CN204220251U - Calcined coke deep processing device - Google Patents

Calcined coke deep processing device Download PDF

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CN204220251U
CN204220251U CN201420658103.2U CN201420658103U CN204220251U CN 204220251 U CN204220251 U CN 204220251U CN 201420658103 U CN201420658103 U CN 201420658103U CN 204220251 U CN204220251 U CN 204220251U
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calcined coke
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王佐任
卞玉峰
冯正平
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WEIFANG LIANXING NEW MATERIAL TECHNOLOGY Co Ltd
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Abstract

煅后焦深加工装置,属于煅后焦加工技术领域。包括通过物料管线依次连通的煅后焦输送装置、破碎机和振动分级筛(7),所述煅后焦输送装置还通过物料管线直接连通振动分级筛(7),振动分级筛(7)的出料口包括一个粗料出料口(701)、多个中间料出料口和一个细料出料口(705),其中粗料出料口(701)连通破碎机入口,中间料出料口与细料出料口(705)连通多个中间料仓,中间料仓的出口连通包装区。待加工的煅后焦首先经过振动分级筛,将合格的煅后焦直接筛分并送入中间料仓,提高了生产效率,而且降低了破碎机所需要的能耗;通过多个中间料仓分别存储不同了粒度的煅后焦粒及焦粉,可以灵活、连续生产各种不同了粒度要求的煅后焦。

A calcined coke deep processing device belongs to the technical field of calcined coke processing. It includes a calcined coke conveying device, a crusher and a vibrating grading screen (7) connected in sequence through a material pipeline, and the calcined coke conveying device is also directly connected to a vibrating grading sieve (7) through a material pipeline, and the vibrating grading sieve (7) The discharge port includes a coarse material discharge port (701), multiple intermediate material discharge ports and a fine material discharge port (705), wherein the coarse material discharge port (701) is connected to the crusher inlet, and the intermediate material discharge port The mouth and the fine material discharge port (705) are connected to multiple intermediate silos, and the outlets of the intermediate silos are connected to the packaging area. The calcined coke to be processed first passes through the vibrating grading sieve, and the qualified calcined coke is directly screened and sent to the intermediate silo, which improves the production efficiency and reduces the energy consumption required by the crusher; through multiple intermediate silos Calcined coke grains and coke powder with different particle sizes are stored separately, which can flexibly and continuously produce calcined coke with different particle size requirements.

Description

煅后焦深加工装置Calcined coke deep processing device

技术领域 technical field

煅后焦深加工装置,属于煅后焦加工技术领域。 A calcined coke deep processing device belongs to the technical field of calcined coke processing.

背景技术 Background technique

煅后焦广泛用于冶金行业的不同领域以及化工行业中,煅后焦根据具体用途不同,对其粒度有不同的要求,目前是用破碎机将大块的煅后焦破碎,然后用对辊机将破碎的煅后焦破碎成规定尺寸,最后进行筛分,将煅后焦筛分为不同的粒度,所有的原料都要经过破碎、筛分,生产效率低,能耗大,不利于节能减排。 Calcined coke is widely used in different fields of metallurgical industry and chemical industry. Calcined coke has different requirements for its particle size according to different uses. At present, large pieces of calcined coke are crushed by a crusher, and then crushed by counter rolls. The machine breaks the broken calcined coke into specified sizes, and finally sieves the calcined coke into different particle sizes. All raw materials must be crushed and screened. The production efficiency is low and the energy consumption is large, which is not conducive to energy saving. emission reduction.

发明内容 Contents of the invention

本实用新型要解决的技术问题是:克服现有技术的不足,提供一种生产多种不同粒度的煅后焦、生产效率高、能耗低的煅后焦深加工装置。 The technical problem to be solved by the utility model is: to overcome the deficiencies of the prior art, and provide a calcined coke deep processing device that produces calcined cokes with different particle sizes, high production efficiency and low energy consumption.

