Industrial continuous cracking device of rubber
View Patent ↗This invention is regarding an industrial continuous cracking device of rubber. The technical program of this invention is as following: including the outer cylinder and the internal cylinder, and the internal cylinder has promoting mechanism; the heating mechanism is provided in one of the outer cylinder and the internal cylinder, wherein the internal cylinder wall is fixed with heat plates. These heat plates adopt different forms, such as separated plate, intermittent or continuous helical ribbon, and so on. According to the instance of other structures of the equipment, they not only are adapted to be fixed in the internal cylinder, but also adapted to be fixed in the wall of the internal cylinder. The simple structure used in this invention has realized the effect of improving the heat efficiency, reducing the energy consumption and decreasing the running cost.
1. An industrial continuous cracking device of rubber, comprising:
an outer cylinder;
an internal cylinder having a feeding inlet for receiving a raw material into said internal cylinder;
a power mechanism coupled to said internal cylinder for rotating said internal cylinder within said outer cylinder; and
a heating mechanism comprising:
a heat tube supported within said internal cylinder at a position that said heat tube is located below a center of said internal cylinder;
a hot-wind tube supported within said outer cylinder below of said internal cylinder; and
a heat plate provided on an outer surface of said internal cylinder, wherein a wind inlet of said hot-wind tube is formed at a bottom of said outer cylinder for guiding a flow of hot wind into said outer cylinder to heat said heat plate, wherein said heat plate is heated up to evenly heat said internal cylinder for heating up said raw material in said internal cylinder so as to ensure said raw material to be cracked through a cracking process.
2. The industrial continuous cracking device, as recited in claim 1 , wherein said heat plate is formed in spiral form and is provided at said outer surface of said internal cylinder.
3. The industrial continuous cracking device, as recited in claim 1 , further comprising two shell covers, wherein said internal cylinder passes through said outer cylinder at a position that two ends of said internal cylinder are extended out of said outer cylinder, wherein said two ends of said internal cylinder are connected with said shell covers respectively, wherein two ends of said heat tube are coupled at said shell covers respectively, wherein said feeding inlet is formed at one of said shell cover, wherein a smoke outlet, an oil-gas outlet and an ash outlet are formed at another said shell cover.
4. The industrial continuous cracking device, as recited in claim 2 , further comprising two shell covers, wherein said internal cylinder passes through said outer cylinder at a position that two ends of said internal cylinder are extended out of said outer cylinder, wherein said two ends of said internal cylinder are connected with said shell covers respectively, wherein two ends of said heat tube are coupled at said shell covers respectively, wherein said feeding inlet is formed at one of said shell cover, wherein a smoke outlet, an oil-gas outlet and an ash outlet are formed at another said shell cover.
5. The industrial continuous cracking device, as recited in claim 3 , wherein said feeding inlet is formed on top of said heat tube of said heating mechanism, wherein a feeding guide board is inclinedly extended from said feeding inlet on top of said heat tube for feeding said raw material into said internal cylinder to a side of said heat tube.
6. The industrial continuous cracking device, as recited in claim 4 , wherein said feeding inlet is formed on the top of said heat tube of said heating mechanism, wherein a feeding guide board is inclinedly extended from said feeding inlet on top of said heat tube for feeding said raw material into said internal cylinder to a side of said heat tube.
7. The industrial continuous cracking device, as recited in claim 4 , wherein said ash outlet is located at an end of said outer cylinder following a raw material's moving direction, wherein said power mechanism comprises a sprocket wheel coupled at one of said ends of said internal cylinder to drive said internal cylinder to rotate.
8. The industrial continuous cracking device, as recited in claim 6 , wherein said ash outlet is located at an end of said outer cylinder following a raw material's moving direction, wherein said power mechanism comprises a sprocket wheel coupled at one of said ends of said internal cylinder to drive said internal cylinder to rotate.
9. The industrial continuous cracking device, as recited in claim 1 , wherein an air volume control board is provided in a foreside of said hot-wind tube of said heating mechanism.
10. The industrial continuous cracking device, as recited in claim 2 , wherein an air volume control board is provided in a foreside of said hot-wind tube of said heating mechanism.
11. The industrial continuous cracking device, as recited in claim 9 , wherein more than one of said air volume control boards are fixed on the foreside of said hot-wind tube following an axes direction of a main part of said outer cylinder, and a foreside of each of said air volume control boards is provided on a sidewall of said hot-wind tube through an axis.
12. The industrial continuous cracking device, as recited in claim 10 , wherein more than one of said air volume control boards are fixed on the foreside of said hot-wind tube following an axes direction of a main part of said outer cylinder, and a foreside of each of said air volume control boards is provided on a sidewall of said hot-wind tube through an axis.
13. The industrial continuous cracking device, as recited in claim 1 , wherein said internal cylinder further comprises a pushing mechanism which is a helical ribbon, wherein said helical ribbon is fixed in an inner wall of said internal cylinder.
14. The industrial continuous cracking device, as recited in claim 2 , wherein said internal cylinder further comprises a pushing mechanism which is a helical ribbon, wherein said helical ribbon is fixed in an inner wall of said internal cylinder.