mhurhangee/ep-ind-claims huggingface dataset:
A treatment tool provided with: a rod shaped cutting section which is adapted to be endoscopically inserted into a body cavity and is configured to perform cutting of a tissue through a transmission of high frequency current; a wire, the cutting section connected at the distal end thereof; a sheath consisting of an insulating material, into which the wire is inserted; a main body, the back end of the sheath being connected thereto; a slider to which the back end of the wire is fixed and which is disposed to the main body to enable sliding in the axial direction; wherein the cutting section has a large diameter part at the distal end of the cutting section, wherein the treatment tool further comprises a tubular distal member which has a through hole along the axis and is attached to the distal end of the sheath, wherein the tubular distal member includes a rounded tip which is exposed outside the sheath, wherein the outer distal surface of the rounded tip is formed to be curving, and to have a form which does not have angles or edges, and wherein the through hole passes through the rounded tip, characterized in that the diameter of the through hole is smaller than the outer diameter of the large diameter part so that it is impossible to house the large diameter part within the sheath and only the large diameter part projects out from the rounded tip when the cutting section is maximally retracted along the direction toward the back end of the sheath. a rod shaped cutting section which is adapted to be endoscopically inserted into a body cavity and is configured to perform cutting of a tissue through a transmission of high frequency current; a wire, the cutting section connected at the distal end thereof; a sheath consisting of an insulating material, into which the wire is inserted; a main body, the back end of the sheath being connected thereto; a slider to which the back end of the wire is fixed and which is disposed to the main body to enable sliding in the axial direction; wherein the cutting section has a large diameter part at the distal end of the cutting section, wherein the treatment tool further comprises a tubular distal member which has a through hole along the axis and is attached to the distal end of the sheath, wherein the tubular distal member includes a rounded tip which is exposed outside the sheath, wherein the outer distal surface of the rounded tip is formed to be curving, and to have a form which does not have angles or edges, and wherein the through hole passes through the rounded tip, characterized in that the diameter of the through hole is smaller than the outer diameter of the large diameter part so that it is impossible to house the large diameter part within the sheath and only the large diameter part projects out from the rounded tip when the cutting section is maximally retracted along the direction toward the back end of the sheath.
A method of operating an oxygen blast furnace wherein at least pure oxygen of room temperature is blown from tuyeres to generate blast furnace gas containing a small amount of nitrogen from a furnace top, characterized in that a temperature of a combustion zone at a tuyere tip is lowered by blowing a tuyere-blowing gas, in which the sum of volume fractions of hydrocarbon and hydrogen is not less than 50%, together with the pure oxygen from the tuyere.
A method for generating source code from at least one hierarchical block of a block diagram, a hierarchical block comprising a plurality of subordinate blocks for implementing calculations of the hierarchical block, the hierarchical block comprising at least one communication block for exchanging data with a block outside the hierarchical block, the at least one communication block being provided with a reference to a data object, the method comprising reading in the block diagram, replacing the reference with the data object referenced by the reference, determining at least one code generation setting using the data object, wherein the code generation setting comprises specifying a data object to be used in the code and/or specifying a data type for a data object used in the code, generating an intermediate representation, performing at least one optimization on the intermediate representation, and translating the intermediate representation into source code. reading in the block diagram, replacing the reference with the data object referenced by the reference, determining at least one code generation setting using the data object, wherein the code generation setting comprises specifying a data object to be used in the code and/or specifying a data type for a data object used in the code, generating an intermediate representation, performing at least one optimization on the intermediate representation, and translating the intermediate representation into source code.