本实用新型解决其技术问题所采用的技术方案是:该煅后焦深加工装置,包括通过物料管线依次连通的煅后焦输送装置、破碎机和振动分级筛,所述煅后焦输送装置还通过物料管线直接连通振动分级筛,振动分级筛的出料口包括一个粗料出料口、多个中间料出料口和一个细料出料口,其中粗料出料口连通破碎机入口,中间料出料口与细料出料口连通多个中间料仓,中间料仓的出口连通包装区。待加工的煅后焦首先经过振动分级筛,可以将合格的煅后焦直接筛分并送入中间料仓,省去了破碎这一步骤,极大的提高了生产效率,而且降低了破碎机所需要的能耗;并且通过多个中间料仓分别存储不同了粒度的煅后焦,使振动分级筛连续工作,包装不同中间料仓内的煅后焦,连续生产各种不同了粒度要求的煅后焦粒及焦粉,提高了生产效率,同时通过各中间料仓的不同物料给料控制,实现不同物料的按比例混配功能,提高不同粒度组成产品生产的适应性和灵活性。 The technical scheme adopted by the utility model to solve the technical problem is: the calcined coke deep processing device includes a calcined coke conveying device, a crusher and a vibrating classifying sieve connected sequentially through the material pipeline, and the calcined coke conveying device also passes through The material pipeline is directly connected to the vibrating grading sieve. The outlet of the vibrating grading sieve includes a coarse material outlet, multiple intermediate material outlets and a fine material outlet. The coarse material outlet is connected to the crusher inlet. The material outlet and the fine material outlet are connected to multiple intermediate silos, and the outlets of the intermediate silos are connected to the packaging area. The calcined coke to be processed first passes through the vibrating grading sieve, and the qualified calcined coke can be directly screened and sent to the intermediate silo, which saves the step of crushing, greatly improves the production efficiency, and reduces the crushing capacity of the crusher. The required energy consumption; and store calcined coke with different particle sizes through multiple intermediate silos, so that the vibrating classifier can work continuously, pack calcined coke in different intermediate silos, and continuously produce a variety of different particle sizes. The calcined coke particles and coke powder improve the production efficiency. At the same time, through the feeding control of different materials in each intermediate silo, the function of mixing different materials in proportion can be realized, and the adaptability and flexibility of the production of products composed of different particle sizes can be improved.

优选的,所述多个中间料出料口依次为大粒度出料口、中粒度出料口和小粒度出料口,所述多个中间料仓依次为大粒度中间料仓、中粒度中间料仓和小粒度中间料仓,其中大粒度出料口连通大粒度中间料仓,中粒度出料口连通中粒度中间料仓,小粒度出料口连通中粒度中间料仓,所述细料出料口连通小粒度中间料仓。 Preferably, the plurality of intermediate material outlets are sequentially large-sized outlets, medium-sized outlets, and small-sized outlets, and the plurality of intermediate silos are sequentially large-sized intermediate silos, medium-sized intermediate The silo and the small-sized intermediate silo, wherein the large-sized discharge port is connected to the large-sized intermediate silo, the medium-sized discharge port is connected to the medium-sized intermediate silo, and the small-sized discharge port is connected to the medium-sized intermediate silo. The fine material The discharge port is connected to the small particle size intermediate silo.

优选的,所述中粒度出料口还连通大粒度中间料仓,小粒度出料口还连通大粒度中间料仓,所述细料出料口还连通大粒度中间料仓。 Preferably, the medium-sized material outlet is also connected to the large-sized intermediate silo, the small-sized material outlet is also connected to the large-sized intermediate silo, and the fine-sized material outlet is also connected to the large-sized intermediate silo.

优选的,所述多个中间料出料口分别连通破碎机入口。当需要粒度较小的煅后焦时,将筛分后将小粒度以上的煅后焦经过破碎机破碎后再次筛分,确保煅后焦粒度达到要求。 Preferably, the plurality of intermediate material outlets are respectively connected to the inlet of the crusher. When calcined coke with a smaller particle size is required, after sieving, the calcined coke with a particle size above a small particle size is crushed by a crusher and then sieved again to ensure that the calcined coke particle size meets the requirements.

