mhurhangee/ep-ind-claims huggingface dataset:
A transmission control method, comprising: encapsulating, by a node, overlay service identification information corresponding to a packet in the packet, and transmitting, by the node, the packet to a next hop using an underlay network resource dedicated to a service corresponding to the overlay service identification information, characterized by the step of encapsulating the overlay service identification information corresponding to the packet in the packet comprises: encapsulating a slice label and the overlay service identification information in a label stack of the packet according to a forwarding equivalence class to next hop label forwarding entry map, FTN, entry hit by the packet; wherein the slice label is a multiprotocol label switching, MPLS, label with slicing capability, and wherein the MPLS label with slicing capability is allocated to a slice forward equivalence class, FEC. encapsulating, by a node, overlay service identification information corresponding to a packet in the packet, and transmitting, by the node, the packet to a next hop using an underlay network resource dedicated to a service corresponding to the overlay service identification information, characterized by the step of encapsulating the overlay service identification information corresponding to the packet in the packet comprises: encapsulating a slice label and the overlay service identification information in a label stack of the packet according to a forwarding equivalence class to next hop label forwarding entry map, FTN, entry hit by the packet; wherein the slice label is a multiprotocol label switching, MPLS, label with slicing capability, and wherein the MPLS label with slicing capability is allocated to a slice forward equivalence class, FEC.
A knee orthosis with - an upper leg frame for arranging on an upper leg and - a lower leg frame for arranging on a lower leg, o wherein the lower leg frame is arranged on the upper leg frame such that it can be swivelled about a first swivel axis by means of at least one joint, and - a calf pad for mounting on a calf, wherein the knee orthosis comprises at least one elastic bearing element that is attached in such a way that the bearing element is tensioned when the knee orthosis is mounted and, in this state, presses the calf pad either directly or indirectly against a calf of the wearer of the knee orthosis and wherein the knee orthosis comprises a pad retainer, characterized in that the pad retainer is arranged on the lower leg frame, wherein the calf pad is arranged on the pad retainer via the at least one elastic bearing element. - an upper leg frame for arranging on an upper leg and - a lower leg frame for arranging on a lower leg, o wherein the lower leg frame is arranged on the upper leg frame such that it can be swivelled about a first swivel axis by means of at least one joint, and o wherein the lower leg frame is arranged on the upper leg frame such that it can be swivelled about a first swivel axis by means of at least one joint, and - a calf pad for mounting on a calf,
An adhered substances removing device for removing organic films formed of a depositing material adhered to a workpiece which is arranged to move in a Y-direction, the adhered substances removing device comprising: a particulate injection unit configured to inject a particulate, which sublimates in an atmosphere, from an injection nozzle toward the workpiece, and to release the organic films from the workpiece; and a dry gas supplying unit configured to supply dry gas to the atmosphere in which the particulate is injected onto the workpiece by the particulate injection unit, characterized in that the adhered substances removing device comprises a heater configured to heat a spot at which the adhered substances on the workpiece are to be removed by supplying warm air, two warm-air covers by which the warm air is supplied by the heater; and a moving unit (56, 57) configured to relatively move the injection nozzle of the particulate injection unit with respect to the workpiece in at least one direction, the moving unit (56, 57) being configured to move in an X-direction, wherein the warm-air covers are arranged to be moved together with the injection nozzle, wherein an end of the warm-air covers which is opposite to the workpiece is open, wherein the warm-air covers are disposed on opposing sides of the injection nozzle in the X-direction so as to sandwich the injection nozzle. a particulate injection unit configured to inject a particulate, which sublimates in an atmosphere, from an injection nozzle toward the workpiece, and to release the organic films from the workpiece; and a dry gas supplying unit configured to supply dry gas to the atmosphere in which the particulate is injected onto the workpiece by the particulate injection unit, characterized in that the adhered substances removing device comprises a heater configured to heat a spot at which the adhered substances on the workpiece are to be removed by supplying warm air, two warm-air covers by which the warm air is supplied by the heater; and a moving unit (56, 57) configured to relatively move the injection nozzle of the particulate injection unit with respect to the workpiece in at least one direction, the moving unit (56, 57) being configured to move in an X-direction, wherein the warm-air covers are arranged to be moved together with the injection nozzle, wherein an end of the warm-air covers which is opposite to the workpiece is open, wherein the warm-air covers are disposed on opposing sides of the injection nozzle in the X-direction so as to sandwich the injection nozzle.
