CN206325635U - A kind of feeding device - Google Patents
A kind of feeding device Download PDFInfo
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- CN206325635U CN206325635U CN201621059768.7U CN201621059768U CN206325635U CN 206325635 U CN206325635 U CN 206325635U CN 201621059768 U CN201621059768 U CN 201621059768U CN 206325635 U CN206325635 U CN 206325635U
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- negative pressure
- feeding
- pressure cabin
- machine barrel
- raw material
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Abstract
The utility model provide a kind of feeding device, the feeding device, including：Disintegrating machine, material conveying pipe and spiral direct current device；The disintegrating machine includes：Fragmentation cell and blasting unit；The material conveying pipe is connected with the disintegrating machine and the spiral direct current device respectively；The spiral direct current device is with treating that feeding unit material is connected；The corresponding raw material of material are carried out break process by the fragmentation cell, generate the material；The material is transported in the material conveying pipe by the blasting unit, enters the spiral direct current device via the material conveying pipe；The spiral direct current device carries out purified treatment to the material, and the material after purified treatment is transported into described treat in feeding unit material.The utility model provides a kind of feeding device, it is possible to increase the operating efficiency of feeding.
Description
Technical field
The utility model is related to field of mechanical technique, more particularly to a kind of feeding device.
Background technology
With manufacturing fast development, how to be increasingly taken seriously to the nacelle feeding for treating feeding.In the prior art,
Carry out feeding generally by artificial mode, material is added in the nacelle for treating feeding using instruments such as scoops.For example,
When producing fertilizer, it is necessary to will be added to for generating the material of fertilizer in the nacelle of the equipment such as mixer, in the prior art, work
Make personnel to enter material scraper into the nacelle for treating feeding by scoop.
Visible by foregoing description, the mode operating efficiency of this feeding is relatively low.
Utility model content
The utility model embodiment provides a kind of feeding device, it is possible to increase the operating efficiency of feeding.
The utility model embodiment provides a kind of feeding device, including：
Disintegrating machine, material conveying pipe and spiral direct current device；
The disintegrating machine includes：Fragmentation cell and blasting unit；
The material conveying pipe is connected with the disintegrating machine and the spiral direct current device respectively；
The spiral direct current device is with treating that feeding unit material is connected；
The corresponding raw material of material are carried out break process by the fragmentation cell, generate the material；
The material is transported in the material conveying pipe by the blasting unit, is entered via the material conveying pipe
Enter the spiral direct current device；
The spiral direct current device carries out purified treatment to the material, and the material after purified treatment is transported into described treat
In material unit.
Further, also include：Bale buster and belt transport unit；
The belt transport unit is connected with the bale buster and the fragmentation cell respectively；
The bale buster carries out solution bundle processing to the raw material, and the raw material solved after bundle processing are transported into the belt
On transmission unit；
Raw material after the solution bundle processing are transported in the fragmentation cell by the belt transport unit.
Further, the bale buster includes：First motor, helical axis and housing；
The helical axis is in the big bipyramid bodily form in small in ends, middle part；
The helical axis is located at the inside of the housing；
First motor is connected with the helical axis, drives the helical axis to rotate；
The outlet of the housing is connected with the belt transport unit；
The helical axis rotates and extrudes the raw material between the helical axis and the housing, realizes to the original
The solution bundle processing of material, the outlet of raw material from the housing after solution bundle processing is output on the belt transport unit.
Further, the spiral direct current device, including：
Cyclonic separation chamber, the internal diameter of the cyclonic separation chamber is in the inverted cone shape from top to bottom tapered into；
The top of the cyclonic separation chamber is provided with spiral helicine feeding mouth and exhaust outlet, the bottom of the cyclonic separation chamber
It is provided with discharging opening；
The feeding mouth of the cyclonic separation chamber is connected with the material conveying pipe；
The discharging opening of the cyclonic separation chamber treats that feeding unit material is connected with described；
The material is entered inside the cyclonic separation chamber by the feeding mouth of the cyclonic separation chamber, in the whirlwind
The material after purified treatment, purified treatment is carried out inside disengagement chamber and treats feeding described in by the discharging opening of the cyclonic separation chamber
In unit, the pollutant that purified treatment is produced has the exhaust outlet to discharge.
