阅读说明：本技术 改良型阻燃母粒的生产方法 (The production method of modified form fire-retardant master granule ) 是由 不公告发明人 于 2017-10-16 设计创作，主要内容包括：本发明提供了一种改良型阻燃母粒的生产方法,包括如下步骤：a、配料；b、密炼；c、造粒；d、切粒。本发明具有生产速度快的优点。(The present invention provides a kind of production methods of modified form fire-retardant master granule, include the following steps: a, ingredient；B, mixing；C, it is granulated；D, pelletizing.The present invention has the advantages that speed of production is fast.)

1. the production method of modified form fire-retardant master granule, which comprises the steps of:

A, ingredient: by 84 parts of Corvic, 25 parts of plasticiser, 13 parts of fire retardant, 6 parts of antioxidant and 2 parts of toner of weight Part weighs required raw material, carries out ingredient by dispensing equipment and is uniformly mixed, incorporation time 22min obtains mixture；

B, mixing: the mixture in step a being added in mixer and carries out mixing, and smelting temperature is 322 DEG C, and mixing time is 24min；

C, it is granulated: the mixture in step b being added in pelletizer and is granulated, obtain molding master batch, be granulated built-in temperature It is 230 DEG C；

D, pelletizing: the master batch of granulating and forming is cooling, it finally sorts, packs, obtain fire-retardant master granule.

2. the production method of modified form fire-retardant master granule according to claim 1, which is characterized in that the modeling in the step a Agent is dioctyl phthalate.

3. the production method of modified form fire-retardant master granule according to claim 1, which is characterized in that anti-in the step a Oxygen agent is composite antioxidant.

4. the production method of modified form fire-retardant master granule according to claim 1, which is characterized in that the color in the step a Powder is titanium dioxide.

Technical field

The present invention relates to a kind of production method, especially a kind of production method of modified form fire-retardant master granule.

Background technique

Flame-retardant master batch is also known as fire-retardant master granule, master batch of preventing fires, it be in order to reach plastics, rubber product realizes fire protection requirement and A kind of product of generation.With the development of science and technology improvement of living standard, high molecular material especially synthesizes macromolecule: as plastics, The status in people's lives such as rubber is more and more important, and widened trend year by year is presented in application.But most organic high score Sub- material has inflammable characteristic different degrees of in air, in order to realize it in military, space flight, traffic, electric power and civilian etc. The application of all conglomeraties carries out it flame-retardant modified as new project.It is more satisfactory to plastic flame method of modifying at present The fire protecting performance of plastics is improved often by the product that fire retardant or flame-retardant master batch etc is added.

Through retrieving, as Chinese patent literature discloses a kind of PBT flame-retardant master batch [application number: 201210368740.1；It is open Number: CN 103709614A].This PBT flame-retardant master batch, which is characterized in that its component matches by weight percent are as follows: PBT carrier 10%~15%, main flame retardant 50%~70%, auxiliary fire retardant 15%~35%, coupling agent 1%~3%, dispersing agent 3%~ 5%, antioxidant 1%~2%.

Although fire-retardant master granule disclosed in the patent is inexpensive, which does not have corresponding production method, nothing Method realizes batch production, and speed of production is slow, and therefore, it is necessary for designing a kind of production method of modified form fire-retardant master granule 's.

Summary of the invention

The purpose of the present invention is there is the above problem in view of the prior art, a kind of life of modified form fire-retardant master granule is proposed Production method, the production method have the characteristics that speed of production is fast.

Object of the invention can be realized by the following technical scheme: the production method of modified form fire-retardant master granule, feature It is, includes the following steps:

A, Corvic 80-90 parts, 20-50 parts of plasticiser, 10-16 parts of fire retardant, 5-8 parts of antioxidant ingredient: are pressed Required raw material is weighed with 1-4 parts of parts by weight of toner, ingredient is carried out by dispensing equipment and is uniformly mixed, incorporation time is 15-30min obtains mixture；

B, mixing: the mixture in step a being added in mixer and carries out mixing, and smelting temperature is 320-360 DEG C, close The refining time is 20-30min；

C, it is granulated: the mixture in step b being added in pelletizer and is granulated, molding master batch is obtained, in pelletizer Temperature is 220-235 DEG C；

D, pelletizing: the master batch of granulating and forming is cooling, it finally sorts, packs, obtain fire-retardant master granule.