A fluid connector assembly for connecting to a disposable housing assembly of an infusion pump assembly, the fluid connector assembly comprising: a tab portion comprising a slot; a plug portion for insertion into an exit of the disposable housing assembly, the plug portion slidably connected to the tab portion such that the plug portion can slide within the tab portion, the plug portion comprising a disc, the disc configured to seat within the slot to control movement of the plug portion with respect to the tab portion; wherein the plug portion further comprises a fluid path; a catch feature located on a first end of the tab portion and configured to interact with the disposable housing assembly; and a latching feature located on a second end of the tab portion, the latching feature configured to interact and lock onto the disposable housing assembly, wherein the disc is seated in the slot such that when a force applied to the plug portion exceeds a threshold force the disc is unseated from the slot wherein the plug portion slides from an initial position in which the disc is seated in the slot to a position in which the disc is unseated from the slot. a tab portion comprising a slot; a plug portion for insertion into an exit of the disposable housing assembly, the plug portion slidably connected to the tab portion such that the plug portion can slide within the tab portion, the plug portion comprising a disc, the disc configured to seat within the slot to control movement of the plug portion with respect to the tab portion; wherein the plug portion further comprises a fluid path; a catch feature located on a first end of the tab portion and configured to interact with the disposable housing assembly; and a latching feature located on a second end of the tab portion, the latching feature configured to interact and lock onto the disposable housing assembly, wherein the disc is seated in the slot such that when a force applied to the plug portion exceeds a threshold force the disc is unseated from the slot wherein the plug portion slides from an initial position in which the disc is seated in the slot to a position in which the disc is unseated from the slot.
Driving device for driving a driving pile for special underground mining, made from ductile cast iron, and which serves as a foundation for structures in the ground, whereby the driving attachment has a hammering device that is designed to apply force to the driving pile during a driving process in a driving direction through blows, a halting device designed to halt the driving pile during the driving process in a driving position, and a guide device designed to guide the hammering device and the halting device along the driving direction during the driving process, distinguished by the fact that the driving device has a magazine attachment, in which at least one additional driving pile can be received in a provision position, whereby the driving device has an intake attachment designed to transfer the additional driving pile from the provision position in the magazine attachment to the driving position, whereby there is a pivoting and rotating coupling attachment on the driving device's guide device, which can be connected via the quick-lock attachment of an excavator.
A method to inject fluid into a well below a subsurface safety valve comprising: deploying a subsurface safety valve upon a distal end of an upper injection conduit to a string of production tubing (110, 210), the string of production tubing including a landing profile (120, 220), the subsurface safety valve including a flapper disc and a lower injection conduit extending from the subsurface safety valve to a lower zone, said lower injection conduit in communication with the upper injection conduit through a bypass pathway of the subsurface safety valve; extending an actuating line to the subsurface safety valve through an annulus between a wellbore (106, 206) and the string of production tubing (110, 210); engaging the subsurface safety valve into the landing profile (120, 220); extending an actuation conduit to the subsurface safety valve through a bore of the string of production tubing (110, 210); and further comprising actuating the flapper disc between an open position and a closed position through the actuation conduit or the actuating line; and injecting a fluid from a surface location to the lower zone through the upper injection conduit, the bypass pathway, and the lower injection conduit. deploying a subsurface safety valve upon a distal end of an upper injection conduit to a string of production tubing (110, 210), the string of production tubing including a landing profile (120, 220), the subsurface safety valve including a flapper disc and a lower injection conduit extending from the subsurface safety valve to a lower zone, said lower injection conduit in communication with the upper injection conduit through a bypass pathway of the subsurface safety valve; extending an actuating line to the subsurface safety valve through an annulus between a wellbore (106, 206) and the string of production tubing (110, 210); engaging the subsurface safety valve into the landing profile (120, 220); extending an actuation conduit to the subsurface safety valve through a bore of the string of production tubing (110, 210); and further comprising actuating the flapper disc between an open position and a closed position through the actuation conduit or the actuating line; and injecting a fluid from a surface location to the lower zone through the upper injection conduit, the bypass pathway, and the lower injection conduit.
A non-toxic lymphodepleting agent (NTLA) for use in a method of enhancing adoptive cellular therapy in a patient, wherein the NTLA is dexamethasone or another glucocorticoid, the method comprising administering to the patient dexamethasone at a human equivalent dose of at least about 3 mg/kg or another glucocorticoid at an equivalent dose, wherein the method does not include the administration of a chemotherapeutic agent for a duration of 1 day or more.
