阅读说明：本技术 一种循环利用材料再生产处理设备 (One kind recycling material regeneration and produces processing equipment ) 是由 董云峰 蔡春和 于 2019-09-12 设计创作，主要内容包括：本发明涉及一种材料处理设备,更具体的说是一种循环利用材料再生产处理设备,包括分拣平台机构、给料机构、支撑平台机构、搅碎机构、出料控制机构,设备能够提供分拣平台,设备能够根据分拣人数进行调速,设备能够进行自动给料,设备能够搅碎,设备能够控制出料,所述的分拣平台机构位于支撑平台机构的上方,给料机构位于支撑平台机构的上方,支撑平台机构与搅碎机构相连,搅碎机构与出料控制机构相连。(The present invention relates to a kind of material processing apparatuses, it in particular is that one kind recycles material regeneration production processing equipment, including sorting platform mechanism, feeder, support platform mechanism, smashing mechanism, discharging controller, equipment is capable of providing sorting platform, equipment can be adjusted the speed according to sorting number, equipment is able to carry out autofeed, equipment can blend, equipment can control discharging, the sorting platform mechanism is located at the top of support platform mechanism, feeder is located at the top of support platform mechanism, support platform mechanism is connected with smashing mechanism, smashing mechanism is connected with discharging controller.)

1. one kind recycles material regeneration and produces processing equipment, including sorting platform mechanism (1), feeder (2), support platform Mechanism (3), smashing mechanism (4), discharging controller (5), it is characterised in that: the sorting platform mechanism (1) is located at support The top of platform mechanism (3), feeder (2) are located at the top of support platform mechanism (3), support platform mechanism (3) with blend Mechanism (4) is connected, and smashing mechanism (4) is connected with discharging controller (5).

2. one kind according to claim 1 recycles material regeneration and produces processing equipment, it is characterised in that: the sorting Platform mechanism (1) includes sliding seat body mechanism (1-1), ladder sliding seat mechanism (1-2), lifting seat mechanism (1-3), motor mechanism (1-4), conveyer belt mechanism (1-5), hydraulic cylinder mechanism (1-6), sliding seat body mechanism (1-1) and ladder sliding seat mechanism (1-2) It matches, ladder sliding seat mechanism (1-2) is hinged with motor mechanism (1-4), motor mechanism (1-4) and lifting seat mechanism (1- 3) it matches, motor mechanism (1-4) is fixedly connected with hydraulic cylinder mechanism (1-6), hydraulic cylinder mechanism (1-6) and lifting seat mechanism (1-3) is fixedly connected, and motor mechanism (1-4) is engaged with conveyer belt mechanism (1-5)；Sliding seat body mechanism (1-1) includes sliding Dynamic pedestal ontology (1-1-1), stepped groove (1-1-2), stepped groove (1-1-2) are opened in sliding pedestal ontology (1-1-1)；Ladder is sliding Dynamic seat mechanism (1-2) includes ladder sliding block (1-2-1), articulated jib (1-2-2), ladder sliding block (1-2-1) and articulated jib (1-2-2) It is hinged, ladder sliding block (1-2-1) is matched with stepped groove (1-1-2)；Lifting seat mechanism (1-3) includes pedestal (1-3-1), branch Fagging (1-3-2), upper mounting plate (1-3-3), slide opening (1-3-4), hydraulic stem movable span (1-3-5), pedestal (1-3-1) and support plate (1-3-2) is connected, and support plate (1-3-2) is connected with upper mounting plate (1-3-3), and slide opening (1-3-4) is opened on upper mounting plate (1-3-3), Hydraulic stem movable span (1-3-5) is opened on upper mounting plate (1-3-3)；Motor mechanism (1-4) includes limit base (1-4-1), limit cunning Bar (1-4-2), hinged seat (1-4-3), motor platform (1-4-4), motor (1-4-5), motor friction pulley (1-4-6), limit are slided Bar (1-4-2) is welded between limit base (1-4-1) and motor platform (1-4-4), limit slide bar (1-4-2) and slide opening (1-3- 4) it matches, hinged seat (1-4-3) is connected with motor platform (1-4-4), and hinged seat (1-4-3) is mutually cut with scissors with articulated jib (1-2-2) It connects, motor platform (1-4-4) is connected with motor (1-4-5), the connection type of motor (1-4-5) and motor friction pulley (1-4-6) For expansion set connection；Conveyer belt mechanism (1-5) includes conveyer belt support frame (1-5-1), frictional disk (1-5-2), active roll tube axis (1- 5-3), active roll tube (1-5-4), belt (1-5-5), passive carrying roller (1-5-6), conveyer belt support frame (1-5-1) and drive roll Cylinder axis (1-5-3) is connected by bearing, and active roll tube axis (1-5-3) is that expansion set is connect with the connection type of frictional disk (1-5-2), Active roll tube axis (1-5-3) is connected with active roll tube (1-5-4), the connection type of active roll tube (1-5-4) and belt (1-5-5) For flexible connection, the connection type of belt (1-5-5) and passive carrying roller (1-5-6) are flexible connection, passive carrying roller (1-5-6) with The connection type bearing of conveyer belt support frame (1-5-1) connects, the connection of frictional disk (1-5-2) and motor friction pulley (1-4-6) Mode is to be engaged；Hydraulic cylinder mechanism (1-6) includes hydraulic stem (1-6-1), hydraulic cylinder (1-6-2), hydraulic stem (1-6-1) with Hydraulic cylinder (1-6-2) is connected, and hydraulic cylinder (1-6-2) is connected with pedestal (1-3-1), hydraulic stem (1-6-1) and motor platform (1-4- 4) it is connected.

