mhurhangee/patent-ind-claim-en huggingface dataset:
A device for monitoring internal electric arc of a gas insulated switchgear , comprising: at least one partial discharge sensor that measures electronic wave signals of partial discharge generated by the internal electric arc in any one of gas sections of the gas insulated switchgear ; at least one gas pressure wave sensor that measures pressure wave signals generated by an expansion of gas occurred by the internal electric arc; the at least one gas pressure wave sensor directly measuring the gas pressure wave generated by the expansion of pressure of the gas produced by the internal electric arc, a data acquiring unit that receives the electronic wave signals from the at least one partial discharge sensor and the pressure wave signals from the at least one gas pressure sensor , wherein the data acquiring unit determines i) if the internal electric arc is generated, ii) why the internal electric arc is generated by analyzing a partial discharge pattern from the electronic wave signals received from the at least one partial discharge sensor , and iii) where the electric arc is generated, based on sensor measurement information received from the at least one partial discharge sensor and the at least one gas pressure sensor ; and a transmitting unit that transmits the sensor measurement information and determination information from the data acquiring unit to a super-system. at least one partial discharge sensor that measures electronic wave signals of partial discharge generated by the internal electric arc in any one of gas sections of the gas insulated switchgear ; at least one gas pressure wave sensor that measures pressure wave signals generated by an expansion of gas occurred by the internal electric arc; the at least one gas pressure wave sensor directly measuring the gas pressure wave generated by the expansion of pressure of the gas produced by the internal electric arc, a data acquiring unit that receives the electronic wave signals from the at least one partial discharge sensor and the pressure wave signals from the at least one gas pressure sensor , wherein the data acquiring unit determines i) if the internal electric arc is generated, ii) why the internal electric arc is generated by analyzing a partial discharge pattern from the electronic wave signals received from the at least one partial discharge sensor , and iii) where the electric arc is generated, based on sensor measurement information received from the at least one partial discharge sensor and the at least one gas pressure sensor ; and a transmitting unit that transmits the sensor measurement information and determination information from the data acquiring unit to a super-system.
A clip for attaching a fluidic pipe to a wiper arm of a spraying system for a motor vehicle, said clip having the overall shape of a V, the base of the V forming a receptacle for a portion of the fluidic pipe and comprising a first holding arm and a second holding arm that are located at the first end and the second end of the V shape and extend toward one another, said holding arms being asymmetrical in an axial direction intended to be parallel to the fluidic pipe such that the space between the two holding arms forms an opening having a divergent shape in the axial direction (Δ).
A method for generatively producing at least one component area of a component, in particular of a component of a turbine or of a compressor, in which at least the following steps are performed: a) applying a powder layer (10a-c) onto a component platform in the area of a construction and joining zone; b) locally melting and/or sintering the powder layer (10a-c) in that at least one high-energy beam is moved in relation to the component platform in the area of the construction and joining zone and selectively impinges on the powder layer (10a-c), wherein the at least one high-energy beam and the component platform are moved in relation to each other at least in certain areas in the form of a family of parallels arranged along a linear feed direction , whereby exposure strips of linear melting and/or sintering zones in the form of the family of parallels arise; c) lowering the component platform by a predetermined layer thickness in a lowering direction; and d) repeating the steps a) to c) until completion of the component area, characterized in that the at least one high-energy beam and the component platform are moved in relation to each other upon at least two different powder layers (10a-c) such that the respective families of parallels of the respective powder layers (10a-c) are arranged at different angles to the respective linear feed direction in powder layer areas, which are one above the other in lowering direction. a) applying a powder layer (10a-c) onto a component platform in the area of a construction and joining zone; b) locally melting and/or sintering the powder layer (10a-c) in that at least one high-energy beam is moved in relation to the component platform in the area of the construction and joining zone and selectively impinges on the powder layer (10a-c), wherein the at least one high-energy beam and the component platform are moved in relation to each other at least in certain areas in the form of a family of parallels arranged along a linear feed direction , whereby exposure strips of linear melting and/or sintering zones in the form of the family of parallels arise; c) lowering the component platform by a predetermined layer thickness in a lowering direction; and d) repeating the steps a) to c) until completion of the component area,
