CN109012974A - A kind of carclazyte continuous efficient production equipment and process - Google Patents

Abstract

The present invention relates to a kind of carclazyte continuous efficient production equipment and process, including rack, it is fixed by the bracket the feeding warehouse being arranged in right above rack, further include: primary comminution device, it includes driving mechanism and disintegrating mechanism a, and disintegrating mechanism a is located at below driving mechanism and carries out the rotation of different rates under the action of the driving mechanism；Material guide device, material guide device are located at immediately below disintegrating mechanism a and are fixedly connected with disintegrating mechanism a, which is slidably arranged on the rack；Screening plant is slidably arranged on the rack and is located at the underface of material guide device；And second level grinding device, it is located at the underface of screening plant, including disintegrating mechanism b and interlocking lever, interlocking lever upper end offer limiting slot, limiting slot engages setting with the shifting axle on disintegrating mechanism a；The present invention solves that the particle crushed in crushing process is uneven, and thorough technical problem can not be crushed by part bulky grain occur.

Description

A kind of carclazyte continuous efficient production equipment and process

Technical field

The present invention relates to granular carclazyte production technical field more particularly to a kind of carclazyte continuous efficient production equipment and Technique.

Background technique

Granular carclazyte is usually used in the decoloration of gasoline, diesel oil, and the production technology of currently used granular carclazyte is that activity is white The finished product of soil, after adding water and stirring, then with after screw extruding 3 times, placement one day, then dry, then pulverizer is crushed again Whole grain, yield rate only reach 50% or so.

The patent document of patent No. CN105268515A discloses a kind of grinding device, belongs to and crushes machine equipment design skill Art field, including crusher housing, grinding device, driving device, upper end, the lower end of crusher housing are respectively arranged with charging Mouthful, discharge port, grinding device includes shaft and the crushing vane that is arranged in shaft, and driving device setting is crushing casing Outside body, the rotation of crushing vane is driven by the rotation of drive shaft, crushing chamber is equipped between feed inlet, discharge port, is crushed Chamber upper end is equipped with the crushing accent for extending feed inlet, and crushing accent upper cover has chamber lid；It is thin that crushing chamber is equipped with several dischargings Hole；The crushing vane of grinding device is arranged in crushing chamber.The crushing vane is equipped with 2-5 piece.The chamber lid and crushing accent Articulated connection can be realized by the invention and once be crushed, not need repeatedly to crush, be conducive to save the time and improve effect Rate.

But in actual use, for inventor's discovery in crushing process, the particle of crushing is uneven, portion occurs Divide bulky grain that can not be crushed thorough problem.

Summary of the invention

The purpose of the present invention is in view of the deficiencies of the prior art, crushed by setting primary comminution device and second level Device carries out cooperation Synchronous Transmission, recycles material guide device to recycle the carclazyte particle for having crushed completion, utilizes simultaneously Screening plant crushes to solve in crushing process so that the part bulky grain omitted in a crushing process is collected Particle is uneven, and thorough technical problem can not be crushed by part bulky grain occur.

Against the above technical problems, as follows using technical solution: a kind of carclazyte continuous efficient production equipment, including machine Frame is fixed by the bracket the feeding warehouse being arranged in right above the rack, further includes:

Primary comminution device, the primary comminution device include being mounted on the rack and long along the feeding warehouse Middle line on degree is symmetricly set on the driving mechanism of the two sides of the feeding warehouse and underface and installation positioned at the feeding warehouse Disintegrating mechanism a in the rack, the driving mechanism are arranged along the rack length direction, and described disintegrating mechanism a The rotation of different rates is carried out below the driving mechanism and under the action of the driving mechanism；

Material guide device, the material guide device are located at immediately below the disintegrating mechanism a and fix with the disintegrating mechanism a and connect It connects, which is slidably arranged in the rack；

Screening plant, the screening plant be slidably arranged in the rack and be located at the material guide device just under Side；And

Second level grinding device, the second level grinding device are located at the underface of the screening plant comprising are mounted on institute State disintegrating mechanism b and one end in rack be hinged and connected with the disintegrating mechanism b and its middle part it is hinged with the fixing axle in rack Connected interlocking lever, the interlocking lever upper end offer limiting slot, the shifting axle card on the limiting slot and the disintegrating mechanism a Close setting.

Preferably, the driving mechanism includes:

First motor, the first motor are fixedly mounted on the side wall of the rack by motor rack；

Rotating member a, the rotating member a are sequentially connected by belt a and the output end of the first motor, rotating member a It is arranged close to the feeding warehouse comprising the first rotating shaft a that is rotatably provided in the rack and be fixed at described turn High gear on axis a；And

Rotating member b, the rotating member b are sequentially connected by belt b and the output end of the first motor, rotating member b The side the rotating member a is set and it includes the second shaft a being rotatably provided in the rack and is fixed at institute State the low-speed gear on shaft a.

Preferably, the disintegrating mechanism a include disruption elements a, be fixedly connected with the one end the disruption elements a and with The driving gear a and traction component of driving mechanism engaged transmission；

The disruption elements a includes being symmetricly set on the rack two sides along the middle line on the feeding warehouse width Track a, be slidably arranged on the track a and along the symmetrically arranged crushing members of middle line in the feeding warehouse length A, the crushing members a include broken rod a, the drive shaft a for being fixedly connected and being coaxially disposed with broken rod a and are set in the drive On moving axis a and the pulley a being arranged in the track a is engaged, if being provided with dry rubbing needle a on the broken rod a；

The traction component includes horizontally disposed and with the drive shaft a connection frame being fixedly connected and described in being mounted on Horizontal sliding cylinder in rack, the telescopic end of the horizontal sliding cylinder are fixedly connected with the connection frame, the shifting axle fixed setting On the connection frame.

