mhurhangee/patent-ind-claim-en huggingface dataset:
A method for improving reactive power speed-of-response in a wind farm connected to a power grid , the method comprising: receiving, by a wind farm controller , a voltage feedback from the power grid ; receiving, by the wind farm controller , a voltage reference ; calculating a linear voltage error as a function of the voltage feedback and the voltage reference ; generating a first output based on the linear voltage error via a first control path having a first voltage regulator ; determining a first non-linear voltage error based on the linear voltage error via a deadband of a second voltage regulator of a second control path ; generating, via the second control path , a second output based on the first non-linear voltage error ; and generating a reactive power command as a function of the first and second outputs . receiving, by a wind farm controller , a voltage feedback from the power grid ; receiving, by the wind farm controller , a voltage reference ; calculating a linear voltage error as a function of the voltage feedback and the voltage reference ; generating a first output based on the linear voltage error via a first control path having a first voltage regulator ; determining a first non-linear voltage error based on the linear voltage error via a deadband of a second voltage regulator of a second control path ; generating, via the second control path , a second output based on the first non-linear voltage error ; and determining a first non-linear voltage error based on the linear voltage error via a deadband of a second voltage regulator of a second control path ; generating, via the second control path , a second output based on the first non-linear voltage error ; and generating a reactive power command as a function of the first and second outputs .
A textile device for detecting liquids comprising: - a matrix fabric obtained by knitting; - a first non-insulated conductive wire knitted with said matrix fabric ; - a second non-insulated conductive wire knitted with said matrix fabric ; - a source of electric energy connected to said non-insulated conductive wires in order to create a first electric circuit and to have a potential difference between said non-insulated conductive wires ; - an electrical resistance measuring system configured to measure the electric resistance R in said first electric circuit in such a way that, when said non-insulated conductive wires electrically connect by means of a liquid, said electrical resistance measuring system measures a variation of electric resistance R in said first electric circuit; at least one other conductive wire being provided connected to a source of electric energy in order to create a second electric circuit, said electrical resistance measuring system being arranged to measure the electric resistance R in said second electric circuit in such a way that, since said electric resistance R is function of the temperature T, when a variation of temperature T occurs at said matrix fabric , said electrical resistance measuring system measures a variation of electric resistance R in said second electric circuit, said textile device characterized in that said at least one other conductive wire is an insulated conductive wire and is co-knitted with at least one of said non-insulated conductive wires . - a matrix fabric obtained by knitting; - a first non-insulated conductive wire knitted with said matrix fabric ; - a second non-insulated conductive wire knitted with said matrix fabric ; - a source of electric energy connected to said non-insulated conductive wires in order to create a first electric circuit and to have a potential difference between said non-insulated conductive wires ; - an electrical resistance measuring system configured to measure the electric resistance R in said first electric circuit in such a way that, when said non-insulated conductive wires electrically connect by means of a liquid, said electrical resistance measuring system measures a variation of electric resistance R in said first electric circuit; at least one other conductive wire being provided connected to a source of electric energy in order to create a second electric circuit, said electrical resistance measuring system being arranged to measure the electric resistance R in said second electric circuit in such a way that, since said electric resistance R is function of the temperature T, when a variation of temperature T occurs at said matrix fabric , said electrical resistance measuring system measures a variation of electric resistance R in said second electric circuit, said textile device characterized in that said at least one other conductive wire is an insulated conductive wire and is co-knitted with at least one of said non-insulated conductive wires .
Method for making electrically conductive tracks or areas within a material , characterized by - using as material cellulose or its derivatives; - locally raising the temperature of a portion of the material to carbonize it and trace a track, characterized in that - silver or copper or gold or platinum or indium or tungsten particles are inserted in the material, the particles having an average diameter from 5 μm to 17 μm, and percentage by weight, with respect to the material that contains them, from 3% to 20%; - a laser (L) beam locally raises the temperature of a portion of the material to break down and blow off an oxide layer that surrounds the particles. - using as material cellulose or its derivatives; - locally raising the temperature of a portion of the material to carbonize it and trace a track, - silver or copper or gold or platinum or indium or tungsten particles are inserted in the material, - a laser (L) beam locally raises the temperature of a portion of the material to break down and blow off an oxide layer that surrounds the particles.
