mhurhangee/patent-ind-claim-en huggingface dataset:
A nonaqueous electrolyte comprising an electrolyte and a nonaqueous solvent dissolving the electrolyte, the nonaqueous electrolyte comprising: (a) a cyclic sulfone compound in an amount of 10-70% by volume based on the whole nonaqueous solvent, wherein the cyclic moiety is constituted of one or more methylene groups and one or more sulfone groups; (b) at least one compound selected from the group consisting of acyclic carbonates, acyclic carboxylic acid esters, acyclic ethers, and cyclic ethers; and further (c) at least one compound selected from the group consisting of carbonates having one or more carbon-carbon unsaturated bonds and carbonates having a halogen atom. (a) a cyclic sulfone compound in an amount of 10-70% by volume based on the whole nonaqueous solvent, wherein the cyclic moiety is constituted of one or more methylene groups and one or more sulfone groups; (b) at least one compound selected from the group consisting of acyclic carbonates, acyclic carboxylic acid esters, acyclic ethers, and cyclic ethers; and further (c) at least one compound selected from the group consisting of carbonates having one or more carbon-carbon unsaturated bonds and carbonates having a halogen atom.
Reinforcing cord for a tyre for vehicle wheels comprising a first end and a second end twisted together, characterised in that the first end is a hybrid yarn comprising a plurality of first filaments mixed with a plurality of second filaments so that single filaments of the plurality of first filaments and single filaments of the plurality of second filaments are arranged with respect to one another according to a substantially random scheme, wherein the filaments of the plurality of first filaments are made from a single material having a first modulus and wherein the filaments of the plurality of second filaments are made from a single material having a second modulus different from the first modulus, wherein the second end is a multi-filament textile yarn comprising a plurality of third filaments made from at least one material having a third modulus.
Composition containing a mixture of the components (A), (B) and (C) having the following meanings: (A) is at least one phosphonate compound of the general formula where A 1 and A 2 are each, independently of one another, a substituted or unsubstituted, straight-chain or branched alkyl group having from 1 to 4 carbon atoms, substituted or unsubstituted benzyl, substituted or unsubstituted phenyl, (B) is at least one compound or a mixture of two or more compounds selected from the group consisting of zinc sulfide, polyphenylene sulfide, zinc hydroxystannate and zinc stannate, and (C) is at least one compound or a mixture of two or more compounds selected from the group consisting of: (c1) bicumyl (2,3-dimethyl-2,3-diphenylbutane), dicumyl peroxide and 1,4-polycumyl 1,3-polycumyl, (c2) an NOR-HALS compound, (c3) an organic oxyimide compound, and (c4) a sulfenamide. (A) is at least one phosphonate compound of the general formula where A 1 and A 2 are each, independently of one another, a substituted or unsubstituted, straight-chain or branched alkyl group having from 1 to 4 carbon atoms, substituted or unsubstituted benzyl, substituted or unsubstituted phenyl, (B) is at least one compound or a mixture of two or more compounds selected from the group consisting of zinc sulfide, polyphenylene sulfide, zinc hydroxystannate and zinc stannate, and (C) is at least one compound or a mixture of two or more compounds selected from the group consisting of: (c1) bicumyl (2,3-dimethyl-2,3-diphenylbutane), dicumyl peroxide and 1,4-polycumyl 1,3-polycumyl, (c2) an NOR-HALS compound, (c3) an organic oxyimide compound, and (c4) a sulfenamide. (c1) bicumyl (2,3-dimethyl-2,3-diphenylbutane), dicumyl peroxide and 1,4-polycumyl 1,3-polycumyl, (c2) an NOR-HALS compound, (c3) an organic oxyimide compound, and (c4) a sulfenamide.
Method for assembling two sections of conveyor belt comprising at least a carcass and a cover , by sewing, the method comprising the following steps: - the first step in the splicing procedure being to cut the two ends to be spliced together at right angles, - the second step consisting of removing the cover; - the third step consisting of cutting the teeth according to the chosen profile with said teeth having gradually decreasing cross sections in order to provide a progressive transfer of the tensile stresses from one belt end to the other; The length of the cover removed must be longer than the length of the teeth; - the fourth step consisting of sewing the assembled teeth together following the paths defined; the aim being to obtain a sewn area that is filled uniformly in order to spread the tensile stresses; - the fifth step being to cover the sewing with a piece of cover . - the first step in the splicing procedure being to cut the two ends to be spliced together at right angles, - the second step consisting of removing the cover; - the third step consisting of cutting the teeth according to the chosen profile with said teeth having gradually decreasing cross sections in order to provide a progressive transfer of the tensile stresses from one belt end to the other; - the fourth step consisting of sewing the assembled teeth together following the paths defined; the aim being to obtain a sewn area that is filled uniformly in order to spread the tensile stresses; - the fifth step being to cover the sewing with a piece of cover .
