mhurhangee/patent-ind-claim-en huggingface dataset:
An expansion pipe joint that absorbs displacement occurring at a connection portion between an upstream pipe and a downstream pipe where a powdery and/or granular conveyed object is conveyed by gravity, the expansion pipe joint comprising: an outer tube having a downstream end adapted to be coupled to the downstream pipe ; an inner tube that is inserted into the outer tube and has an upstream end adapted to be coupled to the upstream pipe ; and a closing member having elasticity that is provided between an upstream end of the outer tube and the upstream end of the inner tube so as to close a gap between them, wherein a position in an axial direction (X) of the upstream end of the outer tube and a position in the axial direction (X) of the upstream end of the inner tube are substantially the same, wherein the outer tube has an upper flange provided at the upstream end of the outer tube, a lower flange provided at the downstream end of the outer tube and having a smaller inner diameter than the upper flange , and a body having a tapered shape and connecting the upper flange and the lower flange , and wherein a position in the axial direction (X) of a downstream end of the inner tube is slightly upstream of a position in the axial direction (X) of the lower flange of the outer tube . an outer tube having a downstream end adapted to be coupled to the downstream pipe ; an inner tube that is inserted into the outer tube and has an upstream end adapted to be coupled to the upstream pipe ; and a closing member having elasticity that is provided between an upstream end of the outer tube and the upstream end of the inner tube so as to close a gap between them, wherein a position in an axial direction (X) of the upstream end of the outer tube and a position in the axial direction (X) of the upstream end of the inner tube are substantially the same, wherein the outer tube has an upper flange provided at the upstream end of the outer tube, a lower flange provided at the downstream end of the outer tube and having a smaller inner diameter than the upper flange , and a body having a tapered shape and connecting the upper flange and the lower flange , and wherein a position in the axial direction (X) of a downstream end of the inner tube is slightly upstream of a position in the axial direction (X) of the lower flange of the outer tube .
Method for generating an object that was not found in a cache , in a data processing system with a regenerative cache system having the cache , where the object is formed by multiple components , the method comprising: locating at least one component that is related to the object , the at least one component including a component tag and a component payload , the component payload including information related to the object , and the at least one component being present in either the cache or a storage device ; upon a determination that there are insufficient components to generate the object based on a syntax of a file structure, locating at least a further component that is related to the object in either of the cache , the storage device , or another storage system, the at least further component including a second component tag and a second component payload , the second component payload at least including additional object information; the method further being characterized by comprising constructing by the regenerative cache system the object based on an object request identifying a particular ordering of the components at least from the at least one and further components , constructing the object being based on said particular ordering, and storing the object in the cache . locating at least one component that is related to the object , the at least one component including a component tag and a component payload , the component payload including information related to the object , and the at least one component being present in either the cache or a storage device ; upon a determination that there are insufficient components to generate the object based on a syntax of a file structure, locating at least a further component that is related to the object in either of the cache , the storage device , or another storage system, the at least further component including a second component tag and a second component payload , the second component payload at least including additional object information; the method further being characterized by comprising constructing by the regenerative cache system the object based on an object request identifying a particular ordering of the components at least from the at least one and further components , constructing the object being based on said particular ordering, and storing the object in the cache .
A living, three-dimensional tissue construct comprising: at least one adherent cell type, the at least one adherent cell type cohered and fused to form a living, three-dimensional laminar tissue construct, the at least one adherent cell type comprising endothelial cells, the tissue construct having a multi-layered architecture which is not a vascular tube, wherein one or more layers of the tissue construct comprise microvascular components, the tissue construct for in vitro use, provided that the tissue construct is secured to a biocompatible surface on one or more sides, and at least one component of the tissue construct is bioprinted by extrusion of a semi-solid or solid bio-ink comprising a plurality of cells, and the tissue construct is substantially free of pre-formed scaffold at the time of bioprinting and at the time of use.
