mhurhangee/ep-ind-claims huggingface dataset:
A method of improving synchronization over a secure digital, SD, bus between an SD host and an SD client device, the method comprising: writing to a client event register to interrupt the SD host for an SD extended command; triggering the SD host to issue the SD extended command to the SD client device over the SD bus in response to the SD client device writing to the client event register; characterized in further comprising: receiving write metadata over a command, CMD, line of the SD bus, from the SD host to the SD client device, to notify the SD client device of a next data transaction available from the SD host; and performing a data initialization process for the next data transaction during a current data transaction. writing to a client event register to interrupt the SD host for an SD extended command; triggering the SD host to issue the SD extended command to the SD client device over the SD bus in response to the SD client device writing to the client event register; characterized in further comprising: receiving write metadata over a command, CMD, line of the SD bus, from the SD host to the SD client device, to notify the SD client device of a next data transaction available from the SD host; and performing a data initialization process for the next data transaction during a current data transaction. receiving write metadata over a command, CMD, line of the SD bus, from the SD host to the SD client device, to notify the SD client device of a next data transaction available from the SD host; and performing a data initialization process for the next data transaction during a current data transaction.
A composition comprising a thermally processed extruded coffee extract, for use in reducing the risk of osteoarthritis wherein the coffee extract is obtained by defatting coffee plant material to form a first plant extract and subsequently processing the first plant extract using acid hydrolysis and solvent extraction with ethyl acetate to form the coffee extract.
10-hydroxy-2-decenoic acid or a pharmaceutically acceptable salt thereof for use in the treatment and/or prophylaxis of a mental disorder, wherein the mental disorder is an obsessive compulsive disorder.
A system configured to uniformly correlate unstructured entry features in unstructured therapy entries to associated therapy features in structured therapy information, the system comprising: one or more physical computer processors configured by computer readable instructions to: obtain unstructured therapy entries, the unstructured therapy entries including a first unstructured therapy entry; identify unstructured entry features in the individual unstructured therapy entries; and correlate the identified unstructured entry features in the unstructured therapy entries to corresponding associated therapy features, such correlation being based on contextual information associated with the unstructured therapy entries in which the unstructured entry features are included, such that, responsive to identification of a first unstructured entry feature in the first unstructured therapy entry, the first unstructured entry feature is correlated to a corresponding associated therapy feature based on contextual information associated with the first unstructured therapy entry, the contextual information associated with the first unstructured therapy entry including one or more of a syntax of the first unstructured therapy entry, a creator of the first unstructured therapy entry, and/or a format of the first unstructured therapy entry. obtain unstructured therapy entries, the unstructured therapy entries including a first unstructured therapy entry; identify unstructured entry features in the individual unstructured therapy entries; and correlate the identified unstructured entry features in the unstructured therapy entries to corresponding associated therapy features, such correlation being based on contextual information associated with the unstructured therapy entries in which the unstructured entry features are included, such that, responsive to identification of a first unstructured entry feature in the first unstructured therapy entry, the first unstructured entry feature is correlated to a corresponding associated therapy feature based on contextual information associated with the first unstructured therapy entry, the contextual information associated with the first unstructured therapy entry including one or more of a syntax of the first unstructured therapy entry, a creator of the first unstructured therapy entry, and/or a format of the first unstructured therapy entry.
A holding member configured to be inserted into a cutting apparatus including an image scanning device, while holding a sheet-shaped object, so that the object is scanned by the image scanning device and cut by the cutting apparatus, said holding member comprises a base (62, 82) having an adhesive part (63, 83) on which the object is removably placed, wherein a first sign is provided on the base (62, 82) to indicate a type of the holding member (61, 81, 91); characterized by a transparent sheet configured to hold the object between the base (62, 82) and itself, the transparent sheet having a proximal end fixed to a first side (62d, 82d) of the base (62, 82) and being movable between a closed position where the transparent sheet is laid over the adhesive part (63, 83) and an open position where the adhesive part (63, 83) is exposed; and a second sign provided on the transparent sheet to indicate that the transparent sheet is located at the closed position.
Shelf for displaying articles, configured to be mounted on a shelving device, wherein said shelf (5; 105) comprises an upper metal sheet (30; 130), a bearing member (33; 150) facing to at least a major portion of said upper metal sheet (30; 130), said bearing member (33; 150) being configured to reinforce said upper metal sheet (30; 130) and at least one first adhesive layer (41; 141) disposed between said upper metal sheet (30; 130) and said bearing member (33; 150), so that said bearing member (33; 150) and said upper metal sheet (30; 130) are fixed together by said at least one first adhesive layer (41; 141); characterised in that, shelf further comprising at least one spacer sandwiched between said bearing member (33; 150) and said upper metal sheet (30; 130), said spacer being formed by a plurality of rolls (42; 142) embedded in said at least one first adhesive layer (41; 141).
