mhurhangee/ep-ind-claims huggingface dataset:
A well screen assembly for use in a wellbore comprising: a plurality of fluid pathways, wherein each fluid pathway of the plurality of fluid pathways is configured to provide fluid communication between an exterior of a wellbore tubular and an interior of the wellbore tubular, wherein two or more fluid pathways of the plurality of fluid pathways comprise: an actuation system comprising a receiving antenna, wherein the receiving antenna is configured to generate an electric current in response to receiving a specific electromagnetic signal having a specific frequency; a sliding member disposed in the corresponding fluid pathway, wherein the sliding member is transitional from a first position to a second position in response to the electric current; wherein the sliding member prevents fluid communication along the corresponding fluid pathway when the sliding member is in the first position, and wherein the sliding member allows fluid communication along the corresponding fluid pathway when the sliding member is in the second position; and wherein actuation systems in each of the two or more fluid pathways are configured to generate the electric current in response to different specific electromagnetic signals having different specific frequencies. a plurality of fluid pathways, wherein each fluid pathway of the plurality of fluid pathways is configured to provide fluid communication between an exterior of a wellbore tubular and an interior of the wellbore tubular, wherein two or more fluid pathways of the plurality of fluid pathways comprise: an actuation system comprising a receiving antenna, wherein the receiving antenna is configured to generate an electric current in response to receiving a specific electromagnetic signal having a specific frequency; a sliding member disposed in the corresponding fluid pathway, wherein the sliding member is transitional from a first position to a second position in response to the electric current; wherein the sliding member prevents fluid communication along the corresponding fluid pathway when the sliding member is in the first position, and wherein the sliding member allows fluid communication along the corresponding fluid pathway when the sliding member is in the second position; and an actuation system comprising a receiving antenna, wherein the receiving antenna is configured to generate an electric current in response to receiving a specific electromagnetic signal having a specific frequency; a sliding member disposed in the corresponding fluid pathway, wherein the sliding member is transitional from a first position to a second position in response to the electric current; wherein the sliding member prevents fluid communication along the corresponding fluid pathway when the sliding member is in the first position, and wherein the sliding member allows fluid communication along the corresponding fluid pathway when the sliding member is in the second position; and wherein actuation systems in each of the two or more fluid pathways are configured to generate the electric current in response to different specific electromagnetic signals having different specific frequencies.
A medical stylet for use in delivering and anchoring an implantable medical lead to a desired location near or in a patient's heart, the medical stylet comprising: an inner member, having a distal end portion and a proximal end portion, wherein the distal end portion includes a tip feature, the tip feature configured to rotationally engage a coupling feature at or near a distal end of the implantable medical lead, the coupling feature rotationally coupled to an anchoring mechanism including a fixation feature, wherein the inner member has sufficient torsional stiffness to transmit a torque from the proximal end portion to the coupling feature, so as to rotate the anchoring mechanism; an outer member defining a lumen along its length, the lumen configured to accept and allow rotation of at least a portion of the inner member, the outer member having a predetermined shape and having sufficient stiffness to impart the shape upon the lead, the shape selected to assist in delivery of the lead to the desired implant location; and an actuating mechanism, wherein the proximal end portion of the inner member is configured to be rotated by the actuating mechanism, and wherein the tip feature is configured to be manipulated by the actuating mechanism to engage with the coupling feature of the implantable medical lead. an inner member, having a distal end portion and a proximal end portion, wherein the distal end portion includes a tip feature, the tip feature configured to rotationally engage a coupling feature at or near a distal end of the implantable medical lead, the coupling feature rotationally coupled to an anchoring mechanism including a fixation feature, wherein the inner member has sufficient torsional stiffness to transmit a torque from the proximal end portion to the coupling feature, so as to rotate the anchoring mechanism; an outer member defining a lumen along its length, the lumen configured to accept and allow rotation of at least a portion of the inner member, the outer member having a predetermined shape and having sufficient stiffness to impart the shape upon the lead, the shape selected to assist in delivery of the lead to the desired implant location; and an actuating mechanism, wherein the proximal end portion of the inner member is configured to be rotated by the actuating mechanism, and wherein the tip feature is configured to be manipulated by the actuating mechanism to engage with the coupling feature of the implantable medical lead.
A metacarpal anchoring rod, particularly for a trapezo-metacarpal prosthesis, having an elongated and tapered shape, wherein from its distal end toward its proximal end, it is flared on its palmate side without flaring on its dorsal side and flares on its lateral sides so as to form a flared proximal portion, this flared proximal portion having a substantially trapezoidal cross-section, with a dorsal face larger than the palmate face, characterized in that it has grooves' provided in its lateral faces, with a "wolf's teeth" profile, that is each groove delimits, on its side closer to said distal end, a steep wall flank, more or less perpendicular to the longitudinal axis of the anchoring rod and, on its side closer to said proximal end, an inclined wall flank.
