Difference between revisions of "Hyundai Motor Company patent applications published on November 9th, 2023"

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'''Summary of the patent applications from Hyundai Motor Company on November 9th, 2023'''
 
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Hyundai Motor Company has recently filed several patents related to various technologies. These patents include a water supply module for managing the temperature of the water supply by utilizing different temperature coolants and exchanging heat with a refrigerant. Another patent involves a method for operating a reception terminal in a communication system, which includes using a specific operation called DRX (Discontinuous Reception) and generating new configuration information for the DRX operation.
 
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Additionally, Hyundai Motor Company has filed patents for allocating resources for sidelink communication based on inter-UE coordination, selecting resources in sidelink communication using mode 2, and an emergency call system for vehicles that includes a call generator and a controller for collecting emergency data.
 
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Other patents filed by Hyundai Motor Company include a power supply device for a motor-driven child seat in a vehicle, an embodiment separator for a fuel cell to prevent corrosion in the manifolds, an anode for a lithium secondary battery that includes a fibrillated binder and a particulate binder for improved performance, and a direct cooling type power module for efficient heat exchange between a power semiconductor device and an insulating fluid.
 
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Summary of recent patents filed by Hyundai Motor Company:
 
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* Water supply module for managing water temperature using different coolants and exchanging heat with a refrigerant.
 
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* Method for operating a reception terminal in a communication system using DRX operation and generating new configuration information.
 
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* Resource allocation for sidelink communication based on inter-UE coordination.
 
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* Resource selection in sidelink communication using mode 2.
 
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* Emergency call system for vehicles with a call generator and controller for collecting emergency data.
 
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* Power supply device for motor-driven child seat in a vehicle with latch and anchor system for easy mounting and fixing.
 
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* Embodiment separator for a fuel cell to prevent corrosion in the manifolds.
 
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* Anode for a lithium secondary battery with a fibrillated binder and particulate binder for improved performance.
 
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* Direct cooling type power module for efficient heat exchange between a power semiconductor device and an insulating fluid.
 
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==Patent applications for Hyundai Motor Company on November 9th, 2023==
 
==Patent applications for Hyundai Motor Company on November 9th, 2023==
  
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Byeong Seon Son
 
Byeong Seon Son
  
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'''Brief explanation'''
 
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The abstract describes a power supply device for a motor-driven child seat in a vehicle. The device allows for easy mounting and fixing of the child seat to a rear seat by using a latch and anchor system. It also enables easy power supply to the motor and other components of the child seat through automatic male-female connectors.
 
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* Power supply device for motor-driven child seat in a vehicle
 
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* Allows easy mounting and fixing of child seat to rear seat
 
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* Utilizes latch and anchor system for secure attachment
 
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* Enables easy power supply to motor and other components
 
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* Automatic male-female connectors for convenient power supply
 
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* Particularly useful when child seat is fixedly mounted on rear seat
 
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'''Abstract'''
 
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A power supply device of a motor-driven child seat for a vehicle is provided. The motor-driven child seat can be easily mounted and fixed to a rear seat by adopting a method where a latch of the motor-driven child seat is fastened to an anchor of the rear seat, and power can be easily supplied to power consuming components, i.e., an electric mechanism including a motor, a ventilation system, and a heating system, by automatically fastening male-female connectors for supplying power, especially when the motor-driven child seat is fixedly mounted on the rear seat.
 
  
 
===EMERGENCY CALL SYSTEM FOR VEHICLE AND METHOD THEREOF ([[US Patent Application 18072829. EMERGENCY CALL SYSTEM FOR VEHICLE AND METHOD THEREOF simplified abstract|18072829]])===
 
===EMERGENCY CALL SYSTEM FOR VEHICLE AND METHOD THEREOF ([[US Patent Application 18072829. EMERGENCY CALL SYSTEM FOR VEHICLE AND METHOD THEREOF simplified abstract|18072829]])===
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Yong Woo SHIN
 
Yong Woo SHIN
  
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'''Brief explanation'''
 
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The patent application describes an emergency call system for vehicles.
 
