CN202199577U - Novel treatment device for changing house garbage to energy sources - Google Patents

Abstract

The utility model discloses a new type of domestic garbage energy treatment equipment, which includes a feeding funnel, a garbage rough shear crusher, a screw conveyor, a garbage fine shear crusher, a garbage press dehydrator, a garbage dryer, A granulation molding machine, a belt conveyor, a silo; the feeding hopper is connected to one end of the rough garbage shearing crusher; the fine garbage shearing crusher is connected to the rough garbage shearing crusher through a screw conveyor The garbage press dehydrator is connected with the garbage fine shear crusher; the garbage dryer is connected with the garbage press dehydrator; the granulation molding machine is connected with the garbage press dehydrator; The feed bin described above is connected with the molding machine. The utility model is simple in structure, easy to implement, strong in operability, easy to popularize and use, and does not need to add any fuel, and can really turn domestic waste into treasure and turn domestic waste into energy.

Description

A new type of domestic waste energy treatment equipment

technical field

The utility model relates to the field of domestic waste treatment equipment, in particular to a novel domestic waste energy treatment equipment. the

Background technique

With the development of my country's urbanization process and the improvement of population level, more and more urban garbage is produced, and the growth rate has exceeded 5%-8% in recent years. In 2001, municipal solid waste reached 135 million tons. Over the years, cities have accumulated 6.6 billion tons of garbage dumps, occupying more than 3.5 billion square meters of land. More than 200 of the 660 cities in the country have been surrounded by garbage. How to properly dispose of urban waste and realize the harmlessness, reduction and energy conversion of waste has become a major problem faced by countries all over the world. the

The outbreak of the contradiction of garbage pollution occurred in the 1950s and 1960s. After the mid-1960s, a series of disposal methods such as landfill, incineration, and composting gradually formed. The application of waste treatment methods is not only related to the composition of waste, but also depends on factors such as the level of technology and economy among different cities. From the perspective of waste composition, waste with high organic content should be incinerated; waste with high inorganic content should be landfilled; and degradable organic matter should be composted; but different countries have different national conditions, and the treatment methods are also different; For example, the United States has a large land area and mainly uses the landfill method for physiological waste, because the landfill method is cheaper than the incineration method; while Japan, Switzerland, Sweden, Denmark and other countries with less land resources and strong technical and economic strengths mostly use the incineration method to dispose of waste. At present, the main methods of urban waste disposal in various countries in the world are:

1. Landfill method

Landfill treatment is the most basic treatment method for municipal solid waste. It is to bury the garbage in the ground and decompose it into harmless compounds through the long-term decomposition of microorganisms; but the landfill takes up a lot of land, which forms a sharp contradiction to the increasingly tense land resources; and the landfill garbage can be decomposed by microorganisms. A large amount of landfill biogas is generated, which must be controlled and eliminated or used as energy; landfill waste will produce a certain amount of permeate through microbial decomposition and the impact of surface water, causing secondary pollution. the

2. Composting method

Composting is an ancient biological treatment technology for organic solid waste. This method is to make the organic matter in the garbage feces undergo biochemical reactions under the action of microorganisms, and finally form a substance similar to humus soil, which can be used as fertilizer or soil improvement. Composting is not widely used because of its strict implementation conditions and slow microbial decomposition. the

3. Incineration method

The incineration method is an ideal treatment method for urban waste, which can reduce the weight and volume of the waste, and can decompose and remove some harmful components. However, because this method has relatively high requirements on the calorific value of waste, the equipment investment is large, the operating cost is high, and secondary pollution will be generated during incineration. the

4. Pyrolysis method

In recent years, the waste pyrolysis gasification treatment method has become more popular in the world. Pyrolysis is a high-temperature heating and decomposition technology of organic matter under anaerobic or anoxic conditions. The heat energy used can break high-molecular compounds and convert large-molecular-weight organic matter into small-molecular combustible gases, liquid fuels, and coke. The gas and fuel oil produced by this method are convenient for storage and transportation, but this method is only suitable for organic waste treatment. the

Utility model content

The purpose of the utility model is to overcome the shortcomings of the above-mentioned prior art and provide a new type of domestic waste energy treatment equipment for harmless and energy-based treatment of domestic waste. the

