CN208824590U - A kind of uniform milling apparatus of high adsorption granular carclazyte - Google Patents

Abstract

The utility model relates to a kind of uniform milling apparatus of high adsorption granular carclazyte, including rack, further include: Screen assemblies, the Screen assemblies are arranged in the rack, it includes rack-mounted actuator, the actuator side is arranged in and driving member in the installation rack and below the driving member and the grid member that is slidably arranged in the rack, the grid member are fixedly connected by connecting rod with the driving member；And shredder assemblies, the shredder assemblies are mounted on the rack, it, which is located at immediately below the actuator and cooperates with the actuator, is driven comprising smashes part along the middle line in the rack length is symmetrically arranged, is mounted on the rack and scrapes bulk-breaking above part with smashing switch piece that part is correspondingly arranged described in two and being fixed at described smash；The utility model, which solves large volume of carclazyte particle, can not carry out grinding and then cause the non-uniform technical problem of finished particle size.

Description

A kind of uniform milling apparatus of high adsorption granular carclazyte

Technical field

The utility model relates to disintegrating mechanism technical fields more particularly to a kind of high adsorption granular carclazyte uniformly to grind and set It is standby.

Background technique

Atlapulgite be mainly bentonite with clay be raw material, handled through inorganic acidifying, then be made through water rinsing, drying Adsorbent, be widely used in vegetable and animals oils decoloration, aromatic hydrocarbons purification, aviation kerosine refining, the industries such as purified petroleum benzin purification, currently, existing The grinding system of active carclazyte mostly uses greatly electro-vibrating feeder to the mode of Raymond machine conveying material, although this mode Feed is uniform, but electro-vibrating feeder category special equipment, and acquisition cost is relatively high, and rate needs and Raymond machine master The operating rate of machine, the discharge velocity of cyclone separator match, because influence factor is more, debugging is often relatively more tired Difficulty, once mechanical disorder occurs, inevitably will appear the excessive or very few situation of feeding if feeding is excessive will cause Raymond machine Feed inlet dusts, and influences working environment；If feeding is very few, production capacity reduction will lead to.

The patent document of Patent No. CN206262708U discloses a kind of atlapulgite hierarchy system, including feed pipe, Grader, cyclone collector and bag filter, the lower part of the grader are provided with one group of air inlet to be opened/closed, are being classified The bottom of machine is provided with the first star-shaped discharge valve, is provided with shut-off valve between the grader and cyclone collector；Feed pipe into Material end is provided with air inlet and feed inlet, and air inlet is located at the end of feed pipe, and feed inlet is located on feed pipe, feed inlet and material Bucket connection；The utility model has structure simple, and consume energy few advantage, can be widely applied to atlapulgite classification field.

But in actual use, inventor has found that the large volume of carclazyte particle of the technical solution can not carry out Grind and then cause the non-uniform problem of finished particle size.

Utility model content

The purpose of this utility model is in view of the deficiencies of the prior art, to cooperate crushing group by setting Screen assemblies Part so that the carclazyte particle of large volume is collected after being trapped on grid member, while being trembled grid member using driving member Dynamic feeding, controls the speed and output of discharging, so that solving large volume of carclazyte particle can not carry out grinding and then cause The non-uniform technical problem of finished particle size.

Against the above technical problems, as follows using technical solution: a kind of uniform milling apparatus of high adsorption granular carclazyte, packet Including rack, further includes:

Screen assemblies, the Screen assemblies are arranged in the rack comprising rack-mounted actuator, setting It driving member on the actuator side and the installation rack and below the driving member and is slidably arranged in described Grid member in rack, the grid member are fixedly connected by connecting rod with the driving member；And

Shredder assemblies, the shredder assemblies are mounted on the rack, be located at immediately below the actuator and with the drive Moving part cooperation transmission comprising smash part along the middle line in the rack length is symmetrically arranged, be mounted on the rack And bulk-breaking is scraped above part with smashing switch piece that part is correspondingly arranged described in two and being fixed at described smash.

Preferably, the actuator includes:

Mounting base, the mounting base are fixed in the rack；

Motor, the motor is fixed in the mounting base and its output end is arranged towards grid member direction；And

First driving gear, first driving gear is fixedly connected with the output end of the motor and it is set as high speed Gear.

