mhurhangee/ep-ind-claims huggingface dataset:
A system for selectively actuating from a remote location multiple downhole well tools (32,32a,b,c,d,e,f) in a well, the system comprising: multiple sets of electrical conductors (52a,b,c) in the well, each set of conductors including two conductors (52a,b,c); and multiple control devices (50a,b,c,d,e,f) that control which of the well tools (32a,b,c,d,e,f) is selected for actuation in response to direction of current flow in one set of conductors(52a,b,c), each of the control devices (50a,b,c) including at least one downhole pump (70a,b,c,d,e,f) which applies a pressure differential to an actuator (36,36a,b,c) of a respective one of the well tools(32,32a,b,c,d,e,f), wherein each set of conductors is connected to two of the multiple control devices (50a,b,c,d,e,f), such that, for each set of connectors, one of the two control devices connected thereto is actuated in response to current flow in a first direction and the other of the other of the two control devices connected thereto is actuated in response to current flow in a second direction opposite the first direction, and wherein at least one set of conductors shares one conductor (52a,b,c) with another set. multiple sets of electrical conductors (52a,b,c) in the well, each set of conductors including two conductors (52a,b,c); and multiple control devices (50a,b,c,d,e,f) that control which of the well tools (32a,b,c,d,e,f) is selected for actuation in response to direction of current flow in one set of conductors(52a,b,c), each of the control devices (50a,b,c) including at least one downhole pump (70a,b,c,d,e,f) which applies a pressure differential to an actuator (36,36a,b,c) of a respective one of the well tools(32,32a,b,c,d,e,f), wherein each set of conductors is connected to two of the multiple control devices (50a,b,c,d,e,f), such that, for each set of connectors, one of the two control devices connected thereto is actuated in response to current flow in a first direction and the other of the other of the two control devices connected thereto is actuated in response to current flow in a second direction opposite the first direction, and wherein at least one set of conductors shares one conductor (52a,b,c) with another set.
A system for inverting pans in a commercial production line, the pan inverting system having an inlet adapted to receive a pan to be inverted and an outlet at which the pan is discharged once inverted, the pan inverting system comprising: a rotating table having substantially parallel pan-receiving surfaces on opposite sides of the table, the pan-receiving surfaces having longitudinally spaced apart inlet and outlet ends between which a pan is displaceable, the table being rotatably mounted within a static frame for rotation about a longitudinally extending axis of rotation extending between the inlet and outlet ends; a conveyor disposed on each of said pan-receiving surfaces of the table, each said conveyor being independently operable to displace pans along the corresponding pan-receiving surface, between the inlet and outlet ends thereof, in a direction substantially parallel to said longitudinally extending axis of rotation; and a pan engagement mechanism disposed within the table, the pan engagement mechanism including a pan engagement device on each of the pan receiving surfaces of the table, the pan engagement devices being independently operable to releasably fasten the pans to either of said pan receiving surfaces of the table when the pans are disposed thereon, such that when the pans are fastened to one of the pan receiving surfaces by the corresponding pan engagement device, rotation of the table about the longitudinally extending axis will invert the pan. a rotating table having substantially parallel pan-receiving surfaces on opposite sides of the table, the pan-receiving surfaces having longitudinally spaced apart inlet and outlet ends between which a pan is displaceable, the table being rotatably mounted within a static frame for rotation about a longitudinally extending axis of rotation extending between the inlet and outlet ends; a conveyor disposed on each of said pan-receiving surfaces of the table, each said conveyor being independently operable to displace pans along the corresponding pan-receiving surface, between the inlet and outlet ends thereof, in a direction substantially parallel to said longitudinally extending axis of rotation; and a pan engagement mechanism disposed within the table, the pan engagement mechanism including a pan engagement device on each of the pan receiving surfaces of the table, the pan engagement devices being independently operable to releasably fasten the pans to either of said pan receiving surfaces of the table when the pans are disposed thereon, such that when the pans are fastened to one of the pan receiving surfaces by the corresponding pan engagement device, rotation of the table about the longitudinally extending axis will invert the pan.