Further, the fragmentation cell, including：
Machine barrel, knife rod, the second motor and material storing box；
Feeding mouth and discharging opening are provided with the machine barrel；
The discharging opening of the machine barrel is connected with the material storing box；
The material storing box is connected with the material conveying pipe；
The knife rod, which is located on the inside machine barrel, the knife rod, is provided with multiple blades；
Second motor drives the knife rod to rotate；
The raw material are entered in the machine barrel by the feeding mouth of the machine barrel, drive of the knife rod in second motor
The raw material are carried out break process, generate the material, the material is entered by the discharging opening of the machine barrel by dynamic lower rotation
Enter into the material storing box.
Further, the fragmentation cell also includes：Screen pack；
The screen pack is arranged between the discharging opening of the machine barrel and the material storing box；
The material that the filter screen filtration is exported by the discharging opening of the machine barrel, the material after the filter screen filtration
Drain in the material storing box.
Further, the fragmentation cell also includes：Recovery channel, induced-draught fan and negative pressure cabin；
Import, outlet, suction opeing and baffle plate are provided with the negative pressure cabin；
The baffle plate to form a passage, the gear between the import of the negative pressure cabin and the outlet of the negative pressure cabin
Plate separates the import of the negative pressure cabin and the suction opeing of the negative pressure cabin；
The import of the negative pressure cabin is connected with the recovery channel, the outlet of the negative pressure cabin and the feeding mouth of the machine barrel
It is connected, the suction opeing of the negative pressure cabin is connected with the induced-draught fan；
The recovery channel is connected with the fragmentation cell；
The induced-draught fan extracts the air in the negative pressure cabin by the suction opeing, reduces the gas in the negative pressure cabin
Pressure, so that remaining material is inhaled into the recovery channel on the screen pack, bears via the recovery channel from described
Press the import in storehouse to enter inside the negative pressure cabin, be output to by the outlet of the negative pressure cabin in the feeding mouth of the machine barrel.
Further, also include：Control unit；
The blasting unit includes blower fan；
Described control unit is connected with the blower fan；
Described control unit, the rotating speed for controlling the blower fan, to control to the speed for treating feeding unit material feeding.
In the utility model embodiment, material is generated by fragmentation cell, material is passed through into material using blasting unit
Conveyance conduit is transported in spiral direct current device, by spiral direct current device carry out purified treatment, be transported to and treat in feeding unit material, realize to
Feeding unit material feeding is treated, the device provided by the utility model embodiment can be realized to treating feeding unit material feeding, nothing automatically
Feeding need to manually be carried out, the operating efficiency of feeding is improved.
Brief description of the drawings
, below will be to embodiment in order to illustrate more clearly of the utility model embodiment or technical scheme of the prior art
Or the accompanying drawing to be used needed for description of the prior art is briefly described, it should be apparent that, drawings in the following description are these
Some embodiments of utility model, for those of ordinary skill in the art, on the premise of not paying creative work, also
Other accompanying drawings can be obtained according to these accompanying drawings.
Fig. 1 is a kind of schematic diagram for feeding device that the embodiment of the utility model one is provided；
Fig. 2 is the schematic diagram for another feeding device that the embodiment of the utility model one is provided；
Fig. 3 is a kind of schematic diagram for negative pressure cabin that the embodiment of the utility model one is provided；
Fig. 4 is the schematic diagram for another feeding device that the embodiment of the utility model one is provided；
Fig. 5 is the schematic diagram for another feeding device that the embodiment of the utility model one is provided；
Fig. 6 is the signal of the position relationship of a kind of blower fan that the embodiment of the utility model one is provided and material conveying pipe
Figure.
Embodiment
It is new below in conjunction with this practicality to make the purpose, technical scheme and advantage of the utility model embodiment clearer
Accompanying drawing in type embodiment, the technical scheme in the utility model embodiment is clearly and completely described, it is clear that retouched
The embodiment stated is a part of embodiment of the utility model, rather than whole embodiments, based on the implementation in the utility model
Example, the every other embodiment that those of ordinary skill in the art are obtained on the premise of creative work is not made all belongs to
The scope protected in the utility model.
