48results about How to "Increase active substances" patented technology

[Problem] To provide: a positive electrode to be used in a nonaqueous electrolyte battery and having a large charge / discharge capacity, and no risk of an internal short circuit; and a battery using the same. [Solution] A positive electrode to be used in a nonaqueous electrolyte battery and having a positive-electrode collector, a positive-electrode-active-material-coated film formed on the collector, a nonuniform region having a changing thickness of the positive-electrode active material formed along the edges of the coated film, and projecting-insulating parts projecting upward in the nonuniform region and in a part of the adjacent collector surface, wherein: the projecting-insulating parts projecting upward from the surface of the nonuniform region are positioned in a low-density arrangement enabling the movement of a battery-reaction material through the surface of the nonuniform region; and the projecting-insulating parts projecting upward from a part of the collector surface are positioned in a high-density arrangement, in comparison to the projecting-insulating parts projecting upward from the surface of the nonuniform region. Also, a nonaqueous electrolyte battery using the same.

The invention provides a method for industrially producing organic selenium-rich original wine with Tibetan cordyceps.The method includes steps of 1), carrying out slant strain cultivation on the Tibetan cordyceps and cultivating seed solution; 2), carrying out submerged fermentation and enlarge cultivation on the seed solution by the aid of water cultivation media, proportionally adding wine into the seed solution and continuing to ferment the seed solution; 3), breaking walls of cells of active mycelia of the Tibetan cordyceps, alternately, soaking and sealing the Tibetan cordyceps by the aid of wine, aging the Tibetan cordyceps and producing aroma; 4), preparing traditional Chinese medicine extract; 5), breaking the walls of mycelia of fermentation liquor of the Tibetan cordyceps, proportionally adding the high-purity traditional Chinese medicine extract and fermentation wine into the fermentation liquor of the Tibetan cordyceps and blending the high-purity traditional Chinese medicine extract, the fermentation wine and the fermentation liquor of the Tibetan cordyceps with one another to obtain the organic selenium-rich original wine.The method has the advantages that the mycelia of the Tibetan cordyceps are subjected to submerged liquid fermentation, baijiu, the sweet wine, the yellow rice wine and the grape wine are respectively added into the Tibetan cordyceps when the sufficient mycelia are obtained, the mycelia of the Tibetan cordyceps continues to be fermented, the walls of the mycelia are broken when active components are sufficient, the mycelia are mixed with the fermentation wine and the extract of radix ophiopogonis, rhizoma polygonati odorati, fructus corni, herba cistanches, herba epimedii, selenium-rich sweet herba gynostemmatis pentaphylli, radix astragali and radix panacis quinquefolii, and accordingly the organic selenium-rich original wine with the Tibetan cordyceps and effects of improving the immunity, resisting kidney gland and thymus gland atrophy, prolonging lives and tendering skins can be produced.

[Problem] To provide a positive electrode of a non-aqueous electrolyte battery which avoids internal short circuit and has a large charge and discharge capacity, and a battery using the positive electrode. [Solution] A positive electrode of a non-aqueous electrolyte battery, comprising: a positive current collector; a coating film of a positive active material formed on the current collector; an uneven region formed along an end of the coating film, wherein The thickness variation of the positive electrode active material; and the protruding insulators erected on the non-uniform region and a part of the surface of the current collector adjacent to the non-uniform region, the protruding insulators erected on the surface of the non-uniform region are independent from each other and in a sufficiently low configuration The density is arranged to allow movement of battery reactant species across the surface of the non-uniform region. The protruding insulators standing on a part of the surface of the current collector are arranged at an arrangement density higher than that of the protruding insulators standing on the surface of the uneven region. There is also provided a non-aqueous electrolyte secondary battery using the above positive electrode.