mhurhangee/ep-ind-claims huggingface dataset:
Magazine strip having a front side and a rear side, wherein retainers for elongated fastening means are located on the front side, the retainers being aligned such that the fastening means accommodated in the retainers are parallel to each other and parallel to the front side, but run at an angle to the longitudinal extension of the magazine strip, and wherein guiding means are located on the rear side in order to guide the magazine strip in a Magazine guide, characterized in that the magazine strip is equipped with a plurality of hinges, the axes of said hinges including an acute angle that is other than zero with the alignment of the retainers.
A method for producing a 2-alkenylamine compound by reacting a primary or secondary amine compound with a 2-alkenyl compound represented by the following formula: wherein R 1, R 2, R 3, R 4 and R 5 represent, independently from each other, a hydrogen atom, a C1 to C10 alkyl group, a C2 to C10 alkenyl group, a C1 to C10 alkoxy group, a C3 to C12 cycloalkyl group, a C3 to C12 cycloalkenyl group, an acetoxy group, or a C6 to C10 aryl group; and X represents a substituent selected from the group consisting of NO 2 -, RO-, RS 2 O-, and RCOO-, wherein R is a C1 to C30 organic group, in the presence of a catalyst, wherein the catalyst is a transition metal complex which is a reaction product of a complexing agent having a nitrogen coordination site and an oxygen coordination site bidentate-coordinated to a transition metal atom in the molecule and a transition metal precursor having a monovalent anionic five-membered ring-conjugated diene as a ligand in the molecule, wherein the monovalent anionic 5-membered ring-conjugated diene has a conjugatable monovalent anionic structure, wherein the anion is conjugated to the binding carbons of R 10 to R 30, the structure represented by any of the following formula: wherein R 10 to R 30 represent a hydrogen atom. wherein R 1, R 2, R 3, R 4 and R 5 represent, independently from each other, a hydrogen atom, a C1 to C10 alkyl group, a C2 to C10 alkenyl group, a C1 to C10 alkoxy group, a C3 to C12 cycloalkyl group, a C3 to C12 cycloalkenyl group, an acetoxy group, or a C6 to C10 aryl group; and X represents a substituent selected from the group consisting of NO 2 -, RO-, RS 2 O-, and RCOO-, wherein R is a C1 to C30 organic group, in the presence of a catalyst, wherein the catalyst is a transition metal complex which is a reaction product of a complexing agent having a nitrogen coordination site and an oxygen coordination site bidentate-coordinated to a transition metal atom in the molecule and a transition metal precursor having a monovalent anionic five-membered ring-conjugated diene as a ligand in the molecule, wherein the monovalent anionic 5-membered ring-conjugated diene has a conjugatable monovalent anionic structure, wherein the anion is conjugated to the binding carbons of R 10 to R 30, the structure represented by any of the following formula: wherein R 10 to R 30 represent a hydrogen atom.
A method of manufacturing a high-strength aluminum alloy extruded product exhibiting excellent corrosion resistance, the method comprising extruding a billet of an aluminum alloy comprising in mass%, 0.6 to 1.2% of Si, 0.8 to 1.3% of Mg and 1.3 to 2.1% of Cu while satisfying the following conditional expressions,,, and, 3%≤Si%+Mg%+Cu%≤4% Mg%≤1.7×Si% Mg%+Si%≤2.7% Cu%/2≤Mg%≤(Cu%/2)+0.6% and further comprises 0.04 to 0.35% of Cr, optionally the aluminum alloy further comprises at least one of 0.03 to 0.2% of Zr, 0.03 to 0.2% of V, and 0.03 to 2.0% of Zn and limits Mn as an impurity to 0.05% or less with the balance being aluminum and unavoidable impurities, into a solid product by using a solid die, in which a bearing length is 0.5 mm or more and bearing length and a thickness of the solid product to be extruded have a relationship expressed as "L≤3T", to obtain a solid extruded product of which a cross-sectional structure has a recrystallization structure with a grain size of 500μm or less, wherein a flow gulde is provided in front of the solid die, an inner circumferential surface of a guide hole of the flow guide being separated from an outer circumferential surface of an orifice which is continuous with the bearing of the solid die at a distance of 5 mm or more (A ≥ 5 mm) and the thickness of the flow guide being 5 to 25% of the diameter of the billet.
