Ink-jet recording device with mist adsorbing capability
View Patent ↗An ink-jet recording device includes: an ink-jet head that ejects an ink toward a recording medium, the ink curable by irradiating with an actinic energy ray to form an image on the recording medium, and a mist adsorbing portion that is disposed in the vicinity of the ink-jet head and that electrostatically adsorbs an ink mist produced by ejecting the ink from the ink-jet head.
1. An ink-jet recording device comprising:
an ink-jet head that ejects an ink droplet toward a recording medium, the ink droplet curable by irradiating with an actinic energy ray to form an image on the recording medium; and
a mist adsorbing portion that is disposed in the vicinity of the ink-jet head and that electrostatically adsorbs an ink mist that is produced when the ink droplet is ejected from the ink-jet head, and is attached to an area different from an area of the image on the recording medium if not adsorbed by the mist adsorbing portion,
wherein the mist adsorbing portion has one of an acute needle-like electrode and a blade-like electrode, and
wherein the acute needle-like electrode has a curvature radius of 100 μm or less.
2. The ink-jet recording device as claimed in claim 1 , wherein the mist adsorbing portion is disposed downstream along a conveyance direction of the recording medium with respect to the ink-jet head.
3. The ink-jet recording device as claimed in claim 1 , wherein the ink mist is produced substantially simultaneously with the ejecting of the ink droplet.
4. An ink-jet recording device comprising:
an ink-jet head that ejects an ink droplet toward a recording medium, the ink droplet curable by irradiating with an actinic energy ray to form an image on the recording medium;
a mist adsorbing portion that is disposed in the vicinity of the ink-jet head and that electrostatically adsorbs an ink mist that is produced when the ink droplet is ejected from the ink-jet head, and is attached to an area different from an area of the image on the recording medium if not adsorbed by the mist adsorbing portion; and
a mist receiving portion that is disposed opposite to the mist adsorbing portion and that receives the ink mist flied from the mist adsorbing portion by applying an electrostatic force to the mist receiving portion.
5. The ink-jet recording device as claimed in claim 4 , wherein the irradiating portion irradiates the ink mist received by the mist receiving portion with the actinic energy ray.
6. The ink-jet recording device as claimed in claim 4 , wherein the mist adsorbing portion has one of an acute needle-like electrode and a blade-like electrode.
7. The ink-jet recording device as claimed in claim 4 , wherein the mist adsorbing portion is disposed downstream along a conveyance direction of the recording medium with respect to the ink-jet head.
8. An ink-jet recording device comprising:
an ink-jet head that ejects an ink droplet toward a recording medium, the ink droplet curable by irradiating with an actinic energy ray to form an image on the recording medium;
a mist adsorbing portion that is disposed in the vicinity of the ink-jet head and that electrostatically adsorbs an ink mist, that is produced when the ink droplet is ejected from the ink-jet head and that is attached to an area different from an area of the image on the recording medium if not adsorbed by the mist adsorbing portion; and
an irradiating portion that irradiates the recording medium with the actinic energy ray,
wherein the mist adsorbing portion is disposed between the ink-jet head and the irradiating portion,
wherein the ink-jet recording device further comprises a shielding plate that prevents an electrode of the mist adsorbing portion from being irradiated with the actinic energy ray, and
wherein the electrode is applied a voltage used for electrostatically adsorbing the ink mist.