mhurhangee/ep-ind-claims huggingface dataset:
Bone screw set for fixing two bone fragments, particularly for treating a scaphoid bone fracture or a scaphoid bone pseudarthrosis, comprising a first bone screw and at least a second bone screw, wherein the first bone screw is configured as a compression screw, wherein the thread lead of the outer thread of the first bone screw is selected to be smaller in a region adjacent to the root of the screw than in a region adjacent to the tip of the screw to achieve a compression, and the first and the second bone screws (1, 2) have engagement means interacting with respect to one another in order to fix the second bone screw in a position, relative to the first bone screw, protruding with at least a partial portion thereof out of the cross section of the first bone screw, and wherein the first bone screw has a longitudinal groove on its outer circumference, which is provided with an internal thread at least over a part of its length.
A computer system comprising: at least one processor; and memory storing instructions that, when executed by the at least one processor, cause the computer system to perform operations comprising: parse a document from an authoritative source to generate at least one heading-text pair, the text appearing under the heading in the document, assign a topic and a question category to the heading-text pair, store the heading-text pair in a data store keyed by the topic and the question category, determine that a query corresponds to the topic and the question category, and provide the heading-text pair as a natural language search result for the query. at least one processor; and memory storing instructions that, when executed by the at least one processor, cause the computer system to perform operations comprising: parse a document from an authoritative source to generate at least one heading-text pair, the text appearing under the heading in the document, assign a topic and a question category to the heading-text pair, store the heading-text pair in a data store keyed by the topic and the question category, determine that a query corresponds to the topic and the question category, and provide the heading-text pair as a natural language search result for the query. parse a document from an authoritative source to generate at least one heading-text pair, the text appearing under the heading in the document, assign a topic and a question category to the heading-text pair, store the heading-text pair in a data store keyed by the topic and the question category, determine that a query corresponds to the topic and the question category, and provide the heading-text pair as a natural language search result for the query.
A hydrogenated conjugated diene-based rubber having a hydrogenation rate of butadiene unit of 90% or more, wherein the conjugated diene-based rubber is a copolymerized rubber of the conjugated diene compound and an aromatic vinyl compound having a randomly copolymerized portion in which the conjugated diene compound and the aromatic vinyl compound are irregularly distributed, and wherein, in the molecular weight distribution of the hydrogenated conjugated diene-based rubber as determined by a gel permeation chromatographic method, when a peak area of a molecular weight of 1,000 to 250,000 is taken as AL and a peak area of a molecular weight of 250,000 or more is taken as AH, the ratio of AL to the total area of AL and AH is 0.5% to 20%.
A synthetic resin bottle comprising: a neck, a tapered cylindrical shoulder, a cylindrical body, and a bottom. wherein the body is formed to have a thin peripheral wall so that volume-reducing deformation of said body would be able to go on along with depressurization inside the bottle, characterized in that the peripheral wall has three ridge lines formed in a mountain fold at approximately equal intervals in a vertical direction and comprises three panel walls connected to one another, with each panel wall being bordered by two adjacent ridge lines, and each panel wall having a valley fold line that diagonally connects an upper end of one ridge line to a lower end of another adjacent ridge line so that three valley fold lines are disposed obliquely in parallel along a circumferential direction. a neck, a tapered cylindrical shoulder, a cylindrical body, and a bottom. wherein the body is formed to have a thin peripheral wall so that volume-reducing deformation of said body would be able to go on along with depressurization inside the bottle, characterized in that the peripheral wall has three ridge lines formed in a mountain fold at approximately equal intervals in a vertical direction and comprises three panel walls connected to one another, with each panel wall being bordered by two adjacent ridge lines, and each panel wall having a valley fold line that diagonally connects an upper end of one ridge line to a lower end of another adjacent ridge line so that three valley fold lines are disposed obliquely in parallel along a circumferential direction.