The utility model is realized in the following way:

A new type of domestic garbage energy treatment equipment, characterized in that it includes a feeding funnel 5, a garbage rough shear crusher 1, a screw conveyor 2, a garbage fine shear crusher 3, a garbage press dehydrator 4, a garbage Dryer 8, granulation molding machine 13, belt conveyor 14, silo 15; described feeding funnel 5 is connected with one end of garbage coarse shear crusher 1; described garbage fine shear crusher 3 The screw conveyor 2 is connected with the garbage rough shear crusher 1; the garbage press dehydrator 4 is connected with the garbage fine shear crusher 3 through the screw conveyor 2; the garbage dryer 8 is conveyed by a screw The machine 2 is connected with the garbage press dehydrator 4; the granulation forming machine 13 is connected with the garbage press dehydrator 4 through the screw conveyor 2; the silo 15 is connected with the molding machine 13 through the belt conveyor 14 . the

Described fine shearing crusher 3 comprises frame 31, motor 32, moving knife 33, fixed knife 34, knife box 35, active knife shaft 36, secondary moving knife shaft 37, hopper 38, wheel feed belt 39, Conveyor bar 310; Described cutter box 35 is arranged on the frame 31; Motor 32 is arranged on the frame 31; Described active knife shaft 36 and secondary moving knife shaft 37 are arranged on the knife box 35, wherein active knife shaft 36 is connected with the motor 32; the moving knife 33 is set on the active knife shaft 36; the second moving knife 331 is set on the auxiliary moving knife shaft 37; On; the active knife shaft 36 and the auxiliary movable knife shaft 37 move towards each other, and the movable knife 33 on the active knife shaft 36 and the second movable knife 331 on the auxiliary movable knife shaft 37 are staggered to form an engagement shape; the movable knife 33 and the second movable knife The movable knives 331 are staggered with the fixed knives 34 to form an engagement shape; the hopper 38 is arranged on the knife box 35 and communicates with the knife box 35; the conveyor belt 39 is arranged on the frame 31 and is located in the knife box 35; the transmission bar 310 is set on the frame 31, one end is located below the conveyor belt 39, and the other end is connected to the receiving device. the

Described rubbish pressing dehydrator 4 comprises organic base 41, motor 42, speed reducer 43, press roller 44; Motor 42 is located on the support 41; Speed reducer 43 is located on the support 41; Press roll 44 is fixed on the On the bearing frame of seat 41, three press rollers 44 form press roller group. the

The motor 42 is provided with a frequency converter control device. the

The shape of the pressing roller 44 is hook-shaped, and the set of pressing rollers is driven by gears. the

The base 41 is provided with a sewage pipeline. the

The garbage dryer 8 is composed of a hot blast stove part and a dryer part; the hot blast stove is connected to the dryer through a connecting device;

The hot blast stove includes a gasification furnace 821, a combustion chamber 822, a dust collector 823, a blower 824, and a liquefaction station 825; the gasification furnace 821 is installed on one side of the dust collector 823; the combustion chamber 822 is installed on the gasification Between the furnace 821 and the dust collector 823; the blower 824 is installed on the side of the combustion chamber 822, and the air outlet of the blower 824 communicates with the combustion chamber 822; the liquefaction station 825 is installed on the side of the dust collector 823;

The dryer includes a feed system, a drum 87, a transmission system, and a discharge system; wherein: one end of the drum 87 is connected to the feed system, and the other end is connected to the discharge system; the drum 87 is connected to the transmission system, and the drum 87 supports on the transmission system. the

The feeding system includes a feeding funnel 81 and a hot air inlet 82; the feeding funnel 81 is fixedly connected to the hot air inlet 82; the hot air inlet 82 is connected to the inlet end of the drum 87. the

The transmission system includes a first support wheel seat 84, a second support wheel seat 811, a support wheel 85, a support ring 86, a large gear 810, a motor 89, a reducer 88; the support ring 86 and the large gear 810 fixed on the outer ring of the drum 87; the support ring 86 is in contact with the support wheel 85 fixed on the first support wheel seat 84; the gear wheel 810 is meshed with the gear connected to the motor 89; the motor 89 is in contact with the reducer 88 are connected. the

