The utility model relates to a?transmission mechanism,?in particular to a?time-sequence distribution intermittent?transmission?mechanism. The time-sequence distribution intermittent?transmission?mechanism comprises a mechanism I output shaft, a mechanism II input shaft, a mechanism II output shaft, a mechanism II input shaft, a mechanism III output shaft, a mechanism III input shaft, a mechanism IV output shaft, a mechanism IV input shaft, a power input shaft and a middle transmission shaft, wherein each input shaft is provided with an imperfect?gear, each output shaft is provided with a perfect gear. In the transmission process, the power is respectively output to input shafts of the four mechanisms by the power input shaft, and the imperfect?gear is engaged with the perfect gear, so that the power input shaft performs the non-intermittent uniform-speed rotation, and the output shafts of the four mechanisms respectively perform the intermittent movement according to a certain time interval. The pure mechanical transmission is used to achieve the multi-shaft intermittent movement, and the multi-shaft movement is driven by only one power source in no need of a plurality of motors. The transmission mechanism solves the problem that the use of the device with the multi-shaft movement is limited in the situation without a stable?power supply.