An aluminum alloy material having an alloy composition consisting of Mg: 0.50% by mass or more and 6.0% by mass or less, Fe: 0% by mass or more and 1.50% by mass or less, Si: 0% by mass or more and 0.15% by mass or less, one or more selected from Cu, Ag, Zn, Ni, Ti, Co, Au, Mn, Cr, V, Zr and Sn: 0% by mass or more and 2.0% by mass or less in total, with the balance being Al and inevitable impurities, characterized in that the aluminum alloy material has a fibrous metallographic structure in which crystal grains extend so as to be aligned in one direction, and an average value of sizes perpendicular to longitudinal direction of the crystal grains is 310 nm or less in a cross section parallel to the one direction. characterized in that the aluminum alloy material has a fibrous metallographic structure in which crystal grains extend so as to be aligned in one direction, and an average value of sizes perpendicular to longitudinal direction of the crystal grains is 310 nm or less in a cross section parallel to the one direction.
A method for adaptive location perturbation, comprising: adaptively selecting , by a processing resource of a mobile device executing instructions stored on a non-transitory medium, between a plurality of localization technologies that have differing magnitudes of location measurement error to perturb a location measurement of the mobile device ; wherein the selecting comprises context-aware selecting to increase perturbation of the location measurement of the mobile device in a selected location by probabilistically selecting between the plurality of localization technologies for at least one location measurement based upon an adaptively assigned percent chance that each of the localization technologies will be selected; adaptively switching between the plurality of localization technologies to perturb at least one of a plurality of locations measured by the plurality of localization technologies during transit of a trajectory by the mobile device, and sending the perturbed location measurement of the mobile device to a location-based service provider . adaptively selecting , by a processing resource of a mobile device executing instructions stored on a non-transitory medium, between a plurality of localization technologies that have differing magnitudes of location measurement error to perturb a location measurement of the mobile device ; wherein the selecting comprises context-aware selecting to increase perturbation of the location measurement of the mobile device in a selected location by probabilistically selecting between the plurality of localization technologies for at least one location measurement based upon an adaptively assigned percent chance that each of the localization technologies will be selected; adaptively switching between the plurality of localization technologies to perturb at least one of a plurality of locations measured by the plurality of localization technologies during transit of a trajectory by the mobile device, and sending the perturbed location measurement of the mobile device to a location-based service provider .
A wheel positioning system, comprising a three-dimensional target , an image acquisition device , and a processing system , characterized in that : the three-dimensional target is attached to a wheel , the vision range of the image acquisition device faces the three-dimensional target , and the image acquisition device is electrically connected to the processing system ; wherein the three-dimensional target comprises a base body ; the base body is provided with at least three target surfaces, and the at least three target surfaces are all in different planes; the at least three target surfaces are each provided with target elements , the spatial positional relationship between the target elements is known, and the geometric properties of the target elements are known; the at least three target surfaces face the image acquisition device ; the image acquisition device is configured to acquire images of the target elements of two of the target surfaces in the at least three target surfaces, wherein two of the target surfaces are a group of calculation units; and the processing system is configured to calculate at least two pieces of wheel positioning information according to the images of the target elements of at least two groups of calculation units, compare whether the at least two pieces of wheel positioning information are consistent, and determine the position of the wheel according to the wheel positioning information if the at least two pieces of wheel positioning information are consistent. the three-dimensional target is attached to a wheel , the vision range of the image acquisition device faces the three-dimensional target , and the image acquisition device is electrically connected to the processing system ; wherein the three-dimensional target comprises a base body ; the base body is provided with at least three target surfaces, and the at least three target surfaces are all in different planes; the at least three target surfaces are each provided with target elements , the spatial positional relationship between the target elements is known, and the geometric properties of the target elements are known; the at least three target surfaces face the image acquisition device ; the image acquisition device is configured to acquire images of the target elements of two of the target surfaces in the at least three target surfaces, wherein two of the target surfaces are a group of calculation units; and the processing system is configured to calculate at least two pieces of wheel positioning information according to the images of the target elements of at least two groups of calculation units, compare whether the at least two pieces of wheel positioning information are consistent, and determine the position of the wheel according to the wheel positioning information if the at least two pieces of wheel positioning information are consistent.