Preferably, the pusher part a includes:

Shaft b, the shaft b are fixed in the rack and are located at the driving gear b far from feeding warehouse side Setting；

Secondary moving gear a, the secondary moving gear a are rotatably provided on the shaft b and engage with the driving gear b Setting；

Rack unit a, the rack unit a, which is located at below the secondary moving gear a and engages with the secondary moving gear a, to be set It sets, the rack unit a is single-side rack；

Scraping wings a, the scraping wings a are slidably arranged on the flase floor a, side extend one section with it is described The end rack unit a is fixedly connected；

Flexible element a, the one end the Flexible element a is fixedly connected with the rack and its other end and the rack gear list The other end of first a is fixedly connected；And

Support base a, the support base a are L-type, and top half is used to that Flexible element a, lower half portion is fixedly mounted It is plugged in the rack unit a, rack unit a is slidably arranged on the support base a.

Preferably, the material guide device includes:

Rewinding component, the rewinding component are symmetricly set on the feeding warehouse along the middle line in the feeding warehouse length Two sides comprising the flase floor a that is slidably arranged in the rack, one end is fixedly connected with the flase floor a and its is another The connecting rod being fixedly connected with the connection frame is held, is arranged below the flase floor a and is solid with the lower surface the flase floor a Surely the receiving warehouse a connected and the support plate being arranged in below the receiving warehouse a, the bottom the receiving warehouse a are provided with slide bar, should Slide bar is slidably arranged in the sliding slot opened up in the support plate, and the receiving warehouse a is located under the through-hole a of the flase floor a The side of side is obliquely installed；And

Control assembly, the control assembly include the driving gear b being fixedly connected with the crushing members other end, along Middle line symmetrically arranged pusher part a and pusher part b in the feeding warehouse length；

The driving gear b is the setting of half tooth.

Preferably, the pusher part b includes:

Shaft d, the shaft d are fixed in the rack and are located at the driving gear b far from feeding warehouse side Setting；

Secondary moving gear b, the secondary moving gear b are rotatably provided on the shaft d and engage with the driving gear b and set It sets；

Rack unit b, the rack unit b, which is located at below the secondary moving gear b and engages with the secondary moving gear b, to be set It sets, the rack unit b is upper and lower the two-sided rack；

Scraping wings b, the scraping wings b are slidably arranged on the flase floor a, side extend one section with it is described The end rack unit b is fixedly connected；

Flexible element c, the one end the Flexible element c is fixedly connected with the rack and its other end and the rack gear list The other end of first b is fixedly connected；And

Support base b, the support base b are L-type, and top half is used to that Flexible element c, lower half portion is fixedly mounted It is plugged in the rack unit b, rack unit b is slidably arranged on the support base b.

Preferably, the screening plant includes:

Shaft c, the shaft c rotation are set in the rack；

Turn tooth a, it is described to turn tooth a and the lower rack gear of the rack unit is engaged and is fixed at the shaft c On；

Turn tooth b, the tooth b that turns is fixed on the shaft c and turns tooth a coaxial arrangement with described, this turns on tooth b Teeth unit spaced set several groups；

Reciprocating rack, the reciprocating rack and the tooth b that turns are engaged and are located at described turn below tooth b；

The two sides sieving plate b, the sieving plate b are provided with sliding block, the sliding block be slidably arranged in the rack and one end with The reciprocating rack end is fixedly connected；And

Flexible element b, the one end the Flexible element b is fixedly connected with the rack and its other end and the past double tooth The other end of item is fixedly connected.

Preferably, the diameter of the through-hole a is R1, the through-hole b diameter of the sieving plate b is R2, the R2 > R1.

Preferably, the disintegrating mechanism b includes:

Track b, the track b middle line on the feeding warehouse width be symmetricly set on the rack two sides；

Crushing members b, the crushing members b are slidably arranged on the track b and along in the feeding warehouse length Line is symmetrical arranged, and is crushed rod b, the drive shaft b for being fixedly connected and being coaxially disposed with broken rod b and is set in the drive shaft b The pulley b that upper and engaging is arranged in the track b, if being provided with dry rubbing needle b on the broken rod b；

Runner assembly, the runner assembly include the mounting base being fixed in the rack, be symmetricly set on it is described The second motor in rack and the driving gear c being fixedly connected with the output end of second motor, the mounting base are to fall T In type setting and the center line being located in the feeding warehouse length；

Driving gear d, the driving gear d are fixedly connected with described drive shaft one end and engage with the driving gear c Setting；

Materials and parts are scraped, the materials and parts of scraping include the mobile bar being fixedly connected with the drive shaft and are arranged in the mobile bar End and the scraper plate being located above the sieving plate b；

Picking-up container a, the picking-up container a are located at the runner assembly underface；And

Picking-up container b, the picking-up container b are located at the two sides of the picking-up container a.

The present invention also provides a kind of carclazyte continuous efficient production technologies, comprising:

Step 1, level-one pulverizing process, for granular carclazyte from feeding warehouse to whereabouts, driving mechanism drives driving gear a high speed Rotation progress first level flour is broken, and the smashed granular carclazyte of level-one falls to flase floor a delay, and the particle for reaching specification is white Soil falls into receiving warehouse a and temporarily stores up；

Step 2, quantitative pusher process are crushed group after granular carclazyte completes level-one crushing under the driving of traction component Part is mobile to two sides, and driving mechanism driving driving gear b slowly runs, driving gear b drive pusher part a and pusher part b towards Feeding warehouse moves toward one another, and uniformly pushes to sieving plate b to the flase floor a smashed granular carclazyte of level-one being detained；

Step 3, sieve process, the smashed granular carclazyte of level-one during the falling process, pusher part a remain to Feeding warehouse direction is mobile, while the reciprocating rack of teeth unit and runner assembly cooperation rotate, and discontinuity drives between sieving plate b Disconnected property moves back and forth, and the carclazyte particle of large volume stays on sieving plate b, at this time short grained carclazyte particle trembling in sieving plate b Movement continues to fall under；

Step 4, second level pulverizing process, under the action of interlocking lever, crushing members a backwards to moving, synchronizes driving outward Crushing members b is moved synchronously inwardly, is moved to high-speed rotation under runner assembly, carries out second level to short grained carclazyte particle at this time It crushes, completes to be collected after crushing into picking-up container a；

Step 5, scraper collecting process, after completing the second level crushed work of carclazyte particle, disintegrating mechanism a is in traction component It is resetted under driving, drives the crushing members of disintegrating mechanism b to reset in reseting procedure, the crushing members of disintegrating mechanism b are outward backwards to fortune It is dynamic, thereon scrape materials and parts synchronizing moving, the carclazyte particle for the large volume being trapped on sieving plate b is pushed in moving process Picking-up container b is collected.

