CN206104079U - Integrated broken system that selects - Google Patents

Abstract

The utility model discloses an integrated broken system that selects, including feeder hopper, first conveyer belt, sieve, minus sieve feed bin, oversize breaker, agitated vessel, second conveyer belt, third conveyer belt, storage silo, biax stirring, pressure ball machine, screening machine, fourth conveyer belt, the 5th conveyer belt and dryer and finished product conveyer belt. The utility model discloses the equipment of saving, the equipment of use is small, small in quantity, the investment is little, power saving, pollution are few, and occupation space makes process and production compact less, has improved production efficiency.

Description

Integrated breaking selects system

Technical field

This utility model is related to a kind of breaking and selects system, specifically, is related to a kind of integrated breaking and selects system.

Background technology

China is that ore deposit maximum in the world selects manufacturing country and country of consumption, but existing aggregate, raw coal, non-ferrous metal ore, Broken, screening production technology falls behind, and power consumption is high, and pollution is big, and investment is big, and maintenance rate is high, and production capacity is low, and manufacture production cost is high, effect Beneficial poor, production accident is high, does not give full play to and selects systems technology supporting with application in each breaking without dynamic sieve.

As due efficiency can not be given full play between each equipment of briquette production line, conveying material web is more, breaks optional equipment More, volume is more huge, and a bench-type coal ball press front end needs two sets of feed bins, disintegrating machine, vibrosieve, blender, twin shafts to stir Mix and stir a plurality of conveyer belt and binding agent metering feeding system.Or a set of Large Crusher, a vibrosieve are needed, first by raw coal material Take vibrosieve to screen again after broken, then need two sets of feed bins, two planetary blenders and two biaxial rneaders, a plurality of conveyings Band and two sets of binding agent metering feeding systems can meet a bench-type coal ball press and continuously produce needs, it is impossible to enough by equipment performance Give full play to, production capacity is low, waste of resource, technique are unreasonable.Twice loading material is needed not only, pollution is big, and floor space is big, if Standby quantity is more, and price is high, energy charge material, inconvenient maintenance, goes back vibrating noise greatly, and work consuming is time-consuming, and waste of resource is serious, does not meet state Family's energy-saving and emission-reduction, environmental protection policy requirements.

Utility model content

The technical problem solved by this utility model be to provide it is a kind of it is integrated it is broken select system, save equipment, the equipment for using Small volume, quantity are few, investment is little, power saving, pollution are few, occupy little space and cause operation and produce compact, improve production efficiency.

Technical scheme is as follows：

It is a kind of it is integrated it is broken select system, including feed hopper, first conveyer belt, sieve, minus mesh storehouse, oversize disintegrating machine, stir It is mixing equipment, the second conveyer belt, the 3rd conveyer belt, storage bin, Double shaft stirring, ball press, screening machine, the 4th conveyer belt, the 5th defeated Send band and drying tower；The feed hopper is arranged on the feed end of the first conveyer belt, the sieve, the minus mesh storehouse, institute State oversize disintegrating machine and the mixing plant is fixed on said frame, the sieve is arranged on going out for the first conveyer belt Material end, the minus mesh storehouse, the oversize disintegrating machine, the mixing plant are arranged on the sieve bottom；Described second is defeated Send the feed end of band positioned at the discharging opening bottom of the oversize disintegrating machine, discharge end is located at the charging of the first conveyer belt End；The feed end of the 3rd conveyer belt is located at the discharging opening bottom of the mixing plant, and discharge end is located at the storage bin At opening；The storage bin is located at the discharging opening bottom of the 3rd conveyer belt, and the Double shaft stirring goes out positioned at the storage bin Material mouth bottom, the ball press are located at the discharging opening bottom of the Double shaft stirring, and the screening machine is located at going out for the ball press Material mouth bottom；The feed end of the 4th conveyer belt is located at the bottom of the screening outlet of the screening machine, and discharge end is located at institute State at the upper opening of mixing plant；The feed end of the 5th conveyer belt is located under the oversize outlet of the screening machine Portion, the discharge end are located at the charging aperture of the drying tower.

Further：Also include the 6th product conveying belt, the feed end of the 6th product conveying belt is located at the drying tower Discharging opening bottom.

Further：The sieve selects unpowered slide sieve.

Further：The framework is fixed on base.

