mhurhangee/patent-ind-claim-en huggingface dataset:
A tire bead lubricating system for applying lubricant to beads of a tire, comprising: a frame ; a pair of conveyor belts associated with said frame for transferring a tire, said pair of conveyor belts having a conveyor opening therebetween; characterised by a pop-up table having a plurality of table rollers and which is positioned between said pair of conveyor belts in the area of said conveyor opening , and at least one table air cylinder being coupled to the pop-up table for lifting the tire off said pair of conveyor belts and for allowing rotation of the tire; and a lubricating wick assembly axially movable by a movement cylinder into a bore of the tire, said lubricating wick assembly having opposed caps connected to one another by at least one engagement roller and wherein at least one elongate brush extends from at least one of said caps and wherein said at least one engagement roller and said at least one elongate brush contact a bead (B) of the tire (T) and said at least one elongate brush applies lubricant to the bead (B) of the tire (T). a frame ; a pair of conveyor belts associated with said frame for transferring a tire, said pair of conveyor belts having a conveyor opening therebetween; characterised by a pop-up table having a plurality of table rollers and which is positioned between said pair of conveyor belts in the area of said conveyor opening , and at least one table air cylinder being coupled to the pop-up table for lifting the tire off said pair of conveyor belts and for allowing rotation of the tire; and a lubricating wick assembly axially movable by a movement cylinder into a bore of the tire, said lubricating wick assembly having opposed caps connected to one another by at least one engagement roller and wherein at least one elongate brush extends from at least one of said caps and wherein said at least one engagement roller and said at least one elongate brush contact a bead (B) of the tire (T) and said at least one elongate brush applies lubricant to the bead (B) of the tire (T).
A method for operating a wind turbine power system connected to an electrical grid, the wind turbine power system having one or more electrical components, the method comprising: collecting data relating to one or more parameters of the one or more electrical components; performing a statistical analysis of the data relating to one or more parameters of the one or more electrical components; predicting future behavior of the one or more electrical components based on the statistical analysis; determining set points for the one or more electrical components using the predicted future behavior; and, operating the wind turbine power system at the determined set points for the one or more electrical components so as to optimize at least one characteristic of the one or more electrical components; wherein the statistical analysis comprises at least one of: an individual probability, a combined probability, a mean, an outlier, a standard deviation, or combinations thereof; and wherein the wind turbine power system is part of a wind farm comprising a plurality of wind turbine power systems, the method further comprising: maximizing, via a farm-level controller that distributes real power and/or reactive power demands differently across the plurality of wind turbine power systems, a capability of each of the plurality of wind turbine power systems in the wind farm depending on the individual probability or the combined probability for specific wind turbine power systems of the plurality of wind turbine power systems so as to optimize power output of the wind farm. collecting data relating to one or more parameters of the one or more electrical components; performing a statistical analysis of the data relating to one or more parameters of the one or more electrical components; predicting future behavior of the one or more electrical components based on the statistical analysis; determining set points for the one or more electrical components using the predicted future behavior; and, operating the wind turbine power system at the determined set points for the one or more electrical components so as to optimize at least one characteristic of the one or more electrical components; wherein the statistical analysis comprises at least one of: an individual probability, a combined probability, a mean, an outlier, a standard deviation, or combinations thereof; and wherein the wind turbine power system is part of a wind farm comprising a plurality of wind turbine power systems, the method further comprising: maximizing, via a farm-level controller that distributes real power and/or reactive power demands differently across the plurality of wind turbine power systems, a capability of each of the plurality of wind turbine power systems in the wind farm depending on the individual probability or the combined probability for specific wind turbine power systems of the plurality of wind turbine power systems so as to optimize power output of the wind farm.
