A curtain closure device for securing a pair of curtains in a closed and secure position. The curtain closure device includes a clip having a first side and a second side, wherein the first side can secure to a first curtain and the second side can simultaneously secure to a second curtain. Each side of the clip includes a pressure member having a pair of slots substantially parallel to one another and an opening disposed along a respective side of the clip to receive an edge of the respective curtain therein. The pressure members can apply a force towards a cross member of the clip to retain the curtains in a secured position. In some embodiments, the clip is transparent to prevent obstruction of the design of the curtain.

A curtain closure device for securing a pair of curtains in a closed and secure position. The curtain closure device includes a clip having a first side and a second side, wherein the first side can secure to a first curtain and the second side can simultaneously secure to a second curtain. Each side of the clip includes a pressure member having a pair of slots substantially parallel to one another and an opening disposed along a respective side of the clip to receive an edge of the respective curtain therein. The pressure members can apply a force towards a cross member of the clip to retain the curtains in a secured position. In some embodiments, the clip is transparent to prevent obstruction of the design of the curtain.

A combined window frame and solar-powered electricity generating device for supplying power to an existing in-house appliance includes a combined window frame and solar-powered electricity generating device including a window frame, and a solar-powered electricity generating device removably coupled to the window frame in such a manner that the solar-powered electricity generating device is accessible from an interior side of the window frame. Advantageously, upon receiving a user input, the solar-powered electricity generating device cooperates with the window frame thereby generating and transmitting power to an existing in-house appliance.

A rod support device including an exterior flange, a female portion configured to receive a telescoping rod, and a male portion configured to extend beyond the surface of a wall. In one aspect, the male portion may include one or more circumferential ribs. In another aspect, the female portion may include a fastener aperture configured to receive a fastener, such as a screw. In yet another aspect, the rod support device may include a cap configured to cover the female portion when not in use. The rod support device may further include an illuminated rod with at least one light transmissive portion and a light source configured to emit light through the light transmissive portion.

A window shade system is presented that combines the benefits of roller shades with draperies. In one arrangement a fascia having a front plate and a bottom plate includes a track positioned in the forward lower end of the fascia. The fascia is configured to be attached to a plurality of brackets. One or more roller shades having roller shade material attached to a tube are connected to the brackets. A plurality of carriers are positioned in the track and one or more draperies are attached to the plurality of carriers in the track. This arrangement presents a dual functioning window shade wherein roller shade material may be opened and closed by raising and lowering the roller shade material by rotating the tube of the roller shades raised, and the drapery shade material may be opened and closed by sliding the drapery shade material along the length of the track.

A window shade system is presented that combines the benefits of roller shades with draperies. In one arrangement a fascia having a front plate and a bottom plate includes a track positioned in the forward lower end of the fascia. The fascia is configured to be attached to a plurality of brackets. One or more roller shades having roller shade material attached to a tube are connected to the brackets. A plurality of carriers are positioned in the track and one or more draperies are attached to the plurality of carriers in the track. This arrangement presents a dual functioning window shade wherein roller shade material may be opened and closed by raising and lowering the roller shade material by rotating the tube of the roller shades raised, and the drapery shade material may be opened and closed by sliding the drapery shade material along the length of the track.

A shower curtain assembly includes a saddle that may be suspended from a shower rod. A plurality of curtains is provided and each of the curtains is removably coupled to the saddle. Thus, each of the curtains inhibits water from spraying outwardly from the shower. Each of the curtains is selectively removed from the saddle when each of the curtains becomes soiled. Thus, the plurality of curtains enhances cleanliness of the shower.

The present invention has provided a system and method for controlling an electric curtain, which comprises a remote controller end and a curtain end; the remote controller end comprising a first processor, a radio frequency transmitting module, and a button module; the button module and the radio frequency transmitting module are both in electrical connection with the first processor; the curtain end comprises a second processor, a curtain motor, and a radio frequency receiving module; the curtain motor and the radio frequency receiving module are both in electrical connection with the second processor, and the remote controller end further comprises a first NFC communication module in electrical connection with the first processor, and a second NFC communication module with a curtain motor ID; the first NFC communication module and the second NFC communication module are in communication connection, proving the efficiency of the matching of the electric curtain control system.

The present invention has provided a system and method for controlling an electric curtain, which comprises a remote controller end and a curtain end; the remote controller end comprising a first processor, a radio frequency transmitting module, and a button module; the button module and the radio frequency transmitting module are both in electrical connection with the first processor; the curtain end comprises a second processor, a curtain motor, and a radio frequency receiving module; the curtain motor and the radio frequency receiving module are both in electrical connection with the second processor, and the remote controller end further comprises a first NFC communication module in electrical connection with the first processor, and a second NFC communication module with a curtain motor ID; the first NFC communication module and the second NFC communication module are in communication connection, proving the efficiency of the matching of the electric curtain control system.