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* The system includes a call generator that can generate an emergency call when commanded by a user.
 
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* The call generator is installed in the vehicle.
 
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* There is also a controller that collects emergency data at specific time intervals from when the vehicle starts.
 
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* The controller then generates a dataset containing the collected emergency data for a predetermined period of time.
 
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* In response to an emergency call, the dataset is transmitted to an emergency rescue server.
 
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'''Abstract'''
 
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An emergency call system may comprise a call generator configured to generate an emergency call upon receiving a command for doing so from a user, the call generator provided in the vehicle, and a controller configured to collect emergency data at predetermined time intervals from the start of the vehicle, generate a dataset including the emergency data collected for a predetermined period of time, and transmit the dataset to an emergency rescue server in response to an occurrence of the emergency call.
 
  
 
===METHOD AND DEVICE FOR RESOURCE SELECTION BASED ON MODE 2 IN SIDELINK COMMUNICATION ([[US Patent Application 18218759. METHOD AND DEVICE FOR RESOURCE SELECTION BASED ON MODE 2 IN SIDELINK COMMUNICATION simplified abstract|18218759]])===
 
===METHOD AND DEVICE FOR RESOURCE SELECTION BASED ON MODE 2 IN SIDELINK COMMUNICATION ([[US Patent Application 18218759. METHOD AND DEVICE FOR RESOURCE SELECTION BASED ON MODE 2 IN SIDELINK COMMUNICATION simplified abstract|18218759]])===
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Ui Hyun Hong
 
Ui Hyun Hong
  
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'''Brief explanation'''
 
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The patent application describes a method and device for selecting resources in sidelink communication using mode 2.
 
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* The method involves a first terminal receiving information about a set of resources from a second terminal.
 
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* The first terminal then selects a candidate resource based on the first resource set provided by the second terminal and/or a second resource set determined through resource sensing in the first terminal.
 
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* Sidelink communication is then performed using the selected candidate resource.
 
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'''Abstract'''
 
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A method and a device for resource selection based on mode 2 in sidelink communication are disclosed. An operating method of a first terminal includes the steps of: receiving first resource set information from a second terminal; selecting a candidate resource on the basis of a first resource set indicated by means of the first resource set information and/or a second resource set determined by means of a resource sensing operation performed in the first terminal; and performing sidelink communication on the basis of the candidate resource.
 
  
 
===METHOD AND DEVICE FOR ALLOCATING SIDELINK RESOURCES ON BASIS OF INTER-UE COORDINATION ([[US Patent Application 18218761. METHOD AND DEVICE FOR ALLOCATING SIDELINK RESOURCES ON BASIS OF INTER-UE COORDINATION simplified abstract|18218761]])===
 
===METHOD AND DEVICE FOR ALLOCATING SIDELINK RESOURCES ON BASIS OF INTER-UE COORDINATION ([[US Patent Application 18218761. METHOD AND DEVICE FOR ALLOCATING SIDELINK RESOURCES ON BASIS OF INTER-UE COORDINATION simplified abstract|18218761]])===
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Gene Back Hahn
 
Gene Back Hahn
  
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'''Brief explanation'''
 
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The patent application describes a method and device for allocating resources for sidelink communication based on inter-UE coordination.
 
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* The method involves a UE-B transmitting a request message to UE-A for resource allocation for sidelink communication.
 
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* UE-B receives first resource aggregation information from UE-A, which includes the result of a resource sensing operation performed by UE-A.
 
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* UE-B selects a transmission resource based on the first resource aggregation information and a third resource aggregation determined by a resource sensing operation performed by UE-B.
 
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* The selected transmission resource is used for performing the sidelink communication.
 
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'''Abstract'''
 
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Disclosed are a method and device for allocating sidelink resources on the basis of inter-UE coordination. An operation method of UE-B includes the steps of: transmitting, to first UE-A, a message for requesting resource allocation for sidelink communication; receiving, from the first UE-A, first resource aggregation information including the result of a first resource sensing operation performed in the first UE-A; selecting a transmission resource in consideration of at least one of a first resource aggregation, indicated by the first resource aggregation information, or a third resource aggregation, determined by a third resource sensing operation performed in the UE-B; and performing the sidelink communication by using the transmission resource.
 
