A sun control textile with high transmittance and a manufacturing method thereof. In the manufacturing method of the sun control textile, a high-performance sun control film is processed into slender filaments. The slender filaments are woven and assembled with other yarns by a weaving device to together form a sun control textile. The different connection manners of the sun control film yarns lead to different visible light transmittance and sun control effect of the sun control textile, whereby an excellent sun control textile with high transmittance can be achieved.

A sun control textile with high transmittance and a manufacturing method thereof. In the manufacturing method of the sun control textile, a high-performance sun control film is processed into slender filaments. The slender filaments are woven and assembled with other yarns by a weaving device to together form a sun control textile. The different connection manners of the sun control film yarns lead to different visible light transmittance and sun control effect of the sun control textile, whereby an excellent sun control textile with high transmittance can be achieved.

The present application relates to a closure implant and a method for preparing same. The closure implant comprises a first coil (100) and an anti-unwinding component (200). The first coil (100) comprises at least one layer of unit coil layer (110); the unit coil layer (110) is formed by means of weaving at least one woven material; the woven material at least comprises a first wire; at least one part of the anti-unwinding component (200) is arranged in the first coil (100).

The present application relates to a closure implant and a method for preparing same. The closure implant comprises a first coil (100) and an anti-unwinding component (200). The first coil (100) comprises at least one layer of unit coil layer (110); the unit coil layer (110) is formed by means of weaving at least one woven material; the woven material at least comprises a first wire; at least one part of the anti-unwinding component (200) is arranged in the first coil (100).

Disclosed are methods of extracting an enzyme, comprising soaking a seed in an aqueous solution, homogenizing the seed to produce a homogenized suspension, and filtering the homogenized suspension to produce a crude extract, wherein the crude extract comprises urease and non-urease proteins.

Disclosed are methods of extracting an enzyme, comprising soaking a seed in an aqueous solution, homogenizing the seed to produce a homogenized suspension, and filtering the homogenized suspension to produce a crude extract, wherein the crude extract comprises urease and non-urease proteins.

Disclosed are methods of extracting an enzyme, comprising soaking a seed in an aqueous solution, homogenizing the seed to produce a homogenized suspension, and filtering the homogenized suspension to produce a crude extract, wherein the crude extract comprises urease and non-urease proteins.

Disclosed are methods of extracting an enzyme, comprising soaking a seed in an aqueous solution, homogenizing the seed to produce a homogenized suspension, and filtering the homogenized suspension to produce a crude extract, wherein the crude extract comprises urease and non-urease proteins.

The present invention relates to a yarn manufactured by recycling a waste separator for a secondary battery. The present invention may provide an environmentally friendly yarn by recycling a separator for a secondary battery coated with a heat-resistant material into yarn, and may save enormous costs incurred in the process of separately disposing of the separator for a secondary battery.