mhurhangee/patent-ind-claim-en huggingface dataset:
A method for controlling a mineral material processing plant, comprising producing operating power for actuators with a motor or motors, wherein the actuators comprise a crusher , a feeder and a conveyor ; giving to the processing plant a command to switch to a standby mode, wherein the command to switch to the standby mode is given by an operating switch or automatically after a predetermined time has elapsed from fulfilment of a standby mode triggering condition; characterized by limiting mineral material feeding to the processing plant in response to the said command to switch to the standby mode wherein the feeding of mineral material into the processing plant is limited by stopping the actuators participating in the feeding or by reducing the speed thereof sufficiently so that the actuators participating in the feeding are not able to feed material into the mineral material processing plant; reducing speed of a motor or motors of the processing plant from a processing speed (Rf) to a reduced standby speed (Rsb) in response to the said command to switch to the standby mode; and ensuring that actuators directly in contact with the processing of mineral material apart from the actuators participating in the feeding of the processing plant remain operating with a reduced speed. producing operating power for actuators with a motor or motors, wherein the actuators comprise a crusher , a feeder and a conveyor ; giving to the processing plant a command to switch to a standby mode, wherein the command to switch to the standby mode is given by an operating switch or automatically after a predetermined time has elapsed from fulfilment of a standby mode triggering condition; characterized by limiting mineral material feeding to the processing plant in response to the said command to switch to the standby mode wherein the feeding of mineral material into the processing plant is limited by stopping the actuators participating in the feeding or by reducing the speed thereof sufficiently so that the actuators participating in the feeding are not able to feed material into the mineral material processing plant; reducing speed of a motor or motors of the processing plant from a processing speed (Rf) to a reduced standby speed (Rsb) in response to the said command to switch to the standby mode; and ensuring that actuators directly in contact with the processing of mineral material apart from the actuators participating in the feeding of the processing plant remain operating with a reduced speed.
Wind turbine comprising: - a hub ; - at least one blade ; and - at least one pitch bearing to connect the at least one blade to the hub , the at least one pitch bearing comprising: - at least an inner ring joined to the blade , - an outer ring joined to the hub and comprising a flat surface proximate to the blade and a flat surface proximate to the hub , - and at least a rolling race ; such that it further comprises at least a tensioning system comprising at least one tensioning element with two ends , said tensioning element is located more proximate to the flat surface proximate to the blade than to the flat surface proximate to the hub , wherein the tensioning system is configured to exert a radial compression force to at least a part of the outer ring of the at least one pitch bearing when a tension is applied to the at least one tensioning element , characterized in that the at least one tensioning element comprises at least one strand. - a hub ; - at least one blade ; and - at least one pitch bearing to connect the at least one blade to the hub , the at least one pitch bearing comprising: - at least an inner ring joined to the blade , - an outer ring joined to the hub and comprising a flat surface proximate to the blade and a flat surface proximate to the hub , - and at least a rolling race ; such that it further comprises at least a tensioning system comprising at least one tensioning element with two ends , said tensioning element is located more proximate to the flat surface proximate to the blade than to the flat surface proximate to the hub , wherein the tensioning system is configured to exert a radial compression force to at least a part of the outer ring of the at least one pitch bearing when a tension is applied to the at least one tensioning element , characterized in that the at least one tensioning element comprises at least one strand. - at least an inner ring joined to the blade , - an outer ring joined to the hub and comprising a flat surface proximate to the blade and a flat surface proximate to the hub , - and at least a rolling race ; such that it further comprises at least a tensioning system comprising at least one tensioning element with two ends , said tensioning element is located more proximate to the flat surface proximate to the blade than to the flat surface proximate to the hub , wherein the tensioning system is configured to exert a radial compression force to at least a part of the outer ring of the at least one pitch bearing when a tension is applied to the at least one tensioning element , characterized in that the at least one tensioning element comprises at least one strand.
