Difference between revisions of "Hyundai Motor Company patent applications published on November 30th, 2023"
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+ | '''Summary of the patent applications from Hyundai Motor Company on November 30th, 2023''' | ||
+ | |||
+ | Hyundai Motor Company has recently filed several patents for various technologies. These patents cover areas such as power saving in sidelink communication, video coding methods, generating prediction blocks in video encoding, communication network systems, sensorless induction motor systems, metal-carbon dioxide batteries, valve opening/closing detection devices for fuel cell systems, dialogue systems, vehicle control methods, and vehicle recommendation systems. | ||
+ | |||
+ | In the power saving patent, Hyundai describes a method for saving power in sidelink communication using a DRX-based method. This involves transmitting information about PSFCH intervals to a terminal, determining an SL DRX cycle based on these intervals, and transmitting the SL DRX cycle information to the terminal. | ||
+ | |||
+ | The video coding patent introduces a method and device that simplify the video coding process and improve efficiency by performing intra prediction of subblocks without unnecessary parsing of the intra-prediction mode. It also revises the prediction mode or reconstruction order when intra-predicting subblocks divided from the current block. | ||
+ | |||
+ | The patent for generating prediction blocks in video encoding involves using a weighted-sum of an intra-prediction signal and an inter-prediction signal. The current block of video data is split into subblocks, each assigned a weight set. The prediction block is determined based on a weighted-sum of the intra-prediction signal and the inter-prediction signal, with the specific weighted-sum depending on the weight set assigned to each subblock. | ||
+ | |||
+ | The communication network system patent describes a system that enables communication between CAN and Ethernet networks. It includes a CAN controller, a gateway that generates conversion messages for Ethernet communication based on predetermined conversion determination data, and an Ethernet controller that receives these messages. | ||
+ | |||
+ | The sensorless induction motor system patent presents a motor control method that predicts the time required for the rotor to stop when the motor is commanded to stop. After the predicted stop waiting time, the controller applies a pulse voltage to each phase of the stator multiple times and determines that the rotor has stopped when the minimum deviation value of an induced current is equal to or greater than a reference value. | ||
+ | |||
+ | The metal-carbon dioxide battery patent describes a battery system for generating hydrogen and storing carbon dioxide. It consists of two plates, a separator, a spacer, anode sheets, a pressing unit, and a cathode, all arranged in a specific configuration. | ||
+ | |||
+ | The valve opening/closing detection device patent introduces a device that detects the opening and closing of a valve in a fuel cell system without the need for a separate sensor. It accurately detects the valve's time points based on the fluctuation range of the differential value of the current supplied to the valve. | ||
+ | |||
+ | The dialogue system patent describes a system that can understand and respond to user speech. It includes a database, a speech recognition device, a natural language understanding device, and a controller that generates additional query instructions based on the main domain and task determined from the user's speech. | ||
+ | |||
+ | The vehicle and control method patent involves a controller that can determine when the driver is getting out of the vehicle by analyzing state information. It can also determine the use state of the vehicle's battery based on the driver's getting-off state and generate a control signal to send a warning message to the driver's terminal. | ||
+ | |||
+ | The vehicle recommendation system patent aims to provide personalized vehicle recommendations based on a user's preferences and tendencies. It includes devices that assess a user's preferences, analyze various tendencies of different vehicles, and generate a tendency matching index to indicate how well a user's preferences align with the tendencies of each vehicle. | ||
+ | |||
+ | Notable applications: | ||
+ | * Power saving in sidelink communication using a DRX-based method. | ||
+ | * Simplified video coding method and device using subblock partition-based intra prediction. | ||
+ | * Method and device for generating prediction blocks in video encoding using weighted-sum of intra-prediction and inter-prediction signals. | ||
+ | * Communication network system enabling communication between CAN and Ethernet networks. | ||
+ | * Sensorless induction motor system with rotor stop prediction and control method. | ||
+ | * Metal-carbon dioxide battery for hydrogen generation and carbon dioxide storage. | ||
+ | * Valve opening/closing detection device for fuel cell systems without separate sensors. | ||
