mhurhangee/ep-ind-claims huggingface dataset:
A plant control device, comprising: a feedback controller that determines a control input of a plant by feedback control so as to bring an output value of a control amount of the plant close to a target value, characterized in that: the plant control device further comprises a reference governor that calculates a future predicted value of a specific state quantity of the plant by using a model of a closed loop system including the plant and the feedback controller, and corrects the target value that is given to the feedback controller based on the predicted value and a constraint that is imposed on the specific state quantity; and wherein the reference governor searches for an optimal value of an evaluation function that is expressed by an objective function with a corrected target value candidate as a variable, and a penalty function that adds a penalty to the objective function when the predicted value conflicts with the constraint, and determines a corrected target value candidate that optimizes the evaluation function as a corrected target value. a feedback controller that determines a control input of a plant by feedback control so as to bring an output value of a control amount of the plant close to a target value, characterized in that: the plant control device further comprises a reference governor that calculates a future predicted value of a specific state quantity of the plant by using a model of a closed loop system including the plant and the feedback controller, and corrects the target value that is given to the feedback controller based on the predicted value and a constraint that is imposed on the specific state quantity; and wherein the reference governor searches for an optimal value of an evaluation function that is expressed by an objective function with a corrected target value candidate as a variable, and a penalty function that adds a penalty to the objective function when the predicted value conflicts with the constraint, and determines a corrected target value candidate that optimizes the evaluation function as a corrected target value. the plant control device further comprises a reference governor that calculates a future predicted value of a specific state quantity of the plant by using a model of a closed loop system including the plant and the feedback controller, and corrects the target value that is given to the feedback controller based on the predicted value and a constraint that is imposed on the specific state quantity; and wherein the reference governor searches for an optimal value of an evaluation function that is expressed by an objective function with a corrected target value candidate as a variable, and a penalty function that adds a penalty to the objective function when the predicted value conflicts with the constraint, and determines a corrected target value candidate that optimizes the evaluation function as a corrected target value.
A method for wireless communication by a user equipment, UE, comprising: receiving an uplink, UL, grant assigning resources for UL transmissions by the UE to a next generation Node B, gNB; determining the assigned resources are insufficient to transmit the UL transmissions; transmitting to the gNB a power headroom report, PHR, having a negative value based, at least in part, on the determination; and receiving a second UL grant assigning additional UL resources for the UL transmissions in response to transmitting the PHR having the negative value. receiving an uplink, UL, grant assigning resources for UL transmissions by the UE to a next generation Node B, gNB; determining the assigned resources are insufficient to transmit the UL transmissions; transmitting to the gNB a power headroom report, PHR, having a negative value based, at least in part, on the determination; and receiving a second UL grant assigning additional UL resources for the UL transmissions in response to transmitting the PHR having the negative value.
A method for tamping a track, with tamping tines squeezable towards one another in pairs by means of a squeezing cylinder, wherein a vibration is superimposed on a linear lift motion of a squeezing piston movable along an axis in the squeezing cylinder, characterized in that the vibration is generated by means of a vibration piston which is arranged in the squeezing cylinder and movable independently of the squeezing piston.
Device for monitoring tyre pressure of a vehicle system comprising an agricultural tractor and an agricultural implement, having at least one vehicle tyre (20a, 20b, 20c, 20d), which communicates with a tyre inflation system for adapting a tyre internal pressure, and a control unit, which calculates a target value to be maintained for the tyre internal pressure in accordance with at least one external control variable, the control unit adapting the calculated target value as a function of an operating state classification derived from operating state variables of the vehicle system, the control unit determining a geo-position of the vehicle system that is correlated with the derived operating state classification and storing the latter together with the operating state classification in a memory unit in order to retrieve the associated operating state classification from the memory unit for the purpose of anticipatory adaptation of the target value of the tyre internal pressure when a renewed approach of the vehicle system to the stored a geo-position is detected, characterized in that the operating state variables reproduce characteristic control valve settings or sequences for the performance of specific hydraulic working functions of the agricultural implement.