A high-frequency radiation device , comprising an active area (A1) and a non-active area (A2); a first modulation unit (P1) disposed in the active area (A1) for transmitting and receiving wireless signal; an ion attraction unit (IAU) disposed in at least one of the active area (A1) and the non-active area (A2), wherein the ion attraction unit (IAU) is electrically insulated from the first modulation unit (P1); and a first substrate , a second substrate , and a dielectric layer , wherein the first substrate is disposed opposite to the second substrate , and the dielectric layer is located between the first substrate and the second substrate , wherein the ion attraction unit (IAU) comprises: a first alignment layer disposed on a surface of the first substrate that is adjacent to the dielectric layer ; a first attraction electrode disposed between the first substrate and the first alignment layer ; a second alignment layer disposed on a surface of the second substrate that is adjacent to the dielectric layer ; a second attraction electrode disposed between the second substrate and the second alignment layer ; wherein the first attraction electrode and the second attraction electrode overlap in a normal direction of the first substrate wherein a first insulating layer disposed between the first attraction electrode and the first alignment layer ; and a second insulating layer disposed between the second attraction electrode and the second alignment layer . a first alignment layer disposed on a surface of the first substrate that is adjacent to the dielectric layer ; a first attraction electrode disposed between the first substrate and the first alignment layer ; a second alignment layer disposed on a surface of the second substrate that is adjacent to the dielectric layer ; a second attraction electrode disposed between the second substrate and the second alignment layer ; wherein the first attraction electrode and the second attraction electrode overlap in a normal direction of the first substrate wherein a first insulating layer disposed between the first attraction electrode and the first alignment layer ; and a second insulating layer disposed between the second attraction electrode and the second alignment layer .
A diaphragm pump comprising: a diaphragm including a deformation portion having a cup shape; a partition configured to close an opening portion of the deformation portion and form a pump chamber together with the deformation portion ; a suction through hole extending through the partition ; a suction passage communicating with the pump chamber via the suction through hole ; a discharge through hole extending through the partition ; a discharge passage communicating with the pump chamber via the discharge through hole ; a driving mechanism configured to convert rotation of a motor into a reciprocating motion and alternately deform the deformation portion in a direction of increasing a capacity of the pump chamber and in a direction of decreasing the capacity of the pump chamber ; a suction valve attached to the partition and configured to open the suction passage in a stroke of increasing the capacity of the pump chamber and close the suction passage in a stroke without increasing the capacity; and a discharge valve attached to the partition in the discharge passage and configured to open the discharge passage in a stroke of decreasing the capacity of the pump chamber and close the discharge passage in a stroke without decreasing the capacity, wherein the partition includes a seat surface on a side facing the pump chamber , and the suction valve includes a valve body configured to come into contact with or separate from the seat surface , characterized in that the valve body includes a leak structure configured to form a channel between the valve body and the seat surface . a diaphragm including a deformation portion having a cup shape; a partition configured to close an opening portion of the deformation portion and form a pump chamber together with the deformation portion ; a suction through hole extending through the partition ; a suction passage communicating with the pump chamber via the suction through hole ; a discharge through hole extending through the partition ; a discharge passage communicating with the pump chamber via the discharge through hole ; a driving mechanism configured to convert rotation of a motor into a reciprocating motion and alternately deform the deformation portion in a direction of increasing a capacity of the pump chamber and in a direction of decreasing the capacity of the pump chamber ; a suction valve attached to the partition and configured to open the suction passage in a stroke of increasing the capacity of the pump chamber and close the suction passage in a stroke without increasing the capacity; and a discharge valve attached to the partition in the discharge passage and configured to open the discharge passage in a stroke of decreasing the capacity of the pump chamber and close the discharge passage in a stroke without decreasing the capacity, wherein the partition includes a seat surface on a side facing the pump chamber , and the suction valve includes a valve body configured to come into contact with or separate from the seat surface ,
Coating device for coating components, in particular for painting motor vehicle body components, comprising a) a high-voltage zone or an explosion-proof zone , b) an electrically grounded zone , c) at least one electrical consumer arranged within the high-voltage zone and/or within the explosion-proof zone , which requires electrical energy for operation, and d) a transmission system (5-10; 17) for wireless transmission of the electrical energy required for operation of the at least one consumer to the consumer and/or for transmission of data from and/or to the at least one consumer by means of d1) a transmitting coil and d2) a receiving coil arranged in the high-voltage zone or in the explosion-proof zone, characterized in e) that the transmitting coil arranged in the electrically grounded zone or outside the explosion-proof zone. a) a high-voltage zone or an explosion-proof zone , b) an electrically grounded zone , c) at least one electrical consumer arranged within the high-voltage zone and/or within the explosion-proof zone , which requires electrical energy for operation, and d) a transmission system (5-10; 17) for wireless transmission of the electrical energy required for operation of the at least one consumer to the consumer and/or for transmission of data from and/or to the at least one consumer by means of d1) a transmitting coil and d2) a receiving coil arranged in the high-voltage zone or in the explosion-proof zone, characterized in d1) a transmitting coil and d2) a receiving coil arranged in the high-voltage zone or in the explosion-proof zone, characterized in e) that the transmitting coil arranged in the electrically grounded zone or outside the explosion-proof zone.