3. one kind according to claim 1 recycles material regeneration and produces processing equipment, it is characterised in that: the feed Mechanism (2) includes feed driving mechanism (2-1), limited support mechanism (2-2), spring supporting mechanism (2-3), sliding feeder (2-4), feed hopper mechanism (2-5), feed driving mechanism (2-1) are matched with sliding feeder (2-4), slide feeder (2-4) is matched with limited support mechanism (2-2), and sliding feeder (2-4) is matched with feed hopper mechanism (2-5)；Feed Driving mechanism (2-1) includes cam support (2-1-1), band axis cam (2-1-2), shaft coupling (2-1-3), cam motor (2-1- 4), cam support (2-1-1) is that bearing is connect with the connection type with axis cam (2-1-2), band axis cam (2-1-2) and cam Motor (2-1-4) is connected by shaft coupling (2-1-3)；Limited support mechanism (2-2) includes shell (2-2-1), upper limit bar (2- 2-2), lower limit bar (2-2-3), stepped groove I (2-2-4), spring (2-2-5), shell (2-2-1) and upper limit bar (2-2-2) It is connected, shell (2-2-1) is connected with lower limit bar (2-2-3), and stepped groove I (2-2-4) is opened on shell (2-2-1), spring (2- It 2-5) covers on lower limit bar (2-2-3)；Spring supporting mechanism (2-3) includes spring lower seat (2-3-1), vibration spring (2-3- 2), inclined support bar (2-3-3), upper limit seat I (2-3-4), spring lower seat (2-3-1) are connected with inclined support bar (2-3-3), vibration Spring (2-3-2) covers on inclined support bar (2-3-3), and inclined support bar (2-3-3) is connected with upper limit seat I (2-3-4)；Slide to Expect that mechanism (2-4) includes downstairs block (2-4-1), lower limit matching hole (2-4-2), upper limit matching hole (2-4-3), block (2-4-4), pulley matching seat (2-4-5), lower limit matching hole (2-4-2) are opened on downstairs block (2-4-1), upper limit cooperation Hole (2-4-3) is opened on downstairs block (2-4-1), and block (2-4-4) is connected with downstairs block (2-4-1), pulley matching seat (2- 4-5) it is connected with downstairs block (2-4-1), lower limit matching hole (2-4-2) is matched with lower limit bar (2-2-3), and upper limit is matched It closes hole (2-4-3) to match with upper limit bar (2-2-2), block (2-4-4) is matched with axis cam (2-1-2)；Feed hopper Mechanism (2-5) includes hinged wheel (2-5-1), matching hole I (2-5-2), feed hopper (2-5-3), rotating wheel I (2-5-4), bearing block I (2-5-5), connecting shaft (2-5-6), rear support (2-5-7), hinged take turns (2-5-1) are hinged with feed hopper (2-5-3), match It closes hole I (2-5-2) to be opened on hinged wheel (2-5-1), matching hole I (2-5-2) is matched with inclined support bar (2-3-3), rotating wheel I (2-5-4) is connected with connecting shaft (2-5-6), and connecting shaft (2-5-6) is connect with the connection type bearing of bearing block I (2-5-5), axis It holds an I (2-5-5) to be connected with feed hopper (2-5-3), rear support (2-5-7) is connected with feed hopper (2-5-3).

