Abstract: An electronic production control method and electronic production controller thereof are provided. The electronic production controller includes a network transmitting module, a storage module and a processing module. The network transmitting module bases on DLNA standard to receive a reading instruction from a playback platform or to transmit reading data to the playback platform. The storage module includes the reading instruction, a built-in program corresponding to the reading instruction and the reading data. The processing module is electronically coupled to the electronic product and bases on the reading instruction to search the corresponding built-in program in the processing module and the reading data. The processing module uses the built-in program to drive the electronic products and returns the reading data to the playback platform, such that the reading data may be displayed on the playback platform.

Abstract: Disclosed is an IP camera and a video playback method thereof, the IP camera connected to a host through the network, the IP camera includes an image capturing unit, a processor, and an input/output buffer unit. An external video is captured by the image capturing unit, and the external video includes a plurality of frames. An image outputting rate is determined by the processor, and an output external image is produced by reducing a resolution of the external image and remarking a confirm flag in at least one first frame when an image output rate is lower than a threshold value. The external image or the processed image is inputted to the I/O buffer unit to form an output external image. By way of the present invention, the captured video may still be watched instantly and fluently on the host while the host is suffering from the network congestion.

Abstract: A mobile power bank assembly device includes a first unit and a second unit. The first unit includes a first casing, a first battery, a first functional circuit, and a first connector. The first battery is connected to the first functional circuit. The first battery and the first functional circuit are disposed inside the first casing. The first connector is exposed from the first casing and connected to the first functional circuit. The second unit includes a second casing, a second functional circuit and a second connector. The second connector is exposed from the second casing and connected to the second functional circuit. The first and second units can be plugged and connected with each other through a connection of the first and second connectors, thereby configuring the second functional circuit to receive electric power from the first battery and have a signal connection with the first functional circuit.

Abstract: A method, system, and computer usable program product for creating a superseding software product release are provided in the illustrative embodiments. A first set of metadata describing a set of parts related to a first release is received at an application executing in a computer. A second set of metadata describing a second set of parts related to a second release is received. Using the first and the second sets of metadata, a part to be added to the second set of metadata is identified such that the second release is sufficient to supersede the first release. The second set of metadata is updated to include metadata of the part such that an updated second release according to the updated second set of metadata is sufficient to supersede the first release.

Abstract: A portable digital data storage device is selectively in communication with an external electronic device through a communication interface. The portable digital data storage device includes a storage unit and a control unit. The storage unit has a storage space. The storage space is divided into a plurality of analyzable sections. The control unit is electrically connected with the communication interface for controlling an accessing operation of the storage unit. The control unit judges a utilization condition of the storage space according to usage statuses of respective analyzable sections, thereby acquiring analyzing information of the storage space.

Abstract: A wheel assembly of skate includes a wheel mounted in a casing, the wheel having an axle, two side sliding plates each including a groove adapted to mount around an open end of the axle, two springs, two links each inserted through the casing into a slot of the sliding plate, and a fastener for securing the link to one inner sliding plate. Unfastening the inner links, pulling the sliding plates to disengage with the axles with the wheels being automatically popped out of the casing by the expansion of the springs, and fastening the inner links will securely transform the skate into a roller skate. Unfastening the inner links, pressing the wheels into the casing with the springs being compressed, pushing the sliding plates to mount the grooves thereof around the axles, and fastening the inner links will securely transform the skate into a shoe.

Abstract: A switching hub architecture and index-shared packet transfer method thereof are proposed, which allow a switching hub to perform a port-to-port packet transfer procedure, a port-to-microprocessor packet transfer procedure, and a microprocessor-to-port packet transfer procedure in an index-shared manner that can help enhance packet transfer efficiency. The proposed switching hub architecture and index-shared packet transfer method thereof is characterized in that the embedded packet-switching control unit and microprocessor are both capable of retrieving an index from the same packet index buffer that is pointed to an unoccupied packet buffer area in the packet buffer memory. This index-shared scheme allows the port-to-port packet transfer procedure, the port-to-microprocessor packet transfer procedure, and the microprocessor-to-port packet transfer procedure to be carried out more efficiently than prior art.