mhurhangee/patent-ind-claim-en huggingface dataset:
A semiconductor chip comprising: a pad ; a protective element protecting an internal circuit ; a metal interconnection for electrically connecting the pad and the protective element, wherein the metal interconnection has a high resistance portion of which resistance value is higher than a resistance value of the protective element , when noise is applied to the pad and a voltage across the protecting element becomes equal to or higher than a breakdown voltage of said protective element, wherein the high resistance portion is a metal protection resistor , characterized in that the high resistance portion includes a metal thin film layer formed in the same layer as the pad; wherein an input end of the metal protective resistor is directly connected to the pad , and an output end of the metal protective resistor is connected to a diffusion layer of the protective element through a via , a lower metal interconnection layer , and a contact to the diffusion layer , wherein the semiconductor chip comprises a substrate in which surface the diffusion layer of the protective element is formed, and wherein the substrate and the metal protective resistor are separated by an interlayer insulation film of 500 nm or more. a pad ; a protective element protecting an internal circuit ; a metal interconnection for electrically connecting the pad and the protective element, wherein the metal interconnection has a high resistance portion of which resistance value is higher than a resistance value of the protective element , when noise is applied to the pad and a voltage across the protecting element becomes equal to or higher than a breakdown voltage of said protective element, wherein the high resistance portion is a metal protection resistor , characterized in that the high resistance portion includes a metal thin film layer formed in the same layer as the pad; wherein an input end of the metal protective resistor is directly connected to the pad , and an output end of the metal protective resistor is connected to a diffusion layer of the protective element through a via , a lower metal interconnection layer , and a contact to the diffusion layer , wherein the semiconductor chip comprises a substrate in which surface the diffusion layer of the protective element is formed, and wherein the substrate and the metal protective resistor are separated by an interlayer insulation film of 500 nm or more.
A cable comprising: at least one optical fiber cable ; at least two electrical cables provided so as to sandwich the at least one optical fiber cable ; and plugs positioned at both ends and each having an electrical contact part connected to each of the electrical cables , the cable characterized in that one or both of the plugs are provided with a positioning hole part for joining with a receptacle , and in that each of the electrical contact parts comprises a spring element and is moved to the inside of the positioning hole part when the plugs are joined with the receptacle. at least one optical fiber cable ; at least two electrical cables provided so as to sandwich the at least one optical fiber cable ; and plugs positioned at both ends and each having an electrical contact part connected to each of the electrical cables , the cable characterized in that one or both of the plugs are provided with a positioning hole part for joining with a receptacle , and in that each of the electrical contact parts comprises a spring element and is moved to the inside of the positioning hole part when the plugs are joined with the receptacle.
A vaccine for use in protecting against mycoplasmal disease of a waterfowl comprising at least one inactivated waterfowl mycoplasmal strain, such that the mycoplasmal strain in the vaccine is inactivated and incapable of reproduction or proliferation, wherein the vaccine comprises: (a) inactivated Mycoplasma sp. strain 1220, Mycoplasma anatis, and Mycoplasma anseris, each at 10 6 cfu with incomplete Freund's adjuvant in a total volume of 0.1 to 1 ml per unit dose; (b) inactivated Mycoplasma sp. strain 1220 at 10 6 cfu with incomplete Freund's adjuvant in a total volume of 0.1 to 1 ml per unit dose; (c) inactivated Mycoplasma anatis, Mycoplasma anseris, and Mycoplasma imitans each at 10 5 cfu with incomplete Freund's adjuvant in a total volume of 0.1 to 1 ml per unit dose; (d) inactivated Mycoplasma anatis at 10 5 cfu with incomplete Freund's adjuvant in a total volume of 0.1 to 1 ml per unit dose; (e) inactivated Mycoplasma sp. strain 1220 and Mycoplasma imitans, each at 10 6 cfu, with incomplete Freund's adjuvant in a total volume of 0.1 to 1 ml per unit dose; (f) inactivated Mycoplasma cloacale and Mycoplasma anatis, each at 10 6 cfu, and killed Escherichia coli bacteria at 10 5 cfu with incomplete Freund's adjuvant in a total volume of 0.1 to 1 ml per unit dose; or (g) inactivated Mycoplasma sp. strain 1220 and Mycoplasma cloacale each at 10 6 cfu, with incomplete Freund's adjuvant in a total volume of 0.1 to 1 ml per unit dose. (a) inactivated Mycoplasma sp. strain 1220, Mycoplasma anatis, and Mycoplasma anseris, each at 10 6 cfu with incomplete Freund's adjuvant in a total volume of 0.1 to 1 ml per unit dose; (b) inactivated Mycoplasma sp. strain 1220 at 10 6 cfu with incomplete Freund's adjuvant in a total volume of 0.1 to 1 ml per unit dose; (c) inactivated Mycoplasma anatis, Mycoplasma anseris, and Mycoplasma imitans each at 10 5 cfu with incomplete Freund's adjuvant in a total volume of 0.1 to 1 ml per unit dose; (d) inactivated Mycoplasma anatis at 10 5 cfu with incomplete Freund's adjuvant in a total volume of 0.1 to 1 ml per unit dose; (e) inactivated Mycoplasma sp. strain 1220 and Mycoplasma imitans, each at 10 6 cfu, with incomplete Freund's adjuvant in a total volume of 0.1 to 1 ml per unit dose; (f) inactivated Mycoplasma cloacale and Mycoplasma anatis, each at 10 6 cfu, and killed Escherichia coli bacteria at 10 5 cfu with incomplete Freund's adjuvant in a total volume of 0.1 to 1 ml per unit dose; or (g) inactivated Mycoplasma sp. strain 1220 and Mycoplasma cloacale each at 10 6 cfu, with incomplete Freund's adjuvant in a total volume of 0.1 to 1 ml per unit dose.