An apparatus for supplying preconditioned air to at least one parked aircraft, comprising a main unit housing comprising; a primary plenum comprising an inlet for air ambient air and a primary refrigeration system, a means for activating the primary refrigeration system, a plurality of blowers (8,17) each consisting of an inlet and an outlet, wherein the primary plenum is connected to the inlet of each blower, a means for activating each blower independently (6, 18), a plurality of secondary plenums (11,14), wherein each secondary plenum is connected to the outlet of a blower (8, 17), comprising; a secondary refrigeration system (9,16), a means for activating the secondary refrigeration system, and an air outlet (12,13). a secondary refrigeration system (9,16), a means for activating the secondary refrigeration system, and an air outlet (12,13).
A superheated steam generator configured to generate superheated steam by heating steam, the superheated steam generator comprising: a helically wound cylindrical conductor tube through which the steam flows; and a magnetic flux generation mechanism disposed on one or both of inner and outer sides of the conductor tube, wherein the conductor tube is axially short-circuited and subjected to induction heating by the magnetic flux generation mechanism to thereby generate the superheated steam, characterized in that an output port of the conductor tube is disposed at an axial midportion of the conductor tube. a helically wound cylindrical conductor tube through which the steam flows; and a magnetic flux generation mechanism disposed on one or both of inner and outer sides of the conductor tube, wherein the conductor tube is axially short-circuited and subjected to induction heating by the magnetic flux generation mechanism to thereby generate the superheated steam, characterized in that an output port of the conductor tube is disposed at an axial midportion of the conductor tube.
A mobile communication terminal arranged to communicate with a network including a control apparatus and a plurality of packet forwarding apparatuses wherein the control apparatus is arranged to centrally control packet forwarding performed by the plurality of packet forwarding apparatuses, the mobile communication terminal comprising: a plurality of communication interfaces (10, 105) for wireless communication, each of the communication interfaces corresponding to one of a plurality of radio access networks through which the mobile communication terminal communicates with the network; a packet forwarding unit comprising a control means and a processing means configured to: transmit to the control apparatus interface information that is information related to characteristics or status of the plurality of communication interfaces when no processing rule corresponding to a packet to be processed exists, transmit to the control apparatus a request for a processing rule for said packet, and receive, from the control apparatus, a processing rule, wherein the processing rule includes an instruction indicating the communication interface the mobile communication terminal should forward the packet to; and forward the packet to the communication interface in accordance with the instruction from the control apparatus. a plurality of communication interfaces (10, 105) for wireless communication, each of the communication interfaces corresponding to one of a plurality of radio access networks through which the mobile communication terminal communicates with the network; a packet forwarding unit comprising a control means and a processing means configured to: transmit to the control apparatus interface information that is information related to characteristics or status of the plurality of communication interfaces when no processing rule corresponding to a packet to be processed exists, transmit to the control apparatus a request for a processing rule for said packet, and receive, from the control apparatus, a processing rule, wherein the processing rule includes an instruction indicating the communication interface the mobile communication terminal should forward the packet to; and forward the packet to the communication interface in accordance with the instruction from the control apparatus. transmit to the control apparatus interface information that is information related to characteristics or status of the plurality of communication interfaces when no processing rule corresponding to a packet to be processed exists, transmit to the control apparatus a request for a processing rule for said packet, and receive, from the control apparatus, a processing rule, wherein the processing rule includes an instruction indicating the communication interface the mobile communication terminal should forward the packet to; and forward the packet to the communication interface in accordance with the instruction from the control apparatus.
A display controller, including: a controller input (300,301) connectable to receive first image data representing a non-safety relevant part of an image to be displayed on a display and to receive second image data representing a safety relevant part of said image; a merging unit connected to the controller input (300,301), for composing said image from the first image data and second image data; a controller output connectable to said display, for outputting display data representing the image; and an image monitor connected to the controller output, for comparing a part of said image corresponding to said safety relevant part with a reference for said part. a controller input (300,301) connectable to receive first image data representing a non-safety relevant part of an image to be displayed on a display and to receive second image data representing a safety relevant part of said image; a merging unit connected to the controller input (300,301), for composing said image from the first image data and second image data; a controller output connectable to said display, for outputting display data representing the image; and an image monitor connected to the controller output, for comparing a part of said image corresponding to said safety relevant part with a reference for said part.