+ | * Dialogue system that understands and responds to user speech. | ||
+ | * Vehicle and control method that analyzes state information to determine driver actions and battery use state. | ||
+ | * Vehicle recommendation system that matches user preferences with vehicle tendencies to provide personalized recommendations. | ||
+ | |||
+ | |||
+ | |||
+ | |||
==Patent applications for Hyundai Motor Company on November 30th, 2023== | ==Patent applications for Hyundai Motor Company on November 30th, 2023== | ||
− | ===Ultrasound Generator, Pest Extermination System Using Ultrasound Generator and Method of Controlling Ultrasound Generator ([[US Patent Application 17986447. Ultrasound Generator, Pest Extermination System Using Ultrasound Generator and Method of Controlling Ultrasound Generator simplified abstract|17986447]])=== | + | ===Ultrasound Generator, Pest Extermination System Using Ultrasound Generator and Method of Controlling Ultrasound Generator ([[US Patent Application 17986447. Ultrasound Generator, Pest Extermination System Using Ultrasound Generator and Method of Controlling Ultrasound Generator simplified abstract (Hyundai Motor Company)|17986447]])=== |
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− | ===ULTRASONIC GENERATOR AND METHOD FOR REPELLING MOSQUITO IN VEHICLE USING THE SAME ([[US Patent Application 17988656. ULTRASONIC GENERATOR AND METHOD FOR REPELLING MOSQUITO IN VEHICLE USING THE SAME simplified abstract|17988656]])=== | + | ===ULTRASONIC GENERATOR AND METHOD FOR REPELLING MOSQUITO IN VEHICLE USING THE SAME ([[US Patent Application 17988656. ULTRASONIC GENERATOR AND METHOD FOR REPELLING MOSQUITO IN VEHICLE USING THE SAME simplified abstract (Hyundai Motor Company)|17988656]])=== |
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− | ===Walking Assistance System and Method for Controlling the Same ([[US Patent Application 17986657. Walking Assistance System and Method for Controlling the Same simplified abstract|17986657]])=== | + | ===Walking Assistance System and Method for Controlling the Same ([[US Patent Application 17986657. Walking Assistance System and Method for Controlling the Same simplified abstract (Hyundai Motor Company)|17986657]])=== |
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− | ===VEHICLE SYSTEM AND METHOD FOR DETERMINING A LOCATION OF TIRE PRESSURE MONITORING SENSOR ([[US Patent Application 18077287. VEHICLE SYSTEM AND METHOD FOR DETERMINING A LOCATION OF TIRE PRESSURE MONITORING SENSOR simplified abstract|18077287]])=== | + | ===VEHICLE SYSTEM AND METHOD FOR DETERMINING A LOCATION OF TIRE PRESSURE MONITORING SENSOR ([[US Patent Application 18077287. VEHICLE SYSTEM AND METHOD FOR DETERMINING A LOCATION OF TIRE PRESSURE MONITORING SENSOR simplified abstract (Hyundai Motor Company)|18077287]])=== |
Line 33: | Line 72: | ||
− | ===APPARATUS OF DECREASING INTAKE AIR TEMPERATURE OF ENGINE ([[US Patent Application 17992248. APPARATUS OF DECREASING INTAKE AIR TEMPERATURE OF ENGINE simplified abstract|17992248]])=== | + | ===APPARATUS OF DECREASING INTAKE AIR TEMPERATURE OF ENGINE ([[US Patent Application 17992248. APPARATUS OF DECREASING INTAKE AIR TEMPERATURE OF ENGINE simplified abstract (Hyundai Motor Company)|17992248]])=== |
Line 41: | Line 80: | ||
− | ===MOUNTING SYSTEM FOR HVAC COMPONENT ([[US Patent Application 17960398. MOUNTING SYSTEM FOR HVAC COMPONENT simplified abstract|17960398]])=== | + | ===MOUNTING SYSTEM FOR HVAC COMPONENT ([[US Patent Application 17960398. MOUNTING SYSTEM FOR HVAC COMPONENT simplified abstract (Hyundai Motor Company)|17960398]])=== |
Line 49: | Line 88: | ||
− | ===HEAT PUMP SYSTEM FOR VEHICLE AND CONTROL METHOD THEREOF ([[US Patent Application 18232022. HEAT PUMP SYSTEM FOR VEHICLE AND CONTROL METHOD THEREOF simplified abstract|18232022]])=== | + | ===HEAT PUMP SYSTEM FOR VEHICLE AND CONTROL METHOD THEREOF ([[US Patent Application 18232022. HEAT PUMP SYSTEM FOR VEHICLE AND CONTROL METHOD THEREOF simplified abstract (Hyundai Motor Company)|18232022]])=== |
Line 57: | Line 96: | ||
− | ===SPLIT HEATER APPARATUS AND METHOD OF MANUFACTURING THE SAME ([[US Patent Application 17972131. SPLIT HEATER APPARATUS AND METHOD OF MANUFACTURING THE SAME simplified abstract|17972131]])=== | + | ===SPLIT HEATER APPARATUS AND METHOD OF MANUFACTURING THE SAME ([[US Patent Application 17972131. SPLIT HEATER APPARATUS AND METHOD OF MANUFACTURING THE SAME simplified abstract (Hyundai Motor Company)|17972131]])=== |
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− | ===ACTIVE PAIRING METHOD AND DEVICE FOR WIRELESS LAN-BASED SMART CHARGING OR SMART CHARGING AND DISCHARGING ([[US Patent Application 18032615. ACTIVE PAIRING METHOD AND DEVICE FOR WIRELESS LAN-BASED SMART CHARGING OR SMART CHARGING AND DISCHARGING simplified abstract|18032615]])=== | + | ===ACTIVE PAIRING METHOD AND DEVICE FOR WIRELESS LAN-BASED SMART CHARGING OR SMART CHARGING AND DISCHARGING ([[US Patent Application 18032615. ACTIVE PAIRING METHOD AND DEVICE FOR WIRELESS LAN-BASED SMART CHARGING OR SMART CHARGING AND DISCHARGING simplified abstract (Hyundai Motor Company)|18032615]])=== |
