mhurhangee/ep-ind-claims huggingface dataset:
A piston damper, comprising: a cylinder having an attachment portion; a piston reciprocatingly disposed inside the cylinder; and a rod having an attachment portion and moved synchronously with the piston, wherein each of the attachment portions (16, 26) of the cylinder and the rod is adapted to be connected differently to a first member or a second member to damp a movement of one member relative to the other member among both members, wherein at least one of the attachment portion of the cylinder and the attachment portion of the rod is formed with a fitting hole, and the at least one of the attachment portions (16, 26) is axially supported to at least one of the first member and the second member in a fitting state between the fitting hole and an axis, and includes an urging device absorbing looseness of the fitting hole relative to the axis, wherein the piston damper being characterized in that the urging device comprises an elastic piece portion formed to be capable of deforming one portion dividing an inner circumferential face of the fitting hole in a hole diameter direction through a slit (19, 47a) having an arc shape having roughly the same curvature as an inner face of the fitting hole, and one end communicated with the fitting hole. a cylinder having an attachment portion; a piston reciprocatingly disposed inside the cylinder; and a rod having an attachment portion and moved synchronously with the piston, wherein each of the attachment portions (16, 26) of the cylinder and the rod is adapted to be connected differently to a first member or a second member to damp a movement of one member relative to the other member among both members, wherein at least one of the attachment portion of the cylinder and the attachment portion of the rod is formed with a fitting hole, and the at least one of the attachment portions (16, 26) is axially supported to at least one of the first member and the second member in a fitting state between the fitting hole and an axis, and includes an urging device absorbing looseness of the fitting hole relative to the axis, wherein the piston damper being characterized in that the urging device comprises an elastic piece portion formed to be capable of deforming one portion dividing an inner circumferential face of the fitting hole in a hole diameter direction through a slit (19, 47a) having an arc shape having roughly the same curvature as an inner face of the fitting hole, and one end communicated with the fitting hole.
Chest freezer having a chest body including at least one cooling chamber (22, 23) that is accessible from above and a covering hood which covers the top of the chest body and has two access sides (12, 13) located opposite one another, from which access can respectively be made to the cooling chamber (22, 23) when the covering hood is open, wherein the covering hood has at least a triple sliding lid arrangement which is formed by two three-track rail profiles (32, 32') arranged parallel to one another, by two transparent side sliding lids (44, 45) which in their closed position are arranged at the two access sides (12, 13), and by a transparent central sliding lid which in its central position is arranged approximately centrally between the two side sliding lids (44, 45), wherein the rail profile (32, 32') is arranged transversely to the access sides (12, 13) and has in each case one lower, one middle and one upper track (33, 34, 35), and wherein the central sliding lid is guided in the lower rail profile lane, characterized in that the chest body has two cooling chambers (22, 23) separated by a partition wall extending parallel to the access sides (12, 13), and wherein the covering hood comprises a supporting base supported on the partition wall and supporting at least on rail profile at the centre thereof.
A thermosetting resin composition comprising a polyphenylene ether and a prepolymer formed from a butadiene polymer and a crosslinking agent, characterized in that the component has a number average molecular weight measured as outlined in the description in the range of 7000 to 30000; the component contains 40% or more of a 1,2-butadiene unit having a 1,2-vinyl group in a side chain of a molecule; the component is not chemically modified; the component has a cross-linked structure; and the crosslinking agent is at least one maleimide compound (C-1) represented by the formula: wherein R 1 is an aliphatic or aromatic organic group having a valence of m; Xa and Xb may be identical or different from each other and each is a monovalent atom or an organic group, selected from a hydrogen atom, a halogen atom and an aliphatic organic group; and m represents an integer of 1 or greater.
