mhurhangee/ep-ind-claims huggingface dataset:
A transparent substrate comprising, on its surface, a light-diffusing array comprising at least 10 juxtaposed sub-gratings of parallel lines of features, said features being separated by domains of refractive index different from that of the features, each sub-grating comprising at least 20 repeated successive identical features of equal separation with a period p, said period varying non-monotonically from one edge of the sub-grating array to the other.
A warm press forming method for forming a steel sheet having a tensile strength of 440 MPa or more into a press-formed part including flange portions and other portions by press forming, the method comprising: heating the steel sheet to a temperature range of 400°C to not exceeding 700°C; and then press-forming the heated steel sheet by using crash forming to obtain a press-formed part, in such a way that a difference in average temperature among flange portions and other portions of the press-formed part immediately after the formation is kept within 100°C. heating the steel sheet to a temperature range of 400°C to not exceeding 700°C; and then press-forming the heated steel sheet by using crash forming to obtain a press-formed part, in such a way that a difference in average temperature among flange portions and other portions of the press-formed part immediately after the formation is kept within 100°C.
A medical device handle, comprising: a handle housing; a tubular collar rotatably disposed about a proximal end of the handle housing; characterized in that an open-ended control knob is rotatably disposed over a proximal portion of the tubular collar and the proximal end of the handle housing; and an annular door is slidably disposed over a distal portion of the collar and the handle housing; wherein the annular door includes a plurality of inwardly-extending protrusions configured to engage a plurality of recessed slots in the distal portion of the collar such that the door is rotatably locked to the collar. a handle housing; a tubular collar rotatably disposed about a proximal end of the handle housing; characterized in that an open-ended control knob is rotatably disposed over a proximal portion of the tubular collar and the proximal end of the handle housing; and an annular door is slidably disposed over a distal portion of the collar and the handle housing; wherein the annular door includes a plurality of inwardly-extending protrusions configured to engage a plurality of recessed slots in the distal portion of the collar such that the door is rotatably locked to the collar.
Ingress protected outdoor rated adapter (100; 300; 400; 500; 700; 900) comprising: an one-piece adapter body (103; 303; 403; 703) having an adapter front portion at a first end of the adapter body (103; 303; 403; 703), and a cable gland assembly (105; 705; 905) secured at a second end the adapter body (103; 303; 403; 703), the one-piece adapter body (103; 303; 403; 703) further comprises an internal thread at the second end, the thread accepts a cable gland nut (104; 304; 904) formed as part of the cable gland assembly (105; 705; 905), the cable gland assembly (105; 705; 905) comprising external threads at a proximal end thereof to secure the cable gland assembly (105; 705; 905) at the second end of the one-piece adapter body (103; 303; 403; 703), wherein securing the cable gland assembly (105; 705; 905) to the one-piece adapter body (103; 303; 403; 703) forms an environmental seal at the second end about a cable (106; 906); characterized in that the first end further comprises a fiber optic adapter positioned within the one-piece adapter body (103; 303; 403; 703), the fiber optic adapter is configured to accept a fiber optic connector at a first end, and to receive at least one optical fiber from the cable (106; 906) secured within the cable gland assembly (105; 705; 905) at the second end; and the adapter front portion is configured to accept and secure an outdoor rated connector, the outdoor rated connector further comprising at least one fiber optic connector selected from one of the following a LC, SC, SN, CS or MPO type fiber optic connector for mating with the fiber optic adapter. an one-piece adapter body (103; 303; 403; 703) having an adapter front portion at a first end of the adapter body (103; 303; 403; 703), and a cable gland assembly (105; 705; 905) secured at a second end the adapter body (103; 303; 403; 703), the one-piece adapter body (103; 303; 403; 703) further comprises an internal thread at the second end, the thread accepts a cable gland nut (104; 304; 904) formed as part of the cable gland assembly (105; 705; 905), the cable gland assembly (105; 705; 905) comprising external threads at a proximal end thereof to secure the cable gland assembly (105; 705; 905) at the second end of the one-piece adapter body (103; 303; 403; 703), wherein securing the cable gland assembly (105; 705; 905) to the one-piece adapter body (103; 303; 403; 703) forms an environmental seal at the second end about a cable (106; 906); characterized in that the first end further comprises a fiber optic adapter positioned within the one-piece adapter body (103; 303; 403; 703), the fiber optic adapter is configured to accept a fiber optic connector at a first end, and to receive at least one optical fiber from the cable (106; 906) secured within the cable gland assembly (105; 705; 905) at the second end; and the adapter front portion is configured to accept and secure an outdoor rated connector, the outdoor rated connector further comprising at least one fiber optic connector selected from one of the following a LC, SC, SN, CS or MPO type fiber optic connector for mating with the fiber optic adapter.