A lighting device comprising: a light source which comprises a substrate comprising a top surface and a bottom surface, a plurality of light emitting devices disposed in a central portion of the bottom surface of the substrate, and an input/output portion disposed in an edge portion of the bottom surface of the substrate and electrically connected to a wire (w); and a body which is coupled to the substrate of the light source and comprises an opening through which light from the plurality of light emitting devices of the light source passes, wherein the body comprises an inner wall with an inner surface which defines the opening, and a guide which extends toward the opening from the inner surface, wherein the guide of the body is disposed below an edge portion of the substrate of the light source and comprises a top surface contacting with the bottom surface of the substrate, wherein the guide of the body comprises a plurality of first protrusions and second protrusions which are disposed on the top surface of the guide, wherein the first protrusion is disposed farther from the inner wall than the second protrusion, wherein the edge portion of the substrate has a recess which is coupled to at least any one of the first protrusion and the second protrusion, and wherein the body comprises a cover portion which protrudes toward the opening from the inner surface of the body and covers the input/output portion of the light source and the wire (w). a light source which comprises a substrate comprising a top surface and a bottom surface, a plurality of light emitting devices disposed in a central portion of the bottom surface of the substrate, and an input/output portion disposed in an edge portion of the bottom surface of the substrate and electrically connected to a wire (w); and a body which is coupled to the substrate of the light source and comprises an opening through which light from the plurality of light emitting devices of the light source passes, wherein the body comprises an inner wall with an inner surface which defines the opening, and a guide which extends toward the opening from the inner surface, wherein the guide of the body is disposed below an edge portion of the substrate of the light source and comprises a top surface contacting with the bottom surface of the substrate, wherein the guide of the body comprises a plurality of first protrusions and second protrusions which are disposed on the top surface of the guide, wherein the first protrusion is disposed farther from the inner wall than the second protrusion, wherein the edge portion of the substrate has a recess which is coupled to at least any one of the first protrusion and the second protrusion, and wherein the body comprises a cover portion which protrudes toward the opening from the inner surface of the body and covers the input/output portion of the light source and the wire (w).
A battery temperature control unit for controlling a temperature of an internal space of a battery module where a battery is arranged in the internal space of a module case, and the battery temperature control unit includes: a unit case which includes an air flow passage in the inside thereof and is arranged in the internal space; and a heat exchanger arranged in the air flow passage, the battery temperature control unit comprises a blower which supplies air to the inside of the air flow passage and a heater core, a unit opening, a suction hole and a blow-off hole are formed in the unit case body, the blower discharges air sucked through the suction hole from the blow-off hole, characterised in that the unit case includes a module opening sealing portion which seals a module opening formed in a wall surface of the module case, the module opening sealing portion includes: a module sealing surface which closes the module opening from an internal space side; a first communication hole which allows the outside and the inside of the unit case to communicate with each other and through which a heating medium which is directed toward the inside of the unit case from the outside of the module case flows; and a second communication hole which allows the outside and the inside of the unit case to communicate with each other and through which a heating medium which is directed toward the outside of the module case from the inside of the unit case flows.
A collection container, in particular a press container, for collecting collected material such as waste, valuable substances and the like having a receiving body that is preferably approximately parallelepiped-shaped and that is bounded by a plurality of container walls (5, 6, 7, 8, 9, 10), including side walls (7, 8), wherein at least one of the side walls (7, 8, 9) is configured at least sectionally as double-shelled with an inner shell and an outer shell that are connected to one another and is provided with groove-like dimples and bulges (13, 14) extending in parallel with the longitudinal container axis, characterized in that the side wall (7, 8, 9) is only sectionally configured as double-shelled, with the double-shelled section being limited to a central region of the side all and the inner space formed between the inner and outer shells (11, 12) being foam-filled with a support foam.
