Abstract: A controlling method of a computer screen includes the following steps. Firstly, in a step (a), an image is captured. Then, a step (b) detects whether the image has a skin color distribution region. If an accumulative time length that no skin color distribution region is contained in the image is longer than a predetermined time length, a hibernation mode of the computer screen is enabled.

Abstract: An input module includes an input device and a control program. The input device is in communication with a computer. The control program is installed in the computer. If a control signal from a processing unit of the input device has not been received by the computer for a predetermined time period after the control program is opened, the control program issues a command signal to the processing unit. After the command signal is received by the processing unit, the processing unit issues at least one response signal to the computer so as to prevent the computer from entering a hibernation mode.

Abstract: The present invention relates to a testing system, including a testing host and a relay host, where the testing host may test a tested target, and a testing program is installed in the testing host. In a process of testing the tested target, the testing program may generate testing history information of the tested target, and the testing host changes a file name of the testing history information according to a renaming rule. The relay host includes a default function and a transferring and processing program, where the transferring and processing program may capture testing content information applicable to the default function from the file name of the testing history information, and apply the testing content information to the default function to generate function data. Therefore, an operation of generating the function data may be simplified.

Abstract: The present invention relates to a testing system, including a testing host and a relay host, where the testing host may test a tested target, and a testing program is installed in the testing host. In a process of testing the tested target, the testing program may generate testing history information of the tested target, and the testing host changes a file name of the testing history information according to a renaming rule. The relay host includes a default function and a transferring and processing program, where the transferring and processing program may capture testing content information applicable to the default function from the file name of the testing history information, and apply the testing content information to the default function to generate function data. Therefore, an operation of generating the function data may be simplified.

Abstract: A circuit board testing system includes a testing fixture and a computer system. The testing fixture includes a contact element, a switching circuit, a connection module, and a data acquisition unit. The contact element is connected with a circuit board. The switching circuit is connected with the contact element. The connection module is connected with the circuit board and the computer system. Consequently, an electric power is transmitted from the computer system to the circuit board through the connection module. By enabling the connection module, the data acquisition unit acquires a real voltage value corresponding to the electronic component. The computer system is connected with the testing fixture. According to the real resistance value, the computer system judges whether the electronic component passes the test.

Abstract: A circuit board testing system includes a testing fixture and a computer system. The testing fixture includes a contact element, a switching circuit, and a data acquisition unit. The contact element is connected with a circuit board. The switching circuit is connected with the contact element. By enabling the switching circuit, the data acquisition unit acquires a real voltage value corresponding to the electronic component. The computer system is connected with the testing fixture for converting the real voltage value into a real resistance value corresponding to the electronic component. According to the real resistance value, the computer system judges whether the electronic component passes the test.

Abstract: A testing device includes a base body, a holder, an electrically conductive plate, plural testing probes and plural insulation structures. The testing device of the present invention uses the electrically conductive plate to replace the plastic plate of the conventional testing device. Consequently, the electrostatic discharge effect is avoided. Moreover, the insulation structure is arranged between the testing probe and the electrically conductive plate to separate the testing probe from the electrically conductive plate so as to avoid the electric leakage problem. Consequently, the testing device of the present invention is capable of avoiding the electrostatic discharge effect without causing damage of the under-test object and reducing the measurement accuracy.

Abstract: A luminance adjusting method for a display screen of an electronic device includes the following steps. Firstly, a current brightness value and a current imaging color value of the display screen are recorded. In response to the user's operation, the light output of the display screen is adjusted. Consequently, the adjusted brightness value is equal to a default brightness value and the adjusted imaging color value is equal to a default imaging color value. Meanwhile, the display screen is operated in the healthy display mode. In response to the user's additional operation, the light output of the display screen is adjusted. Consequently, the adjusted brightness value is equal to the recorded current brightness value and the adjusted imaging color value is equal to the recorded current imaging color value. Meanwhile, the display screen is restored to the normal display mode.

Abstract: A membrane switch circuit testing system includes a testing module and a connection element. After the connection element is connected with a membrane switch circuit and the testing module, the testing module assigns an identification code to a key intersection of the membrane switch circuit. When the key intersection is depressed, an equivalent circuit is defined by the depressed key intersection and a corresponding fixed resistor of the testing module. Moreover, the testing module acquires an intersection resistance value of the depressed key intersection from the equivalent circuit. Consequently, the testing module judges whether the depressed key intersection is qualified according to the intersection resistance value.

Abstract: A luminance adjusting method for a display screen of an electronic device includes the following steps. Firstly, a current brightness value and a current imaging color value of the display screen are recorded. In response to the user's operation, the light output of the display screen is adjusted. Consequently, the adjusted brightness value is equal to a default brightness value and the adjusted imaging color value is equal to a default imaging color value. Meanwhile, the display screen is operated in the healthy display mode. In response to the user's additional operation, the light output of the display screen is adjusted. Consequently, the adjusted brightness value is equal to the recorded current brightness value and the adjusted imaging color value is equal to the recorded current imaging color value. Meanwhile, the display screen is restored to the normal display mode.

