mhurhangee/ep-ind-claims huggingface dataset:
A battery pack, comprising: a case including a bottom plate having a surface to which battery modules are mounted in the case; and a cooling block attached to a bottom portion of the bottom plate and provided with cooling water for removing heat generated by the battery modules, wherein the cooling block has edge portions, at least a concave portion being at a lower level than the edge portions, and at least a convex portion being at a same level as the edge portions, characterized in that the cooling water is supplied to the at least a concave portion, so that the cooling water comes in direct contact with the bottom portion of the bottom plate. a case including a bottom plate having a surface to which battery modules are mounted in the case; and a cooling block attached to a bottom portion of the bottom plate and provided with cooling water for removing heat generated by the battery modules, wherein the cooling block has edge portions, at least a concave portion being at a lower level than the edge portions, and at least a convex portion being at a same level as the edge portions, characterized in that the cooling water is supplied to the at least a concave portion, so that the cooling water comes in direct contact with the bottom portion of the bottom plate.
A medical device comprising: a handle body having a proximal end and a distal end, the handle body configured to releasably couple to a shaft; an actuator (80; 100) coupled to the handle body; and a handle control member coupled to the actuator (80; 100), wherein the actuator (80; 100) is configured to move relative to the handle body to move the handle control member relative to the handle body, and wherein a distal end of the handle control member includes an attachment member (252; 256; 315; 510) for releasably coupling the distal end of the handle control member to a proximal end of a shaft control member within the shaft, characterized in that the handle control member includes a retaining member, wherein the retaining member is configured to transition between a first configuration and a second configuration to reduce slack of the handle control member and the shaft control member, and wherein the retaining member is biased into the first configuration, wherein the retaining member includes at least one of a spring, a button, a lever, or a latch. a handle body having a proximal end and a distal end, the handle body configured to releasably couple to a shaft; an actuator (80; 100) coupled to the handle body; and a handle control member coupled to the actuator (80; 100), wherein the actuator (80; 100) is configured to move relative to the handle body to move the handle control member relative to the handle body, and wherein a distal end of the handle control member includes an attachment member (252; 256; 315; 510) for releasably coupling the distal end of the handle control member to a proximal end of a shaft control member within the shaft, characterized in that the handle control member includes a retaining member, wherein the retaining member is configured to transition between a first configuration and a second configuration to reduce slack of the handle control member and the shaft control member, and wherein the retaining member is biased into the first configuration, wherein the retaining member includes at least one of a spring, a button, a lever, or a latch.
A cold crucible induction furnace for heating an electrically conductive load, the cold crucible furnace comprising: an at least partially slotted furnace wall and a base to form the crucible volume in which the electrically conductive load is contained; a plurality of protrusions separating the furnace wall having a plurality of slots from the base; at least one induction coil at least partially surrounding the height of the furnace wall; and an ac power source having its output connected to the at least one induction coil to supply ac power to the at least one induction coil and generate an ac field around the at least one induction coil, the ac field magnetically coupling with the electrically conductive load to inductively heat the electrically conductive material by induced eddy currents in the electrically conductive material, and wherein the slots in the at least partially slotted furnace wall are wider below the base than the width of the slots above the base. an at least partially slotted furnace wall and a base to form the crucible volume in which the electrically conductive load is contained; a plurality of protrusions separating the furnace wall having a plurality of slots from the base; at least one induction coil at least partially surrounding the height of the furnace wall; and an ac power source having its output connected to the at least one induction coil to supply ac power to the at least one induction coil and generate an ac field around the at least one induction coil, the ac field magnetically coupling with the electrically conductive load to inductively heat the electrically conductive material by induced eddy currents in the electrically conductive material, and wherein the slots in the at least partially slotted furnace wall are wider below the base than the width of the slots above the base.
Burner component of a burner, in particular for use in a combustion chamber of a gas turbine, with, in its intended use, at least one flow duct in which combustion air flows from upstream to downstream in a direction of flow, comprising a wall section adjoining the flow duct and a plurality of spray nozzles (21, 22) arranged in the wall section and by means of which fuel can be introduced into the flow duct, and a plurality of vortex generators which in each case - are arranged on the wall section, and - project into the flow duct, and - have a vortex generator length in the direction of flow, and - have upstream a leading edge running on the wall section, and - have downstream a trailing edge, running in a respective vertical direction, with a base point at the wall section and an end point, wherein the vortex generator has a vortex generator height which is defined by the spacing from the base point to the end point measured in the vertical direction, - have two opposite side faces running upstream from the trailing edge, and - have an inclined face running from the leading edge to the end point, characterized in that the inclined face is curved concavely and the side faces are curved convexly in a section transversely to the vertical direction, wherein the inclined face forms a section of a spherical surface. - are arranged on the wall section, and - project into the flow duct, and - have a vortex generator length in the direction of flow, and - have upstream a leading edge running on the wall section, and - have downstream a trailing edge, running in a respective vertical direction, with a base point at the wall section and an end point, wherein the vortex generator has a vortex generator height which is defined by the spacing from the base point to the end point measured in the vertical direction, - have two opposite side faces running upstream from the trailing edge, and - have an inclined face running from the leading edge to the end point, the inclined face is curved concavely and the side faces are curved convexly in a section transversely to the vertical direction, wherein the inclined face forms a section of a spherical surface.