Beneficial effects of the present invention:

(1) cooperation Synchronous Transmission is carried out by setting primary comminution device and second level grinding device in the present invention, realized The multi-stage crushing effect of carclazyte recycles material guide device to recycle the carclazyte particle for having crushed completion, avoids its progress Separating twice improves second level grinding device crushing effect, while utilizing screening plant, so that omitted in a crushing process Part bulky grain is collected, and avoids interference with the crushing effect of second level grinding device, and clever structure, gearing property are high；

It (2) is high-speed rotation by setting high gear in the present invention, low-speed gear is to slowly run, so that in high speed Under the action of rotation, driving gear a engages high-speed rotation, and then reaches crushing members crushing effect；Another aspect low speed tooth When wheel is rotated with driving gear a cooperation, the driving gear b rotation being coaxially arranged is driven, recycling driving gear b is half Tooth setting, and then realize that pusher part a and pusher part b is slowly carried forward at the uniform velocity pusher, and then reach quantitative conveying carclazyte particle Downward effect；

(3) it is utilized in the present invention through setting flase floor a, so that when disintegrating mechanism a level-one crushed work, carclazyte particle It falls on flase floor a and is temporarily stored, while the through-hole a on flase floor a211 is set as ultimate pulverized particles specification, It can be so fallen by through-hole a to receiving warehouse a by the particle that crushed work is just completed in a crushed work and once be received Collection, unit efficiency is high, high degree of automation；

(4) present invention in by setting elastic component a so that scraping wings complete move ahead pusher work after, by elasticity Effect automatically resets, while being upper and lower the two-sided rack by setting rack unit b, so that the rack gear on upper layer is nibbled with time moving gear The pusher work for realizing pusher part a is closed, the rack gear of another aspect lower layer and the screening plant cooperate, and realize that sieving plate b's is past Multiple shake, provides synchronous driving force, and convenient for control, gearing property is high；

(5) by the way that the teeth unit spaced set several groups on tooth b will be turned in the present invention, so that reciprocating rack and tooth When tooth unit engaged transmission, reciprocating rack is moved forward, and when not engaging with the teeth unit, reciprocating rack is elastic single It is resetted under the action of first b, and then realizes the shake of sieving plate b discontinuity, and then reach to the carclazyte particle fallen on sieving plate b The effect of uniform material shaking, improves the crushing effect of separating twice device；

(6) it scrapes materials and parts by setting in the present invention to be fixedly connected with drive shaft, so that working as the crushing members of second level grinding device It is mobile to two sides after completion crushed work, and then drive the scraper plate for scraping materials and parts mobile to two sides, thus by being detained on sieving plate b Bulky grain carclazyte scraped point to two sides, until scraping delivery is collected to picking-up container b, simple and ingenious structure.

In conclusion the equipment has the advantages of good crushing effect, high degree of automation, it is particularly suitable for granular carclazyte Production technical field.

Detailed description of the invention

For the clearer technical solution for illustrating the embodiment of the present invention, will make below to required in embodiment description Attached drawing is briefly described, it should be apparent that, drawings discussed below is only some embodiments of the present invention, for For those skilled in the art, without creative efforts, it can also be obtained according to these attached drawings His attached drawing.

Fig. 1 is the status diagram of primary comminution of the present invention work.

Fig. 2 is the structural schematic diagram of driving mechanism.

Fig. 3 is the structural schematic diagram of screening plant.

Fig. 4 is enlarged diagram of the Fig. 3 at B.

Fig. 5 is the structural schematic diagram of disintegrating mechanism a.

Fig. 6 is enlarged diagram of the Fig. 5 at A.

Fig. 7 is the structural schematic diagram of material guide device.

Fig. 8 is structural schematic diagram of the invention.

Fig. 9 is the status diagram of guide separating twice of the present invention.

Figure 10 is the status diagram of present invention screening work.

Figure 11 is the partial structure diagram of disintegrating mechanism b.

Figure 12 is method flow schematic diagram of the invention.

Specific embodiment

Technical solution in the embodiment of the present invention is clearly and completely illustrated with reference to the accompanying drawing.

Embodiment one

As shown in Figure 1, a kind of granular carclazyte, which crushes, promotes production equipment, including rack 10, it is fixedly installed by bracket 20 Feeding warehouse 30 right above the rack 10, further includes:

Primary comminution device 1, the primary comminution device 1 include being mounted in the rack 10 and along the charging Middle line in 30 length of storehouse is symmetricly set on the driving mechanism 11 of the two sides of the feeding warehouse 30 and positioned at the feeding warehouse 30 Underface and the disintegrating mechanism a12 being mounted in the rack 10, the driving mechanism 11 is along 10 length direction of rack Setting, the disintegrating mechanism a12 are located at 11 lower section of driving mechanism and carry out under the action of driving mechanism 11 different The rotation of rate；

Material guide device 2, the material guide device 2 be located at immediately below the disintegrating mechanism a12 and with the disintegrating mechanism a12 It is fixedly connected, which is slidably arranged in the rack 10；

Screening plant 3, the screening plant 3 are slidably arranged in the rack 10 and are located at the material guide device 2 Underface；And

Second level grinding device 4, the second level grinding device 4 are located at the underface of the screening plant 3 comprising installation In the rack 10 disintegrating mechanism b41 and one end and the disintegrating mechanism b41 be hinged and connected and in the middle part of it and in rack 10 The interlocking lever 42 that is hinged and connected of fixing axle 40, which offers limiting slot 43, the limiting slot 43 with it is described Shifting axle 120 on disintegrating mechanism a12 engages setting.

In the present embodiment, cooperation Synchronous Transmission is carried out by setting primary comminution device 1 and second level grinding device 4, it is real The multi-stage crushing effect of carclazyte is showed, has recycled material guide device 2 to recycle the carclazyte particle for having crushed completion, avoid It carries out separating twice, 4 crushing effect of second level grinding device is improved, while utilizing screening plant 3, so that a crushing process The part bulky grain of middle omission is collected, and avoids interference with the crushing effect of second level grinding device 4, clever structure, gearing property It is high.