A method for operating an automation system , wherein the automation system comprises a drive system comprising a rotor and an optical projection unit , wherein a control system of the automation system carries out the following steps: - determining a position information of the rotor ; - linking the rotor to an object to be displayed, said object comprising a display information; - rendering a projection to be displayed by the optical projection unit based on the position information of the rotor and the object to be displayed, wherein the projection to be displayed generates an image; - outputting the rendered projection to the optical projection unit , so that the optical projection unit outputs the rendered projection on a surface and/or on the rotor or its superstructures and/or transport goods of the drive system , characterized in that the drive system is a planar drive system comprising a planar stator and a rotor movable in at least two directions, wherein the rotor may be driven with the aid of a drive of the stator, wherein the position information comprises a distance of a rotor surface to a surface and wherein the distance is taken into account during rendering of the projection to be displayed. - determining a position information of the rotor ; - linking the rotor to an object to be displayed, said object comprising a display information; - rendering a projection to be displayed by the optical projection unit based on the position information of the rotor and the object to be displayed, wherein the projection to be displayed generates an image; - outputting the rendered projection to the optical projection unit , so that the optical projection unit outputs the rendered projection on a surface and/or on the rotor or its superstructures and/or transport goods of the drive system ,
A method of identifying anomalous mud flow comprising: determining an operating rate of a mud pump having an output thereof connected to a pipe string in a wellbore ; moving mud returned from the wellbore displaced by the mud pump through the pipe string to a first metering tank ; moving the returned mud from the first metering tank to a mud storage tank using a first transfer pump having a flow rate directly related to a measurable operating rate of the first transfer pump; measuring a first parameter related to volume of mud in the first metering tank; moving mud from the mud storage tank to a second metering tank using a second transfer pump, the second transfer pump having flow rate directly related to a measurable operating rate of the second transfer pump, the second metering tank being in fluid communication with an inlet of the mud pump; measuring a second parameter related to volume of mud in the second metering tank; and characterised in that the method further comprises the step of identifying anomalous mud flow by detecting changes in the measured operating rate of the first transfer pump wherein the first transfer pump operating rate is adjusted to maintain the first parameter substantially constant. determining an operating rate of a mud pump having an output thereof connected to a pipe string in a wellbore ; moving mud returned from the wellbore displaced by the mud pump through the pipe string to a first metering tank ; moving the returned mud from the first metering tank to a mud storage tank using a first transfer pump having a flow rate directly related to a measurable operating rate of the first transfer pump; measuring a first parameter related to volume of mud in the first metering tank; moving mud from the mud storage tank to a second metering tank using a second transfer pump, the second transfer pump having flow rate directly related to a measurable operating rate of the second transfer pump, the second metering tank being in fluid communication with an inlet of the mud pump; measuring a second parameter related to volume of mud in the second metering tank; and characterised in that the method further comprises the step of identifying anomalous mud flow by detecting changes in the measured operating rate of the first transfer pump wherein the first transfer pump operating rate is adjusted to maintain the first parameter substantially constant.
A syringe nest comprising: a planar base comprising a first surface and an opposing second surface , the planar base including a plurality of stiffening members extending from at least one peripheral edge of the planar base toward the plurality of nesting units ; and a plurality of nesting units extending from and interconnected by the planar base and having contiguous walls , a perimeter of the planar base surrounding the plurality of nesting units , each nesting unit comprising a hollow hexagonal body having a first open end and an opposing second open end , wherein the first open end of each body is distal from the planar base and the second open end is proximate the planar base , and wherein the nesting units are aligned symmetrically in a vertex to vertex orientation and each nesting unit has a diameter larger than a diameter of a flange of a syringe nesting in the respective nesting unit , characterised in that the nesting units are arranged in a spaced apart manner, such that triangular shaped voids are formed between the nesting units . a planar base comprising a first surface and an opposing second surface , the planar base including a plurality of stiffening members extending from at least one peripheral edge of the planar base toward the plurality of nesting units ; and a plurality of nesting units extending from and interconnected by the planar base and having contiguous walls , a perimeter of the planar base surrounding the plurality of nesting units , each nesting unit comprising a hollow hexagonal body having a first open end and an opposing second open end , wherein the first open end of each body is distal from the planar base and the second open end is proximate the planar base , and wherein the nesting units are aligned symmetrically in a vertex to vertex orientation and each nesting unit has a diameter larger than a diameter of a flange of a syringe nesting in the respective nesting unit , wherein the first open end of each body is distal from the planar base and the second open end is proximate the planar base , and wherein the nesting units are aligned symmetrically in a vertex to vertex orientation and each nesting unit has a diameter larger than a diameter of a flange of a syringe nesting in the respective nesting unit , characterised in that the nesting units are arranged in a spaced apart manner, such that triangular shaped voids are formed between the nesting units .