A composition for scavenging hydrogen sulphide and mercaptans in hydrocarbon streams, said composition comprising at least one oxazolidine compound and at least one alkanolamine of formula, wherein the weight ratio oxazolidine compound/alkanolamine is higher than 1, wherein: wherein - n is an integer ranging from 1 to 6, - R 1 is a divalent linear or branched, cyclic or acyclic, alkyl or alkenyl group having from 1 to 12 carbon atoms, - R 2 and R 3, identical or different, are selected from a hydrogen atom, a linear or branched, cyclic or acyclic, alkyl or alkenyl group having from 1 to 12 carbon atoms or -(R 4 -O) m -H wherein each m is independently an integer ranging from 1 to 6 and R 4 is a divalent linear or branched, acyclic or cyclic, alkyl or alkenyl group having from 1 to 12 carbon atoms. - n is an integer ranging from 1 to 6, - R 1 is a divalent linear or branched, cyclic or acyclic, alkyl or alkenyl group having from 1 to 12 carbon atoms, - R 2 and R 3, identical or different, are selected from a hydrogen atom, a linear or branched, cyclic or acyclic, alkyl or alkenyl group having from 1 to 12 carbon atoms or -(R 4 -O) m -H wherein each m is independently an integer ranging from 1 to 6 and R 4 is a divalent linear or branched, acyclic or cyclic, alkyl or alkenyl group having from 1 to 12 carbon atoms.
An isolated antibody or antigen-binding fragment thereof which specifically binds to a LINGO-1 polypeptide, wherein the antibody or antigen-binding fragment comprises: a VH region comprising an amino acid sequence selected from the group consisting of SEQ ID NOs: 71-85; and a VL region comprising the amino acid sequence of SEQ ID NO: 13. a VH region comprising an amino acid sequence selected from the group consisting of SEQ ID NOs: 71-85; and a VL region comprising the amino acid sequence of SEQ ID NO: 13.
Cabinet door lock comprising a housing which can be fastened to an inner face of a cabinet and has an operating element that can be fastened to an outer face of the cabinet which is opposite the inner face, which operating element comprises an operating device for inputting a lock code which can be transmitted to the housing by means of a data-transmission path, wherein the housing comprises a cabinet bolt, which can be bolted forwards and backwards by means of an electric-motor-driven cabinet-bolt actuating drive, and a battery compartment that is closed by a lid, wherein a slot provided in the housing in order to selectively plug in a radio module from a group of radio modules is closed by a lid.
A method implemented by a network element for determining a backup path for a fast reroute process to be utilized in response to a network event invalidating a primary path to a destination node characterized in that the method identifies at least one intermediate node that has a backup loop free alternative, LFA, path to a destination node in a network where no path meeting LFA conditions can be found for a point of local repair, PLR, the method comprising the steps of: calculating shortest paths from the PLR to each destination node in the network using a normal topology; calculating shortest paths from the PLR to each destination node in the network using a unit cost topology; selecting a next destination node D in the network without a calculated backup path from the PLR; determining a primary path next hop node F for the destination node D; checking whether an LFA path or remote LFA, RLFA, path exists from the PLR to the destination node D where the backup LFA path or RLFA path does not traverse the primary path next hop node F in the calculated shortest paths using the normal topology; checking whether a remote RLFA path exists from the PLR to the destination node D where the backup LFA path or RLFA path does not traverse the primary path next hop node F in the calculated shortest paths using the unit cost topology; determining an intermediate node on a shortest path that does not traverse the primary next hop node F and that meets LFA conditions; and selecting the intermediate node on the shortest path as an intermediate destination for data traffic for destination node D. calculating shortest paths from the PLR to each destination node in the network using a normal topology; calculating shortest paths from the PLR to each destination node in the network using a unit cost topology; selecting a next destination node D in the network without a calculated backup path from the PLR; determining a primary path next hop node F for the destination node D; checking whether an LFA path or remote LFA, RLFA, path exists from the PLR to the destination node D where the backup LFA path or RLFA path does not traverse the primary path next hop node F in the calculated shortest paths using the normal topology; checking whether a remote RLFA path exists from the PLR to the destination node D where the backup LFA path or RLFA path does not traverse the primary path next hop node F in the calculated shortest paths using the unit cost topology; determining an intermediate node on a shortest path that does not traverse the primary next hop node F and that meets LFA conditions; and selecting the intermediate node on the shortest path as an intermediate destination for data traffic for destination node D.