优选的,所述包装区包括并联的混合包装区和分级包装区,混合包装区包括混料仓和混合包装机,混料仓的入口连通各中间料仓,混料仓的出口连通混合包装机,分级包装区包括离心机和称重机构,离心机的入口连通各中间料仓,离心机的出口连通称重机构。混合包装区在保证粒度要求的同时,生产效率更高,而分级包装区能够保证煅后焦粒度更加均匀,质量更好,满足不用的用户以及不同质量的需求,实现产品的多样性和生产的灵活性。 Preferably, the packaging area includes a parallel mixed packaging area and a graded packaging area, the mixed packaging area includes a mixing bin and a mixing packaging machine, the inlet of the mixing bin is connected to each intermediate bin, and the outlet of the mixing bin is connected to the mixing packaging machine The grading packaging area includes a centrifuge and a weighing mechanism, the inlet of the centrifuge is connected to each intermediate silo, and the outlet of the centrifuge is connected to the weighing mechanism. The mixed packaging area can ensure higher production efficiency while ensuring the particle size requirements, while the graded packaging area can ensure that the calcined coke has a more uniform particle size and better quality, which meets the needs of different users and different quality, and realizes product diversity and production efficiency. flexibility.

优选的,所述混料仓入口还连通有至少一个尘粉料仓,尘粉料仓内存储有尘粉煅后焦。收集煅后焦煅烧车间的尘粉煅后焦,实现回收利用,而且直接与其他粒度的煅后焦进行进行混合包装,保证了产品的合格率,而且提高加工效率,降低能耗。 Preferably, the inlet of the mixing bin is also connected with at least one dust bin, and dust calcined coke is stored in the dust bin. Collect the calcined coke dust from the calcined coke calcination workshop to realize recycling, and directly mix and package with calcined coke of other particle sizes, which ensures the pass rate of the product, improves processing efficiency, and reduces energy consumption.

优选的,所述中间料仓的出料口通过螺旋输送机连通混料仓的入口,混料仓的出口通过螺旋输送机连通混合包装机的入口。通过螺旋输送机将煅后焦输送至下一工位,避免煅后焦堵塞,工作可靠。 Preferably, the outlet of the intermediate silo is connected to the inlet of the mixing bin through a screw conveyor, and the outlet of the mixing bin is connected to the inlet of the mixing packaging machine through a screw conveyor. The calcined coke is transported to the next station by a screw conveyor to avoid calcined coke blockage and work reliably.

优选的,所述振动分级筛固定在破碎机的上方,破碎机的出口通过斗式提升机连通振动分级筛的入口,煅后焦输送装置的出口设有爬斗提升机,爬斗提升机的出口分别连通破碎机与斗式提升机的入口。布局合理、紧凑,充分利用现有厂房的空间,振动分级筛固定在破碎机的上方,便于振动分级筛内的煅后焦靠自重进入破碎机以及各中间料仓内。 Preferably, the vibrating grading screen is fixed above the crusher, the outlet of the crusher is connected to the entrance of the vibrating grading sieve through a bucket elevator, and the outlet of the calcined coke conveying device is provided with a climbing bucket elevator. The outlets are respectively connected to the inlets of the crusher and the bucket elevator. The layout is reasonable and compact, and the space of the existing workshop is fully utilized. The vibrating grading screen is fixed above the crusher, so that the calcined coke in the vibrating grading screen can enter the crusher and the intermediate silos by its own weight.

优选的,所述破碎机包括并联的细破机和粗破机。细破机采用对辊破碎机,粗破机采用锤式破碎机,根据不同粒级产品要求,选择细破机和粗破机单台工作或同时工作,在保证产品质量的同时,提高生产效率。 Preferably, the crusher includes a fine crusher and a coarse crusher connected in parallel. The fine crusher adopts double-roll crusher, and the coarse crusher adopts hammer crusher. According to the requirements of different particle size products, the fine crusher and coarse crusher can be selected to work alone or at the same time, while ensuring product quality and improving production efficiency. .

