CN208962205U - A kind of pelleter for high molecular material cutting - Google Patents

Abstract

The utility model discloses a kind of pelleters for high molecular material cutting, including bottom plate, the upper surface of the bottom plate sets that there are four the electric telescopic rods two that equidistantly distribute, the upper surface of the electric telescopic rod two is connected with workbench, the upper surface of the workbench is equidistant to set that there are four fixed plates, shaft two is rotatably connected between two fixed plates in left side, shaft one is rotatably connected between two fixed plates on right side, the end of the shaft one is connected with servo motor one, conveyer belt is rotatably connected between the shaft one and shaft two, this is used for the pelleter of high molecular material cutting, the pelleter for being used for high molecular material cutting can be moved at the position of needs faster using universal wheel and handrail, it improves work efficiency, this high molecular material can be used to using electric telescopic rod one and foot pad cut The pelleter cut is fixed, use easy to produce.

Description

A kind of pelleter for high molecular material cutting

Technical field

The utility model relates to high molecular material granulating technique field, specially a kind of cutting for high molecular material cutting Grain machine.

Background technique

Quick rotation at existing pelleter feed pipe often due to pelleter cutter causes the particle cut to fly Out, in continuous production process, a large amount of qualified products waves are caused since macromolecule material particle flies out from pelleter feed pipe Take, increases production cost.Currently, also occurring placing the design of baffle at pelleter feed pipe, to prevent macromolecule material Material particle flies out, and still, the baffle of such design is generally made of hard material, the process for stopping macromolecule material particle to fly out In be easy macromolecule material particle itself is crashed, cause formed product rate reduce and Dust Capacity become larger, the subsequent gumming that need to be sieved Dirt increases the loss that process causes the energy and human cost, in addition, the macromolecule material particle that the design of baffle cannot will be blocked It directly discharges, but is trapped at pelleter feed pipe, cause charging to have retardance, charging may be will affect.

Such as a kind of pelleter cut for high molecular material of application publication number, comprising: shell and be arranged at described outer Feed pipe, discharge nozzle on shell are provided with round brush and conveying for preventing macromolecule material particle from splashing at the feed pipe Pipe, the conveying pipeline are arranged in the round brush in the following, described conveying pipeline one end is connected to the feed pipe bottom surface, and the other end is downward Extend and be connected to the shell, magnetic element is provided at the discharge nozzle, but this is used for cutting for high molecular material cutting Grain machine movement does not bother more, more waste working efficiency, not can control the discharging speed and switch of discharging, the high score after cutting Sub- material inconvenience transport and collection, it is time-consuming and laborious, prevent the effect that high molecular material splashes after cutting poor, inconvenience placement production When required cutfit.

Utility model content

The technical problems to be solved in the utility model is to overcome existing defect, is provided a kind of for high molecular material cutting Pelleter, movement it is more convenient, improve work efficiency, can control the discharging speed and switch of discharging, the high score after cutting Sub- material convenient transportation and collection, it is time saving and energy saving, it prevents the effect that high molecular material splashes after cutting preferable, placement is facilitated to produce When required cutfit, can effectively solve the problems in background technique.

