Integral pattern-joining Chinese character input method

This invention discloses an integral font Chinese words input method including the following steps: selecting Chinese word roots, assigning the above key name roots to a standard computer keyboard or a standard digital keyboard according to strokes and font types, separating the roots in terms of the stroke sequence, then inputting the root code of said word. When the strokes are crossed, it is separated in terms of inserted stroke. The roots are sorted in terms of the first stroke and positioned in terms of the root font.

Integral pattern-joining Chinese character input method

Cu-Fe in-situ composite with boron, silver and rare earth elements added and preparation method thereof

The invention discloses a Cu-Fe in-situ composite with boron, silver and rare earth elements added and a preparation method thereof. The invention is characterized by adopting multimode comprehensive strengthening technology such as multi-micro alloying, solid solution strengthening, aging strengthening, fine grain strengthening, distortion strengthening, fiber strengthening and the like, using Cu as the base and adding a little Fe and trace Ag and B, rare earth or rare earth compounds to prepare the high strength and high conductivity copper alloy material through smelting, casting, hot forging or hot rolling, solid solution treatment, cold rolling or cold drawing, aging and the like. The prepared material has the advantages of high strength, good electric and thermal conductivity, simple preparation process and low cost, thus realizing wide application in the fields such as electronics, information, transportation, energy, metallurgy, electromechanics and the like.

Chinese character shape spelling input method

The present invention discloses a Chinese character form-splicing input method. Said method includes the following steps: according to character form structure of Chinese characters, selecting character roots and using them as Chinese character code code-elements; dividing Chinese character code code-elements into several groups, every group is correspondent to a Chinese character input key; according to the principle of order of strokes, defining character root sequence, inputting code element of Chinese character code and selecting and taking the required Chinese character from display screen. Said input method can reasonably lay out keyboard according to the application frequency of character root, so that it can make correspondent zone position of every character root have strong regularity, and make the corresponent key position of every character root also have strong regularity. It can raise easy-to-learn property of said input method, and has lower duplication code rate and character ...

Stroke Chinese character input method

Stroke Chinese character input method

The stroke Chinese character input method includes the following steps: selecting Chinese character radicals as the coding elements; classifying Chinese character strokes as five sorts, including point, horizontal, vertical, slant and bend, and using the combinations of each two strokes as the coding elements; allocating the selected Chinese character radicals and two-stroke combinations to different key positions of keyboard; and inputting the radical coding elements or stroke combination coding elements. The present invention has less Chinese character radicals and fast input speed, and is suitable for Chinese character input in computer, hand set, palm computer and other digital equipment.

Cu-Fe in-situ composite with added boron, silver and rare earth elements and preparation method thereof

The invention discloses a Cu-Fe in-situ composite with boron, silver and rare earth elements added and a preparation method thereof. The invention is characterized by adopting multimode comprehensive strengthening technology such as multi-micro alloying, solid solution strengthening, aging strengthening, fine grain strengthening, distortion strengthening, fiber strengthening and the like, using Cu as the base and adding a little Fe and trace Ag and B, rare earth or rare earth compounds to prepare the high strength and high conductivity copper alloy material through smelting, casting, hot forging or hot rolling, solid solution treatment, cold rolling or cold drawing, aging and the like. The prepared material has the advantages of high strength, good electric and thermal conductivity, simple preparation process and low cost, thus realizing wide application in the fields such as electronics, information, transportation, energy, metallurgy, electromechanics and the like.