CN206046197U

CN206046197U - A kind of adjustable niblet breaker

Info

Publication number: CN206046197U
Application number: CN201620265982.1U
Authority: CN
Inventors: 谢森涛
Original assignee: Individual
Current assignee: Individual
Priority date: 2016-04-03
Filing date: 2016-04-03
Publication date: 2017-03-29
Anticipated expiration: 2026-04-03

Abstract

The utility model discloses a kind of adjustable niblet breaker，Including fixed mount、Broken case、Heater box、Crusher members、Power Component，First charging aperture is provided with the top of heater box，Broken case is connected by second charging aperture with heater box，The bottom of broken case is provided with discharge nozzle，Crusher members include four rotating shafts，Multiple crushing cutters are mounted in these rotating shafts，The lower right of first rotating shaft is provided with the first arc，The lower left of the second rotating shaft is provided with the second arc，The lower left of the 3rd rotating shaft is provided with the 3rd arc，The lower right of the 4th rotating shaft is provided with the 4th arc，First passage is formed between the head end of the end of the first arc and the 3rd arc，Second channel is formed between the head end of the end of the second arc and the 4th arc，Third channel is formed between the end of the 3rd arc and the end of the 4th arc.This utility model can be fully crushed to niblet, significantly improve work efficiency.

Description

A kind of adjustable niblet breaker

Technical field

This utility model belongs to processing of farm products field, and in particular to a kind of adjustable niblet breaker.

Background technology

Cultivation history about more than 470 year of the Semen Maydiss in China, China's sown area at 300,000,000 mu or so, be only second to rice, Wheat, in cereal crops occupies the 3rd, is only second to the U.S. in the world.Corn nourishment enrich, containing protein, fat, saccharide, Multivitamin and trace element.

Niblet has various deep working methods, for example, niblet can be broken into Semen Maydis powder, then mixed with other materials Various animal feeds are made together.At present, broken work is carried out using special disintegrating apparatus to niblet typically, however, Existing disintegrating apparatus cannot be fully crushed to niblet, and its work efficiency is also very low.

Utility model content

For the deficiencies in the prior art, this utility model purpose is intended to provide a kind of adjustable niblet broken dress Put, niblet fully can be crushed, significantly improve work efficiency.

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

A kind of adjustable niblet breaker, including fixed mount, the broken case on fixed mount, installed in broken The heater box of broken box top, the crusher members being installed in rotation on inside broken case, for driving crusher members rotary work Power Component, be provided with first charging aperture at the top of the heater box, the broken case passes through second charging aperture with heater box It is connected, the bottom of the broken case is provided with discharge nozzle, firing equipment is installed on the medial wall of the heater box, it is described to add Dehumidification tube is installed at the top of hot tank, the crusher members include first rotating shaft, the second rotating shaft, the 3rd rotating shaft and the 4th turn Axle, is mounted on multiple crushing cutters in the first rotating shaft, the second rotating shaft, the 3rd rotating shaft and the 4th rotating shaft, described first turn , in being arranged side by side, in being arranged side by side, the first rotating shaft is located at the 3rd for the 3rd rotating shaft and the 4th rotating shaft for axle and the second rotating shaft The surface of rotating shaft, second rotating shaft are located at the surface of the 4th rotating shaft, and the lower right of the first rotating shaft is provided with first Arc, the lower left of second rotating shaft are provided with the second arc, and the lower left of the 3rd rotating shaft is provided with the 3rd arc Shape plate, the lower right of the 4th rotating shaft are provided with the 4th arc, and first arc and the second arc are integrated into Type part, is formed with first passage, second arc between the end of first arc and the head end of the 3rd arc End and the head end of the 4th arc between be formed with second channel, the end of the 3rd arc and the 4th arc Third channel is formed between end.

Lobe is provided with first arc, the second arc, the 3rd arc and the 4th arc.

The Power Component include motor and motor driven connection the first belt pulley, on the 3rd rotating shaft front end First gear, the second gear being meshed installed in the 4th rotating shaft front end and with first gear, in the 3rd rotating shaft and The second belt pulley in front of first gear, the 3rd belt pulley on first rotating shaft rear end, installed in the second rotating shaft The 4th belt pulley, the 5th belt pulley installed in the 3rd rotating shaft rear end on rear end, installed in the 6th skin of the 4th rotating shaft rear end Belt wheel, first belt pulley and the second belt pulley are connected by the first conveyer belt, the 3rd belt pulley and the 5th skin Belt wheel is connected by the second conveyer belt, and the 4th belt pulley and the 6th belt pulley are connected by the 3rd conveyer belt.