Using above method, by ingredient, mixing, granulation and pelletizing and etc., so that it may produce fire-retardant master granule, Neng Goushi It now produces in batches, speed of production is fast.

Plasticiser in the step a is dioctyl phthalate.

Antioxidant in the step a is composite antioxidant.

Toner in the step a is red titanium dioxide, cadmium yellow, cadmium orange, cadmium red, iron oxide, ultramarine, mercury, ultramarine or charcoal It is one of black.

Dispensing equipment in the step a includes pedestal, and mixer, mixer top tool have been fixed by the bracket on pedestal There is feed inlet, mixer lower part has discharge port, and discharge outlet is provided with solenoid valve, and being provided on pedestal can be in mixer The shaker mechanism that material is shaken and the rabbling mechanism being stirred.

The working principle of dispensing equipment is as follows: all kinds of raw materials being added in mixer by feed inlet, by shaking machine Structure shakes all kinds of raw materials up and down, is stirred evenly all kinds of raw materials by rabbling mechanism, the mixture prepared from discharge port output, The time of ingredient can be greatly reduced, ingredient is quick.

The shaker mechanism includes that push-rod electric machine, vibrating motor, hairbrush and shake frame, push-rod electric machine are fixed on mixer Portion, straight down, the push rod end of push-rod electric machine is extend into batcher through spring and shake the push-rod electric machine of push-rod electric machine Frame is connected, and vibrating motor is fixed on shake frame upper end by connecting rod one, and hairbrush is fixed on shake frame lower end by connecting rod two.

When needing to make all kinds of raw materials in mixer to shake up and down, the push rod for controlling push-rod electric machine is moved up and down, push rod electricity The push rod of machine drives shake frame to move up and down, and control vibrating motor work, vibrating motor shakes shake frame up and down, meanwhile, it trembles Dynamic frame band electric brush is shaken up and down, and hairbrush can fall the raw material brush at mixer inner wall, and jitter effect is good；According to actual needs, It can be used for clearing up the inner wall of mixer.

The section of the shake frame is diamond shape.

Using the above structure, shake frame can be facilitated to move up and down in mixer.

Several through-holes are also provided on the shake frame.

It is also provided with observation panel on the mixer, transparent access panel is provided at observation panel.

Using the above structure, it can be facilitated by access panel and the situation in mixer is checked, checked intuitive.

The access panel is transparent organic plates.

The conveyer belt for conveying material is tiltedly installed on the pedestal, and conveyer belt is located at the underface of discharge port.

Using the above structure, the mixture that will be prepared can be facilitated to be transported to required place by conveyer belt, reduced artificial It carries.

The material of the mixer is stainless steel.

Using the above material, it can make mixer that there is longer service life.

The rabbling mechanism includes support column one, support column two, Mobile base one, Mobile base two, lifting ring one and lifting ring Two, support column one is fixed on the base, and Mobile base one is arranged on support column one, and Mobile base one and one can drive lower movement thereon Moving structure one be connected, be fixed with servo motor one on Mobile base one, the output shaft of servo motor one straight down, lifting ring One is connected by connection frame one with the output shaft end of servo motor one, and several rotation axis one are provided on lifting ring one, is rotated The servo motor two that the upper end of axis one can drive it to rotate with one is connected, and the lower end of rotation axis one is provided with supplemental cartridge one, and auxiliary Help cylinder one to be located in mixing drum, on the lower end outside face of supplemental cartridge one with several protrusions press section one, supplemental cartridge one it is upper Holding has several stirring sheets one on lateral surface, the upper end of supplemental cartridge one is closed end, and the lower end of supplemental cartridge one, which is provided with, is in The osculum end of horn-like input pipe one, input pipe one is connected with the lower end of supplemental cartridge one, the big opening end of input pipe one downward, The inside of supplemental cartridge one is separated into lower mixing part one and upper storage by the flexible shim one of setting, shim one in supplemental cartridge one Material portion one, the lower end of supplemental cartridge one are also provided with several delivery outlets one being connected with lower mixing part one, also set on support column one It is equipped with the driving structure one that shim one can be driven to act；Support column two is fixed on the base, and Mobile base two is arranged in support column On two, Mobile base two and one can drive the moving structure two of lower movement to be thereon connected, and servo motor three is fixed on Mobile base two, Straight up, lifting ring two is connected by connection frame two with the output shaft end of servo motor three output shaft of servo motor three, Several rotation axis two are provided on lifting ring two, the servo motor four that the lower end of rotation axis two can drive it to rotate with one is connected, The upper end of rotation axis two is provided with supplemental cartridge two, and supplemental cartridge two is located in mixing drum, has on the upper end lateral surface of supplemental cartridge two There are the press section two of several protrusions, and press section two and one interlaced arrangement of press section, has above the lower end outside of supplemental cartridge two The lower end of several stirring sheets two, supplemental cartridge two is closed end, and the upper end of supplemental cartridge two is provided in horn-like input pipe Two, the osculum end of input pipe two is connected with the upper end of supplemental cartridge two, and the big opening end of input pipe two upward, is set in supplemental cartridge two Flexible shim two is set, the inside of supplemental cartridge two is separated into upper mixing part two and lower storage department two by shim two, auxiliary The upper end of cylinder two is also provided with several delivery outlets two being connected with upper mixing part two, is additionally provided with to drive on support column two and divide The driving structure two that partition two acts.