In addition, by offering limiting slot 43 in 42 upper end of interlocking lever, so that interlocking lever 42 is with 1231 turns of connection frame It will not be stuck in dynamic process, ensure that its stability, topple to guarantee that interlocking lever 42 is not fallen out, it can also be by movement Axis 120 makes T font, and around vertical axis, bottom plate limits it.

Further, as shown in Fig. 2, the driving mechanism 11 includes:

First motor 111, the first motor 111 are fixedly mounted on the side wall of the rack 10 by motor rack 110 On；

Rotating member a112, the rotating member a112 are driven by belt a113 and the output end of the first motor 111 to be connected It connects, rotating member a112 is arranged close to the feeding warehouse 30 comprising the first rotating shaft being rotatably provided in the rack 10 A115 and the high gear 116 being fixed on the shaft a115；And

Rotating member b114, the rotating member b114 are driven by belt b118 and the output end of the first motor 111 to be connected It connects, the side the rotating member a112 is arranged in rotating member b114 and it includes be rotatably provided in the rack 10 Two shaft a100 and the low-speed gear 117 being fixed on the shaft a115.

It is worth noting that two first motor rotation directions are arranged on the contrary, realizing the driving mechanism of the left and right sides in turn 11 drive disintegrating mechanism a12 to carry out relative to or backwards to mobile.

It is high-speed rotation by setting high gear 116, low-speed gear 117 is to slowly run, so that in high-speed rotation Under effect, driving gear a122 engages high-speed rotation, and then reaches 1212 crushing effect of crushing members；Another aspect low speed When gear 117 and driving gear a122 cooperation rotate, the driving gear b221 rotation being coaxially arranged is driven, master is recycled Moving gear b221 is the setting of half tooth, and then realizes that pusher part a222 and pusher part b223 is slowly carried forward at the uniform velocity pusher, in turn Achieve the effect that quantitative conveying carclazyte particle is downward.

Further, described as shown in figure 5, the disintegrating mechanism a12 and disintegrating mechanism b41 include disruption elements 121 Disruption elements 121 include the track being symmetricly set on 10 two sides of rack along the middle line on 30 width of feeding warehouse 1211, slidably it is arranged on the track 1211 and symmetrically arranged broken along the middle line in 30 length of feeding warehouse Part 1212, the drive shaft that the crushing members 1212 include broken rod 1213, are fixedly connected and are coaxially disposed with broken rod 1213 It 1214 and is set in the drive shaft 1214 and pulley 1215 that engaging is arranged in the track 1211, the broken rod Several pulverizing needles 1216 are provided on 1213.

Further, as shown in figure 5, the disintegrating mechanism a12 includes the disruption elements a121 and disruption elements a121 One end is fixedly connected and driving gear a122 and traction component 123 with 11 engaged transmission of driving mechanism；

The disruption elements a121 includes being symmetricly set on the rack 10 along the middle line on 30 width of feeding warehouse Track a1211 on two sides, slidably it is arranged on the track a1211 and along the middle line in 30 length of feeding warehouse Symmetrically arranged crushing members a1212, the crushing members a1212 include broken rod a1213, be fixedly connected with broken rod a1213 and It the drive shaft a1214 of coaxial arrangement and is set on the drive shaft a1214 and engages and be arranged in the track a1211 Pulley a1215, if being provided with dry rubbing needle a1216 on the broken rod a1213；

The traction component 123 include it is horizontally disposed and with the drive shaft a1214 connection frame 1231 being fixedly connected and The horizontal sliding cylinder 1232 being mounted in the rack 10, the telescopic end of the horizontal sliding cylinder 1232 and the connection frame 1231 are solid Fixed connection, the shifting axle 120 are fixed on the connection frame 1231.

In the present embodiment, made by the way that traction component 123 is arranged, so that horizontal sliding cylinder 1232 drives connection frame 1231 It moves back and forth, while being fixedly installed using connection frame 1231 and drive shaft, connect drive shaft horizontal direction 1231 position-limiting action of frame and shifting axle 120 move horizontally under the effect of connection frame 1231.

Further, as shown in fig. 7, the material guide device 2 includes:

Rewinding component 21, the rewinding component 21 are symmetricly set on described along the middle line in 30 length of feeding warehouse 30 two sides of feeding warehouse comprising flase floor a211, one end and the flase floor a211 in the rack 10 are slidably set It is fixedly connected and connecting rod 212 that its other end is fixedly connected with the disintegrating mechanism a12, is arranged in the flase floor a211 Lower section and the receiving warehouse a213 being fixedly connected with the lower surface the flase floor a211 and it is arranged in below the receiving warehouse a213 Support plate 214, the bottom the receiving warehouse a213 are provided with slide bar 215, which is slidably arranged in the support plate 214 On in the sliding slot 215 that opens up, the receiving warehouse a213 is located at the inclination of the side below the through-hole a216 of the flase floor a211 and sets It sets；And

Control assembly 22, the control assembly 22 include the driving tooth being fixedly connected with 1212 other end of crushing members Take turns b221, along the middle line symmetrically arranged pusher part a222 and pusher part b223 in 30 length of feeding warehouse；

The driving gear b221 is the setting of half tooth.

In the present embodiment, by the way that flase floor a211 is arranged, so that when disintegrating mechanism a level-one crushed work, i.e. pulverizer Two crushing members of structure b41 are in separated position, and carclazyte particle falls on flase floor a211 and temporarily stored at this time, simultaneously Through-hole a216 on flase floor a211 is set as ultimate pulverized particles specification, then just completing by a crushed work The particle of crushed work can be fallen into receiving warehouse a213 by through-hole a216 and once be collected, and unit efficiency is high, automatically Change degree is high.