To achieve the above object, the utility model provides the following technical solutions: a kind of cutting for high molecular material cutting Grain machine, including bottom plate, the upper surface of the bottom plate set that there are four the electric telescopic rod two equidistantly distributed, the electric telescopic rods Two upper surface is connected with workbench, and the upper surface of the workbench is equidistant to be set there are four fixed plate, close to two of left side It is rotatably connected to shaft two between fixed plate, is rotatably connected to shaft one, the shaft between two fixed plates on right side One end is connected with servo motor one, is rotatably connected to conveyer belt between the shaft one and shaft two, on the workbench Surface is set at the position of left side there are four supporting leg, and the upper surface of the supporting leg is connected with pelletizing storehouse, the pelletizing storehouse Side is square cone structure, and the bottom surface in the pelletizing storehouse is connected with discharge pipe, and the side of the discharge pipe is equipped with link slot, Movable plate is slidably connected in the link slot, there are two electric telescopic rods three for the side connection of the movable plate, described electronic The end of telescopic rod three is connected with fixed frame one, and the fixed frame one is fixedly welded with supporting leg, the side of pelletizing storehouse inner cavity There are three the rotary cylinder equidistantly distributed, the sides of the rotary cylinder to be equipped with wearing layer, the end of three rotary cylinders for rotation connection It is connected separately with a driven gear, there are two the cutting equidistantly distributed rollings for the side rotation connection of pelletizing storehouse inner cavity The side of knife, the kerf cutter is equipped with cutting blade, and the end of two kerf cutters is connected separately with a driven gear, institute It states rotary cylinder and kerf cutter is interspersed, successively engagement connection between five driven gears, the trailing flank of the workbench connects It is connected to mounting plate four, the upper surface of the mounting plate four is fixedly connected with support rod, and the upper surface of the support rod is connected with peace Loading board two, the upper surface of the mounting plate two are equipped with servo motor two, and the output shaft of the servo motor two is connected with actively Gear, the driving gear engage connection with driven gear, and the upper surface in the pelletizing storehouse is connected with material feeding box connecting pipe, institute Stating material feeding box connecting pipe is ramp-like configuration, and the upper surface of the material feeding box connecting pipe is connected with material feeding box, the charging The side of case is connected with mounting plate three, and the side of the mounting plate three is connected with fixing screws two, and the mounting plate three passes through solid Determine screw two to connect with the side of material feeding box, the side of the mounting plate three is equipped with resilient bristles, the resilient bristles and installation Plate three is to inlay connection, and the surface of the material feeding box connecting pipe and charging box cavity is equipped with thickening layer, the pelletizing storehouse Left side is equipped with control switch group, the output end of the input terminal electrical connection external power supply of the control switch group, and the control is opened Output end electrical connection electric telescopic rod one, electric telescopic rod two, servo motor one, servo motor two and the electric telescopic rod of pass group Three input terminal.

As a kind of optimal technical scheme of the utility model, the lower surface of the bottom plate is equipped with mounting plate one, the peace Loading board one sets there are four and equidistantly distributes along the lower surface of bottom plate, and the lower surface of the mounting plate one is connected with universal wheel, institute It states lower surface of base plate and is respectively provided with an electric telescopic rod one, the following table of the electric telescopic rod one at the position of mounting plate one Face is connected with foot pad.

As a kind of optimal technical scheme of the utility model, the upper surface of the bottom plate is set there are two sliding slot, two cunnings A sliding block is slidably connected in slot respectively, the upper surface of the sliding block is connected with collecting box, the surface for collecting box cavity Equipped with anti-slip layer, the leading flank of the collecting box is equipped with observation window, and the leading flank of the observation window is equipped with transparent glass layer, described The left and right side of collecting box is respectively provided with a handle.

As a kind of optimal technical scheme of the utility model, the upper surface of the bottom plate is equipped with classification tool case, described One end of classification tool case leading flank is connected with hinge, and the classification tool case has been connected by hinge door close, the classification The side of tool box cavity is equidistant to be set there are two demarcation plate, and the side of the demarcation plate is equipped with logo slot, in the logo slot Post mark sheet.

As a kind of optimal technical scheme of the utility model, the medial surface of the door close is connected with Air Filter, described The side of Air Filter is connected with fixing screws one, and the Air Filter is connect by fixing screws one with door close, the door close Outer surface be equipped with handle and electronic lock, the electronic lock input terminal electrical connection control switch group output end.

As a kind of optimal technical scheme of the utility model, there are two fixed frames for the trailing flank connection of the workbench Two, handrail is connected between two fixed frames two, the handrail is to be fixedly welded with fixed frame two, and the outer surface of the handrail is set There is protective pad, the outer surface of the protective pad is equipped with antiskid particles, and the antiskid particles are rubber block.

As a kind of optimal technical scheme of the utility model, the trailing flank of the servo motor two is equipped with heat sink, institute The side for stating heat sink is equipped with heat release hole, and the side of the servo motor two is connected with dust cover, and the side of the dust cover connects Fixing screws four are connected to, the dust cover is connect by fixing screws four with servo motor two, the output of the servo motor two Axis is to be fixedly welded with driving gear.

