DESCRIPTION OF THE INVENTION
The present invention relates to field of Textile weaving. More particularly, the present invention relates to Textile weaving Shuttle changing loom, named as ROTARY ELECTRO¬MECHANICAL DROPBOX.
Previous to the present invention, ROTARY ELECTRO-MECHANICAL DROPBOX, looms are constructed with one end or both ends of the loom a number of boxes which are generally operated by levers and other suitable mechanism that will bring the bottom of the desired box in line with the race board of the loom and thus allow the picker to strike the shuttle contained in the box from one end to another. By this means multiple shuttles, each containing a different kind or colour of filling can be operated serially. (Example shuttle 1 to shuttle 2 and shuttle 2 to 3). This mechanism can be used for serial operations because in olden days variety of colour and designs are very less when compared to present scenario. Several attempts were made to adapt this serial operation mechanism to the production of ?-^eheckeW kn& ofh'eP fe&ries rehiring dynamic shuttled changing

mechanism. In 1760 mechanical drop box motion mechanism was invented and utilizing till now because of lack of modern mechanism. But mechanical drop box method is not viable and productive in present scenario.
In the present invention, ROTARY ELECTRO-MECHANICAL
DROPBOX, In this principle of which these existing looms are constructed in that of having one end or both ends of the loom a number of boxes which we are operating by motor directly through rotary mechanism at one end to change the shuttle as desired. Through programming the motor operates by getting information from the electronic control panel and this can change the rotary shuttle dynamically. No need of external reading device to program and it saves huge space and recurring cost. The operator can choose the colour and matrix of the fabric design in electronic board which will reprogram through our electronic control panel automatically. Then it will bring the suitable shuttle through rotary mechanism based on the program in the desired box in line with the race board of the loom and thus allow the picker to strike the shuttle contained in the box from one end to ENanofrier.*B}E this* Eme'aiis- multiple! shuttleis7 each■• containing a ..

different kind or colour of filling can be operated dynamically. (From shuttle 1 to shuttle 4 or shuttle 3 to shuttle 1 based on their fabric design). This mechanism can be used for any design operations and it is most required in present scenario to increase the productivity.
The present invention, ROTARY ELECTRO-MECHANICAL
DROPBOX is advantageous because of Accuracy of aligning the race board and shuttle in the box, Production speed also increased. Further the mechanical pattern changing cost is zero. And further it is easy to handle the same; even an unskilled labour can operate the same. Time of 2.5 hours will also be saved while changing the pattern each time. It will detect the wrong weft insertion and correct automatically.