The discharge system includes a discharge rack 812; the discharge rack 812 is provided with a discharge port. the

An air shut-off feed valve 83 is provided between the feed funnel 81 and the hot blast inlet 82; the hot blast inlet 82 is connected to the hot blast outlet of the hot blast stove. the

The garbage dryer 8 is provided with a hot air duct 7, one end of the hot air duct 7 is connected to the hot air outlet, and the other end is connected to the granulation molding machine 13 and the silo 15

The granulation molding machine 13 includes a feed system, a molding system, a transmission system, and a control system 1322; the feed system is connected to the molding system; the transmission system is located below the molding system; the control system System 1322 is connected with transmission system, feeding system and molding system. the

The forming system includes a bed 131, a discharge punch wallboard 136, a die wallboard 137, a hydraulic cylinder 1312, an oil cylinder wallboard 1315, and a punch 1320; the oil cylinder wallboard 1315 is installed on the bed 131; One end of the cylinder 1312 is connected to the oil cylinder wallboard 1315, and the other end is connected to the punch 1320; the punch 1320 is joined with the die wallboard 137; the

The feeding system includes a top silo 1316, a screw conveyor 1311, a first material silo 1310, a second material silo 1317, a material silo 138, a first feeding cylinder 139, a second feeding cylinder 1321, a third Feeding oil cylinder 1313, the 4th feeding oil cylinder 1317; The material bin 138 is installed between the punch 1320 and the die wallboard 137; The first cloth bin 1310, the second cloth bin 1317, the first Feeding oil cylinder 139, the second feeding oil cylinder 1321, the third feeding oil cylinder 1313, the fourth feeding oil cylinder 1317; the first cloth silo 1310, the second cloth silo 1317 are connected with the screw conveyor 1311; the screw conveyor 1311 is connected with the top material Bins 1316 are connected. the

The transmission system includes a belt conveyor 132 and a discharge funnel 133, the belt conveyor is located inside the bed 131, below the forming system; the discharge funnel 133 is located at the outlet of the belt conveyor 132. the

The bed 131 is equipped with a guardrail 135 and a staircase 134 . the

The utility model transmits the sorted domestic garbage to the garbage shearing crusher through the screw conveyor, and the fixed knife and the moving knife on the garbage crusher make mutual cutting movements to crush the garbage; the broken garbage passes through the screw conveyor. The conveyor is transported to the garbage press dehydrator, and the garbage is squeezed and dehydrated by multiple rollers on the garbage press dehydrator; the dehydrated garbage is transported to the garbage dryer by the screw conveyor, and the squeezed dehydration is carried out by the garbage dryer. The garbage is dried; the garbage dried by the garbage dryer is transported to the granulator by the screw conveyor, and the molded garbage is transported to the silo by the belt conveyor for drying and deodorization. the

In summary, the utility model is simple in structure, easy to implement, strong in operability, easy to popularize and use, and does not need to add any fuel. It can really turn waste into treasure and turn domestic waste into energy. Domestic waste energy treatment equipment. the

Description of drawings

Fig. 1 is the structural representation of the utility model;

Fig. 2 structure schematic diagram of the utility model garbage shearing crusher;

Figure 3 is the front view of the utility model garbage press dehydrator;

Figure 4 is the top view of the utility model garbage press dehydrator;

Fig. 5 is a partial structural schematic diagram of the hot air stove of the garbage dryer of the utility model;

Figure 6 is a structural schematic diagram of the drying part of the utility model garbage dryer;

Fig. 7 is the structural diagram of the granulation forming machine of the utility model. the

Detailed ways

Now in conjunction with accompanying drawing, describe the specific embodiment of the present utility model in detail:

