mhurhangee/ep-ind-claims huggingface dataset:
A turbine section for a gas turbine engine, comprising: a turbine blade extending radially outwardly to a radially outer tip and for rotation about an axis of rotation; a support structure arranged circumferentially about the axis of rotation and having a plurality of attachment members extending radially inwardly; and a blade outer air seal having a plurality of segments mounted in the support structure, wherein each segment has a first wall circumferentially spaced from a second wall, the first and second walls (120, 122) joined to a base portion and an outer wall to define a passage that extends axially along the segment, characterised in that: the attachment member includes an anti-rotation feature at a radially innermost portion of the support structure, and the anti-rotation feature is within said passage. a turbine blade extending radially outwardly to a radially outer tip and for rotation about an axis of rotation; a support structure arranged circumferentially about the axis of rotation and having a plurality of attachment members extending radially inwardly; and a blade outer air seal having a plurality of segments mounted in the support structure, wherein each segment has a first wall circumferentially spaced from a second wall, the first and second walls (120, 122) joined to a base portion and an outer wall to define a passage that extends axially along the segment, characterised in that: the attachment member includes an anti-rotation feature at a radially innermost portion of the support structure, and the anti-rotation feature is within said passage.
A vibration damping construction system, comprising: a first construction body having a reaction surface and a groove wall, wherein the groove wall upwardly extends from the reaction surface and together with the reaction surface to define a groove; a second construction body having a base and a lower concrete structure, wherein the lower concrete structure is connected to the base; and a damping unit is disposed between the second construction body and the reaction surface, wherein the damping unit is a fluid and is disposed between the groove wall and the lower concrete structure, and the damping unit receives a reaction force from the reaction surface to support the second construction body and to absorb a vibration from the first construction body, characterized in that the lower concrete structure includes a chamber and a gas chamber, the chamber being separated from the gas chamber by a wall, and in that the chamber includes a first chamber unit and a second chamber unit, the first chamber unit is communicated with the second chamber unit through a cut-off valve, wherein the damping unit can be introduced into or discharged from the chamber or gas can be introduced into or discharged from the gas chamber to adjust a center of gravity of the second construction body so as to absorb vibrations from environment. a first construction body having a reaction surface and a groove wall, wherein the groove wall upwardly extends from the reaction surface and together with the reaction surface to define a groove; a second construction body having a base and a lower concrete structure, wherein the lower concrete structure is connected to the base; and a damping unit is disposed between the second construction body and the reaction surface, wherein the damping unit is a fluid and is disposed between the groove wall and the lower concrete structure, and the damping unit receives a reaction force from the reaction surface to support the second construction body and to absorb a vibration from the first construction body, characterized in that the lower concrete structure includes a chamber and a gas chamber, the chamber being separated from the gas chamber by a wall, and in that the chamber includes a first chamber unit and a second chamber unit, the first chamber unit is communicated with the second chamber unit through a cut-off valve, wherein the damping unit can be introduced into or discharged from the chamber or gas can be introduced into or discharged from the gas chamber to adjust a center of gravity of the second construction body so as to absorb vibrations from environment.
A method for controlling turn-on and turn-off of a smart socket, comprising: sending by a server timing information to a smart socket, the timing information including a timing identification; storing by the smart socket said timing identification in a timing identification library; upon detecting that the current time is a timing time, acquiring, at a server or router, stored timing information, the timing information including the connected smart socket, and a timing instruction corresponding to the timing time, the timing information further comprising: a timing identification corresponding to the timing instruction; sending by the server or router the timing instruction to the connected smart socket via a local area network, the timing instruction being used for controlling the smart socket to control turn-on and turn-off of current according to the timing instruction; searching at the smart socket to determine whether the timing identification corresponding to the timing instruction is stored in the timing identification library; if the timing identification is stored in the timing identification library, controlling, at the smart socket, on and off of the current according to the timing instruction and deleting the timing identification corresponding to the timing instruction from the timing identification library; and if the timing identification comprised in the timing instruction is not stored in the timing identification library, ignoring the timing instruction. sending by a server timing information to a smart socket, the timing information including a timing identification; storing by the smart socket said timing identification in a timing identification library; upon detecting that the current time is a timing time, acquiring, at a server or router, stored timing information, the timing information including the connected smart socket, and a timing instruction corresponding to the timing time, the timing information further comprising: a timing identification corresponding to the timing instruction; sending by the server or router the timing instruction to the connected smart socket via a local area network, the timing instruction being used for controlling the smart socket to control turn-on and turn-off of current according to the timing instruction; searching at the smart socket to determine whether the timing identification corresponding to the timing instruction is stored in the timing identification library; if the timing identification is stored in the timing identification library, controlling, at the smart socket, on and off of the current according to the timing instruction and deleting the timing identification corresponding to the timing instruction from the timing identification library; and if the timing identification comprised in the timing instruction is not stored in the timing identification library, ignoring the timing instruction.