与现有技术相比,该煅后焦深加工装置所具有的有益效果是: Compared with the prior art, the beneficial effects of the calcined coke deep processing device are:

1、通过多个中间料仓,使振动分级筛连续工作,然后将不同粒度的煅后焦存储在不同的中间料仓中,连续生产各种不同了粒度要求的煅后焦,提高了生产效率,而且煅后焦粒度分布均匀,合格率高,同时通过各中间料仓的不同物料给料控制,实现不同物料的按比例混配功能,提高不同粒度组成产品生产的适应性和灵活性。 1. Through multiple intermediate silos, the vibrating grading screen works continuously, and then the calcined coke with different particle sizes is stored in different intermediate silos to continuously produce calcined coke with different particle size requirements, which improves the production efficiency , and the particle size distribution of calcined coke is uniform, and the qualified rate is high. At the same time, through the feeding control of different materials in each intermediate silo, the function of mixing different materials in proportion can be realized, and the adaptability and flexibility of the production of products composed of different particle sizes can be improved.

2、将粒度达到要求的煅后焦直接筛分并送入中间料仓,省去了破碎这一步骤,极大的提高了生产效率,而且降低了破碎机所需要的能耗,响应国家节能减排的要求。 2. The calcined coke whose particle size meets the requirements is directly screened and sent to the intermediate silo, which saves the step of crushing, greatly improves the production efficiency, and reduces the energy consumption required by the crusher, responding to the national energy saving emission reduction requirements.

3、收集尘粉煅后焦,实现尘粉煅后焦的回收利用,将尘粉煅后焦存储在尘粉料仓中,与其他粒度的煅后焦直接进行混合包装,保证了产品的合格率,而且提高加工效率,降低能耗。 3. Collect dust calcined coke to realize the recycling of dust powder calcined coke, store dust powder calcined coke in the dust powder silo, and directly mix and pack with calcined coke of other particle sizes to ensure the qualified product efficiency, and improve processing efficiency and reduce energy consumption.

4、根据不用的用户以及不同质量的需求,将包装区分为分级包装区和混合包装区,采用分级包装能够保证煅后焦粒度更加均匀,质量更好,混合包装在保证粒度要求的同时,生产效率更高。 4. According to different users and different quality requirements, the packaging area is divided into graded packaging area and mixed packaging area. Using graded packaging can ensure that the particle size of calcined coke is more uniform and the quality is better. Mixed packaging can ensure the particle size requirements at the same time. Production higher efficiency.

附图说明 Description of drawings

图1为该煅后焦深加工装置的示意图。 Figure 1 is a schematic diagram of the calcined coke deep processing device.

其中:1、第一电动葫芦  2、外来料仓  3、振动输送机  4、旋转改向板阀  5、爬斗提升机  6、斗式提升机  7、振动分级筛  701、粗料出料口  702、大粒度出料口  703、中粒度出料口  704、小粒度出料口  705、细料出料口  8、细破机  9、粗破机  10、大粒度中间料仓  11、第二电动葫芦  12、中粒度中间料仓  13、小粒度中间料仓  14、尘粉料仓  15、螺旋输送机  16、分级包装区  17、离心机  18、磅秤  19、混合包装区  20、混料仓  21、混合包装机。 Among them: 1. The first electric hoist 2. External material bin 3. Vibration conveyor 4. Rotary redirecting plate valve 5. Climbing bucket elevator 6. Bucket elevator 7. Vibrating classifier 701, Coarse material outlet 702 , large particle size discharge port 703, medium particle size discharge port 704, small particle size discharge port 705, fine material discharge port 8, fine crushing machine 9, coarse crushing machine 10, large particle size intermediate silo 11, the second electric hoist 12. Intermediate silo for medium particle size 13. Intermediate silo for small particle size 14. Dust powder silo 15. Screw conveyor 16. Grading packing area 17. Centrifuge 18. Scale 19. Mixing packing area 20. Mixing bin 21. Mixing Packing Machine.

具体实施方式 Detailed ways

图1是本实用新型煅后焦深加工装置的最佳实施例,下面结合附图1对本实用新型做进一步说明。 Fig. 1 is the best embodiment of the post-calcining coke deep processing device of the present invention, and the present invention will be further described in conjunction with accompanying drawing 1 below.