As shown in figure 1, the utility model embodiment provides a kind of feeding device, the device includes：
Disintegrating machine 101, material conveying pipe 102 and spiral direct current device 103；
The disintegrating machine 101 includes：Fragmentation cell 1011 and blasting unit 1012；
The physical transport pipeline 102 is connected with the disintegrating machine 101 and the spiral direct current device 103 respectively；
The spiral direct current device 103 is with treating that feeding unit material is connected；
The corresponding raw material of material are carried out break process by the fragmentation cell 1011, generate the material；
The material is transported in the material conveying pipe 102 by the blasting unit 1012, defeated via the material
Pipeline 102 is sent to enter the spiral direct current device 103；
103 pairs of the spiral direct current device material carries out purified treatment, the material after purified treatment is transported to described
Treat in feeding unit material.
In the utility model embodiment, material is generated by fragmentation cell, material is passed through into material using blasting unit
Conveyance conduit is transported in spiral direct current device, by spiral direct current device carry out purified treatment, be transported to and treat in feeding unit material, realize to
Feeding unit material feeding is treated, the device provided by the utility model embodiment can be realized to treating feeding unit material feeding, nothing automatically
Feeding need to manually be carried out, the operating efficiency of feeding is improved.
In order to preferably be crushed to raw material, as shown in Fig. 2 in the embodiment of the utility model one, the device is also
Including：Bale buster 201 and belt transport unit 202；
The belt transport unit 202 is connected with the bale buster 201 and the fragmentation cell 1011 respectively；
201 pairs of the bale buster raw material carry out solution bundle processing, the raw material solved after bundle processing are transported to described
On belt transport unit 202；
Raw material after the solution bundle processing are transported in the fragmentation cell 1011 by the belt transport unit 202.
In the utility model embodiment, because raw material are probably bundled, if bundled raw material directly put
Enter into disintegrating machine, it is relatively difficult when disintegrating machine is to raw material progress break process, the larger thing of more volume may be obtained
Material, it is impossible to meet and require.Bundled raw material are carried out after solution bundle by bale buster, can more facilitate disintegrating machine to raw material
Crushed, conveniently obtain the material of small volume, more conform to require.For example, raw material are stalks, in order to more
Good is crushed to bundled stalk, can be before by disintegrating machine crush, using bale buster to bundled stalk
Solution bundle processing is carried out, when carrying out broken by disintegrating machine, more broken material can be obtained.
In order to preferably carry out solution bundle to raw material, in the embodiment of the utility model one, the bale buster includes：First
Motor, helical axis and housing；
The helical axis is in the big bipyramid bodily form in small in ends, middle part；
The helical axis is located at the inside of the housing；
First motor is connected with the helical axis, drives the helical axis to rotate；
The outlet of the housing is connected with the belt transport unit；
The helical axis rotates and extrudes the raw material between the helical axis and the housing, realizes to the original
The solution bundle processing of material, the outlet of raw material from the housing after solution bundle processing is output on the belt transport unit.
In the utility model embodiment, helical axis is in the big bipyramid bodily form in small in ends, middle part, when raw material enter shell
When in vivo, because helical axis upper end is small, raw material are conducive to move downward, when reaching the middle part of helical axis, due to helical axis
Middle part it is larger, be conducive to extruding raw material so that raw material solution is tied, and raw material continue to move downward, reach spiral
The lower end of axle, because the lower end of helical axis is small, the space of lower end is larger, is conducive to raw material loose, reaches and preferably solve bundle
Effect, finally the raw material from the outlet output of housing are loosely.Belt transport unit can be belt conveyor, motor
Drive belt to rotate, drive the raw material motion on belt.Bale buster can include at least two helical axis, between helical axis
Raw material are extruded, realizes and the solution bundle of raw material is handled.
There may be the pollutants such as dust in the material of disintegrating machine generation, in order to preferably be purified to material, in this reality
With in a new embodiment, the spiral direct current device, including：
Cyclonic separation chamber, the internal diameter of the cyclonic separation chamber is in the inverted cone shape from top to bottom tapered into；
The top of the cyclonic separation chamber is provided with spiral helicine feeding mouth and exhaust outlet, the bottom of the cyclonic separation chamber
It is provided with discharging opening；
The feeding mouth of the cyclonic separation chamber is connected with the physical transport pipeline；
The discharging opening of the cyclonic separation chamber treats that feeding unit material is connected with described；
The material is entered inside the cyclonic separation chamber by the feeding mouth of the cyclonic separation chamber, in the whirlwind
The material after purified treatment, purified treatment is carried out inside disengagement chamber and treats feeding described in by the discharging opening of the cyclonic separation chamber
In unit, the pollutant that purified treatment is produced has the exhaust outlet to discharge.
