Abstract: A method of utilizing a mobile communication device to convert image character into text and a system thereof are provided, which are utilized in a service to wirelessly transmit the image character captured by the mobile communication device to a server for being converted into an encoded text and then returned to the mobile communication device. The method includes the step of obtaining a digital image containing an image character; utilizing a wireless communication network to transmit the digital image into a server; extracting the area of the image character of the digital image; then, after recognizing and converting an image character program of the image character into a corresponding text, returning the text to the mobile communication device to be displayed, such that the problem of an inconvenient input operation when a large number of texts are input into the mobile communication device is solved.

Abstract: Systems and methods for registering fingerprints, setting a login method for an application, and logging into the application are provided. In the registration phase, the system receives a fingerprint signal, which is assigned to one of the many finger related data. In the phase which sets the login method, the system detects a login-signal, which comprises an identity, a password, and a command to execute the application. The system commands the display of the fingerprint related data and receives a selection message corresponding to one of the finger related data. The system assigns the application, the identity, the password to the selected fingerprint related data. In the login phase, the system receives the fingerprint signal and thereby, retrieves the corresponding application, the identity, and the password as well. The system generates a start signal comprising the identity, the password, and the command to execute the application.

Abstract: A method and a robotic device for locomotion training. The method involves shifting a subject's pelvis without directly contacting the subject's leg, thereby causing the subject's legs to move along a moveable surface. The device comprises two backdriveable robots, each having three pneumatic cylinders that connect to each other at their rod ends for attachment to the subject's torso. Also provided is a method of determining a locomotion training strategy for a pelvic-shifting robot by incorporating dynamic motion optimization.

Abstract: An LCD panel testing method. The method comprises forming jump lines in a predetermined region on the substrate between the signal lines via mask design when forming TFT LCD arrays, and thus forming a plurality of signal-line groups each with two signal lines coupled by the jump lines. Thereupon, an array tester sequentially tests two pixels corresponding to the signal lines in the signal groups. If one of the feedback signals from the signal groups does not meet a predetermined standard, it is determined that one or both pixels in the signal group are defective. The defective pixel or pixels are then identified using an electronic microscope to test two pixels at the same time. In this way, the number of probe pins and tests performed is halved. The probe pin size is also thus less restrictive due to larger probe pin intervals. Consequently, yield is greatly increased.

Abstract: The present invention relates to an LCD testing method. The method comprises forming jump lines in a predetermined region on the substrate between the signal lines via mask design when forming TFT LCD arrays, and thus forming a plurality of signal-line groups each with two signal lines coupled by the jump lines. Thereupon, an array tester sequentially tests two pixels corresponding to the signal lines in the signal groups. If one of the feedback signals from the signal groups does not meet a predetermined standard, it is determined that one or both pixels in the signal group are defective. The defective pixel or pixels are then identified using an optical apparatus such as an electronic microscope having a scope capable of testing two pixels at the same time. In this way, the number of probe pins and tests performed is halved. The probe pin size is also thus less restrictive due to larger probe pin intervals. Consequently, yield is greatly increased.