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142results about How to "Improve thinking" patented technology

Chickpea proteinic nutrition powder and preparation method thereof

InactiveCN102599440AHigh protein contentDisadvantages of avoiding loss of activityFood preparationMagnesiumSelenium
The invention relates to chickpea proteinic nutrition powder and a preparation method thereof. The nutrition powder adopts chickpea, chickpea dregs and chickpea skin as raw materials, the chickpea is ground into chickpea powder, then the recycled chickpea dregs and chickpea skin are smashed, aqueous alkali is mixed with the recycled chickpea dregs and the chickpea skin to be extracted and centrifugalized, upper clean liquid is mixed, hydrochloric acid solution is dripped into the mixed clean liquid to be ccentrifugalized so as to obtain the chickpea protein solution, and then the chickpea protein solution is mixed and blended with the chickpick powder to be sequentially fine ground, refined, dried in atomizing way, screened, sterilized by ultraviolet and packed to obtain the chickpea proteinic nutrition powder. The nutrition powder is rich in phytoprotein and soluble dietary fibers, which are easy to digest and absorb by the human body, 18 kinds of amino acid, crude fat, polyoses, linolenic acid, linoleic acid, minerals such as calcium, phosphorous, zinc, iron, magnesium, selenium and the like, and vitamins C, B1 and B2, so that not only can the original nutritive value of the chickpea be maintained, but also the content of protein in the chickpea is improved by two to three times, and simultaneously purposes on changing waste into valuable and adequately utilizing the resource also can be realized.
Owner:XINJIANG TECHN INST OF PHYSICS & CHEM CHINESE ACAD OF SCI

Building block for training children's line image recognition ability, system and method

The invention discloses a building block for training the children's line image recognition ability, a system and a method, and relates to the field of children building blocks. The building block comprises building block units; each building block unit comprises tempered glass, an LED lamp board, a substrate and a shell cover; each side of the shell cover is provided with at least two protrudingcolumns or blind holes corresponding to the protruding columns; different building block units are mutually engaged with each other through protruding columns or blind holes to form a building block assembly; the system of the present invention comprises a signal input system of the building block assembly and a control system for the building block units; and the signal input system of the building block assembly includes a control computer, a data distribution device and an RGB matrix switcher. The invention designs a line and image display device in the building block unit, performs controlling with the control device in the building block, pre-stores lines and patterns for the building block assembly composed of a plurality of building block units, and then splits the building block assembly for independent display, thereby enriching the color and pattern of the surface of the building block and the arrangement and combination mode of the building block.
Owner:合肥爱哆梦教育科技有限公司

System and method for derivative-free optimization of electrical circuits

The present invention is a system and method for optimizing electrical circuits by means of derivative-free optimization. Tunable parameters such as component values, transistor sizes or model parameters are automatically adjusted to obtain an optimal circuit. Any method of measuring the performance of the circuit, including computer simulation, can be incorporated into the optimization technique, with no derivative requirements. An arbitrary continuous optimization problem can be posed, including an objective function, equality and inequality constraints, and simple bounds on the tunable parameters. The optimization technique is efficient and guarantees that it will find a locally optimal solution from any starting point. Further, the procedure includes a method of automatically recovering from electrical failure to enable automatic and productive circuit optimization. A set of measurement widgets is provided to automatically introduce the checking required to recover from electrical failure. The automated circuit optimization leads to higher quality circuits, increases designer productivity, results in a better understanding of the tradeoffs inherent in the circuit and lifts the thinking of the circuit designer to a higher level.
Owner:INT BUSINESS MASCH CORP
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