| 摘要 |
The preferred embodiments should preferably be made of rubber, silicon, metal, plastic or a combination of the above. A few designs have been submitted for this new device. The structural design is chosen among many others for various reasons. First, it is able to handle the rigorous handling of a notebook user on the desktop. Second it is generic enough to function on all types of notebook shapes and designs in the market. Third, it does not need orientation and allows many various locations for attachment. The structure shape was determined to provide sufficient grip to notebook to prevent shearing during sliding on desktop. Second, it allows sufficient height for the notebook to be lifted for the slid without dragging the back end of the notebook. Thirdly, it allows sufficient friction for resting on the laps. The structure base use materials like 40+/- SHA to 50+/- SHA SBR rubber and silicon rubber. They are coated with added layer of special PU coating to provide the gentle and quick maneuvering movement and support. It uses 4679 MP high performance,Nitto No 500 adhesive and fastener. The main structure, which supports the notebook, is made up of hard flexible plastic to provide additional cushion to the notebook components. The under layer of the structure is made of foam to provide cushion and support to the human lap. The top layer of the structure is made up of fastener. Ball bearing like ball bearing transfer, cushion bearing, and compression springs can also used. The material used for the plastic parts use can be PVC and HDPE. Plastic sheets and wheels are also used to provide the added smoothness for movement. Due to the technology and material available today, there are many possible designs and processes. The above materials and technology are just some what has been use to achieve the claims and improvements to the notebook user.
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