mhurhangee/ep-ind-claims huggingface dataset:
Method for transferring a liquid volume in an analyzer, the analyzer comprising a pipetting device mounted on a first shiftable transfer arm and having a pipetting needle and a gripper mounted on a second shiftable transfer arm and intended for a reaction vessel, the method comprising the following steps: a) grabbing a reaction vessel using the gripper; b) removing a defined liquid volume from a liquid container using the pipetting device; c) shifting the pipetting device to a position above the reaction vessel; d) lowering the pipetting needle in a vertical direction into the reaction vessel held by the gripper, to a position in which the pipetting needle does not touch a wall of the reaction vessel; e) shifting the pipetting device in a horizontal direction such that the tip of the pipetting needle touches the inner wall of the reaction vessel; f) dispensing the defined liquid volume into the reaction vessel; g) retracting the pipetting device in a horizontal direction to a position in which the pipetting needle does not touch a wall of the reaction vessel; and h) raising the pipetting needle in a vertical direction out of the reaction vessel held by the gripper, characterized in that the reaction vessel is held in an inclined position by the gripper at least during the execution of method steps e) to g), and so the longitudinal axis of the reaction vessel is tilted relative to the longitudinal axis of the pipetting needle. a) grabbing a reaction vessel using the gripper; b) removing a defined liquid volume from a liquid container using the pipetting device; c) shifting the pipetting device to a position above the reaction vessel; d) lowering the pipetting needle in a vertical direction into the reaction vessel held by the gripper, to a position in which the pipetting needle does not touch a wall of the reaction vessel; e) shifting the pipetting device in a horizontal direction such that the tip of the pipetting needle touches the inner wall of the reaction vessel; f) dispensing the defined liquid volume into the reaction vessel; g) retracting the pipetting device in a horizontal direction to a position in which the pipetting needle does not touch a wall of the reaction vessel; and h) raising the pipetting needle in a vertical direction out of the reaction vessel held by the gripper,
Decorative foil, in particular laminating foil, cold stamping foil, or thermographic foil, comprising a carrier film and a total paint layer, characterised in that the carrier film has a thickness in the range from 3.0 μm to 10.0 μm and the total paint layer has a thickness in the range from 1.0 μm to 2.5 μm and the total paint layer has at least one decorative layer and at least one decorative layer of the at least one decorative layer has a thickness in the range from 8 nm to 500 nm. the carrier film has a thickness in the range from 3.0 μm to 10.0 μm and the total paint layer has a thickness in the range from 1.0 μm to 2.5 μm and the total paint layer has at least one decorative layer and at least one decorative layer of the at least one decorative layer has a thickness in the range from 8 nm to 500 nm.
A method comprising: receiving a signal indicative of receipt of a first Bluetooth low energy message, the first Bluetooth low energy message including at least one transmission time adjustment parameter; determining an adjusted transmission time for a subsequent Bluetooth low energy message based on the at least one transmission time adjustment parameter; and causing transmission of the subsequent Bluetooth low energy message at the adjusted transmission time; wherein the at least one transmission time adjustment parameter comprises a transmission schedule adjustment parameter for indicating a duration by which the transmission time of the subsequent message should be adjusted from a scheduled transmission time. receiving a signal indicative of receipt of a first Bluetooth low energy message, the first Bluetooth low energy message including at least one transmission time adjustment parameter; determining an adjusted transmission time for a subsequent Bluetooth low energy message based on the at least one transmission time adjustment parameter; and causing transmission of the subsequent Bluetooth low energy message at the adjusted transmission time;
A disc brake friction member assembly (1, 1A, 1 B) for a railway vehicle comprising: a torque receiving plate, wherein a friction member is attached on a front side of the torque receiving plate and the torque receiving plate receives a brake torque applied to the friction member; and an anchor plate fixed to a rear surface of the torque receiving plate and attached to an anchor block on a vehicle side; a cut-and-erected portion formed on the rear surface of the torque receiving plate and having an abutment surface along a direction orthogonal to a direction in which the brake torque is applied; and a cut-out portion provided on the anchor plate, wherein the cut-and-erected portion fits to the cut-out portion so that the cut-out portion receives the brake torque via the abutment surface, characterized in having a length of the cut-out portion along the direction orthogonal to the direction in which the brake torque is applied is larger than a length of the cut-and-erected portion along the direction orthogonal to the direction in which the brake torque is applied. a torque receiving plate, wherein a friction member is attached on a front side of the torque receiving plate and the torque receiving plate receives a brake torque applied to the friction member; and an anchor plate fixed to a rear surface of the torque receiving plate and attached to an anchor block on a vehicle side; a cut-and-erected portion formed on the rear surface of the torque receiving plate and having an abutment surface along a direction orthogonal to a direction in which the brake torque is applied; and a cut-out portion provided on the anchor plate, wherein the cut-and-erected portion fits to the cut-out portion so that the cut-out portion receives the brake torque via the abutment surface, characterized in having a length of the cut-out portion along the direction orthogonal to the direction in which the brake torque is applied is larger than a length of the cut-and-erected portion along the direction orthogonal to the direction in which the brake torque is applied.