A system for preventing microbiological growth in a conduit conveying a liquid, wherein the system comprises: - a multi-layered pipe constituting said conduit and having an inner layer and an outer layer, wherein the inner layer covers the complete inside of the pipe and is formed of an electrically conductive polymer material, wherein a liquid in the pipe is in direct contact with the inner layer, and wherein the outer layer covers at least a portion of the outside of the inner layer and is formed of an electrically insulating polymer material, characterized in that the system further comprises: - a first electrical connector connecting to the inner layer from outside the pipe and a second electrical connector connecting to the inner layer from outside the pipe, wherein the first electric connector and the second electric connector are spaced apart along the pipe, and - an electric power source operationally connected to the first electrical connector and the second electrical connector and configured for supplying an electric current to the inner layer. - a multi-layered pipe constituting said conduit and having an inner layer and an outer layer, wherein the inner layer covers the complete inside of the pipe and is formed of an electrically conductive polymer material, wherein a liquid in the pipe is in direct contact with the inner layer, and wherein the outer layer covers at least a portion of the outside of the inner layer and is formed of an electrically insulating polymer material, characterized in that the system further comprises: - a first electrical connector connecting to the inner layer from outside the pipe and a second electrical connector connecting to the inner layer from outside the pipe, wherein the first electric connector and the second electric connector are spaced apart along the pipe, and - an electric power source operationally connected to the first electrical connector and the second electrical connector and configured for supplying an electric current to the inner layer. - a first electrical connector connecting to the inner layer from outside the pipe and a second electrical connector connecting to the inner layer from outside the pipe, wherein the first electric connector and the second electric connector are spaced apart along the pipe, and - an electric power source operationally connected to the first electrical connector and the second electrical connector and configured for supplying an electric current to the inner layer.
A method for activating and deactivating a driver assistance system which is designed for performing autonomous longitudinal and/or transverse control of a vehicle, wherein at least one control task for performing the longitudinal and/or transverse control of the vehicle can be handed over from the vehicle driver to the driver assistance system, characterised in that the activation and deactivation of the driver assistance system takes place without an additional operating element in such a way that the vehicle driver is informed whether the control task can be handed over to the driver assistance system, and the handover of the control task takes place when the vehicle driver interrupts a corresponding manual control process of the vehicle.
Method for machining a workpiece, in which an end face gearing is created on the end face of the workpiece by hob peeling, wherein in relation to a coordinates system with X, Y and Z axes arranged perpendicularly to one another the workpiece is rotated about the Z axis and during the creation of the end face gearing the feed direction of the hob peeling tool encloses, with the axis of rotation of the hob peeling tool, an angle (β) which is greater than 0° and less than 35° and in particular lies in the range between 15° and 25°, characterised in that the axis of rotation of the hob peeling tool is arranged in the X-Z plane at an angle (α) to the X axis which is greater than 0° and less than 20°.
A wire-guiding portion included in an electrical junction box guiding an electrical wire, comprising a structure for preventing displacement of a tape wound around the wire-guiding portion, the structure including at least one rib protruding from an outer surface of the wire-guiding portion, the at least one rib including at least a rear end face that is formed on an opposite side of a front end face of the rib, defining a sloping surface intersecting with the outer surface of the wire-guiding portion at a front end thereof, the rib being adapted to prevent slippage of the tape characterized in that the rear end face of the at least one rib and the outer surface of the wire-guiding portion intersect in an acute angle (θ).
A reciprocating compressor comprising: a shell having an internal space; a compressing unit installed in the internal space of the shell, having a reciprocating motor with a mover that reciprocates, and having a vibration body that reciprocates together with the mover of the reciprocating motor, and configured to compress a refrigerant as the vibration body reciprocates in a compression space of a fixed body; and a plurality of support springs (161, 162) configured to support both sides of the compressing unit in a reciprocating direction with respect to the shell, wherein the plurality of support springs include a first support spring installed at one side of the compressing unit in a vibration direction based on the compressing unit and a second support spring installed at the other side of the compressing unit in the vibration direction based on the compressing unit, characterized in that when a natural frequency of the first support spring is F s1, a natural frequency of the second support spring is F s2, and an operating frequency of the compressing unit is F e, a relational expression F s1 〈 F e 〈 F s2 is satisfied. a shell having an internal space; a compressing unit installed in the internal space of the shell, having a reciprocating motor with a mover that reciprocates, and having a vibration body that reciprocates together with the mover of the reciprocating motor, and configured to compress a refrigerant as the vibration body reciprocates in a compression space of a fixed body; and a plurality of support springs (161, 162) configured to support both sides of the compressing unit in a reciprocating direction with respect to the shell, wherein the plurality of support springs include a first support spring installed at one side of the compressing unit in a vibration direction based on the compressing unit and a second support spring installed at the other side of the compressing unit in the vibration direction based on the compressing unit, characterized in that when a natural frequency of the first support spring is F s1, a natural frequency of the second support spring is F s2, and an operating frequency of the compressing unit is F e, a relational expression F s1 〈 F e 〈 F s2 is satisfied.
A compound having the formula, or a pharmaceutically acceptable salt thereof, for use in a method of treating a human suffering from complement 3 glomerulopathy.
