mhurhangee/ep-ind-claims huggingface dataset:
A method for removing varnish from surfaces of objects, wherein an aqueous solution of at least one alkaline hydroxide is used as the varnish removal agent and brought into contact with the surface from which varnish is to be removed, wherein a 40% w/w to 65% w/w aqueous hydroxide solution at a temperature of 100°C to a temperature below the melting temperature of the object and/or the surface of the object is used as the varnish removal agent in order to dissolve and/or bind and/or remove pigments of the varnish to be removed, characterised in that no additive is used for the varnish removal agent except exactly one aliphatic alcohol, preferably 2-(2-aminoethoxy)ethanol.
A method comprising: constructing a rupturable capsule containing a wash buffer; inserting said capsule into a syringe device such that said capsule is positioned above a lower end of said syringe device and beneath a plunger of said syringe device; inserting the lower end of said syringe device into a container containing a solution comprising a nucleic acid, the container further comprising a membrane configured to capture nucleic acid; depressing the plunger of said syringe device so as to first force said solution through said membrane such that the membrane retains nucleic acid while passing undesired components of the solution therethrough; thereafter causing said capsule to rupture so as to release said wash buffer; and further advancing the plunger of said syringe device so as to drive said wash buffer out of the lower end of said syringe device and through said membrane leaving pure nucleic acid on said membrane. constructing a rupturable capsule containing a wash buffer; inserting said capsule into a syringe device such that said capsule is positioned above a lower end of said syringe device and beneath a plunger of said syringe device; inserting the lower end of said syringe device into a container containing a solution comprising a nucleic acid, the container further comprising a membrane configured to capture nucleic acid; depressing the plunger of said syringe device so as to first force said solution through said membrane such that the membrane retains nucleic acid while passing undesired components of the solution therethrough; thereafter causing said capsule to rupture so as to release said wash buffer; and further advancing the plunger of said syringe device so as to drive said wash buffer out of the lower end of said syringe device and through said membrane leaving pure nucleic acid on said membrane.
Method for producing a connecting element for steel structures of towers, preferably for wind turbines, - in which a flange and a casing (14, 16) integrally adjoining the flange are produced from a blank by means of a flow forming process, - in which the material thickness of the flange is increased in relation to the material thickness of the blank by thrust during the flow forming, and - in which, subsequently, that end of the casing which is opposite the flange is adapted to the contour of the component to which the casing is intended to be connected. - in which a flange and a casing (14, 16) integrally adjoining the flange are produced from a blank by means of a flow forming process, - in which the material thickness of the flange is increased in relation to the material thickness of the blank by thrust during the flow forming, and - in which, subsequently, that end of the casing which is opposite the flange is adapted to the contour of the component to which the casing is intended to be connected.
Barrier mechanism comprising a mechanism; and a boom, which is fixed at one of the extremities to the mechanism by means of a fixation system; wherein the mechanism comprises an equalizer system, comprising a main shaft comprising a fifth wheel and a connection cam, a set of compression springs, a set of transmission chains, mechanically interconnecting the set of compression springs to the main shaft through the connection cam; and a reduction set, comprising a DC motor comprising a reel, a first shaft comprising a crown wheel and a second wheel, and a second shaft comprising a third wheel and a fourth wheel, wherein the motor provides connection to the first shaft by means of the mechanical connection between the reel and the crown wheel, wherein the first shaft provides rotation to the second shaft by means of the mechanical connection between the second wheel and the third wheel, and wherein the second shaft provides rotation to the main shaft by means of the mechanical connection between the fourth wheel and the fifth wheel of the equalizer system. a mechanism; and a boom, which is fixed at one of the extremities to the mechanism by means of a fixation system; an equalizer system, comprising a main shaft comprising a fifth wheel and a connection cam, a set of compression springs, a set of transmission chains, mechanically interconnecting the set of compression springs to the main shaft through the connection cam; and a main shaft comprising a fifth wheel and a connection cam, a set of compression springs, a set of transmission chains, mechanically interconnecting the set of compression springs to the main shaft through the connection cam; and a reduction set, comprising a DC motor comprising a reel, a first shaft comprising a crown wheel and a second wheel, and a second shaft comprising a third wheel and a fourth wheel, wherein the motor provides connection to the first shaft by means of the mechanical connection between the reel and the crown wheel, wherein the first shaft provides rotation to the second shaft by means of the mechanical connection between the second wheel and the third wheel, and wherein the second shaft provides rotation to the main shaft by means of the mechanical connection between the fourth wheel and the fifth wheel of the equalizer system. a DC motor comprising a reel, a first shaft comprising a crown wheel and a second wheel, and a second shaft comprising a third wheel and a fourth wheel, wherein the motor provides connection to the first shaft by means of the mechanical connection between the reel and the crown wheel, wherein the first shaft provides rotation to the second shaft by means of the mechanical connection between the second wheel and the third wheel, and wherein the second shaft provides rotation to the main shaft by means of the mechanical connection between the fourth wheel and the fifth wheel of the equalizer system.