Installing pipe is installed on the discharge nozzle, sleeve pipe is set with the installing pipe, in the installing pipe, bullet is fitted with Property set, upper end and the discharge nozzle of the resilient sleeve socket-connect, and the lower end of the resilient sleeve is connected with multiple moving sheets, per adjacent shifting The edge of moving plate is overlapped, and bolt is threaded with described sleeve pipe, and mounting cylinder is fixedly connected with each moving sheet, described The female thread for bolt thread connection is formed with the inwall of mounting cylinder.

Be set with the first spring on the bolt, restraining position ring block formed at the top of the bolt, first spring it is upper End is connected on spacing ring, and the lower end of first spring is connected on moving sheet.

Water inlet pipe is installed at the top of the broken case, the bottom of the broken case is provided with outlet pipe, the water inlet pipe On be connected with cistern assembly, the cistern assembly includes casing, and the bottom of the casing is formed with apopore, the apopore and The first pipeline is communicated between water inlet pipe, first pipeline is connected with second pipe, the second pipe by tee ball valve It is connected with extraneous water source, between first pipeline and the side wall of casing, is connected with the 3rd pipeline, the outlet pipe and case Body is connected by the 4th pipeline.

3rd pipeline is connected with the first pipeline by three way cock, and the 3rd pipeline passes through two-way valve and case Body phase connects.

Filter is being installed positioned at the middle of the first pipeline and the 4th pipeline in the cavity of the casing；The casing Bottom offer osculum, the osculum and the 4th pipeline are located at the same side of filter.

The first crawler belt transmitting device, the second crawler belt transmitting device and the 3rd are sequentially installed with from top to bottom in the heater box Crawler belt transmitting device, the top of the first crawler belt transmitting device are corresponding with first charging aperture, the 3rd crawler belt transmission dress The end put is corresponding with second charging aperture, the conveying direction phase of the first crawler belt transmitting device and the second crawler belt transmitting device Instead, the conveying direction of the first crawler belt transmitting device and the 3rd crawler belt transmitting device is identical, the second crawler belt transmitting device Top can accept from the end of the first crawler belt transmitting device the niblet for dropping, the top of the 3rd crawler belt transmitting device can The niblet that undertaking is dropped from the end of the second crawler belt transmitting device.

The inclined downward of the discharge nozzle is provided with vibrosieve, and multiple sieve apertures, the vibration are provided with the vibrosieve The first hopper is provided with below sieve, the lower end of the vibrosieve is connected with the second hopper, vibration is provided with the vibrosieve Motor, the vibrosieve are arranged on fixed mount by second spring.

This utility model beneficial effect is：

Setting of this utility model by said structure, niblet to be broken enter to heater box from first charging aperture Interior, in the presence of firing equipment, niblet is obtained heat treated, and water vapour can be discharged from dehumidification tube, and niblet is then Enter to from second charging aperture in broken case, it is broken that niblet proceeds by shunting, partial kernels along the first arc, First passage, the 3rd arc, the order of third channel are fallen into discharge nozzle, partial kernels along the second arc, second Passage, the 4th arc, the order of third channel are fallen into discharge nozzle, the crushing cutter on these arcs and correspondence rotating shaft Cooperation under, preferably niblet can be crushed, it is broken that this utility model not only can carry out shunting to niblet, but also Two-stage can be carried out to crush to niblet, i.e., through the first arc and the 3rd arc, or through the second arc and the 4th Arc so that niblet is fully crushed, significantly improves work efficiency of the present utility model.

Description of the drawings

Fig. 1 is the overall schematic front view of this utility model；

Fig. 2 is the internal structure schematic diagram of broken case of the present utility model；

Fig. 3 is the structure schematic diagram of broken case of the present utility model；

Fig. 4 is the structural representation of sleeve pipe of the present utility model, bolt, moving sheet, the first spring, mounting cylinder and spacing ring Figure；

Fig. 5 is the dimensional structure diagram of cistern assembly of the present utility model；

Structural representations of the Fig. 6 for another angle of Fig. 5（After removing the top board of casing）；

Fig. 7 is the internal structure schematic diagram of heater box of the present utility model.

