mhurhangee/ep-ind-claims huggingface dataset:
A bone plate (102, 302, 702), comprising - a first surface (106, 306, 706) and a second surface (108, 308, 708) opposite to the first surface (106, 306, 706), - a deformable contact region (120, 320, 720) comprising a contact surface (118, 318, 718), and - a through hole (110, 310, 710) defining a through hole axis and an inner surface (116, 316, 716) of the bone plate (102, 302, 702) and extending from the first surface (106, 306, 706) through the bone plate (102, 302, 702) to the second surface (108, 308, 708), wherein the contact surface (118, 318, 718) is formed by at least part of the inner surface (116, 316, 716), and wherein the deformable contact region (120, 320, 720) comprises a plurality of cavities (330, 730) at least partially surrounding the through hole (110, 310, 710) and each substantially extending in a height direction of the bone plate (102, 302, 702), wherein a length of at least some of the cavities (330, 730) in the height direction is at least ten times greater than a cross-sectional dimension of the at least some cavities (330, 730) in a direction lying in a perpendicular plane to the height direction, and wherein the plurality of cavities (330, 730) form a pattern extending radially outwards from the through hole axis. - a first surface (106, 306, 706) and a second surface (108, 308, 708) opposite to the first surface (106, 306, 706), - a deformable contact region (120, 320, 720) comprising a contact surface (118, 318, 718), and - a through hole (110, 310, 710) defining a through hole axis and an inner surface (116, 316, 716) of the bone plate (102, 302, 702) and extending from the first surface (106, 306, 706) through the bone plate (102, 302, 702) to the second surface (108, 308, 708), wherein the contact surface (118, 318, 718) is formed by at least part of the inner surface (116, 316, 716), and
Food supplement for use in compensating for the unfavourable vaccination effects that is characterized by the fact that content of the active substances of 1% to 75% of curcumin, 1% to 25% of organic germanium and complementary substances.
A method for producing a contact lens comprising: the steps of: providing a contact lens mold, wherein the mold comprising a first mold half having a first mold surface and a second mold half having a second mold surface, wherein the first mold half and the second mold half are configured to receive each other such that a cavity is formed between the first mold surface and the second mold surface, wherein the cavity defines the shape of a contact lens to be molded, wherein at least one of the mold halves (11, 12) is a precision press molded mold made from an oxide glass selected from a group consisting of borosilicates glass and fluorophosphates glass, introducing a silicone containing lens-forming composition into the cavity formed by the first and second molding surfaces (13, 14), wherein the lens-forming material is crosslinkable and/or polymerizable by actinic radiation; crosslinking/polymerizing the lens-forming material in the mold to form a lens having a polymer matrix; opening the mold and removing the formed contact lens from the mold. providing a contact lens mold, wherein the mold comprising a first mold half having a first mold surface and a second mold half having a second mold surface, wherein the first mold half and the second mold half are configured to receive each other such that a cavity is formed between the first mold surface and the second mold surface, wherein the cavity defines the shape of a contact lens to be molded, wherein at least one of the mold halves (11, 12) is a precision press molded mold made from an oxide glass selected from a group consisting of borosilicates glass and fluorophosphates glass, introducing a silicone containing lens-forming composition into the cavity formed by the first and second molding surfaces (13, 14), wherein the lens-forming material is crosslinkable and/or polymerizable by actinic radiation; crosslinking/polymerizing the lens-forming material in the mold to form a lens having a polymer matrix; opening the mold and removing the formed contact lens from the mold.
A sprayhead for a pour over coffee brewing machine for delivering hot water to coffee grounds held in a brew basket therebelow, the sprayhead (10; 40) comprising a housing (11; 41), having a water inlet (12; 42) at one end (13; 43) thereof, the water inlet (12; 42) being connectable to an intermittent source of hot water, a plurality of spaced apart hot water outlets (14; 55) arranged at the other end (15; 44) of the housing (11; 41), a holding chamber (16; 46) for accumulating a quantity of hot water therein, which holding chamber (16; 46) is located within the housing (11; 41), is vented to the atmosphere and is connected to the water inlet (12; 42), a dispensing chamber (18; 50) located within the housing (11; 41) and below the holding chamber (16; 46), in use, a drain (27; 61) located in the holding chamber (16; 46), which drain (27; 61) connects the holding chamber (16; 46) with the dispensing chamber (18; 50), such that any hot water remaining in the holding chamber (16; 46), at the end of the brewing process, will drain slowly therefrom, and means (20; 47) for delivering the accumulated quantity of hot water from the holding chamber (16; 46) to the dispensing chamber (18; 50) from where it drips from the hot water outlets (14; 55) onto the ground coffee, in use, in a continuous flow of hot water, while the holding chamber (16; 46) is refilling with water, and wherein, where the volume of water for a particular brew exceeds the accumulated volume of water, the dimensions of the holding chamber (16; 46) and the dispensing chamber (18; 50), together with the flow rate from the holding chamber (16; 46) to the dispensing chamber (18; 50) and from the dispensing chamber (18; 50) to the coffee grounds, are chosen to provide a pre-infusion pause after the initial water burst onto the coffee grounds, while the holding chamber (16; 46) refills with hot water.