Device comprising an electrically small antenna, and a processing module comprising a measuring element connected to the antenna for measuring at least one impedance parameter of the antenna over a range of operating frequencies of the antenna, said processing module being configured for using a shift in frequency of an impedance peak of said at least one measured parameter for obtaining at least one piece of size, position or nature-of-material information relating to an object placed in a near field of the antenna.
A releasable needle retaining system mountable to a barrel of a retractable syringe that comprises a plunger, releasable needle retaining system comprising: a retractable needle that comprises a cannula, a retractable needle body comprising steps and a base; a needle seal comprising complementary steps forming a bore that releasably engages steps so that the base of the needle body initially sits inside the bore prior to engagement of the base by the plunger to facilitate retraction of the retractable needle; a retaining member that comprises a mating surface complementary to a mating surface of an interior wall of said barrel, said retaining member capable of initially retaining said retractable needle at a needle end of said barrel until said base of said retractable needle is engaged by the plunger to facilitate retraction of said retractable needle; and at a needle end of the barrel, characterised by an ejector member which engages the retractable needle body and facilitates release of the retractable needle from the retaining member and which bears against needle seal but is not fixed or positively mounted or engaged with needle seal.
Combination of a coating panel, hanging brackets for said coating panel and a section bar, in which: - said coating panel comprises a seat defined in the panel by at least one side containment wall and provided in a section of the panel having a reduced thickness with respect to surrounding sections of the panel having a greater thickness, so that said seat is a recess in the panel, - said hanging brackets are provided with a vertical regulation device for the assembly on a wall of said coating panel, said hanging brackets comprising a regulation mechanism (22,23) supported by a supporting base fixed inside said seat of said coating panel, and wherein said regulation mechanism (22,23) comprises anchoring means to the section bar fixable to said wall, said base being provided with fixing means (27,28,29) for fixing the hanging brackets to the panel, characterised in that said regulation mechanism (22,23), said supporting base and said section bar are entirely contained in said seat, and in that said fixing means consist of flanges or tilted side flaps, oblique with respect to said base provided with holes for the passage of fixing screws of the base itself and consequently of the hanging bracket, the free edges of said flanges being buffered against said side containment wall of said seat, on said section having a greater thickness of said panel, said screw being screwed through an adequate maximum resistant section of the panel. - said coating panel comprises a seat defined in the panel by at least one side containment wall and provided in a section of the panel having a reduced thickness with respect to surrounding sections of the panel having a greater thickness, so that said seat is a recess in the panel, - said hanging brackets are provided with a vertical regulation device for the assembly on a wall of said coating panel, said hanging brackets comprising a regulation mechanism (22,23) supported by a supporting base fixed inside said seat of said coating panel, and wherein said regulation mechanism (22,23) comprises anchoring means to the section bar fixable to said wall, said base being provided with fixing means (27,28,29) for fixing the hanging brackets to the panel, characterised in that said regulation mechanism (22,23), said supporting base and said section bar are entirely contained in said seat, and in that said fixing means consist of flanges or tilted side flaps, oblique with respect to said base provided with holes for the passage of fixing screws of the base itself and consequently of the hanging bracket, the free edges of said flanges being buffered against said side containment wall of said seat, on said section having a greater thickness of said panel, said screw being screwed through an adequate maximum resistant section of the panel.
Coupling assembly for the releasable connection of a first line section provided at a first unit, with a second line section provided at a second unit, with connection means which can be provided at the first unit and connection counter-means provided at the second unit which can be secured to the connection means, and with a setting device which can be positioned between the first line section and the second line section, and which can be switched between a blocking setting, in which the connection between the first line section and the second line section Is blocked, and a flow setting, in which the connection between the first line section and the second line section is opened, wherein the setting device comprises a setting body, mounted such as to rotate between the blocking setting and the flow setting, which can be positioned at a distance interval between the first line section and the second line section and in which a line intermediate section is fully introduced, by means of which the first line section can be connected to the second line section, and the setting body comprises a first part body, which is guided at a first plug element arranged at the first line section, and a second part body which is guided at a second plug element arranged at the second line section, which can be brought in contact with one another, characterised In that the setting body exhibits an essentially cylindrical outer surface, and is guided by an essentially cylindrical inner surface (35, 37) of the plug elements (86, 88), wherein the part bodies (34, 36), in the state in which they are in contact, can be adjusted in position jointly by means of a translatory adjustable actuation means of the setting device, and the setting device forms an angle gear between the setting body and the actuation means.