Preferably, the driving member includes:

Shaft, the shaft are rotatably provided in the rack by bearing, pass through belt and the actuator Output end transmission connection；

Second driving gear, second driving gear are fixedly connected with the shaft, are provided with teeth unit, institute Teeth unit is stated along the second driving gear circumferencial direction spaced set several groups；And

Reciprocal unit, the reciprocal unit and second driving gear are engaged and in second driving gear Lower discontinuity is acted on to move reciprocatingly.

Preferably, the reciprocal unit includes:

Rack gear, the rack gear are located at below second driving gear, offer guide groove thereon；

Mounting rack, the mounting rack are fixed in the rack, and are arranged for L-type, and lower half portion is plugged in institute It states in the guide groove of rack unit；And

Flexible element, described Flexible element one end is fixedly connected with the rack and its other end and the rack unit One end is fixedly connected, the top half being mounted on the rack.

Preferably, the grid member includes:

Shuttle board offers several through-holes on the shuttle board, which is made of blanking unit a and blanking unit b, The blanking unit a and blanking unit b is symmetrical arranged along the middle line in shuttle board length；

Slide slot, the slide slot are provided on the side wall of the rack；

Sliding block a, the sliding block a are fixed on one jiao of the blanking unit a and are slidably arranged in the slide slot It is interior；And

Sliding block b, the sliding block b are fixed on one jiao of the blanking unit b and are slidably arranged in the slide slot It is interior；

The sliding block a and sliding block b is arranged at the end of the shuttle board and along the shuttle board center symmetric setting.

Preferably, the part of smashing includes:

Moving rail, the moving rail are symmetricly set on the rack two sides along the middle line on the rack width；

Smash rod, it is described smash equidistantly to be provided on rod several smash needle；

Installation axle, the installation axle are fixedly connected and are coaxially disposed with the rod of smashing；

Mounted roller, the mounted roller are set in the installation axle and engage setting and smash in rod described；

Splicing storehouse a, the splicing storehouse a are located at described smash below rod and positioned at the actuator side；And

Driving cog, the driving cog are set in the installation axle and cooperate with the actuator and be driven.

Preferably, the switch piece includes:

Horizontal sliding cylinder, the horizontal sliding cylinder is horizontally disposed and its telescopic end is set towards the middle line side in the rack length It sets；And

Pan carriage, the pan carriage both ends are fixedly connected with the installation axle and its medium position and the horizontal sliding cylinder Telescopic end is fixedly connected.

As preferably, the bulk-breaking of scraping includes: again

Material unit a is scraped, the material unit a that scrapes includes the support rod a being fixedly connected with the installation axle and is slidably arranged in The material scraping plate a being fixedly connected on the blanking unit a and with the support rod；

Material unit b is scraped, the material unit b that scrapes includes the support rod b being fixedly connected with the installation axle and is slidably arranged in The material scraping plate b being fixedly connected on the blanking unit b and with the support rod；And

Splicing storehouse b, the splicing storehouse b be located at the shuttle board along its length on both ends below；

The material unit a and sliding block a that scrapes is located at the two sides of the blanking unit a；

The material unit b and sliding block b that scrapes is located at the two sides of the blanking unit b.

The utility model has the beneficial effects that

1, cooperate shredder assemblies by setting Screen assemblies in the utility model, so that the carclazyte particle of large volume is detained It is collected after on grid member, while shake feeding is carried out to grid member using driving member, control the speed and output of discharging, into And improve the grinding effect of entire mechanism；

2, by the way that teeth unit is arranged along the second driving gear circumferencial direction spaced set in the utility model Several groups, so that rack gear moves forward, and does not engage when with the teeth unit when cooperation rotation of the second driving tooth wheel and rack When, rack gear resets under the action of Flexible element b, and then realizes the shake of shuttle board discontinuity, reaches to falling on shuttle board The effect of the uniform material shaking of carclazyte particle is reduced the speed of carclazyte particle decline controls grinding work every time simultaneously again when and is fallen The amount of carclazyte particle；

3, it is avoided during the grinding process, bulky grain is white in the utility model by the way that bulky grain carclazyte is carried out screening collection Soil air exercise aster damages, and influences the service life of device；

4, it is scraped and point is fixedly connected with the part of smashing by setting in the utility model, so that part completion grinders ought be smashed It is mobile to two sides after work, and then drive that scrape bulk-breaking mobile to two sides, thus by the bulky grain carclazyte being detained on material shaking plate to two sides It scrapes point, until scraping delivery is collected to splicing storehouse b, simple and ingenious structure；

5, material unit a is scraped by setting in the utility model and the sliding block a is located at the two sides of blanking unit a；It scrapes Material unit b and sliding block b is located at the two sides of the blanking unit b；It ensure that and scrape material unit a and scrape material unit b to two sidesways When dynamic, it will not interfere with the sliding block b and sliding block a, ensure that the stability of mechanism.

