Canon kabushiki kaisha (20240181771). HEAD SUBSTRATE simplified abstract
Contents
HEAD SUBSTRATE
Organization Name
Inventor(s)
HEAD SUBSTRATE - A simplified explanation of the abstract
This abstract first appeared for US patent application 20240181771 titled 'HEAD SUBSTRATE
Simplified Explanation
The patent application describes a head substrate with multiple arrays, each containing liquid ejection heads and heaters, along with reception units for receiving communication data related to heater selection.
- The head substrate includes arrays with liquid ejection heads and heaters.
- One or more first reception units receive communication data for selecting heaters on multiple arrays.
- A second reception unit receives communication data for selecting heaters on a single array and setting data.
Potential Applications: - Inkjet printing technology - Industrial printing applications - Biomedical research for precise liquid dispensing
Problems Solved: - Efficient selection and control of heaters in liquid ejection systems - Enhanced customization and optimization of liquid ejection processes
Benefits: - Improved accuracy and consistency in liquid ejection - Streamlined operation and maintenance of printing systems - Increased flexibility in adjusting liquid ejection parameters
Commercial Applications: Title: Advanced Inkjet Printing Systems with Customizable Heater Control This technology can be utilized in commercial inkjet printers for various industries such as packaging, textiles, and pharmaceuticals, enhancing print quality and efficiency.
Prior Art: There may be prior art related to inkjet printing systems with customizable heater control, but further research is needed to determine the novelty of this specific implementation.
Frequently Updated Research: Ongoing research in the field of inkjet printing technology may lead to advancements in customizable heater control for liquid ejection systems.
Questions about Inkjet Printing Systems with Customizable Heater Control Question 1: How does this technology improve the efficiency of inkjet printing processes? Answer: This technology allows for precise control of heaters in liquid ejection systems, leading to improved accuracy and consistency in printing.
Question 2: What are the potential cost-saving benefits of using this advanced inkjet printing system? Answer: By optimizing heater control and liquid ejection parameters, this technology can reduce material waste and maintenance costs in commercial printing operations.
Original Abstract Submitted
a head substrate including a plurality of arrays in each of which a plurality of liquid ejection heads for ejecting a liquid and a plurality of heaters are disposed, includes: one or more first reception units configured to receive communication data including heater selection data on a plurality of arrays, the heater selection data being for selecting the heaters; and one second reception unit configured to receive communication data including heater selection data on a single array and setting data.