A method (100, 400A, 400B, 400C) for processing data requests from a requester to a responder over a network by using remote direct memory access, the method (100, 400A, 400B, 400C) comprising the requester issuing two or more requests into a work queue of a network interface controller (202, 500), the network interface controller (202, 500) executing the queued requests by sending them to the responder, and receiving responses to the sent request from the responder, wherein one or more given requests each comprises dependency information related to the response from the responder to one or more previous requests in the work queue, the method (100, 400A, 400B, 400C) further comprising, before executing the given request by the network interface controller (202, 500), evaluating the dependency information and executing the given request depending on the result of the evaluation, wherein the dependency information comprises one or more request identifiers for identifying the one or more previous requests in the work queue, and a condition information to be evaluated, wherein the condition information comprises one or more data locations and one or more operations to be executed on a data located at one of said data location in the result(s) of one or more of the previous requests identified respectively by said request identifiers. the requester issuing two or more requests into a work queue of a network interface controller (202, 500), the network interface controller (202, 500) executing the queued requests by sending them to the responder, and receiving responses to the sent request from the responder, wherein one or more given requests each comprises dependency information related to the response from the responder to one or more previous requests in the work queue, the method (100, 400A, 400B, 400C) further comprising, before executing the given request by the network interface controller (202, 500), evaluating the dependency information and executing the given request depending on the result of the evaluation, wherein the dependency information comprises one or more request identifiers for identifying the one or more previous requests in the work queue, and a condition information to be evaluated, wherein the condition information comprises one or more data locations and one or more operations to be executed on a data located at one of said data location in the result(s) of one or more of the previous requests identified respectively by said request identifiers.
A linear core-sheath type textile formation containing a sheath of polymer nanofibres characterised in that, the core of the formation is a linear formation composed of fibres and/or microfibres and contains at least 100 fibres at least 1 mm long, protruding above its surface, per metre of its length, and polymer nanofibres are deposited on said fibres creating a voluminous and loose sheath, which is joined with these fibres by natural physical adhesion between these fibres and the nanofibres of the sheath.
A surgical leg positioning device for stabilizing a leg during surgery, comprising: a post; and a main body including a main base or plate rigidly connected to the post, a rotational positioning base supported by the main base or plate, a frame supported by the rotational positioning base and configured to slide on a track on an upper surface of the rotational positioning base, a sterile pad affixed to the frame, and three actuating mechanisms (15, 65, 85) that allow the main body to move in three different planes of motion without removing sterile surgical drapes around the leg during surgery, characterized in that an over-the-top sweeping design of the surgical leg positioning device prevents the leg from moving over the post when a valgus stress or a figure four is applied, and the frame including a first curved member configured to prevent a patient's leg from shifting vertically or laterally over the post, a second curved member, and a frame base that allows sliding of the frame relative to the base and the rotational positioning base, and a sterile pad is affixed to the first curved member, and the frame has a general arcuate, triangular configuration. a post; and a main body including a main base or plate rigidly connected to the post, a rotational positioning base supported by the main base or plate, a frame supported by the rotational positioning base and configured to slide on a track on an upper surface of the rotational positioning base, a sterile pad affixed to the frame, and three actuating mechanisms (15, 65, 85) that allow the main body to move in three different planes of motion without removing sterile surgical drapes around the leg during surgery, characterized in that an over-the-top sweeping design of the surgical leg positioning device prevents the leg from moving over the post when a valgus stress or a figure four is applied, and the frame including a first curved member configured to prevent a patient's leg from shifting vertically or laterally over the post, a second curved member, and a frame base that allows sliding of the frame relative to the base and the rotational positioning base, and a sterile pad is affixed to the first curved member, and the frame has a general arcuate, triangular configuration.
