Difference between revisions of "DENSO CORPORATION patent applications published on November 30th, 2023"
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==Patent applications for DENSO CORPORATION on November 30th, 2023== | ==Patent applications for DENSO CORPORATION on November 30th, 2023== | ||
| − | ===GAS RECOVERY SYSTEM AND METHOD OF MANUFACTURING ELECTRODE FILM ([[US Patent Application 18308724. GAS RECOVERY SYSTEM AND METHOD OF MANUFACTURING ELECTRODE FILM simplified abstract|18308724]])=== | + | ===GAS RECOVERY SYSTEM AND METHOD OF MANUFACTURING ELECTRODE FILM ([[US Patent Application 18308724. GAS RECOVERY SYSTEM AND METHOD OF MANUFACTURING ELECTRODE FILM simplified abstract (DENSO CORPORATION)|18308724]])=== |
| Line 45: | Line 45: | ||
| − | ===GAS ADSORPTION SYSTEM AND METHOD OF MANUFACTURING THE SAME ([[US Patent Application 18308713. GAS ADSORPTION SYSTEM AND METHOD OF MANUFACTURING THE SAME simplified abstract|18308713]])=== | + | ===GAS ADSORPTION SYSTEM AND METHOD OF MANUFACTURING THE SAME ([[US Patent Application 18308713. GAS ADSORPTION SYSTEM AND METHOD OF MANUFACTURING THE SAME simplified abstract (DENSO CORPORATION)|18308713]])=== |
| Line 53: | Line 53: | ||
| − | ===GAS RECOVERY SYSTEM ([[US Patent Application 18308716. GAS RECOVERY SYSTEM simplified abstract|18308716]])=== | + | ===GAS RECOVERY SYSTEM ([[US Patent Application 18308716. GAS RECOVERY SYSTEM simplified abstract (DENSO CORPORATION)|18308716]])=== |
| Line 61: | Line 61: | ||
| − | ===CARBON DIOXIDE RECOVERY SYSTEM ([[US Patent Application 18318757. CARBON DIOXIDE RECOVERY SYSTEM simplified abstract|18318757]])=== | + | ===CARBON DIOXIDE RECOVERY SYSTEM ([[US Patent Application 18318757. CARBON DIOXIDE RECOVERY SYSTEM simplified abstract (DENSO CORPORATION)|18318757]])=== |
| Line 69: | Line 69: | ||
| − | ===HEATER DEVICE ([[US Patent Application 18446191. HEATER DEVICE simplified abstract|18446191]])=== | + | ===HEATER DEVICE ([[US Patent Application 18446191. HEATER DEVICE simplified abstract (DENSO CORPORATION)|18446191]])=== |
| Line 77: | Line 77: | ||
| − | ===AIR CONDITIONER ([[US Patent Application 18366866. AIR CONDITIONER simplified abstract|18366866]])=== | + | ===AIR CONDITIONER ([[US Patent Application 18366866. AIR CONDITIONER simplified abstract (DENSO CORPORATION)|18366866]])=== |
| Line 85: | Line 85: | ||
| − | ===IMAGE CORRECTION SYSTEM ([[US Patent Application 18321018. IMAGE CORRECTION SYSTEM simplified abstract|18321018]])=== | + | ===IMAGE CORRECTION SYSTEM ([[US Patent Application 18321018. IMAGE CORRECTION SYSTEM simplified abstract (DENSO CORPORATION)|18321018]])=== |
| Line 93: | Line 93: | ||
| − | ===PARKING ASSIST APPARATUS ([[US Patent Application 18325354. PARKING ASSIST APPARATUS simplified abstract|18325354]])=== | + | ===PARKING ASSIST APPARATUS ([[US Patent Application 18325354. PARKING ASSIST APPARATUS simplified abstract (DENSO CORPORATION)|18325354]])=== |
| Line 101: | Line 101: | ||
| − | ===INFORMATION COLLECTION CONTROL DEVICE AND METHOD FOR VEHICLE ([[US Patent Application 18446207. INFORMATION COLLECTION CONTROL DEVICE AND METHOD FOR VEHICLE simplified abstract|18446207]])=== | + | ===INFORMATION COLLECTION CONTROL DEVICE AND METHOD FOR VEHICLE ([[US Patent Application 18446207. INFORMATION COLLECTION CONTROL DEVICE AND METHOD FOR VEHICLE simplified abstract (DENSO CORPORATION)|18446207]])=== |
