CN205974309U - Mix fertilizer production system again - Google Patents

Abstract

The utility model provides a mix fertilizer production system again, contains blendor, lifting machine, screening machine, mixer, breaker and belt feeder, the feed inlet of blendor and corresponding material outlet end intercommunication, the discharge gate of blendor corresponds the intercommunication with the feed inlet of lifting machine, and the discharge gate of lifting machine corresponds the intercommunication with the feed inlet of screening machine, the screening machine is equipped with discharge gate and slag notch, and this discharge gate corresponds the intercommunication with the feed inlet of mixer, and this slag notch corresponds the intercommunication with the feed inlet of breaker, and the discharge gate of breaker corresponds the intercommunication with the feed inlet of mixer, the discharge gate of mixer should with the belt filled terminal pair of belt feeder, the system not only can reduction in production cost, reduce the pollution to the environment, but also the finished product quality of can corresponding improvement mixing fertilizer again.

Description

A kind of complex fertilizer production system

【Technical field】

This utility model is related to fertilizer production line field, especially relates to a kind of production system for complex fertilizer pelletize System.

【Background technology】

Known, because complex fertilizer can improve fertilizer efficiency and reduces fertilizer application frequency, therefore it can effectively be saved and apply Fertile cost, at present, the consumption figure in the world for the complex fertilizer has exceeded the 1/3 of chemical fertilizer aggregate consumption, and the complex fertilizer of China Account for the 18% of domestic chemical fertilizer aggregate consumption, simultaneously as the crop of China's plantation is more and more diversified, it is applied to soil Fertile had been also that " the correction fertilising " overcoming single nutrient deficiency is changed into emphasis multiple nutritional components from the past " balance fertilizing ", that is, apply complex fertilizer, therefore, accelerated development complex fertilizer just becomes a kind of inexorable trend；However, being passed The thinking of system fertilizer preparation and the restriction of existing production system, complex fertilizer is all first raw material to be stirred, so in pelletize Crush again afterwards, finally just pelletize, but due to preparing the material of complex fertilizer, such as nitrogen, phosphorus, potassium etc. all have easy caking capacity, its Easily lead to stir uneven during raw material stirring, and the granular material after the lump material that lumps and stirring enters at the same time When entering crusher in crushing, not only can lead to disintegrating machine overload, be also easy to dust of kicking up, therefore, existing the whole series Chemical Mixed Fertilizer Expect that production system is not only relatively costly in the preparation it is easy to pollute environment, and the product quality made is relatively low.

【Content of the invention】

In order to overcome the shortcomings of in background technology, the utility model discloses a kind of complex fertilizer production system, described System is not only able to reduce production cost, reduces the pollution to environment, but also can accordingly improve the one-tenth quality of complex fertilizer Amount.

For achieving the above object, this utility model adopts the following technical scheme that：

A kind of complex fertilizer production system, described system comprises batch mixer, elevator, screening machine, blender, disintegrating machine And belt feeder；The charging aperture of described batch mixer is connected with corresponding material delivery outlet, the discharging opening of batch mixer and elevator bottom The corresponding connection of charging aperture, the discharging opening on elevator top is corresponding with the charging aperture of screening machine to be connected；Described screening machine is provided with Discharging opening and slag notch, the connection corresponding with the charging aperture of blender of this discharging opening, this slag notch is corresponding with the charging aperture of disintegrating machine Connection, the connection corresponding with the charging aperture of blender of the discharging opening of disintegrating machine；The discharging opening of described blender and the belt of belt feeder The upper side at feeding end is corresponding.

Further, the charging aperture of described batch mixer sets automatic gauge weighing device.

Further, the discharging opening of the described batch mixer and charging aperture of elevator is corresponding is connected by belt conveyor.

Further, described blender is helical feed blender.

Further, described blender is provided with the charging aperture corresponding to screening machine discharging opening and discharge hole of crusher respectively.

Further, the discharging opening of described disintegrating machine is provided with the second screening machine, and this second screening machine is provided with discharging opening and slags tap Mouthful, the connection corresponding with the charging aperture of blender of its discharging opening, its slag notch is by the charging of corresponding conveyer device and disintegrating machine The corresponding connection of mouth.

Because using technical scheme as above, this utility model has the advantages that：

Complex fertilizer production system overall structure described in the utility model simply it is easy to assembling, is easy to safeguard；Described System, by first sieving to dispensing, is then stirred, finally the order spread configuration of pelletize is corresponding after broken more again Equipment, because raw material has first passed through screening, the lump material therefore avoiding bulk enters the possibility of disintegrating machine, thus in phase Decrease, while disintegrating machine load should be reduced, the phenomenon that airborne dust occurs, simultaneously as material is just stirred after broken, It is not only more conducive to stir, but also can accordingly improve product quality during subsequent granulation, i.e. described production system Production cost can effectively be reduced, reduce the pollution to environment and the corresponding quality improving subsequent granulation.

【Brief description】

Fig. 1 is schematic diagram of the present utility model.

