mhurhangee/patent-ind-claim-en huggingface dataset:
A cell culture device , comprising: a cell culture vessel which is approximately a cylindrical body having a flat bottom part at a lower end and a hollow space; a dish-shaped body which is approximately disc-shaped, which has a diameter slightly smaller than a diameter of the approximately cylindrical body as the cell culture vessel , and which includes a central portion including a plurality of through-holes , the dish-shaped body including a plurality of magnetic attraction members made of magnets or ferromagnets arranged at equal intervals at a circumferential portion of the dish-shaped body , the dish-shaped body being arranged horizontally in the hollow space of the cell culture vessel so as not to come into contact with an inner wall of the cell culture vessel ; and an annular body which is approximately ring shaped and configured to move in a vertical direction, the annular body including a plurality of magnetic attraction members made of magnets each corresponding to, and attracting with a magnetic force, associated one of the magnetic attraction members of the dish-shaped body , the annular body being arranged on an outer side of the cell culture vessel so as to position the cell culture vessel within the annular body , the annular body moving upward and causing the dish-shaped body to move upward in conjunction with the upward movement of the annular body due to the magnetic force, and the annular body moving downward and causing the dish-shaped body to move downward in conjunction with the downward movement of the annular body due to the magnetic force. a cell culture vessel which is approximately a cylindrical body having a flat bottom part at a lower end and a hollow space; a dish-shaped body which is approximately disc-shaped, which has a diameter slightly smaller than a diameter of the approximately cylindrical body as the cell culture vessel , and which includes a central portion including a plurality of through-holes , the dish-shaped body including a plurality of magnetic attraction members made of magnets or ferromagnets arranged at equal intervals at a circumferential portion of the dish-shaped body , the dish-shaped body being arranged horizontally in the hollow space of the cell culture vessel so as not to come into contact with an inner wall of the cell culture vessel ; and an annular body which is approximately ring shaped and configured to move in a vertical direction, the annular body including a plurality of magnetic attraction members made of magnets each corresponding to, and attracting with a magnetic force, associated one of the magnetic attraction members of the dish-shaped body , the annular body being arranged on an outer side of the cell culture vessel so as to position the cell culture vessel within the annular body , the annular body moving upward and causing the dish-shaped body to move upward in conjunction with the upward movement of the annular body due to the magnetic force, and the annular body moving downward and causing the dish-shaped body to move downward in conjunction with the downward movement of the annular body due to the magnetic force.
A cover unit for selectively covering lights of a vehicle, comprising: at least a first cover element having a first axial end being coupled to a first driving mechanism , and a second axial end being coupled to a second driving mechanism ; the first driving mechanism and the second driving mechanism being configured to move the first cover element between a closed position and an opened position; each of the first driving mechanism and the second driving mechanism being controlled individually, and comprising: an arm being configured to be rotatively coupled to the structure, at least one drive unit being configured to drive a movement of the arm , and a joint configured to couple the arm to the respective axial end of the first cover element , wherein the joint is configured to allow the first axial end and the second axial end of the first cover element to be moved differently during an opening movement and/or a closing movement, characterized in that the joint is configured to allow a two-axis rotation around both axis being perpendicular to each other and one linear axis movement along an axis not parallel to both rotation axis. at least a first cover element having a first axial end being coupled to a first driving mechanism , and a second axial end being coupled to a second driving mechanism ; the first driving mechanism and the second driving mechanism being configured to move the first cover element between a closed position and an opened position; each of the first driving mechanism and the second driving mechanism being controlled individually, and comprising: an arm being configured to be rotatively coupled to the structure, at least one drive unit being configured to drive a movement of the arm , and a joint configured to couple the arm to the respective axial end of the first cover element , wherein the joint is configured to allow the first axial end and the second axial end of the first cover element to be moved differently during an opening movement and/or a closing movement, characterized in that the joint is configured to allow a two-axis rotation around both axis being perpendicular to each other and one linear axis movement along an axis not parallel to both rotation axis. an arm being configured to be rotatively coupled to the structure, at least one drive unit being configured to drive a movement of the arm , and a joint configured to couple the arm to the respective axial end of the first cover element , wherein the joint is configured to allow the first axial end and the second axial end of the first cover element to be moved differently during an opening movement and/or a closing movement, characterized in that the joint is configured to allow a two-axis rotation around both axis being perpendicular to each other and one linear axis movement along an axis not parallel to both rotation axis.
