CN209689392U - Copper concentrate melting feeding system - Google Patents
Copper concentrate melting feeding system Download PDFInfo
- Publication number
- CN209689392U CN209689392U CN201821776400.1U CN201821776400U CN209689392U CN 209689392 U CN209689392 U CN 209689392U CN 201821776400 U CN201821776400 U CN 201821776400U CN 209689392 U CN209689392 U CN 209689392U
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- China
- Prior art keywords
- disk pelletizing
- hopper
- conveyer belt
- pelletizing machine
- tripper
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- Furnace Charging Or Discharging (AREA)
Abstract
The utility model discloses a kind of copper concentrate melting feeding systems; including hopper; the discharge port of hopper is connected with the feed inlet of disk pelletizing machine by conveyer belt; the discharge port of disk pelletizing machine is connected with smelting furnace by main belt; it is provided with feeding-distribution device between hopper and disk pelletizing machine, feeding-distribution device sends material to pelletizing in multiple disk pelletizing machines.Above scheme is provided with feeding-distribution device between hopper and disk pelletizing machine; such a hopper can correspond to multiple disk pelletizing machines and is fed; original single supply line is become into a plurality of supply line; the phenomenon that completely stopping production caused by equipment component failure is effectively prevented, ensure that production efficiency and manufacturing schedule.
Description
Technical field
The utility model relates to non-ferrous metal smelting technologies, and in particular to a kind of feed system for copper concentrate melting
System.
Background technique
Copper making process needs, which first transport mixed material to disk pelletizing machine, pelletizes, and then again transports granular material
It transports to and carries out bath smelting in smelting furnace.In actual production, different material is driven a vehicle in grasping operation to hopper by concentrate library, then is passed through
Belt-conveying is pelletized to disk pelletizing machine, then again by carrying out bath smelting in belt-conveying to smelting furnace.Existing skill
In art, the corresponding disk pelletizing machine of a usually hopper is restricted, generally an only strip transmission line is molten by factors such as places
Furnace is fed.And in process of production, the problems such as inevitably will appear equipment fault, once disk pelletizing machine or
Conveyor belt breaks down, and can not just continue to be fed, it will cause the entire production line to be shut down wait expect, not only seriously affected production
Progress also greatly increases cost input.
Utility model content
The purpose of the utility model is to provide a kind of copper concentrate melting feeding system, avoid shutting down caused by equipment fault to
Expect the generation of phenomenon, guarantees production efficiency and manufacturing schedule.
A kind of copper concentrate melting feeding system that in order to achieve the above purposes, the technical solution adopted by the utility model is:, including
The discharge port of hopper, hopper is connected with the feed inlet of disk pelletizing machine by conveyer belt, the discharge port of disk pelletizing machine and melting
Furnace is connected by main belt, it is characterised in that: is provided with feeding-distribution device between hopper and disk pelletizing machine, feeding-distribution device is by object
It pelletizes in material dispensing to multiple disk pelletizing machines.
Above scheme is provided with feeding-distribution device between hopper and disk pelletizing machine, and such a hopper can correspond to more
A disk pelletizing machine is fed, and original single supply line is become a plurality of supply line, effectively prevents equipment component event
The phenomenon that completely stopping production caused by barrier, ensure that production efficiency and manufacturing schedule.
Detailed description of the invention
Fig. 1 is the schematic diagram of the utility model feeding system.
Specific embodiment
The utility model is further described with reference to the accompanying drawing.
A kind of copper concentrate melting feeding system, including hopper 10, the discharge port of hopper 10 and the feed inlet of disk pelletizing machine
It is connected by conveyer belt, the discharge port of disk pelletizing machine is connected with smelting furnace by main belt 30, hopper 10 and disk pelletizing
It is provided with feeding-distribution device between machine, feeding-distribution device sends material to pelletizing in multiple disk pelletizing machines.The utility model
Core be that feeding-distribution device is provided between hopper and disk pelletizing machine, such a hopper can correspond to multiple disk systems
Grain machine is fed, and original single supply line is become a plurality of supply line, is effectively prevented caused by equipment component failure
The phenomenon that completely stopping production, ensure that production efficiency and manufacturing schedule.