A method for removing a photoresist from a substrate comprising: (a) selecting a substrate having a photoresist thereon; (b) contacting a substrate with a stripper solution for a time sufficient to remove a desired amount of photoresist; (c) removing the substrate from the stripping solution; and (d) rinsing the stripper solution from the substrate with a solvent, wherein the stripping solution: (i) comprises dimethyl sulfoxide, a quaternary ammonium hydroxide, and an alkanolamine having at least two carbon atoms, at least one amino substituent and at least one hydroxyl substituent, the amino and hydroxyl substituents attached to different carbon atoms; the dimethyl sulfoxide comprises from 20 % to 90 % of the composition; the alkanolamine comprises from 1 % to 75 % of the composition; the alkanolamine is a compound of the formula: where R 1 is H, (C 1 -C 4) alkyl, or (C 1 -C 4) alkylamino; the quaternary ammonium hydroxide is tetramethylammonium hydroxide; characterized in that the quaternary ammonium hydroxide comprises from 1 to 7 % of the composition; the solution further comprises a surfactant; and less than 3 wt.% of water. (a) selecting a substrate having a photoresist thereon; (b) contacting a substrate with a stripper solution for a time sufficient to remove a desired amount of photoresist; (c) removing the substrate from the stripping solution; and (d) rinsing the stripper solution from the substrate with a solvent, wherein the stripping solution: (i) comprises dimethyl sulfoxide, a quaternary ammonium hydroxide, and an alkanolamine having at least two carbon atoms, at least one amino substituent and at least one hydroxyl substituent, the amino and hydroxyl substituents attached to different carbon atoms; (i) comprises dimethyl sulfoxide, a quaternary ammonium hydroxide, and an alkanolamine having at least two carbon atoms, at least one amino substituent and at least one hydroxyl substituent, the amino and hydroxyl substituents attached to different carbon atoms;
An underwater pelletizing method for manufacturing adhesive resin pellets, comprising: an addition step of adding an antiblocking agent to water; an extrusion step of melting an adhesive resin and extruding the adhesive resin into the water; and a cutting step of cutting the adhesive resin extruded into the water to form adhesive resin pellets after the extrusion step, wherein polyolefin fine particles are used for the antiblocking agent, the polyolefin fine particles have an average particle diameter of 1 μm or more and less than 18 μm, characterized in that an adhesive sheet having an adhesive resin layer thickness of 10 μm is formed on a polypropylene substrate layer having a thickness of 40 μm by melting the adhesive resin and subjecting the adhesive resin layer and the substrate layer to resin melting coextrusion, the resulting adhesive layer having an adhesive force measured by a method in accordance with JIS Z 0237 2000 of less than 15.00 N/25 mm with respect to a BASUS plate as an adherend, and in that the adhesive resin is a mixture of a polyolefin adhesive resin and a styrene elastomer adhesive resin. an addition step of adding an antiblocking agent to water; an extrusion step of melting an adhesive resin and extruding the adhesive resin into the water; and a cutting step of cutting the adhesive resin extruded into the water to form adhesive resin pellets after the extrusion step, wherein polyolefin fine particles are used for the antiblocking agent, the polyolefin fine particles have an average particle diameter of 1 μm or more and less than 18 μm, characterized in that an adhesive sheet having an adhesive resin layer thickness of 10 μm is formed on a polypropylene substrate layer having a thickness of 40 μm by melting the adhesive resin and subjecting the adhesive resin layer and the substrate layer to resin melting coextrusion, the resulting adhesive layer having an adhesive force measured by a method in accordance with JIS Z 0237 2000 of less than 15.00 N/25 mm with respect to a BASUS plate as an adherend, and in that the adhesive resin is a mixture of a polyolefin adhesive resin and a styrene elastomer adhesive resin.