Line 73: | Line 112: | ||
− | ===SERVER AND CONTROL METHOD THEREOF ([[US Patent Application 18078361. SERVER AND CONTROL METHOD THEREOF simplified abstract|18078361]])=== | + | ===SERVER AND CONTROL METHOD THEREOF ([[US Patent Application 18078361. SERVER AND CONTROL METHOD THEREOF simplified abstract (Hyundai Motor Company)|18078361]])=== |
Line 81: | Line 120: | ||
− | ===Method for Battery Conditioning of Vehicle ([[US Patent Application 18059694. Method for Battery Conditioning of Vehicle simplified abstract|18059694]])=== | + | ===Method for Battery Conditioning of Vehicle ([[US Patent Application 18059694. Method for Battery Conditioning of Vehicle simplified abstract (Hyundai Motor Company)|18059694]])=== |
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− | ===VEHICLE AND METHOD OF CONTROLLING THE SAME ([[US Patent Application 18078201. VEHICLE AND METHOD OF CONTROLLING THE SAME simplified abstract|18078201]])=== | + | ===VEHICLE AND METHOD OF CONTROLLING THE SAME ([[US Patent Application 18078201. VEHICLE AND METHOD OF CONTROLLING THE SAME simplified abstract (Hyundai Motor Company)|18078201]])=== |
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− | ===METHOD AND APPARATUS FOR BRAKING VEHICLE ([[US Patent Application 17849331. METHOD AND APPARATUS FOR BRAKING VEHICLE simplified abstract|17849331]])=== | + | ===METHOD AND APPARATUS FOR BRAKING VEHICLE ([[US Patent Application 17849331. METHOD AND APPARATUS FOR BRAKING VEHICLE simplified abstract (Hyundai Motor Company)|17849331]])=== |
Line 105: | Line 144: | ||
− | ===VEHICLE FOR PERFORMING MINIMAL RISK MANEUVER AND METHOD FOR OPERATING THE SAME ([[US Patent Application 18034227. VEHICLE FOR PERFORMING MINIMAL RISK MANEUVER AND METHOD FOR OPERATING THE SAME simplified abstract|18034227]])=== | + | ===VEHICLE FOR PERFORMING MINIMAL RISK MANEUVER AND METHOD FOR OPERATING THE SAME ([[US Patent Application 18034227. VEHICLE FOR PERFORMING MINIMAL RISK MANEUVER AND METHOD FOR OPERATING THE SAME simplified abstract (Hyundai Motor Company)|18034227]])=== |
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− | ===SYSTEM FOR ENABLING A VEHICLE TO PERFORM A CIRCUIT MODE ([[US Patent Application 18078549. SYSTEM FOR ENABLING A VEHICLE TO PERFORM A CIRCUIT MODE simplified abstract|18078549]])=== | + | ===SYSTEM FOR ENABLING A VEHICLE TO PERFORM A CIRCUIT MODE ([[US Patent Application 18078549. SYSTEM FOR ENABLING A VEHICLE TO PERFORM A CIRCUIT MODE simplified abstract (Hyundai Motor Company)|18078549]])=== |
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− | ===VEHICLE DRIVING CONTROL APPARATUS AND VEHICLE DRIVING CONTROL METHOD ([[US Patent Application 17950904. VEHICLE DRIVING CONTROL APPARATUS AND VEHICLE DRIVING CONTROL METHOD simplified abstract|17950904]])=== | + | ===VEHICLE DRIVING CONTROL APPARATUS AND VEHICLE DRIVING CONTROL METHOD ([[US Patent Application 17950904. VEHICLE DRIVING CONTROL APPARATUS AND VEHICLE DRIVING CONTROL METHOD simplified abstract (Hyundai Motor Company)|17950904]])=== |
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− | ===VEHICLE SIDE BODY STRUCTURE ([[US Patent Application 17950889. VEHICLE SIDE BODY STRUCTURE simplified abstract|17950889]])=== | + | ===VEHICLE SIDE BODY STRUCTURE ([[US Patent Application 17950889. VEHICLE SIDE BODY STRUCTURE simplified abstract (Hyundai Motor Company)|17950889]])=== |
Line 137: | Line 176: | ||
− | ===Front Pillar Structure of Vehicle ([[US Patent Application 17963793. Front Pillar Structure of Vehicle simplified abstract|17963793]])=== | + | ===Front Pillar Structure of Vehicle ([[US Patent Application 17963793. Front Pillar Structure of Vehicle simplified abstract (Hyundai Motor Company)|17963793]])=== |
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− | ===Front Pillar Structure ([[US Patent Application 17991194. Front Pillar Structure simplified abstract|17991194]])=== | + | ===Front Pillar Structure ([[US Patent Application 17991194. Front Pillar Structure simplified abstract (Hyundai Motor Company)|17991194]])=== |
Line 153: | Line 192: | ||
− | ===Vehicle Roof Structure ([[US Patent Application 17992581. Vehicle Roof Structure simplified abstract|17992581]])=== | + | ===Vehicle Roof Structure ([[US Patent Application 17992581. Vehicle Roof Structure simplified abstract (Hyundai Motor Company)|17992581]])=== |
Line 161: | Line 200: | ||
− | ===Vehicle Body Joint Structure ([[US Patent Application 17964359. Vehicle Body Joint Structure simplified abstract|17964359]])=== | + | ===Vehicle Body Joint Structure ([[US Patent Application 17964359. Vehicle Body Joint Structure simplified abstract (Hyundai Motor Company)|17964359]])=== |