Method for producing a prefabricated 3D-printed part, preferably a concrete prefabricated component , for the construction industry, comprising the following method steps: - in a first method step at least one layer of at least one particulate aggregate is deposited on a production pallet by means of at least one layer depositing device , - in a second method step a predetermined dose of at least one binder or at least one water-binder mixture , comprising water and at least one hydraulic binder, in particular a cement-based binder, is delivered at at least one locally predetermined region of the at least one layer of the at least one aggregate by means of at least one printhead , - in a third method step at least one reinforcement is arranged, by means of at least one reinforcement depositing device , at least in regions on and/or in at least the at least one locally predetermined region , at which the predetermined dose of the at least one binder or the at least one water-binder mixture was delivered in the course of the second method step, characterized in that the reinforcement is sunk, in the course of the third method step, at least in regions into the locally predetermined region of the at least one layer of the at least one particulate aggregate in which the predetermined dose of the at least one binder or of the at least one water-binder mixture has been delivered, preferably by pressing, shaking and/or vibration. - in a first method step at least one layer of at least one particulate aggregate is deposited on a production pallet by means of at least one layer depositing device , - in a second method step a predetermined dose of at least one binder or at least one water-binder mixture , comprising water and at least one hydraulic binder, in particular a cement-based binder, is delivered at at least one locally predetermined region of the at least one layer of the at least one aggregate by means of at least one printhead , - in a third method step at least one reinforcement is arranged, by means of at least one reinforcement depositing device , at least in regions on and/or in at least the at least one locally predetermined region , at which the predetermined dose of the at least one binder or the at least one water-binder mixture was delivered in the course of the second method step, characterized in that the reinforcement is sunk, in the course of the third method step, at least in regions into the locally predetermined region of the at least one layer of the at least one particulate aggregate in which the predetermined dose of the at least one binder or of the at least one water-binder mixture has been delivered, preferably by pressing, shaking and/or vibration.
A cover assembly for accommodating a plurality of secondary battery cells, comprising: An upper cover including a first groove formed to extend in a first direction and a second groove formed to extend in parallel to the first groove in the first direction; a wire assembly including a first wire and a second wire positioned in the first groove and the second groove, respectively, and a third wire connected to a thermistor , and positioned across one side of the cover and a first surface of the upper cover ; and a bottom cover extending in a shape of the wire assembly, and coupled to the upper cover to fix the wire assembly, wherein: the bottom cover includes a main bottom cover for covering a portion positioned on an upper surface of the cover of the wire assembly, and first and second sub bottom covers for covering the first wire and the second wire, respectively; and the third wire is branched from the wire assembly and is retraced toward the thermistor in a direction facing the one side, and the thermistor is inserted into a third groove that is connected with the first groove and is deeper than the first groove. An upper cover including a first groove formed to extend in a first direction and a second groove formed to extend in parallel to the first groove in the first direction; a wire assembly including a first wire and a second wire positioned in the first groove and the second groove, respectively, and a third wire connected to a thermistor , and positioned across one side of the cover and a first surface of the upper cover ; and a bottom cover extending in a shape of the wire assembly, and coupled to the upper cover to fix the wire assembly, wherein: the bottom cover includes a main bottom cover for covering a portion positioned on an upper surface of the cover of the wire assembly, and first and second sub bottom covers for covering the first wire and the second wire, respectively; and the third wire is branched from the wire assembly and is retraced toward the thermistor in a direction facing the one side, and the thermistor is inserted into a third groove that is connected with the first groove and is deeper than the first groove. the bottom cover includes a main bottom cover for covering a portion positioned on an upper surface of the cover of the wire assembly, and first and second sub bottom covers for covering the first wire and the second wire, respectively; and the third wire is branched from the wire assembly and is retraced toward the thermistor in a direction facing the one side, and the thermistor is inserted into a third groove that is connected with the first groove and is deeper than the first groove.