A paging method at a network side, the method comprising: determining a current time as a time for transmitting a paging message, wherein the time for transmitting the paging message is predetermined as a result of negotiation with a terminal using a standard time; and transmitting the paging message to the terminal at the current time; wherein, the standard time is a system time of a communication system, or a network standard time; determining the time for transmitting the paging message as a result of negotiation with the terminal using the standard time comprises determining configuration parameters related to the time for transmitting the paging message as a result of negotiation with the terminal using the standard time, and calculating the time for transmitting the paging message from the configuration parameters; the configuration parameters comprise a radio frame corresponding to an initiation time of the paging message, an offset of the paging message in the radio frame, and a first transmission cycle of the paging message; and the time for transmitting the paging message is calculated as T1+N*P1+S, N represents integers greater than -1, T1 represents a time a radio frame at which is corresponding to the initiation time of the paging message, S represents the offset of the paging message in the radio frame and P1 represents the first transmission cycle of the paging message. determining a current time as a time for transmitting a paging message, wherein the time for transmitting the paging message is predetermined as a result of negotiation with a terminal using a standard time; and transmitting the paging message to the terminal at the current time; wherein, the standard time is a system time of a communication system, or a network standard time; determining the time for transmitting the paging message as a result of negotiation with the terminal using the standard time comprises determining configuration parameters related to the time for transmitting the paging message as a result of negotiation with the terminal using the standard time, and calculating the time for transmitting the paging message from the configuration parameters; the configuration parameters comprise a radio frame corresponding to an initiation time of the paging message, an offset of the paging message in the radio frame, and a first transmission cycle of the paging message; and the time for transmitting the paging message is calculated as T1+N*P1+S, N represents integers greater than -1, T1 represents a time a radio frame at which is corresponding to the initiation time of the paging message, S represents the offset of the paging message in the radio frame and P1 represents the first transmission cycle of the paging message.
A power supply device comprising: - a power supply unit for converting an alternating AC power input supplied to a power input terminal into a required DC power; - the power input terminal; - a data port for receiving control data; and - an apparatus for controlling a load device, wherein said load device is a lighting device, the apparatus comprising: - a control unit arranged for using a power negotiation protocol signaling to exchange at least one of control and status information with the lighting device via a power line used for supplying power to said lighting device, wherein the power negotiation protocol used to exchange the at least one of control and status information is a USB Power Delivery power negotiation protocol; wherein the apparatus is adapted to encode the control information in a vendor defined message according to the USB Power Delivery power negotiation protocol; wherein a transmitter part comprised in the apparatus is arranged for generating the vendor defined message based on the control data supplied via the data port DP and to transmit the vendor defined message via the power supply line; wherein the power supply device is arranged for transmitting the vendor defined message to the lighting device so as to control a functionality of the lighting device, and to receive the status information encoded in a vendor defined message from the lighting device wherein the lighting device not knowing the vendor defined message ignores the vendor defined message. - a power supply unit for converting an alternating AC power input supplied to a power input terminal into a required DC power; - the power input terminal; - a data port for receiving control data; and - an apparatus for controlling a load device, wherein said load device is a lighting device, the apparatus comprising: - a control unit arranged for using a power negotiation protocol signaling to exchange at least one of control and status information with the lighting device via a power line used for supplying power to said lighting device, wherein the power negotiation protocol used to exchange the at least one of control and status information is a USB Power Delivery power negotiation protocol; wherein the apparatus is adapted to encode the control information in a vendor defined message according to the USB Power Delivery power negotiation protocol; wherein a transmitter part comprised in the apparatus is arranged for generating the vendor defined message based on the control data supplied via the data port DP and to transmit the vendor defined message via the power supply line; wherein the power supply device is arranged for transmitting the vendor defined message to the lighting device so as to control a functionality of the lighting device, and to receive the status information encoded in a vendor defined message from the lighting device wherein the lighting device not knowing the vendor defined message ignores the vendor defined message.
A high-frequency transformer, comprising: a high-voltage winding; a first bus bar extending to a first portion of a plurality of power switching devices (Q1-Q7), the first bus bar being electrically coupled to the first portion of the power switching devices (Q1-Q7); a second bus bar extending to a second portion of a plurality of power switching devices (Q22-Q28), the second bus bar being electrically coupled to the second portion of the power switching devices (Q22-Q28); and a third bus bar extending between the first and second bus bars (30,32), the third bus bar being electrically connected to the first bus bar and the second bus bar, the third bus bar being further inductively coupled to the high voltage winding, characterized in that the second and third bus bars (32,38) form a single-turn low voltage winding that electrically cooperates with the high voltage winding to form the high-frequency transformer. a high-voltage winding; a first bus bar extending to a first portion of a plurality of power switching devices (Q1-Q7), the first bus bar being electrically coupled to the first portion of the power switching devices (Q1-Q7); a second bus bar extending to a second portion of a plurality of power switching devices (Q22-Q28), the second bus bar being electrically coupled to the second portion of the power switching devices (Q22-Q28); and a third bus bar extending between the first and second bus bars (30,32), the third bus bar being electrically connected to the first bus bar and the second bus bar, the third bus bar being further inductively coupled to the high voltage winding, characterized in that the second and third bus bars (32,38) form a single-turn low voltage winding that electrically cooperates with the high voltage winding to form the high-frequency transformer.