A device for forming amorphous film, which is adapted to spray a flame (a) including a particulate material with a spraying machine toward a substrate, melt said particulate material with the flame (a), and cool said particulate material and said flame (a) before said particulate material and said flame (a) reach the substrate, wherein the spraying machine has a front side provided with a series of particulate material spraying ports and a series of flame spraying ports each placed along a straight line such that said flame (a) including the particulate material has an oblong cross section; a series of inert gas spraying ports of an inert gas (b) for rectification and cooling of the flame (a) is placed along said straight line, on both sides across all of said series of particulate material spraying ports and said series of flame spraying ports; and a series of mist spraying ports of a mist (c) for cooling of the flame (a) is placed along said straight line, on both sides across all of said series of particulate material spraying ports, said series of flame spraying ports, and said series of inert gas spraying ports.
A facer drive unit for mounting on the guide rails of a carriage of a machine used to fuse polyolefin pipe end-to-end, the facer drive unit comprising: an elongated frame having two end portions; and two guide rail brackets (12, 13), one on each end portion of said frame; the facer drive unit being characterized in that it comprises two arrays of co-operable registries (14, 15), each said registry corresponding to a respective one of said guide rail brackets and configured to locate said guide rail brackets in any of multiple symmetrically spaced relationships from a center of said frame; and two indexing assemblies, one on each end portion of said frame, respectively, securing said guide rail brackets in said any of multiple symmetrically spaced relationships at a spaced relationship closest to a distance between the guide rails. an elongated frame having two end portions; and two guide rail brackets (12, 13), one on each end portion of said frame; the facer drive unit being characterized in that it comprises two arrays of co-operable registries (14, 15), each said registry corresponding to a respective one of said guide rail brackets and configured to locate said guide rail brackets in any of multiple symmetrically spaced relationships from a center of said frame; and two indexing assemblies, one on each end portion of said frame, respectively, securing said guide rail brackets in said any of multiple symmetrically spaced relationships at a spaced relationship closest to a distance between the guide rails.
A delivery device comprising a handle, a cylinder extending from the handle and having an outlet at its distal end, a piston slidable within the cylinder to displace the material from the cylinder, a trigger pivotally mounted on the handle which is manually operable by a user, the trigger being coupled to the piston such that the operation of the trigger causes a movement of the piston towards the outlet of the cylinder and a ratchet mechanism to prevent retraction of the piston when the trigger is released, wherein the ratchet mechanism comprises a spring loaded pawl in the handle which engages with a set of teeth in a piston rod attached to the piston, characterised in that the spring loaded pawl is disengaged from the teeth by the trigger being fully depressed and is re-set by the trigger being released.
A cover configured to cover a bus bar having a flat plate portion and a standing portion standing from an end of the flat plate portion, the cover comprising: a first cover configured to cover one face of the bus bar; and a second cover configured to cover another face of the bus bar, wherein the first cover includes a first flat plate cover configured to cover the flat plate portion of the bus bar, and a first standing cover configured to cover the standing portion of the bus bar, the second cover includes a second flat plate cover configured to cover the flat plate portion of the bus bar, and a second standing cover configured to cover the standing portion of the bus bar, the cover further comprises a lock portion projecting from one of the first cover and the second cover and engageable with another one of the first cover and the second cover, the first standing cover includes a pair of engagement pieces (46, 46) arranged to project toward the second standing cover, characterized in that the pair of engagement pieces (46, 46) are bent toward each other to engage with the second standing cover, the pair of engagement pieces (46, 46) is slidable with respect to the second standing cover in a standing direction of the standing portion of the bus bar, the lock portion is configured to engage in the sliding direction, and a length of the pair of engagement pieces (46, 46) in the sliding direction is longer than an engagement length of the lock portion in the sliding direction. a first cover configured to cover one face of the bus bar; and a second cover configured to cover another face of the bus bar, wherein the first cover includes a first flat plate cover configured to cover the flat plate portion of the bus bar, and a first standing cover configured to cover the standing portion of the bus bar, the second cover includes a second flat plate cover configured to cover the flat plate portion of the bus bar, and a second standing cover configured to cover the standing portion of the bus bar, the cover further comprises a lock portion projecting from one of the first cover and the second cover and engageable with another one of the first cover and the second cover, the first standing cover includes a pair of engagement pieces (46, 46) arranged to project toward the second standing cover, characterized in that the pair of engagement pieces (46, 46) are bent toward each other to engage with the second standing cover, the pair of engagement pieces (46, 46) is slidable with respect to the second standing cover in a standing direction of the standing portion of the bus bar, the lock portion is configured to engage in the sliding direction, and a length of the pair of engagement pieces (46, 46) in the sliding direction is longer than an engagement length of the lock portion in the sliding direction.