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− | ===CATALYST FOR SYNTHESIZING DIMETHYLETHER OR METHYLACETATE FROM SYNTHETIC GAS, METHOD FOR PREPARING THE SAME, AND METHOD FOR PREPARING DIMETHYLETHER OR METHYLACETATE USING THE SAME ([[US Patent Application 18233457. CATALYST FOR SYNTHESIZING DIMETHYLETHER OR METHYLACETATE FROM SYNTHETIC GAS, METHOD FOR PREPARING THE SAME, AND METHOD FOR PREPARING DIMETHYLETHER OR METHYLACETATE USING THE SAME simplified abstract|18233457]])=== | + | ===CATALYST FOR SYNTHESIZING DIMETHYLETHER OR METHYLACETATE FROM SYNTHETIC GAS, METHOD FOR PREPARING THE SAME, AND METHOD FOR PREPARING DIMETHYLETHER OR METHYLACETATE USING THE SAME ([[US Patent Application 18233457. CATALYST FOR SYNTHESIZING DIMETHYLETHER OR METHYLACETATE FROM SYNTHETIC GAS, METHOD FOR PREPARING THE SAME, AND METHOD FOR PREPARING DIMETHYLETHER OR METHYLACETATE USING THE SAME simplified abstract (Hyundai Motor Company)|18233457]])=== |
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− | ===PAINT COMPOSITION CONTAINING BIO-RESIN WITH IMPROVED CHEMICAL RESISTANCE ([[US Patent Application 18135867. PAINT COMPOSITION CONTAINING BIO-RESIN WITH IMPROVED CHEMICAL RESISTANCE simplified abstract|18135867]])=== | + | ===PAINT COMPOSITION CONTAINING BIO-RESIN WITH IMPROVED CHEMICAL RESISTANCE ([[US Patent Application 18135867. PAINT COMPOSITION CONTAINING BIO-RESIN WITH IMPROVED CHEMICAL RESISTANCE simplified abstract (Hyundai Motor Company)|18135867]])=== |
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− | ===ROLL-ROD FOR VEHICLE ([[US Patent Application 17983205. ROLL-ROD FOR VEHICLE simplified abstract|17983205]])=== | + | ===ROLL-ROD FOR VEHICLE ([[US Patent Application 17983205. ROLL-ROD FOR VEHICLE simplified abstract (Hyundai Motor Company)|17983205]])=== |
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− | ===Vehicle and Method of Controlling Vehicle ([[US Patent Application 18065063. Vehicle and Method of Controlling Vehicle simplified abstract|18065063]])=== | + | ===Vehicle and Method of Controlling Vehicle ([[US Patent Application 18065063. Vehicle and Method of Controlling Vehicle simplified abstract (Hyundai Motor Company)|18065063]])=== |
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− | ===METHOD FOR ANALYZING SHAPE OF OBJECT AND DEVICE FOR TRACKING OBJECT WITH LIDAR ([[US Patent Application 17900198. METHOD FOR ANALYZING SHAPE OF OBJECT AND DEVICE FOR TRACKING OBJECT WITH LIDAR simplified abstract|17900198]])=== | + | ===METHOD FOR ANALYZING SHAPE OF OBJECT AND DEVICE FOR TRACKING OBJECT WITH LIDAR ([[US Patent Application 17900198. METHOD FOR ANALYZING SHAPE OF OBJECT AND DEVICE FOR TRACKING OBJECT WITH LIDAR simplified abstract (Hyundai Motor Company)|17900198]])=== |
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− | ===METHOD FOR ANALYZING SHAPE OF OBJECT BY USE OF LIDAR THROUGH ADDITIONAL ANALYSIS OF WHOLE LAYER DATA AND DEVICE FOR TRACKING OBJECT ACCORDING TO THE SAME ([[US Patent Application 17984876. METHOD FOR ANALYZING SHAPE OF OBJECT BY USE OF LIDAR THROUGH ADDITIONAL ANALYSIS OF WHOLE LAYER DATA AND DEVICE FOR TRACKING OBJECT ACCORDING TO THE SAME simplified abstract|17984876]])=== | + | ===METHOD FOR ANALYZING SHAPE OF OBJECT BY USE OF LIDAR THROUGH ADDITIONAL ANALYSIS OF WHOLE LAYER DATA AND DEVICE FOR TRACKING OBJECT ACCORDING TO THE SAME ([[US Patent Application 17984876. METHOD FOR ANALYZING SHAPE OF OBJECT BY USE OF LIDAR THROUGH ADDITIONAL ANALYSIS OF WHOLE LAYER DATA AND DEVICE FOR TRACKING OBJECT ACCORDING TO THE SAME simplified abstract (Hyundai Motor Company)|17984876]])=== |
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− | ===VEHICLE MATCHING METHOD AND VEHICLE MATCHING SERVICE PROVIDING SERVER ([[US Patent Application 17975126. VEHICLE MATCHING METHOD AND VEHICLE MATCHING SERVICE PROVIDING SERVER simplified abstract|17975126]])=== | + | ===VEHICLE MATCHING METHOD AND VEHICLE MATCHING SERVICE PROVIDING SERVER ([[US Patent Application 17975126. VEHICLE MATCHING METHOD AND VEHICLE MATCHING SERVICE PROVIDING SERVER simplified abstract (Hyundai Motor Company)|17975126]])=== |
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− | ===Vehicle Recommendation Method and Server for Providing Vehicle Recommendation Service ([[US Patent Application 17977491. Vehicle Recommendation Method and Server for Providing Vehicle Recommendation Service simplified abstract|17977491]])=== | + | ===Vehicle Recommendation Method and Server for Providing Vehicle Recommendation Service ([[US Patent Application 17977491. Vehicle Recommendation Method and Server for Providing Vehicle Recommendation Service simplified abstract (Hyundai Motor Company)|17977491]])=== |
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− | ===VEHICLE RECOMMENDATION SYSTEM AND VEHICLE RECOMMENDATION METHOD ([[US Patent Application 17977581. VEHICLE RECOMMENDATION SYSTEM AND VEHICLE RECOMMENDATION METHOD simplified abstract|17977581]])=== | + | ===VEHICLE RECOMMENDATION SYSTEM AND VEHICLE RECOMMENDATION METHOD ([[US Patent Application 17977581. VEHICLE RECOMMENDATION SYSTEM AND VEHICLE RECOMMENDATION METHOD simplified abstract (Hyundai Motor Company)|17977581]])=== |
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− | ===VEHICLE RECOMMENDATION SYSTEM AND VEHICLE RECOMMENDATION METHOD ([[US Patent Application 17993069. VEHICLE RECOMMENDATION SYSTEM AND VEHICLE RECOMMENDATION METHOD simplified abstract|17993069]])=== | + | ===VEHICLE RECOMMENDATION SYSTEM AND VEHICLE RECOMMENDATION METHOD ([[US Patent Application 17993069. VEHICLE RECOMMENDATION SYSTEM AND VEHICLE RECOMMENDATION METHOD simplified abstract (Hyundai Motor Company)|17993069]])=== |