Dispensing device (OE/A; OE/B; OE/C), connected via a conduit (CA) to a store of liquid CO2 for supplying variable flow rates of said liquid CO2 to a use apparatus (UT) operating at a pressure lower than that of its triple point, comprising: - a hollow outer body (11; 40) extended along an axis X defining internally at least one hollow part (21; 55-1; 55-2; 56-1; 56-2), provided with a first inlet (14; 43) in order to allow the passage of a flow of CO2 (L+V), coming from said store towards said use apparatus (UT) via an outlet , and - a mobile component (CM) apt to slide inside said hollow outer body (11; 40) in order to vary the area of the section of passage of the outlet for the flow (L+V) of CO2, wherein on said mobile component (CM) are acting a flow pressure (Pa) of said flow (L+V) of CO2 and a use apparatus pressure (Pu) existing in said use apparatus (UT), as well as a pressure exerting a force contrary to that of the flow pressure (Pa), wherein - in said hollow outer body (11; 40) a second inlet (12; 41) is provided for feeding a fluid (G), at a pressurisation fluid pressure (Pc) apt to exert on the mobile component (CM) a force contrary to the force exerted by the flow pressure (Pa), characterised in that said mobile component (CM) comprises a rod (25; 54) whereon at least one piston is restrained and carrying, at one of its ends, a gate valve (26a; 26b; 26c) apt to vary the section of passage for the flow (L+V) of CO2 of said outlet formed in a base wall of said hollow body (11; 40). - a hollow outer body (11; 40) extended along an axis X defining internally at least one hollow part (21; 55-1; 55-2; 56-1; 56-2), provided with a first inlet (14; 43) in order to allow the passage of a flow of CO2 (L+V), coming from said store towards said use apparatus (UT) via an outlet , and - a mobile component (CM) apt to slide inside said hollow outer body (11; 40) in order to vary the area of the section of passage of the outlet for the flow (L+V) of CO2, wherein on said mobile component (CM) are acting a flow pressure (Pa) of said flow (L+V) of CO2 and a use apparatus pressure (Pu) existing in said use apparatus (UT), as well as a pressure exerting a force contrary to that of the flow pressure (Pa), wherein - in said hollow outer body (11; 40) a second inlet (12; 41) is provided for feeding a fluid (G), at a pressurisation fluid pressure (Pc) apt to exert on the mobile component (CM) a force contrary to the force exerted by the flow pressure (Pa), characterised in that said mobile component (CM) comprises a rod (25; 54) whereon at least one piston is restrained and carrying, at one of its ends, a gate valve (26a; 26b; 26c) apt to vary the section of passage for the flow (L+V) of CO2 of said outlet formed in a base wall of said hollow body (11; 40).
A surgical hand instrument used in the field of the eye surgery, and more particularly for a keratopigmentation operation, including a handle at one end of which is arranged a flat blade shaped in the manner of a circular arc and which extends along a plane forming an angle (α) with the main axis (XX') of said handle , wherein the distal end of said blade has a rounded shape, and has a width that is larger than that of the body of said blade , and has a cutting edge .
A sorting table for sorting fruit in a fruit harvester , comprising: a frame including a first side member and a second side member ; a plurality of sorting rollers carried by the frame ; a pair of combs , each said comb being positioned in association with the first side member or the second side member , each said comb including a plurality of slots with each of the slots being associated with a respective one of the plurality of sorting rollers ; an actuator coupled with each of the combs for selectively moving the pair of combs in directions transverse to a crop flow direction ; characterized in that: the sorting table further comprises a plurality of conveying rollers carried by the frame such that the sorting rollers are positioned downstream from the conveying rollers , relative to the crop flow direction ; each of the combs is pivotally coupled with the corresponding first side member or the second side member ; and an electrical processing circuit is coupled with the actuator , the electrical processing circuit being configured for controlling the actuator and thereby selectively increasing or decreasing a spacing between the sorting rollers . a frame including a first side member and a second side member ; a plurality of sorting rollers carried by the frame ; a pair of combs , each said comb being positioned in association with the first side member or the second side member , each said comb including a plurality of slots with each of the slots being associated with a respective one of the plurality of sorting rollers ; an actuator coupled with each of the combs for selectively moving the pair of combs in directions transverse to a crop flow direction ; characterized in that: the sorting table further comprises a plurality of conveying rollers carried by the frame such that the sorting rollers are positioned downstream from the conveying rollers , relative to the crop flow direction ; each of the combs is pivotally coupled with the corresponding first side member or the second side member ; and an electrical processing circuit is coupled with the actuator , the electrical processing circuit being configured for controlling the actuator and thereby selectively increasing or decreasing a spacing between the sorting rollers . the sorting table further comprises a plurality of conveying rollers carried by the frame such that the sorting rollers are positioned downstream from the conveying rollers , relative to the crop flow direction ; each of the combs is pivotally coupled with the corresponding first side member or the second side member ; and an electrical processing circuit is coupled with the actuator , the electrical processing circuit being configured for controlling the actuator and thereby selectively increasing or decreasing a spacing between the sorting rollers .