4. one kind according to claim 1 recycles material regeneration and produces processing equipment, it is characterised in that: the support Platform mechanism (3) includes platform support (3-1), upper mounting plate (3-2), oblique reinforcing bar (3-3), platform support (3-1) and upper mounting plate (3-2) is connected, and upper mounting plate (3-2) is connected with oblique reinforcing bar (3-3), and oblique reinforcing bar (3-3) is connected with platform support (3-1), sliding Dynamic pedestal ontology (1-1-1) is connected with upper mounting plate (3-2), and pedestal (1-3-1) is connected with upper mounting plate (3-2), conveyer belt support frame (1-5-1) is connected with upper mounting plate (3-2), and cam support (2-1-1) is connected with upper mounting plate (3-2), cam motor (2-1-4) with it is upper Platform (3-2) is connected, and shell (2-2-1) is connected with upper mounting plate (3-2), and spring lower seat (2-3-1) is connected with upper mounting plate (3-2), Rear support (2-5-7) is connected with upper mounting plate (3-2).

5. one kind according to claim 1 recycles material regeneration and produces processing equipment, it is characterised in that: described blends Mechanism (4) includes blending chamber mechanism (4-1), blending cutter mechanism (4-2), blends chamber mechanism (4-1) and blends cutter mechanism (4-2) phase Even；Blending chamber mechanism (4-1) includes blending chamber support (4-1-1), enterprising material mouth (4-1-2), lower discharge port (4-1-3), bearing Seat I (4-1-4), casing (4-1-5) blend chamber support (4-1-1) and are connected with casing (4-1-5), and enterprising material mouth (4-1-2) is opened in On the top plate of casing (4-1-5), lower discharge port (4-1-3) is opened on the bottom plate of casing (4-1-5), bearing block I (4-1-4) and machine Shell (4-1-5) is connected；Cutter mechanism (4-2) is blended to include motor support (4-2-1), blend motor (4-2-2), blend motor shaft coupling Device (4-2-3) blends axis (4-2-4), pulping knife (4-2-5), and motor support (4-2-1) is connected with motor (4-2-2) is blended, stirs Broken motor (4-2-2) with blend axis (4-2-4) and be connected by blending motor coupler (4-2-3), pulping knife (4-2-5) with blend Axis (4-2-4) is connected, and motor support (4-2-1) is connected with chamber support (4-1-1) is blended；Blend axis (4-2-4) and bearing block I The connection type of (4-1-4) is bearing connection.

6. one kind according to claim 1 recycles material regeneration and produces processing equipment, it is characterised in that: the discharging Control mechanism (5) includes door opening/closing mechanism (5-1), discharge bucket mechanism (5-2), door opening/closing mechanism (5-1) and discharge bucket mechanism (5- 2) it is connected；Door opening/closing mechanism (5-1) includes servo motor (5-1-1), motor gear (5-1-2), mate gear (5-1-3), opens Close door body (5-1-4), folding position limiting slide block (5-1-5), servo motor (5-1-1) be connected with motor gear (5-1-2), it is electric Machine gear (5-1-2) is meshed with mate gear (5-1-3), mate gear (5-1-3) and the fixed company of folding door body (5-1-4) It connects, folding door body (5-1-4) is fixedly connected with folding position limiting slide block (5-1-5)；Discharge bucket mechanism (5-2) includes discharge bucket Ontology (5-2-1), boss (5-2-2), profiled frame (5-2-3), arc groove (5-2-4), discharge bucket ontology (5-2-1) and boss (5-2-2) is connected, and boss (5-2-2) is connected with profiled frame (5-2-3), and arc groove (5-2-4) is opened on profiled frame (5-2-3), Folding position limiting slide block (5-1-5) matched with arc groove (5-2-4), discharge bucket ontology (5-2-1) and lower discharge port (4-1-3) It is connected, discharge bucket ontology (5-2-1) is connected with casing (4-1-5), and folding door body (5-1-4) is mutually cut with scissors with boss (5-2-2) It connects.

