop saw as well as the drives as a function of a stored cutting list which contains the length dimensions and the poor wood qualities and/or wood defects of the workpieces.
A plastic propeller fan including a hub and a plurality of blades integrally molded in a radial pattern on the outer circumference of the hub, the propeller fan comprising: a cylindrical ring member (10,20) that joins the plurality of blades together, wherein, assuming that the radial size of each blade from the base to the outer peripheral edge is 100, the cylindrical ring member is provided at a dimension position of 5 to 45 from the outer peripheral edge, wherein the cylindrical ring member is in the form of a cylinder having a fixed width in the axial direction, wherein the propeller fan is formed such that a manufacturing molding die can be provided with parting lines between adjacent blades and divided into a metal mold that molds a positive pressure surface side and a metal mold that molds a negative pressure surface side, with the blades therebetween, wherein the cylindrical ring member is provided with a draft angle toward an air outflow end of the cylindrical ring member at the positive pressure surface side and a draft angle toward an air inflow end of the cylindrical ring member at a negative pressure surface side; and wherein the wall thickness of the cylindrical ring member is such that no thickness level difference is formed on the outer circumferential surface side and the inner circumferential surface side of the ring member at the air inflow end side; wherein the plastic propeller fan is characterized in that the thickness level differences of the wall of the cylindrical ring member at the air outflow end side caused by the difference in draft angles are concentrated at the inner circumferential surface side of the ring member. a cylindrical ring member (10,20) that joins the plurality of blades together, wherein, assuming that the radial size of each blade from the base to the outer peripheral edge is 100, the cylindrical ring member is provided at a dimension position of 5 to 45 from the outer peripheral edge, wherein the cylindrical ring member is in the form of a cylinder having a fixed width in the axial direction, wherein the propeller fan is formed such that a manufacturing molding die can be provided with parting lines between adjacent blades and divided into a metal mold that molds a positive pressure surface side and a metal mold that molds a negative pressure surface side, with the blades therebetween, wherein the cylindrical ring member is provided with a draft angle toward an air outflow end of the cylindrical ring member at the positive pressure surface side and a draft angle toward an air inflow end of the cylindrical ring member at a negative pressure surface side; and wherein the wall thickness of the cylindrical ring member is such that no thickness level difference is formed on the outer circumferential surface side and the inner circumferential surface side of the ring member at the air inflow end side; wherein the plastic propeller fan is characterized in that the thickness level differences of the wall of the cylindrical ring member at the air outflow end side caused by the difference in draft angles are concentrated at the inner circumferential surface side of the ring member.
A method of processing interference in a waveform received at a device in a wireless network, the received interference comprising non-linear products generated from at least a first signal (C 1) at a first carrier frequency (f 1) and a second signal (C 2) at a second carrier frequency (f 2), the method comprising: generating a complex composite baseband signal comprising at least the first and second signal at baseband, the first signal (C 1) at baseband occupying a first frequency range within a composite baseband frequency range, and the second signal (C 2) at baseband occupying a second frequency range within the composite baseband frequency range, the first frequency range not overlapping the second frequency range, by frequency shifting at least one of the first and second signals within the composite baseband frequency range; configuring the difference in frequency between the centre of the first frequency range and the centre of the second frequency range to be different from the difference in frequency between the first carrier frequency (f 1) and the second carrier frequency (f 2); processing the complex composite baseband signal by applying at least a first non-linear function to generate simulated interference comprising at least one simulated non-linear product; and processing the received interference in dependence on said simulated interference. generating a complex composite baseband signal comprising at least the first and second signal at baseband, the first signal (C 1) at baseband occupying a first frequency range within a composite baseband frequency range, and the second signal (C 2) at baseband occupying a second frequency range within the composite baseband frequency range, the first frequency range not overlapping the second frequency range, by frequency shifting at least one of the first and second signals within the composite baseband frequency range; configuring the difference in frequency between the centre of the first frequency range and the centre of the second frequency range to be different from the difference in frequency between the first carrier frequency (f 1) and the second carrier frequency (f 2); processing the complex composite baseband signal by applying at least a first non-linear function to generate simulated interference comprising at least one simulated non-linear product; and processing the received interference in dependence on said simulated interference.