A tangible media embodying computer readable code instructions for performing a method of controlling a teleoperated surgical system having a manipulator coupled with a support structure by a set-up linkage , the set-up linkage including a joint having a range of motion , the set-up linkage being configured to facilitate an alignment of the manipulator with a desired position and orientation relative to the support structure , the set-up linkage further including a drive or brake system configured to limit inadvertent movement of the set-up linkage relative to the support structure when actuated, the method comprising: identifying a first software defined range of motion limit spaced a distance apart from a first physical range of motion limit of the joint and defining a first range of motion limit envelope between the first software defined range of motion limit and the first physical range of motion limit ; receiving a user input for halting a driving or braking by the drive or brake system to allow for manual positioning of the manipulator relative to the support structure through movement of the joint of the set-up linkage ; halting a driving or braking by the drive or brake system in response to receiving the user input; detecting a position of the joint within the range of motion ; and receiving a user input for reapplying the driving or braking by the drive or brake system and, in response, delaying reapplication of the driving or braking by the drive or brake system of the set-up linkage for at least a duration of time when the position of the joint is detected to be within the first range of motion limit envelope . identifying a first software defined range of motion limit spaced a distance apart from a first physical range of motion limit of the joint and defining a first range of motion limit envelope between the first software defined range of motion limit and the first physical range of motion limit ; receiving a user input for halting a driving or braking by the drive or brake system to allow for manual positioning of the manipulator relative to the support structure through movement of the joint of the set-up linkage ; halting a driving or braking by the drive or brake system in response to receiving the user input; detecting a position of the joint within the range of motion ; and receiving a user input for reapplying the driving or braking by the drive or brake system and, in response, delaying reapplication of the driving or braking by the drive or brake system of the set-up linkage for at least a duration of time when the position of the joint is detected to be within the first range of motion limit envelope .
Truss or truss part comprising: - two or more wooden construction parts provided with connecting parts to form a connection configured to connect the individual construction parts , the connection comprising: - a configuration provided with a number of mutually engaging finger-like elements of the connecting parts , wherein mutually engaging finger-like elements are provided with a clamping fit and wherein a length (L 1 , L 2 ) of the finger-like elements is adapted to the height (D 1 ,D 2 ) of the construction part of the truss or truss part , and wherein the length of the finger-like elements is at least equal to the height (D 1 ,D 2 ) of the truss or the truss part ; and - a hook-like element provided on at least one of the connecting parts such that a form-fitting effect can be realized. - two or more wooden construction parts provided with connecting parts to form a connection configured to connect the individual construction parts , the connection comprising: - a configuration provided with a number of mutually engaging finger-like elements of the connecting parts , wherein mutually engaging finger-like elements are provided with a clamping fit and wherein a length (L 1 , L 2 ) of the finger-like elements is adapted to the height (D 1 ,D 2 ) of the construction part of the truss or truss part , and wherein the length of the finger-like elements is at least equal to the height (D 1 ,D 2 ) of the truss or the truss part ; and - a hook-like element provided on at least one of the connecting parts such that a form-fitting effect can be realized. - a configuration provided with a number of mutually engaging finger-like elements of the connecting parts , wherein mutually engaging finger-like elements are provided with a clamping fit and wherein a length (L 1 , L 2 ) of the finger-like elements is adapted to the height (D 1 ,D 2 ) of the construction part of the truss or truss part , and wherein the length of the finger-like elements is at least equal to the height (D 1 ,D 2 ) of the truss or the truss part ; and - a hook-like element provided on at least one of the connecting parts such that a form-fitting effect can be realized.