A method for determining weight on wheels for an aircraft , comprising: receiving , with a processor , signals indicative of Light Detection And Ranging, LIDAR, image information for a landing gear from a LIDAR scanner; evaluating, with the processor , the LIDAR image information against a landing gear model; determining , with the processor , information indicative that the landing gear is locked in response to the evaluating of the LIDAR image information; and determining , with the processor , information indicative that the landing gear is compressed in response to the evaluating of the LIDAR image information against the landing gear model, characterized in that a test is run on the LIDAR scanner to determine operability of the LIDAR scanner for acquiring images of the landing gear , while the aircraft is airborne and prior to approaching a landing zone. receiving , with a processor , signals indicative of Light Detection And Ranging, LIDAR, image information for a landing gear from a LIDAR scanner; evaluating, with the processor , the LIDAR image information against a landing gear model; determining , with the processor , information indicative that the landing gear is locked in response to the evaluating of the LIDAR image information; and determining , with the processor , information indicative that the landing gear is compressed in response to the evaluating of the LIDAR image information against the landing gear model, characterized in that a test is run on the LIDAR scanner to determine operability of the LIDAR scanner for acquiring images of the landing gear , while the aircraft is airborne and prior to approaching a landing zone.
Manual metering device , in particular pipette , having a main body , which has a housing , in which further components, in particular components of a pipetting mechanism , of an ejecting mechanism and/or of a volume-adjustment mechanism , of the manual metering device are arranged, wherein the manual metering device comprises a component carrier , which in the use position is positioned in the housing and on which the components are arranged, wherein the housing has an insertion opening , through which the component carrier can be pushed into its use position in the housing , and wherein the component carrier is fastened within the housing by means of a releasable connection , characterized in that the manual metering device has a holder forming the connecting element of the connection , which holder can be, or is, arranged in the housing and by means of which the component carrier in its use position, in which it has been inserted into the housing , is secured, wherein the holder can be introduced into the housing through a head opening , which is formed in the housing and which is located opposite the insertion opening .
Apparatus for producing a lens in space, the apparatus comprising a feedstock storage module for storing a feedstock a heating module coupled to the feedstock storage module and configured to heat the feedstock; an extrusion nozzle coupled to the heating module and configured to extrude heated feedstock from the apparatus; one or more thrusters configured to provide a propulsive force to the apparatus; a controller configured to control the one or more thrusters so as to control a shape of the lens; a receiver and/or a transmitter ; and wherein the apparatus is substantially cylindrical and is elongate having a longitudinal axis ; characterised in that the one or more thrusters are operable to rotate the apparatus about the longitudinal axis. a feedstock storage module for storing a feedstock a heating module coupled to the feedstock storage module and configured to heat the feedstock; an extrusion nozzle coupled to the heating module and configured to extrude heated feedstock from the apparatus; one or more thrusters configured to provide a propulsive force to the apparatus; a controller configured to control the one or more thrusters so as to control a shape of the lens; a receiver and/or a transmitter ; and wherein the apparatus is substantially cylindrical and is elongate having a longitudinal axis ; characterised in that the one or more thrusters are operable to rotate the apparatus about the longitudinal axis.
A method for dynamically adjusting a resource, comprising: adjusting a routing table according to a preset adjusting rule; buffering a session request message from a service requester; migrating, when the step of adjusting the routing table affects an online service session, the online service session from a source resource indicated by the routing table before the adjustment to a target resource indicated by the adjusted routing table, wherein the step of adjusting the routing table affects the online service session comprises a service resource for the online service session indicated by the adjusted routing table is different from that indicated by the routing table before the adjustment; sending the buffered session request message from the service requester to the target resource according to the adjusted routing table; and routing subsequently received request messages from the service requester according to the adjusted routing table. adjusting a routing table according to a preset adjusting rule; buffering a session request message from a service requester; migrating, when the step of adjusting the routing table affects an online service session, the online service session from a source resource indicated by the routing table before the adjustment to a target resource indicated by the adjusted routing table, wherein the step of adjusting the routing table affects the online service session comprises a service resource for the online service session indicated by the adjusted routing table is different from that indicated by the routing table before the adjustment; sending the buffered session request message from the service requester to the target resource according to the adjusted routing table; and routing subsequently received request messages from the service requester according to the adjusted routing table.
