To improve design characteristics of a display panel of an on-vehicle instrument and, moreover, improve a yield during manufacture of a display panel.
A display panel 1 is partitioned into a light transmissive area 2 that transmits light and constitutes a display section and light interceptive areas 3 that do not transmit light. The display panel 1 is provided with a light transmissive base plate 4, and first printed layers 5, whose end parts consist of hiding layers positioned closer to light interceptive areas 3 than the boundary between a light transmissive area 2 and the light interceptive areas 3, are formed by printing in the light interceptive areas 3 on the front side of the base plate 4. On the front side of the first printed layers 5, second printed layers 6 that consist of a design application layer are formed by printing. The second printed layers 6 have an extending parts 6a that extend from the end part of the first printed layers 5 toward a light transmissive area 2, and end parts of the extending parts 6a are positioned on the boundary between the light transmissive area 2 and the light interceptive areas 3. On the uppermost layer, hairline patterns 9 are formed by printing.
ASAOKA KAIZAN
| JP2001165715A | 2001-06-22 | |||
| JPH11231813A | 1999-08-27 | |||
| JPH1183550A | 1999-03-26 |
Hiroshi Takeuchi
Takahisa Shimada
Yuji Takeuchi
Katsumi Imae
Kazunari Ninomiya
Tomoo Harada
Seki Kei
Yasuya Sugiura
Daisuke Kawabe
Masanori Hasegawa
Tsuguya Iwashita
Koji Fukumoto
Ryo Maeda
Mawaki Hachizo
Yukichi Matsunaga
Kenji Kawakita
Shohei Okazawa