Method for manufacturing pattern forming body and pattern manufacturing apparatus
a technology of pattern forming and manufacturing apparatus, which is applied in the field of pattern forming, can solve the problems of uneven thickness of coloring layer or the like constituting the color filter, uneven liquid droplet amount discharged from each piezoelectric driving type head, and small siz
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first embodiment
(1) FIRST EMBODIMENT
[0103]First, an embodiment of using the wettability changeable layer will be explained. The wettability changeable layer used in this embodiment has a wettability pattern of a lyophilic area and a liquid repellent area formed on its surface by exposure (Here, the exposure in the present invention is the concept including the energy irradiation. Moreover, the energy of the energy irradiation denotes energy capable of changing the wettability of the wettability changeable layer or the photocatalyst containing layer such as an ultraviolet ray) in a state contacted with the photocatalyst processing layer containing a photocatalyst.
[0104]The wettability changeable layer is a wettability changeable layer which the wettability is changed so as to lower the contact angle of the liquid by the function of the photocatalyst accompanied by the energy irradiation. Thereby, the wettability can easily be changed by executing the pattern exposure, or the like so that a pattern o...
second embodiment
(2) SECOND EMBODIMENT
[0126]This embodiment is an embodiment of the wettability variable layer is a photocatalyst containing layer comprising a photocatalyst and a binder.
[0127]Since the definition of the lyophilic area and the liquid repellent area on the photocatalyst containing layer, the wettability range, or the like are same as the explanation in the first embodiment, explanation here is omitted.
[0128]The above-mentioned photocatalyst containing layer used in this embodiment comprises at least a photocatalyst and a binder. By making the layer as above, the critical surface tension can be made higher by the change of the components in the binder by the photocatalyst function by the energy irradiation so that the wettability pattern can be formed easily as a result.
[0129]Although the function mechanism of the photocatalyst represented by a titanium oxide to be described later in the photocatalyst containing layer is not always clear, it is considered that a carrier produced by th...
examples
Formation of the Lyophilic Pattern onto the Transparent Substrate
[0152]A photocatalyst containing layer containing a photocatalyst and a binder was formed on a 300×400 mm non alkaline glass substrate. In this state, the wettability variable layer had the ink repellent property. By irradiating an ultraviolet ray via a linear mask pattern having a 90 μm×200,000 μm opening part, and 1,024 pieces of a 100 μm pitch, a lyophilic line pattern of the same pitch was formed on the photocatalyst containing layer.
(Confirmation of the Ink Jet Discharging Amount)
[0153]A piezoelectric driving type inkjet head having 128 pieces of discharging holes was prepared. The ink drop volume discharged from each discharging hole was measured so that it was found to be 20 pL / drop by average, 18 pL / drop by the smallest, and 22 pL / drop by the largest. That is, it was confirmed that there was ±1-0% irregularity with respect to the average discharging amount.
(Bit Map Production)
[0154]The discharging amount necess...
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Abstract
Description
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