In figure：1st, batch mixer；2nd, elevator；3rd, screening machine；4th, blender；5th, disintegrating machine；6th, belt feeder.

【Specific embodiment】

The present invention can be explained in more detail by the following examples, open the purpose of this utility model is intended to protection originally All changes and improvements in the range of utility model, this utility model is not limited to the following examples：

In conjunction with the complex fertilizer production system described in accompanying drawing 1, described system comprises batch mixer 1, elevator 2, screening machine 3rd, helical feed blender 4, disintegrating machine 5 and belt feeder 6；The charging aperture of described batch mixer 4 is connected with corresponding material delivery outlet, As needed, automatic gauge weighing device can be set at the charging aperture of batch mixer 4, that is, first with automatic gauge weighing device To each material, such as nitrogen, phosphorus, potassium etc. carries out independent batching, thus reaching the purpose of each material of accurate weighing；Mixed The connection corresponding with the charging aperture of elevator 2 bottom of the discharging opening of material machine 1, or by belt conveyor by the discharging opening of batch mixer 1 With the charging aperture of elevator 2 to connecting together, thus reach the material mixing fast and accurately is conveyed by belt conveyor Purpose to elevator 2；The discharging opening connection corresponding with the charging aperture of screening machine 3 on elevator 2 top, that is, passing through elevator 2 will Material is transported to screening machine 3, then using screening machine 3, material is sieved；

Described screening machine 3 is provided with discharging opening and slag notch, the charging aperture of described discharging opening and helical feed blender 4 Corresponding connection, that is, be easy to be sent directly into helical feed blender 4 by sieving qualified granular material；Described slag notch with broken The corresponding connection of the charging aperture of machine 5, the connection corresponding with the charging aperture of helical feed blender 4 of the discharging opening of disintegrating machine 5, i.e. screening machine Large granular materials in 3 will enter disintegrating machine 5 by slag notch and crush, and then stir in entrance helical feed after break process Mix machine 4 to stir；As needed, the second screening machine can be set in the discharging opening piece of disintegrating machine 5, this second screening machine is again provided with Discharging opening and slag notch, the connection corresponding with the charging aperture of helical feed blender 4 of its discharging opening, that is, it is easy to sieve qualified powder Shape material is sent directly into helical feed blender 4；The slag notch of the second screening machine passes through corresponding conveyer device and disintegrating machine 5 The corresponding connection of charging aperture, sends underproof for regrading material back to disintegrating machine 5 using conveyer device and is crushed again, from And reach and regrading, and the mesh that underproof material is crushed again to regrading are carried out to the material after crushing , and then thoroughly avoid large granular materials entrance blender 4；

Receive material for being more convenient for, can arrange out on blender 4 and correspond to screening machine 3 discharging opening and disintegrating machine 5 respectively Or second screening machine discharging opening charging aperture, and the discharging opening of blender 4 is relative with the upper side at the belt filled end of belt feeder 6 Should, the belt discharging end of belt feeder 6 is corresponding with corresponding comminutor, that is, stir qualified material and can directly pass through belt feeder 6 are sent to comminutor carries out pelletize.

The non-detailed portion of this utility model is prior art, therefore this utility model is not described in detail.

Claims (6)

1. a kind of complex fertilizer production system, is characterized in that：Described system comprises batch mixer (1), elevator (2), screening machine (3), blender (4), disintegrating machine (5) and belt feeder (6)；The charging aperture of described batch mixer (1) is connected with corresponding material delivery outlet Logical, the connection corresponding with the charging aperture of elevator (2) bottom of the discharging opening of batch mixer (1), the discharging opening on elevator (2) top and sieve The corresponding connection of the charging aperture of extension set (3)；Described screening machine (3) is provided with discharging opening and slag notch, this discharging opening and blender (4) The corresponding connection of charging aperture, this slag notch is corresponding with the charging aperture of disintegrating machine (5) to be connected, the discharging opening of this disintegrating machine (5) with stir Mix the corresponding connection of charging aperture of machine (4)；The discharging opening of described blender (4) and the upper side at the belt filled end of belt feeder (6) Corresponding.

2. complex fertilizer production system according to claim 1, is characterized in that：The charging aperture of described batch mixer (1) sets Automatic gauge weighing device.

3. complex fertilizer production system according to claim 1, is characterized in that：The described discharging opening of batch mixer (1) with The charging aperture correspondence of elevator (2) is connected by belt conveyor.

4. complex fertilizer production system according to claim 1, is characterized in that：Described blender (4) is helical feed Blender.

5. complex fertilizer production system according to claim 1, is characterized in that：It is right respectively that described blender (4) is provided with Answer screening machine (3) discharging opening and the charging aperture of disintegrating machine (5) discharging opening.

6. complex fertilizer production system according to claim 1, is characterized in that：The discharging opening of described disintegrating machine (5) is provided with Second screening machine, this second screening machine is provided with discharging opening and slag notch, and its discharging opening is corresponding with the charging aperture of blender (4) even Logical, its slag notch passes through the connection corresponding with the charging aperture of disintegrating machine (5) of corresponding conveyer device.