mhurhangee/ep-ind-claims huggingface dataset:
A power plant comprising: a boiler for heating process fluids; a multistage first steam turbine with an outlet line that passes through the boiler, the outlet line comprising an extraction line configured and arranged to extract steam from an intermediate stage of the first steam turbine and heat at least one of the process fluids; a control system comprising: and an extraction control valve, in the extraction line, for modulating flowrate through the extraction line; a temperature measurement device configured and arranged to measure a temperature of process fluid in the outlet line; and a controller configured and arranged to modulate the extraction control valve based on the temperature measurement. a boiler for heating process fluids; a multistage first steam turbine with an outlet line that passes through the boiler, the outlet line comprising an extraction line configured and arranged to extract steam from an intermediate stage of the first steam turbine and heat at least one of the process fluids; a control system comprising: and an extraction control valve, in the extraction line, for modulating flowrate through the extraction line; a temperature measurement device configured and arranged to measure a temperature of process fluid in the outlet line; and a controller configured and arranged to modulate the extraction control valve based on the temperature measurement. an extraction control valve, in the extraction line, for modulating flowrate through the extraction line; a temperature measurement device configured and arranged to measure a temperature of process fluid in the outlet line; and a controller configured and arranged to modulate the extraction control valve based on the temperature measurement.
A food processing apparatus comprising: a container having a food-containing volume; a lid for the container; and a rotatable processing assembly having a portion that is engageable with the lid, characterised in that when the lid is engaged with the container and the portion of the processing assembly is engaged with the lid, the portion of the processing assembly and the lid are rotationally fixed relative to each other in both a first rotational direction and a second rotational direction. a container having a food-containing volume; a lid for the container; and a rotatable processing assembly having a portion that is engageable with the lid, characterised in that when the lid is engaged with the container and the portion of the processing assembly is engaged with the lid, the portion of the processing assembly and the lid are rotationally fixed relative to each other in both a first rotational direction and a second rotational direction.
A method, comprising: maintaining, by a first network node, a first connection between the first network node and a user equipment which has a second connection with a second network node, the first connection being independent of the second connection; receiving, by the first network node, a message from the user equipment to instruct the first network node to transfer context information of the user equipment to a third network node; determining, by the first network node, the third network node for re-establishing a third connection between the third network node and the user equipment, in response to a link failure of the second connection; and transferring, by the first network node, context information of the user equipment from the first network node to the third network node. maintaining, by a first network node, a first connection between the first network node and a user equipment which has a second connection with a second network node, the first connection being independent of the second connection; receiving, by the first network node, a message from the user equipment to instruct the first network node to transfer context information of the user equipment to a third network node; determining, by the first network node, the third network node for re-establishing a third connection between the third network node and the user equipment, in response to a link failure of the second connection; and transferring, by the first network node, context information of the user equipment from the first network node to the third network node.
A control method for a powertrain of a vehicle comprising at least one step for calculation of a preventive torque (Cp) of a heat engine to limit the jerks of the powertrain, said torque (Cp) depending on a torque setpoint (Cc), said step comprising a transition state of engine play when said torque (Cp) is comprised between a first threshold and a second threshold, said method being characterized in that one of said thresholds (S1, S2) is equal: - to the sum of a physical threshold (Sp) and of a dynamic threshold (Sd) as long as said state has not been crossed; - solely to said physical threshold after said state has been crossed, this being as long as said torque setpoint (Cc) is greater than a predefined torque threshold setpoint (seuil_Cc). - to the sum of a physical threshold (Sp) and of a dynamic threshold (Sd) as long as said state has not been crossed; - solely to said physical threshold after said state has been crossed, this being as long as said torque setpoint (Cc) is greater than a predefined torque threshold setpoint (seuil_Cc).