An imaging system comprising: a computer tomography (CT) imager ; an imager translation mechanism arranged to translate said CT imager along a predetermined translation axis in each of a first direction and a second direction responsive to a provided electrical power, said predetermined translation axis exhibiting an imaging angle (α) with the floor of a room which contains the imaging system , said imaging angle between translation axis and floor being less than 90 degrees and greater than 0 degrees; said first direction being toward the floor along said translation axis , said second direction opposing said first direction; characterized in that the imaging system further comprises: a piston translation mechanism ; a counterweight arranged to translate along a counterweight axis , said counterweight arranged to provide counterbalance to said CT imager ; and a piston power mechanism arranged to provide motive power to said piston translation mechanism , wherein said piston translation mechanism is arranged to translate said CT imager in said second direction responsive to said provided motive power in the absence of the provided electrical power, and wherein said arrangement of said piston translation mechanism to translate said CT imager in said second direction comprises translating said counterweight along said counterweight axis and as a result CT imager 20 is translated in said second direction. a computer tomography (CT) imager ; an imager translation mechanism arranged to translate said CT imager along a predetermined translation axis in each of a first direction and a second direction responsive to a provided electrical power, said predetermined translation axis exhibiting an imaging angle (α) with the floor of a room which contains the imaging system , said imaging angle between translation axis and floor being less than 90 degrees and greater than 0 degrees; said first direction being toward the floor along said translation axis , said second direction opposing said first direction; a piston translation mechanism ; a counterweight arranged to translate along a counterweight axis , said counterweight arranged to provide counterbalance to said CT imager ; and a piston power mechanism arranged to provide motive power to said piston translation mechanism , wherein said piston translation mechanism is arranged to translate said CT imager in said second direction responsive to said provided motive power in the absence of the provided electrical power, and wherein said arrangement of said piston translation mechanism to translate said CT imager in said second direction comprises translating said counterweight along said counterweight axis and as a result CT imager 20 is translated in said second direction.
An inflatable pool assembly comprising: an inner wall defining a water cavity ; an outer wall cooperating with the inner wall to define an inflatable chamber ; a plurality of water sprayers spaced around the water cavity , each of the plurality of water sprayers comprising: a suction module positioned at least partially within the inflatable chamber and having an air inlet positioned at the outer wall ; an outlet module positioned at least partially within the inflatable chamber and having a mixed outlet positioned at the inner wall , wherein the mixed outlet is in fluid communication with the air inlet and a water inlet ; a connecting pipe between the suction module and the outlet module ; and a water inlet valve positioned within the inflatable chamber and coupled to each outlet module by a pipe . an inner wall defining a water cavity ; an outer wall cooperating with the inner wall to define an inflatable chamber ; a plurality of water sprayers spaced around the water cavity , each of the plurality of water sprayers comprising: a suction module positioned at least partially within the inflatable chamber and having an air inlet positioned at the outer wall ; an outlet module positioned at least partially within the inflatable chamber and having a mixed outlet positioned at the inner wall , wherein the mixed outlet is in fluid communication with the air inlet and a water inlet ; a connecting pipe between the suction module and the outlet module ; and a suction module positioned at least partially within the inflatable chamber and having an air inlet positioned at the outer wall ; an outlet module positioned at least partially within the inflatable chamber and having a mixed outlet positioned at the inner wall , wherein the mixed outlet is in fluid communication with the air inlet and a water inlet ; a connecting pipe between the suction module and the outlet module ; and a water inlet valve positioned within the inflatable chamber and coupled to each outlet module by a pipe .