A fault protection method, comprising: creating a working path and a protection path for a service to form 1 + 1 protection, and creating, for the service, a shared Mesh recovery path separate from both the working path and the protection path; if the working path or the protection path is faulty, activating the shared Mesh recovery path, and carrying two ASSOCIATION objects in an activation message, wherein a type of one ASSOCIATION object is a recovery type, and a corresponding association identifier is an identifier of a path forming the 1 + 1 protection with the faulty path, and a type of the other ASSOCIATION object is an ensured recovery type, and a corresponding association identifier is an identifier of a faulty path; and removing, by a destination node that receives the activation message, the 1 + 1 protection formed by the working path and the protection path according to the activation message, and establishing the 1 + 1 protection formed by the protection path which is not faulty and the activated shared Mesh recovery path, or formed by the working path which is not faulty and the activated shared Mesh recovery path; and if the shared Mesh recovery path is faulty, the working path and the protection path continue maintaining the 1 + 1 protection. creating a working path and a protection path for a service to form 1 + 1 protection, and creating, for the service, a shared Mesh recovery path separate from both the working path and the protection path; if the working path or the protection path is faulty, activating the shared Mesh recovery path, and carrying two ASSOCIATION objects in an activation message, wherein a type of one ASSOCIATION object is a recovery type, and a corresponding association identifier is an identifier of a path forming the 1 + 1 protection with the faulty path, and a type of the other ASSOCIATION object is an ensured recovery type, and a corresponding association identifier is an identifier of a faulty path; and removing, by a destination node that receives the activation message, the 1 + 1 protection formed by the working path and the protection path according to the activation message, and establishing the 1 + 1 protection formed by the protection path which is not faulty and the activated shared Mesh recovery path, or formed by the working path which is not faulty and the activated shared Mesh recovery path; and if the shared Mesh recovery path is faulty, the working path and the protection path continue maintaining the 1 + 1 protection.
A monitor and control system, which is adapted to monitor a state of a load by collecting state information on the load by a first transmission master station provided in a first room, a first transmission slave station (2a, 2b, • • • 2z) provided in a second room and a second transmission slave station (3al, 3b1, • • • 3z1) provided in a control panel provided in the vicinity of the load to be controlled and monitored, and said monitor and control system, being adapted to control the load by the first transmission master station through the first transmission slave station (2a, 2b, • • • 2z), and to controls the load by the control panel through the first transmission slave station (2a, 2b, • • • 2z) via the second transmission slave station (3al, 3b1, • • • 3z1), and characterized by comprising a second transmission master station in the control panel or the second room, wherein the first transmission master station and the second transmission master station are adapted to independently issue a control command to the first transmission slave station (2a, 2b, • • • 2z) in the second room to control the load, and the first transmission master station and the second transmission master station collect state monitoring information on the load, wherein a third transmission slave station is provided in the control panel, and the second transmission master station is adapted to transmit, to the first transmission master station through the third transmission slave station, the fact that transmission from the control panel to the first transmission slave station (2a, 2b,... 2z) in the second room becomes disabled.
A transformed yeast host cell comprising a cDNA encoding the yeast activated HAC1 protein and a human or dog RRBP1 gene, wherein the transformed host cell comprises a gene encoding a foreign heteromultimeric protein, wherein the heteromultimeric protein is an antibody or a functional fragment thereof.
An electromagnetic inductive load control device for PWM-controlling power supply to an electromagnetic inductive load by performing ON and OFF control of a PWM-control switching element connected to a lower side of the electromagnetic inductive load to which electrical power from a power source is supplied, comprising: a series circuit having a surge-voltage absorption resistor (Rsup) and a regenerative-current detection resistor (Rsense), the series circuit being connected to the lower side of the electromagnetic inductive load in parallel with the PWM-control switching element and allowing a regenerative current to flow through the surge-voltage absorption resistor and the regenerative-current detection resistor (Rsense) in series; a regenerative-current control switching element connected in series with a point of the series circuit through which the regenerative current passing through at least the regenerative-current detection resistor (Rsense) flows; and a drive circuit that turns on the regenerative-current control switching element while supplying the electromagnetic inductive load with the electrical power and that turns off the regenerative-current control switching element with the completion of supplying the electromagnetic inductive load with the electrical power. a series circuit having a surge-voltage absorption resistor (Rsup) and a regenerative-current detection resistor (Rsense), the series circuit being connected to the lower side of the electromagnetic inductive load in parallel with the PWM-control switching element and allowing a regenerative current to flow through the surge-voltage absorption resistor and the regenerative-current detection resistor (Rsense) in series; a regenerative-current control switching element connected in series with a point of the series circuit through which the regenerative current passing through at least the regenerative-current detection resistor (Rsense) flows; and a drive circuit that turns on the regenerative-current control switching element while supplying the electromagnetic inductive load with the electrical power and that turns off the regenerative-current control switching element with the completion of supplying the electromagnetic inductive load with the electrical power.