A turbocharger turbine housing assembly seal comprising: a cylindrical portion that defines an opening having an axis, wherein the cylindrical portion is disposed at a cylinder radius from the axis over an axial span; a lower edge disposed at a lower edge radius that exceeds the cylinder radius; a sloped annular portion that extends radially inwardly from the lower edge, wherein the sloped annular portion comprises a slope angle greater than 10 degrees and less than 20 degrees and wherein the sloped annular portion rises axially from the lower edge at the slope angle over a length that is a hypotenuse of a triangle with the slope angle as the interior angle; a lower bend that extends from the sloped annular portion to a lower axial position of the cylindrical portion, the lower bend defined in part by a radius of curvature and an axial dimension; an upper bend that extends from an upper axial position of the cylindrical portion; and an upper edge that extends radially outwardly from the upper bend to an upper edge radius that exceeds the cylinder radius and that is less than the lower edge radius, wherein the turbocharger turbine housing assembly seal further comprises an uncompressed axial height, wherein the axial span of the cylindrical portion is greater than 25 percent of the uncompressed axial height, and wherein the turbocharger turbine housing assembly seal has a spring constant such that its overall axial height changes in a substantially linear manner with respect to an applied force and such that the cylindrical portion maintains a substantially axial orientation while the slope angle decreases. a cylindrical portion that defines an opening having an axis, wherein the cylindrical portion is disposed at a cylinder radius from the axis over an axial span; a lower edge disposed at a lower edge radius that exceeds the cylinder radius; a sloped annular portion that extends radially inwardly from the lower edge, wherein the sloped annular portion comprises a slope angle greater than 10 degrees and less than 20 degrees and wherein the sloped annular portion rises axially from the lower edge at the slope angle over a length that is a hypotenuse of a triangle with the slope angle as the interior angle; a lower bend that extends from the sloped annular portion to a lower axial position of the cylindrical portion, the lower bend defined in part by a radius of curvature and an axial dimension; an upper bend that extends from an upper axial position of the cylindrical portion; and an upper edge that extends radially outwardly from the upper bend to an upper edge radius that exceeds the cylinder radius and that is less than the lower edge radius, wherein the turbocharger turbine housing assembly seal further comprises
An orientation device comprising a true-north finder including a member of rate gyro type and sensors for measuring the inclination of this device with respect to the horizontal, and associated calculation means for determining the orientation of true north on the basis of information issued by the rate-gyro-type member and said sensors, comprising three legs intended to support it when placed on a support, characterized in that at least one of these legs incorporates a sensor that changes state when the device is resting on a support via its legs, and in that it comprises means for automatically triggering a determination of the orientation of north when the device is sufficiently horizontal and the sensor is indicating that it is resting on a support.
An expandable reamer apparatus for enlarging a borehole in a subterranean formation, comprising: a tubular tool body having a longitudinal axis and a tool bore; a travelling sleeve having a longitudinal axis and an inner bore, the travelling sleeve being slidably positioned within the tool bore of the tubular tool body and configured to selectively isolate an operable component of the expandable reamer apparatus from exposure to drilling fluid within a drilling fluid flow path extending through the inner bore and the tool bore of the tubular tool body; and a restriction element trap, the restriction element trap comprising: a ball trap sleeve positioned within the inner bore of the travelling sleeve for receiving a downhole moving ball therein; and a tubular plug coaxially aligned with and positioned adjacent to the ball trap sleeve within the inner bore of the travelling sleeve, the ball trap sleeve and the tubular plug configured for retentively receiving the ball to occlude the drilling fluid flow path. a tubular tool body having a longitudinal axis and a tool bore; a travelling sleeve having a longitudinal axis and an inner bore, the travelling sleeve being slidably positioned within the tool bore of the tubular tool body and configured to selectively isolate an operable component of the expandable reamer apparatus from exposure to drilling fluid within a drilling fluid flow path extending through the inner bore and the tool bore of the tubular tool body; and a restriction element trap, the restriction element trap comprising: a ball trap sleeve positioned within the inner bore of the travelling sleeve for receiving a downhole moving ball therein; and a tubular plug coaxially aligned with and positioned adjacent to the ball trap sleeve within the inner bore of the travelling sleeve, the ball trap sleeve and the tubular plug configured for retentively receiving the ball to occlude the drilling fluid flow path. a ball trap sleeve positioned within the inner bore of the travelling sleeve for receiving a downhole moving ball therein; and a tubular plug coaxially aligned with and positioned adjacent to the ball trap sleeve within the inner bore of the travelling sleeve, the ball trap sleeve and the tubular plug configured for retentively receiving the ball to occlude the drilling fluid flow path.