The preferred embodiment of the utility model is, the hopper 10 is whole in falling Y-shaped, the lower end setting first of hopper 10,
Two discharge ports 11,12, the top of hopper 10 are equipped with the discharging regulating device for adjusting the first and second discharge port 11,12 loads, the
One, two discharge ports 11,12 are connected by the first and second conveyer belt 21,22 with the feed inlet of disk pelletizing machine respectively.Specific implementation
When, select band there are two the hopper 10 of discharge port, discharge port each in this way can individually correspond to a conveyer belt and disk
Granulator is connected, and can effectively avoid the phenomenon that completely stopping production caused by the transmission tape jam between hopper 10 and disk pelletizing machine.
The top of hopper 10 is equipped with discharging regulating device, and going out for two discharge ports can be thus adjusted according to the feed situation in downstream
Material ratio, it is simple, convenient.
Preferably, the first tripper 41 is provided on first conveyer belt 21, the side sub-material mouth of the first tripper 41 is set
There is third conveyer belt 23, the discharge end of the first conveyer belt 21 is connected with the feed inlet of disk pelletizing machine 1, third conveyer belt 23
Discharge end be connected with the feed inlet of disk pelletizing machine 3 53.When it is implemented, can be arranged by adjusting the first tripper 41
The inlet amount of disk pelletizing machine 1 and disk pelletizing machine 3 53, it is possible thereby to realize that any one disk pelletizing machine works independently
Or two disk pelletizing machines work at the same time.
Preferably, the second tripper 42 is provided on second conveyer belt 22, the side sub-material mouth of the second tripper 42 is set
There is the 4th conveyer belt 24, the discharge end of the second conveyer belt 22 is connected with the feed inlet of disk pelletizing machine 2 52, the 4th conveyer belt 24
Discharge end be connected with main belt 30.When disk pelletizing machine one, two, 3 51,52,53 breaks down, then material is direct
It is sent by the 4th conveyer belt 24 to main belt 30, material is directly entered smelting furnace without disk pelletizing mechanism grain and melts at this time
Refining, to guarantee manufacturing schedule when the maintenance of disk pelletizing machine one, two, 3 51,52,53.
Preferably, first tripper 41 includes cutting plate 60, and the plate face of cutting plate 60 is in vertical to cloth on the whole
It sets, the front end of cutting plate 60 is located within the scope of the width direction of the first conveyer belt 21, and rear end is to 21 width direction of the first conveyer belt
One side edge extend, the structure and arrangement of the second tripper 42 be identical as the first tripper 41.Can thus it pass through
The angle of the position, that is, cutting plate 60 and conveyer belt feedstock direction that adjust cutting plate 60 carries out sub-material adjusting, to adjust sub-material
The inlet amount of device downstream distinct device.
Preferably, the discharge port of the disk pelletizing machine one, two, 3 51,52,53 is connected with main belt 30.Specifically
, the discharge port of disk pelletizing machine one, two, 3 51,52,53 is connected with main belt 30, material is through disk pelletizing mechanism grain
After can be directly transported on main belt 30 by discharge port, structure is simple, conveniently.
Above-mentioned feeding system can continue as smelting furnace in the state of equipment component failure and is fed, guarantee produce into
Degree.Specific feed mode is as follows:
Under normal condition, guarantee one, 2 51,52 normal feed of disk pelletizing machine, disk pelletizing machine 3 53 and the 4th transmission
Band 24 is in stand-by state, and the sub-material ratio of the first and second discharge port 11,12 of hopper 10 is 1:1, the first and second tripper at this time
31, it 32 does not work.