A method for operating a hybrid communication device, comprising: a) executing at least one boot program; b) the boot program execution causing concurrently executing a first code for booting at least a real-time operating system (504, 606) on which a radio processor of the hybrid communication device is built and a second code for booting at least a mobile operating system (508, 806) on which a cellular processor of the hybrid communication device is built, wherein the radio processor is configured to provide wireless radio communication functionalities and the cellular processor is configured to provide cellular communication functionalities; c) providing with the radio processor support for wireless radio communication functionalities while the mobile operating system is booting; and d) executing a third code for transferring control of the wireless radio communication functionalities and a first portion of a plurality of input and output devices of the hybrid communication device from the radio processor to the cellular processor, after the mobile operating system has fully booted. a) executing at least one boot program; b) the boot program execution causing concurrently executing a first code for booting at least a real-time operating system (504, 606) on which a radio processor of the hybrid communication device is built and a second code for booting at least a mobile operating system (508, 806) on which a cellular processor of the hybrid communication device is built, wherein the radio processor is configured to provide wireless radio communication functionalities and the cellular processor is configured to provide cellular communication functionalities; c) providing with the radio processor support for wireless radio communication functionalities while the mobile operating system is booting; and d) executing a third code for transferring control of the wireless radio communication functionalities and a first portion of a plurality of input and output devices of the hybrid communication device from the radio processor to the cellular processor, after the mobile operating system has fully booted.
A headgear comprising a head portion at least partly surrounding the head, an inflatable portion having an inflatable volume, a mouthpiece, and an air tube defining a flow connection between the mouthpiece and the inflatable volume, the headgear being characterized by further comprising at least one wind instrument, wherein a sound is producible by the at least one wind instrument in answer to air blown into the mouthpiece.
Relay for a motor vehicle, having - an electromagnet, - an armature which is movable relative to the electromagnet, wherein - the armature can be moved from an open position into a closed position by a magnetic force generated by the electromagnet, and - a first damping element which is arranged on the electromagnet for the purposes of reducing a kinetic energy of the armature during a movement from the open position into the closed position, wherein - the first damping element is designed such that the armature, during a movement from the open position into the closed position, firstly abuts against the damping element and thereafter deforms the first damping element such that the armature and the electromagnet make contact in the closed position, characterized in that - the first damping element has a smaller diameter in a region facing toward the armature than in a region averted from the armature. - an electromagnet, - an armature which is movable relative to the electromagnet, wherein - the armature can be moved from an open position into a closed position by a magnetic force generated by the electromagnet, and - a first damping element which is arranged on the electromagnet for the purposes of reducing a kinetic energy of the armature during a movement from the open position into the closed position, wherein - the first damping element is designed such that the armature, during a movement from the open position into the closed position, firstly abuts against the damping element and thereafter deforms the first damping element such that the armature and the electromagnet make contact in the closed position, - the first damping element has a smaller diameter in a region facing toward the armature than in a region averted from the armature.
Fish farming plant in the form of a Recirculated Aquaculture System, comprising a central tank and one or more surrounding tanks, preferably circular and with the same center, where the central tank is adapted to be used for water treatment in order to provide a water exchange at a water exchange rate in the one or more surrounding tanks, and where the one or more surrounding tanks is/are adapted to be used for farming of fish, preferably kingfish, salmon fish, grouper fish, barramundi and mahi mahi, wherein the fish farming plant further is equipped with flow applicators arranged in the one or more surrounding tanks, wherein: - the water treatment includes biofiltration at a biofilter, - each surrounding tank is equipped with one or two outlets and one or two inlets, irrespective of the number of tank sections, - wherein said fish farming plant is adapted to provide a substantially horizontal/laminar flow structure of the water, of potentially individual adjustable horizontal rate in each of the surrounding tanks, and - wherein the flow applicators, whereby a flow rate of the water in the surrounding tanks is individually independent of the water exchange rate, are adapted to contribute to optimizing the horizontal/laminar flow structure of the water, characterized in that the fish farming plant comprises several movable permeable section walls in each of the one or more surrounding tanks wherein each surrounding tank becomes divided into several adjustable tank sections. - the water treatment includes biofiltration at a biofilter, - each surrounding tank is equipped with one or two outlets and one or two inlets, irrespective of the number of tank sections, - wherein said fish farming plant is adapted to provide a substantially horizontal/laminar flow structure of the water, of potentially individual adjustable horizontal rate in each of the surrounding tanks, and - wherein the flow applicators, whereby a flow rate of the water in the surrounding tanks is individually independent of the water exchange rate, are adapted to contribute to optimizing the horizontal/laminar flow structure of the water,
A system for assisting the substantially vertical ascent or descent of a person, comprising: a rigging movable in a vertical direction; an apparatus coupled to the rigging, said apparatus being adapted to translate rigging movement into an ascent or descent assistance of the person and comprising a safety harness to be worn by said person; a sensor operable to detect a change in a load on the apparatus; and a control mechanism coupled to a power source and in electrical communication with the sensor to control power delivery to the rigging based on a detected change in a load on the apparatus; and characterized in that said sensor is attached to said safety harness to provide direct load sensing. a rigging movable in a vertical direction; an apparatus coupled to the rigging, said apparatus being adapted to translate rigging movement into an ascent or descent assistance of the person and comprising a safety harness to be worn by said person; a sensor operable to detect a change in a load on the apparatus; and a control mechanism coupled to a power source and in electrical communication with the sensor to control power delivery to the rigging based on a detected change in a load on the apparatus; and characterized in that said sensor is attached to said safety harness to provide direct load sensing.