Using the above structure, Mobile base one is driven to move up and down by moving structure one, Mobile base one drives lifting ring one It moves up and down, lifting ring one drives supplemental cartridge one to move up and down, and supplemental cartridge one drives input pipe one to move up and down, with input pipe One moves up and down, and the raw material of the upper, middle and lower of mixer everywhere is input in supplemental cartridge one, makes shim by driving structure one One is upwardly-deformed, and raw material is stored in upper storage department one；Mobile base two is driven to move up and down by moving structure two, Mobile base Two drive lifting rings two move up and down, and lifting ring two drives supplemental cartridge two to move up and down, and supplemental cartridge two drives about two input pipes It is mobile, as input pipe two moves up and down, by mixer it is lower on raw material everywhere be input in supplemental cartridge two, pass through driving Structure two deforms shim two downwards, and raw material is stored in lower storage department two；

The output shaft rotation of servo motor one is controlled, the output shaft of servo motor one drives connection frame one to rotate, connection frame One drives lifting ring one to rotate, and lifting ring one drives supplemental cartridge one to rotate, the output shaft rotation of control servo motor two, servo electricity The output shaft of machine two drives rotation axis one to rotate, and rotation axis one drives one rotation of supplemental cartridge, and supplemental cartridge one drives one turn of stirring sheet It is dynamic, meanwhile, shim one is deformed downwards by driving structure one, the raw material in upper storage department one is pushed downwards, with auxiliary Raw material in upper storage department one is output to everywhere in mixer by the rotation for helping cylinder one from delivery outlet one；Control servo motor Three output shaft rotation, the output shaft of servo motor three drive connection frame two to rotate, and connection frame two drives lifting ring two to rotate, and rises Dropping ring two drives supplemental cartridge two to rotate, and the output shaft rotation of control servo motor four, the output shaft of servo motor four drives rotation Axis two rotates, and rotation axis two drives two rotation of supplemental cartridge, and supplemental cartridge two drives stirring sheet two to rotate, meanwhile, pass through driving structure Two keep shim two upwardly-deformed, and the raw material in lower storage department two is pushed up, with the rotation of supplemental cartridge two, by lower storing Raw material in portion two is output to everywhere in mixer from delivery outlet two；

Meanwhile lifting ring one is moved up and down by moving structure one, make to move down on lifting ring two by moving structure two It is dynamic, the side of both the lower mixing part one of supplemental cartridge one and the upper mixing part two of supplemental cartridge two can be made to be in contact, with supplemental cartridge One and supplemental cartridge two rotate, the raw material exported at delivery outlet one and delivery outlet two can be carried out by press section one and press section two It squeezes；To pass through the collective effect of supplemental cartridge one and supplemental cartridge two, all kinds of raw materials can be stirred evenly, mixing effect is good.

The moving structure one includes cylinder one, guide rail one and sliding block one, and guide rail one is fixed on vertically on support column one, sliding Block one be arranged on guide rail one, cylinder one is fixed on support column one, the piston rod of cylinder one straight down, the piston of cylinder one Boom end is connected with sliding block one, and Mobile base one is fixed on sliding block one.

When needing moves up and down Mobile base one, the piston rod of control cylinder one is moved up and down, the piston rod of cylinder one Band movable slider one is moved up and down along guide rail one, and sliding block one drives Mobile base one to move up and down, so as to make about one Mobile base It is mobile.