An information processing method comprising: a first program causing a computer to execute a function being activated by a license; and a second program executing license authentication in response to an instruction from the first program, at least one part of the second program being obfuscated, characterized in the second program executing one part of the function in a case where the license is valid, and the second program causing the computer to execute processing in which an execution result of the one part of the function is outputted to the first program. a first program causing a computer to execute a function being activated by a license; and a second program executing license authentication in response to an instruction from the first program, at least one part of the second program being obfuscated, characterized in the second program executing one part of the function in a case where the license is valid, and the second program causing the computer to execute processing in which an execution result of the one part of the function is outputted to the first program.
A wireless charging coil, comprising: a first wire and a second wire , wherein the first wire and the second wire are both spirally wound into coils; the first wire comprises a first wire part and a second wire part that are connected to each other, and the second wire comprises a third wire part and a fourth wire part that are connected to each other; the first wire part is located in a first layer, the second wire part is located in a second layer, the third wire part is located in the first layer, and the fourth wire part is located in the second layer; the first layer and the second layer are two adjacent layers; any wire part in the first wire comprises a first section of wire part and a second section of wire part, the first section of wire part and the second section of wire part each comprise at least two strands of sub-wires, an a-th strand of sub-wire of the first section of wire part and a b-th strand of sub-wire of the second section of wire part are connected to each other, a and b are both positive integers, and a is not equal to b; any wire part in the second wire comprises a third section of wire part and a fourth section of wire part, the third section of wire part and the fourth section of wire part each comprise at least two strands of sub-wires, a c-th strand of sub-wire of the third section of wire part and a d-th strand of sub-wire of the fourth section of wire part are connected to each other, c and d are both positive integers, and c is not equal to d. the first wire comprises a first wire part and a second wire part that are connected to each other, and the second wire comprises a third wire part and a fourth wire part that are connected to each other; the first wire part is located in a first layer, the second wire part is located in a second layer, the third wire part is located in the first layer, and the fourth wire part is located in the second layer; the first layer and the second layer are two adjacent layers; any wire part in the first wire comprises a first section of wire part and a second section of wire part, the first section of wire part and the second section of wire part each comprise at least two strands of sub-wires, an a-th strand of sub-wire of the first section of wire part and a b-th strand of sub-wire of the second section of wire part are connected to each other, a and b are both positive integers, and a is not equal to b; any wire part in the second wire comprises a third section of wire part and a fourth section of wire part, the third section of wire part and the fourth section of wire part each comprise at least two strands of sub-wires, a c-th strand of sub-wire of the third section of wire part and a d-th strand of sub-wire of the fourth section of wire part are connected to each other, c and d are both positive integers, and c is not equal to d.
Method for producing a composite component constructed from a fibre-reinforced plastics component on which at least one surface with a coating is formed, wherein a structure formed with textile fibres is impregnated with a flowable polymeric matrix material such that the fibres are completely surrounded by the flowable polymeric matrix material and in the region of the surface that is provided with the coating , a thickness of the flowable polymeric matrix material above the fibres of at least 100 μm is maintained and there at least one ply of a pull-off fabric, a mesh or a gauze is laid on and wetted or impregnated completely with the flowable polymeric matrix material, afterwards the polymeric matrix material is cured and then the at least one ply of the pull-off fabric, the mesh or the gauze is removed by peeling and consequently in this region a surface of increased roughness is obtained such that between the surface of increased roughness and the fibres there is a layer formed with the cured polymeric matrix material, having a thickness of at least 100 μm and subsequently the coating is applied in the region of the surface of increased roughness by means of a thermal spraying process. a structure formed with textile fibres is impregnated with a flowable polymeric matrix material such that the fibres are completely surrounded by the flowable polymeric matrix material and in the region of the surface that is provided with the coating , a thickness of the flowable polymeric matrix material above the fibres of at least 100 μm is maintained and there at least one ply of a pull-off fabric, a mesh or a gauze is laid on and wetted or impregnated completely with the flowable polymeric matrix material, afterwards the polymeric matrix material is cured and then the at least one ply of the pull-off fabric, the mesh or the gauze is removed by peeling and consequently in this region a surface of increased roughness is obtained such that between the surface of increased roughness and the fibres there is a layer formed with the cured polymeric matrix material, having a thickness of at least 100 μm and subsequently the coating is applied in the region of the surface of increased roughness by means of a thermal spraying process.