Browsing by Author "Liu, Pei-Yu"

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Black matrices surface treatment for color filters ink jet printing process
(2007)
Shin, You-Ru
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Wu, Siang-Jhih
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Cheng, Jung-An
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Chen, Huang-Ming P.
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Li, Huai-An
An inkjet printing process for color filter fabrication is one of key technologies for next generation processes. To prevent ink overflow from the black matrices (BM) bank, two effective surface pre-treatments were introduced in this study. The contact angle of chemical treatment and CFx plasma treatment can be increased from 12 to 52 degrees and 12 to 27 for red ink, respectively.
Home Healthcare Matching Service System Using the Internet of Things
(2019-06-01)
Lin, Tzong-Shyan
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Liu, Pei-Yu
;
Lin, Chun-Cheng
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工業工程與管理學系
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Department of Industrial Engineering and Management
Home healthcare services enable patients to live in an environment and amongst people that they are familiar with while receiving the healthcare that they need. To provide such an arrangement, readings from healthcare devices are collected and analyzed on a regular basis to determine healthcare services needed by patients, and then the services needed are matched with a limited number of healthcare professionals that are capable of providing the services needed. To meet these requirements, this work presents a home healthcare matching service system that enables patients to feel that the system is in charge of their healthcare while licensing requirements, legal requirements, and travel schedule restrictions of the healthcare professionals are met. Rather than just focusing on satisfying needs of healthcare providers or professionals, this system takes a balanced approach by satisfying preferences of the patients. In particular, patients are able to prioritize their specific preferences and the system will try to satisfy them as fully as possible rather than ignoring the patient preferences in its entirety when a feasible schedule for healthcare professionals cannot be scheduled while meeting patient preferences in its entirety.
Large area color filter fabrication by using ink-jet printing technology
(2008)
Wu, Siang-Jhih
;
Cheng, Jung-An
;
Chen, Huang-Ming P.
;
Shin, You-Ru
;
Shieh, Han-Ping D.
A novel ink jet printing process without additional photolithography process for large area color filter fabrication has been developed in this study. A 100x100 mm(2) model of 32" color filters was fabricated for evaluation. New developed RGB inks were able to achieve 73% NTSC standard with the thickness of R, G, and B films at 1.80, 1.90, and 1.80 pm, respectively. The overflow issue can be solved by surface pretreatments, and color inks formulation.