A vertical light-adjustable fabric and gauze integrated curtain includes light-shading portions and light-pervious portions alternately arranged vertically. The light-pervious portion is a light-pervious thin gauze. The light-shading portion is composed of an upper-layer fabric, a middle-layer thin gauze and a lower-layer fabric. The middle-layer thin gauze is a thin gauze integrated with the light-pervious portion. The upper-layer fabric and the lower-layer fabric are one-piece light-tight fabrics. The upper-layer fabric and the lower-layer fabric are coated on upper and lower surfaces of the middle-layer thin gauze to form the light-shading portion. The fabrics and gauzes are individually woven and shaped, not constrained by the thicknesses of warps and wefts, have higher fabric verticality, and the defects of easy thread breakage, yarn breakage and needle breakage in synchronous production processes of thin and thick parts are overcome.

A vertical light-adjustable fabric and gauze integrated curtain includes light-shading portions and light-pervious portions alternately arranged vertically. The light-pervious portion is a light-pervious thin gauze. The light-shading portion is composed of an upper-layer fabric, a middle-layer thin gauze and a lower-layer fabric. The middle-layer thin gauze is a thin gauze integrated with the light-pervious portion. The upper-layer fabric and the lower-layer fabric are one-piece light-tight fabrics. The upper-layer fabric and the lower-layer fabric are coated on upper and lower surfaces of the middle-layer thin gauze to form the light-shading portion. The fabrics and gauzes are individually woven and shaped, not constrained by the thicknesses of warps and wefts, have higher fabric verticality, and the defects of easy thread breakage, yarn breakage and needle breakage in synchronous production processes of thin and thick parts are overcome.

Disclosed is a blackout curtain that does not transmit light to the interior environment, which can be used in any environment where it is desired to prevent light from entering such as home, office, hotel, photo studios, motion picture theaters. In particular, disclosed is a curtain structure that provides 100% blackout by minimizing the light transmittance rate, which protects the privacy of private life and protects against the disturbing effect of light and UV rays.

Disclosed is a blackout curtain that does not transmit light to the interior environment, which can be used in any environment where it is desired to prevent light from entering such as home, office, hotel, photo studios, motion picture theaters. In particular, disclosed is a curtain structure that provides 100% blackout by minimizing the light transmittance rate, which protects the privacy of private life and protects against the disturbing effect of light and UV rays.

A curtain is suitable for use in a hospital, patient facilities or surgical setting. The curtain is slideably attached along a ceiling track. A top edge of the curtain may be attached to the ceiling track by a number of pulleys each of which may be utilized to lower the top edge of curtain to a height which is conveniently accessible to someone standing on the floor of the room to remove and/or replace the curtain. In some embodiments of this invention, the curtain has a top portion joined to a bottom portion by a zipper. The pulleys lower the curtain for someone to easily access the zipper to remove, replace and/or attach the bottom portion from/to the top portion. In other embodiments, the pulleys lower the entire curtain for removal and replacement.

Some embodiments of the disclosure relate to the technical field of circuits and disclose a combined fabric curtain with interactive display, including a curtain body and further including a control system and a plurality of flexible LED light strips. The curtain body includes a first fabric base layer and a second fabric covering layer; the control system controls the plurality of flexible LED light strips to interact and cooperate with each other to emit light to form preset patterns. The present disclosure may improve the structure of a conventional curtain and combine the conventional curtain with the flexible LED light strips to form the combined curtain with interactive display. As a result, the function of the curtain is no longer limited to sunshade and heat insulation, and the curtain may also have a decorative function and may form preset patterns by controlling the light strips as needed.

Some embodiments of the disclosure relate to the technical field of circuits and disclose a combined fabric curtain with interactive display, including a curtain body and further including a control system and a plurality of flexible LED light strips. The curtain body includes a first fabric base layer and a second fabric covering layer; the control system controls the plurality of flexible LED light strips to interact and cooperate with each other to emit light to form preset patterns. The present disclosure may improve the structure of a conventional curtain and combine the conventional curtain with the flexible LED light strips to form the combined curtain with interactive display. As a result, the function of the curtain is no longer limited to sunshade and heat insulation, and the curtain may also have a decorative function and may form preset patterns by controlling the light strips as needed.