As a kind of optimal technical scheme of the utility model, the side of the shaft one is equipped with tread plate, the transmission A positive stop strip is respectively provided at the position of left and right side with outer surface, the positive stop strip is rubber strip, the conveyer belt point It is not rotatablely connected with shaft one and shaft two, the worktable upper surface is equipped with material collecting tank at the position of shaft one, described The length of material collecting tank is greater than the length of shaft one.

As a kind of optimal technical scheme of the utility model, the side of pelletizing storehouse inner cavity is connected with elastic network(s), institute The side for stating elastic network(s) is connected with fixing screws three, and the elastic network(s) is connected by the side of fixing screws three and pelletizing storehouse inner cavity It connects, the elastic network(s) is integrally in intensive establishment shape structure, and is integrally in tight state when elastic network(s) fixation, and the cutting blade is Crescent shape structure.

Compared with prior art, the utility model has the beneficial effects that

1, when need to move the pelleter for high molecular material cutting using universal wheel and handrail can faster by The pelleter for being used for high molecular material cutting is moved at the position of needs, is improved work efficiency, is utilized electric telescopic rod One and foot pad this can be used for high molecular material cutting pelleter be fixed, use easy to produce；

2, it is classified using classification tool case convenient for required cutfit will be produced, using logo slot and is divided Partition improves work efficiency convenient for users to quickly finding required tool, using Air Filter can prevent dust into Enter classification tool box cavity, door close is opened and closed using handle is convenient, enhances the peace of classification tool case using electronic lock Quan Xing；

3, mounting plate three and resilient bristles can play the role of stopping the material particles after cutting when pelleter operates, and keep away The problem of material particles after exempting from cutting fly out from feed inlet, and grain products loss is caused to increase production cost, and elastic hair Brush has certain elasticity, will not hinder the entrance of macromolecule material, can be with using the material feeding box connecting pipe of ramp-like configuration Material particles after further avoiding cutting fly out from feed inlet；

4, using at fixed frame one, electric telescopic rod three and the adjustable discharge pipe of movable plate discharging speed and discharging Material after cutting can be carried out short-range fortune by servo motor one, shaft one, shaft two and conveyer belt by the folding of mouth It is defeated, the material after cutting can be collected by processing by collecting box, cutting inside collecting box can be observed using observation window The number of material afterwards, moves collecting box using handle；

5, the impact force of the material particles after cutting is can absorb and alleviated using elastic network(s), can avoid everywhere by elastic network(s) Disperse the particle of collision and directly contacting for cutting chamber inner wall, solve in traditional pelleter operation a large amount of qualification at Type particle is directly contacted with cutting chamber inner wall, is hard material because cuing off chamber inner wall, conforming particle itself is caused to be hit It is broken, cause grain forming rate to reduce and Dust Capacity the problem of becoming larger.

Detailed description of the invention

FIG. 1 is a schematic structural view of the utility model；

Fig. 2 is the utility model side structure schematic diagram；

Fig. 3 is the utility model section structural schematic diagram.

In figure: 1 bottom plate, 2 handles, 3 universal wheels, 4 electric telescopic rods one, 5 sliding slots, 6 foots pad, 7 mounting plates one, 8 observation windows, 9 collecting boxs, 10 electric telescopic rods two, 11 material collecting tanks, 12 servo motors one, 13 conveyer belts, 14 support rods, 15 mounting plates two, 16 Dust cover, 17 servo motors two, 18 material feeding box connecting pipes, 19 material feeding box, 20 pelletizing storehouses, 21 control switch groups, 22 fixed frames One, 23 supporting legs, 24 fixed frames two, 25 workbench, 26 classification tool casees, 27 door closes, 28 fixing screws one, 29 Air Filters, 30 Logo slot, 31 demarcation plates, 32 fixing screws two, 33 mounting plates three, 34 resilient bristles, 35 driving gears, 36 cutting blades, 37 dissipate Hot hole, 38 fixed plates, 39 shafts one, 40 mounting plates four, 41 protective pads, 42 antiskid particles, 43 handles, 44 electronic locks, 45 handrails, 46 shafts two, 47 electric telescopic rods three, 48 driven gears, 49 rotary cylinders, 50 elastic network(s)s, 51 fixing screws three, 52 movable plates, 53 Discharge pipe, 54 kerf cutters, 55 fixing screws four.

