The district sensing wire rail control system according to the present designed, formed by the upper vertical frames and the vertical framing greenhouses in the longitudinal direction of the horizontal frame are formed at equal intervals that the lower rail consists of a vertical frame and the vertical frame and space frame which supports the rail configuration The drive motor is formed at one side of the vertical frame A drive pulley that is rotated by applying a force by the drive motor And a driven pulley formed in the drive pulley and the opposite side is located on the other side of the vertical frame The binder is a drive pulley and a driven pulley respectively between the vertical frame and the rail, is connected to the lower side discriminating, the injection member is moved on the rail with the drive pulley is fixed points of the lower side endless track by operation of the drive motor Exercise wire to promote the movement of the injection member in the longitudinal direction in greenhouses by yirueojim Phase, the lower-side first formed on one end of each wire, two limit switches is formed on the driven pulley side of the upper branch wire faces the injection member in a wire control device that includes a rail along the wire As caterpillar movement In a sense the Earth, which is the friction in the first limit switch that detects movement of the injection point to the driven pulley member greenhouses end, and is adapted to be separated from the sensing District bilateral friction material body and conclusion, both ends of the friction material and fastener possible, the threads are formed by interlocking, respectively, and fastened to the wire, with the front end of the fastening member and the friction body is tapered to be narrower taper portion is characterized in that the respectively formed. Therefore, the vertical frame is formed in the friction member and the friction member or a plastic greenhouse at fastening body caterpillar movement of the wire