7. one kind according to claim 1 recycles material regeneration and produces processing equipment, it is characterised in that: the pulley Matching seat (2-4-5), rotating wheel I (2-5-4) material be potassium steel.

Technical field

The present invention relates to a kind of material processing apparatuses, be in particular one kind recycle material regeneration production processing set It is standby.

Background technique

Before closed matereial cycle regeneration, will through and the links such as sorting and be crushed, when being sorted, usually because not It can adjust the speed and operating mode is made to become immutable, the efficiency of sorting be influenced, and feed is easy to have some setbacks, so devising this It recycles material regeneration and produces processing equipment.

Summary of the invention

Material regeneration is recycled the invention mainly solves the technical problem of providing one kind and produces processing equipment, and equipment can Sorting platform is provided, equipment can be adjusted the speed according to sorting number, and equipment is able to carry out autofeed, and equipment can blend, Equipment can control discharging.

In order to solve the above technical problems, the present invention relates to a kind of material processing apparatuses, it is in particular a kind of circulation benefit Processing equipment, including sorting platform mechanism, feeder, support platform mechanism, smashing mechanism, discharging control are produced with material regeneration Mechanism, equipment are capable of providing sorting platform, and equipment can be adjusted the speed according to sorting number, and equipment is able to carry out autofeed, Equipment can blend, and equipment can control discharging.

The sorting platform mechanism is located at the top of support platform mechanism, and feeder is located at the upper of support platform mechanism Side, support platform mechanism are connected with smashing mechanism, and smashing mechanism is connected with discharging controller.

As advanced optimizing for the technical program, a kind of material regeneration that recycles of the present invention is produced described in processing equipment Sorting platform mechanism includes sliding seat body mechanism, ladder sliding seat mechanism, lifting seat mechanism, motor mechanism, conveyer belt mechanism, liquid Cylinder mechanism, sliding seat body mechanism are matched with ladder sliding seat mechanism, and ladder sliding seat mechanism is hinged with motor mechanism, electricity Machine mechanism is matched with lifting seat mechanism, and motor mechanism is fixedly connected with hydraulic cylinder mechanism, hydraulic cylinder mechanism and lifting seat mechanism It is fixedly connected, motor mechanism is engaged with conveyer belt mechanism；Sliding seat body mechanism includes sliding pedestal ontology, stepped groove, rank Terraced slot is opened on sliding pedestal ontology；It includes ladder sliding block, articulated jib that ladder, which slides seat mechanism, and ladder sliding block is mutually cut with scissors with articulated jib It connects, ladder sliding block is matched with stepped groove；Lifting seat mechanism includes pedestal, support plate, upper mounting plate, slide opening, hydraulic stem movable span, Pedestal is connected with support plate, and support plate is connected with upper mounting plate, and slide opening is opened on upper mounting plate, and hydraulic stem movable span is opened in upper mounting plate On；Motor mechanism includes limit base, limit slide bar, hinged seat, motor platform, motor, motor friction pulley, and limit slide bar is welded on Between limit base and motor platform, limit slide bar is matched with slide opening, and hinged seat is connected with motor platform, hinged seat and articulated jib It is hinged, motor platform is connected to the motor, and motor is that expansion set is connect with the connection type of motor friction pulley；Conveyer belt mechanism includes Conveyer belt support frame, frictional disk, active roll tube axis, active roll tube, belt, passive carrying roller, conveyer belt support frame and active roll tube Axis is connected by bearing, and the connection type of active roll tube axis and frictional disk is expansion set connection, active roll tube axis and active roll tube phase Even, the connection type of active roll tube and belt is flexible connection, and the connection type of belt and passive carrying roller is flexible connection, passively Carrying roller is connect with the connection type bearing of conveyer belt support frame, and the connection type of frictional disk and motor friction pulley is to be engaged； Hydraulic cylinder mechanism includes hydraulic stem, hydraulic cylinder, and hydraulic stem is connected with hydraulic cylinder, and hydraulic cylinder is connected with pedestal, hydraulic stem and motor Platform is connected.