Deepwater hoisting system (1; 100; 200; 300) provided with heave compensation functionality, e.g. for deepwater installation of subsea equipment, wherein the system (1; 100; 200; 300) comprises: - a synthetic fiber rope winch assembly (10; 110) comprising a motor driven first winch (11; 111; 211) and a length of synthetic fiber rope (12; 112; 212; 312) driven by said first winch (11; 111; 211), said synthetic fiber rope (12; 112; 212; 312) having an end (13; 113; 213; 313) remote from the first winch (11; 111; 211), - a wire winch assembly comprising a motor driven second winch (21; 221) and a length of wire (22; 222; 322) driven by said second winch (21; 221), said wire (22; 222; 322) having an end (23; 222b; 322b) remote from the second winch (21; 221), and - a lifting block (30; 60; 70; 130; 230; 330) having a lifting block sheave (31; 61; 71; 131), wherein the synthetic fiber rope (12; 112; 212; 312) is run through said lifting block sheave (31; 61; 71; 131), wherein the ends (13, 23; 113, 122b; 222b; 322b) of the synthetic fiber rope (12; 112; 212; 312) and of the wire (22; 122; 222; 322) are interconnected, so that the lifting block (30; 60; 70; 130; 230; 330) is suspended in a double-fall arrangement, characterized in that the wire winch assembly is a steel wire winch assembly, wherein the length of wire (22; 222; 322) driven by the second winch (21; 221) is a steel wire, and in that at least the second winch (21; 221) is an active heave compensation motor driven winch. - a synthetic fiber rope winch assembly (10; 110) comprising a motor driven first winch (11; 111; 211) and a length of synthetic fiber rope (12; 112; 212; 312) driven by said first winch (11; 111; 211), said synthetic fiber rope (12; 112; 212; 312) having an end (13; 113; 213; 313) remote from the first winch (11; 111; 211), - a wire winch assembly comprising a motor driven second winch (21; 221) and a length of wire (22; 222; 322) driven by said second winch (21; 221), said wire (22; 222; 322) having an end (23; 222b; 322b) remote from the second winch (21; 221), and - a lifting block (30; 60; 70; 130; 230; 330) having a lifting block sheave (31; 61; 71; 131),
A method of compressing a breast for an imaging procedure, the method comprising: advancing a compression paddle towards the breast positioned on a support platform , wherein the compression paddle comprises a plurality of markers disposed thereon; contacting at least a portion of the breast with the compression paddle; detecting, based on the contacting, an initial position of the compression paddle relative to the support platform; identifying an initial marker of the plurality of markers, wherein the initial marker is associated with a feature of the breast when the compression paddle is in the initial position; and determining a compression target marker of the plurality of markers based at least in part on the initial position and the initial marker. advancing a compression paddle towards the breast positioned on a support platform , wherein the compression paddle comprises a plurality of markers disposed thereon; contacting at least a portion of the breast with the compression paddle; detecting, based on the contacting, an initial position of the compression paddle relative to the support platform; identifying an initial marker of the plurality of markers, wherein the initial marker is associated with a feature of the breast when the compression paddle is in the initial position; and determining a compression target marker of the plurality of markers based at least in part on the initial position and the initial marker.