A method for analyzing blood cells comprising: preparing a measurement specimen for classifying white blood cells, by mixing a sample with a reagent in order to hemolyze red blood cells contained in the sample and to fluorescently stain nucleic acid in white blood cells contained in the sample; detecting, by flowing the measurement specimen in a flow cell, fluorescence emitted from each blood cell in the measurement specimen and two types of scattered light at respective different angles, and obtaining a fluorescence signal and two types of scattered light signals; characterized by further comprising: creating a three-dimensional distribution chart defined by axes of forward scattered light signal, side scattered light signal, and fluorescence signal and classifying each dot corresponding to each blood cell using the three-dimensional distribution chart into any of four groups respectively corresponding to four subclasses of white blood cell or a cluster corresponding to neoplastic lymphocytes, the four subclasses corresponding to a cluster of lymphocytes, a cluster of monocytes, a cluster of a blood cell group including neutrophils and basophils, and a cluster of eosinophils. preparing a measurement specimen for classifying white blood cells, by mixing a sample with a reagent in order to hemolyze red blood cells contained in the sample and to fluorescently stain nucleic acid in white blood cells contained in the sample; detecting, by flowing the measurement specimen in a flow cell, fluorescence emitted from each blood cell in the measurement specimen and two types of scattered light at respective different angles, and obtaining a fluorescence signal and two types of scattered light signals; characterized by further comprising: creating a three-dimensional distribution chart defined by axes of forward scattered light signal, side scattered light signal, and fluorescence signal and classifying each dot corresponding to each blood cell using the three-dimensional distribution chart into any of four groups respectively corresponding to four subclasses of white blood cell or a cluster corresponding to neoplastic lymphocytes, the four subclasses corresponding to a cluster of lymphocytes, a cluster of monocytes, a cluster of a blood cell group including neutrophils and basophils, and a cluster of eosinophils.
A hybrid battery charger-testing device comprising: • a battery charger having a DC output stage, wherein the battery charger is suitable for recharging a battery when connected to the DC output stage, and • a monodirectional or bidirectional boost converter circuit added to the DC output stage of the battery charger, the monodirectional or bidirectional boost converter circuit being configured to output current test sequences for testing the battery when connected to the DC output stage, wherein the monodirectional or bidirectional boost converter circuit has a dedicated current and/or voltage sensor, a full scale range of the dedicated current and/or voltage (34, 36) sensor being adapted to test currents or voltages to be applied to the battery for testing the battery. • a battery charger having a DC output stage, wherein the battery charger is suitable for recharging a battery when connected to the DC output stage, and • a monodirectional or bidirectional boost converter circuit added to the DC output stage of the battery charger, the monodirectional or bidirectional boost converter circuit being configured to output current test sequences for testing the battery when connected to the DC output stage, wherein the monodirectional or bidirectional boost converter circuit has a dedicated current and/or voltage sensor, a full scale range of the dedicated current and/or voltage (34, 36) sensor being adapted to test currents or voltages to be applied to the battery for testing the battery.
An energy receiver comprising: - a power reception coil configured to wirelessly receive power from an energy transmitter; - an energy storage element configured to store the power received from the energy transmitter; - a memory being configured to store identification information of the energy receiver and to store a threshold of a Q value of the energy receiver to be compared with a measured Q value of a power transmission coil of the energy transmitter; - a communication unit to communicate with the energy transmitter to measure the Q value, and - a control unit configured -- to receive a command related to Q value measurement from the energy transmitter, -- to control switch, store charge in the energy storage element upon receipt of the command related to Q value measurement, -- to transmit and receive information related to the Q value of the resonance circuit including the power reception coil in the energy receiver and a decision result as to whether there is a foreign object, -- to receive a charging command from the energy transmitter, and -- to supply the received power to a load connected to the energy receiver upon receipt of the charging command, which is issued by the energy transmitter after no foreign object has been detected. - a power reception coil configured to wirelessly receive power from an energy transmitter; - an energy storage element configured to store the power received from the energy transmitter; - a memory being configured to store identification information of the energy receiver and to store a threshold of a Q value of the energy receiver to be compared with a measured Q value of a power transmission coil of the energy transmitter; - a communication unit to communicate with the energy transmitter to measure the Q value, and - a control unit configured -- to receive a command related to Q value measurement from the energy transmitter, -- to control switch, store charge in the energy storage element upon receipt of the command related to Q value measurement, -- to transmit and receive information related to the Q value of the resonance circuit including the power reception coil in the energy receiver and a decision result as to whether there is a foreign object, -- to receive a charging command from the energy transmitter, and -- to supply the received power to a load connected to the energy receiver upon receipt of the charging command, which is issued by the energy transmitter after no foreign object has been detected. -- to receive a command related to Q value measurement from the energy transmitter, -- to control switch, store charge in the energy storage element upon receipt of the command related to Q value measurement, -- to transmit and receive information related to the Q value of the resonance circuit including the power reception coil in the energy receiver and a decision result as to whether there is a foreign object, -- to receive a charging command from the energy transmitter, and -- to supply the received power to a load connected to the energy receiver upon receipt of the charging command, which is issued by the energy transmitter after no foreign object has been detected.