As advanced optimizing for the technical program, a kind of material regeneration that recycles of the present invention is produced described in processing equipment Feeder includes feed driving mechanism, limited support mechanism, spring supporting mechanism, sliding feeder, feed hopper mechanism, is given Material driving mechanism is matched with sliding feeder, and sliding feeder is matched with limited support mechanism, slides feeder Mechanism matches with feed hopper；Feed driving mechanism includes cam support, band axis cam, shaft coupling, cam motor, cam support It is that bearing is connect with the connection type with axis cam, band axis cam is connected with cam motor by shaft coupling；Limited support mechanism Including shell, upper limit bar, lower limit bar, stepped groove I, spring, shell is connected with upper limit bar, shell and lower limit bar phase Even, stepped groove I is opened on the shell, and spring pocket is on lower limit bar；Spring supporting mechanism includes spring lower seat, shakes spring, is oblique Support rod, upper limit seat I, spring lower seat are connected with inclined support bar, shake spring pocket on inclined support bar, inclined support bar and the upper limit Position seat I is connected；Sliding feeder includes downstairs block, lower limit matching hole, upper limit matching hole, block, pulley matching seat, Lower limit matching hole is opened on downstairs block, and upper limit matching hole is opened on downstairs block, and block is connected with downstairs block, pulley Matching seat is connected with downstairs block, and lower limit matching hole is matched with lower limit bar, and upper limit matching hole and upper limit bar match It closes, block is matched with axis cam；Feed hopper mechanism include hinged wheel, matching hole I, feed hopper, rotating wheel I, bearing block I, Connecting shaft, rear support, hinged wheel are hinged with feed hopper, and matching hole I is opened on hinged wheel, matching hole I and inclined support bar phase Cooperation, rotating wheel I are connected with connecting shaft, and connecting shaft is connect with the connection type bearing of bearing block I, bearing block I and feed hopper phase Even, rear support is connected with feed hopper.

As advanced optimizing for the technical program, a kind of material regeneration that recycles of the present invention is produced described in processing equipment Support platform mechanism includes platform support, upper mounting plate, oblique reinforcing bar, and platform support is connected with upper mounting plate, upper mounting plate and tiltedly reinforcing Bar is connected, and oblique reinforcing bar is connected with platform support, and sliding pedestal ontology is connected with upper mounting plate, and pedestal is connected with upper mounting plate, conveying Band support frame is connected with upper mounting plate, and cam support is connected with upper mounting plate, and cam motor is connected with upper mounting plate, shell and upper mounting plate phase Even, spring lower seat is connected with upper mounting plate, and rear support is connected with upper mounting plate.

As advanced optimizing for the technical program, a kind of material regeneration that recycles of the present invention is produced described in processing equipment Smashing mechanism includes blending chamber mechanism, blending cutter mechanism, blends chamber mechanism and is connected with cutter mechanism is blended；Blending chamber mechanism includes stirring Broken chamber support, enterprising material mouth, lower discharge port, bearing block I, casing blend chamber support and are connected with casing, and enterprising material mouth is opened in casing Top plate on, lower discharge port is opened on the bottom plate of casing, and bearing block I is connected with casing；Cutter mechanism is blended to include motor support, stir Broken motor blends motor coupler, blends axis, pulping knife, and motor support is connected with motor is blended, and blends motor and blends axis and leads to Cross blend motor coupler be connected, pulping knife is connected with axis is blended, motor support with blend chamber support be connected；Blend axis and bearing The connection type of seat I is bearing connection.