An implantable segmented electrode structure configured to conduct electrical signals between a plurality of elongated conductors of an implantable medical lead and tissue of a patient, the implantable segmented electrode structure comprising: a plurality of separate electrode surfaces at a plurality of different axial positions and a plurality of different angular positions; and a plurality of prongs (34, 114), wherein each prong (34, 114) of the plurality of prongs (34, 114) is electrically connected to a respective one of the plurality of electrode surfaces and configured to electrically connect to a respective one of the plurality of elongated conductors, wherein each prong (34, 114) of the plurality of prongs (34, 114) extends axially through the segmented electrode structure and to a proximal end of the segmented electrode structure, wherein each electrode surface of the plurality of electrode surfaces and the respective prong (34, 114) of the plurality of prongs (34, 114) are formed from a unitary structure from a piece of a material. a plurality of separate electrode surfaces at a plurality of different axial positions and a plurality of different angular positions; and a plurality of prongs (34, 114), wherein each prong (34, 114) of the plurality of prongs (34, 114) is electrically connected to a respective one of the plurality of electrode surfaces and configured to electrically connect to a respective one of the plurality of elongated conductors, wherein each prong (34, 114) of the plurality of prongs (34, 114) extends axially through the segmented electrode structure and to a proximal end of the segmented electrode structure, wherein each electrode surface of the plurality of electrode surfaces and the respective prong (34, 114) of the plurality of prongs (34, 114) are formed from a unitary structure from a piece of a material.
A method of treating a substrate, wherein the substrate comprises a plated layer comprising chromium deposited from a trivalent chromium electrolyte, the method comprising the steps of: (a) providing an anode and the substrate as a cathode in an electrolyte; (b) passing an electrical current between the anode and the cathode to deposit a passivate film on the substrate, characterized in that the electrolyte comprises (i) a trivalent chromium salt comprising basic chromium sulfate; and (ii) sodium gluconate. (a) providing an anode and the substrate as a cathode in an electrolyte; (b) passing an electrical current between the anode and the cathode to deposit a passivate film on the substrate,
A compartment being one or more of a sample storage compartment, a reagent storage compartment, a reagent manipulator compartment, a sample manipulator compartment and a quality control compartment comprising at least one target area susceptible to condensed water formation, the compartment comprising: at least one condensed water collector, wherein the condensed water collector comprises at least a first portion arranged to collect condensed water from the at least one target area and at least a second portion, and wherein the condensed water collector comprises a porous material being arranged between the first portion and the second portion and being configured to transport the collected condensed water; and a condensed water remover (4, 7; 53) configured to remove condensed water from the second portion thereby facilitating transportation of condensed water from the first portion to the second portion via the porous material, characterized in that the first portion is located inside the compartment and wherein the condensed water collector extends through a wall of the compartment to place the second portion of the condensed water collector outside of the compartment. at least one condensed water collector, wherein the condensed water collector comprises at least a first portion arranged to collect condensed water from the at least one target area and at least a second portion, and wherein the condensed water collector comprises a porous material being arranged between the first portion and the second portion and being configured to transport the collected condensed water; and a condensed water remover (4, 7; 53) configured to remove condensed water from the second portion thereby facilitating transportation of condensed water from the first portion to the second portion via the porous material, characterized in that the first portion is located inside the compartment and wherein the condensed water collector extends through a wall of the compartment to place the second portion of the condensed water collector outside of the compartment.
Particulate filter for removing particles, carbon monoxide, hydrocarbons, and nitrogen oxides out of the exhaust gas of combustion engines operated with a stoichiometric air/fuel mixture, comprising a wall-flow filter of length L and two different coatings Y and Z, wherein the wall-flow filter comprises channels E and A which extend in parallel between a first and a second end of the wall-flow filter and are separated by porous walls which form surfaces OE or OA, and wherein the channels E are closed at the second end and the channels A are closed at the first end, characterized in that the two coatings Y and Z are located in the porous walls and extend starting from the first end of the wall flow filter over the entire length L, with one of the coatings being first introduced into the pores of the filter wall of the substrate before the other coating is subsequently introduced in the opposite coating direction into the filter wall of the substrate, and both have active alumina, an oxygen storage component and at least one platinum group metal, and wherein coating Z comprises two different cerium/zirconium/rare earth metal mixed oxides as oxygen storage component, and the weight ratio of active alumina to the sum of the two cerium/zirconium/rare earth metal mixed oxides is in the range from 10:90 to 60:40.