Any one of to below for use in treating or preventing influenza: cannabidiol or a pharmaceutically acceptable salt or ester thereof; a plant extract containing cannabidiol; preferably, a cannabis extract containing cannabidiol; preferably, an industrial cannabis extract containing cannabidiol; and a pharmaceutical composition, containing an effective amount of cannabidiol or a pharmaceutically acceptable salt or ester thereof, and one or more pharmaceutically acceptable auxiliary materials. cannabidiol or a pharmaceutically acceptable salt or ester thereof; a plant extract containing cannabidiol; preferably, a cannabis extract containing cannabidiol; preferably, an industrial cannabis extract containing cannabidiol; and a pharmaceutical composition, containing an effective amount of cannabidiol or a pharmaceutically acceptable salt or ester thereof, and one or more pharmaceutically acceptable auxiliary materials.
A renal nerve ablation device, comprising: an elongate tubular member having a distal region; an expandable member coupled to the distal region, the expandable member having a length; a flexible polymer strip coupled to the expandable member; wherein the flexible polymer strip includes: a plurality of active electrodes (312; 412) coupled to the expandable member; a plurality of ground electrodes (310; 410) coupled to the expandable member adjacent to the plurality of active electrodes (312; 412); and a plurality of temperature sensors (226; 326; 426) disposed on an outer surface of the expandable member adjacent the plurality of active electrodes (312; 412) and the plurality of ground electrodes (310; 410); wherein the plurality of active electrodes (312; 412) and the plurality of ground electrodes (310; 410) are oriented helically about the expandable member; wherein the plurality of temperature sensors (226; 326; 426) are disposed along the flexible polymer strip between the plurality of active electrodes (312; 412) and the plurality of ground electrodes (310; 410); and wherein the plurality temperature sensors (226; 326; 426) are disposed on an inner surface of the flexible polymer strip, such that the plurality temperature sensors (226; 326; 426) is in direct contact with the outer surface of the expandable member.
An image coding apparatus comprising: a division unit configured to divide an input image into a plurality of blocks, at least one of the blocks being divided into subblocks so as to form a quadtree; a decision unit configured to decide respective quantization parameters of the subblocks; an acquisition unit configured to acquire a first difference value between, in an order of coding, a first quantization parameter of a first subblock in a first block and a second quantization parameter of a second subblock in the first block, and to acquire, for a subsequent subblock which is not in the first block, a second difference value between a quantization parameter of the subsequent subblock and an integer value obtained by rounding an average of quantization parameters of subblocks which are to be coded before the subsequent subblock; and a coding unit configured to code the first difference value and the second difference value. a division unit configured to divide an input image into a plurality of blocks, at least one of the blocks being divided into subblocks so as to form a quadtree; a decision unit configured to decide respective quantization parameters of the subblocks; an acquisition unit configured to acquire a first difference value between, in an order of coding, a first quantization parameter of a first subblock in a first block and a second quantization parameter of a second subblock in the first block, and to acquire, for a subsequent subblock which is not in the first block, a second difference value between a quantization parameter of the subsequent subblock and an integer value obtained by rounding an average of quantization parameters of subblocks which are to be coded before the subsequent subblock; and a coding unit configured to code the first difference value and the second difference value.