| Line 109: | Line 109: | ||
| − | ===ENERGY ESTIMATION APPARATUS ([[US Patent Application 18198871. ENERGY ESTIMATION APPARATUS simplified abstract|18198871]])=== | + | ===ENERGY ESTIMATION APPARATUS ([[US Patent Application 18198871. ENERGY ESTIMATION APPARATUS simplified abstract (DENSO CORPORATION)|18198871]])=== |
| Line 117: | Line 117: | ||
| − | ===HEAT-RESISTANT IR-PT ALLOY ([[US Patent Application 18143654. HEAT-RESISTANT IR-PT ALLOY simplified abstract|18143654]])=== | + | ===HEAT-RESISTANT IR-PT ALLOY ([[US Patent Application 18143654. HEAT-RESISTANT IR-PT ALLOY simplified abstract (DENSO CORPORATION)|18143654]])=== |
| Line 125: | Line 125: | ||
| − | ===CARBON DIOXIDE RECOVERY SYSTEM ([[US Patent Application 18321060. CARBON DIOXIDE RECOVERY SYSTEM simplified abstract|18321060]])=== | + | ===CARBON DIOXIDE RECOVERY SYSTEM ([[US Patent Application 18321060. CARBON DIOXIDE RECOVERY SYSTEM simplified abstract (DENSO CORPORATION)|18321060]])=== |
| Line 133: | Line 133: | ||
| − | ===DISTANCE MEASUREMENT CORRECTION DEVICE, DISTANCE MEASUREMENT CORRECTION METHOD, AND DISTANCE MEASUREMENT DEVICE ([[US Patent Application 18450299. DISTANCE MEASUREMENT CORRECTION DEVICE, DISTANCE MEASUREMENT CORRECTION METHOD, AND DISTANCE MEASUREMENT DEVICE simplified abstract|18450299]])=== | + | ===DISTANCE MEASUREMENT CORRECTION DEVICE, DISTANCE MEASUREMENT CORRECTION METHOD, AND DISTANCE MEASUREMENT DEVICE ([[US Patent Application 18450299. DISTANCE MEASUREMENT CORRECTION DEVICE, DISTANCE MEASUREMENT CORRECTION METHOD, AND DISTANCE MEASUREMENT DEVICE simplified abstract (DENSO CORPORATION)|18450299]])=== |
| Line 141: | Line 141: | ||
| − | ===SYSTEM AND METHOD FOR A SERIAL PERIPHERAL INTERFACE ([[US Patent Application 18201214. SYSTEM AND METHOD FOR A SERIAL PERIPHERAL INTERFACE simplified abstract|18201214]])=== | + | ===SYSTEM AND METHOD FOR A SERIAL PERIPHERAL INTERFACE ([[US Patent Application 18201214. SYSTEM AND METHOD FOR A SERIAL PERIPHERAL INTERFACE simplified abstract (DENSO CORPORATION)|18201214]])=== |
| Line 149: | Line 149: | ||
| − | ===FIELD EFFECT TRANSISTOR AND METHOD OF MANUFACTURING THE SAME ([[US Patent Application 18446919. FIELD EFFECT TRANSISTOR AND METHOD OF MANUFACTURING THE SAME simplified abstract|18446919]])=== | + | ===FIELD EFFECT TRANSISTOR AND METHOD OF MANUFACTURING THE SAME ([[US Patent Application 18446919. FIELD EFFECT TRANSISTOR AND METHOD OF MANUFACTURING THE SAME simplified abstract (DENSO CORPORATION)|18446919]])=== |
| Line 157: | Line 157: | ||
| − | ===ELECTROCHEMICAL CELL, GAS RECOVERY SYSTEM EQUIPPED WITH ELECTROCHEMICAL CELL, AND METHOD OF MANUFACTURING ELECTROCHEMICAL CELL ([[US Patent Application 18308708. ELECTROCHEMICAL CELL, GAS RECOVERY SYSTEM EQUIPPED WITH ELECTROCHEMICAL CELL, AND METHOD OF MANUFACTURING ELECTROCHEMICAL CELL simplified abstract|18308708]])=== | + | ===ELECTROCHEMICAL CELL, GAS RECOVERY SYSTEM EQUIPPED WITH ELECTROCHEMICAL CELL, AND METHOD OF MANUFACTURING ELECTROCHEMICAL CELL ([[US Patent Application 18308708. ELECTROCHEMICAL CELL, GAS RECOVERY SYSTEM EQUIPPED WITH ELECTROCHEMICAL CELL, AND METHOD OF MANUFACTURING ELECTROCHEMICAL CELL simplified abstract (DENSO CORPORATION)|18308708]])=== |
| Line 165: | Line 165: | ||