An uplock system for a landing gear, comprising: a cam plate comprising a cam channel; a hook having an opening and a hook arm, the hook configured to rotate with respect to the cam plate; a stopper configured to rotate with respect to the cam plate; a first biasing member configured to bias the stopper in a first rotational direction relative to the cam plate; and a follower rotatably coupled to the hook by a follower pin, wherein a portion of the follower is configured to move within the cam channel; wherein the first biasing member is configured to bias the stopper in the first rotational direction to stop the portion of the follower from moving along the cam channel and to secure the hook in a locked position, characterised in that the follower pin is located through the hook arm and the follower. a cam plate comprising a cam channel; a hook having an opening and a hook arm, the hook configured to rotate with respect to the cam plate; a stopper configured to rotate with respect to the cam plate; a first biasing member configured to bias the stopper in a first rotational direction relative to the cam plate; and a follower rotatably coupled to the hook by a follower pin, wherein a portion of the follower is configured to move within the cam channel; wherein the first biasing member is configured to bias the stopper in the first rotational direction to stop the portion of the follower from moving along the cam channel and to secure the hook in a locked position,
A method for improving a stall margin of an aircraft during a climb phase of flight, the method comprising: using data indicative of a phase of flight of the aircraft and data indicative of an angle-of-attack of the aircraft, automatically commanding a deployment of leading edge slats movably attached to wings of the aircraft when at least the following conditions are true: the aircraft is in a climb phase of flight following a take-off procedure; the angle-of-attack equals or exceeds a predefined deployment angle-of-attack threshold value when the aircraft is in the climb phase of flight; and the leading edge slats are in a fully retracted position. the aircraft is in a climb phase of flight following a take-off procedure; the angle-of-attack equals or exceeds a predefined deployment angle-of-attack threshold value when the aircraft is in the climb phase of flight; and the leading edge slats are in a fully retracted position.
A fishing reel, comprising: a first component member, and a second component member configured to fit with the first component member, and having a fitting recess and a groove, the fitting recess having an inner surface to contact the first component member, and a bottom surface to contact the first component member, and the groove being formed on at least one of the inner surface and the bottom surface characterized in that the groove is formed on an end of an entirety of the inner surface adjacent the bottom surface. a first component member, and a second component member configured to fit with the first component member, and having a fitting recess and a groove, the fitting recess having an inner surface to contact the first component member, and a bottom surface to contact the first component member, and the groove being formed on at least one of the inner surface and the bottom surface characterized in that the groove is formed on an end of an entirety of the inner surface adjacent the bottom surface.
Ratchet tool consisting of: a) a lever arm, b) a pot-shaped case with a bottom and at least one side wall, which is attached to the lever arm, c) a ratchet mechanism located in the case, d) a case cover, which covers the ratchet mechanism in the case, e) a driving part, which is connected to the ratchet mechanism, f) whereby the side wait of the case and/or the driving part have a groove-shaped recess (28, 56), in which there are fasteners (24,38,46,54) for the fastening of the case cover characterized by g) the clip of the edge of the case cover, which snaps as a fastener into the groove-shaped recess of the case for locking. a) a lever arm, b) a pot-shaped case with a bottom and at least one side wall, which is attached to the lever arm, c) a ratchet mechanism located in the case, d) a case cover, which covers the ratchet mechanism in the case, e) a driving part, which is connected to the ratchet mechanism, f) whereby the side wait of the case and/or the driving part have a groove-shaped recess (28, 56), in which there are fasteners (24,38,46,54) for the fastening of the case cover characterized by g) the clip of the edge of the case cover, which snaps as a fastener into the groove-shaped recess of the case for locking.
A method for producing a hybrid polyester-polyether, comprising polymerizing at least one alkylene oxide in the presence of a carboxylate initiator compound, a double metal cyanide catalyst complex and a Group 3 - Group 15 metal or lanthanide series metal compound in which a Group 3 - Group 15 metal or lanthanide series metal is bonded to at least one alkoxide, aryloxy, acyl, pyrophosphate, phosphate, thiophosphate, dithiophosphate, phosphate ester, thiophosphate ester, amide, siloxide, hydride, carbamate or hydrocarbon anion, wherein the Group 3 - Group 15 metal or lanthanide series metal compound is devoid of halide anions, and wherein the Group 3 - Group 15 metal or lanthanide series metal compound is present in an amount of at least 0.0025 moles of the Group 3 - Group 15 metal or lanthanide series metal per gram of the DMC catalyst complex.