An industrial process transmitter comprising: a sensing system for sensing a process variable over a range comprising: a first sensor apparatus and a second sensor apparatus ; and transmitter electronics connected to the sensing system and configured to produce an analog communication signal representative of the process variable over a scale; wherein the range is disproportionately distributed over the scale by the transmitter electronics to communicate the process variable over an analog control loop , wherein the range includes an inflection point between a first linear distribution and a second linear distribution, wherein an output based upon the process variable as sensed by the first sensor apparatus is distributed over the first linear distribution and an output based upon the process variable as sensed by the second sensor apparatus is distributed over the second linear distribution, and wherein further the transmitter electronics includes a controller that multi-linearly distributes the range over the scale with different slopes. a first sensor apparatus and a second sensor apparatus ; and transmitter electronics connected to the sensing system and configured to produce an analog communication signal representative of the process variable over a scale; wherein the range is disproportionately distributed over the scale by the transmitter electronics to communicate the process variable over an analog control loop , wherein the range includes an inflection point between a first linear distribution and a second linear distribution, wherein an output based upon the process variable as sensed by the first sensor apparatus is distributed over the first linear distribution and an output based upon the process variable as sensed by the second sensor apparatus is distributed over the second linear distribution, and wherein further the transmitter electronics includes a controller that multi-linearly distributes the range over the scale with different slopes.
An apparatus for manufacture of at least two solar cell arrangements, comprising: a separation device configured for separating a first solar cell into two or more first solar cell pieces; and at least one positioning device configured for positioning at least one first solar cell piece of the two or more first solar cell pieces on a support device for forming a first solar cell arrangement of the at least two solar cell arrangements and for positioning at least one other first solar cell piece of the two or more first solar cell pieces on the support device for forming a second solar cell arrangement of the at least two solar cell arrangements, wherein the at least one positioning device comprises one or more grippers , wherein each gripper of the one or more grippers comprises two or more gripper elements and is configured for simultaneously holding and moving two or more solar cell pieces . a separation device configured for separating a first solar cell into two or more first solar cell pieces; and at least one positioning device configured for positioning at least one first solar cell piece of the two or more first solar cell pieces on a support device for forming a first solar cell arrangement of the at least two solar cell arrangements and for positioning at least one other first solar cell piece of the two or more first solar cell pieces on the support device for forming a second solar cell arrangement of the at least two solar cell arrangements, wherein the at least one positioning device comprises one or more grippers , wherein each gripper of the one or more grippers comprises two or more gripper elements and is configured for simultaneously holding and moving two or more solar cell pieces .
A collapsible self-supporting human and/or non-human cargo transport device for use with a rotorcraft , comprising: an inner cargo storage area for accommodating human and/or non-human cargo for transportation; a self-supporting skeletal frame comprising: a collapsible platform support structure , a collapsible spreading structure , a telescopic rod connecting the collapsible platform support structure to the collapsible spreading structure , an attachment connected to the telescopic rod and adapted to enable attachment of the self-supporting skeletal frame to the rotorcraft , and a plurality of tensioning cables each connecting the attachment to the collapsible spreading structure and to the collapsible platform support structure ; and collapsible cargo securing means mounted to the self-supporting skeletal frame for delimiting the inner cargo storage area . an inner cargo storage area for accommodating human and/or non-human cargo for transportation; a self-supporting skeletal frame comprising: a collapsible platform support structure , a collapsible spreading structure , a telescopic rod connecting the collapsible platform support structure to the collapsible spreading structure , an attachment connected to the telescopic rod and adapted to enable attachment of the self-supporting skeletal frame to the rotorcraft , and a plurality of tensioning cables each connecting the attachment to the collapsible spreading structure and to the collapsible platform support structure ; and a collapsible platform support structure , a collapsible spreading structure , a telescopic rod connecting the collapsible platform support structure to the collapsible spreading structure , an attachment connected to the telescopic rod and adapted to enable attachment of the self-supporting skeletal frame to the rotorcraft , and a plurality of tensioning cables each connecting the attachment to the collapsible spreading structure and to the collapsible platform support structure ; and collapsible cargo securing means mounted to the self-supporting skeletal frame for delimiting the inner cargo storage area .