Electronic component comprising an integrated circuit and its associated package, said integrated circuit including supply means, at least one switchable domain, and at least one controllable switching device coupled between said at least one switchable domain and said supply means, wherein said at least one controllable switching device is located within the integrated circuit and is electrically connected between said at least one switchable domain and said supply means by electrical connecting means having a first part located within said integrated circuit, a second part located between said integrated circuit and said package characterized in that said electrical connecting means further comprise a third part extending within said package, the third part of the at least one controllable switching device comprising a low-ohmic routing between the second part of the electrical connecting means and a power mesh of a switchable domain.
A light emitting diode chip (10; 40; 45; 50; 60; 90; 130; 140; 350; 370; 500; 600; 700; 750; 760; 780; 800; 820; 830; 840; 850; 860; 870; 880; 890), comprising: a substrate (20; 64; 182; 204; 352; 372; 510; 610; 704; 764; 784; 804); a light emitting diode (12; 62; 181; 202; 502; 602; 702; 752; 762; 782; 802) on said substrate comprising an active region (14; 68; 184; 208; 405; 504; 604) between two oppositely doped semiconductor layers (16, 18; 70, 72; 185, 186; 210, 212; 406, 408; 506, 508; 606, 608), said light emitting diode comprising a textured surface; a contact (24; 74; 187; 214; 409; 518, 520; 612, 614; 708; 758; 772; 790; 808) on said light emitting diode; a pedestal (28; 46; 78; 188; 216; 416; 522, 524; 616, 618; 712; 774; 812) in electrical contact with said contact, wherein said pedestal comprises one or more stud bumps or a microwire (46, 48); and a coating (32; 80; 132; 142; 189; 218; 526; 620; 714; 754; 770; 788; 814; 822; 832; 842; 852; 862; 872; 882; 892) at least partially covering said light emitting diode, said pedestal extending through said coating and exposed for electrical contact. a substrate (20; 64; 182; 204; 352; 372; 510; 610; 704; 764; 784; 804); a light emitting diode (12; 62; 181; 202; 502; 602; 702; 752; 762; 782; 802) on said substrate comprising an active region (14; 68; 184; 208; 405; 504; 604) between two oppositely doped semiconductor layers (16, 18; 70, 72; 185, 186; 210, 212; 406, 408; 506, 508; 606, 608), said light emitting diode comprising a textured surface; a contact (24; 74; 187; 214; 409; 518, 520; 612, 614; 708; 758; 772; 790; 808) on said light emitting diode; a pedestal (28; 46; 78; 188; 216; 416; 522, 524; 616, 618; 712; 774; 812) in electrical contact with said contact, wherein said pedestal comprises one or more stud bumps or a microwire (46, 48); and a coating (32; 80; 132; 142; 189; 218; 526; 620; 714; 754; 770; 788; 814; 822; 832; 842; 852; 862; 872; 882; 892) at least partially covering said light emitting diode, said pedestal extending through said coating and exposed for electrical contact.
The prosthesis of the anterior spinal column containing: - a perforated sleeve body with a longitudinal axis and a circumferential body wall encircling a space extending along the longitudinal axis, where the sleeve body is provided with overgrowth holes in its body wall and at least one anchoring element and teeth on each end face of the body's surface, where the sleeve body has got in its body wall at least one elongated through manipulative hole and at least one elongated positioning hole cooperating with it, whose longitudinal axes are parallel relative to each other, and - a positioner situated within the space encircled by the body wall and being movable along the longitudinal axis A of the sleeve body, the positioner being provided with overgrowth holes and at least one situating element cooperating with the at least one body's positioning hole and the positioner being provided with at least one hole which can be aligned with the manipulative hole, where the cooperation of the at least one situating element and the positioning hole limits the mobility of the positioner inside the sleeve body, where the length of body's manipulative hole corresponds with the distance between extreme locations of positioner's hole that are allowed by the cooperation of the at least one situating element and the positioning hole such that the positioner's hole is situated within the inside diameter of the manipulative hole. - a perforated sleeve body with a longitudinal axis and a circumferential body wall encircling a space extending along the longitudinal axis, where the sleeve body is provided with overgrowth holes in its body wall and at least one anchoring element and teeth on each end face of the body's surface, where the sleeve body has got in its body wall at least one elongated through manipulative hole and at least one elongated positioning hole cooperating with it, whose longitudinal axes are parallel relative to each other, and - a positioner situated within the space encircled by the body wall and being movable along the longitudinal axis A of the sleeve body, the positioner being provided with overgrowth holes and at least one situating element cooperating with the at least one body's positioning hole and the positioner being provided with at least one hole which can be aligned with the manipulative hole, where the cooperation of the at least one situating element and the positioning hole limits the mobility of the positioner inside the sleeve body,
