CN214142562U

CN214142562U - Prebaked anode forming production system

Info

Publication number: CN214142562U
Application number: CN202022237827.8U
Authority: CN
Inventors: 荣泽强; 王耀伟; 张有武; 傅伟; 赵恩伟
Original assignee: Lijin Rongda New Material Co ltd
Current assignee: Lijin Rongda New Material Co ltd
Priority date: 2020-10-10
Filing date: 2020-10-10
Publication date: 2021-09-07
Anticipated expiration: 2030-10-10

Abstract

The utility model relates to a production field of prebaked anode shaping piece, in particular to prebaked anode shaping production system, draw together the feeder, the feeder communicates No. 1 jar through 1 lifting machine and vibrations conveyer, No. 1 jar connects big pair roller through the feeder, and big pair roller connects material distributor through No. 2 lifting machines, and material distributor communicates with 1 storehouse, 3 storehouses, 6 storehouses, comprehensive material storehouse, return feed bin, gather dust powder storehouse, black hair storehouse, powder storehouse respectively, and the batching storehouse communicates No. 1 kneading machine and No. 2 kneading machine through electric board inserting machine and blowing screw; the lower parts of the No. 1 kneading machine and the No. 2 kneading machine are provided with belts, the paste is conveyed to a paste tank through the belts, and the paste tank is communicated with a prebaked anode forming machine; the asphalt scale is respectively communicated with the No. 1 kneader and the No. 2 kneader. The utility model discloses an automatic feed, crocus, batching of each process and add pitch have improved production efficiency, have reduced workman's operation flow, and the security is higher.

Description

Prebaked anode forming production system

Technical Field

The utility model relates to the production field of prebaked anode forming blocks, in particular to a prebaked anode forming production system.

Background

The production of the prebaked anode forming block is still in manual production or semi-automatic production at present, a complete automatic production system is not formed, the production efficiency is low, the management is inconvenient, and greater potential safety hazards exist, so that a highly integrated full-automatic prebaked anode forming production line is urgently needed.

SUMMERY OF THE UTILITY MODEL

In order to solve the problems in the prior art, the utility model discloses a prebaked anode forming production system.

In order to achieve the above purpose, the following technical solutions are provided:

a prebaked anode forming production system comprises a feeder, wherein the feeder is communicated with a tank No. 1 through a hoister No. 1 and a vibration conveyor, the tank No. 1 is communicated with a large pair of rollers through a feeder, the large pair of rollers are communicated with a material distributor through a hoister No. 2, and the material distributor is respectively communicated with a tank No. 1, a tank No. 3, a tank No. 6, a comprehensive material bin, a return bin, a dust collecting powder bin, a black hair bin and a powder bin; the return bin is connected to a pipeline of a No. 3 hoister through a feeding bin and a small pair of rollers; the comprehensive material bin is communicated with the flour mill through a feeding machine; the 1 bin, the 3 bins, the 6 bins, the dust collecting powder bin, the black hair bin and the powder bin are communicated with a proportioning bin, and the proportioning bin is communicated with the No. 1 kneading machine and the No. 2 kneading machine through an electric plate inserting machine and a discharging screw machine; the lower parts of the No. 1 kneading machine and the No. 2 kneading machine are provided with belts, the paste is conveyed to a paste tank through the belts, and the paste tank is communicated with the prebaked anode forming machine; no. 1 motor and No. 2 motor are connected to the high-order pitch groove, and No. 1 motor and No. 2 motor give the high-order pitch groove pay-off, and the high-order pitch groove is called the intercommunication with the pitch, and the pitch is called and is communicate kneading machine No. 1 and kneading machine No. 2 respectively.

Furthermore, the feeder and the No. 1 hoister are arranged in two sets.

Further, the kneader 1 comprises an upper layer pot, a lower layer pot and a kneading working machine, the kneader 2 has the same structure as the kneader 1, and the asphalt scale is respectively communicated with the lower layer pot of the kneader 1 and the kneader 2.