A battery module, comprising a plurality of batteries, a buffer element and an insulation element; the plurality of batteries are arranged side by side along a second direction; the buffer element is arranged between two adjacent batteries and has a main body portion, a first limiting portion and a second limiting portion; the main body portion is provided with an opening penetratingly along the second direction, the first limiting portion and the second limiting portion are located at both ends of the main body portion in a first direction, respectively, and are arranged at intervals from the opening, and the first limiting portion and the second limiting portion are connected to the main body portion and protrude from the main body portion in the second direction; and a battery faces the opening in the second direction and abuts against the main body portion, and the battery is located between the first limiting portion and the second limiting portion in the first direction; characterized in that, the insulation element is arranged at both sides of the plurality of the batteries in the first direction and is bonded to the plurality of the batteries; and a size of the battery in the second direction is W, a size of the first limiting portion in the second direction is H, and H ≤ W / 20. the plurality of batteries are arranged side by side along a second direction; the buffer element is arranged between two adjacent batteries and has a main body portion, a first limiting portion and a second limiting portion; the main body portion is provided with an opening penetratingly along the second direction, the first limiting portion and the second limiting portion are located at both ends of the main body portion in a first direction, respectively, and are arranged at intervals from the opening, and the first limiting portion and the second limiting portion are connected to the main body portion and protrude from the main body portion in the second direction; and a battery faces the opening in the second direction and abuts against the main body portion, and the battery is located between the first limiting portion and the second limiting portion in the first direction; characterized in that, the insulation element is arranged at both sides of the plurality of the batteries in the first direction and is bonded to the plurality of the batteries; and a size of the battery in the second direction is W, a size of the first limiting portion in the second direction is H, and H ≤ W / 20.
A data processing method, performed by a terminal, comprising: acquiring a first network data packet that is sent by a target application that runs in an untrusted execution domain of said terminal, wherein the first network data packet comprises a first identifier; acquiring, in a trusted execution domain of said terminal, first data corresponding to the first identifier, wherein the first data is data necessary for requesting, by the target application, a service from a target server; generating, in the trusted execution domain, a second network data packet according to the first data and the first network data packet; performing, in the trusted execution domain, encryption on the second network data packet by using a first session key that is determined by pre-negotiation with the target server, to acquire an encrypted second network data packet; and sending the encrypted second network data packet to the target server; wherein the step of generating, in the trusted execution domain, a second network data packet according to the first data and the first network data packet comprises: replacing the first identifier in the first network data packet with the first data to determine the second network data packet. acquiring a first network data packet that is sent by a target application that runs in an untrusted execution domain of said terminal, wherein the first network data packet comprises a first identifier; acquiring, in a trusted execution domain of said terminal, first data corresponding to the first identifier, wherein the first data is data necessary for requesting, by the target application, a service from a target server; generating, in the trusted execution domain, a second network data packet according to the first data and the first network data packet; performing, in the trusted execution domain, encryption on the second network data packet by using a first session key that is determined by pre-negotiation with the target server, to acquire an encrypted second network data packet; and sending the encrypted second network data packet to the target server; wherein the step of generating, in the trusted execution domain, a second network data packet according to the first data and the first network data packet comprises: replacing the first identifier in the first network data packet with the first data to determine the second network data packet.
A rotorcraft (100, 200), comprising: a rotor comprising a plurality of rotor blades, wherein each of the plurality of rotor blades comprises: a plurality of blade segments (310a-c); one or more attachment fittings configured to couple the plurality of blade segments (310a-c); and one or more actuators (330a-b) configured to adjust a relative orientation of each blade segment of the plurality of blade segments (310a-c) to other blade segments of the plurality of blade segments (310a-c) of the rotor blade; characterised in that the one or more actuators (330a-b) comprise one or more linear motors (334a-b) configured to adjust the orientation of the plurality of blade segments (310a-c), and wherein the one or more actuators (330a-b) comprise one or more hydraulic clamps (332a-b) configured to lock the orientation of the plurality of blade segments (310a-c). a rotor comprising a plurality of rotor blades, wherein each of the plurality of rotor blades comprises: a plurality of blade segments (310a-c); one or more attachment fittings configured to couple the plurality of blade segments (310a-c); and one or more actuators (330a-b) configured to adjust a relative orientation of each blade segment of the plurality of blade segments (310a-c) to other blade segments of the plurality of blade segments (310a-c) of the rotor blade; characterised in that the one or more actuators (330a-b) comprise one or more linear motors (334a-b) configured to adjust the orientation of the plurality of blade segments (310a-c), and a plurality of blade segments (310a-c); one or more attachment fittings configured to couple the plurality of blade segments (310a-c); and one or more actuators (330a-b) configured to adjust a relative orientation of each blade segment of the plurality of blade segments (310a-c) to other blade segments of the plurality of blade segments (310a-c) of the rotor blade; characterised in that the one or more actuators (330a-b) comprise one or more linear motors (334a-b) configured to adjust the orientation of the plurality of blade segments (310a-c), and wherein the one or more actuators (330a-b) comprise one or more hydraulic clamps (332a-b) configured to lock the orientation of the plurality of blade segments (310a-c).