Battery module comprising a battery module housing with parts made of plastic and a plurality of prismatic battery cells that have a cell housing with four side walls, two parallel side walls being larger than the two other side walls, wherein - the battery module housing has a cooling system with a channel structure and a fluid coolant, - the channel structure has a fluid connection with a coolant inlet and a coolant outlet of the battery module housing, - an intermediate wall made of plastic is located between two adjacent battery cells essentially parallel to the larger side walls of the battery cell, - one channel of the channel structure runs at least partially in the intermediate wall and is formed by means of a recess in the intermediate wall that is open at least to one adjacent side wall of the battery cell, - a plastic separating layer, whose material is preferably different to the material of the intermediate wall and whose thickness is less than the thickness of the intermediate wall, is arranged between the side wall of the battery cell and the intermediate wall in such a manner that the channel of the cooling system formed by the recess is closed by the plastic separating layer, - the intermediate wall has an intermediate wall base, which projects at least partially under the battery cells and preferably forms the base of the battery module housing together with other intermediate wall bases, the intermediate wall bases preferably corresponding with each other in such a manner that they engage with each other and particularly preferably lock together with each other. - the battery module housing has a cooling system with a channel structure and a fluid coolant, - the channel structure has a fluid connection with a coolant inlet and a coolant outlet of the battery module housing, - an intermediate wall made of plastic is located between two adjacent battery cells essentially parallel to the larger side walls of the battery cell, - one channel of the channel structure runs at least partially in the intermediate wall and is formed by means of a recess in the intermediate wall that is open at least to one adjacent side wall of the battery cell, - a plastic separating layer, whose material is preferably different to the material of the intermediate wall and whose thickness is less than the thickness of the intermediate wall, is arranged between the side wall of the battery cell and the intermediate wall in such a manner that the channel of the cooling system formed by the recess is closed by the plastic separating layer, - the intermediate wall has an intermediate wall base, which projects at least partially under the battery cells and preferably forms the base of the battery module housing together with other intermediate wall bases, the intermediate wall bases preferably corresponding with each other in such a manner that they engage with each other and particularly preferably lock together with each other.
A system for making a tire tread comprising: a tire vulcanization mold having lug forming portions; an extruder; a lower roller die; an upper roller die spaced from the lower roller die, thereby forming an opening; a conveyor having a first end proximate to the extruder and a second end proximate to the upper and lower roller dies (270, 280), such that the conveyor receives a strip of green rubber extruded by the extruder and feeds the strip of green rubber to the opening between the upper and lower roller dies (270, 280); and a drum (130; 700) proximate to the upper and lower roller dies (270, 280), wherein the upper and lower roller dies (270, 280) are configured to apply the strip of green rubber to the drum (130; 700), characterized by an adjustment apparatus configured to move the upper roller die relative to the lower roller die, thereby adjusting the size of the opening; and a controller configured to control the adjustment apparatus to move the upper roller die relative to the lower roller die while the conveyor feeds the strip of green rubber to the upper and lower roller dies (270, 280), thereby changing a thickness of the strip of green rubber as it is applied to the drum (130; 700), such that the thickness of the strip of green rubber corresponds to the lug forming portions of the tire vulcanization mold. a tire vulcanization mold having lug forming portions; an extruder; a lower roller die; an upper roller die spaced from the lower roller die, thereby forming an opening; a conveyor having a first end proximate to the extruder and a second end proximate to the upper and lower roller dies (270, 280), such that the conveyor receives a strip of green rubber extruded by the extruder and feeds the strip of green rubber to the opening between the upper and lower roller dies (270, 280); and a drum (130; 700) proximate to the upper and lower roller dies (270, 280), wherein the upper and lower roller dies (270, 280) are configured to apply the strip of green rubber to the drum (130; 700), characterized by an adjustment apparatus configured to move the upper roller die relative to the lower roller die, thereby adjusting the size of the opening; and a controller configured to control the adjustment apparatus to move the upper roller die relative to the lower roller die while the conveyor feeds the strip of green rubber to the upper and lower roller dies (270, 280), thereby changing a thickness of the strip of green rubber as it is applied to the drum (130; 700), such that the thickness of the strip of green rubber corresponds to the lug forming portions of the tire vulcanization mold.