| − | ===WIRELESS POWER TRANSMISSION SYSTEM ([[US Patent Application 18232690. WIRELESS POWER TRANSMISSION SYSTEM simplified abstract|18232690]])=== | + | ===WIRELESS POWER TRANSMISSION SYSTEM ([[US Patent Application 18232690. WIRELESS POWER TRANSMISSION SYSTEM simplified abstract (DENSO CORPORATION)|18232690]])=== |
| Line 173: | Line 173: | ||
| − | ===STATIC CHARGE ELIMINATION METHOD AND STATIC CHARGE ELIMINATOR ([[US Patent Application 18201324. STATIC CHARGE ELIMINATION METHOD AND STATIC CHARGE ELIMINATOR simplified abstract|18201324]])=== | + | ===STATIC CHARGE ELIMINATION METHOD AND STATIC CHARGE ELIMINATOR ([[US Patent Application 18201324. STATIC CHARGE ELIMINATION METHOD AND STATIC CHARGE ELIMINATOR simplified abstract (DENSO CORPORATION)|18201324]])=== |
| Line 181: | Line 181: | ||
| − | ===OPTICAL TRANSCEIVER ([[US Patent Application 18187307. OPTICAL TRANSCEIVER simplified abstract|18187307]])=== | + | ===OPTICAL TRANSCEIVER ([[US Patent Application 18187307. OPTICAL TRANSCEIVER simplified abstract (DENSO CORPORATION)|18187307]])=== |
| Line 189: | Line 189: | ||
| − | ===VERIFICATION METHOD FOR CALIBRATION OF CAMERA, CALIBRATION VERIFICATION PROGRAM AND CALIBRATION VERIFICATION APPARATUS ([[US Patent Application 18323256. VERIFICATION METHOD FOR CALIBRATION OF CAMERA, CALIBRATION VERIFICATION PROGRAM AND CALIBRATION VERIFICATION APPARATUS simplified abstract|18323256]])=== | + | ===VERIFICATION METHOD FOR CALIBRATION OF CAMERA, CALIBRATION VERIFICATION PROGRAM AND CALIBRATION VERIFICATION APPARATUS ([[US Patent Application 18323256. VERIFICATION METHOD FOR CALIBRATION OF CAMERA, CALIBRATION VERIFICATION PROGRAM AND CALIBRATION VERIFICATION APPARATUS simplified abstract (DENSO CORPORATION)|18323256]])=== |
| Line 197: | Line 197: | ||
| − | ===COMMUNICATION SYSTEM AND METHOD FOR THE SAME ([[US Patent Application 18322112. COMMUNICATION SYSTEM AND METHOD FOR THE SAME simplified abstract|18322112]])=== | + | ===COMMUNICATION SYSTEM AND METHOD FOR THE SAME ([[US Patent Application 18322112. COMMUNICATION SYSTEM AND METHOD FOR THE SAME simplified abstract (DENSO CORPORATION)|18322112]])=== |
| Line 205: | Line 205: | ||
| − | ===COMMUNICATION SYSTEM AND METHOD FOR THE SAME ([[US Patent Application 18321931. COMMUNICATION SYSTEM AND METHOD FOR THE SAME simplified abstract|18321931]])=== | + | ===COMMUNICATION SYSTEM AND METHOD FOR THE SAME ([[US Patent Application 18321931. COMMUNICATION SYSTEM AND METHOD FOR THE SAME simplified abstract (DENSO CORPORATION)|18321931]])=== |
| Line 213: | Line 213: | ||
| − | ===HEATER DEVICE ([[US Patent Application 18446097. HEATER DEVICE simplified abstract|18446097]])=== | + | ===HEATER DEVICE ([[US Patent Application 18446097. HEATER DEVICE simplified abstract (DENSO CORPORATION)|18446097]])=== |
Latest revision as of 06:37, 7 December 2023
Summary of the patent applications from DENSO CORPORATION on November 30th, 2023
DENSO CORPORATION has recently filed several patents related to various technologies. These include a heating wire system, a communication system, a camera calibration verification method, a static charge eliminator, a wireless power transmission system, an electrochemical cell, a field effect transistor design, a SPI bus control mechanism, and a device for correcting distance measurements.