A hydraulically striking device comprising - a cylinder body, the cylinder body forming a cylinder therein, - a piston in the cylinder body, configured to move by means of a hydraulic fluid so as to reciprocate between a first and a second position in the cylinder, and - a valve for controlling the movement of the piston, characterized in that the valve comprises - a means for moving configured to move for a specific distance from its initial position within the valve and to take hydraulic fluid in an amount corresponding to the movement and to return hydraulic fluid when moving back to the initial position, - a first control channel and a second control channel extending from a closed space of the valve enabling hydraulic fluid to flow to the closed space of the valve and to change the volume of the fluid inside the valve by moving the means for moving, - a first port and a second port open into the cylinder at different points in the axial direction and at a distance from one another, wherein the first port is coupled to the first control channel and the second port is coupled to the second control channel, wherein the piston comprises - at least one flow space which is arranged to be selectively coupled to the first port and to the second port and allowing the hydraulic fluid which controls the valve in the first control channel and in the second control channel to flow in one of the control channels (7, 8) in one direction so as to provide circulation of the hydraulic fluid controlling the valve. - a cylinder body, the cylinder body forming a cylinder therein, - a piston in the cylinder body, configured to move by means of a hydraulic fluid so as to reciprocate between a first and a second position in the cylinder, and - a valve for controlling the movement of the piston, characterized in that the valve comprises - a means for moving configured to move for a specific distance from its initial position within the valve and to take hydraulic fluid in an amount corresponding to the movement and to return hydraulic fluid when moving back to the initial position, - a first control channel and a second control channel extending from a closed space of the valve enabling hydraulic fluid to flow to the closed space of the valve and to change the volume of the fluid inside the valve by moving the means for moving, - a first port and a second port open into the cylinder at different points in the axial direction and at a distance from one another, wherein the first port is coupled to the first control channel and the second port is coupled to the second control channel, wherein the piston comprises - at least one flow space which is arranged to be selectively coupled to the first port and to the second port and allowing the hydraulic fluid which controls the valve in the first control channel and in the second control channel to flow in one of the control channels (7, 8) in one direction so as to provide circulation of the hydraulic fluid controlling the valve.
An apparatus for providing optical coupling at an edge, comprising: a first elongate region formed of a first material having a first refractive index; a second elongate region formed of a second material having a second refractive index lower than the first refractive index, the second elongate region tapered toward the edge, the second elongate region surrounding at least a portion of the first elongate region; and a third material having a third refractive index lower than the second refractive index, the third material at least partially surrounding the second elongate region, wherein the second elongate region is adjacent along one face to an elongate base region formed of the second material, and the second elongate region forms a ridge, and the elongate base region forms a base, the ridge and the base forming the core of a rib waveguide, the ridge being surrounded on three sides by the third material, characterized in that the second elongate region terminates at the edge. a first elongate region formed of a first material having a first refractive index; a second elongate region formed of a second material having a second refractive index lower than the first refractive index, the second elongate region tapered toward the edge, the second elongate region surrounding at least a portion of the first elongate region; and a third material having a third refractive index lower than the second refractive index, the third material at least partially surrounding the second elongate region, wherein the second elongate region is adjacent along one face to an elongate base region formed of the second material, and the second elongate region forms a ridge, and the elongate base region forms a base, the ridge and the base forming the core of a rib waveguide, the ridge being surrounded on three sides by the third material, characterized in that the second elongate region terminates at the edge. wherein the second elongate region is adjacent along one face to an elongate base region formed of the second material, and the second elongate region forms a ridge, and the elongate base region forms a base, the ridge and the base forming the core of a rib waveguide, the ridge being surrounded on three sides by the third material, characterized in that the second elongate region terminates at the edge.