Specific embodiment

The following will be combined with the drawings in the embodiments of the present invention, carries out the technical scheme in the embodiment of the utility model Clearly and completely describe, it is clear that the described embodiments are only a part of the embodiments of the utility model, rather than whole Embodiment.Based on the embodiments of the present invention, those of ordinary skill in the art are without making creative work Every other embodiment obtained, fall within the protection scope of the utility model.

Fig. 1-3 is please referred to, the utility model provides a kind of technical solution: a kind of pelletizing for high molecular material cutting Machine, including bottom plate 1, the upper surface of bottom plate 1 are set there are four the electric telescopic rod 2 10 equidistantly distributed, electric telescopic rod 2 10 Upper surface is connected with workbench 25, utilizes the height of the adjustable workbench 25 of electric telescopic rod 2 10, the upper table of workbench 25 Face is equidistant to be set there are four fixed plate 38, shaft 2 46 is rotatably connected between two fixed plates 38 in left side, close to right It is rotatably connected to shaft 1 between two fixed plates 38 of side, the end of shaft 1 is connected with servo motor 1, shaft Conveyer belt 13 is rotatably connected between one 39 and shaft 2 46, the particle transferred out from discharge pipe 53 passes through 12 He of servo motor Conveyer belt 13 can carry out short-range transport, and 25 upper surface of workbench is set at the position of left side there are four supporting leg 23, The upper surface of supporting leg 23 is connected with pelletizing storehouse 20, and the side in pelletizing storehouse 20 is square cone structure, and the bottom surface in pelletizing storehouse 20 is connected with Discharge pipe 53, the side of discharge pipe 53 are equipped with link slot, slidably connect movable plate 52, the side of movable plate 52 in link slot There are two electric telescopic rod 3 47, the end of electric telescopic rod 3 47 is connected with fixed frame 1 for face connection, fixed frame 1 with Supporting leg 23 is fixedly welded, and the particle after cutting is conveyed by discharge pipe 53, can be driven by electric telescopic rod 3 47 The mobile discharging speed for being used to control discharge pipe 53 of movable plate 52, there are three equidistant for the side rotation connection of 20 inner cavity of pelletizing storehouse Rotary cylinder 49 from distribution, the side of rotary cylinder 49 are equipped with wearing layer, the end of three rotary cylinders 49 be connected separately with one from Moving gear 48, the kerf cutter 54 that there are two the side rotation connections of 20 inner cavity of pelletizing storehouse equidistantly distributes, kerf cutter 54 Side is equipped with cutting blade 36, and the end of two kerf cutters 54 is connected separately with a driven gear 48, rotary cylinder 49 and cuts It cuts hobboing cutter 54 to be interspersed, successively engagement connection between five driven gears 48, the trailing flank of workbench 25 is connected with mounting plate 4 40, the upper surface of mounting plate 4 40 is fixedly connected with support rod 14, and the upper surface of support rod 14 is connected with mounting plate 2 15, peace The upper surface of loading board 2 15 is equipped with servo motor 2 17, and the output shaft of servo motor 2 17 is connected with driving gear 35, actively Gear 35 engages connection with driven gear 48, and the upper surface in pelletizing storehouse 20 is connected with material feeding box connecting pipe 18, material feeding box connection Pipeline 18 is ramp-like configuration, and the upper surface of material feeding box connecting pipe 18 is connected with material feeding box 19, by high molecular material from charging The upper end of case 19 is put into, and enters pelletizing storehouse 20 by material feeding box connecting pipe 18, drives rotary cylinder 49 using servo motor 2 17 Pelletizing is carried out to high molecular material with kerf cutter 54, the side of material feeding box 19 is connected with mounting plate 3 33, mounting plate 3 33 Side is connected with fixing screws 2 32, and mounting plate 3 33 is connect by fixing screws 2 32 with the side of material feeding box 19, mounting plate 3 33 side is equipped with resilient bristles 34, and resilient bristles 34 are to inlay to connect with mounting plate 3 33, mounting plate 3 33 and elastic hair Brush 34 can prevent the material particles after cutting from flying out from feed inlet, improve the yield of product, material feeding box connecting pipe 18 It is equipped with thickening layer with the surface of 19 inner cavity of material feeding box, the left side in pelletizing storehouse 20 is equipped with control switch group 21, control switch group The output end of 21 input terminal