The heating wire system patent application describes a system with two heating wires and a receiving electrode in between them. It also includes two transmitting electrodes positioned between the heating wires and the receiving electrode. The distances between these components are defined as Dh1, Ds1, Dh2, and Ds2, and the patent application specifies that the relationship Dh1≤Ds1 and Dh2≤Ds2 must be satisfied.
The communication system patent application describes a system with a master communication device and slave communication devices. The master device collects information about communication characteristics and records combinations of devices that experience abnormalities. When an abnormality is detected, the system determines the position of the abnormality by comparing it with the recorded combinations, aiming to identify and locate communication abnormalities more accurately.
The camera calibration verification method patent application describes a method for verifying the calibration result of a camera mounted on a vehicle. It involves acquiring an image captured by the camera, calculating the display position of a required accuracy range based on positional information of a verification target, and overlaying an image indicating the required accuracy range on the captured image. A determination step is then performed to determine if the calibration result meets the required accuracy, ensuring accurate calibration for the camera's intended use.
The static charge eliminator patent application describes a system for neutralizing static electricity on the armature of a rotating electrical machine. It consists of contacts and a drive unit that moves the contacts and the armature to establish electrical connections. The contacts make contact with different parts of the armature to neutralize static electricity, aiming to eliminate static charge on the armature.
The wireless power transmission system patent application describes a system that transfers electric power wirelessly using resonance between capacitors and inductors. The system includes resonant circuits with capacitors and coils set to resonate at specific frequencies, allowing efficient wireless power transfer.
The electrochemical cell patent application describes a cell that captures a target species by applying a voltage between a working electrode and a counter electrode. The electrode film of at least one electrode contains an active material, a conductive aid, and a binder, with the active material present as agglomerates with a maximum diameter of 10 μm or less.
The field effect transistor design patent application describes a transistor design with specific layers and arrangements. It includes p-type and n-type layers arranged in a trench structure, with the p-type deep layers in contact with a p-type trench lower layer and the n-type deep layers in contact with a gate insulating film.
The SPI bus control mechanism patent application describes a mechanism that allows two devices connected to a SPI bus to function as master devices without conflicts or race conditions. It provides a mechanism for coordinating and managing control of the SPI bus between the devices, ensuring efficient and reliable communication.
The device for correcting distance measurements patent application describes a device that collects information related to distance measurements for reflection points on a target. It calculates an inclination feature amount for each partial surface of the target, indicating the inclination magnitude relative to a reference surface, and corrects the distance to each reflection point based on the corresponding inclination feature amount.
Notable applications:
- Heating wire system with transmitting and receiving electrodes.
- Communication system for identifying and locating communication abnormalities.
- Camera calibration verification method for ensuring accurate calibration.
- Static charge eliminator for neutralizing static electricity on rotating electrical machine armature.