Wherein, 1, fixed mount；2nd, crush case；3rd, heater box；4th, first charging aperture；5th, second charging aperture；6th, discharge nozzle；7、 Firing equipment；8th, cistern assembly；81st, casing；82nd, three way cock；83rd, the first pipeline；84th, second pipe；85th, tee ball valve； 86th, the 3rd pipeline；87th, two-way valve；88th, the 4th pipeline；89th, apopore；810th, filter；811st, osculum；9th, dehumidification tube； 10th, first rotating shaft；11st, the second rotating shaft；12nd, the 3rd rotating shaft；13rd, the 4th rotating shaft；14th, crushing cutter；15th, the first arc；16、 Second arc；17th, the 3rd arc；18th, the 4th arc；19th, first passage；20th, second channel；21st, third channel； 22nd, lobe；23rd, motor；24th, the first belt pulley；25th, first gear；26th, second gear；27th, the second belt pulley；28th, the 3rd Belt pulley；29th, the 4th belt pulley；30th, the 5th belt pulley；31st, the 6th belt pulley；32nd, the first conveyer belt；33rd, the second conveyer belt； 34th, the 3rd conveyer belt；35th, installing pipe；36th, sleeve pipe；37th, bolt；38th, moving sheet；39th, the first spring；40th, mounting cylinder；41st, limit Position ring；42nd, the first crawler belt transmitting device；43rd, the second crawler belt transmitting device；44th, the 3rd crawler belt transmitting device；45th, vibrosieve； 46th, sieve aperture；47th, the first hopper；48th, the second hopper；49th, vibrating motor；50th, second spring；51st, water inlet pipe；52nd, outlet pipe.

Specific embodiment

Below, with reference to accompanying drawing and specific embodiment, this utility model is described further：

As shown in figs. 1-7, it is a kind of adjustable niblet breaker of the present utility model, including fixed mount 1, installation In the broken case 2 on fixed mount 1, the heater box 3 at the top of broken case 2, it is installed in rotation on breaking inside broken case 2 Broken part, the Power Component for driving crusher members rotary work, the top of the heater box 3 are provided with first charging aperture 4, The broken case 2 is connected by second charging aperture 5 with heater box 3, and the bottom of the broken case 2 is provided with discharge nozzle 6, described Firing equipment 7 is installed on the medial wall of heater box 3, the top of the heater box 3 is provided with dehumidification tube 9, the crusher members Including first rotating shaft 10, the second rotating shaft 11, the 3rd rotating shaft 12 and the 4th rotating shaft 13, the first rotating shaft 10, the second rotating shaft 11, Multiple crushing cutters 14 are mounted in 3rd rotating shaft 12 and the 4th rotating shaft 13, the first rotating shaft 10 and the second rotating shaft 11 are in simultaneously Row is arranged, and, in being arranged side by side, the first rotating shaft 10 is just being located at the 3rd rotating shaft 12 for the 3rd rotating shaft 12 and the 4th rotating shaft 13 Top, second rotating shaft 11 are located at the surface of the 4th rotating shaft 13, and the lower right of the first rotating shaft 10 is provided with the first arc Shape plate 15, the lower left of second rotating shaft 11 are provided with the second arc 16, and the lower left of the 3rd rotating shaft 12 is provided with 3rd arc 17, the lower right of the 4th rotating shaft 13 are provided with the 4th arc 18, first arc 15 and second Arc 16 is formed in one part, is formed with first between the end of first arc 15 and the head end of the 3rd arc 17 Passage 19, is formed with second channel 20 between the end of second arc 16 and the head end of the 4th arc 18, and described Third channel 21 is formed between the end of three arcs 17 and the end of the 4th arc 18.

After niblet of the present utility model enters broken case 2, two paths can be split into and crushed.First, from The 3rd arc 17 is entered to by first passage 19 after crushing at one arc 15 and continues broken, broken from the 3rd arc 17 It is broken it is complete after, fallen into discharge nozzle 6 by third channel 21.Second, passing through second channel after crushing from the second arc 16 20 enter to the 4th arc 18 continues broken, after having crushed, is fallen into going out by third channel 21 from the 4th arc 18 In expects pipe 6.Niblet can carry out broken work under the cooperation of arc and corresponding crushing cutter 14.

Firing equipment of the present utility model 7 is equipment of the prior art, the temperature in heater box 3 can be increased to 60- 80 degrees Celsius.Semen Maydiss after heating, can be ready for its broken work, improves the crushing effect of niblet.

It is provided with first arc 15, the second arc 16, the 3rd arc 17 and the 4th arc 18 Lobe 22.In the presence of lobe 22, the crushing effect of niblet is can further improve.