Compared with prior art, this utility model technique effect includes：

1st, integrated supporting, the equipment of saving is not take up space, saves equipment, and the equipment volume for using is little, quantity is few, investment Little, power saving, pollution are few, occupy little space and cause operation and produce compact, improve production efficiency.

So that operation and production are compact, production efficiency is improve.The work of traditional many equipment is completed with less equipment, and And conveying material web is reduced, broken optional equipment is reduced, integral device is few.

2nd, one or more layers unpowered slide sieve is installed on feed bin top, and the screen box bottom of unpowered slide sieve is connected with feed bin top Fixation is connect, is directly connected flow process integrated function with equipment with screening, Classification of materials, point storage, material mouth.Unpowered slide sieve according to Needed for equipment performance or product specification, finished product or semi-finished product can be produced, crossing for product can be reduced and crushed, reduce broken setting Standby abrasion, improves production capacity under not energy consumption condition.Overcome vibrosieve be placed in high-altitude at the top of feed bin it is not easy to install, not easy-maintaining, Vibration is turned round and damages the drawbacks such as destruction bottom feed bin.

3rd, will be unpowered slide sieve, feed bin, disintegrating machine, conveyer belt integrated on base, between equipment and equipment, low coverage is combined, Different performance device class is matched, and is worked according to his ability, and integrated production, flow process are simple and direct, mutually borrows power performance, energy-conservation, easy-maintaining, is easily taken Relatively large broken optional equipment is carried, choosing is broken in easily list platform movement, easily multi-platform link synchronization movement is broken to be selected.Vibration is replaced with unpowered sieve Sieve, screening not electricity consumption, does not vibrate, and link is simple, environmentally friendly low-carbon (LC), reduces delivery link, and it is broken that reduction qualified products are idle, idle Screening, gives full play to equipment performance, and technique is simple and direct.

4th, store up or three storages for one case two.Bin bottom is connected with disintegrating machine, and so denier does not realize buffering feed storage material；By means of power Disintegrating machine remained shock, makes up the performance of Huo Full unpowered slide sieve effects enough, optimizes production performance needs.Also feed bin is placed in broken On machine inlet, prevent disintegrating apparatus under feeding, solve disintegrating machine supplied materials few unstable product quality, idle idle running, production capacity Low, material is squeezed by charging aperture and splashes the substantive issue such as hurt sb.'s feelings, while simple and direct feed, saves conveyer conveying process, it is therefore prevented that powder Dustiness contaminates, and saves land occupation, saves maintenance man-hours expense, increases production capacity, and energy-saving low-carbon reduces production cost.The bottom of concrete The integrated fixation of seat, saves capital construction material, and base overall low coverage movement easy of integration saves material away from production around stockpile is entered Transport is also saved.Moulded coal production is applicable not only to, the broken choosing of other aggregates is applied also for.

Description of the drawings

Fig. 1 is the structural representation of preferred embodiment moulded coal production system in this utility model.

Specific embodiment

In order that the purpose of this utility model, technical scheme and advantage become more apparent, below in conjunction with accompanying drawing and enforcement Example is described in further detail to technical solutions of the utility model.It should be appreciated that specific embodiment described herein is only used To explain this utility model, it is not used to limit this utility model.

It is the structural representation of preferred embodiment moulded coal production system in this utility model as shown in Figure 1.

The structure of moulded coal production system includes：Feed hopper 1 (binding agent is contained by its charging being input into), first conveyer belt 2, Sieve 3, minus mesh storehouse 4, oversize disintegrating machine 5, mixing plant 6, the second conveyer belt 7, the 3rd conveyer belt 8, storage bin 9, twin shaft Stirring 10, ball press 11, screening machine 12, the 4th conveyer belt 13, the 5th conveyer belt 14, drying tower 15 and product conveying belt；Charging Bucket 1 is arranged on the feed end of first conveyer belt 2, and sieve 3, minus mesh storehouse 4, oversize disintegrating machine 5, mixing plant 6 are fixed on frame On frame 16, sieve 3 is arranged on the discharge end of first conveyer belt 2, and minus mesh storehouse 4, oversize disintegrating machine 5, mixing plant 6 are arranged on 3 bottom of sieve；The feed end of the second conveyer belt 7 is located at the discharging opening bottom of oversize disintegrating machine 5, and discharge end is positioned at the first conveying With 2 feed end；The feed end of the 3rd conveyer belt 8 is located at the discharging opening bottom of mixing plant 6, and discharge end is located at storage bin 9 At opening；Storage bin 9 is located at the discharging opening bottom of the 3rd conveyer belt 8, and Double shaft stirring 10 is located at 9 discharging opening bottom of storage bin, pressure Ball machine 11 is located at 10 discharging opening bottom of Double shaft stirring, and screening machine 12 is located at 11 discharging opening bottom of ball press；4th conveyer belt 13 Feed end is located at the bottom of the screening outlet of screening machine 12, and discharge end is located at the upper opening of mixing plant 6；5th conveying The bottom that the oversize that screening machine 12 is located at 14 feed end is exported, discharge end are located at the charging aperture of drying tower 15, finished product Conveyer belt feed end is located at 15 discharging opening bottom of drying tower.