A method of producing an electromagnetically excitable core of an electric machine having a multi-phase winding, where in one method step a core is provided which has a substantially cuboidal shape and has grooves (N1 to N36; N1 to N48) which extend in parallel on one side, wherein in at least one subsequent step at least three phase windings (100, 200, 300) are each inserted into specific grooves of the core, wherein each phase winding (100, 200, 300) comprises coil sides which are intended to be inserted into grooves and are connected by means of coil side connectors, and the core is bent round after the phase windings (100, 200, 300) have been inserted into the grooves, characterised in that the at least three phase windings (100, 200, 300) are inserted into the specific grooves of the core in such a manner that only one winding overhang which is formed from one or more coil sides is located outside the core, wherein the coil sides are provided to be inserted into a groove, and the one or more coil sides of the one winding overhang are introduced with the winding into the corresponding groove as the core is being bent round.
Composition comprising a) at least one lactamate and b) at least one salt of an organic acid substituted by heteroatoms and/or ester of an organic acid substituted by heteroatoms, and optionally c) a lactam or a mixture of two or more lactams. a) at least one lactamate and b) at least one salt of an organic acid substituted by heteroatoms and/or ester of an organic acid substituted by heteroatoms, and optionally c) a lactam or a mixture of two or more lactams.
The compound N-(4-((6,7-dimethoxyquinolin-4-yl)oxy)-3-fluorophenyl)-5-ethyl-1 -(pyrimidin-5-yl)-1H-pyrazole-4-carboxamide and pharmaceutically usable salts, tautomers and stereoisomers thereof, including mixtures thereof in all ratios.
A method comprising: receiving user traffic, at a multi-protocol stack (230, 330) of a satellite network base station (120, 200, 300), from a plurality of core networks (150, 160) of different types based, at least in part, on the core network type; adding a generation Service Access Point Identifier, SAPI, tag in an address field of data packets contained in the user traffic, the generation SAPI tag being based on the core network type from which the user traffic was received; directing the user traffic to a common physical layer (220, 320); forwarding the user traffic to terminals (270, 280, 290, 370, 280, 390) having a type corresponding to the generation SAPI tag, wherein the generation SAPI tag is removed prior to forwarding the user traffic to the terminals, and wherein the terminal type is based on utilization of a current generation protocol or a legacy protocol of at least one prior generation. receiving user traffic, at a multi-protocol stack (230, 330) of a satellite network base station (120, 200, 300), from a plurality of core networks (150, 160) of different types based, at least in part, on the core network type; adding a generation Service Access Point Identifier, SAPI, tag in an address field of data packets contained in the user traffic, the generation SAPI tag being based on the core network type from which the user traffic was received; directing the user traffic to a common physical layer (220, 320); forwarding the user traffic to terminals (270, 280, 290, 370, 280, 390) having a type corresponding to the generation SAPI tag, wherein the generation SAPI tag is removed prior to forwarding the user traffic to the terminals, and wherein the terminal type is based on utilization of a current generation protocol or a legacy protocol of at least one prior generation.