The Power Component include motor 23, and motor 23 be connected the first belt pulley 24, installed in the 3rd rotating shaft First gear 25, the second gear 26 being meshed installed in 13 front end of the 4th rotating shaft and with first gear 25, peace on 12 front ends Be mounted in the 3rd rotating shaft 12 and the second belt pulley 27 in front of first gear 25, on 10 rear end of first rotating shaft Three belt pulleys 28, the 4th belt pulley 29 on 11 rear end of the second rotating shaft, installed in the 5th skin of 12 rear end of the 3rd rotating shaft Belt wheel 30, pass through installed in the 6th belt pulley 31 of 13 rear end of the 4th rotating shaft, first belt pulley 24 and the second belt pulley 27 First conveyer belt 32 is connected, and the 3rd belt pulley 28 and the 5th belt pulley 30 are connected by the second conveyer belt 33, 4th belt pulley 29 and the 6th belt pulley 31 are connected by the 3rd conveyer belt 34.

The course of work of Power Component：After starter motor 23, the rotation of the first belt pulley 24 will be driven, in the first conveyer belt In the presence of 32, the rotation of the second belt pulley 27 will be driven, so as to drive the rotation of the 3rd rotating shaft 12, then drive first gear 25 rotation, then drives the rotation of the rotation of second gear 26, second gear 26 to drive the rotation of the 4th rotating shaft 13.3rd The rotation of rotating shaft 12 will also drive the rotation of the rotation of the 5th belt pulley 30, the 4th rotating shaft 13 also drive the 6th skin simultaneously simultaneously The rotation of belt wheel 31, then in the presence of the second conveyer belt 33 and the 3rd conveyer belt 34, will drive first rotating shaft 10 and second The rotation of rotating shaft 11.The rotation of first rotating shaft 10, the second rotating shaft 11, the 3rd rotating shaft 12 and the 4th rotating shaft 13, is driven respectively The rotation of correspondence crushing cutter 14 mounted thereto.

Installing pipe 35 is installed on the discharge nozzle 6, sleeve pipe 36 is set with the installing pipe 35, in the installing pipe 35 It is fitted with resilient sleeve（Not shown in figure）, upper end and the discharge nozzle 6 of the resilient sleeve socket-connect, the lower end connection of the resilient sleeve There are multiple moving sheets 38, the edge per adjacent moving sheet 38 is overlapped, and bolt 37 is threaded with described sleeve pipe 36, each Mounting cylinder 40 is fixedly connected with moving sheet 38, the interior spiral shell for the threaded connection of bolt 37 on the inwall of the mounting cylinder 40, is formed with Stricture of vagina.

By turning bolt 37 so that bolt 37 is moved towards the direction of close moving sheet 38, when the end head of bolt 37 When being connected to the bottom of mounting cylinder 40, continue to turn bolt 37, the bolt 37 continued towards the motion of moving sheet 38 will drive movement Piece 38 is moved towards the position of center line of installing pipe 35 so that the flow that material is discharged diminishes, even more so that the stream that material is discharged Amount is zero；When reversely turning bolt 37, the flow that material is discharged is become into big.Bolt 37 is turned by positive and negative, just can be driven Moving sheet 38 is moved along close or away from installing pipe 35 centerline direction, and then adjusts the uninterrupted that material is discharged, Operation is very easy.

In actual fabrication, the quantity of moving sheet 38 can be three, and its distributing position can be as shown in Figure 4.

It is set with the first spring 39 on the bolt 37, restraining position ring block 41 formed at the top of the bolt 37, described first The upper end of spring 39 is connected on spacing ring 41, and the lower end of first spring 39 is connected on moving sheet 38.In the first spring Under 39 bounce effect, moving sheet 38 can be more easily driven to move towards the position of center line of installing pipe 35, Er Qiefang Just the reset work of bolt 37.

The top of the broken case 2 is provided with water inlet pipe 51, and the bottom of the broken case 2 is provided with outlet pipe 52, described Cistern assembly 8 is connected with water inlet pipe 51, the cistern assembly 8 includes casing 81, and the bottom of the casing 81 is formed with water outlet Hole 89, is communicated with the first pipeline 83 between the apopore 89 and water inlet pipe 51, first pipeline 83 passes through tee ball valve 85 Second pipe 84 is connected with, the second pipe 84 is connected with the water source in the external world, the side of first pipeline 83 and casing 81 The 3rd pipeline 86 is connected between wall, the outlet pipe 52 is connected by the 4th pipeline 88 with casing 81.