A robotic device comprising four or more legs which is configured to crawl over a surface of a wind turbine blade for inspection of and maintenance of the wind turbine blade, wherein the robotic device comprises a body defining a longitudinal axis, the robotic device comprising a row of legs arranged on opposite sides of the body, the legs each comprising two or more articulated limb segments and a foot , wherein the limb segments are articulated in a way that enables the robotic device to straddle over a leading edge of the wind turbine blade with the feet of opposing legs positioned on opposite sides of the leading edge, and wherein the robotic device comprises a chamber of resin with a device for applying the resin as a coating to a damaged region of the wind turbine. wherein the robotic device comprises a body defining a longitudinal axis, the robotic device comprising a row of legs arranged on opposite sides of the body, the legs each comprising two or more articulated limb segments and a foot , wherein the limb segments are articulated in a way that enables the robotic device to straddle over a leading edge of the wind turbine blade with the feet of opposing legs positioned on opposite sides of the leading edge, and wherein the robotic device comprises a chamber of resin with a device for applying the resin as a coating to a damaged region of the wind turbine.
Method for designing a traffic infrastructure on the basis of height data of a height monitoring object, having the steps of: a) evaluating the height data which are detected by at least one sensor unit of the at least one height monitoring object, and generating an evaluation dataset on the basis of the height data ; b) identifying at least one component of the traffic infrastructure from the evaluation dataset; c) identifying at least one user of the traffic infrastructure from the evaluation dataset; d) determining a utilization of the at least one component by the at least one user of the traffic infrastructure; and e) determining at least one location for at least one charging infrastructure component on the basis of the determined utilization , wherein at least one of the steps of the method is carried out by at least one learning algorithm and/or at least one neural network, and wherein background data are additionally incorporated into the evaluation dataset and comprise at least one model of an energy quantity deliverable by a distribution network designed as an electricity grid and data of a geographic information system (GIS) and traffic data and at least one statistic relating to user behaviour. a) evaluating the height data which are detected by at least one sensor unit of the at least one height monitoring object, and generating an evaluation dataset on the basis of the height data ; b) identifying at least one component of the traffic infrastructure from the evaluation dataset; c) identifying at least one user of the traffic infrastructure from the evaluation dataset; d) determining a utilization of the at least one component by the at least one user of the traffic infrastructure; and e) determining at least one location for at least one charging infrastructure component on the basis of the determined utilization ,
Method of communication between a remote action manager and at least one communication box so as to interact with one or several items of equipment connected to said communication box , this box and this item of equipment being included in a local network, the box being connected to said remote action manager by way of an integrated access device possessing, as well as the remote action manager , a public address, the communication box possessing a private address not addressable from the remote action manager , this method being characterized in that it comprises the following steps - during the deployment of communication boxes , association of a single communication mechanism with each box , this association being stored in a database associated with said remote action manager , said communication mechanism being chosen, according to technical and operational constraints, from among a list comprising ∘ a communication mechanism based on a tunnel via a proxy; ∘ a communication mechanism based on the Internet gateway device control protocol; ∘ a communication mechanism using the extensible messaging and presence protocol; and ∘ a communication mechanism based on the protocol of the simple traversal of user datagram through network address translation - during reception, by the action manager , of an action request destined for said item of equipment; ∘ identification, in said database , of the communication mechanism associated with said communication box ; ∘ communication of the action request to the communication box via the communication mechanism identified. - during the deployment of communication boxes , association of a single communication mechanism with each box , this association being stored in a database associated with said remote action manager , said communication mechanism being chosen, according to technical and operational constraints, from among a list comprising ∘ a communication mechanism based on a tunnel via a proxy; ∘ a communication mechanism based on the Internet gateway device control protocol; ∘ a communication mechanism using the extensible messaging and presence protocol; and ∘ a communication mechanism based on the protocol of the simple traversal of user datagram through network address translation ∘ a communication mechanism based on a tunnel via a proxy; ∘ a communication mechanism based on the Internet gateway device control protocol; ∘ a communication mechanism using the extensible messaging and presence protocol; and ∘ a communication mechanism based on the protocol of the simple traversal of user datagram through network address translation - during reception, by the action manager , of an action request destined for said item of equipment; ∘ identification, in said database , of the communication mechanism associated with said communication box ; ∘ communication of the action request to the communication box via the communication mechanism identified. ∘ identification, in said database , of the communication mechanism associated with said communication box ; ∘ communication of the action request to the communication box via the communication mechanism identified.