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− | ===VEHICLE AND CONTROL METHOD THEREOF ([[US Patent Application 18081066. VEHICLE AND CONTROL METHOD THEREOF simplified abstract|18081066]])=== | + | ===VEHICLE AND CONTROL METHOD THEREOF ([[US Patent Application 18081066. VEHICLE AND CONTROL METHOD THEREOF simplified abstract (Hyundai Motor Company)|18081066]])=== |
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− | ===Dialogue System and Method for Controlling the Same ([[US Patent Application 18186665. Dialogue System and Method for Controlling the Same simplified abstract|18186665]])=== | + | ===Dialogue System and Method for Controlling the Same ([[US Patent Application 18186665. Dialogue System and Method for Controlling the Same simplified abstract (Hyundai Motor Company)|18186665]])=== |
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− | ===VALVE OPENING/CLOSING DETECTION DEVICE FOR FUEL CELL SYSTEM AND METHOD THEREFOR ([[US Patent Application 17952666. VALVE OPENING/CLOSING DETECTION DEVICE FOR FUEL CELL SYSTEM AND METHOD THEREFOR simplified abstract|17952666]])=== | + | ===VALVE OPENING/CLOSING DETECTION DEVICE FOR FUEL CELL SYSTEM AND METHOD THEREFOR ([[US Patent Application 17952666. VALVE OPENING/CLOSING DETECTION DEVICE FOR FUEL CELL SYSTEM AND METHOD THEREFOR simplified abstract (Hyundai Motor Company)|17952666]])=== |
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− | ===SHEET-SHAPED ANODE FED-TYPE METAL-CARBON DIOXIDE BATTERY AND HYDROGEN GENERATION AND CARBON DIOXIDE STORAGE SYSTEM INCLUDING THE SAME ([[US Patent Application 18086363. SHEET-SHAPED ANODE FED-TYPE METAL-CARBON DIOXIDE BATTERY AND HYDROGEN GENERATION AND CARBON DIOXIDE STORAGE SYSTEM INCLUDING THE SAME simplified abstract|18086363]])=== | + | ===SHEET-SHAPED ANODE FED-TYPE METAL-CARBON DIOXIDE BATTERY AND HYDROGEN GENERATION AND CARBON DIOXIDE STORAGE SYSTEM INCLUDING THE SAME ([[US Patent Application 18086363. SHEET-SHAPED ANODE FED-TYPE METAL-CARBON DIOXIDE BATTERY AND HYDROGEN GENERATION AND CARBON DIOXIDE STORAGE SYSTEM INCLUDING THE SAME simplified abstract (Hyundai Motor Company)|18086363]])=== |
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− | ===SENSORLESS INDUCTION MOTOR SYSTEM AND CONTROL METHOD THEREOF ([[US Patent Application 17972726. SENSORLESS INDUCTION MOTOR SYSTEM AND CONTROL METHOD THEREOF simplified abstract|17972726]])=== | + | ===SENSORLESS INDUCTION MOTOR SYSTEM AND CONTROL METHOD THEREOF ([[US Patent Application 17972726. SENSORLESS INDUCTION MOTOR SYSTEM AND CONTROL METHOD THEREOF simplified abstract (Hyundai Motor Company)|17972726]])=== |
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− | ===COMMUNICATION NETWORK SYSTEM AND METHOD OF OPERATING SAME ([[US Patent Application 17984809. COMMUNICATION NETWORK SYSTEM AND METHOD OF OPERATING SAME simplified abstract|17984809]])=== | + | ===COMMUNICATION NETWORK SYSTEM AND METHOD OF OPERATING SAME ([[US Patent Application 17984809. COMMUNICATION NETWORK SYSTEM AND METHOD OF OPERATING SAME simplified abstract (Hyundai Motor Company)|17984809]])=== |
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− | ===METHOD FOR GENERATING PREDICTION BLOCK BY USING WEIGHTED-SUM OF INTRA PREDICTION SIGNAL AND INTER PREDICTION SIGNAL, AND DEVICE USING SAME ([[US Patent Application 18233228. METHOD FOR GENERATING PREDICTION BLOCK BY USING WEIGHTED-SUM OF INTRA PREDICTION SIGNAL AND INTER PREDICTION SIGNAL, AND DEVICE USING SAME simplified abstract|18233228]])=== | + | ===METHOD FOR GENERATING PREDICTION BLOCK BY USING WEIGHTED-SUM OF INTRA PREDICTION SIGNAL AND INTER PREDICTION SIGNAL, AND DEVICE USING SAME ([[US Patent Application 18233228. METHOD FOR GENERATING PREDICTION BLOCK BY USING WEIGHTED-SUM OF INTRA PREDICTION SIGNAL AND INTER PREDICTION SIGNAL, AND DEVICE USING SAME simplified abstract (Hyundai Motor Company)|18233228]])=== |
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− | ===METHOD AND APPARATUS FOR VIDEO CODING USING INTRA PREDICTION BASED ON SUBBLOCK PARTITIONING ([[US Patent Application 18234209. METHOD AND APPARATUS FOR VIDEO CODING USING INTRA PREDICTION BASED ON SUBBLOCK PARTITIONING simplified abstract|18234209]])=== | + | ===METHOD AND APPARATUS FOR VIDEO CODING USING INTRA PREDICTION BASED ON SUBBLOCK PARTITIONING ([[US Patent Application 18234209. METHOD AND APPARATUS FOR VIDEO CODING USING INTRA PREDICTION BASED ON SUBBLOCK PARTITIONING simplified abstract (Hyundai Motor Company)|18234209]])=== |
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− | ===DRX-BASED COMMUNICATION METHOD FOR POWER SAVING IN SIDELINK COMMUNICATION ([[US Patent Application 18223744. DRX-BASED COMMUNICATION METHOD FOR POWER SAVING IN SIDELINK COMMUNICATION simplified abstract|18223744]])=== | + | ===DRX-BASED COMMUNICATION METHOD FOR POWER SAVING IN SIDELINK COMMUNICATION ([[US Patent Application 18223744. DRX-BASED COMMUNICATION METHOD FOR POWER SAVING IN SIDELINK COMMUNICATION simplified abstract (Hyundai Motor Company)|18223744]])=== |