Suction device for an oscillatingly drivable hand-held machine tool equipped with a gear neck for fastening the suction device, comprising a base body which is mountable to the gear neck of the hand-held machine tool by means of a fastening section, and comprising an air guide duct which is formed in the base body and is delimited at one end by an air inlet and at the other end by an air outlet, to which a sucking device, in particular a vacuum cleaner, is detachably mountable, wherein the fastening section of the base body being formed essentially hollow-cylindrically and extending between a first plane and a second plane, which are preferably parallel, characterized in that a locking mechanism, which is mounted such that it can pivot about a pivot axis counter to the force of a return spring, is provided on the fastening section.
A teletherapy patient support comprising: a pelvis support member exhibiting a first face and a second face opposing said first face; a torso support member extending from said pelvis support member and facing said first face of said pelvis support member; a first leg support extending from said pelvis support member and facing said second face of said pelvis support member; characterized in that the teletherapy patient support further comprises: a second leg support exhibiting at least one connection member, wherein said pelvis support member exhibits at least one receptacle, said second leg support arranged to be alternately: attached to said pelvis support member by said at least one connection member being positioned within said at least one receptacle of said pelvis support member; and detached from said pelvis support member by said at least one connection member not being positioned within said at least one receptacle of said pelvis support member. a pelvis support member exhibiting a first face and a second face opposing said first face; a torso support member extending from said pelvis support member and facing said first face of said pelvis support member; a first leg support extending from said pelvis support member and facing said second face of said pelvis support member; a second leg support exhibiting at least one connection member, wherein said pelvis support member exhibits at least one receptacle, said second leg support arranged to be alternately: attached to said pelvis support member by said at least one connection member being positioned within said at least one receptacle of said pelvis support member; and detached from said pelvis support member by said at least one connection member not being positioned within said at least one receptacle of said pelvis support member. attached to said pelvis support member by said at least one connection member being positioned within said at least one receptacle of said pelvis support member; and detached from said pelvis support member by said at least one connection member not being positioned within said at least one receptacle of said pelvis support member.
A gabion comprising side walls (2, 3) connected together at spaced intervals by partition walls (4, 5, 6), the side walls (2, 3) comprising at least one substantially closed side wall element panel (13, 14), wherein the or each substantially closed side wall element panel is manufactured of a sheet material with sufficient rigidity to prevent excessive bulging of the side wall element panel when the gabion is filled with a fill material, wherein the side wall element panel in use can prevent a gabion fill material selected from sand, earth, soil, stones or fines from falling through the side wall (2, 3) without the aid of a gabion lining material and wherein the substantially closed side wall element panel, (13, 14) is provided with means for receiving a hinge member for the purpose of connecting the substantially closed side wall element panel (13, 14) pivotally to a neighbouring side wall element panel and/or to a partition wall, wherein the hinge receiving means comprises one or more apertures in the panel and wherein the gabion is provided with means for covering or blocking the one or more apertures to prevent or hinder a gabion fill material from escaping through said one or more apertures.