A vehicle capable of traveling responsive to a selected shift ratio selected by a driver from a plurality of shift ratios, comprising: a driving device (120, 140) for generating driving force for said vehicle to travel; a switch configured so as to be turned off when an amount of operation of an accelerator by the driver is less than a predetermined amount, and turned on when said amount of operation of the accelerator is greater than said predetermined amount; and a control device for controlling said driving device to increase said driving force when said switch changes from off to on, by placing a restriction on said driving force when said switch is off and removing said restriction on said driving force when said switch is on, characterized in that said control device is configured to change, responsive to said selected shift ratio, an increment in said driving force when said switch changes from off to on. a driving device (120, 140) for generating driving force for said vehicle to travel; a switch configured so as to be turned off when an amount of operation of an accelerator by the driver is less than a predetermined amount, and turned on when said amount of operation of the accelerator is greater than said predetermined amount; and a control device for controlling said driving device to increase said driving force when said switch changes from off to on, by placing a restriction on said driving force when said switch is off and removing said restriction on said driving force when said switch is on,
Adhesive tape having a carrier bearing on at least one side an applied adhesive, where the carrier consists of a film having on its underside a laid or woven filament fabric which has either been applied directly to the film or been joined to the film by means of a laminating adhesive, where the laid or woven filament fabric is a warp knit with weft threads (weft inserted warp knit), the adhesive is applied to the side of the carrier on which the laid or woven filament fabric is located, and the laid or woven filament fabric has a tensile strength in machine direction measured according to AFERA 5004 of at least 50 N/cm and also an elongation at break measured according to AFERA 5004 of below 20%, characterized in that the film consists • of mono- or biaxially oriented polypropylene, • of mono- or biaxially oriented polyethylene, or • of mono- or biaxially oriented polyester. • of mono- or biaxially oriented polypropylene, • of mono- or biaxially oriented polyethylene, or • of mono- or biaxially oriented polyester.
A device for manually rotating a core of a gas turbine engine, said device comprising: a) a drive mechanism including a coupling feature to engage a drive pad of the engine and a mounting block to couple said coupling feature to the drive pad; b) an operator control including a mounting device suitable for securing the operator control in a fixed position remote from and rotatably coupled to the drive mechanism; and c) a flexible drive cable rotatably coupling said drive mechanism and said operator control; wherein the operator control comprises a rotatable device coupled to the flexible drive cable, the rotatable device configured for manual use by an operator to control rotation of a core of a gas turbine engine, characterized in that said drive mechanism includes a planetary gearbox and said operator control includes a manually rotated wheel. a) a drive mechanism including a coupling feature to engage a drive pad of the engine and a mounting block to couple said coupling feature to the drive pad; b) an operator control including a mounting device suitable for securing the operator control in a fixed position remote from and rotatably coupled to the drive mechanism; and c) a flexible drive cable rotatably coupling said drive mechanism and said operator control;
Control device for a yaw system of a wind turbine, having at least one actuating device, which comprises a main drive and a gear train and is connected between a supporting structure and a machine carrier, which is mounted on the supporting structure such that it is rotatable about a yaw axis, and an auxiliary drive, which is connected into the drive train of the actuating device and by means of which a gearing play of the gear train can be reduced, characterised in that the auxiliary drive has an auxiliary motor and a planetary gear, which comprises a planetary carrier, a sun gear and an internally toothed ring gear and is connected with its planetary carrier and with its sun gear into the drive train of the actuating device, wherein the ring gear is rotatable by means of the auxiliary motor.
Tunnel casing with a reversed U-shaped cross-section and designed to be integrated in the wall of a building, above an opening for receiving a carpentry such as a door or window, said casing including at least a front wall, a rear wall and an upper wall, as well as, on the outer side with respect to the tunnel casing, at the level of its front wall and/or rear wall, in the thickness of the latter and extending substantially vertically, at least one recess, wherein it also includes at least one reinforcement for fastening the carpentry to the masonry, this fastening reinforcement being accommodated in the recess the tunnel casing including.
A tower element, such as a tower element for a tower for a wind turbine generator, said tower element comprising: - a hollow, tubular element, - a flange on an inside surface of the hollow, tubular shell, - a unit comprising: - a platform, - a fixation element, such as a plurality of fixation elements, attached to the platform, wherein - the unit is arranged with respect to the flange, so that: - the flange prevents movement of the platform in both directions along an axis being parallel with an axis of the tubular element, and - movement of the platform is allowed in at least one direction along an axis being orthogonal to the axis of the tubular element, by - the unit being arranged relative to the hollow, tubular element so that the flange prevents relative movement of the unit with respect to the flange in a first direction along the axis of the tubular element, and so that the fixation element comprises a portion extending beyond the flange in the first direction, and by - the fixation element being rotated so that at least some of the portion extending beyond the flange in the first direction is arranged so that the flange prevents relative movement of the unit with respect to the flange in a second direction along the axis of the tubular element, where the second direction is opposite the first direction. - a hollow, tubular element, - a flange on an inside surface of the hollow, tubular shell, - a unit comprising: - a platform, - a fixation element, such as a plurality of fixation elements, attached to the platform, - a platform, - a fixation element, such as a plurality of fixation elements, attached to the platform, - the unit is arranged with respect to the flange, so that: - the flange prevents movement of the platform in both directions along an axis being parallel with an axis of the tubular element, and - movement of the platform is allowed in at least one direction along an axis being orthogonal to the axis of the tubular element, by - the flange prevents movement of the platform in both directions along an axis being parallel with an axis of the tubular element, and - movement of the platform is allowed in at least one direction along an axis being orthogonal to the axis of the tubular element, by - the unit being arranged relative to the hollow, tubular element so that the flange prevents relative movement of the unit with respect to the flange in a first direction along the axis of the tubular element, and so that the fixation element comprises a portion extending beyond the flange in the first direction, and by - the fixation element being rotated so that at least some of the portion extending beyond the flange in the first direction is arranged so that the flange prevents relative movement of the unit with respect to the flange in a second direction along the axis of the tubular element, where the second direction is opposite the first direction.