A medication dispenser comprising: a base seat including a mouthpiece ; a circuitry unit disposed on said base seat , and including a first circuit board , a battery , a first switch that is disposed on said first circuit board , and a second switch that is disposed on said first circuit board ; and an outer casing movably mounted to said base seat , and movable relative to said base seat between a close position where said outer casing covers said mouthpiece , and an open position where said outer casing uncovers said mouthpiece , when said outer casing is at the close position, said first switch being actuated such that electric power is prevented from being supplied from said battery to said first circuit board , when said outer casing is at the open position, said second switch being actuated such that electric power is supplied from said battery to said first circuit board ; said medication dispenser being characterized in that said outer casing includes an upper plate and a slide block that is fixedly disposed on an inner surface of said upper plate , said slide block for actuating said first switch or said second switch , said slide block moving with movement of said outer casing for actuating said first switch when said outer casing is at the close position and for actuating said second switch when said outer casing is at the open position. a base seat including a mouthpiece ; a circuitry unit disposed on said base seat , and including a first circuit board , a battery , a first switch that is disposed on said first circuit board , and a second switch that is disposed on said first circuit board ; and an outer casing movably mounted to said base seat , and movable relative to said base seat between a close position where said outer casing covers said mouthpiece , and an open position where said outer casing uncovers said mouthpiece , when said outer casing is at the close position, said first switch being actuated such that electric power is prevented from being supplied from said battery to said first circuit board , when said outer casing is at the open position, said second switch being actuated such that electric power is supplied from said battery to said first circuit board ; said medication dispenser being characterized in that said outer casing includes an upper plate and a slide block that is fixedly disposed on an inner surface of said upper plate , said slide block for actuating said first switch or said second switch , said slide block moving with movement of said outer casing for actuating said first switch when said outer casing is at the close position and for actuating said second switch when said outer casing is at the open position.
A sole for an article of footwear, the sole comprising: a base portion including an upper surface ; and a stud extending from the base portion and including a first end portion adjacent to the base portion , a second end portion disposed opposite the first end portion and configured to contact a ground surface , and an intermediate portion disposed between the first end portion and the second end portion , the first end portion configured to move substantially independently of the second end portion ; wherein the stud includes an integral stud portion and a stud insert received within the intermediate portion , the stud insert having a greater flexibility than the integral stud portion ; whereby the integral stud portion is hollowed out adjacent to the intermediate portion and the first end portion , so that the stud insert fills the hollow extending through the intermediate portion and the first end portion and is exposed on the upper surface of the base portion ; characterized in that the stud is disposed at a medial side of the base portion and the stud insert is exposed on a medial side of the stud. a base portion including an upper surface ; and a stud extending from the base portion and including a first end portion adjacent to the base portion , a second end portion disposed opposite the first end portion and configured to contact a ground surface , and an intermediate portion disposed between the first end portion and the second end portion , the first end portion configured to move substantially independently of the second end portion ; wherein the stud includes an integral stud portion and a stud insert received within the intermediate portion , the stud insert having a greater flexibility than the integral stud portion ; whereby the integral stud portion is hollowed out adjacent to the intermediate portion and the first end portion , so that the stud insert fills the hollow extending through the intermediate portion and the first end portion and is exposed on the upper surface of the base portion ; characterized in that the stud is disposed at a medial side of the base portion and the stud insert is exposed on a medial side of the stud.