The moving structure two includes cylinder two, guide rail two and sliding block two, and guide rail two is fixed on vertically on support column two, sliding Block two be arranged on guide rail two, cylinder two is fixed on support column two, the piston rod of cylinder two straight up, the piston of cylinder two Boom end is connected with sliding block two, and Mobile base two is fixed on sliding block two.

When needing moves up and down Mobile base two, the piston rod of control cylinder two is moved up and down, the piston rod of cylinder two Band movable slider two is moved up and down along guide rail two, and sliding block two drives Mobile base two to move up and down, so as to make about two Mobile bases It is mobile.

The shape of the press section one is in coniform, and the shape of press section two is in coniform.

Using the above structure, press section one and press section two can be enable preferably to squeeze the raw material in mixer, It is broken so as to squeeze raw material.

As another situation, the shape of the press section one is in a circular table shape, and the shape of press section two is in a circular table shape.

Using the above structure, press section one and press section two can be enable preferably to squeeze the raw material in mixer, It is broken so as to squeeze raw material.

The driving structure one includes gas-storing bag one, air pump one and tracheae one, one phase of one end of tracheae one and upper storage department Connection, the other end of tracheae one are connected with gas-storing bag one, and air pump one is arranged on tracheae one.

Using the above structure, air pump one is opened, the gas in gas-storing bag one is transported to by upper storage department one by tracheae one In, as air pressure is gradually increased in upper storage department one, deforms shim one downwards, the raw material in upper storage department one is pushed down on It send；Air pump one is opened, the gas in upper storage department one is transported in gas-storing bag one by tracheae one, in upper storage department one Air pressure is gradually reduced, and keeps shim one upwardly-deformed, can be stored in raw material in upper storage department one.

The driving structure two includes gas-storing bag two, air pump two and tracheae two, one end of tracheae two and lower storage department two-phase Connection, the other end of tracheae two are connected with gas-storing bag two, and air pump two is arranged on tracheae two.

Using the above structure, air pump two is opened, the gas in gas-storing bag two is transported to by lower storage department two by tracheae two In, as air pressure is gradually increased in lower storage department two, keeps shim two upwardly-deformed, the raw material in lower storage department two is pushed up It send；Air pump two is opened, the gas in lower storage department two is transported in gas-storing bag two by tracheae two, in lower storage department two Air pressure is gradually reduced, and is deformed shim two downwards, can be stored in raw material in lower storage department two.

It is additionally provided with flow control valve one on the tracheae one, flow control valve two is additionally provided on tracheae two.

Using the above structure, the gas size in tracheae one can be adjusted by flow control valve one, passes through flow The gas size in tracheae two can be adjusted in regulating valve two, easy to adjust.

Be further fixed on controller on the pedestal, servo motor one, servo motor two, servo motor three, servo motor four, Cylinder one, cylinder two, air pump one and air pump two-way cross route and are connected with the controller.

Using the above structure, servo motor one, servo motor two, servo motor three, servo electricity can control by controller Machine four, cylinder one, cylinder two, air pump one and air pump two act, and intelligence degree is high.

Compared with prior art, the production method of this modified form fire-retardant master granule has the advantages that this: the present invention in by ingredient, Mixing, granulation and pelletizing and etc., so that it may fire-retardant master granule is produced, can be realized batch production, speed of production is fast.

Detailed description of the invention

Fig. 1 is schematic perspective view of the invention.

Fig. 2 is the partial enlarged view in Fig. 1 at A.

Fig. 3 is the schematic perspective view of rabbling mechanism in the present invention.

Fig. 4 is the schematic perspective view that part is removed in the present invention.

In figure, 1, pedestal；2, gas-storing bag two；3, guide rail two；4, support column two；5, cylinder two；6, sliding block two；7, Mobile base Two；8, servo motor three；9, connection frame two；10, controller；11, conveyer belt；12, bracket；13, solenoid valve；14, mixer； 14a, feed inlet；14b, discharge port；15, spring；16, frame is shaken；17, hairbrush；18, access panel；19, vibrating motor；20, it connects Frame one；21, servo motor one；22, Mobile base one；23, sliding block one；24, cylinder one；25, guide rail one；26, gas-storing bag one；27, Flow control valve one；28, air pump one；29, tracheae one；30, push-rod electric machine；31, support column one；32, tracheae two；33, air pump two； 34, flow control valve two；36, lifting ring one；37, servo motor two；38, rotation axis one；39, stirring sheet one；41, supplemental cartridge One；41a, upper storage department one；41b, lower mixing part one；41c, press section one；41d, delivery outlet one；42, input pipe one；43, defeated Enter pipe two；44, supplemental cartridge two；44a, lower storage department two；44b, upper mixing part two；44c, press section two；44d, delivery outlet two； 45, stirring sheet two；46, rotation axis two；47, servo motor four；48, lifting ring two；49, shim one；50, shim two.