In conclusion the equipment has gearing height, the high advantage of grinding effect is particularly suitable for disintegrating mechanism technology neck Domain.

Detailed description of the invention

It, below will be to required in embodiment description for the clearer technical solution for illustrating the utility model embodiment The attached drawing used is briefly described, it should be apparent that, drawings discussed below is only some embodiments of the utility model, For those of ordinary skill in the art, without creative efforts, it can also obtain according to these attached drawings Obtain other accompanying drawings.

Fig. 1 is the structural schematic diagram that mechanism is uniformly ground for high adsorption granular carclazyte.

Fig. 2 is the schematic top plan view that mechanism is uniformly ground for high adsorption granular carclazyte.

Fig. 3 is partial enlargement diagram of the Fig. 2 at A.

Fig. 4 is partial enlargement diagram of the Fig. 2 at B.

Fig. 5 is the structural schematic diagram of driving member.

Fig. 6 is the structural schematic diagram of shredder assemblies.

Fig. 7 is the structural schematic diagram of grid member.

Fig. 8 is the status diagram uniformly ground when work is ground by mechanism for high adsorption granular carclazyte.

Fig. 9 is partial enlargement diagram of the Fig. 8 at C.

Figure 10 is status diagram when uniformly grinding the work of mechanism pusher for high adsorption granular carclazyte.

Specific embodiment

The technical scheme in the embodiment of the utility model is clearly and completely illustrated with reference to the accompanying drawing.

Embodiment one

As shown in Fig. 1, Fig. 8, Figure 10, a kind of uniform milling apparatus of high adsorption granular carclazyte, including rack 1, further includes:

Screen assemblies 2, the Screen assemblies 2 are arranged in the rack 1 comprising the actuator being mounted in rack 1 21,21 side of actuator is set and driving member 22 in the installation rack 1 and be located at below the driving member 22 and The grid member 23 being slidably arranged in the rack 1, the grid member 23 are fixedly connected by connecting rod with the driving member 22； And

Shredder assemblies 3, the shredder assemblies 3 are mounted on the rack 1, be located at immediately below the actuator 21 and with institute State the cooperation transmission of actuator 21 comprising smash part 31 along the middle line in 1 length of rack is symmetrically arranged, be mounted on institute State in rack 1 and with smash switch piece 32 that part 31 is correspondingly arranged described in two and be fixed at 31 top of part of smashing Scrape bulk-breaking 33.

In the present embodiment, cooperate shredder assemblies 3 by setting Screen assemblies 2, so that the carclazyte particle of large volume is stagnant It is collected after staying on grid member 23, while shake feeding is carried out to grid member 23 using driving member 22, control the speed of discharging And output, and then improve the grinding effect of entire mechanism.

In addition, being avoided during the grinding process by the way that bulky grain carclazyte is carried out screening collection, bulky grain carclazyte air exercise aster 31 damage, and influence the service life of device.

Further, as shown in Fig. 2, the actuator 21 includes:

Mounting base 211, the mounting base 211 are fixed in the rack 1；

Motor 212, the motor 212 is fixed in the mounting base 211 and its output end is towards 23 direction of grid member Setting；And

First driving gear 213, first driving gear 213 is fixedly connected with the output end of the motor 212 and it It is set as high gear.

It should be noted that being high gear by the first driving gear 213 of setting, the second driving gear 223 is low speed Gear so that driving cog 316 engages high-speed rotation under the action of high-speed rotation, and then reaches and smashes the broken effect of part 31 Fruit.

Further, as shown in figure 5, the driving member 22 includes:

Shaft 221, the shaft 221 are rotatably provided in the rack 1 by bearing, pass through belt 222 and institute State the output end transmission connection of actuator 21；

Second driving gear 223, second driving gear 223 are fixedly connected with the shaft 221, are provided with tooth Tooth unit 224, the teeth unit 224 is along the 223 circumferencial direction spaced set several groups of the second driving gear；And

Reciprocal unit 225, the reciprocal unit 225 are engaged and with second driving gear 223 described second Discontinuity moves reciprocatingly under the action of driving gear 223.

It is noted that the second driving gear 223 is low-speed gear.

