The invention relates to a multi-functional no-
tillage fertilizing 
seeder integrating a seed 
drying prevention function, a 
soil preparation function, a weeding function and a stubble cleaning function. The multi-functional no-
tillage fertilizing 
seeder comprises a subsoiling device, a 
fertilizer discharging device and a seeding device. The multi-functional no-
tillage fertilizing 
seeder is mainly characterized in that a field surface tidying mechanism used for flattening the surface of a field, removing weeds and cleaning stubble is arranged between the seeding device and transmission 
tail wheels. The multi-functional no-tillage fertilizing seeder integrating the seed 
drying prevention function, the 
soil preparation function, the weeding function and the stubble cleaning function can effectively solve the problems that an existing no-tillage fertilizing seeder does not have a soil covering and 
soil preparation function or a weeding function, seeds are prone to be dried, and the 
seedling emergence effect is poor. After the multi-functional no-tillage fertilizing seeder is used for finishing seeding of corn, wheat and other crops in a no-tillage and fertilizing mode on the field where previous crops are not tilled or are in a minimal tillage state, the field surface tidying mechanism arranged on the rear portion of the multi-functional no-tillage fertilizing seeder can be used for fine 
grinding and cleaning a 
plough layer of soil on the rough and uneven surface of the field and flattening the surface of the field, the functions of protecting the soil, covering the earth, cleaning the stubble and removing the weeds are well achieved, the seed 
drying phenomenon is prevented from happening, and the 
seedling emergence rate is improved. Therefore, the multi-functional no-tillage fertilizing seeder integrating the seed drying prevention function, the soil preparation function, the weeding function and the stubble cleaning function is an ideal tool for realizing farmland tillage and seeding in a conservation mode.