A method for controlling parasitic weeds of host plants, comprising the step of treating the seed of said host plants with a composition comprising an acetolactate synthase inhibitor or an agriculturally acceptable salt or derivative thereof, wherein the composition comprises as the ALS inhibitor an imidazolinone selected from the group consisting of imazamox, wherein the step of treating the seed with an ALS inhibitor is followed by the step of a treatment of the emerged host plants with a composition comprising an acetolactate synthase inhibitor or an agriculturally acceptable salt or derivative thereof, wherein the ALS inhibitor is imazamox, wherein the agriculturally acceptable derivative is a carboxyl group derivative selected from a carboxylic acid, a carboxamide or a carboxylic acid ester.
A run-flat tire comprising a radial carcass toroidally extending between a pair of bead cores embedded in respective bead portions and comprised of one or more carcass plies, a tread portion disposed on an outside of a crown portion of the radial carcass in a radial direction of the tire, a pair of buttress portions located at both end parts of the tread portion, a pair of sidewall portions each connecting the buttress portion to the bead portion, and a pair of side reinforcing rubber layers each disposed inside the radial carcass in a zone from the buttress portion to the sidewall portion and having a crescent shape at section, a bead filler arranged outside the bead core in a radial direction of the tire, and a belt disposed at an outside of a crown portion of the radial carcass in a radial direction of the tire, characterised in that a cord layer including a polyketone fiber cord satisfying the following conditions of the following equations and. σ ≥ - 0.01 ⁢ xE + 1.2 σ ≥ 0.57 wherein σ is a thermal shrinkage stress at 177°C (cN/dtex) and E is an elastic modulus at 25°C under a load of 49 N (cN/dtex), and having a reversibility of shrinking at a high temperature and stretching in the turning to room temperature is disposed in at least a part of a region A ranging from a belt end to a maximum width part of a tire side portion and/or a region B ranging from a neighborhood of a bead core to a bead filler.
An organozinc-supported catalyst comprising: a support; a zinc compound layer formed on at least a portion of the surface of the support; and a zinc dicarboxylate-based catalyst supported on the zinc compound layer, wherein the zinc compound layer has a thickness of 10 to 1000 nm, wherein the zinc compound layer has a structure in which zinc compounds in the form of a nano-rod, a nano-hair, a nano-fiber, a nano-pillar, or a nano-wire are clustered, wherein the zinc dicarboxylate-based catalyst is supported on the surface of the zinc compound layer in a flake shape. a support; a zinc compound layer formed on at least a portion of the surface of the support; and a zinc dicarboxylate-based catalyst supported on the zinc compound layer, wherein the zinc compound layer has a thickness of 10 to 1000 nm, wherein the zinc compound layer has a structure in which zinc compounds in the form of a nano-rod, a nano-hair, a nano-fiber, a nano-pillar, or a nano-wire are clustered, wherein the zinc dicarboxylate-based catalyst is supported on the surface of the zinc compound layer in a flake shape.
Template for positioning railway rails of the coated type, comprising a rail which is received in a shoe of plastics material, the template comprising: - a frame; - gripping means which are carried by the frame and which are capable of fixing at least one coated rail in a predetermined position relative to the frame during a step of sealing the coated rail; and - means (52, 54, 56, 59) for adjusting the position of the frame relative to a foundation of a rail track to be produced; characterised in that the gripping means comprise at least one pincer whose two jaws (64, 66) comprise at least one tooth (98 to 101), respectively, the teeth being capable, when the pincer is closed on the coated rail, of perforating the lateral profile-members (28, 30) of the shoe and engaging directly on the rail of the coated rail so as to allow movement of the coated rail. - a frame; - gripping means which are carried by the frame and which are capable of fixing at least one coated rail in a predetermined position relative to the frame during a step of sealing the coated rail; and - means (52, 54, 56, 59) for adjusting the position of the frame relative to a foundation of a rail track to be produced;