Specific embodiment

Following is a specific embodiment of the present invention in conjunction with the accompanying drawings, technical scheme of the present invention will be further described, However, the present invention is not limited to these examples.

The production method of this modified form fire-retardant master granule, includes the following steps:

A, Corvic 80-90 parts, 20-50 parts of plasticiser, 10-16 parts of fire retardant, 5-8 parts of antioxidant ingredient: are pressed Required raw material is weighed with 1-4 parts of parts by weight of toner, ingredient is carried out by dispensing equipment and is uniformly mixed, incorporation time is 15-30min obtains mixture；In the present embodiment, by 84 parts of Corvic, 25 parts of plasticiser, 13 parts of fire retardant, anti- 6 parts of oxygen agent and 2 parts of toner of parts by weight weigh required raw material, carry out ingredient by dispensing equipment and are uniformly mixed, when mixing Between be 22min, obtain mixture；

B, mixing: the mixture in step a being added in mixer and carries out mixing, and smelting temperature is 320-360 DEG C, close The refining time is 20-30min；In the present embodiment, the mixture in step a is added in mixer and carries out mixing, mixing temperature Degree is 322 DEG C, mixing time 24min；

C, it is granulated: the mixture in step b being added in pelletizer and is granulated, molding master batch is obtained, in pelletizer Temperature is 220-235 DEG C；In the present embodiment, the mixture in step b is added in pelletizer and is granulated, formed Master batch, being granulated built-in temperature is 230 DEG C；

D, pelletizing: the master batch of granulating and forming is cooling, it finally sorts, packs, obtain fire-retardant master granule.

Using this method, by ingredient, mixing, granulation and pelletizing and etc., so that it may fire-retardant master granule is produced, can be realized Batch production, speed of production are fast.

Plasticiser in step a is dioctyl phthalate.

Antioxidant in step a is composite antioxidant, and in the present embodiment, composite antioxidant is used and can be bought in the market Existing auxiliary agent.

Toner in step a is red titanium dioxide, cadmium yellow, cadmium orange, cadmium red, iron oxide, ultramarine, mercury, in ultramarine or carbon black One kind, in the present embodiment, toner in step a is titanium dioxide.

As Figure 1-Figure 4, the dispensing equipment in step a includes pedestal 1, passes through bracket 12 on pedestal 1 and is fixed with ingredient Bucket 14,14 top of mixer have feed inlet 14a, and 14 lower part of mixer has discharge port 14b, is provided with electricity at discharge port 14b Magnet valve 13 is provided with the shaker mechanism that can be shaken to the material in mixer 14 and the blender being stirred on pedestal 1 Structure.

Shaker mechanism includes push-rod electric machine 30, vibrating motor 19, hairbrush 17 and shake frame 16, and push-rod electric machine 30, which is fixed on, matches 14 top of charging basket, in the present embodiment, push-rod electric machine 30 are fixed on 14 top of mixer by bolted connection；Push rod electricity Straight down, the push rod end of push-rod electric machine 30 is extend into batcher through spring 15 and shake frame the push-rod electric machine 30 of machine 30 16 are connected, and in the present embodiment, the push rod end of push-rod electric machine 30 is connected with 15 upper end of spring, 15 lower end of spring and shake frame 16 It is connected；Vibrating motor 19 is fixed on shake 16 upper end of frame by connecting rod one, and hairbrush 17 is fixed under shake frame 16 by connecting rod two End.

The section for shaking frame 16 is diamond shape；Using the structure, shake frame 16 can be facilitated to move up and down in mixer 14.

Several through-holes are also provided on shake frame 16, in the present embodiment, the quantity of through-hole is 30.

It is also provided with observation panel on mixer 14, transparent access panel 18 is provided at observation panel；Using the structure, pass through Access panel 18, which can facilitate, checks the situation in mixer 14, checks intuitive.