A method of delivering a consumable for a welding-type process comprising electronically commutating a wire feeder ECM to deliver a consumable for a welding-type process, wherein the wire feeder ECM is configured to drive a wire feeder according to at least one of a push configuration and a pull configuration, a motor control is configured to control the wire feeder ECM, a welding-type torch is configured to perform the welding-type process, and a welding-type torch ECM is configured to receive the consumable from the wire feeder ECM and deliver the consumable to a workpiece, characterised by the steps of: detecting a welding-type torch ECM; and automatically switching a control state of the welding-type torch ECM from one of a voltage regulation state and a current regulation state to a torque regulation state by means of a controller. detecting a welding-type torch ECM; and automatically switching a control state of the welding-type torch ECM from one of a voltage regulation state and a current regulation state to a torque regulation state by means of a controller.
A working machine (10, 110) comprising: a ground engaging structure provided in the form of front and rear wheels or a pair of endless tracks; an undercarriage (18, 118) supported on the ground engaging, structure, the undercarriage (18, 118) comprising a drive arrangement for moving the ground engaging structure to propel the working machine (10, 110), the drive arrangement comprising a prime mover and a transmission comprising a hydraulic pump arrangement configured to be driven by the prime mover; a superstructure rotatably mounted to the undercarriage (18, 118); a working arm connected to the superstructure (18, 118); and a first implement mount connected to the undercarriage (18, 118) for operably mounting a working implement to the undercarriage (18, 118), wherein the undercarriage (18, 118) comprises a first actuator for raising and lowering a working implement when mounted to the first implement mount; characterised in that: the undercarriage (18, 118) comprises a hydraulic connector for supplying hydraulic fluid to the first actuator to actuate the first actuator, and a first auxiliary hydraulic connector (32, 132) configured for supplying hydraulic fluid to an implement connected thereto, and in that, the first auxiliary hydraulic connector is provided on the same side of the undercarriage (18, 118) as the first implement mount. a ground engaging structure provided in the form of front and rear wheels or a pair of endless tracks; an undercarriage (18, 118) supported on the ground engaging, structure, the undercarriage (18, 118) comprising a drive arrangement for moving the ground engaging structure to propel the working machine (10, 110), the drive arrangement comprising a prime mover and a transmission comprising a hydraulic pump arrangement configured to be driven by the prime mover; a superstructure rotatably mounted to the undercarriage (18, 118); a working arm connected to the superstructure (18, 118); and a first implement mount connected to the undercarriage (18, 118) for operably mounting a working implement to the undercarriage (18, 118), wherein the undercarriage (18, 118) comprises a first actuator for raising and lowering a working implement when mounted to the first implement mount; characterised in that: the undercarriage (18, 118) comprises a hydraulic connector for supplying hydraulic fluid to the first actuator to actuate the first actuator, and a first auxiliary hydraulic connector (32, 132) configured for supplying hydraulic fluid to an implement connected thereto, and in that, the first auxiliary hydraulic connector is provided on the same side of the undercarriage (18, 118) as the first implement mount. the undercarriage (18, 118) comprises a hydraulic connector for supplying hydraulic fluid to the first actuator to actuate the first actuator, and a first auxiliary hydraulic connector (32, 132) configured for supplying hydraulic fluid to an implement connected thereto, and in that, the first auxiliary hydraulic connector is provided on the same side of the undercarriage (18, 118) as the first implement mount.
