Abstract: The invention relates to an automatic deployment system and a method thereof. The automatic deployment system includes an input unit, a simulation unit, and a deployment unit. The input unit receives a first actual transmission information of a user device in the absence of signal path redistributors. The simulation unit receives a simulation parameter and generates a first simulation information and a second simulation information based on the simulation parameter. The deployment unit trains and generates a prediction deployment model using the first actual transmission information, the first simulation information, and the second simulation information. The prediction deployment model generates a prediction deployment information based on the second actual transmission information. The method for automatic deployment involves steps related to utilizing an automatic deployment signal path redistribution system to generate the prediction deployment information.

Abstract: A buffer packing apparatus for packing an object and increasing the buffering capacity between the object and a packaging box is provided. The buffer packing apparatus comprises a U-shaped column body and a pair of buffering sleeves. The two carrier boards in the U-shaped column body support the upper and lower surface of the object. The buffering sleeves are engaged to the respective ends of the U-shaped column body to form a buffering space for protecting the object against external impact. The corners of the buffer packing apparatus are also chamfered to increase the buffering capacity of buffering sleeves when the packaging box receives an external impact.

Abstract: A buffer packing apparatus for packing a plurality of objects is provided. The buffer packing apparatus comprises a plurality of rectangular partition boards and a plurality of buffer columns. The rectangular partition boards form a plurality of compartments for buffering and accommodating the objects. Through the selection of different buffer column designs, orientation of the objects inside the buffer packing apparatus can be easily identified. With chamfers on every corner of the buffer packing apparatus, the shock produced by an external impact can be readily absorbed thereby increasing the buffering capacity of the packing.