Further, as shown in figure 3, the disintegrating mechanism b41 includes:

Track b4111, the track b4111 middle line on 30 width of feeding warehouse be symmetricly set on the rack On 10 two sides；

Crushing members b4112, the crushing members b4112 are slidably arranged on the track b4111 and along the charging Middle line in 30 length of storehouse is symmetrical arranged, broken rod b4113, the driving for being fixedly connected and being coaxially disposed with broken rod b4113 Axis b4114 and it is set in the drive shaft b4114 on and engages the pulley b4115 being arranged in the track b4111, it is described If being provided with dry rubbing needle b4116 on broken rod b4113；

Runner assembly 411, the runner assembly 411 include the mounting base 412, right being fixed in the rack 10 Claim the second motor 413 being arranged in the rack 10 and the driving tooth being fixedly connected with the output end of second motor 413 C414 is taken turns, the mounting base 412 is inverted T shaped is arranged and on the center line in 30 length of feeding warehouse；

Driving gear d415, the driving gear d415 be fixedly connected with described 1214 one end of drive shaft and with the master Moving gear c414 is engaged；

Materials and parts 416 are scraped, the materials and parts 416 of scraping include the mobile bar 4161 being fixedly connected with the drive shaft 1214 and set It sets in 4161 end of mobile bar and the scraper plate 4162 above the sieving plate b35；

Picking-up container a417, the picking-up container a417 are located at 411 underface of runner assembly；And

Picking-up container b418, the picking-up container b418 are located at the two sides of the picking-up container a417.

In this embodiment, it scrapes materials and parts 416 by setting to be fixedly connected with drive shaft 1214, so that when crushing members b 4112 is complete It is moved at after crushed work to two sides, and then drives the scraper plate 4162 for scraping materials and parts 416 mobile to two sides, thus by sieving plate b35 The bulky grain carclazyte of upper delay is scraped point to two sides, until scraping delivery is collected to picking-up container b418, simple and ingenious structure.

Yes, the distance between broken rod 1213 in left and right two of disintegrating mechanism b41 is than disintegrating mechanism a12 for worth explanation The distance between the two broken rods 1213 in left and right are small, and its object is to realize the effect of multi-stage crushing.

Embodiment two

As shown in Fig. 3, Fig. 7, 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 embodiment two it is different from embodiment one it Be in:

Further, as shown in Fig. 2, the diameter of the through-hole a216 is R1, the through-hole b351 diameter of the sieving plate b35 For R2, the R2 > R1.

In the present embodiment, by the way that R2 > R1 is arranged, the carclazyte particle on the one hand reaching R1 specification is first received On the other hand collection since the pulverized particles of second level grinding device 4 are little particle, avoid being normally carried out crushing, will be more than R2 ruler Very little carclazyte particle is collected, and while ensure that the crushing power of second level grinding device 4, improving crushing members b 4112 makes Use the service life.

Embodiment three

As shown in figure 3, wherein using attached drawing mark corresponding with embodiment one with component identical or corresponding in embodiment one Note hereafter only describes the distinctive points with embodiment one for simplicity.The difference of the embodiment three and embodiment one exists In: one of the present embodiment granular carclazyte crushes the screening plant 3 in promotion production equipment and includes:

Shaft c31, the shaft c31 are rotatably arranged in the rack 10 by bearing；

Turn tooth a32, it is described to turn tooth a32 and the lower rack gear of the rack unit 2223 is engaged and is fixed at institute It states on shaft c31；

Turn tooth b33, the tooth b33 that turns is fixed on the shaft c31 and turns tooth a32 coaxial arrangement with described, should Turn the 331 spaced set several groups of teeth unit on tooth b33；

Reciprocating rack 34, the reciprocating rack 34 and the tooth b33 that turns are engaged and are located at described turn below tooth b33；

The two sides sieving plate b35, the sieving plate b35 are provided with sliding block 36, which is slidably arranged in the rack 10 Upper and one end is fixedly connected with 34 end of reciprocating rack；And

Flexible element b37, the one end the Flexible element b37 be fixedly connected with the rack 10 and its other end with it is described The other end of reciprocating rack 34 is fixedly connected.

In the present embodiment, by the way that the 331 spaced set several groups of teeth unit on tooth b33 will be turned, so that toward double tooth When 331 engaged transmission of item 34 and teeth unit, reciprocating rack 34 is moved forward, when not engaged with the teeth unit 331, Reciprocating rack 34 resets under the action of Flexible element b37, and then realizes the shake of sieving plate b35 discontinuity, and then reach to falling Enter the effect of the uniform material shaking of carclazyte particle on sieving plate b35, improves the crushing effect of separating twice device.

Example IV

As shown in fig. 7, wherein using attached drawing mark corresponding with embodiment one with component identical or corresponding in embodiment one Note hereafter only describes the distinctive points with embodiment one for simplicity.The difference of the example IV and embodiment one exists In: one of the present embodiment granular carclazyte, which crushes, promotes production equipment, and the pusher part a222 includes:

Shaft b2221, the shaft b2221 are fixed in the rack 10 and are located at the driving gear b221 It is arranged far from 30 side of feeding warehouse；

Secondary moving gear a2222, the secondary moving gear a2222 be rotatably provided on the shaft b2221 and with the master Moving gear b221 is engaged；

Rack unit a2223, the rack unit a2223 are moved below the secondary moving gear a2222 and with described time Gear a2222 is engaged, and the rack unit a2223 is single-side rack；

Scraping wings a2224, the scraping wings a2224 are slidably arranged on the flase floor a211, and side is extended One section is fixedly connected with the end the rack unit a2223；

Flexible element a2225, the one end the Flexible element a2225 be fixedly connected with the rack 10 and its other end with The other end of the rack unit a2223 is fixedly connected；And

Support base a2226, the support base a2226 are L-type, and top half is used to that Flexible element is fixedly mounted A2225, lower half portion are plugged in the rack unit a2223, and rack unit a2223 is slidably arranged in the support On seat a2226.