  
 
===SIGNALING METHOD FOR SIDELINK COMMUNICATION DRX OPERATION ([[US Patent Application 18223742. SIGNALING METHOD FOR SIDELINK COMMUNICATION DRX OPERATION simplified abstract|18223742]])===
 
===SIGNALING METHOD FOR SIDELINK COMMUNICATION DRX OPERATION ([[US Patent Application 18223742. SIGNALING METHOD FOR SIDELINK COMMUNICATION DRX OPERATION simplified abstract|18223742]])===
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Gene Back Hahn
 
Gene Back Hahn
  
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'''Brief explanation'''
 
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This patent application describes a method for operating a reception terminal in a communication system. The method involves carrying out communication with a first transmission terminal using a specific operation called DRX (Discontinuous Reception) based on certain configuration information. Additionally, communication is also carried out with a communication node without using the DRX operation. The method further includes generating new configuration information for the DRX operation in both the first link and the second link. This new configuration information is then transmitted to the first transmission terminal and the communication node. Finally, the DRX operation is performed in both the first link and the second link based on the new configuration information.
 
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* The patent application describes a method for operating a reception terminal in a communication system.
 
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* The method involves using DRX operation in one link while communicating with a first transmission terminal.
 
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* Communication is also carried out in a second link with a communication node without using the DRX operation.
 
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* New configuration information for the DRX operation is generated in both the first link and the second link.
 
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* The new configuration information is transmitted to the first transmission terminal and the communication node.
 
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* The DRX operation is then performed in both the first link and the second link based on the new configuration information.
 
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'''Abstract'''
 
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A method for operation of a reception terminal comprises the steps of: carrying out, in a first link, SL communication with a first transmission terminal on the basis of a DRX operation according to first DRX configuration information; carrying out, in a second link, communication with a communication node without carrying out the DRX operation; generating, in the first link and the second link, second DRX configuration information for the DRX operation; transmitting the second DRX configuration information to the first transmission terminal and the communication node; and carrying out, in the first link and the second link, the DRX operation on the basis of the second DRX configuration information.
 
  
 
===Water Supply Module and Electric Device Cooling System Comprising Same ([[US Patent Application 18026273. Water Supply Module and Electric Device Cooling System Comprising Same simplified abstract|18026273]])===
 
===Water Supply Module and Electric Device Cooling System Comprising Same ([[US Patent Application 18026273. Water Supply Module and Electric Device Cooling System Comprising Same simplified abstract|18026273]])===
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Yeonho Kim
 
Yeonho Kim
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'''Brief explanation'''
 
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The patent application describes a water supply module that has a reservoir tank divided into two sections for holding different temperature coolants.
 
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* The module includes a heat exchanger that allows the coolants to flow through separate passages and exchange heat with a refrigerant passage.
 
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* A controller with a directional control valve is connected to the reservoir tank to control the flow of the coolants in different directions.
 
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* The purpose of this invention is to efficiently manage the temperature of the water supply by utilizing different temperature coolants and exchanging heat with a refrigerant.
 
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'''Abstract'''
 
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An embodiment water supply module includes a reservoir tank partitioned to accommodate a first coolant and a second coolant having different temperatures. A heat exchanger is coupled to the reservoir tank and includes a first coolant passage and a second coolant passage through which the first coolant and the second coolant flow and a refrigerant passage capable of exchanging heat with the first coolant passage and the second coolant passage. A controller is coupled to the reservoir tank and includes a directional control valve configured to control a flow of the first coolant and the second coolant in a plurality of directions.
 