A suspension liner adapted to provide an interface between a residual limb and a prosthetic socket, the suspension liner comprising: an elongate, generally conical body portion including proximal and distal end areas; and at least one resilient seal element protruding radially from and extending about at least a portion of the periphery of the body portion; characterized in that a volume control pad is located between the body portion and at least a portion of the seal element, the volume control pad arranged to distend from the body portion and urge the seal element outwardly from the body portion. an elongate, generally conical body portion including proximal and distal end areas; and at least one resilient seal element protruding radially from and extending about at least a portion of the periphery of the body portion; characterized in that a volume control pad is located between the body portion and at least a portion of the seal element, the volume control pad arranged to distend from the body portion and urge the seal element outwardly from the body portion.
A cleaning composition comprising: a mixture of a linear alkylbenzene sulfonate and a sodium lauryl ether sulfate (SLES), wherein the mixture is present in the cleaning composition in an amount of about 1%-2% by weight and wherein a weight ratio of LAS:SLES is selected from the group consisting of about 3:1 to about 1:1 and about 6:1 to about 4:1; a nonionic surfactant; and a fragrance. a mixture of a linear alkylbenzene sulfonate and a sodium lauryl ether sulfate (SLES), wherein the mixture is present in the cleaning composition in an amount of about 1%-2% by weight and wherein a weight ratio of LAS:SLES is selected from the group consisting of about 3:1 to about 1:1 and about 6:1 to about 4:1; a nonionic surfactant; and a fragrance.
An electroconductive member comprising a conductive mandrel, and a conductive layer provided on an outer periphery of the conductive mandrel, wherein the conductive layer comprises an organic polymeric compound as a binder, and a conductive particle dispersed in the organic polymeric compound, and the particle comprises an organic-inorganic hybrid polymer having a structure represented by a following formula: wherein R 1 represents an organic group having an ion exchange group; M represents silicon, titanium, zirconium or hafnium.
An isolation valve comprising a body including a fluid flow channel, designed to be closed by upstream and downstream spherical plugs (5, 6) which can be actuated independently of one another between positions for fluid flow through said channel and closing positions of the channel, and sealing checking means, leading into said channel and between the two spherical plugs (5, 6), the spherical plugs (5, 6) being equipped with seats (14, 16, 17) associated with elastic return means so as to come to bear sealingly against the spherical plugs (5, 6) around said channel, a dead volume being defined between the outer wall of each spherical plug (5, 6) and the body, outside of the fluid flow channel, each seat (14, 16, 17) being designed to be subjected to the pressure of the fluid located inside said channel and, on the other hand, to the pressure of the fluid contained in the dead volume, characterized in that the upstream spherical plug is equipped with an upstream seat and has no downstream seat, the downstream spherical plug being equipped with an upstream seat and a downstream seat, the upstream seats (14, 16) being able to separate from the spherical plugs (5, 6) in the event of overpressure inside the corresponding dead volumes, the downstream seat being designed to remain to bear sealingly against on the downstream spherical plug in the event of overpressure inside the corresponding dead volume.
An assembly (100, 101) comprising an arm, mounted movable in translation between an inlet opening and an outlet opening of a through passage of a body, and a control device for controlling said arm comprising a retaining member secured to said body and designed to adopt a first position wherein it acts on said arm 4) and holds it in an inactive position away from the outlet opening and a second position wherein it releases the arm, characterized in that the control device comprises a wire, secured to said body and said retaining member, made of a metal material with a shape suitable for retracting under the effect of a temperature rise and subsequently, to cause the movement of the retaining member to its second position, as well as means suitable for at least temporarily heating said wire, said body having an upper face, a lower face, an anterior face comprising the inlet opening and a posterior face comprising the outlet opening of the through passage, while the retaining member comprises a convex face and a concave face extended by at least one rod provided with a hook, and is mounted movable in translation along the anterior face of body between a position wherein the hook extends at least partially in front of the inlet opening of the through passage and a position wherein the hook is withdrawn relative to the inlet opening.