Access panel 18 is transparent organic plates.

The conveyer belt 11 for conveying material is tiltedly installed on pedestal 1, in the present embodiment, conveyer belt 11 uses market On the existing product that can buy；And conveyer belt 11 is located at the underface of discharge port.

The material of mixer 14 is stainless steel；Using the material, it can make mixer 14 that there is longer service life.

Rabbling mechanism includes support column 1, support column 24, Mobile base 1, Mobile base 27, lifting ring 1 and rises Ring 2 48 drops, and support column 1 is fixed on pedestal 1, and in the present embodiment, support column 1 is fixed on by welding On pedestal 1；Mobile base 1 is arranged on support column 1, and Mobile base 1 and one can drive lower mobile moving structure thereon One is connected, and servo motor 1 is fixed on Mobile base 1, in the present embodiment, is bolted on Mobile base 1 Mode is fixed with servo motor 1；Straight down, lifting ring 1 passes through connection frame 1 to the output shaft of servo motor 1 It is connected with the output shaft end of servo motor 1, several rotation axis 1 is provided on lifting ring 1, in the present embodiment, The quantity of rotation axis 1 is six；The servo motor 2 37 that the upper end of rotation axis 1 can drive it to rotate with one is connected, In In the present embodiment, the quantity of servo motor 2 37 is six, and servo motor 2 37 is fixed on lifting ring 1；Rotation axis 1 Lower end be provided with supplemental cartridge 1, and supplemental cartridge 1 is located in mixing drum, has on the lower end outside face of supplemental cartridge 1 One 41c of press section of several protrusions, in the present embodiment, the quantity of one 41c of press section are 50；The upper end of supplemental cartridge 1 There are several stirring sheets 1, in the present embodiment, the quantity of stirring sheet is three on lateral surface；The upper end of supplemental cartridge 1 For closed end, the lower end of supplemental cartridge 1 is provided in horn-like input pipe 1, the osculum end of input pipe 1 and auxiliary The lower end of cylinder 1 is helped to be connected, downward, flexible shim one is arranged in the big opening end of input pipe 1 in supplemental cartridge 1 49, in the present embodiment, shim 1 is using the existing product that can be bought in the market；Shim 1 is by supplemental cartridge 1 Inside be separated into one 41a of lower one 41b of mixing part and upper storage department, the lower end of supplemental cartridge 1 is also provided with several with lower stirring One 41d of delivery outlet that one 41b of portion is connected, in the present embodiment, the quantity of one 41d of delivery outlet are 50；Support column 1 On be additionally provided with can drive shim 1 act driving structure one；Support column 24 is fixed on pedestal 1, in the present embodiment In, support column 24 is fixed on by welding on pedestal 1；Mobile base 27 is arranged on support column 24, Mobile base 27 The moving structure two of lower movement thereon can be driven to be connected with one, servo motor 38 is fixed on Mobile base 27, in the present embodiment In, servo motor 38 is fixed on Mobile base 27 by bolted connection；The output shaft of servo motor 38 vertically to On, lifting ring 2 48 is connected by connection frame 29 with the output shaft end of servo motor 38, if being provided on lifting ring 2 48 Dry rotation axis 2 46, in the present embodiment, the quantity of rotation axis 2 46 are six；The lower end of rotation axis 2 46 and one can drive it The servo motor 4 47 of rotation is connected, and in the present embodiment, the quantity of servo motor 4 47 is six, and servo motor 4 47 is fixed On lifting ring 2 48；The upper end of rotation axis 2 46 is provided with supplemental cartridge 2 44, and supplemental cartridge 2 44 is located in mixing drum, auxiliary With two 44c of press section of several protrusions, in the present embodiment, the quantity of two 44c of press section on the upper end lateral surface of cylinder 2 44 It is 50；And two 44c of press section and one 41c interlaced arrangement of press section, have above the lower end outside of supplemental cartridge 2 44 several Stirring sheet 2 45, in the present embodiment, the quantity of stirring sheet 2 45 are three；The lower end of supplemental cartridge 2 44 is closed end, auxiliary Help the upper end of cylinder 2 44 to be provided in horn-like input pipe 2 43, the osculum end of input pipe 2 43 and supplemental cartridge 2 44 it is upper End is connected, and upward, flexible shim 2 50 is arranged, in this implementation in the big opening end of input pipe 2 43 in supplemental cartridge 2 44 In example, shim 2 50 is using the existing product that can be bought in the market；Shim 2 50 by the inner part of supplemental cartridge 2 44 every At upper two 44b of mixing part and lower two 44a of storage department, the upper end of supplemental cartridge 2 44 is also provided with several with upper two 44b phase of mixing part Two 44d of delivery outlet of connection, in the present embodiment, the quantity of two 44d of delivery outlet are 50；It is additionally provided on support column 24 The driving structure two that shim 2 50 can be driven to act.