Further, the pusher part b223 includes:

Shaft d2231, the shaft d2231 are fixed in the rack 10 and are located at the driving gear b221 It is arranged far from 30 side of feeding warehouse；

Secondary moving gear b2232, the secondary moving gear b2232 be rotatably provided on the shaft d2231 and with the master Moving gear b221 is engaged；

Rack unit b2233, the rack unit b2233 are moved below the secondary moving gear b2232 and with described time Gear b2232 is engaged, and the rack unit b2233 is upper and lower the two-sided rack；

Scraping wings b2234, the scraping wings b2234 are slidably arranged on the flase floor a211, and side is extended One section is fixedly connected with the end the rack unit b2233；

Flexible element c2235, the one end the Flexible element c2235 be fixedly connected with the rack 10 and its other end with The other end of the rack unit b2233 is fixedly connected；And

Support base b2236, the support base b2236 are L-type, and top half is used to that Flexible element is fixedly mounted C2235, lower half portion are plugged in the rack unit b2233, and rack unit b2233 is slidably arranged in the support On seat b2236.

In the present embodiment, by the way that elastic component a2225, Flexible element c2235 is arranged, so that scraping wings a2224, pusher Plate b2234 is automatically reset after the work for completing forward pusher by elastic reaction, while passing through setting rack unit a2223 For upper and lower the two-sided rack, so that the rack gear on upper layer engage the pusher work for realizing pusher part a222 with time moving gear 2222, it is another The rack gear of aspect lower layer and the screening plant 3 cooperate, and realize the reciprocal shake of sieving plate b35, provide synchronous driving force, just In control, gearing property is high.

Embodiment five

A kind of carclazyte continuous efficient production technology of the embodiment of the present invention five is described referring to embodiment one.

A kind of carclazyte continuous efficient production technology as shown in figure 12, comprising:

Step 1, level-one pulverizing process, for granular carclazyte from feeding warehouse 30 to whereabouts, driving mechanism 11 drives driving gear A122 high speed rotation carries out level-one crushing, and the smashed granular carclazyte of level-one falls to flase floor a211 delay, reaches specification ruler Very little granular carclazyte falls into receiving warehouse a213 and temporarily stores up；

Step 2, quantitative pusher process are crushed under the driving of traction component 123 after granular carclazyte completes level-one crushing Component 121 is mobile to two sides, and driving mechanism 11 drives driving gear b221 to slowly run, and driving gear b221 drives pusher part A222 and pusher part b223 are moved toward one another towards feeding warehouse 30, the smashed granular carclazyte of level-one being detained to flase floor a211 Uniformly push to sieving plate b35；

Step 3 sieves process, and during the falling process, pusher part a222 is protected the smashed granular carclazyte of level-one always It holds to the movement of 30 direction of feeding warehouse, while the reciprocating rack 34 of teeth unit 331 and the cooperation of runner assembly 411 rotate, discontinuity Sieving plate b35 discontinuity is driven to move back and forth, the carclazyte particle of large volume stays on sieving plate b35, at this time short grained carclazyte Particle continues to fall under the shake effect of sieving plate b35；

Step 4, second level pulverizing process, under the action of interlocking lever 42, crushing members a1212 is outward backwards to moving, together Step driving crushing members b4112 is moved synchronously inwardly, high-speed rotation under runner assembly 411 is moved to, at this time to short grained carclazyte Particle carries out second level crushing, completes to be collected after crushing into picking-up container a417；

Step 5, scraper collecting process, after completing the second level crushed work of carclazyte particle, disintegrating mechanism a12 is in traction component It is resetted under 123 driving, drives crushing members b4112 to reset in reseting procedure, crushing members b4112 is outward backwards to moving, thereon Scrape 416 synchronizing moving of materials and parts, the carclazyte particle for the large volume being trapped on sieving plate b35 is pushed in moving process and is connect Hopper b418 is collected.

The course of work:

Granular carclazyte first starts first motor 111 from feeding warehouse 30 to whereabouts at this time, and first motor 111 passes through belt A113 drives 116 high-speed rotation of high gear, and the driving gear a122 cooperated at this time with high gear 116 drives disruption elements 121 carry out rotation crushing, and after primary crushing, the smashed carclazyte particle of level-one is fallen on flase floor a211, complete final crush The carclazyte particle of specification is fallen by through-hole a216 to receiving warehouse a213 to be collected for the first time, is then shut off 30 orlop of feeding warehouse Outlet, starting horizontal sliding cylinder 1232 drives disruption elements 121 mobile to two sides, in moving process, receives by connection frame 1231 Expect component 21 and connection frame 1231 occur to interlock it is mobile to two sides, while driving gear a122 be moved at low-speed gear 117 with Its engaged transmission, driving gear b221 is rotated synchronously at this time, is driven with the secondary moving gear 2222, secondary moving gear 2222 drive the scraping wings 2224 for connecting setting with rack unit 2223 and scraping wings 2224 to move backward, even in moving process Carclazyte particle on speed push flase floor a211 is to falling to sieving plate b35；

At the same time, the disruption elements 121 of disintegrating mechanism b41 move inward, the reciprocating rack 34 of teeth unit 331 with The cooperation rotation of runner assembly 411, and then discontinuity drives sieving plate b35 discontinuity to move back and forth, the carclazyte particle of large volume stays On sieving plate b35, short grained carclazyte particle falls into disintegrating mechanism b41 and carries out second level crushing at this time, falls after the completion of crushing Enter picking-up container a417 to be collected, at this point, disintegrating mechanism a12 resets while driving disintegrating mechanism b41 mobile to two sides, in turn Large-volume particulate is scraped point to picking-up container b418.

In the description of the present invention, it is to be understood that, the orientation or position of the instructions such as term " front and back ", " left and right " are closed System is merely for convenience of description of the present invention and simplification of the description to be based on the orientation or positional relationship shown in the drawings, rather than indicates Or imply that signified equipment or component must have a particular orientation, is constructed and operated in a specific orientation, therefore cannot understand For the limitation to invention.

Certainly in the technical scheme, those skilled in the art is it should be understood that term " one " is interpreted as " extremely It is one few " or " one or more ", i.e., in one embodiment, the quantity of an element can be one, and in other reality Apply in example, the quantity of the element can be it is multiple, term " one " should not be understood as the limitation to quantity.

The foregoing is only a preferred embodiment of the present invention, but protection scope of the present invention be not limited to This, any changes or substitutions that can be easily thought of under technical clarification of the invention by anyone skilled in the art, all It is covered by the protection scope of the present invention.Therefore, protection scope of the present invention should be with the protection scope of claims Subject to.