参照图1,该煅后焦深加工装置,包括振动分级筛7、细破机8、粗破机9、多个中间料仓以及包装区,大粒度的煅后焦经过振动输送机3送入爬斗提升机5内,爬斗提升机5的出口设有一个旋转改向板阀4,旋转改向板阀4的出口分别通过物料管线连通细破机8和一个斗式提升机6,斗式提升机6的上端出口连通振动分级筛7的入口,细破机8与粗破机9并联且固定在同一高度上,细破机8采用对辊破碎机,粗破机9采用锤式破碎机,根据不同粒级产品要求,选择细破机8和粗破机9单台工作或同时工作,在保证产品质量的同时,提高生产效率,振动分级筛7固定在细破机8与粗破机9上方,细破机8与粗破机9的出口连通斗式提升机6的入口。进一步的,振动输送机3有两个或两个以上,一个振动输送机3的上方设有一个外来料仓2,在外来料仓2的上方设有第一电动葫芦1,通过第一电动葫芦1将外购或其他车间的煅后焦存储在外来料仓2内,操作方便。 Referring to Figure 1, the calcined coke deep processing device includes a vibrating grading screen 7, a fine crusher 8, a coarse crusher 9, a plurality of intermediate silos and a packaging area, and the calcined coke with a large particle size is sent into the crawler through a vibrating conveyor 3. In the bucket elevator 5, the outlet of the climbing bucket elevator 5 is provided with a rotary diverter plate valve 4, and the outlet of the rotary diverter plate valve 4 is respectively connected to the fine crusher 8 and a bucket elevator 6 through the material pipeline. The outlet at the upper end of the elevator 6 is connected to the entrance of the vibrating grading screen 7. The fine crusher 8 and the coarse crusher 9 are connected in parallel and fixed at the same height. , according to the requirements of different particle size products, select fine crusher 8 and coarse crusher 9 to work alone or at the same time, while ensuring product quality, improve production efficiency, vibrating classifier 7 is fixed on fine crusher 8 and coarse crusher 9, the outlet of the fine crusher 8 and the rough crusher 9 are connected to the entrance of the bucket elevator 6. Further, there are two or more vibrating conveyors 3, an external feed bin 2 is arranged above the vibrating conveyor 3, and a first electric hoist 1 is arranged above the external feed bin 2, and the first electric hoist passes through the first electric hoist. 1 Store the calcined coke purchased from outside or other workshops in the external silo 2, which is easy to operate.

振动分级筛7的出料口包括一个粗料出料口701、多个中间料出料口和一个细料出料口705,其中粗料出料口701和多个中间料出料口分别连通细破机8与粗破机9的入口,多个中间料出料口依次为大粒度出料口702、中粒度出料口703和小粒度出料口704,多个中间料仓依次为大粒度中间料仓10、中粒度中间料仓12和小粒度中间料仓13,其中大粒度出料口702分别连通大粒度中间料仓10和中粒度中间料仓12,中粒度出料口703分别连通大粒度中间料仓10和中粒度中间料仓12,小粒度中间料仓13分别连通大粒度中间料仓10和中粒度中间料仓12,细料出料口705分别连通大粒度中间料仓10和小粒度中间料仓13,各中间料仓的不同物料给料控制,实现不同物料的按比例混配功能,提高不同粒度组成产品生产的适应性和灵活性。 The discharge port of the vibrating classifying sieve 7 includes a coarse material discharge port 701, a plurality of intermediate material discharge ports and a fine material discharge port 705, wherein the coarse material discharge port 701 and a plurality of intermediate material discharge ports are connected respectively The entrances of the fine crusher 8 and the rough crusher 9, the multiple intermediate material outlets are the large-grained outlet 702, the medium-sized outlet 703 and the small-sized outlet 704, and the multiple intermediate silos are the large The granularity intermediate silo 10, the medium granularity intermediate silo 12 and the small granularity intermediate silo 13, wherein the large granularity outlet 702 is respectively connected to the large granularity intermediate silo 10 and the medium granularity intermediate silo 12, and the medium granularity outlet 703 is respectively The large-sized intermediate silo 10 and the medium-sized intermediate silo 12 are connected, the small-sized intermediate silo 13 is respectively connected with the large-sized intermediate silo 10 and the medium-sized intermediate silo 12, and the fine material outlet 705 is respectively connected with the large-sized intermediate silo 10 and small particle size intermediate silos 13, the feeding control of different materials in each intermediate silo realizes the proportional mixing function of different materials, and improves the adaptability and flexibility of the production of products composed of different particle sizes.