A computing device comprising: - a communication endpoint configured to establish a connection with a Near-Eye Display device; - at least one processing logic configured to send to said Near-Eye Display device, through said communication endpoint: - a layout comprising at least one graphical command, each of said at least one graphical command being defined by an identifier and at least one command parameter; - a command to save said layout; - whenever a display of said layout to a wearer of the Near-Eye Display device is needed, a command to display said layout. - a communication endpoint configured to establish a connection with a Near-Eye Display device; - at least one processing logic configured to send to said Near-Eye Display device, through said communication endpoint: - a layout comprising at least one graphical command, each of said at least one graphical command being defined by an identifier and at least one command parameter; - a command to save said layout; - whenever a display of said layout to a wearer of the Near-Eye Display device is needed, a command to display said layout. - a layout comprising at least one graphical command, each of said at least one graphical command being defined by an identifier and at least one command parameter; - a command to save said layout; - whenever a display of said layout to a wearer of the Near-Eye Display device is needed, a command to display said layout.
A swing jaw of a jaw crusher with a receptacle provided in a top part of the swing jaw for pivotably holding the swing jaw on the jaw crusher, and a supporting region located in a bottom part of the swing jaw for supporting the swing jaw, wherein for reinforcement purposes, the swing jaw comprises a hollow body structure, characterized in that the hollow body structure, in a longitudinal section of the swing jaw, consists of a plurality of reinforcing elements, all of which have a common intersection point along their main axis of extension.
A method of performing congestion notification for a data transmission from a sender to a receiver, said data transmission involving a first node and a second node between said sender and receiver, said data packets passing from said second node to said first node towards said receiver, where said method comprises: - sending a message from said first node to said second node, said message relating to a decision on whether to notify said receiver of a congestion condition in said data transmission, - sending an explicit congestion notification from said second node to said receiver if it is decided to notify said receiver of said congestion condition, characterized in, that said explicit congestion notification is sent by said second node in a control message to said first node, said control message being distinguishable from user plane messages, and that the method further comprises said first node, in response to identifying said control message, forwarding said explicit congestion notification to said receiver according to a low delay transmission procedure that provides lower delays towards said receiver than experienced by user plane traffic. - sending a message from said first node to said second node, said message relating to a decision on whether to notify said receiver of a congestion condition in said data transmission, - sending an explicit congestion notification from said second node to said receiver if it is decided to notify said receiver of said congestion condition, characterized in,
An oil pump, comprising: a pump body; an outer rotor; and an inner rotor, the pump body including a rotor chamber having an inner circumferential support wall on an inner circumferential side, an inlet port and an outlet port formed in the rotor chamber, an inlet passage communicating with said inlet port, an outlet passage communicating with said outlet port, a relief valve allowing oil to flow from the outlet passage to said inlet passage by relieving pressure, a relief chamber formed on a discharge side of the relief valve, and an oil return passage formed from said relief chamber to said inlet passage; characterized in that: the outer rotor is supported by the inner circumferential support wall of said rotor chamber; and the inner rotors is arranged on an inner circumferential side of the outer rotor, wherein said oil return passage is formed in said inner circumferential support wall as a groove-like recess and opens along an outer circumferential surface of said outer rotor. a pump body; an outer rotor; and an inner rotor, the pump body including a rotor chamber having an inner circumferential support wall on an inner circumferential side, an inlet port and an outlet port formed in the rotor chamber, an inlet passage communicating with said inlet port, an outlet passage communicating with said outlet port, a relief valve allowing oil to flow from the outlet passage to said inlet passage by relieving pressure, a relief chamber formed on a discharge side of the relief valve, and an oil return passage formed from said relief chamber to said inlet passage; characterized in that: the outer rotor is supported by the inner circumferential support wall of said rotor chamber; and the inner rotors is arranged on an inner circumferential side of the outer rotor, wherein said oil return passage is formed in said inner circumferential support wall as a groove-like recess and opens along an outer circumferential surface of said outer rotor. the outer rotor is supported by the inner circumferential support wall of said rotor chamber; and the inner rotors is arranged on an inner circumferential side of the outer rotor, wherein said oil return passage is formed in said inner circumferential support wall as a groove-like recess and opens along an outer circumferential surface of said outer rotor.