A method comprising: sending, by a first server instance to a client in a first session between the first server instance and the client, information to maintain for a possible replay, in a second session between a second server instance and the client, of one or more commands of a set commands that were sent in a request to the first server instance for execution in the first session; wherein the one or more commands, if replayed in the second session according to the information maintained at the client, would re-establish a state that was established between the first server instance and the client in the first session, without re-making any changes to a database that were already made in the first session; wherein at least one command of the set of commands that were sent in the request to the first server instance for execution in the first session, if executed, would have caused the first server instance to complete a transaction to make changes to the database in the first session; wherein the method is performed by one or more computing devices. sending, by a first server instance to a client in a first session between the first server instance and the client, information to maintain for a possible replay, in a second session between a second server instance and the client, of one or more commands of a set commands that were sent in a request to the first server instance for execution in the first session; wherein the one or more commands, if replayed in the second session according to the information maintained at the client, would re-establish a state that was established between the first server instance and the client in the first session, without re-making any changes to a database that were already made in the first session; wherein at least one command of the set of commands that were sent in the request to the first server instance for execution in the first session, if executed, would have caused the first server instance to complete a transaction to make changes to the database in the first session; wherein the method is performed by one or more computing devices.
A noise reduction device for a bus bar module the bus bar module comprising a plurality of bus bars (41, 42) for electrically connecting a plurality of power storage elements together, a holder that holds the plurality of bus bars (41, 42) and is made of insulating material, and an electric cable, one end of which is fixed to the holder and a portion on the other end side of which is drawn out of the holder, the holder including a guide portion that guides the electric cable to an attaching position of the noise reducing device, the noise reduction device comprising: a magnetic core that surrounds an outer periphery of the electric cable of the bus bar module; and an elastic sheet that is wrapped around the electric cable so as to surround the electric cable and so that the guide portion is disposed between the elastic sheet and the electric cable, and is sandwiched between an inner peripheral surface of the magnetic core and an outer peripheral surface of the electric cable and elastically deformed. a magnetic core that surrounds an outer periphery of the electric cable of the bus bar module; and an elastic sheet that is wrapped around the electric cable so as to surround the electric cable and so that the guide portion is disposed between the elastic sheet and the electric cable, and is sandwiched between an inner peripheral surface of the magnetic core and an outer peripheral surface of the electric cable and elastically deformed.
A wire electric discharge machine comprising: a table on which a workpiece is mounted; at least two linear axes (X, Y, Z; U, V) for moving a wire electrode and the workpiece relative to each other; a mount portion to which the workpiece can be attached and which can be mounted on the table, the mount portion having at least two rotary axes (A, B); and a control unit (50, 52) for synchronously moving the linear axes and the rotary axes in accordance with a machining program to perform machining while relatively changing a tilt of the workpiece with respect to the wire electrode; characterised in that based on a commanded tilt angle of the wire electrode from a vertical direction and commanded amounts of travel of the wire electrode by the linear axes relative to the workpiece, the commanded tilt angle and the commanded amounts of travel being commanded by the machining program, and based on pre-stored axes of rotation (6, 7) of the rotary axes (A, B) of the mount portion, the control unit (50, 52) generates renewed amounts of travel of the wire electrode relative to the workpiece and renewed amounts of rotation of the rotary axes (A, B) for performing machining with the wire electrode vertically oriented. a table on which a workpiece is mounted; at least two linear axes (X, Y, Z; U, V) for moving a wire electrode and the workpiece relative to each other; a mount portion to which the workpiece can be attached and which can be mounted on the table, the mount portion having at least two rotary axes (A, B); and a control unit (50, 52) for synchronously moving the linear axes and the rotary axes in accordance with a machining program to perform machining while relatively changing a tilt of the workpiece with respect to the wire electrode; characterised in that based on a commanded tilt angle of the wire electrode from a vertical direction and commanded amounts of travel of the wire electrode by the linear axes relative to the workpiece, the commanded tilt angle and the commanded amounts of travel being commanded by the machining program, and based on pre-stored axes of rotation (6, 7) of the rotary axes (A, B) of the mount portion, the control unit (50, 52) generates renewed amounts of travel of the wire electrode relative to the workpiece and renewed amounts of rotation of the rotary axes (A, B) for performing machining with the wire electrode vertically oriented.