A method of making a nano-reinforcement filler material for an epoxy resin system for a composite structure and using the nano-reinforcement filler material in the epoxy resin system, the method comprising the steps of: forming a polymer suspension comprising a plurality of polymer nanoparticles suspended in deionized water; sonicating the polymer suspension to obtain a sonicated polymer suspension; forming a graphene oxide suspension comprising a plurality of graphene oxide sheets suspended in deionized water; sonicating the graphene oxide suspension to obtain a sonicated graphene oxide suspension; mixing the sonicated polymer suspension and the sonicated graphene oxide suspension together in a mixing vessel, to obtain a sonicated mixture; heating the sonicated mixture in an inert atmosphere at an effective temperature, and using an electrostatic process to wrap individual polymer nanoparticles with individual graphene oxide sheets, via an electrostatic interaction reaction, to obtain the nano-reinforcement filler material comprising polymer-graphene oxide core-shell nanoparticles; washing the nano-reinforcement filler material; drying the washed nano-reinforcement filler material; and using the dried nano-reinforcement filler material in the epoxy resin system for the composite structure, to provide a toughening nano-reinforcement to the epoxy resin system, wherein forming the polymer suspension comprises forming the polymer suspension with each of the plurality of polymer nanoparticles having a sphere shape and a particle size measured by SEM in a range of from 40 nm to 150 nm. forming a polymer suspension comprising a plurality of polymer nanoparticles suspended in deionized water; sonicating the polymer suspension to obtain a sonicated polymer suspension; forming a graphene oxide suspension comprising a plurality of graphene oxide sheets suspended in deionized water; sonicating the graphene oxide suspension to obtain a sonicated graphene oxide suspension; mixing the sonicated polymer suspension and the sonicated graphene oxide suspension together in a mixing vessel, to obtain a sonicated mixture; heating the sonicated mixture in an inert atmosphere at an effective temperature, and using an electrostatic process to wrap individual polymer nanoparticles with individual graphene oxide sheets, via an electrostatic interaction reaction, to obtain the nano-reinforcement filler material comprising polymer-graphene oxide core-shell nanoparticles; washing the nano-reinforcement filler material; drying the washed nano-reinforcement filler material; and using the dried nano-reinforcement filler material in the epoxy resin system for the composite structure, to provide a toughening nano-reinforcement to the epoxy resin system, wherein forming the polymer suspension comprises forming the polymer suspension with each of the plurality of polymer nanoparticles having a sphere shape and a particle size measured by SEM in a range of from 40 nm to 150 nm.
A device for filling containers with liquids, comprising at least one filling element which fills the containers with the liquid, comprising a transport means for transporting the containers along a predefined transport path, and comprising a further application means which applies a further flowable medium to the containers filled with the liquid, characterised in that the application means is arranged in such a way that the flowable medium exiting from the application means first contacts a predefined surface (10a, 16) before it reaches the liquid arranged in the container and the predefined surface (10a, 16) is an inner wall of the container and wherein the flowable medium contains liquid nitrogen.
A method for electrolytic atomic hydrogen decrepitation of a ferromagnetic alloy, wherein the method comprises an electrolytic reaction by providing an applied potential between an anode and a cathode, wherein the ferromagnetic alloy is connected to the cathode, producing atomic hydrogen at the cathode, wherein the ferromagnetic alloy is scattered by the atomic hydrogen to obtain a ferromagnetic alloy powder.
A heating unit for heating water comprising: - a housing - amino-carrying fibres contained within the housing; - a conduit for water; - means for delivering carbon dioxide into the housing; and - means (11,12) for supplying heat to the amino-carrying fibres - a housing - amino-carrying fibres contained within the housing; - a conduit for water; - means for delivering carbon dioxide into the housing; and - means (11,12) for supplying heat to the amino-carrying fibres