In the utility model embodiment, material is entered in cyclonic separation chamber by spiral helicine feeding mouth, by material web
The air-flow entered to cyclonic separation chamber produces strong rotation, and air-flow is twist downward along cyclonic separation chamber, the larger thing of density
Material is thrown toward the inwall of cyclonic separation chamber under the action of the centrifugal force, and under gravity, falls along the inwall of cyclonic separation chamber
The discharging opening of cyclonic separation chamber is flowed out, the air-flow of rotation, to center flow, is upwardly formed secondary vortex flow through row in cylinder contract
Gas port is excluded, and includes the pollutants such as the less dust of density in the air-flow of exhaust outlet discharge.In order that air-flow is preferably in spiral shell
Shape flowing is revolved, guide vane can be set in cyclonic separation chamber, water conservancy diversion is played a part of to air-flow.
In order to obtain more preferable crushing effect, in the embodiment of the utility model one, the fragmentation cell, including：
Machine barrel, knife rod, the second motor and material storing box；
Feeding mouth and discharging opening are provided with the machine barrel；
The discharging opening of the machine barrel is connected with the material storing box；
The material storing box is connected with the material conveying pipe；
The knife rod, which is located on the inside machine barrel, the knife rod, is provided with multiple blades；
Second motor drives the knife rod to rotate；
The raw material are entered in the machine barrel by the feeding mouth of the machine barrel, drive of the knife rod in second motor
The raw material are carried out break process, generate the material, the material is entered by the discharging opening of the machine barrel by dynamic lower rotation
Enter into the material storing box.
In the utility model embodiment, knife rod is driven to rotate by the second motor, using multiple blades on knife rod to original
Material is crushed, and generates material.It can be realized to the more preferable crushing effect of raw material by multiple blades on knife rod.Here
Knife rod can be cylinder, and the surface of knife rod is provided with multiple blades.
Desired material is met in order to obtain, in the embodiment of the utility model one, the fragmentation cell also includes：Filtering
Net；
The screen pack is arranged between the discharging opening of the machine barrel and the material storing box；
The material that the filter screen filtration is exported by the discharging opening of the machine barrel, the material after the filter screen filtration
Drain in the material storing box.
In the present embodiment, the material exported by screen pack to the discharging opening of machine barrel is filtered, and is obtained size and is met
It is required that material, by be unsatisfactory for require material filter.In order to obtain more preferable filter effect, in the utility model embodiment
In, screen pack can be connected with vibrator, and vibrator drives screen pack vibration so that more satisfactory materials drain to storage
In hopper.
In order to avoid the wasting of resources, in the embodiment of the utility model one, the fragmentation cell also includes：Recovery channel,
Induced-draught fan and negative pressure cabin；
Import, outlet, suction opeing and baffle plate are provided with the negative pressure cabin；
The baffle plate to form a passage, the gear between the import of the negative pressure cabin and the outlet of the negative pressure cabin
Plate separates the import of the negative pressure cabin and the suction opeing of the negative pressure cabin；
The import of the negative pressure cabin is connected with the recovery channel, the outlet of the negative pressure cabin and the feeding mouth of the machine barrel
It is connected, the suction opeing of the negative pressure cabin is connected with the induced-draught fan；
The recovery channel is connected with the fragmentation cell；
The induced-draught fan extracts the air in the negative pressure cabin, the air pressure in the negative pressure cabin is reduced, so that the filtering
Online remaining material is inhaled into the recovery channel, enters institute via the import of the recovery channel from the negative pressure cabin
State inside negative pressure cabin, be output to by the outlet of the negative pressure cabin in the feeding mouth of the machine barrel.