As advanced optimizing for the technical program, a kind of material regeneration that recycles of the present invention is produced described in processing equipment Discharging controller includes door opening/closing mechanism, discharge bucket mechanism, and door opening/closing mechanism is connected with discharge bucket mechanism；Door opening/closing mechanism packet Include servo motor, motor gear, mate gear, folding door body, folding position limiting slide block, servo motor and motor gear phase Even, motor gear is meshed with mate gear, and mate gear is fixedly connected with folding door body, and folding door body is limited with folding Position sliding block is fixedly connected；Discharge bucket mechanism includes discharge bucket ontology, boss, profiled frame, arc groove, discharge bucket ontology and boss phase Even, boss is connected with profiled frame, and arc groove is opened on profiled frame, open and close position limiting slide block matched with arc groove, discharge bucket sheet Body is connected with lower discharge port, and discharge bucket ontology is connected with casing, and folding door body is hinged with boss.

As advanced optimizing for the technical program, a kind of material regeneration that recycles of the present invention is produced described in processing equipment Pulley matching seat, rotating wheel I material be potassium steel.

A kind of material regeneration that recycles of the present invention produces having the beneficial effect that for processing equipment

One kind of the present invention recycles material regeneration and produces processing equipment, and equipment is capable of providing sorting platform, and equipment being capable of root It is adjusted the speed according to sorting number, equipment is able to carry out autofeed, and equipment can blend, and equipment can control discharging.

Detailed description of the invention

The present invention will be further described in detail with specific implementation method with reference to the accompanying drawing.

Fig. 1 is a kind of structural schematic diagram for recycling material regeneration and producing processing equipment of the present invention.

Fig. 2 is a kind of structural schematic diagram for recycling material regeneration and producing the sorting platform mechanism 1 of processing equipment of the present invention.

Fig. 3 is that a kind of supplementing structure for recycling the sorting platform mechanism 1 that material regeneration produces processing equipment of the present invention is shown It is intended to.

Fig. 4 is a kind of structural representation for recycling material regeneration and producing the sliding seat body mechanism 1-1 of processing equipment of the present invention Figure.

Fig. 5 is that a kind of structure for recycling the ladder sliding seat mechanism 1-2 that material regeneration produces processing equipment of the present invention is shown It is intended to.

Fig. 6 is a kind of structural schematic diagram for recycling material regeneration and producing the lifting seat mechanism 1-3 of processing equipment of the present invention.

Fig. 7 is a kind of structural schematic diagram for recycling material regeneration and producing the motor mechanism 1-4 of processing equipment of the present invention.

Fig. 8 is a kind of structural schematic diagram for recycling material regeneration and producing the conveyer belt mechanism 1-5 of processing equipment of the present invention.

Fig. 9 is a kind of structural schematic diagram for recycling material regeneration and producing the hydraulic cylinder mechanism 1-6 of processing equipment of the present invention.

Figure 10 is a kind of structural schematic diagram for recycling material regeneration and producing the feeder 2 of processing equipment of the present invention.

Figure 11 is that a kind of limited support mechanism 2-2 for recycling material regeneration production processing equipment of the present invention and sliding are fed The attachment structure schematic diagram of mechanism 2-4.

Figure 12 is a kind of structural representation for recycling material regeneration and producing the feed driving mechanism 2-1 of processing equipment of the present invention Figure.

Figure 13 is a kind of structural representation for recycling material regeneration and producing the limited support mechanism 2-2 of processing equipment of the present invention Figure.

Figure 14 is a kind of planar structure for recycling material regeneration and producing the limited support mechanism 2-2 of processing equipment of the present invention Schematic diagram.

Figure 15 is a kind of structural representation for recycling material regeneration and producing the spring supporting mechanism 2-3 of processing equipment of the present invention Figure.

Figure 16 is a kind of structural representation for recycling material regeneration and producing the sliding feeder 2-4 of processing equipment of the present invention Figure.

Figure 17 is a kind of structural representation for recycling material regeneration and producing the feed hopper mechanism 2-5 of processing equipment of the present invention Figure.

Figure 18 is a kind of structural representation for recycling material regeneration and producing the support platform mechanism 3 of processing equipment of the present invention Figure.