In the present embodiment, equidistant along 223 circumferencial direction of the second driving gear by setting teeth unit 224 Several groups are set, when so that the second driving gear 223 being rotated with the cooperation of rack gear 2251, rack gear 2251 is moved forward, when with it is described When teeth unit 224 does not engage, rack gear 2251 resets under the action of Flexible element b2254, and then realizes that shuttle board 231 is interrupted Property shake, have the function that the uniform material shaking of carclazyte particle to falling on shuttle board 231, the speed for reducing the decline of carclazyte particle is same When control the amount of carclazyte particle to fall when grinding work every time again.

Further, as shown in figs. 3 and 5, the reciprocal unit 225 includes:

Rack gear 2251, the rack gear 2251 are located at 223 lower section of the second driving gear, offer guide groove thereon 2250；

Mounting rack 2253, the mounting rack 2253 are fixed in the rack 1, and are arranged for L-type, lower half portion It is plugged in the guide groove 2250 of rack gear Unit 2251；And

Flexible element 2254, described 2254 one end of Flexible element be fixedly connected with the rack 1 and its other end with it is described The one end of rack gear Unit 2251 is fixedly connected, the top half being mounted in the rack 1.

Further, as shown in fig. 7, the grid member 23 includes:

Shuttle board 231 offers several through-holes 232 on the shuttle board 231, and the shuttle board 231 is by blanking unit a233 It is formed with blanking unit b234, the blanking unit a233 and blanking unit b234 are along the middle line pair in 231 length of shuttle board Claim setting；

Slide slot 2252, the slide slot 2252 are provided on the side wall of the rack 1；

Sliding block a235, the sliding block a235 are fixed on one jiao of the blanking unit a233 and are slidably arranged in institute It states in slide slot 2252；And

Sliding block b236, the sliding block b236 are fixed on one jiao of the blanking unit b234 and are slidably arranged in institute It states in slide slot 2252；

The sliding block a235 and sliding block b236 is arranged at the end of the shuttle board 231 and along the shuttle board 231 Center symmetric setting.

In the present embodiment, it is slidably arranged in the slide slot 2252 by the way that sliding block b236 and sliding block b236 is arranged, one Aspect plays the supporting role to shuttle board 231；On the other hand effectively sliding for shuttle board 231 is realized, it will not be in the mistake of shake It shifts in journey.

It is noted that the 232 concentrated setting shuttle board 231 of through-hole

Further, as shown in fig. 6, the part 31 of smashing includes:

Moving rail 311, the moving rail 311 are symmetricly set on 1 liang of the rack along the middle line on 1 width of rack On side；

Smash rod 312, it is described smash equidistantly to be provided on rod 312 several smash needle 310；

Installation axle 313, the installation axle 313 are fixedly connected and are coaxially disposed with the rod 312 of smashing；

Mounted roller 314, the mounted roller 314, which is set in the installation axle 313 and engages to be arranged, smashes rod 312 described It is interior；

Splicing storehouse a315, the splicing storehouse a315 are located at described smash below rod 312 and positioned at 21 side of actuator； And

Driving cog 316, the driving cog 316 are set in the installation axle 313 and cooperate with the actuator 21 and be driven.

Further, as shown in fig. 6, the switch piece 32 includes:

Horizontal sliding cylinder 321, the horizontal sliding cylinder 321 is horizontally disposed and its telescopic end is towards the middle line in 1 length of rack Side setting；And

Pan carriage 322,322 both ends of pan carriage be fixedly connected with the installation axle 313 and its medium position with it is described The telescopic end of horizontal sliding cylinder 321 is fixedly connected.

In the present embodiment, part 31 is smashed by the setting pulling of switch piece 32 to move back and forth, it is left when polishing work The part 31 of smashing of right two sides moves toward one another, and when polishing work is completed, part 31 is smashed backwards to movement in the left and right sides.

Embodiment two

As shown in fig. 4, fig. 9, wherein with component identical or corresponding in embodiment one using corresponding with embodiment one attached Icon note hereafter only describes the distinctive points with embodiment one for simplicity.The difference of the embodiment two and embodiment one It is:

Further, as shown in Figure 3, Figure 4, scraping bulk-breaking 33 includes:

Material unit a331 is scraped, the material unit a331 that scrapes includes the support rod a332 being fixedly connected with the installation axle 313 With the material scraping plate a333 for being slidably arranged on the blanking unit a233 and being fixedly connected with the support rod a332；

Material unit b334 is scraped, the material unit b334 that scrapes includes the support rod b335 being fixedly connected with the installation axle 313 With the material scraping plate b336 for being slidably arranged on the blanking unit b234 and being fixedly connected with the support rod b335；And

Splicing storehouse b337, the splicing storehouse b337 be located at the shuttle board 231 along its length on both ends below；

The material unit a331 and sliding block a235 that scrapes is located at the two sides of the blanking unit a233；

The material unit b334 and sliding block b236 that scrapes is located at the two sides of the blanking unit b234.