An active rollator, comprising: an auxiliary frame, comprising a body and a bottom portion; a driving assembly, disposed at the bottom portion and configured to make the auxiliary frame have a motion; a sensing assembly, disposed at the body and configured to sense an operation area and output a sensing signal; and a controller, configured to, according to the sensing signal and a sensing threshold, control the driving assembly to make the auxiliary frame have the motion corresponding to the sensing signal; characterized in that: wherein the sensing assembly comprises two distance sensors (32a, 32b), each distance sensor (32a, 32b) is configured to sense the operation area and output a distance signal, the sensing threshold comprises a sideways range, and when a difference between the two distance signals falls in the sideways range, the controller controls the driving assembly to drive the auxiliary frame to turn in a turning direction. an auxiliary frame, comprising a body and a bottom portion; a driving assembly, disposed at the bottom portion and configured to make the auxiliary frame have a motion; a sensing assembly, disposed at the body and configured to sense an operation area and output a sensing signal; and a controller, configured to, according to the sensing signal and a sensing threshold, control the driving assembly to make the auxiliary frame have the motion corresponding to the sensing signal; characterized in that: wherein the sensing assembly comprises two distance sensors (32a, 32b), each distance sensor (32a, 32b) is configured to sense the operation area and output a distance signal, the sensing threshold comprises a sideways range, and when a difference between the two distance signals falls in the sideways range, the controller controls the driving assembly to drive the auxiliary frame to turn in a turning direction.
A high-strength aluminum alloy extruded shape that exhibits excellent corrosion resistance, ductility, and hardenability, the aluminum alloy extruded shape comprising 0.65 to 0.90 mass% of Mg, 0.60 to 0.90 mass% of Si, 0.20 to 0.40 mass% of Cu, 0.20 to 0.40 mass% of Fe, 0.10 to 0.20 mass% of Mn, and 0.005 to 0.1 mass% of Ti, with the balance being Al and unavoidable impurities, the aluminum alloy extruded shape having a stoichiometric Mg 2 Si content of 1.0 to 1.3 mass%, an excess Si content relative to stoichiometric Mg 2 Si of 0.10 to 0.30 mass%, and a total content of Fe and Mn of 0.35 mass% or more.
A fender for fending a ship from a mooring wall, the fender comprising - a fender base structure; - a movable fender surface mounted moveable in a fender compression direction relative to the fender base structure; - a hydraulic cylinder and piston assembly operationally connected between the fender base structure and the movable fender surface, - a reservoir filled at least partially with gas;; - an overpressure valve configured to pass hydraulic liquid from the hydraulic cylinder to the reservoir when a difference between a pressure of the hydraulic liquid in the hydraulic cylinder and a pressure in the reservoir reaches a first threshold; - a return valve configured to pass hydraulic liquid from the reservoir to the hydraulic cylinder when a difference between a pressure of the hydraulic liquid in the hydraulic cylinder drops below a second threshold lower than the first threshold; whereby the fender further comprises at least one force adjustment device (60, 62) coupled between the fender base structure and the movable fender surface; and means that dynamically varies a force exerted by the at least one force adjustment device during oscillation periods of oscillatory movement of the ship, increasing and reducing a reaction force exerted by the fender respectively during a period of oscillatory movement of the ship to increase the net absorption of energy from the oscillatory movement. - a fender base structure; - a movable fender surface mounted moveable in a fender compression direction relative to the fender base structure; - a hydraulic cylinder and piston assembly operationally connected between the fender base structure and the movable fender surface, - a reservoir filled at least partially with gas;; - an overpressure valve configured to pass hydraulic liquid from the hydraulic cylinder to the reservoir when a difference between a pressure of the hydraulic liquid in the hydraulic cylinder and a pressure in the reservoir reaches a first threshold; - a return valve configured to pass hydraulic liquid from the reservoir to the hydraulic cylinder when a difference between a pressure of the hydraulic liquid in the hydraulic cylinder drops below a second threshold lower than the first threshold;
Cosmetic article for application to the eyelid, the eyelashes and/or the eyebrows, including: - at least one element to be applied, the cosmetic article being characterized by including - at least one adhesive layer which is at least partially in contact with the element to be applied, this adhesive layer including at least one water-resistant adhesive material, and - at least one layer for protecting the adhesive layer, externally covering same and including at least one water-soluble polymer. - at least one element to be applied, the cosmetic article being characterized by including - at least one adhesive layer which is at least partially in contact with the element to be applied, this adhesive layer including at least one water-resistant adhesive material, and - at least one layer for protecting the adhesive layer, externally covering same and including at least one water-soluble polymer.