Latest revision as of 06:36, 7 December 2023
Summary of the patent applications from Hyundai Motor Company on November 30th, 2023
Hyundai Motor Company has recently filed several patents for various technologies. These patents cover areas such as power saving in sidelink communication, video coding methods, generating prediction blocks in video encoding, communication network systems, sensorless induction motor systems, metal-carbon dioxide batteries, valve opening/closing detection devices for fuel cell systems, dialogue systems, vehicle control methods, and vehicle recommendation systems.
In the power saving patent, Hyundai describes a method for saving power in sidelink communication using a DRX-based method. This involves transmitting information about PSFCH intervals to a terminal, determining an SL DRX cycle based on these intervals, and transmitting the SL DRX cycle information to the terminal.
The video coding patent introduces a method and device that simplify the video coding process and improve efficiency by performing intra prediction of subblocks without unnecessary parsing of the intra-prediction mode. It also revises the prediction mode or reconstruction order when intra-predicting subblocks divided from the current block.
The patent for generating prediction blocks in video encoding involves using a weighted-sum of an intra-prediction signal and an inter-prediction signal. The current block of video data is split into subblocks, each assigned a weight set. The prediction block is determined based on a weighted-sum of the intra-prediction signal and the inter-prediction signal, with the specific weighted-sum depending on the weight set assigned to each subblock.
The communication network system patent describes a system that enables communication between CAN and Ethernet networks. It includes a CAN controller, a gateway that generates conversion messages for Ethernet communication based on predetermined conversion determination data, and an Ethernet controller that receives these messages.
The sensorless induction motor system patent presents a motor control method that predicts the time required for the rotor to stop when the motor is commanded to stop. After the predicted stop waiting time, the controller applies a pulse voltage to each phase of the stator multiple times and determines that the rotor has stopped when the minimum deviation value of an induced current is equal to or greater than a reference value.
The metal-carbon dioxide battery patent describes a battery system for generating hydrogen and storing carbon dioxide. It consists of two plates, a separator, a spacer, anode sheets, a pressing unit, and a cathode, all arranged in a specific configuration.
The valve opening/closing detection device patent introduces a device that detects the opening and closing of a valve in a fuel cell system without the need for a separate sensor. It accurately detects the valve's time points based on the fluctuation range of the differential value of the current supplied to the valve.
The dialogue system patent describes a system that can understand and respond to user speech. It includes a database, a speech recognition device, a natural language understanding device, and a controller that generates additional query instructions based on the main domain and task determined from the user's speech.
The vehicle and control method patent involves a controller that can determine when the driver is getting out of the vehicle by analyzing state information. It can also determine the use state of the vehicle's battery based on the driver's getting-off state and generate a control signal to send a warning message to the driver's terminal.
The vehicle recommendation system patent aims to provide personalized vehicle recommendations based on a user's preferences and tendencies. It includes devices that assess a user's preferences, analyze various tendencies of different vehicles, and generate a tendency matching index to indicate how well a user's preferences align with the tendencies of each vehicle.
Notable applications:
- Power saving in sidelink communication using a DRX-based method.
- Simplified video coding method and device using subblock partition-based intra prediction.
- Method and device for generating prediction blocks in video encoding using weighted-sum of intra-prediction and inter-prediction signals.
- Communication network system enabling communication between CAN and Ethernet networks.
- Sensorless induction motor system with rotor stop prediction and control method.
- Metal-carbon dioxide battery for hydrogen generation and carbon dioxide storage.
- Valve opening/closing detection device for fuel cell systems without separate sensors.
- Dialogue system that understands and responds to user speech.
- Vehicle and control method that analyzes state information to determine driver actions and battery use state.
- Vehicle recommendation system that matches user preferences with vehicle tendencies to provide personalized recommendations.