Moving structure one includes cylinder 1, guide rail 1 and sliding block 1, and guide rail 1 is fixed on support column one vertically On 31, in the present embodiment, guide rail 1 is fixed on by bolted connection on support column 1；The setting of sliding block 1 exists On guide rail 1, cylinder 1 is fixed on support column 1, and in the present embodiment, cylinder 1 is by bolted connection It is fixed on support column 1；The piston rod of cylinder 1 straight down, one 23 phase of piston rod end and sliding block of cylinder 1 Even, Mobile base 1 is fixed on sliding block 1, and in the present embodiment, Mobile base 1 is fixed on by bolted connection On sliding block 1.

Moving structure two includes cylinder 25, guide rail 23 and sliding block 26, and guide rail 23 is fixed on support column 24 vertically, In the present embodiment, guide rail 23 is fixed on by bolted connection on support column 24；Sliding block 26 is arranged in guide rail 23 On, cylinder 25 is fixed on support column 24, and in the present embodiment, cylinder 25 is fixed on support by bolted connection On column 24；Straight up, the piston rod end of cylinder 25 is connected the piston rod of cylinder 25 with sliding block 26, and Mobile base 27 is solid It is scheduled on sliding block 26, in the present embodiment, Mobile base 27 is fixed on by bolted connection on sliding block 26.

The shape of one 41c of press section is in coniform, and the shape of two 44c of press section is in coniform；Using the structure, can make to squeeze One 41c of splenium and two 44c of press section can preferably squeeze the raw material in mixer 14, broken so as to squeeze raw material.

Certainly, according to the actual situation, this kind of scheme can also be used, the shape of one 41c of press section is in a circular table shape, press section The shape of two 44c is in a circular table shape；Using the structure, one 41c of press section and two 44c of press section can be enable preferably to mixer 14 In raw material squeezed, it is broken so as to squeeze raw material.

Driving structure one includes gas-storing bag 1, air pump 1 and tracheae 1, one end of tracheae 1 and upper storage department One 41a is connected, and the other end of tracheae 1 is connected with gas-storing bag 1, and air pump 1 is arranged on tracheae 1.

Driving structure two includes gas-storing bag 22, air pump 2 33 and tracheae 2 32, one end of tracheae 2 32 and lower storage department two 44a is connected, and the other end of tracheae 2 32 is connected with gas-storing bag 22, and air pump 2 33 is arranged on tracheae 2 32.

It is additionally provided with flow control valve 1 on tracheae 1, flow control valve 2 34 is additionally provided on tracheae 2 32；It adopts With the structure, the gas size in tracheae 1 can be adjusted by flow control valve 1, pass through flow control valve two 34 can be adjusted the gas size in tracheae 2 32, easy to adjust.

Controller 10, servo motor 1, servo motor 2 37, servo motor 38, servo electricity are further fixed on pedestal 1 Machine 4 47, cylinder 1, cylinder 25, air pump 1 and air pump 2 33 are connected with the controller 10 by route；In this implementation In example, for controller 10 using the single-chip microcontroller that can be bought in the market, it is existing, journey that single-chip microcontroller, which controls motor and the program of cylinder, Sequence does not need to update；Using the structure, servo motor 1, servo motor 2 37, servo can control by controller 10 Motor 38, servo motor 4 47, cylinder 1, cylinder 25, air pump 1 and air pump 2 33 act, and intelligence degree is high.