Figure 19 is a kind of structural schematic diagram for recycling material regeneration and producing the smashing mechanism 4 of processing equipment of the present invention.

Figure 20 is a kind of planar structure signal for recycling material regeneration and producing the smashing mechanism 4 of processing equipment of the present invention Figure.

Figure 21 is a kind of structural representation for blending chamber mechanism 4-1 for recycling material regeneration and producing processing equipment of the present invention Figure.

Figure 22 is a kind of structural representation for blending cutter mechanism 4-2 for recycling material regeneration and producing processing equipment of the present invention Figure.

Figure 23 is a kind of structural representation for recycling material regeneration and producing the discharging controller 5 of processing equipment of the present invention Figure.

Figure 24 is a kind of structural representation for recycling material regeneration and producing the door opening/closing mechanism 5-1 of processing equipment of the present invention Figure.

Figure 25 is a kind of structural representation for recycling material regeneration and producing the discharge bucket mechanism 5-2 of processing equipment of the present invention Figure.

In figure: sorting platform mechanism 1；Sliding seat body mechanism 1-1；Slide pedestal ontology 1-1-1；Stepped groove 1-1-2；Ladder Slide seat mechanism 1-2；Ladder sliding block 1-2-1；Articulated jib 1-2-2；Go up and down seat mechanism 1-3；Pedestal 1-3-1；Support plate 1-3-2； Upper mounting plate 1-3-3；Slide opening 1-3-4；Hydraulic stem movable span 1-3-5；Motor mechanism 1-4；Limit base 1-4-1；Limit slide bar 1-4- 2；Hinged seat 1-4-3；Motor platform 1-4-4；Motor 1-4-5；Motor friction pulley 1-4-6；Conveyer belt mechanism 1-5；Conveyer belt branch Support 1-5-1；Frictional disk 1-5-2；Active roll tube axis 1-5-3；Active roll tube 1-5-4；Belt 1-5-5；Passive carrying roller 1-5-6； Hydraulic cylinder mechanism 1-6；Hydraulic stem 1-6-1；Hydraulic cylinder 1-6-2；Feeder 2；It is fed driving mechanism 2-1；Cam support 2-1- 1；Band axis cam 2-1-2；Shaft coupling 2-1-3；Cam motor 2-1-4；Limited support mechanism 2-2；Shell 2-2-1；Upper limit bar 2-2-2；Lower limit bar 2-2-3；Stepped groove I2-2-4；Spring 2-2-5；Spring supporting mechanism 2-3；Spring lower seat 2-3-1；Vibration Spring 2-3-2；Inclined support bar 2-3-3；Upper limit seat I2-3-4；Slide feeder 2-4；Downstairs block 2-4-1；Lower limit is matched Close hole 2-4-2；Upper limit matching hole 2-4-3；Block 2-4-4；Pulley matching seat 2-4-5；Feed hopper mechanism 2-5；Hinged wheel 2- 5-1；Matching hole I2-5-2；Feed hopper 2-5-3；Rotating wheel I2-5-4；Bearing block I2-5-5；Connecting shaft 2-5-6；Rear support 2- 5-7；Support platform mechanism 3；Platform support 3-1；Upper mounting plate 3-2；Oblique reinforcing bar 3-3；Smashing mechanism 4；Blend chamber mechanism 4-1； Blend chamber support 4-1-1；Enterprising material mouth 4-1-2；Lower discharge port 4-1-3；Bearing block I4-1-4；Casing 4-1-5；Blend cutter mechanism 4-2；Motor support 4-2-1；Blend motor 4-2-2；Blend motor coupler 4-2-3；Blend axis 4-2-4；Pulping knife 4-2-5； Discharging controller 5；Door opening/closing mechanism 5-1；Servo motor 5-1-1；Motor gear 5-1-2；Mate gear 5-1-3；Switching door Ontology 5-1-4；Folding position limiting slide block 5-1-5；Discharge bucket mechanism 5-2；Discharge bucket ontology 5-2-1；Boss 5-2-2；Profiled frame 5-2-3；Arc groove 5-2-4.

Specific embodiment