A cutting tool configured to rotate around an axis (O), comprising: a rake face ; and a flank face continuous with the rake face , wherein the flank face is provided with a coolant supply hole , a ridgeline between the rake face and the flank face forms a cutting edge , an outer shape of the coolant supply hole in a cross section (S) orthogonal to the axis (O) includes a first portion facing the cutting edge when viewed from a direction parallel to the axis (O), and a second portion opposite to the cutting edge when viewed from the first portion , the first portion has a concave portion extending toward the second portion , the concave portion is defined by a first side portion and a second side portion facing each other, and a bottom continuous with both the first side portion and the second side portion , and in the cross section (S), an angle (θ1) formed by a tangent of the first side portion and a tangent of the second side portion is not more than 160°, characterised in that : the flank face has a front flank face and a rear flank face , the rear flank face is tilted toward a rear end portion relative to the front flank face , and an opening of the coolant supply hole opens to the rear flank face . a rake face ; and a flank face continuous with the rake face , wherein the flank face is provided with a coolant supply hole , a ridgeline between the rake face and the flank face forms a cutting edge , an outer shape of the coolant supply hole in a cross section (S) orthogonal to the axis (O) includes a first portion facing the cutting edge when viewed from a direction parallel to the axis (O), and a second portion opposite to the cutting edge when viewed from the first portion , the first portion has a concave portion extending toward the second portion , the concave portion is defined by a first side portion and a second side portion facing each other, and a bottom continuous with both the first side portion and the second side portion , and in the cross section (S), an angle (θ1) formed by a tangent of the first side portion and a tangent of the second side portion is not more than 160°, characterised in that : the flank face has a front flank face and a rear flank face , the rear flank face is tilted toward a rear end portion relative to the front flank face , and an opening of the coolant supply hole opens to the rear flank face . the flank face has a front flank face and a rear flank face , the rear flank face is tilted toward a rear end portion relative to the front flank face , and an opening of the coolant supply hole opens to the rear flank face .
An endoscopic surgery device comprising: an endoscope which includes a linear insertion part and is configured to observe a body cavity ; a treatment tool including a linear insertion part whose proximal end is provided with an operation part ; and an outer tube which is configured to allow each of the insertion part of the endoscope and the insertion part of the treatment tool to be movable back and forth, and wherein the endoscopic surgery device satisfies the expression of Lt ≤ Ls < Lh, characterized in that the insertion part of the treatment tool is relatively movable back and forth within a limited range with respect to the insertion part of the endoscope , wherein the endoscopic surgery device further satisfies the expression of Lh ≥ Ls1 + Ls + t, where Lt (mm) is a length of the outer tube , Ls (mm) is a length of a hard part of the insertion part of the endoscope , Lh (mm) is a length of a hard part of the insertion part of the treatment tool , Ls1 (mm) is a minimum projection length of a distal end of the insertion part of the treatment tool with respect to a distal end of the insertion part of the endoscope , and t (mm) is the limited range in which the insertion part of the treatment tool is relatively moved with respect to the insertion part of the endoscope . an endoscope which includes a linear insertion part and is configured to observe a body cavity ; a treatment tool including a linear insertion part whose proximal end is provided with an operation part ; and an outer tube which is configured to allow each of the insertion part of the endoscope and the insertion part of the treatment tool to be movable back and forth, and wherein the endoscopic surgery device satisfies the expression of Lt ≤ Ls < Lh, characterized in that the insertion part of the treatment tool is relatively movable back and forth within a limited range with respect to the insertion part of the endoscope , wherein the endoscopic surgery device further satisfies the expression of Lh ≥ Ls1 + Ls + t, where Lt (mm) is a length of the outer tube , Ls (mm) is a length of a hard part of the insertion part of the endoscope , Lh (mm) is a length of a hard part of the insertion part of the treatment tool , Ls1 (mm) is a minimum projection length of a distal end of the insertion part of the treatment tool with respect to a distal end of the insertion part of the endoscope , and t (mm) is the limited range in which the insertion part of the treatment tool is relatively moved with respect to the insertion part of the endoscope .