In the present embodiment, it scrapes bulk-breaking 33 by setting to be fixedly connected with the part 31 of smashing, so that complete when smashing part 31 It is moved at after crushed work to two sides, and then drives and scrape bulk-breaking 33 to two sides movement, thus the bulky grain being detained on material shaking plate Carclazyte is scraped point to two sides, until scraping delivery is collected to splicing storehouse b337, simple and ingenious structure.

In addition, being located at the blanking unit a233's by scraping the material unit a331 and sliding block a235 described in setting Two sides；The material unit b334 and sliding block b236 that scrapes is located at the two sides of the blanking unit b234；It ensure that scraper Unit a331 and scrape material unit b334 it is mobile to two sides when, will not interfere with the sliding block b236 and sliding block a235, ensure that machine The stability of structure.

The course of work:

Material falls to shuttle board 231 first, starts motor 212, and motor 212 drives the first driving gear 213 to turn at a high speed Dynamic, then belt driving band moves the second driving gear 223 and slowly runs, and the second driving gear 223 is matched with 2251 discontinuity of rack gear It closes, realizes the reciprocal shake of shuttle board 231, on shuttle board 231, remaining passes through under through-hole 232 bulky grain carclazyte particle residence It drops down onto and smashes part and smashed, after the completion of smashing, fall in the a315 of splicing storehouse, then start horizontal sliding cylinder 321, horizontal sliding cylinder 321 smash part 31 to two sides movement by the drive of pan carriage 322, while scraping material unit a331 and scraping material unit b334 and connecting It is dynamic, it is mobile to two sides, large particle is pushed into splicing storehouse b337 in mobile process.

In the description of the present invention, it should be understood that the orientation or position of the instructions such as term " front and back ", " left and right " Relationship is to be based on the orientation or positional relationship shown in the drawings, and is merely for convenience of describing the present invention and simplifying the description, without It is that the equipment of indication or suggestion meaning or component must have a particular orientation, be constructed and operated in a specific orientation, therefore not It can be interpreted as the limitation to utility model.

Certainly in the technical scheme, those skilled in the art is it should be understood that term " one " is interpreted as " at least One " or " one or more ", i.e., in one embodiment, the quantity of an element can be one, and in other implementation In example, the quantity of the element can be it is multiple, term " one " should not be understood as the limitation to quantity.

The preferable specific embodiment of the above, only the utility model, but the protection scope of the utility model is not It is confined to this, the variation that anyone skilled in the art can readily occur under the technical clarification of the utility model Or replacement, it should be covered within the scope of the utility model.Therefore, the protection scope of the utility model should be with right Subject to the protection scope of claim.

Claims (8)

1. a kind of uniform milling apparatus of high adsorption granular carclazyte, including rack (1), which is characterized in that further include:

Screen assemblies (2), the Screen assemblies (2) are arranged on the rack (1) comprising the drive being mounted on rack (1) Moving part (21), setting are in the actuator (21) side and install the driving member (22) on the rack (1) and be located at the biography Below moving part (22) and the grid member (23) that is slidably arranged on the rack (1), the grid member (23) by connecting rod with The driving member (22) is fixedly connected；And

Shredder assemblies (3), the shredder assemblies (3) are mounted on the rack (1), be located at the actuator (21) immediately below and Cooperate with the actuator (21) and be driven comprising smashes part along the middle line in the rack (1) length is symmetrically arranged (31), be mounted on the rack (1) and with the switch piece (32) and fixed setting that part (31) is correspondingly arranged are smashed described in two Bulk-breaking (33) are scraped above part (31) in described smash.

2. a kind of uniform milling apparatus of high adsorption granular carclazyte according to claim 1, which is characterized in that the driving Part (21) includes:

Mounting base (211), the mounting base (211) are fixed on the rack (1)；

Motor (212), the motor (212) is fixed on the mounting base (211) and its output end is towards grid member (23) Direction setting；And

First driving gear (213), first driving gear (213) be fixedly connected with the output end of the motor (212) and It is set as high gear.

