Most of the existing cooling stubble equipment is located underground, and the installation quantity is large and the time is long. The stubble leaked in the underground air duct during use cannot be recycled, causing a serious waste. Most of the mixing methods are vibration mixing, which is uneven and has poor cooling effect, which is easy to cause equipment blockage. In addition, most of the current distiller's yeast cutting and stubble mixing are manual operations, which have high labor intensity and low feeding efficiency, seriously affecting the working efficiency of the cool stubble operation.
To solve the above problems, the purpose of the utility model is to provide a full-automatic stubble cooling machine, which can be installed without being installed underground and leveling the ground. Guard plates are set on both sides to prevent the stubble from falling during mixing. Multiple mixing rollers are added to make the stubble more uniform. The chain plate conveyor is adopted, and the fan and bellows are installed on the support to blow and cool the stubble. The structure is compact, the degree of automation is high, and less manual interference is required.
The positive effects of the utility model are:
It does not need to be installed underground, and the installation workload is small. It is equipped with stubble hopper and automatic lower bending hopper, with high degree of automation, reducing manual labor intensity, reducing human interference, and ensuring stubble material. It is a fully automatic stubble cooler, including a first support. There are two first guard plates on the inside of the first support, and a first chain plate conveyor is set between the two first guard plates, and stubble hopper and sprinkler are respectively set above the first support; The discharge end of the first guard plate is provided with a second support, the second support is provided with a second chain plate conveyor and a third chain plate conveyor, the discharge end of the first chain plate conveyor is located above the feed end of the second chain plate conveyor, the discharge end of the second chain plate conveyor is located above the feed end of the third chain plate conveyor, and the discharge end of the third chain plate conveyor is provided with a discharge port, Two second guard plates are arranged side by side above the second support, the second chain plate conveyor and the third chain plate conveyor are located between the two second guard plates, the second support is equipped with an automatic lower hopper, and the automatic lower hopper is located above the third chain plate conveyor; The chain plates of the first chain plate conveyor, the second chain plate conveyor and the third chain plate conveyor are all chain plates with holes.
A first electric chassis is arranged on the side near the first bracket on the second guard board, a third electric chassis is arranged on the side far from the first bracket, and a second electric chassis is also arranged between the first electric chassis and the third electric chassis; The first electric case, the second electric case and the third electric case respectively control the first stirring roller, the second stirring roller and the third stirring roller installed on the second guard plate, and the automatic lower hopper is located between the second electric case and the third electric case. A first air box is arranged at the side close to the first guard board at the inner side of the second support, a second air box is arranged at the side far from the first guard board, a first fan is arranged at the front of the first air box, and a second fan is arranged at the front of the second air box; The first air box and the first fan are located inside the second chain plate conveyor; The second air box and the second fan are located inside the third chain plate conveyor. On the second support, there is a scouring system between the second chain plate conveyor and the third chain plate conveyor. The scouring system is composed of a horizontally arranged header and a nozzle on the header. Two transverse slide rails are arranged side by side on the side wall of the stubble hopper, and two mobile mixing units are arranged side by side on the two transverse slide rails; Each mobile mixing unit includes two transverse cars. The transverse car is equipped with a driving device and a supporting traveling device, which can make the transverse car slide freely along the transverse slide rail. Each transverse car is equipped with a bearing seat. A fourth mixing roller is installed between the two bearing seats. One side of the transverse car is equipped with a rotating motor. The rotating motor is connected with the fourth mixing roller, which can drive the fourth mixing roller to rotate. Free from pollution. The stubble can be fully dispersed and dried by using the mixing roller. The added guard plate ensures that the stubble will not fall while mixing, reducing the waste of raw materials.
The air box is not equipped with a cover plate at the top, and is located inside the chain plate conveyor. The air blown by the fan can only blow in the direction of the upper chain plate of the chain plate conveyor, so as to realize the cooling of the stubble on the upper chain plate while mixing, and the cooling effect is significantly improved.
In addition, a scouring system is added between the two chain plates to avoid poor ventilation caused by the blocking of the chain plate conveyor, and the washed stubble can be recycled, reducing the waste of resources. For more equipment related questions, please visit our website http://www.qfrtrq.com Ask about it!