A stud installation machine for installing studs in a tyre of an High Pressure Grinding Roller, HPGR, which machine includes: (i) a support arrangement configured to support a tyre and a shaft on which the tyre is mounted for angular displacement about a longitudinal axis of rotation; (ii) a stud insertion arrangement, at least part of which is displaceable relative to a tyre supported on the support arrangement, and which is configured to insert studs into holes in the tyre; and (iii) further comprising an adhesive dispensing arrangement, at least part of which is displaceable relative to a tyre supported on the support arrangement, and which is configured to dispense adhesive into holes in the tyre before studs are inserted into the holes. (i) a support arrangement configured to support a tyre and a shaft on which the tyre is mounted for angular displacement about a longitudinal axis of rotation; (ii) a stud insertion arrangement, at least part of which is displaceable relative to a tyre supported on the support arrangement, and which is configured to insert studs into holes in the tyre; and (iii) further comprising an adhesive dispensing arrangement, at least part of which is displaceable relative to a tyre supported on the support arrangement, and which is configured to dispense adhesive into holes in the tyre before studs are inserted into the holes.
Safety ski binding with a toe piece, which comprises a housing accommodating a release mechanism, on which two pins forming two vertical axes are arranged, with which a sole holder is connected in each case, which holds the front end region of the sole edge of a ski boot, cooperates with the release mechanism and is adjustable in the vertical direction relative to the pin in order to adapt it to different thicknesses of ski-boot soles, wherein the pins are connected coaxially to toothed wheels, which engage with one another or with a toothed wheel arranged in a rotatable manner between them, characterised in that the toothed wheels connected to the pins are arranged at the lower ends of the pins, wherein the toothed wheels (11, 12) are positioned in a flat recess formed in the lower side of the housing, which is closed with a cover.
A gas turbine engine combustor liner (30, 40, 42, 120, 140) comprising: a hot side wall and a cold side wall configured for installation in the gas turbine engine to separate a combustion chamber from a cooling air source, the hot side wall and the cold side wall each comprising metal alloy sheet material; the hot side wall having a plurality of hot side holes projecting through its thickness for fluid communication with the combustion chamber; the cold side wall having a plurality of cold side holes projecting through its thickness for fluid communication with the cooling air source and including a plurality of pedestals that connect to the hot side wall such that a plurality of fluid flow passages are defined between the hot side wall and cold side wall and between the pedestals; the cold side holes being in fluid communication with the hot side holes via the fluid flow passages so as to create a cooling flow path from the cooling air source to the combustion chamber; first and second arrangements of a plurality of the hot side holes, the cold side holes, and the fluid flow passages defining respective first and second porous regions (130, 132, 134, 150, 152, 154) in the combustor liner (30, 40, 42, 120, 140) having respective first and second porosities, the first porosity being greater than the second porosity, and characterized in that the first porous regions (130, 132, 134; 150, 152, 154) having holes (110, 112) with a first diameter that is greater than a second diameter of the holes (110, 112) of the second porous regions (130, 132, 134; 150, 152, 154). a hot side wall and a cold side wall configured for installation in the gas turbine engine to separate a combustion chamber from a cooling air source, the hot side wall and the cold side wall each comprising metal alloy sheet material; the hot side wall having a plurality of hot side holes projecting through its thickness for fluid communication with the combustion chamber; the cold side wall having a plurality of cold side holes projecting through its thickness for fluid communication with the cooling air source and including a plurality of pedestals that connect to the hot side wall such that a plurality of fluid flow passages are defined between the hot side wall and cold side wall and between the pedestals; the cold side holes being in fluid communication with the hot side holes via the fluid flow passages so as to create a cooling flow path from the cooling air source to the combustion chamber; first and second arrangements of a plurality of the hot side holes, the cold side holes, and the fluid flow passages defining respective first and second porous regions (130, 132, 134, 150, 152, 154) in the combustor liner (30, 40, 42, 120, 140) having respective first and second porosities, the first porosity being greater than the second porosity, and characterized in that the first porous regions (130, 132, 134; 150, 152, 154) having holes (110, 112) with a first diameter that is greater than a second diameter of the holes (110, 112) of the second porous regions (130, 132, 134; 150, 152, 154).
