Seiko epson corporation (20240286409). Manufacturing Method Of Liquid Ejecting Head simplified abstract
Contents
Manufacturing Method Of Liquid Ejecting Head
Organization Name
Inventor(s)
Haruki Kobayashi of Matsumoto (JP)
Manufacturing Method Of Liquid Ejecting Head - A simplified explanation of the abstract
This abstract first appeared for US patent application 20240286409 titled 'Manufacturing Method Of Liquid Ejecting Head
The manufacturing method of a liquid ejecting head involves regenerating a first liquid ejecting head to create a second liquid ejecting head.
- The method includes replacing the first head chip with a compatible second head chip.
- This replacement process involves electrically separating the terminal group α from the first head chip and coupling the compatible terminal group β to the second head chip.
Potential Applications: - This manufacturing method can be used in the production of inkjet printers and other liquid ejecting devices. - It can also be applied in industrial printing systems and 3D printing technology.
Problems Solved: - This method allows for the regeneration of liquid ejecting heads, reducing the need for complete replacement. - It ensures compatibility between different head chips, improving overall efficiency and cost-effectiveness.
Benefits: - Cost savings by reusing components and extending the lifespan of liquid ejecting heads. - Enhanced performance and reliability of liquid ejecting devices through compatible chip replacements.
Commercial Applications: Title: Liquid Ejecting Head Manufacturing Method for Inkjet Printers and Industrial Printing Systems This technology can be utilized in the manufacturing of inkjet printers, industrial printing systems, and 3D printers, offering cost-effective solutions for liquid ejecting head regeneration.
Questions about Liquid Ejecting Head Manufacturing Method: 1. How does this method compare to traditional liquid ejecting head replacement processes? This method offers a more cost-effective and sustainable solution by allowing for the regeneration of liquid ejecting heads through chip replacement. 2. What are the potential implications of using compatible head chips in liquid ejecting devices? Using compatible head chips ensures seamless integration and improved performance of liquid ejecting devices.
Original Abstract Submitted
a manufacturing method of a liquid ejecting head is a manufacturing method of manufacturing a second liquid ejecting head by regenerating a first liquid ejecting head including a first head chip and a relay substrate including a terminal group � and a terminal group �, which are electrical coupling terminals to the first head chip. the manufacturing method includes a replacing step of replacing the first head chip with a second head chip compatible with the first head chip. the replacing step includes a first step of electrically separating the terminal group � from the first head chip, and a second step of electrically coupling the terminal group � that is compatible with the terminal group � to the second head chip.