electrical connection external power supply, the output end electrical connection electric telescopic rod 1, electronic of control switch group 21 Telescopic rod 2 10, servo motor 1, servo motor 2 17 and electric telescopic rod 3 47 input terminal, the lower surface of bottom plate 1 is set There is mounting plate 1, mounting plate 1 sets there are four and equidistantly distributes along the lower surface of bottom plate 1, and the lower surface of mounting plate 1 connects It is connected to universal wheel 3,1 lower surface of bottom plate is respectively provided with an electric telescopic rod 1, electric expansion at the position of mounting plate 1 The lower surface of bar 1 is connected with foot pad 6, is moved the pelleter for being used for high molecular material cutting using universal wheel 3 and handrail 45 Move at the position of needs, using electric telescopic rod 1 and foot pad 6 this can be used for high molecular material cutting pelleter into Row is fixed, and the upper surface of bottom plate 1 is set there are two sliding slot 5, slidably connects a sliding block in two sliding slots 5 respectively, sliding block it is upper Surface is connected with collecting box 9, can be collected particle by collecting box 9, and the surface of 9 inner cavity of collecting box is equipped with anti-slip layer, The leading flank of collecting box 9 is equipped with observation window 8, and the leading flank of observation window 8 is equipped with transparent glass layer, can be observed using observation window 8 Inside collecting box 9 cut after material number, the left and right side of collecting box 9 is respectively provided with a handle 2, utilizes 2 convenience of handle User moves collecting box 9, and the upper surface of bottom plate 1 is equipped with classification tool case 26, will produce institute using classification tool case 26 The cutfit needed is classified, and one end of 26 leading flank of classification tool case is connected with hinge, and classification tool case 26 is logical Crossing hinge connection has door close 27, and the side of 26 inner cavity of classification tool case is equidistant to be set there are two demarcation plate 31, demarcation plate 31 Side is equipped with logo slot 30, posts mark sheet in logo slot 30, user can be assisted fast using logo slot 30 and demarcation plate 31 Speed finds required tool, and the medial surface of door close 27 is connected with Air Filter 29, and the side of Air Filter 29 is connected with fixation Screw 1, Air Filter 29 are connect by fixing screws 1 with door close 27, can prevent dust from entering using Air Filter 29 26 inner cavity of classification tool case, the outer surface of door close 27 are equipped with handle 43 and electronic lock 44, and the input terminal of electronic lock 44 is electrically connected The output end of control switch group 21, the trailing flank connection of workbench 25 is there are two fixed frame 2 24, between two fixed frames 2 24 It is connected with handrail 45, handrail 45 is to be fixedly welded with fixed frame 2 24, and the outer surface of handrail 45 is equipped with protective pad 41, protective pad 41 Outer surface be equipped with antiskid particles 42, antiskid particles 42 are rubber block, and the trailing flank of servo motor 2 17 is equipped with heat sink, heat dissipation The side of plate is equipped with heat release hole 37, and the side of servo motor 2 17 is connected with dust cover 16, and the side of dust cover 16 is connected with solid Determine screw 4 55, dust cover 16 is connect by fixing screws 4 55 with servo motor 2 17, the output shaft of servo motor 2 17 and Driving gear 35 is to be fixedly welded, and the side of shaft 1 is equipped with tread plate, position of 13 outer surface of conveyer belt close to left and right side The place of setting is respectively provided with a positive stop strip, and positive stop strip is rubber strip, and conveyer belt 13 is rotatablely connected with shaft 1 and shaft 2 46 respectively, 25 upper surface of workbench is equipped with material collecting tank 11 at the position of shaft 1, and the length of material collecting tank 11 is greater than the length of shaft 1 Degree, the side of 20 inner cavity of pelletizing storehouse are connected with elastic network(s) 50, and the side of elastic network(s) 50 is connected with fixing screws 3 51, elastic network(s) 50 It is connect by fixing screws 3 51 with the side of 20 inner cavity of pelletizing storehouse, elastic network(s) 50 is whole to work out shape structure, and elasticity in intensive Net 50 is integrally in tight state when fixed, can avoid the particle for dispersing collision everywhere by elastic network(s) 50 and cuts chamber inner wall It directly contacts, improves the qualification rate of product, cutting blade 36 is crescent shape structure, is cut convenient for just understanding macromolecule It cuts.