This utility model is needed by cleaning inside 8 pairs of broken casees 2 of cistern assembly after working long hours.Water tank The concrete operations flow process of component 8：By turning bolt 37, the position of moving sheet 38 is adjusted, the material stream that will be flowed out at discharge nozzle 6 Amount is adjusted to zero, then opens tee ball valve 85, and extraneous water source is flowed in the first pipeline 83, then from second pipe 84 Flow in casing 81 from the 3rd pipeline 86, after the water in casing 81 is filled, close tee ball valve 85, the aqueous in casing 81 It is delivered in the first pipeline 83 by apopore 89, and then is flowed in water inlet pipe 51, then is flowed in broken case 2, these water After liquid is cleaned to broken case 2, the aqueous flowed out from outlet pipe 52 are flow back in casing 81 again, and then can be carried out aqueous Repetitive cycling is used, and the water consumption of cleaning can be greatly reduced.

3rd pipeline 86 is connected with the first pipeline 83 by three way cock 82, and the 3rd pipeline 86 passes through two-way Ball valve 87 is connected with casing 81.The design of this scheme so that this utility model can choose whether to carry out according to the actual requirements Recycle aqueous to clean broken case 2.For example, when needing the cleaning of high request to be carried out to broken case 2, can close two Pass ball valve 87, opens tee ball valve 85 so that the aqueous on second pipe 84 are directly led in water inlet pipe 51 from the first pipeline 83, And without casing 81, and the aqueous flowed out from outlet pipe 52 still flow into casing 81, but use is no longer circulated, Eventually can be discharged outside to.

Filter is being installed positioned at the middle of the first pipeline 83 and the 4th pipeline 88 in the cavity of the casing 81 810；The bottom of the casing 81 offers osculum 811, and the osculum 811 and the 4th pipeline 88 are located at filter 810 The same side.When needs are circulated and are cleaned using aqueous, osculum 811 is closed, the 4th pipeline 88 can be led to back casing 81 Filtration of the interior aqueous using filter 810, then it is circulated use；When being cleaned using aqueous without being circulated, beat Begin to rehearse water hole 811, then be passed through the directly discharge from osculum 811 of the liquid to casing 81 from the 4th pipeline 88, by utensil It is collected, then carries out subsequent treatment.The quantity of filter 810 can be two.

The first crawler belt transmitting device 42, the second crawler belt transmitting device 43 are sequentially installed with from top to bottom in the heater box 3 With the 3rd crawler belt transmitting device 44, the top and first charging aperture 4 of the first crawler belt transmitting device 42 is corresponding, and the described 3rd The end of crawler belt transmitting device 44 and second charging aperture 5 are corresponding, and the first crawler belt transmitting device 42 and the second crawler belt are transmitted The conveying direction of device 43 is conversely, the conveying direction phase of the first crawler belt transmitting device 42 and the 3rd crawler belt transmitting device 44 Together, the niblet for dropping can be accepted from the end of the first crawler belt transmitting device 42 in the top of the second crawler belt transmitting device 43, The niblet for dropping can be accepted from the end of the second crawler belt transmitting device 43 in the top of the 3rd crawler belt transmitting device 44.

First crawler belt transmitting device 42, the second crawler belt transmitting device 43 and the 3rd crawler belt transmitting device 44 can be existing skills Equipment in art, can drive niblet that lateral transfer is carried out on its crawler belt.

In the presence of the first crawler belt transmitting device 42, the second crawler belt transmitting device 43 and the 3rd crawler belt transmitting device 44, The time of staying of the niblet in heater box 3 can significantly be extended, can also increase the contact of niblet and the air in heater box 3 Space, so that niblet can obtain more sufficient heating and dehumidifier.

The inclined downward of the discharge nozzle 6 is provided with vibrosieve 45, and multiple sieve apertures 46, institute are provided with the vibrosieve 45 The lower section for stating vibrosieve 45 is provided with the first hopper 47, and the lower end of the vibrosieve 45 is connected with the second hopper 48, the vibration Vibrating motor 49 is provided with sieve 45, the vibrosieve 45 is arranged on fixed mount 1 by second spring 50.Vibrating motor 49 can The vibration work of vibrosieve 45 is driven, and then can conveniently pass through the material of sieve aperture 46 fall in the first hopper 47, it is impossible to passed through Sieve aperture 46 is then slid to the second hopper 48 from the surface of vibrosieve 45, so as to the niblet after to crushing is sieved.And And, if the material particles in the second hopper 48 are larger, can be put into first charging aperture 4, re-start broken.