Claims (10)

1. a kind of carclazyte continuous efficient production equipment, including rack (10), by bracket (20) it is fixed at the rack (10) feeding warehouse (30) right above, which is characterized in that further include:

Primary comminution device (1), the primary comminution device (1) include being mounted on the rack (10) and along the charging Middle line in storehouse (30) length is symmetricly set on the driving mechanism (11) of the two sides of the feeding warehouse (30) and is located at the charging The underface in storehouse (30) and the disintegrating mechanism a (12) being mounted on the rack (10), the driving mechanism (11) is along described The setting of rack (10) length direction, the disintegrating mechanism a (12) are located at below the driving mechanism (11) and in the driving machine Structure is rotated under the action of (11)；

Material guide device (2), the material guide device (2) be located at immediately below the disintegrating mechanism a (12) and with the disintegrating mechanism a (12) it is fixedly connected, which is slidably arranged on the rack (10)；

Screening plant (3), the screening plant (3) are slidably arranged on the rack (10) and are located at the material guide device (2) underface；And

Second level grinding device (4), the second level grinding device (4) are located at the underface of the screening plant (3) comprising installation Disintegrating mechanism b (41) and one end on the rack (10) and the disintegrating mechanism b (41) are hinged and connected and its middle part and machine The interlocking lever (42) that fixing axle (40) on frame (10) is hinged and connected, interlocking lever (42) upper end offer limiting slot (43), institute It states limiting slot (43) and engages setting with the shifting axle (120) on the disintegrating mechanism a (12).

2. a kind of carclazyte continuous efficient production equipment according to claim 1, which is characterized in that the driving mechanism (11) include:

First motor (111), the first motor (111) are fixedly mounted on the side of the rack (10) by motor rack (110) On wall；

Rotating member a (112), the rotating member a (112) are passed by the output end of belt a (113) and the first motor (111) Dynamic connection, rotating member a (112) are arranged close to the feeding warehouse (30) comprising are rotatably provided on the rack (10) First rotating shaft a (115) and the high gear (116) that is fixed on the shaft a (115)；And

Rotating member b (114), the rotating member b (114) are passed by the output end of belt b (118) and the first motor (111) Dynamic connection, rotating member b (114) setting (112) side rotating member a and it include being rotatably provided in the rack (10) the second shaft a (100) on and the low-speed gear (117) being fixed on the shaft a (115).

3. a kind of carclazyte continuous efficient production equipment according to claim 1, which is characterized in that the disintegrating mechanism a (12) include disruption elements a (121), be fixedly connected with described disruption elements a (121) one end and engage biography with driving mechanism (11) Dynamic driving gear a (122) and traction component (123)；

The disruption elements a (121) includes being symmetricly set on the rack along the middle line on the feeding warehouse (30) width (10) the track a (1211) on two sides, be slidably arranged on the track a (1211) and along the feeding warehouse (30) length On the symmetrically arranged crushing members a (1212) of middle line, the crushing members a (1212) include broken rod a (1213), with broken rod a (1213) it the drive shaft a (1214) that is fixedly connected and is coaxially disposed and is set on the drive shaft a (1214) and engages setting Pulley a (1215) in the track a (1211), the broken rod a (1213) if on be provided with dry rubbing needle a (1216)；

The traction component (123) includes connection frame (1231) that is horizontally disposed and being fixedly connected with the drive shaft a (1214) With the horizontal sliding cylinder (1232) being mounted on the rack (10), the telescopic end and the connection frame of the horizontal sliding cylinder (1232) (1231) it is fixedly connected, the shifting axle (120) is fixed on the connection frame (1231).

4. a kind of carclazyte continuous efficient production equipment according to claim 1, which is characterized in that the material guide device (2) include:

Rewinding component (21), the rewinding component (21) are symmetricly set on described along the middle line in the feeding warehouse (30) length Feeding warehouse (30) two sides comprising flase floor a (211), one end and the grid on the rack (10) are slidably set Plate a (211) is fixedly connected and its other end is fixedly connected with the disintegrating mechanism a (12) connecting rod (212) is arranged described The receiving warehouse a (213) being fixedly connected below flase floor a (211) and with flase floor a (211) lower surface and setting are described Support plate (214) below receiving warehouse a (213), receiving warehouse a (213) bottom are provided with slide bar (215), the slide bar (215) Slidably it is arranged in the sliding slot (217) opened up on the support plate (214), the receiving warehouse a (213) is located at the flase floor Side below the through-hole a (216) of a (211) is obliquely installed；And

Control assembly (22), the control assembly (22) include the active being fixedly connected with disintegrating mechanism a (12) other end Gear b (221), along in the feeding warehouse (30) length the symmetrically arranged pusher part a (222) of middle line and pusher part b (223)；

The driving gear b (221) is the setting of half tooth.

5. a kind of carclazyte continuous efficient production equipment according to claim 4, which is characterized in that the pusher part a (222) include:

Shaft b (2221), the shaft b (2221) are fixed on the rack (10) and are located at the driving gear b (221) it is arranged far from feeding warehouse (30) side；

Secondary moving gear a (2222), the secondary moving gear a (2222) be rotatably provided on the shaft b (2221) and with it is described Driving gear b (221) is engaged；

Rack unit a (2223), the rack unit a (2223) be located at below the secondary moving gear a (2222) and with described time Moving gear a (2222) is engaged, and the rack unit a (2223) is single-side rack；

Scraping wings a (2224), the scraping wings a (2224) are slidably arranged on the flase floor a (211), and side extends It is fixedly connected out with rack unit a (2223) end for one section；

Flexible element a (2225), described (2225) one end Flexible element a be fixedly connected with the rack (10) and its other end with The other end of the rack unit a (2223) is fixedly connected；And

Support base a (2226), the support base a (2226) are L-type, and top half is used to that Flexible element a is fixedly mounted (2225), lower half portion is plugged in the rack unit a (2223), and rack unit a (2223) is slidably arranged in described On support base a (2226).