A flexible, interruptible radial, i.e. oriented around a central axis, bus, i.e. a bus having the characteristic of providing access for the removal of a section of a conductor, on which electronically addressable devices are mounted, comprising: a bus including at least three conductor wires arranged in a radial pattern, wherein: the at least three conductor wires are connected by a center stabilizer ; at least a first conductoi wire of the at least three conductor wires is uninterrupted through the bus ; and at least a second conductor wire of the at least three conductor wires is interrupted at a mounting location along the bus ; ; and a bead device , i.e. a device that can be mounted around the bus , configured to be mounted at the mounting location, wherein: the bead device is electrically connected to the first conductor wire that is uninterrupted through the bus and the second conductoi wire that is interrupted at the mounting location; the bead device includes one or more electronically addressable devices; and the one or more electronically addressable devices are configured to utilize a self-addressing bus protocol, wherein the center stabilizer positions an interruptible wire a distance outward from a central point or axis sufficient to enable a tool or machine to notch or otherwise interrupt the wire at the mounting location without notching or otherwise interrupting an adjacent wire of the bus . the at least three conductor wires are connected by a center stabilizer ; at least a first conductoi wire of the at least three conductor wires is uninterrupted through the bus ; and at least a second conductor wire of the at least three conductor wires is interrupted at a mounting location along the bus ; ; and a bead device , i.e. a device that can be mounted around the bus , configured to be mounted at the mounting location, wherein: the bead device is electrically connected to the first conductor wire that is uninterrupted through the bus and the second conductoi wire that is interrupted at the mounting location; the bead device includes one or more electronically addressable devices; and the one or more electronically addressable devices are configured to utilize a self-addressing bus protocol, wherein the center stabilizer positions an interruptible wire a distance outward from a central point or axis sufficient to enable a tool or machine to notch or otherwise interrupt the wire at the mounting location without notching or otherwise interrupting an adjacent wire of the bus . the bead device is electrically connected to the first conductor wire that is uninterrupted through the bus and the second conductoi wire that is interrupted at the mounting location; the bead device includes one or more electronically addressable devices; and the one or more electronically addressable devices are configured to utilize a self-addressing bus protocol, wherein the center stabilizer positions an interruptible wire a distance outward from a central point or axis sufficient to enable a tool or machine to notch or otherwise interrupt the wire at the mounting location without notching or otherwise interrupting an adjacent wire of the bus .
A vehicle restraint system for securing traffic routes, the vehicle restraint system being adapted to extend along at least a portion of the at least one traffic route, characterized in that the vehicle restraint system comprises at least one radar reflector array (RF) comprising a plurality of radar reflectors , the radar reflectors being arranged in at least one predetermined arrangement pattern on the vehicle restraint system for generating a predetermined return beam pattern.
A headset system , comprising: a transducer configured to collect ultrasound data from a subject; a camera configured to capture image data of the subject; and a controller configured to: detect one or more fiducial markers placed on the subject using the captured image data; and register the transducer with respect to the subject based on the detected fiducial markers by determining a scanning area at the subject that is bounded by the one or more fiducial markers on the subject; and restrict the transducer from travelling beyond the scanning area while the transducer collects the ultrasound data. a transducer configured to collect ultrasound data from a subject; a camera configured to capture image data of the subject; and a controller configured to: detect one or more fiducial markers placed on the subject using the captured image data; and register the transducer with respect to the subject based on the detected fiducial markers by determining a scanning area at the subject that is bounded by the one or more fiducial markers on the subject; and restrict the transducer from travelling beyond the scanning area while the transducer collects the ultrasound data. detect one or more fiducial markers placed on the subject using the captured image data; and register the transducer with respect to the subject based on the detected fiducial markers by determining a scanning area at the subject that is bounded by the one or more fiducial markers on the subject; and restrict the transducer from travelling beyond the scanning area while the transducer collects the ultrasound data.