3. a kind of uniform milling apparatus of high adsorption granular carclazyte according to claim 1, which is characterized in that the transmission Part (22) includes:

Shaft (221), the shaft (221) are rotatably provided on the rack (1) by bearing, are passed through belt (222) It is sequentially connected with the output end of the actuator (21)；

Second driving gear (223), second driving gear (223) are fixedly connected with the shaft (221), are provided with Teeth unit (224), the teeth unit (224) is along second driving gear (223) if circumferencial direction spaced set Dry group；And

Reciprocal unit (225), the reciprocal unit (225) and second driving gear (223) are engaged and described the Discontinuity moves reciprocatingly under the action of two driving gears (223).

4. a kind of uniform milling apparatus of high adsorption granular carclazyte according to claim 3, which is characterized in that described reciprocal Unit (225) includes:

Rack gear (2251), the rack gear (2251) are located at below second driving gear (223), offer guide groove thereon (2250)；

Mounting rack (2253), the mounting rack (2253) are fixed on the rack (1), and are arranged for L-type, lower half Divide in the guide groove (2250) for being plugged in the rack gear (2251) unit；And

Flexible element (2254), described Flexible element (2254) one end is fixedly connected with the rack (1) and its other end and institute The one end for stating rack gear (2251) unit is fixedly connected, the top half being mounted on the rack (1).

5. a kind of uniform milling apparatus of high adsorption granular carclazyte according to claim 3, which is characterized in that the grid Part (23) includes:

Shuttle board (231) offers several through-holes (232) on the shuttle board (231), and the shuttle board (231) is by blanking unit a (233) and blanking unit b (234) composition, the blanking unit a (233) and blanking unit b (234) are long along shuttle board (231) Middle line on degree is symmetrical arranged；

Slide slot (2252), the slide slot (2252) are provided on the side wall of the rack (1)；

Sliding block a (235), the sliding block a (235) are fixed on one jiao of the blanking unit a (233) and are slidably arranged in In the slide slot (2252)；And

Sliding block b (236), the sliding block b (236) are fixed on one jiao of the blanking unit b (234) and are slidably arranged in In the slide slot (2252)；

The sliding block a (235) and sliding block b (236) are arranged at the end of the shuttle board (231) and along the shuttle boards (231) center symmetric setting.

6. a kind of uniform milling apparatus of high adsorption granular carclazyte according to claim 5, which is characterized in that described to smash Part (31) includes:

Moving rail (311), the moving rail (311) are symmetricly set on the rack along the middle line on the rack (1) width (1) on two sides；

Smash rod (312), it is described smash equidistantly to be provided on rod (312) several smash needle (310)；

Installation axle (313), the installation axle (313) are fixedly connected and are coaxially disposed with the rod (312) of smashing；

Mounted roller (314), the mounted roller (314), which is set on the installation axle (313) and engages to be arranged, smashes rod described (312) in；

Splicing storehouse a (315), the splicing storehouse a (315) are located at described smash below rod (312) and positioned at the actuator (21) Side；And

Driving cog (316), the driving cog (316) are set on the installation axle (313) and cooperate with the actuator (21) Transmission.

7. a kind of uniform milling apparatus of high adsorption granular carclazyte according to claim 6, which is characterized in that the switching Part (32) includes:

Horizontal sliding cylinder (321), the horizontal sliding cylinder (321) is horizontally disposed and its telescopic end is towards in the rack (1) length The setting of line side；And

Pan carriage (322), pan carriage (322) both ends are fixedly connected with the installation axle (313) and its medium position and institute The telescopic end for stating horizontal sliding cylinder (321) is fixedly connected.

8. a kind of uniform milling apparatus of high adsorption granular carclazyte according to claim 6, which is characterized in that described to scrape point Part (33) includes:

It scrapes material unit a (331), the material unit a (331) that scrapes includes the support rod a being fixedly connected with the installation axle (313) (332) and the material scraping plate a that is slidably arranged on the blanking unit a (233) and is fixedly connected with the support rod a (332) (333)；

It scrapes material unit b (334), the material unit b (334) that scrapes includes the support rod b being fixedly connected with the installation axle (313) (335) and the material scraping plate b that is slidably arranged on the blanking unit b (234) and is fixedly connected with the support rod b (335) (336)；And

Splicing storehouse b (337), the splicing storehouse b (337) be located at the shuttle board (231) along its length on both ends below；

It is described to scrape material unit a (331) and the sliding block a (235) is located at the two sides of the blanking unit a (233)；

It is described to scrape material unit b (334) and the sliding block b (236) is located at the two sides of the blanking unit b (234).