6. a kind of carclazyte continuous efficient production equipment according to claim 5, which is characterized in that the pusher part b (223) include:

Shaft d (2231), the shaft d (2231) are fixed on the rack (10) and are located at the driving gear b (221) it is arranged far from feeding warehouse (30) side；

Secondary moving gear b (2232), the secondary moving gear b (2232) be rotatably provided on the shaft d (2231) and with it is described Driving gear b (221) is engaged；

Rack unit b (2233), the rack unit b (2233) be located at below the secondary moving gear b (2232) and with described time Moving gear b (2232) is engaged, and the rack unit b (2233) is upper and lower the two-sided rack；

Scraping wings b (2234), the scraping wings b (2234) are slidably arranged on the flase floor a (211), and side extends It is fixedly connected out with rack unit b (2233) end for one section；

Flexible element c (2235), described (2235) one end Flexible element c be fixedly connected with the rack (10) and its other end with The other end of the rack unit b (2233) is fixedly connected；And

Support base b (2236), the support base b (2236) are L-type, and top half is used to that Flexible element c is fixedly mounted (2235), lower half portion is plugged in the rack unit b (2233), and rack unit b (2233) is slidably arranged in described On support base b (2236).

7. a kind of carclazyte continuous efficient production equipment according to claim 6, which is characterized in that the screening plant (3) include:

Shaft c (31), the shaft c (31) are rotatably arranged on the rack (10)；

Turn tooth a (32), it is described to turn tooth a (32) and the lower rack gear of the rack unit b (2233) is engaged and is fixed at On the shaft c (31)；

Turn tooth b (33), the tooth b (33) that turns is fixed on the shaft c (31) and turns that tooth a (32) is coaxial to be set with described It sets, this turns teeth unit (331) spaced set several groups on tooth b (33)；

Reciprocating rack (34), the reciprocating rack (34) and the tooth b (33) that turns are engaged and are located at described turn under tooth b (33) Side；

Sieving plate b (35), sieving plate b (35) two sides are provided with sliding block (36), which is slidably arranged in the machine On frame (10) and one end is fixedly connected with the reciprocating rack (34) end；And

Flexible element b (37), described (37) one end Flexible element b be fixedly connected with the rack (10) and its other end with it is described The other end of reciprocating rack (34) is fixedly connected.

8. a kind of carclazyte continuous efficient production equipment according to claim 7, which is characterized in that the through-hole a (216) Diameter be R1, through-hole b (351) diameter of the sieving plate b (35) is R2, the R2 > R1.

9. a kind of carclazyte continuous efficient production equipment according to claim 7, which is characterized in that the disintegrating mechanism b (41) include:

The middle line that track b (4111), the track b (4111) on the feeding warehouse (30) width is symmetricly set on the rack (10) on two sides；

Crushing members b (4112), the crushing members b (4112) be slidably arranged on the track b (4111) and along it is described into Middle line in feed bin (30) length is symmetrical arranged, and broken rod b (4113) are fixedly connected with broken rod b (4113) and coaxially set The drive shaft b (4114) that sets and it is set in the cunning that on the drive shaft b (4114) and engaging is arranged in the track b (4111) Take turns b (4115), the broken rod b (4113) if on be provided with dry rubbing needle b (4116)；

Runner assembly (411), the runner assembly (411) include be fixed on the rack (10) mounting base (412), It the second motor (413) for being symmetricly set on the rack (10) and is fixedly connected with the output end of second motor (413) Driving gear c (414), the mounting base (412) be it is inverted T shaped setting and be located at the feeding warehouse (30) length on center line On；

Driving gear d (415), the driving gear d (415) be fixedly connected with described drive shaft b (4114) one end and with it is described Driving gear c (414) is engaged；

It scrapes materials and parts (416), the materials and parts (416) of scraping include the mobile bar (4161) being fixedly connected with the drive shaft b (4114) With setting in the mobile bar (4161) end and the scraper plate (4162) above the sieving plate b (35)；

Picking-up container a (417), the picking-up container a (417) are located at immediately below the runner assembly (411)；And

Picking-up container b (418), the picking-up container b (418) are located at the two sides of the picking-up container a (417).

10. a kind of carclazyte continuous efficient production technology characterized by comprising

Step 1, level-one pulverizing process, for granular carclazyte from feeding warehouse (30) to whereabouts, driving mechanism (11) drives driving gear a (122) high speed rotation carries out level-one crushing, and the smashed granular carclazyte of level-one falls to flase floor a (211) delay, reaches specification The granular carclazyte of size falls into receiving warehouse a (213) and temporarily stores up；

Step 2, quantitative pusher process, after granular carclazyte completes level-one crushing, broken group under the driving of traction component (123) Part (121) is mobile to two sides, and driving mechanism (11) driving driving gear b (221) slowly runs, and driving gear b (221) driving pushes away Materials and parts a (222) and pusher part b (223) are moved toward one another towards feeding warehouse (30), after crushing to the level-one that flase floor a (211) are detained Granular carclazyte uniformly push to sieving plate b (35)；

Step 3, sieve process, the smashed granular carclazyte of level-one during the falling process, pusher part a (222) remain to Feeding warehouse (30) direction is mobile, while the reciprocating rack (34) of teeth unit (331) and runner assembly (411) cooperation rotate, Disconnected property drives sieving plate b (35) discontinuity to move back and forth, and the carclazyte particle of large volume stays on sieving plate b (35), and small at this time The carclazyte particle of grain continues to fall under the shake effect of sieving plate b (35)；

Step 4, second level pulverizing process, under the action of interlocking lever (42), crushing members a (1212) backwards to moving, is synchronized outward Crushing members b (4112) is moved synchronously inwardly, high-speed rotation under runner assembly (411) is moved to, at this time to short grained carclazyte Grain carries out second level crushing, completes to be collected after crushing into picking-up container a (417)；

Step 5, scraper collecting process, after completing the second level crushed work of carclazyte particle, disintegrating mechanism a (12) is in traction component (123) it is resetted under driving, drives crushing members a (1212) to reset in reseting procedure, crushing members b (4112) is outward backwards to fortune It is dynamic, thereon scrape materials and parts (416) synchronizing moving, the carclazyte of the large volume on sieving plate b (35) will be trapped in moving process Grain pushes to picking-up container b (418) and is collected.