Grommet drapery system
A wirelessly controllable, motorized and battery powered drapery apparatus is presented having a rotatable drive element having a guide structure in its surface. The rotatable drive is inserted through the open interior of a plurality of grommets in the shade material. A grommet driver is positioned over the rotatable drive element and connected to one of the plurality of grommets. The grommet driver has at least one tooth that is in communication with the guide structure in the rotatable drive element. As the rotatable drive element is rotated, the grommet drive is driven along the length of the rotatable drive element thereby moving the shade material between an open position and a closed position.
1. A drapery system comprising:
a drive element;
the drive element extending a length between a first end and a second end;
the drive element having a guide structure;
a shade material;
the shade material having a plurality of tabs;
a grommet driver;
the grommet driver operably connected to the drive element;
the grommet driver operably connected to a first one of the plurality of tabs;
a lead;
the lead operably connected to the plurality of tabs;
the lead operably connected to the grommet driver; wherein when the drive element is rotated the grommet driver is configured to move along a length of the drive element, thereby pulling the lead; and a plurality of tacks;
wherein the plurality of tacks are configured to be inserted through the plurality of tabs and operably connect with the lead.
2. The drapery system of claim 1 , wherein when the lead is pulled tight the plurality of tabs are stopped at predetermined positions so as to cause the shade material to form vertical folds;
wherein the vertical folds are evenly spaced.
3. A drapery system comprising:
a drive element;
the drive element extending a length between a first end and a second end;
the drive element having a guide structure;
shade material;
the shade material having a plurality of tabs;
a grommet driver;
the grommet driver operably connected to the drive element;
the grommet driver operably connected to an inward most tab of the plurality of tabs;
a beaded cable;
the beaded cable operably connected to the plurality of tabs;
the beaded cable operably connected to the grommet driver;
wherein when the drive element is rotated the grommet driver is configured to move the shade material along a length of the drive element;
a plurality of tacks;
wherein the plurality of tacks are configured to be inserted through the plurality of tabs and operably connect with the beaded cable.
4. The drapery system of 3 , further comprising:
the grommet driver having a socket;
wherein the socket is configured to receive and hold a tack therein;
wherein the tack is configured to be inserted through the inward most tab of the plurality of tabs;
wherein when the tack is inserted through the inward most tab, a cap is connected to the tack, thereby facilitating secure connection between the grommet driver and the inward most tab of the plurality of tabs.
5. The drapery system of 3 , further comprising:
a plurality of caps;
the plurality of caps operably connected to the beaded cable at predetermined positions;
wherein when the tacks are inserted through the plurality of tabs, the plurality of caps are connected to the plurality of tacks thereby operably connecting the beaded cable and the plurality of tabs.
6. The drapery system of 3 , wherein when the drive element is rotated the grommet driver moves along a length of the drive element, thereby pulling the beaded cable; and wherein when the beaded cable is pulled the shade material is moved along a length of the drive element.
7. The drapery system of 3 , wherein when the drive element is rotated the grommet driver moves along a length of the drive element, thereby pulling the beaded cable; and wherein when the beaded cable is pulled tight the plurality of tabs are stopped at predetermined positions.
8. A drapery system comprising:
a drive element;
the drive element extending a length between a first end and a second end;
the drive element having a guide structure;
shade material;
the shade material having a plurality of tabs;
a grommet driver;
the grommet driver operably connected to the drive element;
the grommet driver operably connected to an inward most tab of the plurality of tabs;
a beaded cable;
a plurality of tacks;
the beaded cable operably connected to the plurality of tabs by the plurality of tacks;
the beaded cable operably connected to the grommet driver;
wherein when the drive element is rotated the grommet driver is configured to move along a length of the drive element, thereby pulling the beaded cable; and
wherein when the beaded cable is pulled tight the plurality of tabs are stopped at predetermined positions.
9. The drapery system of 8 , further comprising:
the grommet driver having a socket;
wherein the socket is configured to receive and hold a tack therein;
wherein the tack is configured to be inserted through the inward most tab of the plurality of tabs;
wherein when the tack is inserted through the inward most tab, a cap is connected to the tack, thereby facilitating secure connection between the grommet driver and the inward most tab of the plurality of tabs.
10. The drapery system of 8 , further comprising:
a plurality of caps;
wherein the plurality of tacks are configured to be inserted through the plurality of tabs;
the plurality of caps operably connected to the beaded cable at predetermined positions;
wherein when the tacks are inserted through the plurality of tabs, the plurality of caps are connected to the plurality of tacks thereby operably connecting the beaded cable and the plurality of tabs.