A method for securely operating a modular system in a motor vehicle, having: - supplying a central control device of the modular system; - supplying a plurality of control devices of the modular system, which are each communicatively coupled to the central control device; - activating a security mode when starting the control device and the plurality of control devices; and - deactivating the security mode if the checked quality feature is present in all control devices, characterized by - an iterative checking of at least one predetermined quality feature of the control devices by the control device, wherein the iterative checking is no longer executed when an abortion criterion is reached, but an error routine is started. - supplying a central control device of the modular system; - supplying a plurality of control devices of the modular system, which are each communicatively coupled to the central control device; - activating a security mode when starting the control device and the plurality of control devices; and - deactivating the security mode if the checked quality feature is present in all control devices, - an iterative checking of at least one predetermined quality feature of the control devices by the control device,
A display device, comprising: a window comprising a planar portion (WM-CP) and a bending portion (WM-SP1, WM-SP2) that is bent from the planar portion; a display module disposed below the window and comprising a central portion (DM-CP) at least partially overlapping the planar portion, and an edge portion (DM-SP1, DM-SP2) at least partially overlapping the bending portion (WM-SP1, WM-SP2); and an adhesive member comprising an adhesive layer being disposed between the window and the display module; characterized in that the adhesive member contains an oil component. a window comprising a planar portion (WM-CP) and a bending portion (WM-SP1, WM-SP2) that is bent from the planar portion; a display module disposed below the window and comprising a central portion (DM-CP) at least partially overlapping the planar portion, and an edge portion (DM-SP1, DM-SP2) at least partially overlapping the bending portion (WM-SP1, WM-SP2); and an adhesive member comprising an adhesive layer being disposed between the window and the display module; characterized in that the adhesive member contains an oil component.
Storage element for a solid electrolyte battery, having a base body consisting of a porous matrix of sintered ceramic particles, in which particles of a metal and/or a metal oxide, which together form a redox pair, are incorporated, wherein along a preferred direction, the storage element has a concentration gradient of the particles of the metal and/or the metal oxide, and/or a gradient of a pore density and/or a pore size, wherein along the preferred direction, the concentration of the particles of the metal and/or the metal oxide increases and the pore density and/or the pore size decrease, wherein the storage element has a peripheral metal layer, to which the preferred direction forms a surface normal, characterized in that the peripheral metal layer is surrounded on both sides with ceramic layers which are at least predominantly free of pores and of particles of the metal and/or the metal oxide.
A drug combination of orengedokuto (Formula antidote coptidis) and ryokeijutsukanto (Formula glycyrrhizae atractylodis cinnamomi hoelen) for use in the treatment of cognitive function in Alzheimer-type dementia and at least one disease selected from overactive bladder, constipation, and chronic kidney disease complicated by Alzheimer-type dementia, wherein orengedokuto (Formula antidote coptidis) is formulated from Coptis Rhizome, Scutellaria Root, Phellodendron Bark and Gardenia Fruit, and ryokeijutsukanto (Formula glycyrrhizae atractylodis cinnamomi hoelen) is formulated from Poria Sclerotium, Atractylodes Lancea Rhizome or Atractylodes Rhizome, Cinnamon Bark and Glycyrrhiza.
A turbofan gas turbine engine comprising: a front mounting assembly to mount the engine to an aircraft attached to an annular bypass duct wall at a front axial position close to an inlet of a bypass air passage defined radially between the bypass duct wall and a core portion of the engine, the core portion being supported within the bypass duct wall by the front mounting assembly; and a rear mounting assembly to mount the engine to the aircraft, the rear mounting assembly having a mounting apparatus attached to the bypass duct wall at a rear axial position adjacent to an outlet of the bypass air passage, the rear mounting assembly further comprising a plurality of circumferentially spaced apart connecting brackets attached to the bypass duct wall; the rear mounting assembly including a plurality of rods having opposed inner and outer ends, the rods lying substantially tangential to the core portion of the engine and extending across the bypass air passage, characterised in that: the rods interconnecting the bypass duct wall and a mid turbine frame of the core portion the rods being connected at the outer ends thereof to the bypass duct wall by the connecting brackets; and the bypass duct wall comprising two axially spaced flanges, radially and outwardly extending from the bypass duct wall, the connecting brackets being positioned axially between and affixed to the two flanges. a front mounting assembly to mount the engine to an aircraft attached to an annular bypass duct wall at a front axial position close to an inlet of a bypass air passage defined radially between the bypass duct wall and a core portion of the engine, the core portion being supported within the bypass duct wall by the front mounting assembly; and a rear mounting assembly to mount the engine to the aircraft, the rear mounting assembly having a mounting apparatus attached to the bypass duct wall at a rear axial position adjacent to an outlet of the bypass air passage, the rear mounting assembly further comprising a plurality of circumferentially spaced apart connecting brackets attached to the bypass duct wall; the rear mounting assembly including a plurality of rods having opposed inner and outer ends, the rods lying substantially tangential to the core portion of the engine and extending across the bypass air passage, characterised in that: the rods interconnecting the bypass duct wall and a mid turbine frame of the core portion the rods being connected at the outer ends thereof to the bypass duct wall by the connecting brackets; and the bypass duct wall comprising two axially spaced flanges, radially and outwardly extending from the bypass duct wall, the connecting brackets being positioned axially between and affixed to the two flanges.