A method of wireless communication operable at a scheduling entity , comprising: dividing a downlink bandwidth into a plurality of sub-bands; allocating a search space to each of a plurality of subordinate entities, wherein the search space comprises one or more control channel elements, CCEs, each mapped to one or more resource element groups, REGs, that are located in a same one of the plurality of sub-bands; configuring at least two of the plurality of sub-bands to have respective sub-band configurations that are different in terms of at least one of cell-specific reference signal configuration, user-specific reference signal configuration, pilot density configuration, or transmission mode configuration, corresponding to different channel conditions between the scheduling entity and the plurality of subordinate entities, wherein the transmission mode configuration comprises single-layer mode, two-layer space frequency block coding, SFBC, mode, multi-layer multiple input multiple output, MIMO, mode or multi-layer multi-user, MU-, MIMO mode; and transmitting one or more downlink control messages to the plurality of subordinate entities utilizing the one or more CCEs. dividing a downlink bandwidth into a plurality of sub-bands; allocating a search space to each of a plurality of subordinate entities, wherein the search space comprises one or more control channel elements, CCEs, each mapped to one or more resource element groups, REGs, that are located in a same one of the plurality of sub-bands; configuring at least two of the plurality of sub-bands to have respective sub-band configurations that are different in terms of at least one of cell-specific reference signal configuration, user-specific reference signal configuration, pilot density configuration, or transmission mode configuration, corresponding to different channel conditions between the scheduling entity and the plurality of subordinate entities, wherein the transmission mode configuration comprises single-layer mode, two-layer space frequency block coding, SFBC, mode, multi-layer multiple input multiple output, MIMO, mode or multi-layer multi-user, MU-, MIMO mode; and transmitting one or more downlink control messages to the plurality of subordinate entities utilizing the one or more CCEs.
Flatness roller including a cylindrical body extending along an axis of revolution (X-X) and radially delimited by an outer surface , the body including at least one cavity extending parallel to the axis of revolution (X-X), characterized in that : each cavity opens radially onto the outer surface through a plurality of slots each extending in a respective plane orthogonal to the axis of revolution (X-X), of which two successive slots along an axis parallel to the axis of revolution (X-X) defining a lamella between them, each lamella being connected to the body by two opposite circumferential ends of the lamella , each circumferential end forming a connection portion, the lamellas aligned in a direction parallel to the axis of revolution (X-X) forming a generatrix , the flatness roller further including at least one optical fibre comprising at least one strain sensor , each strain sensor having a measurement axis, each strain sensor being associated with a lamella , each strain sensor being housed in a corresponding cavity and attached to the corresponding lamella at a connection portion of the lamella , each strain sensor being arranged so that the angle between the corresponding measurement axis and a plane orthogonal to the axis of revolution (X-X) is less than or equal to 20°, preferably less than or equal to 10°, each optical fibre being configured to receive an interrogation signal, each strain sensor of each optical fibre being configured to send, depending on the interrogation signal received by the corresponding optical fibre , an optical response wave representative of a strain of the strain sensor along the corresponding measurement axis. each cavity opens radially onto the outer surface through a plurality of slots each extending in a respective plane orthogonal to the axis of revolution (X-X), of which two successive slots along an axis parallel to the axis of revolution (X-X) defining a lamella between them, each lamella being connected to the body by two opposite circumferential ends of the lamella , each circumferential end forming a connection portion, the lamellas aligned in a direction parallel to the axis of revolution (X-X) forming a generatrix , the flatness roller further including at least one optical fibre comprising at least one strain sensor , each strain sensor having a measurement axis, each strain sensor being associated with a lamella , each strain sensor being housed in a corresponding cavity and attached to the corresponding lamella at a connection portion of the lamella , each strain sensor being arranged so that the angle between the corresponding measurement axis and a plane orthogonal to the axis of revolution (X-X) is less than or equal to 20°, preferably less than or equal to 10°, each optical fibre being configured to receive an interrogation signal, each strain sensor of each optical fibre being configured to send, depending on the interrogation signal received by the corresponding optical fibre , an optical response wave representative of a strain of the strain sensor along the corresponding measurement axis.
A polyphosphate amine salt composition comprising a mixture of a polyphosphate amine salt composition (A) and a polyphosphate amine salt composition (B), wherein each of compositions (A) and (B) comprises: an orthophosphate amine salt; and a polyphosphate amine salt, wherein each of polyphosphate amine salt compositions (A) and (B) comprises the orthophosphate amine salt in an amount of 0.1 to 6.0% by mass, wherein an amine in polyphosphate amine salt composition (A) is melamine and an amine in polyphosphate amine salt composition (B) is piperazine, and wherein the content ratio of the polyphosphate amine salt composition (A) and the polyphosphate amine salt composition (B), (A)/(B), is in a range of 20/80 to 50/50 in terms of mass ratio. an orthophosphate amine salt; and a polyphosphate amine salt, wherein each of polyphosphate amine salt compositions (A) and (B) comprises the orthophosphate amine salt in an amount of 0.1 to 6.0% by mass, wherein an amine in polyphosphate amine salt composition (A) is melamine and an amine in polyphosphate amine salt composition (B) is piperazine, and wherein the content ratio of the polyphosphate amine salt composition (A) and the polyphosphate amine salt composition (B), (A)/(B), is in a range of 20/80 to 50/50 in terms of mass ratio.