The working principle of dispensing equipment is as follows: all kinds of raw materials being added in mixer 14 by feed inlet 14a, control gas The piston rod band movable slider 1 of cylinder 1 is moved up and down along guide rail 1, and sliding block 1 drives and moves down on Mobile base 1 Dynamic, Mobile base 1 drives lifting ring 1 to move up and down, and lifting ring 1 drives supplemental cartridge 1 to move up and down, supplemental cartridge one 41 drive input pipes 1 move up and down, as input pipe 1 moves up and down, by the raw material of the upper, middle and lower of mixer 14 everywhere It is input in supplemental cartridge 1, opens air pump 1, the gas in upper one 41a of storage department is transported to by gas storage by tracheae 1 In bag 1, as air pressure is gradually reduced in upper one 41a of storage department, keeps shim 1 upwardly-deformed, raw material is stored in In one 41a of storage department；The piston rod band movable slider 26 for controlling cylinder 25 is moved up and down along guide rail 23, and sliding block 26, which drives, to be moved Dynamic seat 27 moves up and down, and Mobile base 27 drives lifting ring 2 48 to move up and down, and lifting ring 2 48 drives about 2 44 supplemental cartridge Mobile, supplemental cartridge 2 44 drives input pipe 2 43 to move up and down, as input pipe 2 43 moves up and down, by mixer 14 it is lower in On raw material everywhere be input in supplemental cartridge 2 44, air pump 2 33 is opened, by tracheae 2 32 by the gas in lower two 44a of storage department Body is transported in gas-storing bag 22, as air pressure is gradually reduced in lower two 44a of storage department, deforms shim 2 50 downwards, will be former Material is stored in lower two 44a of storage department；The output shaft for controlling servo motor 1 drives connection frame 1 to rotate, connection frame 1 Lifting ring 1 is driven to rotate, lifting ring 1 drives supplemental cartridge 1 to rotate, and the output shaft of control servo motor 2 37 drives Rotation axis 1 rotates, and rotation axis 1 drives one 41 rotation of supplemental cartridge, and supplemental cartridge 1 drives stirring sheet 1 to rotate, together When, air pump 1 is opened, the gas in gas-storing bag 1 is transported in upper one 41a of storage department by tracheae 1, with upper Air pressure is gradually increased in one 41a of storage department, deforms shim 1 downwards, the raw material in upper one 41a of storage department is pushed down on It send, with the rotation of supplemental cartridge 1, the raw material in upper one 41a of storage department is output to mixer 14 from one 41d of delivery outlet Everywhere in；The output shaft for controlling servo motor 38 drives connection frame 29 to rotate, and connection frame 29 drives lifting ring 2 48 to rotate, Lifting ring 2 48 drives supplemental cartridge 2 44 to rotate, and the output shaft of control servo motor 4 47 drives rotation axis 2 46 to rotate, rotation Axis 2 46 drives 2 44 rotation of supplemental cartridge, and supplemental cartridge 2 44 drives stirring sheet 2 45 to rotate, meanwhile, air pump 2 33 is opened, is passed through Gas in gas-storing bag 22 is transported in lower two 44a of storage department by tracheae 2 32, and in lower two 44a of storage department, air pressure is gradually Increase, keep shim 2 50 upwardly-deformed, the raw material in lower two 44a of storage department is pushed up, with turning for supplemental cartridge 2 44 It is dynamic, the raw material in lower two 44a of storage department is output to everywhere in mixer 14 from two 44d of delivery outlet；Meanwhile passing through lifting ring 1 and lifting ring 2 48 move up and down, one 41b of lower mixing part of supplemental cartridge 1 and the upper mixing part of supplemental cartridge 2 44 can be made The side of both two 44b is in contact, and as supplemental cartridge 1 and supplemental cartridge 2 44 rotate, passes through one 41c of press section and press section Two 44c can squeeze the raw material exported at two 44d of one 41d of delivery outlet and delivery outlet；To pass through supplemental cartridge 1 and auxiliary The collective effect of cylinder 2 44 is helped, meanwhile, the push rod of control push-rod electric machine 30 drives shake frame 16 to move up and down, and controls vibrating motor 19 work, vibrating motor 19 make to shake the shake of about 16 frame, meanwhile, shake frame 16 is shaken with about 17 electric brush, and hairbrush 17 will Raw material brush at 14 inner wall of mixer is fallen；So as to stir evenly all kinds of raw materials, the mixture prepared is defeated from discharge port 14b Out, the mixture that will be prepared can be facilitated to be transported to required place by conveyer belt 11.

Specific embodiment described herein is only an example for the spirit of the invention.The neck of technology belonging to the present invention The technical staff in domain can make various modifications or additions to the described embodiments or replace by a similar method In generation, however, it does not deviate from the spirit of the invention or beyond the scope of the appended claims.