39 results about "Differences size" patented technology

Different sized features in the array and in the periphery of an integrated circuit are patterned on a substrate in a single step. In particular, a mixed pattern, combining two separately formed patterns, is formed on a single mask layer and then transferred to the underlying substrate. The first of the separately formed patterns is formed by pitch multiplication and the second of the separately formed patterns is formed by conventional photolithography. The first of the separately formed patterns includes lines that are below the resolution of the photolithographic process used to form the second of the separately formed patterns. These lines are made by forming a pattern on photoresist and then etching that pattern into an amorphous carbon layer. Sidewall pacers having widths less than the widths of the un-etched parts of the amorphous carbon are formed on the sidewalls of the amorphous carbon. The amorphous carbon is then removed, leaving behind the sidewall spacers as a mask pattern. Thus, the spacers form a mask having feature sizes less than the resolution of the photolithography process used to form the pattern on the photoresist. A protective material is deposited around the spacers. The spacers are further protected using a hard mask and then photoresist is formed and patterned over the hard mask. The photoresist pattern is transferred through the hard mask to the protective material. The pattern made out by the spacers and the temporary material is then transferred to an underlying amorphous carbon hard mask layer. The pattern, having features of difference sizes, is then transferred to the underlying substrate.

An apparatus and method for fabricating a liquid crystal display panel are disclosed. In case of the single mode that liquid crystal display panels are fabricated with the same size on a large glass substrate, defective unit liquid crystal display panels are kept and discarded not to proceed with a follow-up process. Thus, a material waste is restrained and a yield can be improved. Meanwhile, in case of the multi-mode that liquid crystal display panels are fabricated with difference sizes on a large glass substrate, sub-models are kept, and then after completing the process for the main models, a follow-up process if performed on the sub-models. Thus, use efficiency of the glass substrate can be maximized to improve a productivity and a unit cost of the product can be reduced.

The invention discloses a charging system for an electric vehicle. The charging system for the electric vehicle comprises a control unit, a clean energy unit, an energy storage unit and a charging unit; the charging unit is separately connected with the commercial power, the clean energy unit and the energy storage unit, and used for receiving electric energy and charging the electric vehicle; theenergy storage unit is separately connected with the commercial power and the clean energy unit, and used for receiving and storing electric energy; the control unit is connected with the clean energy unit, the energy storage unit and the charging unit, and used for controlling electric energy flow of each unit; the charging unit comprises more than one charging assemblies and energy storage modules; the various charging assemblies are in communication connection; and the various energy storage modules are mutually connected. The invention further discloses a charging method; the charging method comprises an independent charging mode and a networking charging mode; in the independent charging mode, the single charging assembly charges a single load; and, in the networking charging mode, the multiple charging assemblies charge the single load together. Both the charging system and method disclosed by the invention have the advantages of being suitable for loads of difference sizes, improving the charging precision and the like.

The invention relates to the technical field of display, in particular to a displayer supporting device. The displayer supporting device comprises a foundation support, universal wheels, side supporting frames, a first top supporting frame, adjustment nuts, a second top supporting frame, rubber pads and side rubber pads. The universal wheels are arranged at the bottom of the foundation support, and the two side supporting frames are arranged on the two sides of the upper portion of the foundation support correspondingly. The side supporting frames are provided with vertically-downward hollowed-out sliding chutes, and the first top supporting frame and the second top supporting frame are slidably connected into the hollowed-out sliding chutes through the adjustment nuts correspondingly. Thesecond top supporting frame is arranged outside the first top supporting frame in a sleeved manner, and the first top supporting frame and the second top supporting frame are stretchable. The rubberpads are arranged on the bottom faces of the first top supporting frame and the second top supporting frame. The side rubber pads are arranged on the inner walls of the side supporting frames. A displayer can be fixed steadily and moved anytime and anywhere; and in addition, the displayer supporting device is adjustable in size and capable of supporting displayers in difference sizes.