包装区包括并联的混合包装区19和分级包装区16,混合包装区19包括混料仓20和混合包装机21,各中间料仓的出料口通过螺旋输送机15连通混料仓20的入口,混料仓20的出口通过螺旋输送机15连通混合包装机21的入口,较佳的,混料仓20入口还连通有一个尘粉料仓14,收集的尘粉煅后焦通过第二电动葫芦11存储在尘粉料仓14内,回收利用尘粉煅后焦,同时能够与其他粒度的煅后焦直接进行混合包装,保证了产品的合格率,而且提高加工效率,降低能耗;分级包装区16包括离心机17和磅秤18,离心机17的入口连通各中间料仓,离心机17的出口连通磅秤18,通过离心机17不同的转速将不同粒度的煅后焦分离出来,能够使各产品的粒度分布更加均匀,提高产品的质量。 The packaging area includes a parallel mixed packaging area 19 and a graded packaging area 16, the mixed packaging area 19 includes a mixing bin 20 and a mixing packaging machine 21, and the outlet of each intermediate bin is connected to the inlet of the mixing bin 20 by a screw conveyor 15 , the outlet of the mixing bin 20 is connected to the inlet of the mixing packaging machine 21 through the screw conveyor 15, preferably, the inlet of the mixing bin 20 is also connected with a dust bin 14, and the collected dust after calcining is passed through the second motor The gourd 11 is stored in the dust silo 14 to recycle the dust calcined coke, and at the same time, it can be directly mixed and packaged with calcined coke of other particle sizes, which ensures the qualified rate of the product, improves processing efficiency, and reduces energy consumption; grading The packaging area 16 includes a centrifuge 17 and a weighing scale 18. The inlet of the centrifuge 17 is connected to each intermediate silo, and the outlet of the centrifuge 17 is connected to the weighing scale 18. Calcined cokes of different particle sizes are separated by different rotating speeds of the centrifuge 17, which can make The particle size distribution of each product is more uniform, which improves the quality of the product.

工作过程: work process:

外来料仓2内的煅后焦和/或地面的煅后焦通过振动输送机3送入爬斗提升机5内,通过旋转改向板阀4改变爬斗提升机5内煅后焦的传输方向,当爬斗提升机5内的煅后焦粒度都很大,首先将爬斗提升机5内的煅后焦输送至细破机8内进行破碎,破碎后的煅后焦经过斗式提升机6送入振动分级筛7内,振动分级筛7内设有多层筛网,最上端的粗料出料口701连通细破机8与粗破机9的入口,直接将最大粒度的煅后焦再次进行破碎,多个中间料出料口也分别连通细破机8与粗破机9的入口,当需要粒度较小的煅后焦时,也可以直接将中间粒度的煅后焦再次进行破碎,最下端的细料出料口705连通小粒度中间料仓13,细料出料口705还连通大粒度中间料仓10,将小粒度的煅后焦与大粒度煅后焦进行混合,避免大粒度中间料仓10内的煅后焦粒度过大,保证产品的合格率。 The calcined coke in the external silo 2 and/or the calcined coke on the ground are sent to the climbing bucket elevator 5 through the vibrating conveyor 3, and the transmission of the calcined coke in the climbing bucket elevator 5 is changed by rotating the diverting plate valve 4 direction, when the calcined coke in the bucket elevator 5 has a large particle size, the calcined coke in the bucket elevator 5 is first transported to the fine crusher 8 for crushing, and the crushed calcined coke is lifted by a bucket The machine 6 is fed into the vibrating grading sieve 7, and the vibrating grading sieve 7 is equipped with multi-layer screens. The uppermost coarse material discharge port 701 is connected to the entrance of the fine crushing machine 8 and the rough crushing machine 9, and the calcined material with the largest particle size is directly crushed. The coke is crushed again, and multiple intermediate material outlets are also respectively connected to the inlets of the fine crusher 8 and the coarse crusher 9. When calcined coke with a smaller particle size is required, the calcined coke with an intermediate particle size can also be directly crushed again. Crushing, the lowermost fine material discharge port 705 is connected to the small particle size intermediate silo 13, and the fine material discharge port 705 is also connected to the large particle size intermediate silo 10, and the small particle size calcined coke is mixed with the large particle size calcined coke, Avoid excessive calcined coke in the large-size intermediate silo 10 to ensure the pass rate of the product.