A turbine wheel for a radial turbine, including a hub and a plurality of turbine rotor blades disposed on an outer circumferential surface of the hub, each of the turbine rotor blades comprising: a blade-thickness changing portion (41, 42) at which at least a blade thickness of a cross-sectional shape at a middle portion of a blade height increases with respect to a blade thickness of a leading-edge side, at a predetermined position from a leading edge along a blade length which follows a gas flow from the leading edge to a trailing edge, wherein the blade thickness on the leading-edge side of the blade-thickness changing portion (41, 42) is the same in the middle portion, the hub portion, and a shroud portion which is an outer circumferential edge portion of each of plurality of the turbine rotor blades in the radial direction,, wherein the blade-thickness changing portion (41, 42) is disposed within a range of from 0.1 to 0.6 from the leading edge with respect to the entire length of the blade along a flow direction of the operation gas, and wherein the turbine wheel of the radial turbine has a scallop shape in which a back board disposed on a back surface of a blade is cut out,, characterized in that a node part of a secondary-mode resonance of each of plurality of the turbine rotor blades is positioned at the predetermined position. a blade-thickness changing portion (41, 42) at which at least a blade thickness of a cross-sectional shape at a middle portion of a blade height increases with respect to a blade thickness of a leading-edge side, at a predetermined position from a leading edge along a blade length which follows a gas flow from the leading edge to a trailing edge, wherein the blade thickness on the leading-edge side of the blade-thickness changing portion (41, 42) is the same in the middle portion, the hub portion, and a shroud portion which is an outer circumferential edge portion of each of plurality of the turbine rotor blades in the radial direction,, wherein the blade-thickness changing portion (41, 42) is disposed within a range of from 0.1 to 0.6 from the leading edge with respect to the entire length of the blade along a flow direction of the operation gas, and wherein the turbine wheel of the radial turbine has a scallop shape in which a back board disposed on a back surface of a blade is cut out,,
A rolling part made of steel, the rolling part comprising: a quench-hardened layer disposed at a surface of the rolling part, the quench-hardened layer containing nitrogen, wherein a nitrogen concentration in the quench-hardened layer is 0.05 to 0.6 percent by weight, both inclusive, the quench-hardened layer having a hardness of 58 to 64 HRC, both inclusive, as measured by a method defined by JIS, Z2245: 2016, a hydrogen diffusion coefficient in the quench-hardened layer being less than 2.6 × 10 -11 m 2 /s, as measured by an electrochemical hydrogen permeation method as explained in the description, an austenite phase volume ratio in the quench-hardened layer being 10 to 40 percent, both inclusive, wherein the austenite phase volume ratio in the quench-hardened layer is determined by measuring a ratio in diffraction peak intensity between an austenite phase and a martensite phase in the quench-hardened layer under X-ray diffraction, wherein the steel is either a high carbon chrome bearing steel or a high-speed steel, characterized in that the quench-hardened layer containing oxide inclusions having a grain size of 3 μm or more, as determined according to the description, and manganese sulfide, the number of oxide inclusions at least partially covered with the manganese sulfide being more than 40 percent of the total number of oxide inclusions, as determined according to the description, an oxide film is disposed at the surface of the rolling part, the oxide film having a thickness of 0.5 to 2 μm, both inclusive. the quench-hardened layer containing nitrogen, wherein a nitrogen concentration in the quench-hardened layer is 0.05 to 0.6 percent by weight, both inclusive, the quench-hardened layer having a hardness of 58 to 64 HRC, both inclusive, as measured by a method defined by JIS, Z2245: 2016, a hydrogen diffusion coefficient in the quench-hardened layer being less than 2.6 × 10 -11 m 2 /s, as measured by an electrochemical hydrogen permeation method as explained in the description, an austenite phase volume ratio in the quench-hardened layer being 10 to 40 percent, both inclusive, wherein the austenite phase volume ratio in the quench-hardened layer is determined by measuring a ratio in diffraction peak intensity between an austenite phase and a martensite phase in the quench-hardened layer under X-ray diffraction, wherein the steel is either a high carbon chrome bearing steel or a high-speed steel, characterized in that the quench-hardened layer containing oxide inclusions having a grain size of 3 μm or more, as determined according to the description, and manganese sulfide, the number of oxide inclusions at least partially covered with the manganese sulfide being more than 40 percent of the total number of oxide inclusions, as determined according to the description, an oxide film is disposed at the surface of the rolling part, the oxide film having a thickness of 0.5 to 2 μm, both inclusive.