In the utility model embodiment, it will be reclaimed in screen pack without broken sufficient material, again to these
Material carries out break process, obtain more materials, it is to avoid the wasting of resources.In the utility model embodiment, induced-draught fan is taken out
Take the air in negative pressure cabin so that the air pressure formation negative pressure in negative pressure cabin, and then make it that remaining material is inhaled on screen pack
Into recovery channel.Wherein, the profile of negative pressure cabin is as shown in figure 3, negative pressure cabin includes：Import 301, outlet 302, suction opeing
303 and baffle plate 304.Baffle plate to form a passage between the import of negative pressure cabin and the outlet of negative pressure cabin in negative pressure cabin, is inhaled
The material entered has after import entrance, and outlet can be flowed to from the passage, in addition, the baffle plate separates import with suction opeing, is made
Induced-draught fan is obtained in the air in extracting negative pressure cabin, the flow direction of material suction opeing being inhaled into will not be caused.In addition, in order to cleverer
The process of recovered material is controlled livingly, controller can be set, controller is connected with induced-draught fan, for controlling turning for induced-draught fan
Speed, when controlling induced-draught fan to stop operating, stops reclaiming remaining material on screen pack.
In the embodiment of the utility model one, the device also includes：Control unit；
The blasting unit includes blower fan；
Described control unit is connected with the blower fan；
Described control unit, the rotating speed for controlling the blower fan, to control to the speed for treating feeding unit material feeding.
In the utility model embodiment, blasting unit is blower fan, and the blower fan is used to dry, and the air outlet of the blower fan can be with
Against the entrance of material conveying pipe, material is blown in material conveying pipe.Feeding can be flexibly controlled using control unit
Speed, with coordinate production needs.
Based on the feeding device shown in Fig. 2, the device also includes：Control unit 401, blasting unit is blower fan 402, is such as schemed
Shown in 4.
As shown in figure 5, the utility model embodiment provides a kind of feeding device, including：
Fragmentation cell 501, blower fan 502, material conveying pipe 503, spiral direct current device 504, bale buster 505, belt transport
Unit 506 and control unit 507；
Belt transport unit 506 is connected with bale buster 505；
Physical transport pipeline 503 is connected with spiral direct current device 504；
Spiral direct current device 504 is with treating that feeding unit material is connected；
Control unit 507 is connected with blower fan, the rotating speed for controlling blower fan 502, to control to treating feeding unit material feeding
Speed；
Wherein, fragmentation cell 501, including：Machine barrel 5011, knife rod 5012, the second motor 5013, material storing box 5014 and filtering
Net 5015；
Feeding mouth and discharging opening are provided with machine barrel 5011；
The feeding mouth of machine barrel 5011 is connected with belt transport unit 506；
Screen pack 5015 is arranged between the discharging opening of machine barrel 5011 and material storing box 5014；
Material storing box 5014 is connected with material conveying pipe 503 and blower fan 502 respectively, and the air outlet and material of blower fan 502 are defeated
Send the entrance of pipeline 503 relative；
Knife rod 5012 is located inside machine barrel 5011, and multiple blades are provided with knife rod 5012；
Second motor 5013 driving knife rod 5012 is rotated.
It is as follows that the utility model embodiment provides a kind of course of work of feeding device：
Bale buster carries out solution bundle processing to raw material, and the raw material solved after bundle processing are transported on belt transport unit,
The raw material solved after bundle processing are transported in the feeding mouth of the machine barrel of fragmentation cell by belt transport unit, and raw material are by machine barrel
Feeding mouth enters in machine barrel, and knife rod is rotated by the second motor, and break process is carried out to raw material, generates material, thing
Material is output on screen pack by the discharging opening of machine barrel, the material that filter screen filtration is exported by the discharging opening of machine barrel, by filtering
Material after net filtration is drained in material storing box, and material is entered in material conveying pipe under the blowing of blower fan in material storing box, warp
Spiral direct current device is entered by material conveying pipe, spiral direct current device carries out purified treatment to the material of entrance, after purified treatment
Material be transported to and treat in feeding unit material.In addition, control unit controls the rotating speed of blower fan, to control to treating feeding unit material feeding
Speed.
In the utility model embodiment, raw material can be stalk, and it can be stirring fermentation machine to treat feeding unit material.
The position relationship of blower fan and material conveying pipe may refer in Fig. 6, Fig. 6, the air outlet 6011 and thing of blower fan 601
The entrance in material conveying tube road 602 is relative, and the material of the material storing box 603 of fragmentation cell is entered after material conveying pipe 602, in wind
Under the driving for the wind that the air outlet 6011 of machine 601 is blown out, flowed along material conveying pipe 602, in the position relationship shown in Fig. 6
In, the driving force that blower fan 601 is exported can be preferably utilized.