When in use: the pelleter for being used for high molecular material cutting being moved to needs using universal wheel 3 and handrail 45 Position at, using electric telescopic rod 1 and foot pad 6 this can be used for high molecular material cutting pelleter be fixed, High molecular material is put into from the upper end of material feeding box 19, enters pelletizing storehouse 20 by material feeding box connecting pipe 18, utilizes servo electricity Machine 2 17 drives rotary cylinder 49 and kerf cutter 54 to carry out pelletizing to high molecular material, and mounting plate 3 33 and resilient bristles 34 can be with Material particles after preventing cutting fly out from feed inlet, improve the yield of product, can avoid punishment by elastic network(s) 50 The particle of collision and directly contacting for cutting chamber inner wall are dissipated, improves the qualification rate of product, the particle after cutting passes through discharging Pipeline 53 is conveyed, and can drive the mobile discharging for being used to control discharge pipe 53 of movable plate 52 by electric telescopic rod 3 47 Speed, the particle transferred out from discharge pipe 53 can carry out short-range transport by servo motor 12 and conveyer belt 13, lead to Particle can be collected by crossing collecting box 9.

The utility model have it is below the utility model has the advantages that 1, when need to move this for high molecular material cutting pelleter benefit The pelleter for being used for high molecular material cutting can be moved at the position of needs faster with universal wheel 3 and handrail 45, It improves work efficiency, is carried out using the pelleter that this can be used for high molecular material cutting by electric telescopic rod 1 and foot pad 6 It is fixed, use easy to produce；

2, it is classified using classification tool case 26 convenient for required cutfit will be produced, utilizes logo slot 30 With demarcation plate 31 convenient for users to quickly finding required tool, improve work efficiency, it can be to prevent using Air Filter 29 Only dust enters 26 inner cavity of classification tool case, opens and closes using handle 43 is convenient to door close 27, is enhanced using electronic lock 44 The safety of classification tool case 26；

3, mounting plate 3 33 and resilient bristles 34 can play the work of the material particles after stopping cutting when pelleter operates With the material particles after avoiding cutting fly out from feed inlet, cause grain products to lose the problem of increasing production cost, and bullet Property hairbrush have certain elasticity, the entrance of macromolecule material will not be hindered, utilize the material feeding box connecting pipe of ramp-like configuration 18 material particles that can further avoid after cutting fly out from feed inlet；

4, the discharging speed at fixed frame 1, electric telescopic rod 3 47 and the adjustable discharge pipe 53 of movable plate 52 is utilized The folding of degree and discharge port, can be by the object after cutting by servo motor 1, shaft 1, shaft 2 46 and conveyer belt 13 Material carries out short-range transport, the material after cutting can be collected processing by collecting box 9, can be with using observation window 8 Observe collecting box 9 inside cut after material number, move collecting box 9 using handle 2；

5, the impact force of the material particles after cutting is can absorb and alleviated using elastic network(s) 50, can avoid by elastic network(s) 50 Disperse the particle of collision and directly contacting for cutting chamber inner wall everywhere, solves and largely closed in traditional pelleter operation Lattice shaped granule is directly contacted with cutting chamber inner wall, is hard material because cuing off chamber inner wall, is caused conforming particle itself It is crashed, grain forming rate is caused to reduce and Dust Capacity the problem of becoming larger.