Revision as of 03:13, 4 December 2023

Contents

Patent applications for Hyundai Motor Company on November 9th, 2023

INTAKE FILTER FOR VEHICLE AND MANUFACTURING METHOD THEREOF (18355691)

Main Inventor

Yong Gyo Seo


Heat Pump System for Vehicle (17951269)

Main Inventor

Myunghwan Kim


METHOD AND SYSTEM FOR CONTROLLING POWER OF VEHICLE (17972089)

Main Inventor

Taek Hyun Jung


SYSTEM AND METHOD FOR DIAGNOSING VEHICLE BATTERY BY USING BIG DATA (17987950)

Main Inventor

Hyun Jun Jang


MOTOR DRIVEN CHILD SEAT FOR VEHICLE (18080541)

Main Inventor

Byeong Seon Son


VENTILATION AND HEATING APPARATUS FOR CHILD SEAT (18080488)

Main Inventor

Byeong Seon Son


LED LAMP FOR A VEHICLE AND A METHOD OF MANUFACTURING THE SAME USING MID AND MAGNETIC INDUCTION TECHNOLOGIES (18140447)

Main Inventor

Jun Sik Kim


ADAPTER DEVICE FOR VEHICLE (18072007)

Main Inventor

Ji Ah Kim


RETROREFLECTIVE PIPING SHEET FOR VEHICLE INTERIOR DECORATION AND MANUFACTURING METHOD THEREOF (18078844)

Main Inventor

Hye Min LEE


METHOD OF CONTROLLING TOWING MODE OF VEHICLE (18065404)

Main Inventor

Dong Jun Shin


Roof Body Structure For Vehicle (17956053)

Main Inventor

Chulhee Heo


ALUMINUM SHEET MATERIAL FOR SEPARATOR OF FUEL CELL AND MANUFACTURING METHOD THEREFOR (18218306)

Main Inventor

Tae Gyu Lee


COOLING FAN FOR VEHICLE (18072084)

Main Inventor

Hyung Suk BYUN


Coolant Control Module (18246948)

Main Inventor

Yeonho Kim


APPARATUS OF INJECTING FUEL FOR ENGINE AND METHOD THEREOF (18076162)

Main Inventor

Jonghyeok Lee


CRYOGENIC CONTAINER FOR A VEHICLE AND A METHOD OF MANUFACTURING AN OUTER CONTAINER OF THE CRYOGENIC CONTAINER (18135774)

Main Inventor

Se Kwon Jung


INTERLOCK DIAGNOSING SYSTEM AND METHOD FOR A HIGH VOLTAGE DEVICE (18223401)

Main Inventor

Keun Bong Ham


ROBOT PATH PLANNING APPARATUS AND METHOD THEREOF (17952726)

Main Inventor

Hwan Hee Lee


SERVER, PERSONAL MOBILITY COMMUNICATING WITH SERVER AND VEHICLE (18142996)

Main Inventor

Minjae Park


DIRECT COOLING TYPE POWER MODULE (17971907)

Main Inventor

Suk Hyun LIM


ANODE FOR LITHIUM SECONDARY BATTERY AND METHOD FOR MANUFACTURING SAME (18074035)

Main Inventor

Sang Wook HAN


Separator for Fuel Cell and Separator Assembly and Fuel Cell Stack Including the Same (17969249)

Main Inventor

Jin Hyeok Yoo


POWER SUPPLY DEVICE OF MOTOR-DRIVEN CHILD SEAT FOR VEHICLE (18084189)

Main Inventor

Byeong Seon Son


EMERGENCY CALL SYSTEM FOR VEHICLE AND METHOD THEREOF (18072829)

Main Inventor

Yong Woo SHIN


METHOD AND DEVICE FOR RESOURCE SELECTION BASED ON MODE 2 IN SIDELINK COMMUNICATION (18218759)

Main Inventor

Ui Hyun Hong


METHOD AND DEVICE FOR ALLOCATING SIDELINK RESOURCES ON BASIS OF INTER-UE COORDINATION (18218761)

Main Inventor

Gene Back Hahn


SIGNALING METHOD FOR SIDELINK COMMUNICATION DRX OPERATION (18223742)

Main Inventor

Gene Back Hahn


Water Supply Module and Electric Device Cooling System Comprising Same (18026273)

Main Inventor

Yeonho Kim

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