For a person skilled in the art, technical scheme that can be as described above and design, make other each Plant corresponding change and deform, and all these changes and deforms the guarantor that should all belong to this utility model claim Within the scope of shield.

Claims

1. a kind of adjustable niblet breaker, it is characterised in that：Including fixed mount, crushing on fixed mount Case, the heater box installed in broken box top, the crusher members being installed in rotation on inside broken case, for driving broken portion The Power Component of part rotary work, is provided with first charging aperture at the top of the heater box, the broken case is passed through with heater box Second charging aperture is connected, and the bottom of the broken case is provided with discharge nozzle, and heating is provided with the medial wall of the heater box Equipment, is provided with dehumidification tube at the top of the heater box, the crusher members include first rotating shaft, the second rotating shaft, the 3rd rotating shaft And the 4th rotating shaft, multiple crushing cutters are mounted in the first rotating shaft, the second rotating shaft, the 3rd rotating shaft and the 4th rotating shaft, , in being arranged side by side, the 3rd rotating shaft and the 4th rotating shaft are in be arranged side by side, described first turn for the first rotating shaft and the second rotating shaft Axle position is located at the surface of the 4th rotating shaft, the lower right of the first rotating shaft in the surface of the 3rd rotating shaft, second rotating shaft First arc is installed, the lower left of second rotating shaft is provided with the second arc, the lower left peace of the 3rd rotating shaft Equipped with the 3rd arc, the lower right of the 4th rotating shaft is provided with the 4th arc, first arc and the second arc Plate is formed in one part, is formed with first passage between the end of first arc and the head end of the 3rd arc, described Second channel, the end of the 3rd arc and are formed between the head end of the end of the second arc and the 4th arc Third channel is formed between the end of four arcs；

The Power Component include the first belt pulley of motor and motor driven connection, on the 3rd rotating shaft front end the One gear, the second gear being meshed installed in the 4th rotating shaft front end and with first gear, in the 3rd rotating shaft and it is located at The second belt pulley in front of first gear, the 3rd belt pulley on first rotating shaft rear end, installed in the second rotating shaft rear end On the 4th belt pulley, the 5th belt pulley installed in the 3rd rotating shaft rear end, installed in the 6th belt pulley of the 4th rotating shaft rear end, First belt pulley and the second belt pulley are connected by the first conveyer belt, and the 3rd belt pulley and the 5th belt pulley are logical Cross the second conveyer belt to be connected, the 4th belt pulley and the 6th belt pulley are connected by the 3rd conveyer belt；

Installing pipe is installed on the discharge nozzle, sleeve pipe is set with the installing pipe, in the installing pipe, resilient sleeve is fitted with, The upper end of the resilient sleeve is socket-connected with discharge nozzle, and the lower end of the resilient sleeve is connected with multiple moving sheets, per adjacent moving sheet Edge it is overlapped, bolt is threaded with described sleeve pipe, mounting cylinder, the installation on each moving sheet, is fixedly connected with The female thread for bolt thread connection is formed with the inwall of cylinder.

2. adjustable niblet breaker as claimed in claim 1, it is characterised in that：First is set with the bolt Spring, the top of the bolt form restraining position ring block, and the upper end of first spring is connected on spacing ring, first spring Lower end be connected on moving sheet.

3. adjustable niblet breaker as claimed in claim 1, it is characterised in that：In the heater box from top to bottom The first crawler belt transmitting device, the second crawler belt transmitting device and the 3rd crawler belt transmitting device are sequentially installed with, first crawler belt is passed The top of defeated device is corresponding with first charging aperture, and the end of the 3rd crawler belt transmitting device is corresponding with second charging aperture, The conveying direction of the first crawler belt transmitting device and the second crawler belt transmitting device is conversely, the first crawler belt transmitting device and The conveying direction of three crawler belt transmitting devices is identical, and the top of the second crawler belt transmitting device can be accepted from the transmission of the first crawler belt and be filled The niblet that the end put is dropped, the top of the 3rd crawler belt transmitting device can accept the end from the second crawler belt transmitting device The niblet for dropping.

4. adjustable niblet breaker as claimed in claim 1, it is characterised in that：The inclined downward of the discharge nozzle Vibrosieve is provided with, multiple sieve apertures in the vibrosieve, are provided with, the first hopper below the vibrosieve, is provided with, it is described to shake The lower end of dynamic sieve is connected with the second hopper, and vibrating motor is provided with the vibrosieve, and the vibrosieve is pacified by second spring It is mounted on fixed mount.