Explosion-proof housing, in particular a housing of the "pressure-resistant encapsulation" protection class, with a housing body which encloses an interior and has an access opening, with a cover arrangement which comprises at least a first and a second cover (13, 14), wherein the first and second covers (13, 14) together close the access opening of the housing body, wherein a respective gap (17, 20) which is secure against ignition breakthrough, is provided between the covers (13, 14) and the housing body and also between the covers (13, 14), and the covers (13, 14) are arranged overlapping one another in order to form the explosion-proof gap, wherein the gap formed between the covers (13, 14) and the housing body leads along the entire periphery of the cover arrangement or housing body so that it completely surrounds the access opening and is formed as an angular or round ring, characterised in that the gap formed between the two covers (13, 14) of the cover arrangement has two ends, wherein the ends of the gap, which is secure against ignition breakthrough and formed between the covers (13, 14), touch the peripheral gap which is secure against ignition breakthrough. with a housing body which encloses an interior and has an access opening, with a cover arrangement which comprises at least a first and a second cover (13, 14), wherein the first and second covers (13, 14) together close the access opening of the housing body, wherein a respective gap (17, 20) which is secure against ignition breakthrough, is provided between the covers (13, 14) and the housing body and also between the covers (13, 14), and the covers (13, 14) are arranged overlapping one another in order to form the explosion-proof gap, wherein the gap formed between the covers (13, 14) and the housing body leads along the entire periphery of the cover arrangement or housing body so that it completely surrounds the access opening and is formed as an angular or round ring, characterised in that the gap formed between the two covers (13, 14) of the cover arrangement has two ends, wherein the ends of the gap, which is secure against ignition breakthrough and formed between the covers (13, 14), touch the peripheral gap which is secure against ignition breakthrough.
A water reservoir for use in an underground water discharge system, the water reservoir comprising: - a first compartment including a first opening for connection to a supply side of the water discharge system so as to receive water to be treated, or to a discharge side of the water discharge system so as to discharge treated water from the reservoir, and a second opening for connection to the other one of the supply side and the discharge side of the water discharge system so as to receive water to be treated or discharge treated water from the reservoir, respectively; - a second compartment; and - a water treatment means disposed between the first opening and the second opening for treating water flowing from one (2; 3) of the openings to the other (3; 2), the water treatment means comprising: an inner shaft, the inside of which communicates the first compartment with the second compartment; and a helical sedimentation channel surrounding the inner shaft and communicating the second compartment with the first compartment, wherein the sedimentation channel is formed between adjacent windings of a helical flight, which flight is fitted between the inner shaft and an inner wall of the reservoir so as to form a helical channel of closed cross section between the shaft and the inner wall of the water reservoir. - a first compartment including a first opening for connection to a supply side of the water discharge system so as to receive water to be treated, or to a discharge side of the water discharge system so as to discharge treated water from the reservoir, and a second opening for connection to the other one of the supply side and the discharge side of the water discharge system so as to receive water to be treated or discharge treated water from the reservoir, respectively; - a second compartment; and - a water treatment means disposed between the first opening and the second opening for treating water flowing from one (2; 3) of the openings to the other (3; 2), the water treatment means comprising: an inner shaft, the inside of which communicates the first compartment with the second compartment; and a helical sedimentation channel surrounding the inner shaft and communicating the second compartment with the first compartment, wherein the sedimentation channel is formed between adjacent windings of a helical flight, which flight is fitted between the inner shaft and an inner wall of the reservoir so as to form a helical channel of closed cross section between the shaft and the inner wall of the water reservoir. an inner shaft, the inside of which communicates the first compartment with the second compartment; and a helical sedimentation channel surrounding the inner shaft and communicating the second compartment with the first compartment, wherein the sedimentation channel is formed between adjacent windings of a helical flight, which flight is fitted between the inner shaft and an inner wall of the reservoir so as to form a helical channel of closed cross section between the shaft and the inner wall of the water reservoir.