20240009930. APPARATUS, METHODS, AND SYSTEMS FOR CALIBRATING 3D PRINTERS simplified abstract (PANTHEON DESIGN LTD.)
Contents
APPARATUS, METHODS, AND SYSTEMS FOR CALIBRATING 3D PRINTERS
Organization Name
Inventor(s)
APPARATUS, METHODS, AND SYSTEMS FOR CALIBRATING 3D PRINTERS - A simplified explanation of the abstract
This abstract first appeared for US patent application 20240009930 titled 'APPARATUS, METHODS, AND SYSTEMS FOR CALIBRATING 3D PRINTERS
Simplified Explanation
The abstract describes aspects of an apparatus, methods, and systems for calibrating 3D printers. One aspect is an apparatus that includes a nozzle support structure that attaches a nozzle to a 3D printer. The nozzle support structure has a strained region that experiences a surface strain when the nozzle comes into contact with a print surface. The apparatus also includes a semiconductor strain gauge attached to the strained region. The strain gauge generates an analog signal and outputs a digital signal in response to the surface strain. The digital signal can be detected by the 3D printer. Related apparatus, methods, and systems are also described.
- The apparatus includes a nozzle support structure that attaches a nozzle to a 3D printer.
- The nozzle support structure has a strained region that experiences surface strain when the nozzle contacts a print surface.
- A semiconductor strain gauge is attached to the strained region.
- The strain gauge generates an analog signal and outputs a digital signal in response to the surface strain.
- The digital signal can be detected by the 3D printer.
Potential applications of this technology:
- Calibration of 3D printers to ensure accurate printing.
- Monitoring and adjusting nozzle position during printing to improve print quality.
- Real-time feedback on nozzle contact with the print surface to prevent damage or misalignment.
Problems solved by this technology:
- Inaccurate printing due to misaligned nozzles.
- Damage to the print surface or nozzle caused by excessive force or improper contact.
- Inconsistent print quality due to variations in nozzle position.
Benefits of this technology:
- Improved accuracy and precision in 3D printing.
- Reduced risk of damage to the print surface or nozzle.
- Consistent and high-quality prints.
Original Abstract Submitted
aspects of apparatus, methods, and systems for calibrating 3d printers are described. one aspect is an apparatus that may comprise: a nozzle support structure that operatively attaches a nozzle to a 3d printer and comprises a strained region that experiences a surface strain of between approximately 1�10-7 and approximately 1�10-4 responsive to a contact between the nozzle and a print surface; and a semiconductor strain gauge that is attached to the strained region and operable to generate an analog signal and output a digital signal responsive to the surface strain, the semiconductor strain gauge comprising a gauge factor of between approximately 80 and approximately 200, the digital signal being detectable by the 3d printer. related apparatus, methods, and systems also are described.