Positioning device for positioning a tool at a specified position (Xref) on a two-dimensional substrate in an X-Y plane, which tool exerts a process force (F) in its axial direction (Z) at right angles to the substrate , wherein the positioning device is embodied in a portal design, having two parallel linear guides (FX1, FX2) having integrated linear drives that each hold an X carriage (LX1, LX2) so that it is mobile in a first direction (X), and having a crossbar (FY), connected to the two X carriages (LX1, LX2), that holds a Y carriage (LY) so that it is mobile in the second direction (Y), which is perpendicular to the first direction (X), by means of an integrated linear drive, and having a tool holder that is guided on the Y carriage (LY) in the direction (Z), which is perpendicular to the first and second directions (X, Y), and carries the tool for working on the substrate arranged in the X-Y plane, characterized in that the tool is equipped with a multicomponent force sensor for measuring unwanted process force components (Fx) in the lateral direction (X, Y) that arise as a result of a slight tilt of the substrate relative to its specified orientation parallel to the X-Y plane, and in that the specified position (Xref) of the tool is corrigible by compensating movements of the linear drives of the positioning device such that the lateral process force components (Fx) are minimized, wherein, during the compensating movements, a tool tip maintains its position on the substrate , so that an axis of the tool is inclined about a joint in accordance with the tilt of the substrate , and therefore the tool and the substrate are at right angles to one another.
Undershot gate system to control flow of liquid through an open channel or pipe , said system including a gate leaf adapted to be raised and lowered by a control means to allow flow of liquid along said open channel or pipe , a plurality of pairs of acoustic transducers forming an acoustic array on opposing sides of the open channel or pipe to provide, in use, a plurality of multiple planes of crossed acoustic path for measurements of flow velocity through the gate opening , characterised in that the gate leaf includes a flow diverter at an end of the gate leaf to guide liquid under said gate leaf and through the gate opening when the gate leaf is in an open position and a means to measure the height of the opening of the gate leaf.
A modular casing manifold of a gas turbine engine , wherein the gas turbine engine comprises a plurality of turbine blades , wherein the modular casing manifold is arranged downstream of the turbine blades and configured to enable a cooling fluid to cool the turbine blades , the modular casing manifold comprising: an inner plate having an annular shape and extending axially; an outer plate having an annular shape and extending axially; a forward plate having an annular shape and extending radially, wherein the forward plate is attached to the inner plate and the outer plate at forward end; an aft plate having an annular shape and extending radially; a plurality of preswirler segments ; wherein at least a number of the preswirler segments are configured to be attachable to and removable from the forward plate for enabling the cooling fluid to cool the turbine blades after removal of the at least number of the preswirler segments , characterised in that at least a portion of the aft plate is configured to be attachable to and removable from the inner plate and the outer plate at aft end for enabling the cooling fluid to flow into the modular casing manifold by removal of the portion of the aft plate . an inner plate having an annular shape and extending axially; an outer plate having an annular shape and extending axially; a forward plate having an annular shape and extending radially, wherein the forward plate is attached to the inner plate and the outer plate at forward end; an aft plate having an annular shape and extending radially; a plurality of preswirler segments ; wherein at least a number of the preswirler segments are configured to be attachable to and removable from the forward plate for enabling the cooling fluid to cool the turbine blades after removal of the at least number of the preswirler segments , characterised in that at least a portion of the aft plate is configured to be attachable to and removable from the inner plate and the outer plate at aft end for enabling the cooling fluid to flow into the modular casing manifold by removal of the portion of the aft plate .
An information processing system comprising a main unit , a first controller device and a second controller device , wherein: the main unit includes a display ; the first controller device is configured to be removably attached to the main unit, and the first controller device is configured to transmit first operation data representing an operation performed on the first controller device to the main unit, irrespective of whether the first controller device is attached to the main unit; the second controller device is configured to be removably attached to the main unit, and the second controller device is configured to transmit second operation data representing an operation performed on the second controller device to the main unit, irrespective of whether the second controller device is attached to the main unit, a first sensing unit configured to sense attachment of the first controller device to the main unit; a second sensing unit configured to sense attachment of the second controller device to the main unit; and the main unit registers, as a set, the first controller device and the second controller device based on a sensing result from the first sensing unit and a sensing result from the second sensing unit; wherein, the main unit is configured to display, on the display, an execution result of an information process based on the first operation data transmitted from the first controller device and the second operation data transmitted from the second controller device. the main unit includes a display ; the first controller device is configured to be removably attached to the main unit, and the first controller device is configured to transmit first operation data representing an operation performed on the first controller device to the main unit, irrespective of whether the first controller device is attached to the main unit; the second controller device is configured to be removably attached to the main unit, and the second controller device is configured to transmit second operation data representing an operation performed on the second controller device to the main unit, irrespective of whether the second controller device is attached to the main unit, a first sensing unit configured to sense attachment of the first controller device to the main unit; a second sensing unit configured to sense attachment of the second controller device to the main unit; and the main unit registers, as a set, the first controller device and the second controller device based on a sensing result from the first sensing unit and a sensing result from the second sensing unit; wherein, the main unit is configured to display, on the display, an execution result of an information process based on the first operation data transmitted from the first controller device and the second operation data transmitted from the second controller device.