当爬斗提升机5内的煅后焦粒度有合格能够直接包装的,通过旋转改向板阀4使爬斗提升机5内的煅后焦经过斗式提升机6直接送入振动分级筛7内,经过筛分后粒度合格的煅后焦直接送入各中间料仓。 When the grain size of the calcined coke in the bucket elevator 5 is qualified and can be directly packed, the calcined coke in the bucket elevator 5 is directly sent to the vibrating classifier 7 through the bucket elevator 6 by rotating the diverting plate valve 4 Inside, the calcined coke with qualified particle size after screening is directly sent to each intermediate silo.

当需要煅后焦的粒度非常均匀时,将对应粒度的中间料仓或尘粉料仓14内的煅后焦送入离心机17内,通过改变离心机17的旋转速度,从而将所需要的粒度的煅后焦分离出来,并通过磅秤18称重后进行包装,保证了煅后焦的粒度均匀度,提高产品质量;当需要的煅后焦粒度均匀度要求较低时,通过螺旋输送机15将对应中间料仓和尘粉料仓14内的煅后焦输送至混料仓20内进行混合,并通过混合包装机21进行包装,提高生产效率。 When the particle size of the calcined coke is required to be very uniform, the calcined coke in the intermediate silo or dust silo 14 corresponding to the particle size is sent into the centrifuge 17. By changing the rotation speed of the centrifuge 17, the required The calcined coke with a particle size is separated, weighed by a scale 18, and packaged to ensure the particle size uniformity of the calcined coke and improve product quality; 15 Transport the calcined coke corresponding to the intermediate silo and the dust silo 14 to the mixing silo 20 for mixing, and pack it through the mixing packaging machine 21 to improve production efficiency.

以上所述,仅是本实用新型的较佳实施例而已,并非是对本实用新型作其它形式的限制,任何熟悉本专业的技术人员可能利用上述揭示的技术内容加以变更或改型为等同变化的等效实施例。但是凡是未脱离本实用新型技术方案内容,依据本实用新型的技术实质对以上实施例所作的任何简单修改、等同变化与改型,仍属于本实用新型技术方案的保护范围。 The above is only a preferred embodiment of the utility model, and is not intended to limit the utility model in other forms. Any skilled person who is familiar with this profession may use the technical content disclosed above to change or remodel it into an equivalent change. Equivalent embodiment. However, any simple modifications, equivalent changes and modifications made to the above embodiments according to the technical essence of the present utility model without departing from the content of the technical solution of the utility model still belong to the protection scope of the technical solution of the utility model.

Claims (9)