A wirelessly chargeable battery assembly comprising: a first wirelessly chargeable battery structure and a second wirelessly chargeable battery structure, each wirelessly chargeable battery structure comprising: an enclosure symmetrical about an axis, the enclosure having a first end and a second end with a positive terminal (702; 704) on the first end and a negative terminal on the second end; a rechargeable battery ; a magnetic material configured to house the rechargeable battery ; a magnetic resonator configured to receive wireless energy through oscillating magnetic fields and comprising a capacitively-loaded conductor forming a plurality of loops (706; 712), wherein the magnetic material is at least partially encircled by the plurality of loops; wherein the magnetic material and the conductor forming a plurality of loops (706; 712) are positioned asymmetrically in the enclosure with respect to the first and second ends; and wherein the first and second wirelessly chargeable battery structures are predictably positioned in close proximity relative to one another in the assembly and in an antiparallel arrangement with negative and positive terminals (702; 704) opposed. an enclosure symmetrical about an axis, the enclosure having a first end and a second end with a positive terminal (702; 704) on the first end and a negative terminal on the second end; a rechargeable battery ; a magnetic material configured to house the rechargeable battery ; a magnetic resonator configured to receive wireless energy through oscillating magnetic fields and comprising a capacitively-loaded conductor forming a plurality of loops (706; 712), wherein the magnetic material is at least partially encircled by the plurality of loops; wherein the magnetic material and the conductor forming a plurality of loops (706; 712) are positioned asymmetrically in the enclosure with respect to the first and second ends; and wherein the first and second wirelessly chargeable battery structures are predictably positioned in close proximity relative to one another in the assembly and in an antiparallel arrangement with negative and positive terminals (702; 704) opposed.
Light phased array antenna , comprising: a light distributing unit configured to receive light from a laser generator and distribute the received light to a plurality of antenna element waveguides ; a phase modulating unit configured to modulate a phase of light propagated through the antenna element waveguides by applying an electric field to the plurality of antenna element waveguides ; and a light output unit configured to output light modulated in the phase modulating unit , wherein the light distributing unit , the phase modulating unit , and the light output unit include a base part and an optical waveguide provided on the base part and including the plurality of antenna element waveguides , wherein the light output unit is formed by changing a width of the antenna element waveguide , characterized in that the light output unit is formed by providing a plurality of lateral protrusions at both sides of the antenna element waveguide . a light distributing unit configured to receive light from a laser generator and distribute the received light to a plurality of antenna element waveguides ; a phase modulating unit configured to modulate a phase of light propagated through the antenna element waveguides by applying an electric field to the plurality of antenna element waveguides ; and a light output unit configured to output light modulated in the phase modulating unit , wherein the light distributing unit , the phase modulating unit , and the light output unit include a base part and an optical waveguide provided on the base part and including the plurality of antenna element waveguides , wherein the light output unit is formed by changing a width of the antenna element waveguide , characterized in that the light output unit is formed by providing a plurality of lateral protrusions at both sides of the antenna element waveguide .
An apparatus for producing a peripheral groove in an end portion of a metal tube , in particular a metal tube which is to be coated on the inside, the groove being set up for receiving tube connectors, having - a first, rotationally driven roller , - a second, freely rotating roller , the first roller having a roughened or structured surface relative to the second roller , - a pressing device for producing a relative movement between the first and second roller , between a first and a second position, the rollers assuming a first spacing from one another in the first position, which first spacing permits an introduction of a wall of the tube between the rollers , and assuming a smaller, second spacing from one another in the second position, which second spacing is smaller than a material thickness (M) of the wall of the tube, characterized in that in the second position, the first, driven roller is placed against the outer circumferential surface of the tube and adapted to grip the tube from the outside and to rotate it, with the result that a peripheral groove is pressed into the tube in the second position when the first roller is driven, the pressing device being set up to move the first, driven roller transversely with respect to its rotational axis (A). - a first, rotationally driven roller , - a second, freely rotating roller , the first roller having a roughened or structured surface relative to the second roller , - a pressing device for producing a relative movement between the first and second roller , between a first and a second position, the rollers assuming a first spacing from one another in the first position, which first spacing permits an introduction of a wall of the tube between the rollers , and assuming a smaller, second spacing from one another in the second position, which second spacing is smaller than a material thickness (M) of the wall of the tube, characterized in that in the second position, the first, driven roller is placed against the outer circumferential surface of the tube and adapted to grip the tube from the outside and to rotate it, with the result that a peripheral groove is pressed into the tube in the second position when the first roller is driven, the pressing device being set up to move the first, driven roller transversely with respect to its rotational axis (A). characterized in that in the second position, the first, driven roller is placed against the outer circumferential surface of the tube and adapted to grip the tube from the outside and to rotate it, with the result that a peripheral groove is pressed into the tube in the second position when the first roller is driven, the pressing device being set up to move the first, driven roller transversely with respect to its rotational axis (A).