Based on any of the above-described feeding device, feeding can be carried out by following steps：
The corresponding raw material of material are subjected to break process using the fragmentation cell of the disintegrating machine, the thing is generated
Material；
The material is transported in the material conveying pipe using the blasting unit, via the material delivery pipe
Road enters the spiral direct current device；
Purified treatment is carried out to the material using the spiral direct current device, the material after purified treatment is transported to described
Treat in feeding unit material.
When feeding device also includes：When the bale buster and the belt transport unit,
The corresponding raw material of material are subjected to break process in the fragmentation cell using the disintegrating machine, generation is described
Before material, also include：
The raw material are carried out with solution bundle processing using the bale buster, the raw material solved after bundle processing are transported to described
On belt transport unit；
The raw material after the solution bundle processing are transported in the fragmentation cell using the belt transport unit.
Each embodiment of the utility model at least has the advantages that：
1st, in the utility model embodiment, material is generated by fragmentation cell, material is passed through into thing using blasting unit
Material conveying tube road is transported in spiral direct current device, is carried out purified treatment by spiral direct current device, is transported to and treats in feeding unit material, is realized
To treating feeding unit material feeding, the device provided by the utility model embodiment can be realized to treating feeding unit material feeding automatically,
Without manually carrying out feeding, the operating efficiency of feeding is improved.
2nd, in the utility model embodiment, bundled raw material are carried out after solution bundle by bale buster, can be more square
Just disintegrating machine is crushed to raw material, conveniently obtains the material of small volume, more conforms to require.
3rd, in the utility model embodiment, the helical axis of bale buster works as former material in the big bipyramid bodily form in small in ends, middle part
When material is entered in housing, because helical axis upper end is small, raw material are conducive to move downward, when reaching the middle part of helical axis,
Because the middle part of helical axis is larger, be conducive to extruding raw material so that raw material solution is tied, raw material continue downward fortune
It is dynamic, the lower end of helical axis is reached, because the lower end of helical axis is small, the space of lower end is larger, be conducive to raw material loose, reach more
The effect of good solution bundle,
4th, in the utility model embodiment, the material exported by the screen pack of fragmentation cell to the discharging opening of machine barrel enters
Row filtering, obtains size and meets desired material, the material for being unsatisfactory for requiring is filtered.
5th, in the utility model embodiment, it will be returned in the screen pack of fragmentation cell without broken sufficient material
Receive, break process is carried out to these materials again, obtain more materials, it is to avoid the wasting of resources.
It should be noted that herein, such as first and second etc relational terms are used merely to an entity
Or operation makes a distinction with another entity or operation, and not necessarily require or imply exist between these entities or operation
Any this actual relation or order.Moreover, term " comprising ", "comprising" or its any other variant be intended to it is non-
It is exclusive to include, so that process, method, article or equipment including a series of key elements not only include those key elements,
But also other key elements including being not expressly set out, or also include solid by this process, method, article or equipment
Some key elements.In the absence of more restrictions, the key element limited by sentence " including one ", is not arranged
Except also there is other identical factor in the process including the key element, method, article or equipment.
It is last it should be noted that：Preferred embodiment of the present utility model is the foregoing is only, this practicality is merely to illustrate
New technical scheme, is not intended to limit protection domain of the present utility model.It is all it is of the present utility model spirit and principle it
Interior done any modifications, equivalent substitutions and improvements etc., are all contained in protection domain of the present utility model.
Claims (8)
1. a kind of feeding device, it is characterised in that including：
Disintegrating machine, material conveying pipe and spiral direct current device；
The disintegrating machine includes：Fragmentation cell and blasting unit；
The material conveying pipe is connected with the disintegrating machine and the spiral direct current device respectively；
The spiral direct current device is with treating that feeding unit material is connected；
The corresponding raw material of material are carried out break process by the fragmentation cell, generate the material；
The material is transported in the material conveying pipe by the blasting unit, enters institute via the material conveying pipe
State spiral direct current device；
The spiral direct current device carries out purified treatment to the material, and the material after purified treatment is transported to and described treats feed material list
In member.
2. device according to claim 1, it is characterised in that also include：Bale buster and belt transport unit；
The belt transport unit is connected with the bale buster and the fragmentation cell respectively；
The bale buster carries out solution bundle processing to the raw material, and the raw material solved after bundle processing are transported into the belt transport
On unit；
Raw material after the solution bundle processing are transported in the fragmentation cell by the belt transport unit.