A surgical device comprising an insertion cannula which comprises a tube having a proximal end, an exterior surface comprising a distal tip configured to penetrate tissue, and an interior surface that defines an internal passage of the insertion cannula, the internal passage extending along a longitudinal axis of the insertion cannula and configured to receive a surgical tool, a sealing member contacting the proximal end of the tube and configured to provide a fluid seal to prevent fluid from entering or leaving the proximal end of the tube; wherein the sealing member includes a flared body extending between a distal end and a proximal end; wherein the flared body defines four flared sides such that the cross-scctional shape of scaling member toward the proximal end is a quadrilateral, wherein the four flared sides are wider at the proximal end than at the distal end; wherein the flared shape of body defines an interior cavity, wherein the cavity extends distally from the proximal end and terminates at a fluid proof surface, wherein the cavity narrows toward the fluid proof surface; wherein the fluid proof surface is configured to abut the tube at the proximal end and to prevent fluid from the internal passage; and wherein the fluid proof surface comprises an elastic material and is deformable to allow passage of the surgical tool through the surface into the internal passage.
A method comprising: receiving, by a remote control device, a user command for operating a target media device, wherein a signal to operate the target media device is not stored on the remote control device when the user command is received; transmitting, by the remote control device to a second media device, information associated with the user command; receiving, by the remote control device from the second media device, signal information associated with the signal to operate the target media device; identifying, by the remote control device, the target media device for transmitting the signal; and transmitting, by the remote control device to the target media device, the signal to operate the target media device, wherein the target media device performs a function based on the signal received from the remote control device; wherein: said identifying the target media device is based on one of: an explicit identification of the target media device included in the signal information received from the second media device; and state information of the target media device included in the signal information received from the second media device. receiving, by a remote control device, a user command for operating a target media device, wherein a signal to operate the target media device is not stored on the remote control device when the user command is received; transmitting, by the remote control device to a second media device, information associated with the user command; receiving, by the remote control device from the second media device, signal information associated with the signal to operate the target media device; identifying, by the remote control device, the target media device for transmitting the signal; and transmitting, by the remote control device to the target media device, the signal to operate the target media device, wherein the target media device performs a function based on the signal received from the remote control device; wherein: said identifying the target media device is based on one of: an explicit identification of the target media device included in the signal information received from the second media device; and state information of the target media device included in the signal information received from the second media device. an explicit identification of the target media device included in the signal information received from the second media device; and state information of the target media device included in the signal information received from the second media device.
A display apparatus, comprising: a liquid crystal panel to display images; a light source to supply light to the liquid crystal panel; a printed circuit board having a light source embedding unit where the light source is embedded, and a connector mounting unit; and a bottom chassis, wherein the printed circuit board is bent, wherein the light source embedding unit supports a reflector sheet configured to reflect light radiated from the light source, and wherein the bottom chassis is configured to support the printed circuit board, characterised in that a connector configured to connect to an outside circuit is mounted at the connector mounting unit, the printed circuit board is bent such that the connector does not protrude past an upper surface of the light source embedding unit, and the bottom chassis comprises an accommodation unit provided in the shape of an opening penetrating through the bottom chassis, or of a groove to accommodate the connector mounting unit and the connector. a liquid crystal panel to display images; a light source to supply light to the liquid crystal panel; a printed circuit board having a light source embedding unit where the light source is embedded, and a connector mounting unit; and a bottom chassis, wherein the printed circuit board is bent, wherein the light source embedding unit supports a reflector sheet configured to reflect light radiated from the light source, and wherein the bottom chassis is configured to support the printed circuit board, characterised in that a connector configured to connect to an outside circuit is mounted at the connector mounting unit, the printed circuit board is bent such that the connector does not protrude past an upper surface of the light source embedding unit, and the bottom chassis comprises an accommodation unit provided in the shape of an opening penetrating through the bottom chassis, or of a groove to accommodate the connector mounting unit and the connector.