Contents
- 1 Patent applications for Hyundai Motor Company on November 30th, 2023
- 1.1 Ultrasound Generator, Pest Extermination System Using Ultrasound Generator and Method of Controlling Ultrasound Generator (17986447)
- 1.2 ULTRASONIC GENERATOR AND METHOD FOR REPELLING MOSQUITO IN VEHICLE USING THE SAME (17988656)
- 1.3 Walking Assistance System and Method for Controlling the Same (17986657)
- 1.4 VEHICLE SYSTEM AND METHOD FOR DETERMINING A LOCATION OF TIRE PRESSURE MONITORING SENSOR (18077287)
- 1.5 APPARATUS OF DECREASING INTAKE AIR TEMPERATURE OF ENGINE (17992248)
- 1.6 MOUNTING SYSTEM FOR HVAC COMPONENT (17960398)
- 1.7 HEAT PUMP SYSTEM FOR VEHICLE AND CONTROL METHOD THEREOF (18232022)
- 1.8 SPLIT HEATER APPARATUS AND METHOD OF MANUFACTURING THE SAME (17972131)
- 1.9 ACTIVE PAIRING METHOD AND DEVICE FOR WIRELESS LAN-BASED SMART CHARGING OR SMART CHARGING AND DISCHARGING (18032615)
- 1.10 SERVER AND CONTROL METHOD THEREOF (18078361)
- 1.11 Method for Battery Conditioning of Vehicle (18059694)
- 1.12 VEHICLE AND METHOD OF CONTROLLING THE SAME (18078201)
- 1.13 METHOD AND APPARATUS FOR BRAKING VEHICLE (17849331)
- 1.14 VEHICLE FOR PERFORMING MINIMAL RISK MANEUVER AND METHOD FOR OPERATING THE SAME (18034227)
- 1.15 SYSTEM FOR ENABLING A VEHICLE TO PERFORM A CIRCUIT MODE (18078549)
- 1.16 VEHICLE DRIVING CONTROL APPARATUS AND VEHICLE DRIVING CONTROL METHOD (17950904)
- 1.17 VEHICLE SIDE BODY STRUCTURE (17950889)
- 1.18 Front Pillar Structure of Vehicle (17963793)
- 1.19 Front Pillar Structure (17991194)
- 1.20 Vehicle Roof Structure (17992581)
- 1.21 Vehicle Body Joint Structure (17964359)
- 1.22 CATALYST FOR SYNTHESIZING DIMETHYLETHER OR METHYLACETATE FROM SYNTHETIC GAS, METHOD FOR PREPARING THE SAME, AND METHOD FOR PREPARING DIMETHYLETHER OR METHYLACETATE USING THE SAME (18233457)
- 1.23 PAINT COMPOSITION CONTAINING BIO-RESIN WITH IMPROVED CHEMICAL RESISTANCE (18135867)
- 1.24 ROLL-ROD FOR VEHICLE (17983205)
- 1.25 Vehicle and Method of Controlling Vehicle (18065063)
- 1.26 METHOD FOR ANALYZING SHAPE OF OBJECT AND DEVICE FOR TRACKING OBJECT WITH LIDAR (17900198)
- 1.27 METHOD FOR ANALYZING SHAPE OF OBJECT BY USE OF LIDAR THROUGH ADDITIONAL ANALYSIS OF WHOLE LAYER DATA AND DEVICE FOR TRACKING OBJECT ACCORDING TO THE SAME (17984876)
- 1.28 VEHICLE MATCHING METHOD AND VEHICLE MATCHING SERVICE PROVIDING SERVER (17975126)
- 1.29 Vehicle Recommendation Method and Server for Providing Vehicle Recommendation Service (17977491)
- 1.30 VEHICLE RECOMMENDATION SYSTEM AND VEHICLE RECOMMENDATION METHOD (17977581)
- 1.31 VEHICLE RECOMMENDATION SYSTEM AND VEHICLE RECOMMENDATION METHOD (17993069)
- 1.32 VEHICLE AND CONTROL METHOD THEREOF (18081066)
- 1.33 Dialogue System and Method for Controlling the Same (18186665)
- 1.34 VALVE OPENING/CLOSING DETECTION DEVICE FOR FUEL CELL SYSTEM AND METHOD THEREFOR (17952666)
- 1.35 SHEET-SHAPED ANODE FED-TYPE METAL-CARBON DIOXIDE BATTERY AND HYDROGEN GENERATION AND CARBON DIOXIDE STORAGE SYSTEM INCLUDING THE SAME (18086363)
- 1.36 SENSORLESS INDUCTION MOTOR SYSTEM AND CONTROL METHOD THEREOF (17972726)
- 1.37 COMMUNICATION NETWORK SYSTEM AND METHOD OF OPERATING SAME (17984809)
- 1.38 METHOD FOR GENERATING PREDICTION BLOCK BY USING WEIGHTED-SUM OF INTRA PREDICTION SIGNAL AND INTER PREDICTION SIGNAL, AND DEVICE USING SAME (18233228)
- 1.39 METHOD AND APPARATUS FOR VIDEO CODING USING INTRA PREDICTION BASED ON SUBBLOCK PARTITIONING (18234209)
- 1.40 DRX-BASED COMMUNICATION METHOD FOR POWER SAVING IN SIDELINK COMMUNICATION (18223744)
Patent applications for Hyundai Motor Company on November 30th, 2023
Ultrasound Generator, Pest Extermination System Using Ultrasound Generator and Method of Controlling Ultrasound Generator (17986447)
Main Inventor
Ki Chang Kim
ULTRASONIC GENERATOR AND METHOD FOR REPELLING MOSQUITO IN VEHICLE USING THE SAME (17988656)
Main Inventor
Ki Chang Kim
Walking Assistance System and Method for Controlling the Same (17986657)