1. a calcined coke deep processing device, comprise the calcined coke conveying device be communicated with successively by material pipeline, disintegrating machine and vibration separation screen (7), it is characterized in that: described calcined coke conveying device is also directly communicated with vibration separation screen (7) by material pipeline, the discharging opening of vibration separation screen (7) comprises a coarse fodder discharging opening (701), material discharging opening and a fines discharging opening (705) in the middle of multiple, wherein coarse fodder discharging opening (701) is communicated with disintegrating machine entrance, middle material discharging opening is communicated with multiple intermediate bunker with fines discharging opening (705), the outlet bagging area of intermediate bunker.
2. calcined coke deep processing device according to claim 1, it is characterized in that: described multiple middle material discharging opening is followed successively by coarsegrain discharging opening (702), middle granularity discharging opening (703) and small grain size discharging opening (704), described multiple intermediate bunker is followed successively by coarsegrain intermediate bunker (10), middle granularity intermediate bunker (12) and small grain size intermediate bunker (13), wherein coarsegrain discharging opening (702) is communicated with coarsegrain intermediate bunker (10), granularity intermediate bunker (12) during middle granularity discharging opening (703) is communicated with, granularity intermediate bunker (12) during small grain size discharging opening (704) is communicated with, described fines discharging opening (705) is communicated with small grain size intermediate bunker (13).
3. calcined coke deep processing device according to claim 2, it is characterized in that: described middle granularity discharging opening (703) is also communicated with coarsegrain intermediate bunker (10), small grain size discharging opening (704) is also communicated with coarsegrain intermediate bunker (10), and described fines discharging opening (705) is also communicated with coarsegrain intermediate bunker (10).
4. calcined coke deep processing device according to claim 1 and 2, is characterized in that: described multiple middle material discharging opening is communicated with disintegrating machine entrance respectively.
5. calcined coke deep processing device according to claim 1, it is characterized in that: described bagging area comprises hybrid packed district (19) in parallel and classification bagging area (16), hybrid packed district (19) comprises blending bunker (20) and hybrid packed machine (21), the entrance of blending bunker (20) is communicated with each intermediate bunker, the hybrid packed machine of outlet (21) of blending bunker (20), classification bagging area (16) comprises centrifuge (17) and Weighing mechanism, the entrance of centrifuge (17) is communicated with each intermediate bunker, the outlet Weighing mechanism of centrifuge (17).
6. calcined coke deep processing device according to claim 5, is characterized in that: described blending bunker (20) entrance is also communicated with at least one dirt filler bin (14), stores dirt powder calcined coke in dirt filler bin (14).
7. calcined coke deep processing device according to claim 5, it is characterized in that: the discharging opening of described intermediate bunker is communicated with the entrance of blending bunker (20) by conveying worm (15), the outlet of blending bunker (20) is communicated with the entrance of hybrid packed machine (21) by conveying worm (15).
8. calcined coke deep processing device according to claim 1, it is characterized in that: described vibration separation screen (7) is fixed on the top of disintegrating machine, the outlet of disintegrating machine is communicated with the entrance of vibration separation screen (7) by bucket elevator (6), the outlet of calcined coke conveying device is provided with climbs bucket elevator (5), and the outlet of climbing bucket elevator (5) is communicated with the entrance of disintegrating machine and bucket elevator respectively.
9. the calcined coke deep processing device according to claim 1 or 8, is characterized in that: described disintegrating machine comprises thin broken machine (8) in parallel and thick broken machine (9).
CN201420658103.2U 2014-11-06 2014-11-06 Calcined coke deep processing device Expired - Lifetime CN204220251U (en)

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Cited By (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN107262223A (en) * 2017-08-01 2017-10-20 鲁南制药集团股份有限公司 A kind of Chinese medicine crushes screening plant and its application method
CN109248853A (en) * 2018-09-03 2019-01-22 华电重工股份有限公司 Material screening system, method and polynary coal chemical engineering equipment while feeding system
CN112403644A (en) * 2020-10-10 2021-02-26 郑州亿川复合新材料研究所有限公司 Zirconia recycling system
CN113552914A (en) * 2021-07-27 2021-10-26 上海沃骋有色金属有限公司 Control system of calcined coke crushing and separating device

Cited By (7)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN107262223A (en) * 2017-08-01 2017-10-20 鲁南制药集团股份有限公司 A kind of Chinese medicine crushes screening plant and its application method
CN109248853A (en) * 2018-09-03 2019-01-22 华电重工股份有限公司 Material screening system, method and polynary coal chemical engineering equipment while feeding system
CN109248853B (en) * 2018-09-03 2024-05-14 华电重工股份有限公司 Material screening system and method and simultaneous feeding system of multi-coal chemical device
CN112403644A (en) * 2020-10-10 2021-02-26 郑州亿川复合新材料研究所有限公司 Zirconia recycling system
CN112403644B (en) * 2020-10-10 2023-02-28 郑州方铭高温陶瓷新材料有限公司 Zirconia recycling system
CN113552914A (en) * 2021-07-27 2021-10-26 上海沃骋有色金属有限公司 Control system of calcined coke crushing and separating device
CN113552914B (en) * 2021-07-27 2023-01-10 上海沃骋有色金属有限公司 Control system of calcined coke crushing and separating device

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