Method for locating a locatable object hidden under a surface to be searched by means of a locating device, wherein at least one coupling signal that is dependent on the locatable object is received by a receiving means of the locating device. • wherein a first value C 1 of the coupling signal is acquired, and the first value C i is specified as the value C BG for a background subtraction; • wherein at least one further value C i of the coupling signal is acquired, and the value C BG for the background subtraction is recalibrated by the at least one further value C i if the at least one further value C i is less than the value C BG for the background subtraction; • wherein the value is recognized as valid depending on preselected criteria; characterized in that the re-calibration is then suspended when a valid value CBG is recognized for the background subtraction. • wherein a first value C 1 of the coupling signal is acquired, and the first value C i is specified as the value C BG for a background subtraction; • wherein at least one further value C i of the coupling signal is acquired, and the value C BG for the background subtraction is recalibrated by the at least one further value C i if the at least one further value C i is less than the value C BG for the background subtraction; • wherein the value is recognized as valid depending on preselected criteria;
A method of functioning of an escapement device (400; 400'; 400"; 400*) situated between a mobile (1b; 1b'; 1b"; 1b*) of a geartrain and an oscillator (4, 5), the escapement device comprising a first escapement mobile (1; 1'; 1"; 1*) pivoted about a first axis (A1; A1'; A1"; A1*), a second escapement mobile (2; 2'; 2"; 2*) pivoted about a second axis (A2; A2'; A2"; A2*), and a blocking-lever (3; 3'; 3"; 3*), - the method involving a disengagement phase, in which there are simultaneously applied to the second escapement mobile: ▪ a first force (F2; F20; F21; F22) of the first escapement mobile, and ▪ a second force (F3; F30; F31; F32) of the blocking-lever, wherein the intensity of the second force is less than the intensity of the first force, in particular, the intensity of the second force being less than 0.5 times, or less than 0.3 times, or less than 0.2 times the intensity of the first force. - the method involving a disengagement phase, in which there are simultaneously applied to the second escapement mobile: ▪ a first force (F2; F20; F21; F22) of the first escapement mobile, and ▪ a second force (F3; F30; F31; F32) of the blocking-lever, ▪ a first force (F2; F20; F21; F22) of the first escapement mobile, and ▪ a second force (F3; F30; F31; F32) of the blocking-lever,
A bird feeder comprising: a seed container; a seed tray situated below said seed container and connected thereto; a shroud extending about said seed tray, said shroud having an opening therein to permit access to said seed tray, said shroud having a bottom portion; a perch proximate said opening in said shroud; a center tube mounted internally of said seed container; a non rotatable nut mounted within said center tube proximate an upper end thereof; a rotatable post within said center tube, an upper end of said rotatable post being screwthreadedly engaged with said non rotatable nut, a lower end of said rotatable post extending through said bottom portion of said shroud, stop means on said rotatable post to retain said shroud; a spring (104, 106) within said center tube, said spring (104, 106) extending between said non rotatable nut and said seed tray; a plunger having a portion thereof located within an upper end of said center tube, said plunger contacting an upper end of said post; a rod extending upwardly from a top end of said center tube; and a cover about an upper end of said feed container, said cover resting on said plunger. a seed container; a seed tray situated below said seed container and connected thereto; a shroud extending about said seed tray, said shroud having an opening therein to permit access to said seed tray, said shroud having a bottom portion; a perch proximate said opening in said shroud; a center tube mounted internally of said seed container; a non rotatable nut mounted within said center tube proximate an upper end thereof; a rotatable post within said center tube, an upper end of said rotatable post being screwthreadedly engaged with said non rotatable nut, a lower end of said rotatable post extending through said bottom portion of said shroud, stop means on said rotatable post to retain said shroud; a spring (104, 106) within said center tube, said spring (104, 106) extending between said non rotatable nut and said seed tray; a plunger having a portion thereof located within an upper end of said center tube, said plunger contacting an upper end of said post; a rod extending upwardly from a top end of said center tube; and a cover about an upper end of said feed container, said cover resting on said plunger.