A method for joining beam portions together, short side to short side, so as to form a beam , which method involves: providing first and second hollow beam portions which have substantially identical cross sections comprising a first pair of opposite inner surface portions and a second pair of opposite inner surface portions which are located substantially at right angles to the first pair of surface portions, providing first and second jointing elements , inserting the jointing elements into the cavities of both beam portions such that each of the jointing elements bears against one of the first inner surface portions , respectively, and against both of the second inner surface portions , characterized by providing at least one wedge which is inserted between the jointing elements such that these are pressed in a direction away from each other and toward a respective first inner surface portion , and providing at least one pressure-generating connector (21a1-21a4; 21b1-21b4), which presses the second inner surface portions in a direction toward each other, such that the jointing elements are clamped between the second inner surface portions . providing first and second hollow beam portions which have substantially identical cross sections comprising a first pair of opposite inner surface portions and a second pair of opposite inner surface portions which are located substantially at right angles to the first pair of surface portions, providing first and second jointing elements , inserting the jointing elements into the cavities of both beam portions such that each of the jointing elements bears against one of the first inner surface portions , respectively, and against both of the second inner surface portions , characterized by providing at least one wedge which is inserted between the jointing elements such that these are pressed in a direction away from each other and toward a respective first inner surface portion , and providing at least one pressure-generating connector (21a1-21a4; 21b1-21b4), which presses the second inner surface portions in a direction toward each other, such that the jointing elements are clamped between the second inner surface portions .
Stator module for a planar drive system - wherein the stator module has a module upper side extending in a plane and a module underside opposite the module upper side , a stator unit and a cooling unit , - wherein the stator unit has at least one coil conductor which can be energized by a drive current to generate a magnetic field for driving a moving body of the planar drive system , which moving body can be positioned at the module upper side , - wherein the stator unit is arranged at the module upper side , characterized in that - the cooling unit has a housing cover and a housing base , - wherein the housing cover is arranged between the stator unit and the housing base , - wherein the housing cover is at least thermally connected to a stator underside of the stator unit at a cover upper side of the housing cover , - wherein the housing cover is thermally connected to the housing base on a cover underside facing away from the stator unit , - wherein the housing base is arranged at the module underside and has a first fastening portion at the module underside , - wherein the first fastening portion is thermally connectable to a heat sink , - wherein the housing cover is designed to conduct heat (W 2 , W 3 ) from the stator unit to the housing base , - wherein the housing base is designed to conduct the heat (W 2 , W 3 ) from the housing cover to the first fastening portion , at least in part. - wherein the stator module has a module upper side extending in a plane and a module underside opposite the module upper side , a stator unit and a cooling unit , - wherein the stator unit has at least one coil conductor which can be energized by a drive current to generate a magnetic field for driving a moving body of the planar drive system , which moving body can be positioned at the module upper side , - wherein the stator unit is arranged at the module upper side , characterized in that - the cooling unit has a housing cover and a housing base , - wherein the housing cover is arranged between the stator unit and the housing base , - wherein the housing cover is at least thermally connected to a stator underside of the stator unit at a cover upper side of the housing cover , - wherein the housing cover is thermally connected to the housing base on a cover underside facing away from the stator unit , - wherein the housing base is arranged at the module underside and has a first fastening portion at the module underside , - wherein the first fastening portion is thermally connectable to a heat sink , - wherein the housing cover is designed to conduct heat (W 2 , W 3 ) from the stator unit to the housing base , - wherein the housing base is designed to conduct the heat (W 2 , W 3 ) from the housing cover to the first fastening portion , at least in part.
A counter mountable fluid dispenser comprising: a below deck assembly including a reservoir for storing a fluid, a dispensing mechanism in fluid communication with the reservoir , and a controller in circuit communication with the dispensing mechanism for operation of the dispensing mechanism ; and an above deck assembly including a spout defining an outlet port in fluid communication with the reservoir for dispensing fluid stored in the reservoir upon operation of the dispensing mechanism , an external supply port in fluid communication with the reservoir by a supply passage to supply fluid to the reservoir , an access door movable between a closed position blocking access to the external supply port and an open position permitting access to the external supply port , characterized in that the above deck assembly further includes a switch mechanism configured to disable the dispensing mechanism when the access door is in the open position. a below deck assembly including a reservoir for storing a fluid, a dispensing mechanism in fluid communication with the reservoir , and a controller in circuit communication with the dispensing mechanism for operation of the dispensing mechanism ; and an above deck assembly including a spout defining an outlet port in fluid communication with the reservoir for dispensing fluid stored in the reservoir upon operation of the dispensing mechanism , an external supply port in fluid communication with the reservoir by a supply passage to supply fluid to the reservoir , an access door movable between a closed position blocking access to the external supply port and an open position permitting access to the external supply port , characterized in that the above deck assembly further includes a switch mechanism configured to disable the dispensing mechanism when the access door is in the open position.