A method, comprising: detecting , in an apparatus , a frame from an access node with which the apparatus is in an unassociated state, the frame comprising an information element specifying operating channel of at least one first wireless network and a further information element; verifying , by the apparatus on the basis of the further information element, that the information element originates from a source trusted by the apparatus; and upon verifying that the information element originates from the trusted source, configuring by the apparatus a second wireless network managed by the apparatus to operate on a channel different from the operating channel specified by the information element. detecting , in an apparatus , a frame from an access node with which the apparatus is in an unassociated state, the frame comprising an information element specifying operating channel of at least one first wireless network and a further information element; verifying , by the apparatus on the basis of the further information element, that the information element originates from a source trusted by the apparatus; and upon verifying that the information element originates from the trusted source, configuring by the apparatus a second wireless network managed by the apparatus to operate on a channel different from the operating channel specified by the information element.
A dielectric composite comprising: a compacted porous membrane comprising macro-structured folds and/or micro-folded fibrils; an elastomer layer comprising an elastomer material at least partially penetrating said compacted porous membrane; and an electrically conductive material positioned on said elastomer layer. a compacted porous membrane comprising macro-structured folds and/or micro-folded fibrils; an elastomer layer comprising an elastomer material at least partially penetrating said compacted porous membrane; and an electrically conductive material positioned on said elastomer layer.
Use of a coating composition comprising: (a) a resinous binder, (b) up to 10 percent by weight based on weight of resin solids in the coating composition of a reaction product comprising: (i) a phosphorus acid, and (ii) polyglycidyl ether of cyclohexane dimethanol for coating food or beverage containers. (a) a resinous binder, (b) up to 10 percent by weight based on weight of resin solids in the coating composition of a reaction product comprising: (i) a phosphorus acid, and (ii) polyglycidyl ether of cyclohexane dimethanol for coating food or beverage containers. (i) a phosphorus acid, and (ii) polyglycidyl ether of cyclohexane dimethanol for coating food or beverage containers.
A pressure regulator (10, 92 114) comprising: a housing including an inlet flow passage and an outlet flow passage ; a plunger reciprocally mounted in the housing and including a plunger flow passage ; an inlet to the plunger flow passage,; and a valve seat fixed to the housing and positioned between the inlet flow passage and the inlet to the plunger flow passage of the plunger, wherein the valve seat is configured to abut the inlet to the plunger flow passage while the plunger is advanced upstream in the housing, characterised in that : the inlet to the plunger flow passage is aligned with a plane oblique to an axis of the plunger flow passage. a housing including an inlet flow passage and an outlet flow passage ; a plunger reciprocally mounted in the housing and including a plunger flow passage ; an inlet to the plunger flow passage,; and a valve seat fixed to the housing and positioned between the inlet flow passage and the inlet to the plunger flow passage of the plunger, wherein the valve seat is configured to abut the inlet to the plunger flow passage while the plunger is advanced upstream in the housing, characterised in that : the inlet to the plunger flow passage is aligned with a plane oblique to an axis of the plunger flow passage.
Retaining device for a terminal which can be coupled in a wireless manner, wherein the retaining device comprises at least one stand part and at least one movable part , wherein the stand part has at least one bearing surface for the terminal , wherein the retaining device comprises at least one conductor structure arranged on the stand side, wherein the movable part has at least one pressing element, wherein the movable part is movably attached to the stand part in such a way that a variable distance (D) can be set between the bearing surface and the pressing element, wherein the movable part is movably attached to the stand part in such a way that the movable part is movable by a translational movement, characterized in that the conductor structure is a conductor structure for generating an alternating electromagnetic field for inductively transmitting energy to the terminal or is an antenna structure for unidirectional or bidirectional wireless communication with the terminal , wherein the movable part is movably attached to the stand part in such a way that the movable part is movable by a rotational movement, wherein the movable part has at least one pin which is rotatably mounted on the stand part , wherein the at least one pin is arranged in an elongated hole or a groove of the stand part .