A method of producing roasted oats, the method comprising roasting a plurality of substantially intact groats at a temperature of more than 148.9°C (300°F) for sufficient time to achieve a negative slope in CIELAB L ∗ -value change per minute, and a negative slope in CIELAB b ∗ -value change minute, where slopes for L ∗ -value change per minute and b ∗ -value change per minute are based on CIELAB measurements at intervals of 5 minutes.
A ratchet mechanism comprising: a plurality of rotating drive members having teeth, one of said drive members being a stationary drive member having a fixed rotational axis and another of said drive members being a movable intermediate drive member, said movable intermediate drive member being engaged directly or indirectly with said stationary drive member such that rotation of said movable intermediate drive member rotates said stationary drive member; said stationary drive member comprising an anvil adapted to impart rotational force to another object; a first pawl member having teeth, said first pawl member being movable in a reciprocating manner in a first direction and a second direction, wherein during movement of said first pawl member in a first direction said first pawl member is engaged with one of said rotating drive members and rotates said stationary drive member in a first rotational direction; and a second pawl member having teeth, said second pawl member movable in a reciprocating manner in said first direction and said second direction alternating with said first pawl member, such that with said first pawl moving in said first direction said second pawl is moving in said second direction and with said first pawl moving in said second direction said second pawl is moving in said first direction, wherein during movement of said second pawl member in said first direction said second pawl member is engaged with another of said rotating drive members and rotates said stationary drive member in said first rotational direction. a plurality of rotating drive members having teeth, one of said drive members being a stationary drive member having a fixed rotational axis and another of said drive members being a movable intermediate drive member, said movable intermediate drive member being engaged directly or indirectly with said stationary drive member such that rotation of said movable intermediate drive member rotates said stationary drive member; said stationary drive member comprising an anvil adapted to impart rotational force to another object; a first pawl member having teeth, said first pawl member being movable in a reciprocating manner in a first direction and a second direction, wherein during movement of said first pawl member in a first direction said first pawl member is engaged with one of said rotating drive members and rotates said stationary drive member in a first rotational direction; and a second pawl member having teeth, said second pawl member movable in a reciprocating manner in said first direction and said second direction alternating with said first pawl member, such that with said first pawl moving in said first direction said second pawl is moving in said second direction and with said first pawl moving in said second direction said second pawl is moving in said first direction, wherein during movement of said second pawl member in said first direction said second pawl member is engaged with another of said rotating drive members and rotates said stationary drive member in said first rotational direction.
An apparatus for combustion of waste comprising at least one combustion chamber configured to burn the waste, a nozzle mounted in an ejection zone, the nozzle is configured to allow a resultant gas to pass against the nozzle, a cooling channel configured to supply a coolant into the nozzle, and the nozzle is adjustable, characterized in that a plurality of the combustion chambers is fixed on a rotatable wheel. at least one combustion chamber configured to burn the waste, a nozzle mounted in an ejection zone, the nozzle is configured to allow a resultant gas to pass against the nozzle, a cooling channel configured to supply a coolant into the nozzle, and the nozzle is adjustable, characterized in that a plurality of the combustion chambers is fixed on a rotatable wheel.
A clip delivery system for percutaneously delivering and attaching at least one clip and attached suture in a desired position within a patient, the delivery system comprising: a longitudinal support tube having a distal end; a deformable centering loop extending from the distal end of the support tube, wherein the centering loop may be collapsed or compressed for delivery to a desired location; at least one clip delivery tube slideably attached to the centering loop; at least one stop (30, 32) positioned on the centering loop and spaced from the distal end of the support tube the at least one stop being configured to stop distal advancement of the at least one clip delivery tube; and a sheath that is longitudinally slideable relative to the support tube, the centering loop, and the at least one clip delivery tube. a longitudinal support tube having a distal end; a deformable centering loop extending from the distal end of the support tube, wherein the centering loop may be collapsed or compressed for delivery to a desired location; at least one clip delivery tube slideably attached to the centering loop; at least one stop (30, 32) positioned on the centering loop and spaced from the distal end of the support tube the at least one stop being configured to stop distal advancement of the at least one clip delivery tube; and a sheath that is longitudinally slideable relative to the support tube, the centering loop, and the at least one clip delivery tube.