3. device according to claim 2, it is characterised in that
The bale buster includes：First motor, helical axis and housing；
The helical axis is in the big bipyramid bodily form in small in ends, middle part；
The helical axis is located at the inside of the housing；
First motor is connected with the helical axis, drives the helical axis to rotate；
The outlet of the housing is connected with the belt transport unit；
The helical axis rotates and extrudes the raw material between the helical axis and the housing, realizes to the raw material
The processing of solution bundle, the outlet of raw material from the housing after solution bundle processing is output on the belt transport unit.
4. device according to claim 1, it is characterised in that the spiral direct current device, including：
Cyclonic separation chamber, the internal diameter of the cyclonic separation chamber is in the inverted cone shape from top to bottom tapered into；
The top of the cyclonic separation chamber is provided with spiral helicine feeding mouth and exhaust outlet, and the bottom of the cyclonic separation chamber is set
There is discharging opening；
The feeding mouth of the cyclonic separation chamber is connected with the material conveying pipe；
The discharging opening of the cyclonic separation chamber treats that feeding unit material is connected with described；
The material is entered inside the cyclonic separation chamber by the feeding mouth of the cyclonic separation chamber, in the cyclonic separation
The material after purified treatment, purified treatment is carried out inside chamber and treats feeding unit material described in by the discharging opening of the cyclonic separation chamber
In, the pollutant that purified treatment is produced has the exhaust outlet to discharge.
5. device according to claim 1, it is characterised in that the fragmentation cell, including：
Machine barrel, knife rod, the second motor and material storing box；
Feeding mouth and discharging opening are provided with the machine barrel；
The discharging opening of the machine barrel is connected with the material storing box；
The material storing box is connected with the material conveying pipe；
The knife rod, which is located on the inside machine barrel, the knife rod, is provided with multiple blades；
Second motor drives the knife rod to rotate；
The raw material are entered in the machine barrel by the feeding mouth of the machine barrel, and the knife rod is under the driving of second motor
Rotate, break process is carried out to the raw material, generate the material, the material is entered by the discharging opening of the machine barrel
In the material storing box.
6. device according to claim 5, it is characterised in that
The fragmentation cell also includes：Screen pack；
The screen pack is arranged between the discharging opening of the machine barrel and the material storing box；
The material that the filter screen filtration is exported by the discharging opening of the machine barrel, the material after the filter screen filtration is drained to
In the material storing box.
7. device according to claim 6, it is characterised in that
The fragmentation cell also includes：Recovery channel, induced-draught fan and negative pressure cabin；
Import, outlet, suction opeing and baffle plate are provided with the negative pressure cabin；
The baffle plate causes one passage of formation between the import of the negative pressure cabin and the outlet of the negative pressure cabin, and the baffle plate will
The import of the negative pressure cabin and the suction opeing of the negative pressure cabin are separated；
The import of the negative pressure cabin is connected with the recovery channel, the outlet of the negative pressure cabin and the feeding mouth phase of the machine barrel
Even, the suction opeing of the negative pressure cabin is connected with the induced-draught fan；
The recovery channel is connected with the fragmentation cell；
The induced-draught fan extracts the air in the negative pressure cabin by the suction opeing, reduces the air pressure in the negative pressure cabin, with
Remaining material on the screen pack is set to be inhaled into the recovery channel, via the recovery channel from the negative pressure cabin
Import enters inside the negative pressure cabin, is output to by the outlet of the negative pressure cabin in the feeding mouth of the machine barrel.
8. according to any described device in claim 1-7, it is characterised in that also include：Control unit；
The blasting unit includes blower fan；
Described control unit is connected with the blower fan；
Described control unit, the rotating speed for controlling the blower fan, to control to the speed for treating feeding unit material feeding.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621059768.7U CN206325635U (en) | 2016-09-18 | 2016-09-18 | A kind of feeding device |
Applications Claiming Priority (1)
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| CN106216041A (en) * | 2016-09-18 | 2016-12-14 | 朱超英 | A kind of feeding device and charging method |
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| CN106216041A (en) * | 2016-09-18 | 2016-12-14 | 朱超英 | A kind of feeding device and charging method |
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