A refrigerant circulation device having a compressor, a condenser, an expansion valve and an evaporator connected by a main pipe (17a, 17b, 17c, 17d, 17e) to form a refrigerant circulation circuit through which a refrigerant is circulated, wherein the refrigerant circulation device comprises: a drive that drives the compressor via a speed increaser, and a drive cooling unit that cools the drive with the refrigerant condensed in the condenser, characterised in that the refrigerant circulation circuit is filled with a refrigerant containing a hydrofluoroolefin or a hydrochlorofluoroolefin having a carbon-carbon double bond within a molecular structure thereof, wherein a desiccant that can trap moisture is disposed in the evaporator or the drive cooling unit, and the refrigerant circulation device further comprises a notification unit configured to measure a condensing pressure and an evaporating pressure of the refrigerant during operation, and to notify timing for refrigerant replacement when a measured value of at least one of the condensing pressure and the evaporating pressure falls outside a predetermined tolerance. a drive that drives the compressor via a speed increaser, and a drive cooling unit that cools the drive with the refrigerant condensed in the condenser, characterised in that the refrigerant circulation circuit is filled with a refrigerant containing a hydrofluoroolefin or a hydrochlorofluoroolefin having a carbon-carbon double bond within a molecular structure thereof, wherein a desiccant that can trap moisture is disposed in the evaporator or the drive cooling unit, and the refrigerant circulation device further comprises a notification unit configured to measure a condensing pressure and an evaporating pressure of the refrigerant during operation, and to notify timing for refrigerant replacement when a measured value of at least one of the condensing pressure and the evaporating pressure falls outside a predetermined tolerance.
An appliance support (100; 200) comprising a frame provided with fastener means (111, 112, 113, 114) for fastening to an electrical box, the frame presenting an inner edge that defines a mounting opening for mounting an appliance mechanism (20; 30; 40; 50; 60), the inner edge being extended rearwards by a side wall that defines a housing (110; 210) for receiving said appliance mechanism (20; 30; 40; 50; 60; 70), said housing (110; 210) being closed at the back by a back wall (116; 216) that completely closes said housing (110; 210), wherein said back wall (116; 216) is arranged to receive at least three electrical connection terminals (140; 240) housed in three mutually insulated compartments, said compartments being defined by partitions (124; 224) made of insulating material and placed on an inside face of the back wall (116; 216), wherein individual orifices (125; 225) are provided, each giving access from outside the housing (110; 210) directly to a respective one of said compartments for electrically powering the connection terminal (140; 240) housed in said compartment, said appliance support further comprising at least one insulating cover (130; 130, 260) that is configured to be fitted in said housing (110; 210) and to enclose said connection terminals (140; 240), and that includes individual openings (135; 135, 265) each configured to give access via the mounting opening from the inside of the housing (110; 210) directly to a respective one of the compartments for inserting a connection pin (28; 48; 58; 68; 78) of the appliance mechanism (20; 30; 40; 50; 60; 70) in the connection terminal (140; 240) housed in said compartment. wherein said back wall (116; 216) is arranged to receive at least three electrical connection terminals (140; 240) housed in three mutually insulated compartments, said compartments being defined by partitions (124; 224) made of insulating material and placed on an inside face of the back wall (116; 216), wherein individual orifices (125; 225) are provided, each giving access from outside the housing (110; 210) directly to a respective one of said compartments for electrically powering the connection terminal (140; 240) housed in said compartment, said appliance support further comprising at least one insulating cover (130; 130, 260) that is configured to be fitted in said housing (110; 210) and to enclose said connection terminals (140; 240), and that includes individual openings (135; 135, 265) each configured to give access via the mounting opening from the inside of the housing (110; 210) directly to a respective one of the compartments for inserting a connection pin (28; 48; 58; 68; 78) of the appliance mechanism (20; 30; 40; 50; 60; 70) in the connection terminal (140; 240) housed in said compartment.