Abstract: A controlling method of a computer screen includes the following steps. Firstly, in a step (a), an image is captured. Then, a step (b) detects whether the image has a skin color distribution region. If an accumulative time length that no skin color distribution region is contained in the image is longer than a predetermined time length, a hibernation mode of the computer screen is enabled.

Abstract: A membrane switch circuit testing system includes a testing module and a connection element. After the connection element is connected with a membrane switch circuit and the testing module, the testing module assigns an identification code to a key intersection of the membrane switch circuit. When the key intersection is depressed, an equivalent circuit is defined by the depressed key intersection and a corresponding fixed resistor of the testing module. Moreover, the testing module acquires an intersection resistance value of the depressed key intersection from the equivalent circuit. Consequently, the testing module judges whether the depressed key intersection is qualified according to the intersection resistance value.

Abstract: A tweezers device with a function of installing a soldering iron is provided. The tweezers device includes a first clipping structure and a second clipping structure. The second clipping structure is pivotally coupled to the first clipping structure. An object between a first clipping end of the first clipping structure and a second clipping end of the second clipping structure is clipped by the tweezers device. When the soldering tip is accommodated within an accommodation space of the second clipping structure, a soldering tip of the soldering iron is contacted with the second clipping end of the second clipping structure. Since the second clipping end of the second clipping structure is made of a thermal conductive material, a heat energy generated by the soldering iron is transferred to the second clipping end of the second clipping structure.

Abstract: A circuit board testing system includes a testing fixture and a computer system. The testing fixture includes a contact element, a switching circuit, a connection module, and a data acquisition unit. The contact element is connected with a circuit board. The switching circuit is connected with the contact element. The connection module is connected with the circuit board and the computer system. Consequently, an electric power is transmitted from the computer system to the circuit board through the connection module. By enabling the connection module, the data acquisition unit acquires a real voltage value corresponding to the electronic component. The computer system is connected with the testing fixture. According to the real resistance value, the computer system judges whether the electronic component passes the test.

Abstract: A circuit board testing system includes a testing fixture and a computer system. The testing fixture includes a contact element, a switching circuit, and a data acquisition unit. The contact element is connected with a circuit board. The switching circuit is connected with the contact element. By enabling the switching circuit, the data acquisition unit acquires a real voltage value corresponding to the electronic component. The computer system is connected with the testing fixture for converting the real voltage value into a real resistance value corresponding to the electronic component. According to the real resistance value, the computer system judges whether the electronic component passes the test.

Abstract: A mouse motion trajectory testing system includes a testing fixture and an electronic calculator connected to the testing fixture. The testing fixture includes a testing base, a rotatable member under the testing base, and a controlling unit. The testing base is used for fixing the tested mouse thereon. The controlling unit is used for driving the rotatable member to be rotated for a preset number of revolutions at a preset speed, so that the tested mouse generates a motion signal. The electronic calculator has testing program for receiving the motion signal from the tested mouse, thereby judging whether the tested mouse is qualified or not.

Abstract: The present invention discloses a system for testing illuminating elements and a method for testing illuminating elements, wherein the method includes the following steps. Firstly, an illuminating element and an unilluminated area on a circuit board are covered respectively. A reference voltage is obtained according to a brightness of the unilluminated area and a testing voltage is obtained according to a brightness of the illuminating element being driven. Afterwards, whether the illuminating element passes a testing process or not is judged from the reference voltage and the testing voltage.

Abstract: A circuit board testing system and a circuit board testing system for testing a circuit board of keys. The circuit board testing system includes a computer and a test frame. The circuit board is placed on the test frame. The computer includes a script database with plural pin test scripts, a script generation program and a test program. The test program is used for searching a pin test script corresponding to the circuit board from the script database, and testing the circuit board according to the pin test script. If the pin test script is not searched from the script database by the test program, the script generation program is activated to create the pin test script.

Abstract: An automatic testing method for controlling a manual test program to judge whether at least one tested object complies with a quality standard. The manual test program has a plurality of control items. The automatic testing method is executed by an electronic calculator. The automatic testing method includes steps of: (a) acquiring all control identification codes of all control items, and (b) successively performing the control items.

Abstract: A keyboard test program generating method includes the following steps. Firstly, a first key number is received. By pressing a first key, a first key identification code corresponding to the first key is generated. The first key number is assigned to the first key so as to generate a first key conditional expression. By pressing a next key, a next key identification code corresponding to the next key is generated. A second key number following the first key number is assigned to the next key so as to generate a next key conditional expression. Afterwards, these key conditional expressions, a keyboard test program header and a keyboard test program trailer are combined together, thereby generating the keyboard test program.