Abstract:
The present invention provides a display rotating and sliding module for a mobile phone. This module includes a sliding mechanism for moving the display to adjust its position and a rotatingal mechanism pivotably connected with the display to adjust the included angle.
Abstract:
A testing probe includes a first sleeve, a first springy component, a first movable rod, a second springy component, and at least one second movable rod. The first sleeve has a first containing portion, which is located inside the first containing portion. The first movable rod is partially inserted into the first containing portion, and has a first stopper portion and a second containing portion. The first stopper portion is located inside the first containing portion and contacts the first springy component, so that the first movable rod and first containing portion are capable of relatively sliding. The second springy component is located inside the second containing portion. The second movable rod is partially inserted into the second containing portion, and has a second stopper portion. The second stopper portion is located inside the second containing portion and contacts the second springy component, so that the second movable rod and second containing portion are capable of relatively sliding.
Abstract:
A mechanism for testing a printed circuit board. The mechanism includes a holder, an expansion board and at least one fixing member. The expansion board has a first edge where a contact zone is provided. The expansion board is partially disposed in the holder with the first edge thereof exposed. The first edge of the expansion board is inserted into an expansion slot of the printed circuit board, while the contact zone provides electrical connection to the expansion slot. The fixing member fixes the expansion board in the holder.
Abstract:
An adapter module for a portable computer keeps its power cables in its housing to maintain a tidy appearance. Cylinders, driven by torsion springs, roll power cables around themselves in the housing. A stop, driven by a spring, blocks teeth of cylinders to prevent the cylinders from rolling up the power cables. A button, operated by a user, is pushed against the stop to release the cylinders on which the power cables are retracted. When the adapter module is used to transmit power, power cables of desired length are extracted. When the module is not in use, the button is pressed to tract the power cables into the housing.
Abstract:
Wireless network base stations capable of receiving video signals are provided. A wireless network base station includes a video signal receiver, a video decoding unit, a first Ethernet port, and a processor. The video signal receiver receives a video signal. The video decoding unit connected to the video signal receiver decodes the video signal. The first Ethernet port connected to a network receives first data packets therefrom and transmits second data packets thereto. The processor, connected to the video decoding unit and the first Ethernet port, converts the decoded video signal to video packets and controls reception and transmission of the video packets, the first data packets, and the second data packets. The processor transmits the video packets and the first data packets to a computer and receives the second data packets from the computer wirelessly.
Abstract:
A casing structure of a mouse includes a base, an upper cover, and a soft pad. The upper cover is disposed on the base to form an accommodating space. The soft pad covers the upper cover.
Abstract:
A jumper device includes a jumper and a connecting member. In this case, one end of the connecting member connects with the jumper device. Another end of the connecting member has at least one connecting portion. A jumper assembly including the jumper device is also provided.
Abstract:
A pedestal set for the vertical and horizontal oriented product includes a chassis, a cover element, and a magnetic element. The chassis has a concave portion and a first joint portion, which is disposed on a surface of the chassis opposite to the concave portion. The first joint portion is connected to an external apparatus. The cover element is disposed on the concave portion to form an accommodating space. The magnetic element is placed in the accommodating space.
Abstract:
An optical drive comprises a radio frequency processing unit, a memory, a digital signal processing unit, and a driving processing unit. The radio frequency processing unit enlarges a signal generated with an optical pickup and produces a tracking error signal and a servo signal. The memory saves a plurality of sled processing programs. The digital signal processing unit has a tracking processing module and a sled selecting module. The tracking processing module processes the tracking error signal and produces a tracking output signal. The sled selecting module selects one of the sled processing programs according to the servo signal for processing the tracking output signal and producing a feed output signal. The driving processing unit drives a coil motor and a sled motor respectively according to the tracking output signal and the feed output signal.