- Wireless power transmission system using resonance between capacitors and inductors.
- Electrochemical cell with active material agglomerates.
- Field effect transistor design with specific layers and arrangements.
- SPI bus control mechanism for coordinating control between devices.
- Device for correcting distance measurements based on inclination feature amounts.
Contents
- 1 Patent applications for DENSO CORPORATION on November 30th, 2023
- 1.1 GAS RECOVERY SYSTEM AND METHOD OF MANUFACTURING ELECTRODE FILM (18308724)
- 1.2 GAS ADSORPTION SYSTEM AND METHOD OF MANUFACTURING THE SAME (18308713)
- 1.3 GAS RECOVERY SYSTEM (18308716)
- 1.4 CARBON DIOXIDE RECOVERY SYSTEM (18318757)
- 1.5 HEATER DEVICE (18446191)
- 1.6 AIR CONDITIONER (18366866)
- 1.7 IMAGE CORRECTION SYSTEM (18321018)
- 1.8 PARKING ASSIST APPARATUS (18325354)
- 1.9 INFORMATION COLLECTION CONTROL DEVICE AND METHOD FOR VEHICLE (18446207)
- 1.10 ENERGY ESTIMATION APPARATUS (18198871)
- 1.11 HEAT-RESISTANT IR-PT ALLOY (18143654)
- 1.12 CARBON DIOXIDE RECOVERY SYSTEM (18321060)
- 1.13 DISTANCE MEASUREMENT CORRECTION DEVICE, DISTANCE MEASUREMENT CORRECTION METHOD, AND DISTANCE MEASUREMENT DEVICE (18450299)
- 1.14 SYSTEM AND METHOD FOR A SERIAL PERIPHERAL INTERFACE (18201214)
- 1.15 FIELD EFFECT TRANSISTOR AND METHOD OF MANUFACTURING THE SAME (18446919)
- 1.16 ELECTROCHEMICAL CELL, GAS RECOVERY SYSTEM EQUIPPED WITH ELECTROCHEMICAL CELL, AND METHOD OF MANUFACTURING ELECTROCHEMICAL CELL (18308708)
- 1.17 WIRELESS POWER TRANSMISSION SYSTEM (18232690)
- 1.18 STATIC CHARGE ELIMINATION METHOD AND STATIC CHARGE ELIMINATOR (18201324)
- 1.19 OPTICAL TRANSCEIVER (18187307)
- 1.20 VERIFICATION METHOD FOR CALIBRATION OF CAMERA, CALIBRATION VERIFICATION PROGRAM AND CALIBRATION VERIFICATION APPARATUS (18323256)
- 1.21 COMMUNICATION SYSTEM AND METHOD FOR THE SAME (18322112)
- 1.22 COMMUNICATION SYSTEM AND METHOD FOR THE SAME (18321931)
- 1.23 HEATER DEVICE (18446097)
Patent applications for DENSO CORPORATION on November 30th, 2023
GAS RECOVERY SYSTEM AND METHOD OF MANUFACTURING ELECTRODE FILM (18308724)
Main Inventor
Shota KINOSHITA
GAS ADSORPTION SYSTEM AND METHOD OF MANUFACTURING THE SAME (18308713)
Main Inventor
Shota KINOSHITA
GAS RECOVERY SYSTEM (18308716)
Main Inventor
Shota KINOSHITA
CARBON DIOXIDE RECOVERY SYSTEM (18318757)
Main Inventor
Hiroki TAKEZAKI
HEATER DEVICE (18446191)
Main Inventor
Takuya IGASHIRA
AIR CONDITIONER (18366866)
Main Inventor
Atsushi YAMADA
IMAGE CORRECTION SYSTEM (18321018)
Main Inventor
Takashi SHIMIZU
PARKING ASSIST APPARATUS (18325354)
Main Inventor
Kohei MAEJIMA
INFORMATION COLLECTION CONTROL DEVICE AND METHOD FOR VEHICLE (18446207)
Main Inventor
Shunsuke MOCHIZUKI
ENERGY ESTIMATION APPARATUS (18198871)
Main Inventor
Hiroyuki NANJO
HEAT-RESISTANT IR-PT ALLOY (18143654)
Main Inventor
Kenta TERAI
CARBON DIOXIDE RECOVERY SYSTEM (18321060)
Main Inventor
Hiroki TAKEZAKI
DISTANCE MEASUREMENT CORRECTION DEVICE, DISTANCE MEASUREMENT CORRECTION METHOD, AND DISTANCE MEASUREMENT DEVICE (18450299)
Main Inventor
TOMONARI YOSHIDA
SYSTEM AND METHOD FOR A SERIAL PERIPHERAL INTERFACE (18201214)
Main Inventor
Karl Jager
FIELD EFFECT TRANSISTOR AND METHOD OF MANUFACTURING THE SAME (18446919)
Main Inventor
Hidefumi TAKAYA
ELECTROCHEMICAL CELL, GAS RECOVERY SYSTEM EQUIPPED WITH ELECTROCHEMICAL CELL, AND METHOD OF MANUFACTURING ELECTROCHEMICAL CELL (18308708)
Main Inventor
Atsuhito OTA
WIRELESS POWER TRANSMISSION SYSTEM (18232690)
Main Inventor
Masaya TAKAHASHI
STATIC CHARGE ELIMINATION METHOD AND STATIC CHARGE ELIMINATOR (18201324)
Main Inventor
Yuki KOSAKA
OPTICAL TRANSCEIVER (18187307)
Main Inventor
Toshihiro ODA
VERIFICATION METHOD FOR CALIBRATION OF CAMERA, CALIBRATION VERIFICATION PROGRAM AND CALIBRATION VERIFICATION APPARATUS (18323256)
Main Inventor
Hiroaki MARUNO
COMMUNICATION SYSTEM AND METHOD FOR THE SAME (18322112)
Main Inventor
SHO MATSUMOTO
COMMUNICATION SYSTEM AND METHOD FOR THE SAME (18321931)
Main Inventor
Sho MATSUMOTO
HEATER DEVICE (18446097)
Main Inventor
Yusuke TANAKA