An apparatus comprising memory and one or more block-based processor cores having a block-based instruction set architecture in which instructions within a block are enabled to communicate their operands directly via an operand buffer, at least one of the cores comprising: an instruction decoder configured to decode target operand fields for a variable-length format instruction encoded as a first word having an opcode field indicating the instruction's operation; two target operand fields (T1 ,T2) that designate target operands for sending a result from performing an operation specified by the instruction; and an extended opcode field (REXT) which indicates that the instruction is variable length, wherein the decoding comprises decoding a first (T1) and second (T2) target operand fields encoded in the first word, and based on the presence of the extended opcode field (REXT), decoding at least one additional target operand field encoded in a second word subsequent to the first word in an instruction block; and a control unit configured to send a result from performing an operation specified by the instruction to each of the decoded target operand fields, wherein at least one target instruction receives the result as an operand. an instruction decoder configured to decode target operand fields for a variable-length format instruction encoded as a first word having an opcode field indicating the instruction's operation; two target operand fields (T1 ,T2) that designate target operands for sending a result from performing an operation specified by the instruction; and an extended opcode field (REXT) which indicates that the instruction is variable length, wherein the decoding comprises decoding a first (T1) and second (T2) target operand fields encoded in the first word, and based on the presence of the extended opcode field (REXT), decoding at least one additional target operand field encoded in a second word subsequent to the first word in an instruction block; and a control unit configured to send a result from performing an operation specified by the instruction to each of the decoded target operand fields, wherein at least one target instruction receives the result as an operand.
An articulation system for chairs, the system comprising: - a main frame designed to be associated with a supporting base for resting a chair on the ground; - a support for a seat mounted on said main frame; - an articulation element that is rigid and hinged to said main frame so that it can rotate about an axis of rotation , wherein said support for the seat is hinged to said articulation element at a first hinge point ; - a support for a backrest coupled to said articulation element ; - a slider that is slidably movable along a guide solidly constrained to said main frame, wherein said support for the seat is hinged to said slider at a second hinge point located in a front portion of the support for the seat, wherein in a reference plane perpendicular to said axis of rotation , said guide determines a path for said second hinge point , characterised in that said path has at least one path section that is curvilinear with the concavity facing away from said axis of rotation . - a main frame designed to be associated with a supporting base for resting a chair on the ground; - a support for a seat mounted on said main frame; - an articulation element that is rigid and hinged to said main frame so that it can rotate about an axis of rotation , wherein said support for the seat is hinged to said articulation element at a first hinge point ; - a support for a backrest coupled to said articulation element ; - a slider that is slidably movable along a guide solidly constrained to said main frame,
An adjustable wedge assembly for a hydraulically releasable spring-set railbrake comprising a main power spring for biasing a brake shoe against a top surface of a rail , wherein the adjustable wedge assembly is operatively positionable between the main power spring and the brake shoe and, in use, selectively expandable in a vertical direction, thereby selectively taking up a vertical distance that the brake shoe is required to travel between a brake release position and an initial railhead contact position, before application of a main power spring force presses the brake shoe onto the railhead, the adjustable wedge assembly comprising an intermediate wedge located for generally horizontal slidable engagement between an upper block and a vertically movable lower wedge , such that advancement of the intermediate wedge into further engagement between the upper block and the lower wedge increases an overall height of the assembly , and withdrawal of the intermediate wedge decreases the overall height of the assembly , the adjustable wedge assembly characterised in that the upper block is vertically movable.
A method for producing a dome-shaped element provided with thermal protection for a solid propellant rocket engine; the method comprising the steps of: - providing a coupling annular body ; - arranging said coupling annular body in a mold ; - treating a surface of said coupling annular body so as to clean and/or activate said surface ; - depositing at least an intermediate fixing layer onto the treated surface; - applying ablative material to said intermediate fixing layer and to a side area of said mold , in form of subsequent layers ; characterized in that the step of treating said surface comprises a treatment with atmospheric-pressure plasma. - providing a coupling annular body ; - arranging said coupling annular body in a mold ; - treating a surface of said coupling annular body so as to clean and/or activate said surface ; - depositing at least an intermediate fixing layer onto the treated surface; - applying ablative material to said intermediate fixing layer and to a side area of said mold , in form of subsequent layers ;