2results about How to "Different appearance" patented technology

The utility model relates to the field of textile, concretely relates to a warm -keeping antibacterial fabric, adopts 12 ways to weave by A yarn, B yarn, C yarn, D yarn, its characterized in that: A yarn is woven on the reverse side in F3, F6, F9, F12 way, and all needles are out, B yarn is woven in F1, F4, F7, F10 needle cylinder, and two needles in a horizontal line are looped continuously, and two needles are floated continuously, C yarn and D yarn are woven in F2, F5, F8, F11 way together: one rib organization is woven by upper needle low heel needle and lower needle low heel needle on F2, F8 way, and one rib organization is woven by upper needle high heel needle and lower needle high heel needle on F5, F11 way, A yarn and / or B yarn are aerogel polyester yarn, C yarn is polyester / viscose blended yarn, and D yarn is spandex yarn, by adopting aerogel polyester, it is more light compared with traditional polyester fiber, and its internal pore is more, can make the fabric more fluffy, soft, and endow the fabric with better warm -keeping effect, the prepared fabric can be used in autumn and winter trousers products.

The utility model discloses an intelligent glasses, through with the glasses leg and the upper half glasses frame connection, the upper half glasses frame sets the first lens mounting groove for installing the lens of downward opening, and the functional assembly of intelligent glasses is at least partially arranged in the upper half glasses frame, and the lower extreme of upper half glasses frame sets first connecting structure, and the upper half glasses frame can be connected with at least one accessory through first connecting structure, so that the intelligent glasses can have different appearance effect or function through the replacement of different accessories and the upper half glasses frame connection, and it is favorable to reduce the design and manufacturing cost of intelligent glasses, and provides more abundant configuration selection space of intelligent glasses for the user.