When any equipment fault in disk pelletizing machine one, 2 51,52, make disk pelletizing machine by adjusting sub-material ratio
53 work guarantee two disk pelletizing machines for smelting furnace feed.Specifically, when disk pelletizing machine one, 3 51,53 works at the same time
When, the sub-material ratio of the first and second discharge port 11,12 of hopper 10 is 1:0, and the work of the first tripper 31 and sub-material ratio are 1:1,
Second tripper 32 does not work；When disk pelletizing machine two, 3 52,53 works at the same time, the first and second discharge port 11 of hopper 10,
12 sub-material ratio is 1:1, and the first tripper 31 works and sub-material ratio is 0:1, and the second tripper 32 does not work.
When disk pelletizing machine one, 2 51,52 simultaneous faults, the sub-material of the first and second discharge port 11,12 of hopper 10 is adjusted
Ratio is 1:0, and the first tripper 31 works and sub-material ratio is 0:1, and disk pelletizing machine 3 53 works independently at this time.
When disk pelletizing machine one, two, 3 51,52,53 simultaneous faults, the first and second discharge port 11,12 of hopper 10 is adjusted
Sub-material ratio be 0:1, the second tripper 32 work and sub-material ratio be 0:1, only the 4th conveyer belt 24 works independently at this time,
Material can be directly transported in smelting furnace by main belt 30 without pelletizing, to guarantee normal production.
Claims (6)
1. a kind of copper concentrate melting feeding system, including hopper (10), the charging of the discharge port and disk pelletizing machine of hopper (10)
Mouth is connected by conveyer belt, and the discharge port of disk pelletizing machine is connected with smelting furnace by main belt (30), it is characterised in that: material
It is provided with feeding-distribution device between bucket (10) and disk pelletizing machine, feeding-distribution device sends material to carrying out in multiple disk pelletizing machines
Granulation.
2. copper concentrate melting feeding system according to claim 1, it is characterised in that: the hopper (10) is integrally in Y
The first and second discharge port (11,12) are arranged in the lower end of font, hopper (10), and the top of hopper (10), which is equipped with, adjusts the first and second discharging
The discharging regulating device of mouthful (11,12) load, the first and second discharge port (11,12) respectively by the first and second conveyer belt (21,
22) it is connected with the feed inlet of disk pelletizing machine.
3. copper concentrate melting feeding system according to claim 2, it is characterised in that: set on first conveyer belt (21)
It is equipped with the first tripper (41), the side sub-material mouth of the first tripper (41) is equipped with third conveyer belt (23), the first conveyer belt (21)
Discharge end be connected with the feed inlet of disk pelletizing machine one (51), the discharge end of third conveyer belt (23) and disk pelletizing machine three
(53) feed inlet is connected.
4. copper concentrate melting feeding system according to claim 3, it is characterised in that: set on second conveyer belt (22)
It is equipped with the second tripper (42), the side sub-material mouth of the second tripper (42) is equipped with the 4th conveyer belt (24), the second conveyer belt (22)
Discharge end be connected with the feed inlet of disk pelletizing machine two (52), discharge end and main belt (30) phase of the 4th conveyer belt (24)
Even.
5. copper concentrate melting feeding system according to claim 4, it is characterised in that: the first tripper (41) packet
It includes cutting plate (60), the plate face of cutting plate (60) is in vertical to arrangement on the whole, and the front end of cutting plate (60) is located at the first transmission
Within the scope of the width direction of band (21), rear end extends to the one side edge of the first conveyer belt (21) width direction, the second tripper
(42) structure and arrangement is identical as the first tripper (41).
6. copper concentrate melting feeding system according to claim 5, it is characterised in that: disk pelletizing machine one, two, three (51,
52,53) discharge port is connected with main belt (30).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821776400.1U CN209689392U (en) | 2018-10-30 | 2018-10-30 | Copper concentrate melting feeding system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821776400.1U CN209689392U (en) | 2018-10-30 | 2018-10-30 | Copper concentrate melting feeding system |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209689392U true CN209689392U (en) | 2019-11-26 |
Family
ID=68594298
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821776400.1U Active CN209689392U (en) | 2018-10-30 | 2018-10-30 | Copper concentrate melting feeding system |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN209689392U (en) |
-
2018
- 2018-10-30 CN CN201821776400.1U patent/CN209689392U/en active Active
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