A process for cracking a hydrocarbon feedstream containing non-volatile components in a hydrocarbon cracking furnace having upper and lower convection heating sections within a flue of the furnace, a radiant heating section downstream of and connected to said lower convection heating section, a transfer line exchanger downstream of and connected to said radiant heating section, a furnace box containing furnace burners and said radiant heating section, and a vapor/liquid separator vessel connected between the upper and lower convection heating sections, the process comprising: (a) passing said hydrocarbon feedstream into said upper convection section to heat said hydrocarbon feedstream to a first temperature sufficient to flash at least a portion of the hydrocarbons within said hydrocarbon feedstream into a vapor phase to form a vapor/liquid stream; (b) passing said vapor/liquid stream out of said upper convection section and into said vapor/liquid separator to separate said vapor/liquid stream into a hydrocarbon-containing vapor phase and a hydrocarbon-containing liquid phase within said vapor/liquid separator; (c) collecting said liquid phase into a bottoms liquid within said vapor/liquid separator; (d) passing said vapor phase into said lower convection section and then into said radiant heating section and cracking hydrocarbons in said vapor phase to form an olefins-containing effluent stream; and (e) periodically injecting an air-steam mixture into said convection heating section, then through said vapor/liquid separator to incinerate coke formed and passing an incinerated coke residue/air-steam mixture so-formed through said lower convection heating section, said radiant heating section and said transfer line exchanger, prior to passing it through a first decoking recycle pipe and between the furnace burners within the furnace box. (a) passing said hydrocarbon feedstream into said upper convection section to heat said hydrocarbon feedstream to a first temperature sufficient to flash at least a portion of the hydrocarbons within said hydrocarbon feedstream into a vapor phase to form a vapor/liquid stream; (b) passing said vapor/liquid stream out of said upper convection section and into said vapor/liquid separator to separate said vapor/liquid stream into a hydrocarbon-containing vapor phase and a hydrocarbon-containing liquid phase within said vapor/liquid separator; (c) collecting said liquid phase into a bottoms liquid within said vapor/liquid separator; (d) passing said vapor phase into said lower convection section and then into said radiant heating section and cracking hydrocarbons in said vapor phase to form an olefins-containing effluent stream; and (e) periodically injecting an air-steam mixture into said convection heating section, then through said vapor/liquid separator to incinerate coke formed and passing an incinerated coke residue/air-steam mixture so-formed through said lower convection heating section, said radiant heating section and said transfer line exchanger, prior to passing it through a first decoking recycle pipe and between the furnace burners within the furnace box.
Awork robot performing a predetermined operation regarding yarns to at least one yarn processing apparatus, comprising: a robot main body; an arm member attached to the robot main body; a retaining portion attached to the arm member and retaining the yarns; and a controller; characterized in that it includes a first terminal in contact with a first ground member (35, 54) which is grounded, a conductive path being formed to extend from the retaining portion to the first terminal without passing the controller so as to cause the retaining portion to be electrically conductive with the first terminal, and the retaining portion being connected to the first ground member (35, 54) via the conductive path and the first terminal and grounded, the work robot further comprising a running unit which causes the robot main body to run along a guide rail extending in a direction in which a plurality of the at least one yarn processing apparatus are lined up, the first terminal being provided on the running unit, and wherein, the running unit includes a wheel which is insulating at least at a contact surface where the wheel is in contact with the guide rail, and the first terminal is provided at a location different from the wheel. a robot main body; an arm member attached to the robot main body; a retaining portion attached to the arm member and retaining the yarns; and a controller; characterized in that it includes a first terminal in contact with a first ground member (35, 54) which is grounded, a conductive path being formed to extend from the retaining portion to the first terminal without passing the controller so as to cause the retaining portion to be electrically conductive with the first terminal, and the retaining portion being connected to the first ground member (35, 54) via the conductive path and the first terminal and grounded, the work robot further comprising a running unit which causes the robot main body to run along a guide rail extending in a direction in which a plurality of the at least one yarn processing apparatus are lined up, the first terminal being provided on the running unit, and wherein, the running unit includes a wheel which is insulating at least at a contact surface where the wheel is in contact with the guide rail, and the first terminal is provided at a location different from the wheel.