A method for double coupling a nucleoside phosphoramidite during synthesis of an oligonucleotide, the method comprising: (a) contacting a free hydroxyl group of a terminal nucleoside residue attached to a solid phase support with a first sample of a protected nucleoside phosphoramidite to couple the protected nucleoside to the terminal nucleoside residue via an internucleoside P linkage; (b) after step (a), exposing the contacted nucleoside residue to an oxidizing agent to oxidize the linkage and produce a first coupled and oxidized product; (c) after step (b), contacting the first coupled and oxidized product with a second sample of the protected nucleoside phosphoramidite to couple the protected nucleoside to residual free hydroxyl groups of the terminal nucleoside residue via an internucleoside P linkage; and (d) after step (c), adding an oxidizing agent to oxidize the linkage and produce a protected terminal nucleoside residue. (a) contacting a free hydroxyl group of a terminal nucleoside residue attached to a solid phase support with a first sample of a protected nucleoside phosphoramidite to couple the protected nucleoside to the terminal nucleoside residue via an internucleoside P linkage; (b) after step (a), exposing the contacted nucleoside residue to an oxidizing agent to oxidize the linkage and produce a first coupled and oxidized product; (c) after step (b), contacting the first coupled and oxidized product with a second sample of the protected nucleoside phosphoramidite to couple the protected nucleoside to residual free hydroxyl groups of the terminal nucleoside residue via an internucleoside P linkage; and (d) after step (c), adding an oxidizing agent to oxidize the linkage and produce a protected terminal nucleoside residue.
Process for the preparation of dabigatran etexilate of the Formula or pharmaceutically acceptable salts thereof which comprises reducing a compound of the general Formula wherein R Stands for hydrogen, C 1-6 straight or branched chain, saturated or partially or completely unsaturated hydrocarbon chain, C 1-6 straight or branched chain, partially or completely halogenated alkyl; aryl or methoxymethyl; if desired converting the compound of the Formula thus obtained into a salt; and reacting the compound of the Formula or a salt thereof with chloro hexyl formate to yield the compound of the Formula and if desired forming a salt from the compound of the Formula. R Stands for hydrogen, C 1-6 straight or branched chain, saturated or partially or completely unsaturated hydrocarbon chain, C 1-6 straight or branched chain, partially or completely halogenated alkyl; aryl or methoxymethyl; C 1-6 straight or branched chain, saturated or partially or completely unsaturated hydrocarbon chain, C 1-6 straight or branched chain, partially or completely halogenated alkyl; aryl or methoxymethyl; if desired converting the compound of the Formula thus obtained into a salt; and reacting the compound of the Formula or a salt thereof with chloro hexyl formate to yield the compound of the Formula and if desired forming a salt from the compound of the Formula.
Method of controlling a surface scanning measuring machine having a probe head with a distal probe tip, the distal probe tip being configured for contacting the surface of an object to be measured, the method comprising: • selecting a nominal initial contact point on the surface, the nominal initial contact point having a normal vector; • moving the distal probe tip toward the nominal initial contact point along an approach path, the approach path having a linear portion that extends from the nominal initial contact point to some non-contacting point spaced from the surface, the linear portion forming an angle with the normal vector of between 20 degrees and 55 degrees; and • moving the probe head downwardly and settling at an offset after moving the distal probe tip into contact with a contact point related to the nominal initial contact point, the probe head driven to overshoot the offset before settling at the offset or driven to oscillate above and below the offset before settling at the offset. • selecting a nominal initial contact point on the surface, the nominal initial contact point having a normal vector; • moving the distal probe tip toward the nominal initial contact point along an approach path, the approach path having a linear portion that extends from the nominal initial contact point to some non-contacting point spaced from the surface, the linear portion forming an angle with the normal vector of between 20 degrees and 55 degrees; and • moving the probe head downwardly and settling at an offset after moving the distal probe tip into contact with a contact point related to the nominal initial contact point, the probe head driven to overshoot the offset before settling at the offset or driven to oscillate above and below the offset before settling at the offset.
A needle-free transdermal transport device (200, 900) for transferring a substance across a surface of a biological body comprising: a chamber (210, 990) for holding the substance; a nozzle in fluid communication with the chamber; a drug reservoir for storing the substance to be transferred to the chamber in the needle-free transdermal transport device; and a controllable electromagnetic actuator in communication with the chamber, the actuator receiving an electrical input and generating in response a force, the force causing a needle-free transfer of the substance from the chamber and to the biological body and being variable responsive to variations in the electrical input during actuation, the actuator drawing the substance from the drug reservoir and being precisely controlled by the electrical input to move a desired amount of the substance from the drug reservoir to the chamber. a chamber (210, 990) for holding the substance; a nozzle in fluid communication with the chamber; a drug reservoir for storing the substance to be transferred to the chamber in the needle-free transdermal transport device; and a controllable electromagnetic actuator in communication with the chamber, the actuator receiving an electrical input and generating in response a force, the force causing a needle-free transfer of the substance from the chamber and to the biological body and being variable responsive to variations in the electrical input during actuation, the actuator drawing the substance from the drug reservoir and being precisely controlled by the electrical input to move a desired amount of the substance from the drug reservoir to the chamber.