Abstract: An automated test system includes a plurality of modules and a plurality of basic functions executed by them. An initial setting basic function obtains a test setup file corresponding to a device under test from a test station, and reads a device basic information from the test setup file. A pre-test basic function resets the test setup file from the previous testing. A test initializing basic function confirms whether the device under test is applied to a test item of the test station according to the device basic information, and initializes a test data corresponding to the device under test according to the test item. The test station tests the device under test based on the test data to generate a test result. A post-test basic function uploads the test result to a central server, and confirms whether to receive an upload status from the central server.

Abstract: A rack server chassis, having a housing base and mutually opposite side walls that are disposed on the housing base. The chassis has a first and a second fan fastening plate which are disposed in the rack server chassis and configured in such a manner that between the two fan fastening plates one or a plurality of fans are fixable to the fan fastening plates. The first fan fastening plate is fixed at a predetermined position in the rack server chassis. The chassis has a first fastening means which corresponds to a first assembly position of the second fan fastening plate and by means of which the second fan fastening plate is releasably fixed to the rack server chassis.

Abstract: An electronic device bracket including a first supporting member, a second supporting member, and at least one pivoting member is provided. The second supporting member is disposed beside the first supporting member. The at least one pivoting member is disposed at a side of the first and the second supporting members, and two ends of the at least one pivoting member are pivoted to the first and the second supporting members. Here the first supporting member is adapted to move between a first position and a second position relative to the second supporting member, so as to adjust a length of the electronic device bracket.

Abstract: An electronic device bracket including a first supporting member, a second supporting member, and at least one pivoting member is provided. The second supporting member is disposed beside the first supporting member. The at least one pivoting member is disposed at a side of the first and the second supporting members, and two ends of the at least one pivoting member are pivoted to the first and the second supporting members. Here the first supporting member is adapted to move between a first position and a second position relative to the second supporting member, so as to adjust a length of the electronic device bracket.

Abstract: A server equipped with touch display module is illustrated. The server is placed in a rack enclosure and includes a rack, an information gathering unit, a rack connecting unit, and the touch display module. The rack includes a receiving slot in front side of the rack. The information gathering unit is coupled with a plurality of system components of the server and used for gathering operation information of the system components. The operation information is transmitted to the touch display module through the rack connecting unit. The touch display module slidably received in the receiving slot can be drawn out for displaying operation information. The operation information includes identification data and state data of the system components. When error information associated with the system component is identified in the received operation information, the touch display module drawn out displays an alert message related to the failed system component.

Abstract: A paper inputting apparatus comprises a release soft roller shaft comprising an elastic member; a first soft roller shaft rotatably attached to the release soft roller shaft, the first soft roller shaft comprising an idler sleeve; wherein the elastic member abuts the first soft roller shaft; a second soft roller shaft comprising a soft roller; and a driving device attached to the release soft roller shaft; wherein the driving device rotates the release soft roller shaft and the first soft roller shaft between a first and a second positions relative to the second soft roller shaft; when in the first position, the idler sleeve abuts the soft roller, and the paper inputting apparatus grips a sheet of paper; when in the second position, a gap is defined between the idler sleeve and the soft roller, and the paper inputting apparatus releases the sheet of paper.

Abstract: A paper inputting apparatus comprises a release soft roller shaft comprising an elastic member; a first soft roller shaft rotatably attached to the release soft roller shaft, the first soft roller shaft comprising an idler sleeve; wherein the elastic member abuts the first soft roller shaft; a second soft roller shaft comprising a soft roller; and a driving device attached to the release soft roller shaft; wherein the driving device rotates the release soft roller shaft and the first soft roller shaft between a first and a second positions relative to the second soft roller shaft; when in the first position, the idler sleeve abuts the soft roller, and the paper inputting apparatus grips a sheet of paper; when in the second position, a gap is defined between the idler sleeve and the soft roller, and the paper inputting apparatus releases the sheet of paper.

Abstract: The invention is to provide a lens adapted to an image capturing apparatus. In particular, the lens according to the invention is capable of reducing the divergence of radiation-based signals emitted from the interior of the image capturing apparatus.

Abstract: A method of compressing letters adapted to store a letter in a specific bit and a memory unit includes compiling a set of 26 letters of the English alphabet and dividing it into two halves, which are respectively encoded as headers or tailers. Headers are stored in the specific bit, while tailers are stored in the memory unit, so as to reduce memory spaces. By using the method in combination with a speciaily designed data structure, 16 letters may be stored in 10 bits.