Main Inventor
Ji Min Han
VEHICLE SYSTEM AND METHOD FOR DETERMINING A LOCATION OF TIRE PRESSURE MONITORING SENSOR (18077287)
Main Inventor
Jung Hoon Oh
APPARATUS OF DECREASING INTAKE AIR TEMPERATURE OF ENGINE (17992248)
Main Inventor
Jaeheun KIM
MOUNTING SYSTEM FOR HVAC COMPONENT (17960398)
Main Inventor
Yun A Cho
HEAT PUMP SYSTEM FOR VEHICLE AND CONTROL METHOD THEREOF (18232022)
Main Inventor
Wan Je Cho
SPLIT HEATER APPARATUS AND METHOD OF MANUFACTURING THE SAME (17972131)
Main Inventor
Jae Sik Choi
ACTIVE PAIRING METHOD AND DEVICE FOR WIRELESS LAN-BASED SMART CHARGING OR SMART CHARGING AND DISCHARGING (18032615)
Main Inventor
Jae Yong Seong
SERVER AND CONTROL METHOD THEREOF (18078361)
Main Inventor
Seungwoo HA
Method for Battery Conditioning of Vehicle (18059694)
Main Inventor
Jin Gyu Lim
VEHICLE AND METHOD OF CONTROLLING THE SAME (18078201)
Main Inventor
Jeonghun Ham
METHOD AND APPARATUS FOR BRAKING VEHICLE (17849331)
Main Inventor
Jin Yong KIM
VEHICLE FOR PERFORMING MINIMAL RISK MANEUVER AND METHOD FOR OPERATING THE SAME (18034227)
Main Inventor
Jong Sung PARK
SYSTEM FOR ENABLING A VEHICLE TO PERFORM A CIRCUIT MODE (18078549)
Main Inventor
Ho Kyun Chun
VEHICLE DRIVING CONTROL APPARATUS AND VEHICLE DRIVING CONTROL METHOD (17950904)
Main Inventor
Young Jin Sung
VEHICLE SIDE BODY STRUCTURE (17950889)
Main Inventor
Ji Won Chang
Front Pillar Structure of Vehicle (17963793)
Main Inventor
Yoonkyoung Han
Front Pillar Structure (17991194)
Main Inventor
Yoonkyoung Han
Vehicle Roof Structure (17992581)
Main Inventor
Chulhee Heo
Vehicle Body Joint Structure (17964359)
Main Inventor
Won Ki Song
CATALYST FOR SYNTHESIZING DIMETHYLETHER OR METHYLACETATE FROM SYNTHETIC GAS, METHOD FOR PREPARING THE SAME, AND METHOD FOR PREPARING DIMETHYLETHER OR METHYLACETATE USING THE SAME (18233457)
Main Inventor
Chae Hwan Hong
PAINT COMPOSITION CONTAINING BIO-RESIN WITH IMPROVED CHEMICAL RESISTANCE (18135867)
Main Inventor
Ji Won Lee
ROLL-ROD FOR VEHICLE (17983205)
Main Inventor
Jin Uk YE
Vehicle and Method of Controlling Vehicle (18065063)
Main Inventor
Woo Sung Kim
METHOD FOR ANALYZING SHAPE OF OBJECT AND DEVICE FOR TRACKING OBJECT WITH LIDAR (17900198)
Main Inventor
Mi Rim Noh
METHOD FOR ANALYZING SHAPE OF OBJECT BY USE OF LIDAR THROUGH ADDITIONAL ANALYSIS OF WHOLE LAYER DATA AND DEVICE FOR TRACKING OBJECT ACCORDING TO THE SAME (17984876)
Main Inventor
Mi Rim Noh
VEHICLE MATCHING METHOD AND VEHICLE MATCHING SERVICE PROVIDING SERVER (17975126)
Main Inventor
Jeewook Huh
Vehicle Recommendation Method and Server for Providing Vehicle Recommendation Service (17977491)
Main Inventor
Jeewook Huh
VEHICLE RECOMMENDATION SYSTEM AND VEHICLE RECOMMENDATION METHOD (17977581)
Main Inventor
Jeewook Huh
VEHICLE RECOMMENDATION SYSTEM AND VEHICLE RECOMMENDATION METHOD (17993069)
Main Inventor
Jeewook Huh
VEHICLE AND CONTROL METHOD THEREOF (18081066)
Main Inventor
Jaeyoon KO
Dialogue System and Method for Controlling the Same (18186665)
Main Inventor
Seong Soo Yae
VALVE OPENING/CLOSING DETECTION DEVICE FOR FUEL CELL SYSTEM AND METHOD THEREFOR (17952666)
Main Inventor
Gyu Young Kim
SHEET-SHAPED ANODE FED-TYPE METAL-CARBON DIOXIDE BATTERY AND HYDROGEN GENERATION AND CARBON DIOXIDE STORAGE SYSTEM INCLUDING THE SAME (18086363)
Main Inventor
Yun Su Lee
SENSORLESS INDUCTION MOTOR SYSTEM AND CONTROL METHOD THEREOF (17972726)
Main Inventor
Min Su KANG
COMMUNICATION NETWORK SYSTEM AND METHOD OF OPERATING SAME (17984809)
Main Inventor
Kang Woon Seo
METHOD FOR GENERATING PREDICTION BLOCK BY USING WEIGHTED-SUM OF INTRA PREDICTION SIGNAL AND INTER PREDICTION SIGNAL, AND DEVICE USING SAME (18233228)
Main Inventor
Myung Oh Hong
METHOD AND APPARATUS FOR VIDEO CODING USING INTRA PREDICTION BASED ON SUBBLOCK PARTITIONING (18234209)
Main Inventor
Joo Hyung Byeon
DRX-BASED COMMUNICATION METHOD FOR POWER SAVING IN SIDELINK COMMUNICATION (18223744)
Main Inventor
Ui Hyun Hong