A spherical plain bearing comprising: an outer member with an inner engagement surface configured or contoured to slidingly engage or receive a correspondingly configured or contoured outer engagement surface of an inner member , an axially split outer race having a first outer race member and a second outer race member that form an annular ring or outer member with a concave spherical interior surface; an activation member or inner member having a convex spherical exterior surface rotatable from a first position to a second position, the activation member at least partially disposed in the annular ring ; and at least one locking feature defined by the first outer race member , the second outer race member and the activation member , the outer race members (102, 202; 104, 204) having at least one circumferential interlocking indentation and tab projection , the at least one locking feature having an unlocked position and a locked position, the unlocked position corresponding to the first position of the activation member and the locked position corresponding to the second position of the activation member , characterized in that the tab projections are configured to exhibit a slight interference "i" with the activation member , the interference "i" is determined by the following relationship: i = D k − D o / 2 1 − cos γ where "i" is the interference; "D k " is the outer diameter of the activation member ; "D o " is the inner diameter of the outer member (or a section thereof); and "γ" is the actual circumferential tab angle of the tab projection . an outer member with an inner engagement surface configured or contoured to slidingly engage or receive a correspondingly configured or contoured outer engagement surface of an inner member , an axially split outer race having a first outer race member and a second outer race member that form an annular ring or outer member with a concave spherical interior surface; an activation member or inner member having a convex spherical exterior surface rotatable from a first position to a second position, the activation member at least partially disposed in the annular ring ; and at least one locking feature defined by the first outer race member , the second outer race member and the activation member , the outer race members (102, 202; 104, 204) having at least one circumferential interlocking indentation and tab projection , the at least one locking feature having an unlocked position and a locked position, the unlocked position corresponding to the first position of the activation member and the locked position corresponding to the second position of the activation member , characterized in that the tab projections are configured to exhibit a slight interference "i" with the activation member , the interference "i" is determined by the following relationship: i = D k − D o / 2 1 − cos γ where "i" is the interference; "D k " is the outer diameter of the activation member ; "D o " is the inner diameter of the outer member (or a section thereof); and "γ" is the actual circumferential tab angle of the tab projection .
An aerosol generator comprising: an aperture plate comprising a circumferential rim and a support for the aperture plate, wherein the support is annular, and the aperture plate rim overlaps an internal edge of the annular support, a vibration generator mounted on the annular support radially outwardly of the aperture plate, and wherein the aperture plate is bonded to the support by an adhesive, characterized in that , said adhesive is anchored in anchor grooves in the aperture plate, the anchor grooves are in the circumferential rim having a circumferential aperture plate edge, and in that the anchor grooves are radially arranged in said aperture plate rim. an aperture plate comprising a circumferential rim and a support for the aperture plate, wherein the support is annular, and the aperture plate rim overlaps an internal edge of the annular support, a vibration generator mounted on the annular support radially outwardly of the aperture plate, and wherein the aperture plate is bonded to the support by an adhesive, characterized in that , said adhesive is anchored in anchor grooves in the aperture plate, the anchor grooves are in the circumferential rim having a circumferential aperture plate edge, and in that the anchor grooves are radially arranged in said aperture plate rim.
A system for covering a skirting board , with a plurality of profile strips which can be arranged adjacent to one another, each of which is designed with a first vertical leg for covering a front side of the skirting board and a second leg adjoining the same at an angle for covering a top side of the skirting board, and with at least one connecting cap which is designed to connect and overlap edge portions of the second legs which can be arranged adjacent to one another, the second legs and the at least one connecting cap each having a web which, together with the respective first vertical leg , form an insertion channel for a covering for covering the first vertical leg , the first vertical leg being formed from two parts which are movable relative to one another, and a variable overall vertical extent being achievable by virtue of the relative mobility of the two parts.