Painting workpiece gripper (3, 41) for handling robot, designed to be attached to the end of an arm of a handling robot, said workpiece comprising parts formed by a skin of predefined thickness (e), said gripper comprising: - a chassis (19, 43) provided with means of attachment to the arm of a robot, - protrusions (25, 27, 45, 47, 57) mounted on the chassis and having ends capable of carrying a workpiece to be painted by its parts formed by the skin, - means for displacing at least some of said protrusions relative to the chassis, the end of at least one of said protrusions comprising a hollow shape (29, 29', 31, 49, 51, 59) having a conformation enabling it to engage the edge of the skin to hold it in the hollow shape when the protrusion is pressed against an edge of this skin, said means for displacing at least some of the protrusions being used to displace these protrusions between a first position in which each protrusion is next to but distant from an edge of the skin and a second position in which each protrusion is pressed against the skin or has its hollow shape pressed against the edge of the skin, the edge of the skin being engaged in the hollow shape (29, 31, 49, 51, 59) of said protrusion, each protrusion being pressed against the skin or the edge of the skin by the pressure from the other protrusions against the skin or the other edges of the skin said protrusions being selected from: - rods (25, 27, 47) each having an end provided with a hollow shape (29, 31, 49), - plates (47, 57) having an end edge provided with a hollow shape (51, 59) - counter-shapes having a relief complementary to that of a part of the skin, capable of fitting intimately in the skin by simple mutual pressure and said gripper comprising two rods and a counter-shape. - a chassis (19, 43) provided with means of attachment to the arm of a robot, - protrusions (25, 27, 45, 47, 57) mounted on the chassis and having ends capable of carrying a workpiece to be painted by its parts formed by the skin, - means for displacing at least some of said protrusions relative to the chassis, - rods (25, 27, 47) each having an end provided with a hollow shape (29, 31, 49), - plates (47, 57) having an end edge provided with a hollow shape (51, 59) - counter-shapes having a relief complementary to that of a part of the skin, capable of fitting intimately in the skin by simple mutual pressure and said gripper comprising two rods and a counter-shape.
A transducer, comprising: a first electrode sheet (21, 121, 221, 321, 421) provided with a plurality of first through-holes; a dielectric layer (23, 63) with a first surface that is disposed on a side of the first electrode sheet (21, 121, 221, 321, 421); and a first fusion-bonding layer (26, 66) formed from a fusion-bonding material, wherein the first fusion-bonding layer (26, 66) joining together, by fusion-bonding of the fusion-bonding material, a boundary region between a body portion of the dielectric layer (23, 63) and a first inner surface of the first electrode sheet (21, 121, 221, 321, 421) and a boundary region between the body portion of the dielectric layer (23, 63) and a first inner circumferential surface of at least some of the plurality of first through-holes, and wherein the first fusion-bonding layer blocks the plurality of first through-holes, characterized in that the dielectric layer (23, 63) is formed from a thermoplastic elastomer, the first fusion-bonding layer (26, 66) applies a part of the dielectric layer (23, 63) as the fusion-bonding material and bonds the respective boundary regions through fusion-bonding of the part of the dielectric layer (23, 63), and the first fusion-bonding layer (26, 66) is formed from the same material constituent as that of the dielectric layer (23, 63). a first electrode sheet (21, 121, 221, 321, 421) provided with a plurality of first through-holes; a dielectric layer (23, 63) with a first surface that is disposed on a side of the first electrode sheet (21, 121, 221, 321, 421); and a first fusion-bonding layer (26, 66) formed from a fusion-bonding material, wherein the first fusion-bonding layer (26, 66) joining together, by fusion-bonding of the fusion-bonding material, a boundary region between a body portion of the dielectric layer (23, 63) and a first inner surface of the first electrode sheet (21, 121, 221, 321, 421) and a boundary region between the body portion of the dielectric layer (23, 63) and a first inner circumferential surface of at least some of the plurality of first through-holes, and wherein the first fusion-bonding layer blocks the plurality of first through-holes, characterized in that the dielectric layer (23, 63) is formed from a thermoplastic elastomer, the first fusion-bonding layer (26, 66) applies a part of the dielectric layer (23, 63) as the fusion-bonding material and bonds the respective boundary regions through fusion-bonding of the part of the dielectric layer (23, 63), and the first fusion-bonding layer (26, 66) is formed from the same material constituent as that of the dielectric layer (23, 63).
A computer-implemented method for recovering from disaster within a cloud-computing infrastructure, the method comprising: creating resources on a distributed computing network by a resource provider as required by tenant subscriptions managed by a central service, the resources each having a metadata record; tagging the resources by the resource provider with specific information to uniquely identify the resource and to identify a tenant that owns the resource; determining when the distributed computing network is in a disaster recovery mode; and recreating the resource metadata records by the resource provider using the tagged information. creating resources on a distributed computing network by a resource provider as required by tenant subscriptions managed by a central service, the resources each having a metadata record; tagging the resources by the resource provider with specific information to uniquely identify the resource and to identify a tenant that owns the resource; determining when the distributed computing network is in a disaster recovery mode; and recreating the resource metadata records by the resource provider using the tagged information.