The utility model has the advantages that:

1. the utility model relates to a prebaked anode shaping production system has improved production efficiency through automatic feed, crocus, batching of each process and adds pitch, has reduced workman's operation flow, and the security is higher.

2. The utility model discloses a prebaked anode shaping production system divide into hand-held state and automatic state, and under hand-held state, the operation that can each electrical equipment of manual operation avoids the inconvenience that the electronic equipment trouble under automatic state brought, under automatic state, through the control of long-range electronic display screen, carries out the running state of remote operation and each equipment of control, has improved production efficiency.

Drawings

FIG. 1 is a schematic diagram showing the connection of the apparatus of a prebaked anode forming production system.

Wherein: 1. a feeder; 2. a No. 1 hoisting machine; 3. vibrating the conveyor; 4. tank No. 1; 5. a large pair of rollers; 6. A material dispenser; 7. 1, 1 bin; 8. 3, storing in a bin; 9. 6, 6 bins; 10. returning to the stock bin; 101. a number 3 hoisting machine; 102. A small pair of rollers; 103. a number 2 elevator; 11. a comprehensive material bin; 111. a pulverizer; 12. a dust collecting powder bin; 13. a hair blackening bin; 14. a powder bin; 15. a proportioning bin; 16. a discharging screw machine; 17. kneader # 1; 18. Kneader No. 2; 19. a belt; 20. a paste tank; 31. a motor No. 1; 32. a No. 2 motor; 33. a high asphalt tank; 34. the asphalt is weighed.

Detailed Description

In order to make the technical solutions of the present invention clearer and clearer for those skilled in the art, the technical solutions of the present invention will be described in detail below with reference to the accompanying drawings, but the embodiments of the present invention are not limited thereto.

As shown in fig. 1, a prebaked anode forming production system comprises a feeder 1, wherein the feeder 1 is communicated with a tank 4 1 through a hoist 2 1 and a vibration conveyor 3, the tank 4 1 is connected with a large pair of rollers 5 through a feeder, the large pair of rollers 5 are connected with a material distributor 6 through a hoist 103 2, and the material distributor 6 is respectively communicated with a tank 1, a tank 3, a tank 6, a comprehensive material bin 11, a return bin 10, a dust collecting powder bin 12, a black hair bin 13 and a powder bin 14; the return material 10 bin is connected to a pipeline of a No. 3 lifting machine 101 through a feeding bin and a small pair of rollers 102; the comprehensive material bin 11 is connected to the pulverizer 111 through a feeder; the 1 bin, the 3 bins, the 6 bins, the dust collecting powder bin, the black hair bin and the powder bin are communicated with a proportioning bin 15, and the proportioning bin 15 is communicated with a No. 1 kneading machine 17 and a No. 2 kneading machine 18 through an electric board inserting machine and a discharging screw machine 16; the lower parts of the No. 1 kneader 17 and the No. 2 kneader 18 are provided with a belt 19, the paste is conveyed to a paste tank 20 through the belt 19, and the paste tank 20 is communicated with a prebaked anode forming machine; the high-position asphalt groove 33 is connected with the

motors

31 and 32 1 and 2, the

motors

31 and 32 1 feed materials to the high-position asphalt groove 33, the high-position asphalt groove 33 is communicated with the asphalt scale 34, and the asphalt scale 34 is respectively communicated with the kneader 17 1 and the kneader 18 2. The feeder 1 and the No. 1 hoister 2 are arranged in two sets. The No. 1 kneader 17 and the No. 2 kneader 18 respectively comprise an upper layer pot, a lower layer pot and a kneading working machine, and the asphalt scale 34 is respectively communicated with the lower layer pot of the No. 1 kneader 17 and the No. 2 kneader 18. And a valve is arranged at the joint of each pipeline and used for switching on and off the material in the operation process. The electrical equipment that this device used passes through PLC control, carries out the operation of long-range electronic screen supervision and each equipment of operation, has reduced artifical degree of participating in, has improved automatic production material rate, and the security is higher. And each electrical equipment can be manually controlled, so that the shutdown of the electronic equipment under the fault condition is avoided.