A welding-type power source, comprising: a wire feeder disposed to provide wire to an arc; a power supply disposed to provide pulse-type welding power to the arc, wherein the wire is consumed in a pulse welding process; a reversible wire feed motor (301, 302), disposed to move the wire to and away from the arc; and, a controller connected to the power supply and the wire feeder, the controller including: a reversible wire feeder control module connected to the reversible wire feeder, wherein the reversible wire feeder module includes a reversible motor output; and, a mean arc current control module having an arc current control output responsive to mean arc current, wherein the mean arc current is an average current during the arc state, or a function thereof, and connected to the power supply. a wire feeder disposed to provide wire to an arc; a power supply disposed to provide pulse-type welding power to the arc, wherein the wire is consumed in a pulse welding process; a reversible wire feed motor (301, 302), disposed to move the wire to and away from the arc; and, a controller connected to the power supply and the wire feeder, the controller including: a reversible wire feeder control module connected to the reversible wire feeder, wherein the reversible wire feeder module includes a reversible motor output; and, a mean arc current control module having an arc current control output responsive to mean arc current, wherein the mean arc current is an average current during the arc state, or a function thereof, and connected to the power supply. a reversible wire feeder control module connected to the reversible wire feeder, wherein the reversible wire feeder module includes a reversible motor output; and, a mean arc current control module having an arc current control output responsive to mean arc current, wherein the mean arc current is an average current during the arc state, or a function thereof, and connected to the power supply.
A multi-functional emergency bandage comprising: a base layer comprising an elastic textile fabric i) coated with anti-microbial nano-structures and ii) with one or more anti-slip stripes, wherein the base layer comprises pre-aged elastic fibers that exhibit a fatigue behavior and that provide the base layer with physical properties such that its stress-strain curve exhibits a lower and more consistent Young's modulus, at least over a working range of said stress-strain curve, compared to a base layer without pre-aged elastic fibers; an application guide disposed on said base layer, wherein the application guide is arranged to attain a first geometrical shape when the base layer is stretched to a level falling within said working range of the stress-strain curve and to attain a second geometrical shape that differs from the first geometrical shape when the base layer is stretched to a level falling outside of said working range; an intermediate layer decorated with microbial and/or viral pathogen blocking structures; and a gauze and/or microbial cellulose that is decorated with anti-bleeding nano-structures. a base layer comprising an elastic textile fabric i) coated with anti-microbial nano-structures and ii) with one or more anti-slip stripes, wherein the base layer comprises pre-aged elastic fibers that exhibit a fatigue behavior and that provide the base layer with physical properties such that its stress-strain curve exhibits a lower and more consistent Young's modulus, at least over a working range of said stress-strain curve, compared to a base layer without pre-aged elastic fibers; an application guide disposed on said base layer, wherein the application guide is arranged to attain a first geometrical shape when the base layer is stretched to a level falling within said working range of the stress-strain curve and to attain a second geometrical shape that differs from the first geometrical shape when the base layer is stretched to a level falling outside of said working range; an intermediate layer decorated with microbial and/or viral pathogen blocking structures; and a gauze and/or microbial cellulose that is decorated with anti-bleeding nano-structures.
A fastener tape (1, 21, 31, 51) which is used for a slide fastener, formed in a narrow width, and composed of warp knitting structures in which an element attaching portion (2, 22, 32, 52) constituted of a plurality of wales is integrally formed by knitting along one side edge of a tape main body portion (3, 23, 33, 53), the fastener tape being characterized in that the element attaching portion (2, 22, 32, 52) is formed by disposing at least: warp knitting yarns (11, 13, 16, 18) which have two different kinds of warp knitting structures and run in a zigzag fashion forming a needle loop across two or more wales adjacent to each other such that the needle loop is entangled with a needle loop of another knitting yarn of every other course on a wale; and a weft in-laid yarn (14, 17) which runs across two or more wales adjacent to each other.
An article comprising a coated surface, wherein said coated surface comprises a compound having a structure according to formula: Bio 1 -Link 1 -(Bio 2 -R 1) m, or a pharmaceutically acceptable salt thereof, wherein Bio 1 and each Bio 2 are formed from a biologically active agent; m is 1, 2, 3, 4, or 5; wherein each Bio 2 comprises a covalent bond to Link 1; R 1 is absent; Link 1 is an oligomeric organic, organosilicon, or organosulfone segment having a molecular weight between 60 and 2000 Daltons; wherein said article is an implantable or a percutaneous medical device; and wherein said biologically active agent is an antimicrobial agent. Bio 1 and each Bio 2 are formed from a biologically active agent; m is 1, 2, 3, 4, or 5; wherein each Bio 2 comprises a covalent bond to Link 1; R 1 is absent; Link 1 is an oligomeric organic, organosilicon, or organosulfone segment having a molecular weight between 60 and 2000 Daltons; wherein said article is an implantable or a percutaneous medical device; and wherein said biologically active agent is an antimicrobial agent.