16:00 〜 16:20
[SI-01] Study to Define Main Factors Affecting Electro Static Jam and to Develop CAE Model
This study is about jam caused by static electricity after toner transfer system. We developed a simple paper behavior model (2D). In this model , the electrostatic force generated on the paper is expressed as the product of the electric field vector (E) and the surface charge density (σ) on the paper.
Tests have been performed to define main factors affecting the electric field and surface charge, and these factors have been applied to the CAE model. The electric field (E) was controlled by changing the potential of TR and OPC. The charge density (σ) on paper was examined by the bias voltage of the charge eliminator, the water content of the paper,etc. We expect that it will help to design robust system against unstable paper behavior by understanding mechanism of electrostatic jam and severe evaluative condition
Tests have been performed to define main factors affecting the electric field and surface charge, and these factors have been applied to the CAE model. The electric field (E) was controlled by changing the potential of TR and OPC. The charge density (σ) on paper was examined by the bias voltage of the charge eliminator, the water content of the paper,etc. We expect that it will help to design robust system against unstable paper behavior by understanding mechanism of electrostatic jam and severe evaluative condition