A mouse or mouse cell having a genome comprising; i) one or more companion animal IGH V region genes, one or more companion animal D region genes and one or more companion animal J region genes; and (ii) optionally one or more companion animal IGL kappa V region genes and one or more companion animal IGL kappa J region genes; and/or one or more companion animal IGL lambda V region genes and one or more companion animal IGL lambda J region genes, wherein the mouse or mouse cell is capable of expressing the companion animal variable region gene(s) to form an antibody chain in combination with all or part of an antibody constant region, wherein the one or more of the inserted companion animal V, D or J region genes is associated with a regulatory sequence from the same companion animal, wherein the regulatory sequence directs the successful recombination of the V, D or J region genes, wherein the companion animal species is a dog or a cat. i) one or more companion animal IGH V region genes, one or more companion animal D region genes and one or more companion animal J region genes; and (ii) optionally one or more companion animal IGL kappa V region genes and one or more companion animal IGL kappa J region genes; and/or one or more companion animal IGL lambda V region genes and one or more companion animal IGL lambda J region genes, wherein the mouse or mouse cell is capable of expressing the companion animal variable region gene(s) to form an antibody chain in combination with all or part of an antibody constant region, wherein the one or more of the inserted companion animal V, D or J region genes is associated with a regulatory sequence from the same companion animal, wherein the regulatory sequence directs the successful recombination of the V, D or J region genes, wherein the companion animal species is a dog or a cat. wherein the mouse or mouse cell is capable of expressing the companion animal variable region gene(s) to form an antibody chain in combination with all or part of an antibody constant region, wherein the one or more of the inserted companion animal V, D or J region genes is associated with a regulatory sequence from the same companion animal, wherein the regulatory sequence directs the successful recombination of the V, D or J region genes, wherein the companion animal species is a dog or a cat.
. A method for detecting presence of at least one pathogen in a liquid-containing sample, the method comprising: applying a first electrical pulse between at least two electrodes in electrical communication with at least a portion of the liquid-containing sample; detecting a first initial electrical response of the at least a portion of the liquid-containing sample and the at least two electrodes due to application of the first electrical pulse, to generate at least one first initial electrical response signal that is indicative of an electrical response in a first initial time window that extends no longer than a time required to attain 50% of a steady state electrical response value after a change in state of the first electrical pulse; applying a second electrical pulse between the at least two electrodes in electrical communication with at least a portion of the liquid-containing sample; detecting a second initial electrical response of the at least a portion of the liquid-containing sample and the at least two electrodes due to application of the second electrical pulse, to generate at least one second initial electrical response signal that is indicative of an electrical response in a second initial time window that extends no longer than the time required to attain 50% of the steady state electrical response value after a change in state of the second electrical pulse; and comparing a second electrical response embodying or derived from the at least one second initial electrical response signal to a first electrical response embodying or derived from the at least one first initial electrical response signal. applying a first electrical pulse between at least two electrodes in electrical communication with at least a portion of the liquid-containing sample; detecting a first initial electrical response of the at least a portion of the liquid-containing sample and the at least two electrodes due to application of the first electrical pulse, to generate at least one first initial electrical response signal that is indicative of an electrical response in a first initial time window that extends no longer than a time required to attain 50% of a steady state electrical response value after a change in state of the first electrical pulse; applying a second electrical pulse between the at least two electrodes in electrical communication with at least a portion of the liquid-containing sample; detecting a second initial electrical response of the at least a portion of the liquid-containing sample and the at least two electrodes due to application of the second electrical pulse, to generate at least one second initial electrical response signal that is indicative of an electrical response in a second initial time window that extends no longer than the time required to attain 50% of the steady state electrical response value after a change in state of the second electrical pulse; and comparing a second electrical response embodying or derived from the at least one second initial electrical response signal to a first electrical response embodying or derived from the at least one first initial electrical response signal.
An electrical connection box comprising: a housing that houses electronic components ; and a lower cover that closes a lower part of the housing , wherein the housing includes an electric wire bundle holder whose lower side open so as to be able to allow insertion of a bonder cap of an electric wire bundle in which conductors of a plurality of electric wires are connected to each other in a state where the electric wire bundle is covered with the bonder cap , the lower cover includes a deep bottom part having a drainage hole ; and a shallow bottom part located above the deep bottom part below the electric wire bundle holder , with the shallow bottom part being formed to include an inclined surface inclined downward toward the deep bottom part , and a state where the bonder cap is inserted into the electric wire bundle holder is maintained on the inclined surface of the shallow bottom part on the lower cover . a housing that houses electronic components ; and a lower cover that closes a lower part of the housing , wherein the housing includes an electric wire bundle holder whose lower side open so as to be able to allow insertion of a bonder cap of an electric wire bundle in which conductors of a plurality of electric wires are connected to each other in a state where the electric wire bundle is covered with the bonder cap , the lower cover includes a deep bottom part having a drainage hole ; and a shallow bottom part located above the deep bottom part below the electric wire bundle holder , with the shallow bottom part being formed to include an inclined surface inclined downward toward the deep bottom part , and a state where the bonder cap is inserted into the electric wire bundle holder is maintained on the inclined surface of the shallow bottom part on the lower cover .