A cooling system for a battery pack, comprising: a collecting tube comprising a body portion with a cooling flow channel; a cooling tube, wherein said collecting tube is installed at each of the two ends along the axial direction of the cooling tube, and said cooling tubes are connected to the cooling flow channel, wherein the body portion is further provided with a mounting hole, a limiting boss is arranged inside the mounting hole, the limiting boss abuts against the cooling tube along a width direction, and the axial direction of the cooling tube is the width direction, wherein along the width direction, the mounting hole comprises a first hole section and a second hole section, the first hole section is connected to the second hole section, and the second hole section is connected to the cooling flow channel; along a height direction and a length direction, a size of the first hole section is larger than a size of the second hole section, the limiting boss is formed between the first hole section and the second hole section, the height direction is the direction in which the collecting tube extends and is perpendicular to the axial direction, and the width direction, the length direction, and the height direction are perpendicular to each other; and the first hole section has a first side wall, and the body portion has a second side wall; a thickness of the first side wall is greater than a thickness of the second side wall. a collecting tube comprising a body portion with a cooling flow channel; a cooling tube, wherein said collecting tube is installed at each of the two ends along the axial direction of the cooling tube, and said cooling tubes are connected to the cooling flow channel, wherein the body portion is further provided with a mounting hole, a limiting boss is arranged inside the mounting hole, the limiting boss abuts against the cooling tube along a width direction, and the axial direction of the cooling tube is the width direction, wherein along the width direction, the mounting hole comprises a first hole section and a second hole section, the first hole section is connected to the second hole section, and the second hole section is connected to the cooling flow channel; along a height direction and a length direction, a size of the first hole section is larger than a size of the second hole section, the limiting boss is formed between the first hole section and the second hole section, the height direction is the direction in which the collecting tube extends and is perpendicular to the axial direction, and the width direction, the length direction, and the height direction are perpendicular to each other; and the first hole section has a first side wall, and the body portion has a second side wall; a thickness of the first side wall is greater than a thickness of the second side wall.
A cleaner comprising: a main body including a motor; a stick extending from the main body, wherein an inlet hole for sucking fluid is defined at an end of the stick located forward of the main body; and a handle disposed on the main body, the handle is provided for being gripped by a user, wherein the handle includes: a hinge coupling portion disposed on the main body and having a hinge shaft extending along a lateral direction of the main body; and a grip portion including a hinge portion rotatably coupled to the hinge shaft, wherein the grip portion extends from the hinge portion to be gripped by the user, characterized in that the hinge coupling portion includes a first elastic portion whose amount of deformation increases as an amount of rotating of the hinge portion increases, wherein the first elastic portion exerts a restoring force to the hinge portion, the restoring force resulted from the deformation. a main body including a motor; a stick extending from the main body, wherein an inlet hole for sucking fluid is defined at an end of the stick located forward of the main body; and a handle disposed on the main body, the handle is provided for being gripped by a user, wherein the handle includes: a hinge coupling portion disposed on the main body and having a hinge shaft extending along a lateral direction of the main body; and a grip portion including a hinge portion rotatably coupled to the hinge shaft, wherein the grip portion extends from the hinge portion to be gripped by the user, characterized in that the hinge coupling portion includes a first elastic portion whose amount of deformation increases as an amount of rotating of the hinge portion increases, wherein the first elastic portion exerts a restoring force to the hinge portion, the restoring force resulted from the deformation. a hinge coupling portion disposed on the main body and having a hinge shaft extending along a lateral direction of the main body; and a grip portion including a hinge portion rotatably coupled to the hinge shaft, wherein the grip portion extends from the hinge portion to be gripped by the user, characterized in that the hinge coupling portion includes a first elastic portion whose amount of deformation increases as an amount of rotating of the hinge portion increases, wherein the first elastic portion exerts a restoring force to the hinge portion, the restoring force resulted from the deformation.
A 68 Ge/ 68 Ga generator for a continuous production of a 68 Ga daughter nuclide, wherein the 68 Ge parent nuclide thereof is specifically adsorbed to an inorganic support material and wherein said 68 Ge parent nuclide continuously decays to 68 Ga by electron capture at a half-life of 270.82 d, characterized in that the inorganic support material is at least one oxide of a metal being selected from the group consisting of: Vanadium, Niobium and Tantalum.
Method for filling the die cavity of a pressure die casting apparatus with liquid casting material, the pressure die casting apparatus comprising an injection plunger which is displaceable in a casting chamber, wherein the casting material is filled into the casting chamber through a filling hole and pressed into the die cavity by means of the injection plunger, the injection plunger being moved during a first injection phase at a first feed rate and during a subsequent second injection phase at a second feed rate, the second feed rate being higher than the first feed rate, characterized in that the casting material is only subjected to compressed air in the casting chamber during the first injection phase, and after the casting material has been subjected to compressed air the die cavity is evacuated, the casting material only being subjected to compressed air in the casting chamber when the injection plunger has moved over the filling hole of the casting chamber.