The working process comprises the steps of firstly carrying out power-on self-test on whether materials exist in the kneading machines No. 1 and No. 2 17 and 18, confirming that no materials exist, carrying out system feeding, and manually unfinishing the working process of feeding the materials into paste in the kneading machines No. 1 and No. 2 18 if the materials exist; then, system feeding is carried out, and a lifter lifts and transports the calcined rubber in the feeder to the whole system; finally, the materials enter the system, the materials are distributed to 1 bin, 3 bins and 6 bins through a set proportion and a highest threshold value in the material distributor 6, when the materials are higher than the set threshold value, the materials enter the comprehensive material bin 11 and enter the grinding mill 111, the grinding mill 111 enters the powder bin 14 through a pipeline, when the materials which are distributed by the material distributor 6 and cannot enter the 1 bin, the 3 bin and the 6 bin enter the return bin 10, the return bin 10 enters the small pair rollers 102 for processing, and the materials enter the material distributor 6 again for distribution; the proportioning bin 15 sets a proportion value, materials in the 1 bin, the 3 bins, the 6 bins, the dust collecting powder bin, the hair blackening bin and the powder bin are controlled by the electromagnetic valve to enter the proportioning bin 15, the proportioning bin 15 enters the No. 1 kneader 17 and the No. 2 kneader 18 according to the set dry mixing proportion and the set wet mixing proportion and time, meanwhile, asphalt enters the lower layer pot according to the set asphalt proportion, and paste discharged from the kneader is conveyed into the paste tank 20 and conveyed to the prebaked anode forming machine to be processed into a prebaked anode forming block.

The above description is only a preferred embodiment of the present invention, and is not intended to limit the present invention in any way, and those skilled in the art can make many variations and modifications of the present invention without departing from the scope of the present invention by using the method and contents disclosed above.

Claims

1. A prebaked anode molding production system is characterized in that: the device comprises a feeder, wherein the feeder is communicated with a tank No. 1 through a hoist No. 1 and a vibration conveyor, the tank No. 1 is communicated with a large pair of rollers through a feeder, the large pair of rollers are connected with a material distributor through a hoist No. 2, and the material distributor is respectively communicated with a bin 1, a bin 3, a bin 6, a comprehensive material bin, a return bin, a dust collecting powder bin, a black hair bin and a powder bin; the return bin is connected to a pipeline of a No. 3 hoister through a feeding bin and a small pair of rollers; the comprehensive material bin is communicated with the flour mill through a feeding machine; the 1 bin, the 3 bins, the 6 bins, the dust collecting powder bin, the black hair bin and the powder bin are communicated with a proportioning bin, and the proportioning bin is communicated with the No. 1 kneading machine and the No. 2 kneading machine through an electric plate inserting machine and a discharging screw machine; the lower parts of the No. 1 kneading machine and the No. 2 kneading machine are provided with belts, the paste is conveyed to a paste tank through the belts, and the paste tank is communicated with the prebaked anode forming machine; no. 1 motor and No. 2 motor are connected to the high-order pitch groove, and No. 1 motor and No. 2 motor give the high-order pitch groove pay-off, and the high-order pitch groove is called the intercommunication with the pitch, and the pitch is called and is communicate kneading machine No. 1 and kneading machine No. 2 respectively.

2. The pre-baked anode forming production system according to claim 1, wherein: the feeder and the No. 1 hoister are arranged in two sets.

3. The pre-baked anode forming production system according to claim 1, wherein: the No. 1 kneading machine comprises an upper layer pot, a lower layer pot and a kneading working machine, the No. 2 kneading machine is the same as the No. 1 kneading machine in structure, and the asphalt scale is respectively communicated with the lower layer pot of the No. 1 kneading machine and the lower layer pot of the No. 2 kneading machine.