A pharmaceutical composition comprising a pharmaceutically acceptable carrier and a compound of A or B, or a pharmaceutically acceptable salt thereof:
A method for identifying an agent that modulates the activity of Mfn1 in a preparation containing an Mfn1 polypeptide or polynucleotide and a candidate agent, comprising detecting whether said candidate agent affects activity of the Mfn1 polypeptide or polynucleotide, wherein the activity of Mfn1 is measured by determining the GTPase activity of Mfn1, and wherein the method is for identifying an agent capable of reducing the activity of Mfn1 but which does not modulate the activity of mitofusin-2.
A frangible strut for a gas turbine engine, comprising: a first end to couple to a first structure of the gas turbine engine; a second end opposite the first end, the second end to couple to a second structure of the gas turbine engine, the second end including an outer portion coaxial with and spaced radially apart from an inner portion, the inner portion configured to receive a fastening device to couple the second end to the second structure and the outer portion is coupled to a body of the strut, wherein the inner portion is annular and defines a bore that is configured to receive the fastening device to couple the second end to the second structure of the gas turbine engine, and the outer portion is annular and circumscribes the inner portion; characterized in that, the inner portion interconnected to the outer portion by a plurality of frangible members that are spaced apart about a perimeter of the inner portion, and each of the frangible members are configured to fracture or break at a predetermined threshold force to release the inner portion from the outer portion; and the body interconnecting the first end and the second end. a first end to couple to a first structure of the gas turbine engine; a second end opposite the first end, the second end to couple to a second structure of the gas turbine engine, the second end including an outer portion coaxial with and spaced radially apart from an inner portion, the inner portion configured to receive a fastening device to couple the second end to the second structure and the outer portion is coupled to a body of the strut, wherein the inner portion is annular and defines a bore that is configured to receive the fastening device to couple the second end to the second structure of the gas turbine engine, and the outer portion is annular and circumscribes the inner portion; characterized in that, the inner portion interconnected to the outer portion by a plurality of frangible members that are spaced apart about a perimeter of the inner portion, and each of the frangible members are configured to fracture or break at a predetermined threshold force to release the inner portion from the outer portion; and the body interconnecting the first end and the second end.
Wire shaping machine comprising: two columns (14, 16) each of which is provided with a carriage (18, 20), at least one pulley (22, 24) being provided on each carriage (18, 20), the pulleys (22, 24) being designed to engage with and move at least one cutting wire extending between them, comprising a tensioning pulley operating in conjunction with at least one respective pulley (22, 24) adapted to be moved relative to the respective pulley (22, 24), along the column or in a direction substantially parallel thereto, said tensioning pulley also engaging with the wire; characterized in that it comprises a control unit and wire-guiding devices (62, 64) adapted to be inclined relative to the respective carriage and moved in the axial direction of the wire along the cutting section, towards or away from the respective carriage, so as to be able to positioned as close as possible to the block to be cut, the wire-guiding devices (62, 64) comprising at least two mutually facing and spaced rollers between which the cutting wire travels, the rollers being adapted to rotate about the axis of the said wire, so that the grooves of the rollers are oriented in the direction of advancing movement of the cut, said wire-guiding devices (62, 64) being controlled by the control unit, both as regards the inclination relative to the respective carriage and as regards the position relative to the respective carriage and also axial rotation about the wire. two columns (14, 16) each of which is provided with a carriage (18, 20), at least one pulley (22, 24) being provided on each carriage (18, 20), the pulleys (22, 24) being designed to engage with and move at least one cutting wire extending between them, comprising a tensioning pulley operating in conjunction with at least one respective pulley (22, 24) adapted to be moved relative to the respective pulley (22, 24), along the column or in a direction substantially parallel thereto, said tensioning pulley also engaging with the wire; characterized in that it comprises a control unit and wire-guiding devices (62, 64) adapted to be inclined relative to the respective carriage and moved in the axial direction of the wire along the cutting section, towards or away from the respective carriage, so as to be able to positioned as close as possible to the block to be cut, the wire-guiding devices (62, 64) comprising at least two mutually facing and spaced rollers between which the cutting wire travels, the rollers being adapted to rotate about the axis of the said wire, so that the grooves of the rollers are oriented in the direction of advancing movement of the cut, said wire-guiding devices (62, 64) being controlled by the control unit, both as regards the inclination relative to the respective carriage and as regards the position relative to the respective carriage and also axial rotation about the wire.