A closure device intended to be mounted in a device for dispensing a liquid-to-pasty product to be dispensed, said closure device forming a module consisting of: - an outlet nozzle comprising a cavity and outer walls delimiting this cavity, these outer walls having several through-holes and through-openings: an outlet hole at the front of the nozzle, a rear opening, and an intake hole intended to be connected to a metering chamber of a pump motor of the dispensing device, - a top valve composed only of: • a shut-off member, arranged inside the cavity and movable between a forward position in which it closes off the outlet hole and a retracted position in which it uncovers this outlet hole, • a deformable membrane which closes the rear opening in a sealed manner and which is rigidly secured to the shut-off member, and • a rigid skeleton extending between a first end closing off the outlet hole in said forward position and a second end bearing the membrane, - a bell having an end wall and a base opening opposite this end wall, the edges of the base opening being attached to the nozzle, the membrane also closing the base opening in a sealed manner, the membrane having flexibility and the closure device being arranged in such a way that a depression inside the cavity causes deformation of the membrane toward the interior of the cavity, so that the membrane then pushes the shut-off member into said forward position. - an outlet nozzle comprising a cavity and outer walls delimiting this cavity, these outer walls having several through-holes and through-openings: an outlet hole at the front of the nozzle, a rear opening, and an intake hole intended to be connected to a metering chamber of a pump motor of the dispensing device, - a top valve composed only of: • a shut-off member, arranged inside the cavity and movable between a forward position in which it closes off the outlet hole and a retracted position in which it uncovers this outlet hole, • a deformable membrane which closes the rear opening in a sealed manner and which is rigidly secured to the shut-off member, and • a rigid skeleton extending between a first end closing off the outlet hole in said forward position and a second end bearing the membrane, • a shut-off member, arranged inside the cavity and movable between a forward position in which it closes off the outlet hole and a retracted position in which it uncovers this outlet hole, • a deformable membrane which closes the rear opening in a sealed manner and which is rigidly secured to the shut-off member, and • a rigid skeleton extending between a first end closing off the outlet hole in said forward position and a second end bearing the membrane, - a bell having an end wall and a base opening opposite this end wall, the edges of the base opening being attached to the nozzle, the membrane also closing the base opening in a sealed manner,
A curable composition comprising: I. a first component comprising at least one resin having at least one functional group selected from the group consisting of β-ketoester and malonate functional groups, II. a second component comprising at least one curing agent having at least one aldehyde functional group, and III. a third component comprising at least one primary amine or at least one secondary amine, salts thereof, or combinations thereof. I. a first component comprising at least one resin having at least one functional group selected from the group consisting of β-ketoester and malonate functional groups, II. a second component comprising at least one curing agent having at least one aldehyde functional group, and III. a third component comprising at least one primary amine or at least one secondary amine, salts thereof, or combinations thereof.
A conjugate comprising an antibody conjugated to a cytotoxic agent, wherein the antibody is capable of binding to MUC1 or TA-MUC1, and wherein the antibody comprises (i) a heavy chain variable region comprising the complementarity-determining regions (CDRs) CDR-H1 having the amino acid sequence of SEQ ID NO: 1, CDR-H2 having the amino acid sequence of SEQ ID NO: 2 and CDR-H3 having the amino acid sequence of SEQ ID NO: 3, and (ii) a light chain variable region comprising the complementarity-determining regions (CDRs) CDR-L1 having the amino acid sequence of SEQ ID NO: 4, CDR-L2 having the amino acid sequence of SEQ ID NO: 5 and CDR-L3 having the amino acid sequence of SEQ ID NO: 6, wherein the amino acid at position 8 of SEQ ID NO: 2 is selected from the group consisting of glutamine, histidine, tryptophan, tyrosine, lysine, arginine, aspartic acid and glutamic acid, or wherein the CDR-H2 has the amino acid sequence of SEQ ID NO: 7. (i) a heavy chain variable region comprising the complementarity-determining regions (CDRs) CDR-H1 having the amino acid sequence of SEQ ID NO: 1, CDR-H2 having the amino acid sequence of SEQ ID NO: 2 and CDR-H3 having the amino acid sequence of SEQ ID NO: 3, and (ii) a light chain variable region comprising the complementarity-determining regions (CDRs) CDR-L1 having the amino acid sequence of SEQ ID NO: 4, CDR-L2 having the amino acid sequence of SEQ ID NO: 5 and CDR-L3 having the amino acid sequence of SEQ ID NO: 6,
Driver's cab of a commercial vehicle with a bunk in the driver's cab, and with a vehicle air-conditioning system, wherein a reclining surface for a person is formed by a mattress which rests on a mattress substructure, characterized in that the mattress substructure has an air-conditioning device (14, 15, 16) for the active air-conditioning of the reclining surface, in that the mattress substructure has, as part of the air-conditioning device, at least one fan (14, 15, 16) which is operable in a controlled manner and is intended for conveying air, and in that, for active ventilation or cooling or heating, the at least one fan (14, 15, 16) is connected in a controllable manner on the fan input side to the vehicle air-conditioning system and on the fan output side is directed onto the mattress.