While there has been shown and described that the embodiments of the present invention, for the ordinary skill in the art, It is understood that these embodiments can be carried out with a variety of variations in the case where not departing from the principles of the present invention and spirit, repaired Change, replacement and variant, the scope of the utility model is defined by the appended claims and the equivalents thereof.

Claims (9)

1. a kind of pelleter for high molecular material cutting, including bottom plate (1), it is characterised in that: the upper table of the bottom plate (1) Face is set there are four the electric telescopic rod two (10) equidistantly distributed, and the upper surface of the electric telescopic rod two (10) is connected with work Platform (25), equidistant two fixed plates set there are four fixed plate (38), close to left side in the upper surface of the workbench (25) (38) it is rotatably connected to shaft two (46) between, is rotatably connected to shaft one between two fixed plates (38) on right side (39), the end of the shaft one (39) is connected with servo motor one (12), between the shaft one (39) and shaft two (46) It being rotatably connected to conveyer belt (13), workbench (25) upper surface is set at the position of left side there are four supporting leg (23), The upper surface of the supporting leg (23) is connected with pelletizing storehouse (20), and the side of the pelletizing storehouse (20) is square cone structure, described to cut The bottom surface in grain storehouse (20) is connected with discharge pipe (53), and the side of the discharge pipe (53) is equipped with link slot, the link slot It inside slidably connects movable plate (52), there are two electric telescopic rod three (47), the electricity for the side connection of the movable plate (52) The end of dynamic telescopic rod three (47) is connected with fixed frame one (22), and the fixed frame one (22) is fixedly welded with supporting leg (23), institute The rotary cylinder (49) that there are three the side rotation connections for stating pelletizing storehouse (20) inner cavity equidistantly distributes, the side of the rotary cylinder (49) Face is equipped with wearing layer, and the end of three rotary cylinders (49) is connected separately with a driven gear (48), and the pelletizing storehouse (20) is interior There are two the kerf cutter (54) equidistantly distributed, the sides of the kerf cutter (54) to be equipped with cutting for the side rotation connection of chamber Blade (36), the end of two kerf cutters (54) are connected separately with a driven gear (48), the rotary cylinder (49) and cut It cuts hobboing cutter (54) to be interspersed, successively engagement connection between five driven gears (48), the trailing flank of the workbench (25) connects It is connected to mounting plate four (40), the upper surface of the mounting plate four (40) is fixedly connected with support rod (14), the support rod (14) Upper surface be connected with mounting plate two (15), the upper surface of the mounting plate two (15) is equipped with servo motor two (17), described The output shaft of servo motor two (17) is connected with driving gear (35), the driving gear (35) and driven gear (48) company of engagement It connects, the upper surface of the pelletizing storehouse (20) is connected with material feeding box connecting pipe (18), and the material feeding box connecting pipe (18) is to incline The upper surface of ramp-like structure, the material feeding box connecting pipe (18) is connected with material feeding box (19), the side of the material feeding box (19) It is connected with mounting plate three (33), the side of the mounting plate three (33) is connected with fixing screws two (32), the mounting plate three (33) it is connect by fixing screws two (32) with the side of material feeding box (19), the side of the mounting plate three (33) is equipped with elastic hair It brushes (34), the resilient bristles (34) are to inlay to connect with mounting plate three (33), the material feeding box connecting pipe (18) and charging The surface of case (19) inner cavity is equipped with thickening layer, and the left side of the pelletizing storehouse (20) is equipped with control switch group (21), the control The output end of the input terminal electrical connection external power supply of switching group (21) processed, the output end of the control switch group (21) are electrically connected electricity Dynamic telescopic rod one (4), electric telescopic rod two (10), servo motor one (12), servo motor two (17) and electric telescopic rod three (47) input terminal.