A pressure exchanger for hydraulic fracking, the pressure exchanger comprising: a rotor configured to rotate about an axis, the rotor defining a plurality of rotor ducts extending parallel to the axis, each rotor duct extending between a first side and a second side of the rotor that are spaced apart from each other; a first end cover disposed at the first side of the rotor, the first end cover defining a first pair of apertures configured to communicate a first fluid including fracking particles; and a second end cover disposed at the second side of the rotor, the second end cover defining a second pair of apertures configured to communicate a second fluid, characterised in that the first end cover further defines a flush port configured to supply the second fluid into the first side of the rotor in a state in which the first pair of apertures communicate the first fluid with the first side of the rotor. a rotor configured to rotate about an axis, the rotor defining a plurality of rotor ducts extending parallel to the axis, each rotor duct extending between a first side and a second side of the rotor that are spaced apart from each other; a first end cover disposed at the first side of the rotor, the first end cover defining a first pair of apertures configured to communicate a first fluid including fracking particles; and a second end cover disposed at the second side of the rotor, the second end cover defining a second pair of apertures configured to communicate a second fluid, characterised in that the first end cover further defines a flush port configured to supply the second fluid into the first side of the rotor in a state in which the first pair of apertures communicate the first fluid with the first side of the rotor.
A media downlink transmission control method executed at a media server, comprising: determining a first target media stream that needs to be sent to a destination terminal; determining that a quantity of media streams currently received by the destination terminal reaches a media stream quantity threshold corresponding to the destination terminal; when the quantity of media streams currently received by the destination terminal reaches the media stream quantity threshold corresponding to the destination terminal, determining a second target media stream from the media streams; sending a media reception preemption message to the destination terminal, wherein the media reception preemption message carries identification information of the first target media stream and identification information of the second target media stream, and the media reception preemption message is used to notify the destination terminal that a transmission resource of the second target media stream is used to transmit the first target media stream; and stopping sending the second target media stream to the destination terminal determining a first target media stream that needs to be sent to a destination terminal; determining that a quantity of media streams currently received by the destination terminal reaches a media stream quantity threshold corresponding to the destination terminal; when the quantity of media streams currently received by the destination terminal reaches the media stream quantity threshold corresponding to the destination terminal, determining a second target media stream from the media streams; sending a media reception preemption message to the destination terminal, wherein the media reception preemption message carries identification information of the first target media stream and identification information of the second target media stream, and the media reception preemption message is used to notify the destination terminal that a transmission resource of the second target media stream is used to transmit the first target media stream; and stopping sending the second target media stream to the destination terminal
A laundry detergent composition for treating a textile comprising wool, silk, polyester and/or nylon fibres, single or mixed fibres, optionally in combination with cellulosic fibres, the detergent composition comprising an optical brightener having ClogP from 1 to 50 wherein the optical brightener is selected from coumarinic brighteners, a dye transfer inhibitor and an enzyme, the composition having a pH at a concentration of 1 wt% in deionised water of at least 5.
A scraper system for the deflection region of belt conveyors formed of a tripper pulley having a tripper pulley and a belt conveyor, comprising - at least one adjustable and spring-mounted system support transverse to the direction of travel of the belt conveyor, - to which system support one or more scraper blocks made from an elastomer are interchangeably fastened next to one another, wherein - the system support is suspended in a rotatable manner about a support axis of rotation by way of a support mounting on both sides of the tripper pulley, wherein - a predefinable torque is impressed on the support axis of rotation by means of a spring device, which predefinable torque is directed against the direction of rotation of the tripper pulley, and - the support axis of rotation allows a rotation of the system support about such an angle of rotation as to permit a swinging-out movement of the system support together with the scraper blocks thereof, characterized in that - the spring device is formed from an adjusting spring, a damper spring coupled thereto, and a spring bolt configured as a pull rod that connects both springs (26, 27) to the support mounting, - and the spring bolt has a ledge which only actuates the damper spring if the adjusting spring has covered a predefinable spring travel. - at least one adjustable and spring-mounted system support transverse to the direction of travel of the belt conveyor, - to which system support one or more scraper blocks made from an elastomer are interchangeably fastened next to one another, wherein - the system support is suspended in a rotatable manner about a support axis of rotation by way of a support mounting on both sides of the tripper pulley, wherein - a predefinable torque is impressed on the support axis of rotation by means of a spring device, which predefinable torque is directed against the direction of rotation of the tripper pulley, and - the support axis of rotation allows a rotation of the system support about such an angle of rotation as to permit a swinging-out movement of the system support together with the scraper blocks thereof, - the spring device is formed from an adjusting spring, a damper spring coupled thereto, and a spring bolt configured as a pull rod that connects both springs (26, 27) to the support mounting, - and the spring bolt has a ledge which only actuates the damper spring if the adjusting spring has covered a predefinable spring travel.