An aircraft hand controller, comprising: a single hand grip structure having two opposite ends, wherein the single hand grip structure is configured to be rigidly mounted to an aircraft; a set of finger controls on the single hand grip structure, the set of finger controls including: a first finger control (204; 234) configured to control throttle of the aircraft, wherein the first finger control is mounted at one end of the hand grip structure and an opposite end of the hand grip structure is configured to be attached to the aircraft; and a second finger control, separate from the first, configured to control rotation about a first rotational axis of the aircraft, wherein the second finger control is mounted on the hand grip structure so as to be facing away from a pilot. a single hand grip structure having two opposite ends, wherein the single hand grip structure is configured to be rigidly mounted to an aircraft; a set of finger controls on the single hand grip structure, the set of finger controls including: a first finger control (204; 234) configured to control throttle of the aircraft, wherein the first finger control is mounted at one end of the hand grip structure and an opposite end of the hand grip structure is configured to be attached to the aircraft; and a second finger control, separate from the first, configured to control rotation about a first rotational axis of the aircraft, wherein the second finger control is mounted on the hand grip structure so as to be facing away from a pilot. a first finger control (204; 234) configured to control throttle of the aircraft, wherein the first finger control is mounted at one end of the hand grip structure and an opposite end of the hand grip structure is configured to be attached to the aircraft; and a second finger control, separate from the first, configured to control rotation about a first rotational axis of the aircraft, wherein the second finger control is mounted on the hand grip structure so as to be facing away from a pilot.
An intraocular lens injector, comprising: a hollow body having an injector body provided with a lens placement portion on which an intraocular lens is placed, an external rotating member with a first threaded portion formed on the inner circumferential surface thereof and connected to a rear end portion of the injector body, and rotatable around an axis of the injector body without moving in an axial direction of the injector body; and a moving member, having a rod connected to a plunger with a second threaded portion that engages with the first threaded portion, configured to release the intraocular lens from a tip of the hollow body by moving in an axial direction of the injector body independently from the rotating member due to an engagement of the first threaded portion and the second threaded portion, when the rotating member is rotary-operated; characterized in that the second threaded portion engages with the first threaded portion from an initial state before use. a hollow body having an injector body provided with a lens placement portion on which an intraocular lens is placed, an external rotating member with a first threaded portion formed on the inner circumferential surface thereof and connected to a rear end portion of the injector body, and rotatable around an axis of the injector body without moving in an axial direction of the injector body; and a moving member, having a rod connected to a plunger with a second threaded portion that engages with the first threaded portion, configured to release the intraocular lens from a tip of the hollow body by moving in an axial direction of the injector body independently from the rotating member due to an engagement of the first threaded portion and the second threaded portion, when the rotating member is rotary-operated;
Method for calculating the strength and the service life of a process apparatus through which fluid flows, temperatures prevailing at a plurality of different points of the apparatus being measured at a first time point in order to obtain temperature measurement values, the temperature measurement values being input into a finite element method as boundary conditions, in order to determine mechanical stresses prevailing at a plurality of different points in a material of the apparatus as stress values, a remaining service life of the material of the apparatus being determined from the obtained stress values, and the remaining service life of the apparatus is further determined depending on data relating to the apparatus determined at a second time point which is earlier than the first time point. temperatures prevailing at a plurality of different points of the apparatus being measured at a first time point in order to obtain temperature measurement values, the temperature measurement values being input into a finite element method as boundary conditions, in order to determine mechanical stresses prevailing at a plurality of different points in a material of the apparatus as stress values, a remaining service life of the material of the apparatus being determined from the obtained stress values, and the remaining service life of the apparatus is further determined depending on data relating to the apparatus determined at a second time point which is earlier than the first time point.