2. a kind of pelleter for high molecular material cutting according to claim 1, it is characterised in that: the bottom plate (1) lower surface is equipped with mounting plate one (7), and the mounting plate one (7) sets that there are four and along equidistant point of the lower surfaces of bottom plate (1) Cloth, the lower surface of the mounting plate one (7) are connected with universal wheel (3), and bottom plate (1) lower surface is close to mounting plate one (7) An electric telescopic rod one (4) is respectively provided at position, the lower surface of the electric telescopic rod one (4) is connected with foot pad (6).

3. a kind of pelleter for high molecular material cutting according to claim 1, it is characterised in that: the bottom plate (1) upper surface is set there are two sliding slot (5), and two sliding slots (5) are interior to slidably connect a sliding block, the upper table of the sliding block respectively Face is connected with collecting box (9), and the surface of collecting box (9) inner cavity is equipped with anti-slip layer, and the leading flank of the collecting box (9) is equipped with The leading flank of observation window (8), the observation window (8) is equipped with transparent glass layer, and the left and right side of the collecting box (9) is respectively provided with one A handle (2).

4. a kind of pelleter for high molecular material cutting according to claim 1, it is characterised in that: the bottom plate (1) upper surface is equipped with classification tool case (26), and one end of classification tool case (26) leading flank is connected with hinge, and described point Class tool box (26) has been connected by hinge door close (27), and the side of classification tool case (26) inner cavity is equidistant to be equipped with two The side of a demarcation plate (31), the demarcation plate (31) is equipped with logo slot (30), posts mark sheet in the logo slot (30).

5. a kind of pelleter for high molecular material cutting according to claim 4, it is characterised in that: the door close (27) medial surface is connected with Air Filter (29), and the side of the Air Filter (29) is connected with fixing screws one (28), described anti- Dirt net (29) is connect by fixing screws one (28) with door close (27), and the outer surface of the door close (27) is equipped with handle (43) With electronic lock (44), the output end of input terminal electrical connection control switch group (21) of the electronic lock (44).

6. a kind of pelleter for high molecular material cutting according to claim 1, it is characterised in that: the workbench (25) trailing flank connection is connected with handrail (45) there are two fixed frame two (24) between two fixed frames two (24), described to help Hand (45) is to be fixedly welded with fixed frame two (24), and the outer surface of the handrail (45) is equipped with protective pad (41), the protective pad (41) outer surface is equipped with antiskid particles (42), and the antiskid particles (42) are rubber block.

7. a kind of pelleter for high molecular material cutting according to claim 1, it is characterised in that: the servo electricity The trailing flank of machine two (17) is equipped with heat sink, and the side of the heat sink is equipped with heat release hole (37), the servo motor two (17) Side be connected with dust cover (16), the side of the dust cover (16) is connected with fixing screws four (55), the dust cover (16) it is connect by fixing screws four (55) with servo motor two (17), the output shaft and driving tooth of the servo motor two (17) Wheel (35) is to be fixedly welded.

8. a kind of pelleter for high molecular material cutting according to claim 1, it is characterised in that: the shaft one (39) side is equipped with tread plate, and conveyer belt (13) outer surface is respectively provided with a limit at the position of left and right side Item, the positive stop strip are rubber strip, and the conveyer belt (13) is rotatablely connected with shaft one (39) and shaft two (46) respectively, described Workbench (25) upper surface is equipped with material collecting tank (11) at the position of shaft one (39), and the length of the material collecting tank (11) is greater than The length of shaft one (39).

9. a kind of pelleter for high molecular material cutting according to claim 1, it is characterised in that: the pelletizing storehouse (20) side of inner cavity is connected with elastic network(s) (50), and the side of the elastic network(s) (50) is connected with fixing screws three (51), described Elastic network(s) (50) is connect by fixing screws three (51) with the side of pelletizing storehouse (20) inner cavity, and the elastic network(s) (50) is integrally in close Collection establishment shape structure, and be integrally in tight state when elastic network(s) (50) fixation, the cutting blade (36) is crescent shape structure.