Control system for hydraulically operated tools connected to ordinary agricultural tractors, having a connecting unit arranged on one or more CAN bus units of the tractor and arranged to release these CAN bus units from the control circuit of the tractor before a control unit of the tool takes over the control of said CAN bus units, characterized in that the connecting unit comprises a contact, which contact comprises a signaller arranged to activate the change-over switch relay when the tool is connected to the tractor.
A film comprising a copolymer, the copolymer containing an ethylene unit, a tetrafluoroethylene unit, and a (fluoroalkyl)ethylene unit represented by Formula: CH 2 = CX − Rf wherein X represents H or F, and Rf represents a fluoroalkyl group having 2 or more carbon atoms, the copolymer containing the (fluoroalkyl)ethylene unit in an amount of 0.8 to 2.5 mol% relative to the amount of all the monomer units and containing the ethylene unit and the tetrafluoroethylene unit at a molar ratio of 30.0/70.0 to 50.0/50.0, characterized by the film having a crystallinity of 68% or less, the crystallinity being calculated by the following equation on the basis of a diffraction intensity curve of the film resulting from X-ray diffraction measurement: Crystallinity % = S 19 + S 20 / S 17 + S 19 + S 20 × 100 wherein S 20 represents a peak area around 2θ = 20°, S 17 represents a peak area around 2θ = 17°, and S 19 represents a peak area around 2θ = 19°. wherein S 20 represents a peak area around 2θ = 20°, S 17 represents a peak area around 2θ = 17°, and S 19 represents a peak area around 2θ = 19°.
Leaf spring (1, 1') for an automatic clamping connection terminal (A, C), the leaf spring (1, 1') comprising: a. an inner surface and an outer surface (11, 11'), b. an attachment arm (12, 12'), c. a main slot (14, 14'), traversing from the inner surface to the outer surface (11, 11'), the main slot (16, 16') extending from an end of the attachment arm (12, 12') forming a bottom of the main slot (14, 14') and emerging on a free edge of the leaf spring (1, 1'), the main slot (14, 14') comprising at least one restricted portion emerging on the free edge, d. at least one first and one second connection lugs (13a, 13b, 13a', 13b') elastically deformable, connected to one another by the attachment arm (12, 12') and separated from one another by the main slot (14, 14'), the two connection lugs (13a, 13b, 13a', 13b') each having an edge along the main slot (14, 14') comprising at least one restricted border (141a, 141b) along the at least one restricted portion, each restricted border (141a, 141b) comprising an outer end (1410a, 1410b) and an inner end (1411a, 1411b), the free edge being closer to the outer end (1410a, 1410b) than the inner end (1411a, 1411b), characterised in that the leaf spring (1, 1') comprises a punch mark (16, 16'), forming, between the inner surface and the outer surface (11, 11'), a bottom, the bottom of the punch mark (16, 16') having at least one edge forming a portion of the edges delimiting the main slot (14, 14') and in that a clearance between the outer ends (1410a, 1410b) of the restricted borders (141a, 141b), is greater than a clearance between the inner ends (1411a, 1411b) of the restricted borders (141a, 141b). a. an inner surface and an outer surface (11, 11'), b. an attachment arm (12, 12'), c. a main slot (14, 14'), traversing from the inner surface to the outer surface (11, 11'), the main slot (16, 16') extending from an end of the attachment arm (12, 12') forming a bottom of the main slot (14, 14') and emerging on a free edge of the leaf spring (1, 1'), the main slot (14, 14') comprising at least one restricted portion emerging on the free edge, d. at least one first and one second connection lugs (13a, 13b, 13a', 13b') elastically deformable, connected to one another by the attachment arm (12, 12') and separated from one another by the main slot (14, 14'), the two connection lugs (13a, 13b, 13a', 13b') each having an edge along the main slot (14, 14') comprising at least one restricted border (141a, 141b) along the at least one restricted portion, each restricted border (141a, 141b) comprising an outer end (1410a, 1410b) and an inner end (1411a, 1411b), the free edge being closer to the outer end (1410a, 1410b) than the inner end (1411a, 1411b),
A footwear midsole characterised in that it comprises: - a first lower body, made of a composite material of rubber with cork or polyurethane with cork as a first material, which comprises a hollow determined by a perimeter wall, - polyurethane as a second material that fills the hollow and extends above the perimeter wall of the first lower body, determining an intermediate layer, and - a third material, as a lining of the midsole, overlaid on the second material. - a first lower body, made of a composite material of rubber with cork or polyurethane with cork as a first material, which comprises a hollow determined by a perimeter wall, - polyurethane as a second material that fills the hollow and extends above the perimeter wall of the first lower body, determining an intermediate layer, and - a third material, as a lining of the midsole, overlaid on the second material.