Coal hopper 1 is used to accept coal blending, and coal blending is evenly distributed in first conveyer belt 2；Sieve 3 is matched somebody with somebody for screening Coal, enters oversize disintegrating machine 5 after the coal of the larger granularity of oversize is separated, the coal of smaller particle size enters mixing plant 6；Stirring , for coal blending stirs and the second conveyer belt 7 is sent to, storage bin 9, Double shaft stirring 10, ball press 11 are used for will for equipment 6 Coal blending storage, stirring, pressing molding, shape can be that spheroidal, square etc. are variously-shaped, and shape is set according to use occasion It is fixed；For the moulded coal after molding is dried, bottom is provided with discharging opening to drying tower 15, and the moulded coal after drying is from discharging opening the sixty percentth Product conveyer belt is discharged.

In this preferred embodiment, sieve 3 is unpowered slide sieve.Base can also be set, base adopt concreting or Moveable steel plate structure, framework 16 are fixed on base, thus can be by sieve 3, minus mesh storehouse 4, oversize disintegrating machine 5th, mixing plant 6 is fixed on base.

Moulded coal production system is applicable not only to moulded coal production, applies also for the broken choosing of other aggregates.Feeding can directly with dress Carrier aircraft, without first conveyer belt 2.

Preferred embodiment of the present utility model is the foregoing is only, it is not to limit this utility model, all at this Any modification, equivalent and improvement made within the spirit and principle of utility model etc., should be included in this utility model Protection domain within.

Claims (4)

1. a kind of integrated breaking selects system, it is characterised in that：Including feed hopper, first conveyer belt, sieve, minus mesh storehouse, oversize Disintegrating machine, mixing plant, the second conveyer belt, the 3rd conveyer belt, storage bin, Double shaft stirring, ball press, screening machine, the 4th conveying Band, the 5th conveyer belt and drying tower；The feed hopper is arranged on the feed end of the first conveyer belt, the sieve, the sieve Blanking bin, the oversize disintegrating machine and the mixing plant are fixed on framework, and the sieve is arranged on first conveying The discharge end of band, the minus mesh storehouse, the oversize disintegrating machine, the mixing plant are arranged on the sieve bottom；It is described The feed end of the second conveyer belt is located at the discharging opening bottom of the oversize disintegrating machine, and discharge end is located at the first conveyer belt Feed end；The feed end of the 3rd conveyer belt is located at the discharging opening bottom of the mixing plant, and discharge end is located at the storing At the opening in storehouse；The storage bin is located at the discharging opening bottom of the 3rd conveyer belt, and the Double shaft stirring is located at the storing Bin discharge port external bottom, the ball press are located at the discharging opening bottom of the Double shaft stirring, and the screening machine is located at the ball press Discharging opening bottom；The feed end of the 4th conveyer belt is located at the bottom of the screening outlet of the screening machine, discharge end position At the upper opening of the mixing plant；The feed end of the 5th conveyer belt is located at what the oversize of the screening machine was exported Bottom, the discharge end are located at the charging aperture of the drying tower.

2. integrated breaking selects system as claimed in claim 1, it is characterised in that：Also include product conveying belt, the product conveying belt Feed end be located at the drying tower discharging opening bottom.

3. integrated breaking selects system as claimed in claim 1, it is characterised in that：The sieve selects unpowered slide sieve.

4. integrated breaking selects system as claimed in claim 1, it is characterised in that：The framework is fixed on base.