A valve device that includes: a gas passage that provides, when mounted on a gas tank that stores high pressure gas, communication between an inside and an outside of the gas tank ; a valve mechanism that controls a flow rate of the high-pressure gas delivered through the gas passage ; and a wire channel through which a wire is routed from the inside of the gas tank to the outside of the gas tank , a hermetic connector in which a sealing member is provided around a wire pin that constitutes part of the wire being provided in the wire channel , characterized in that the wire channel has a plurality of bent portions that are formed on an outer side of the hermetic connector , and that bend the wire in accordance with pulling force that acts on the wire to form a stress concentration portion (P) in the wire , and in that the wire is configured to break at the stress concentration portion (P) before the wire pin comes out of a portion of the hermetic connector , in which the sealing member is provided, in accordance with the pulling force that acts on the wire . characterized in that the wire channel has a plurality of bent portions that are formed on an outer side of the hermetic connector , and that bend the wire in accordance with pulling force that acts on the wire to form a stress concentration portion (P) in the wire , and in that the wire is configured to break at the stress concentration portion (P) before the wire pin comes out of a portion of the hermetic connector , in which the sealing member is provided, in accordance with the pulling force that acts on the wire .
An optical transition box for housing an optical connection between a riser cable and at least one drop cable of an optical access network, said optical transition box comprising a base comprising: - a bottom configured to house excess lengths of at least one first optical fiber of said riser cable and of at least one second optical fiber of said drop cable; - a sidewall ; and - a splice-holder element fixed to said sidewall and overhanging from said sidewall above said bottom , said splice-holder element being suitable for housing at least one splice between said first optical fiber and said second optical fiber, wherein a distance not shorter than a diameter of said first optical fiber is provided between said bottom and said splice-holder element , wherein said bottom comprises a slit configured for being engaged by a portion of said riser cable so that said portion is accessible from the interior of said base . - a bottom configured to house excess lengths of at least one first optical fiber of said riser cable and of at least one second optical fiber of said drop cable; - a sidewall ; and - a splice-holder element fixed to said sidewall and overhanging from said sidewall above said bottom , said splice-holder element being suitable for housing at least one splice between said first optical fiber and said second optical fiber, wherein a distance not shorter than a diameter of said first optical fiber is provided between said bottom and said splice-holder element ,
A downhole valve system for controlling a flow of a fluid to and from a formation , comprising: - a casing having an inner surface , an outer diameter (OD c ) and an inner diameter (ID c ), and a cross section (A c ) defined by the inner diameter, the casing comprising: - a plurality of valves arranged spaced apart from each other for controlling the flow of the fluid to and from the formation through the casing, each valve comprising a displaceable part for adjusting the inflow of fluid, characterised in that the casing further comprises: - a plurality of autonomous operating adjusting devices each controlling one of the plurality of valves and each autonomous operating adjusting device comprising a body having an outer body diameter (D b ) and a body cross section (A b ), the plurality of autonomous operating adjusting devices being fastened inside the casing in order to allow the fluid to flow between the outer body diameter of the body of the autonomous operating adjusting device and the casing, wherein each autonomous operating adjusting device comprises a stroking device providing an axial stroke for moving the displaceable part. - a casing having an inner surface , an outer diameter (OD c ) and an inner diameter (ID c ), and a cross section (A c ) defined by the inner diameter, the casing comprising: - a plurality of valves arranged spaced apart from each other for controlling the flow of the fluid to and from the formation through the casing, each valve comprising a displaceable part for adjusting the inflow of fluid, characterised in that the casing further comprises: - a plurality of autonomous operating adjusting devices each controlling one of the plurality of valves and each autonomous operating adjusting device comprising a body having an outer body diameter (D b ) and a body cross section (A b ), the plurality of autonomous operating adjusting devices being fastened inside the casing in order to allow the fluid to flow between the outer body diameter of the body of the autonomous operating adjusting device and the casing,