As shown in Figures 1-7, a new type of domestic waste energy treatment equipment is characterized in that it includes a feeding funnel 5, a rough garbage shear crusher 1, a screw conveyor 2, and a fine garbage shear crusher 3. Garbage press dehydrator 4, garbage dryer 8, granulation molding machine 13, belt conveyor 14, feed bin 15; the described feeding funnel 5 is connected with one end of the garbage rough shearing crusher 1; The garbage fine shearing crusher 3 is connected with the garbage coarse shearing crusher 1 through the screw conveyor 2; the garbage press dehydrator 4 is connected with the garbage fine shearing crusher 3 through the screw conveyor 2; The garbage dryer 8 is connected with the garbage press dehydrator 4 through the screw conveyor 2; the granulation forming machine 13 is connected with the garbage press dehydrator 4 through the screw conveyor 2; the silo 15 is connected by a belt The conveyor 14 is connected to the forming machine 13 . the

As shown in Figure 2, the described fine shear crusher 3 includes a frame 31, a motor 32, a moving knife 33, a fixed knife 34, a knife box 35, a driving knife shaft 36, an auxiliary moving knife shaft 37, and a hopper 38 , wheel feed belt 39, transmission strip 310; described knife box 35 is located on the frame 31; motor 32 is located on the frame 31; described active knife shaft 36 and secondary moving knife shaft 37 are located at the knife box 35 , wherein the active knife shaft 36 is connected with the motor 32; the moving knife 33 is set on the active knife shaft 36; the second moving knife 331 is set on the auxiliary moving knife shaft 37; the fixed knife 34 is set on the knife On the two inner sidewalls of the box 35; the active knife shaft 36 and the auxiliary movable knife shaft 37 move toward each other, and the movable knife 33 on the active knife shaft 36 and the second movable knife 331 on the auxiliary movable knife shaft 37 are staggered to form an engagement shape; The movable knife 33 and the second movable knife 331 are respectively staggered with the fixed knife 34 to form an engagement shape; the hopper 38 is arranged on the knife box 35 and communicates with the knife box 35; the conveyor belt 39 is arranged on the frame 31 and located below the knife box 35; the conveying strip 310 is arranged on the frame 31, one end is located below the conveyor belt 39, and the other end is connected to the receiving device. the

As shown in Fig. 3 and Fig. 4, the described garbage press dehydrator 4 includes an organic base 41, a motor 42, a speed reducer 43, and a pressure roller 44; the motor 42 is arranged on the machine base 41; the speed reducer 43 is located on the machine base 41; pressure roller 44 is fixed on the bearing frame of support 41, and three pressure rollers 44 form pressure roller group. the

The motor 42 is provided with a frequency converter control device. the

The shape of the pressing roller 44 is hook-shaped, and the set of pressing rollers is driven by gears. the

The base 41 is provided with a sewage pipeline. the

As shown in Figure 5, the garbage dryer 8 is composed of a hot blast stove part and a dryer part; the hot blast stove is connected with the dryer through a connecting device; the hot blast stove includes a gasification furnace 821, combustion chamber 822, dust collector 823, blower 824, liquefaction station 825; gasification furnace 821 is installed on one side of dust collector 823; combustion chamber 822 is installed between gasification furnace 821 and dust collector 823; blower 824 is installed on the side of the combustion chamber 822, and the air outlet of the blower 824 communicates with the combustion chamber 822; the liquefaction station 825 is installed on the side of the dust collector 823;

As shown in Figure 6, the dryer includes a feed system, a drum 87, a transmission system, and a discharge system; wherein: one end of the drum 87 is connected to the feed system, and the other end is connected to the discharge system; the drum 87 and the transmission system Connected, the drum 87 is supported on the transmission system. the

The feeding system includes a feeding funnel 81 and a hot blast inlet 82; the feeding funnel 81 is fixedly connected to the hot blast inlet 82; the hot blast inlet 82 is connected to the inlet end of the drum 87. the

The transmission system includes a first support wheel seat 84, a second support wheel seat 811, a support wheel 85, a support ring 86, a large gear 810, a motor 89, a reducer 88; the support ring 86 and the large gear 810 fixed on the outer ring of the drum 87; the support ring 86 is in contact with the support wheel 85 fixed on the first support wheel seat 84; the gear wheel 810 is meshed with the gear connected to the motor 89; the motor 89 is in contact with the reducer 88 are connected. the

The discharge system includes a discharge rack 812; the discharge rack 812 is provided with a discharge port. the

An air shut-off feed valve 83 is provided between the feed funnel 81 and the hot blast inlet 82; the hot blast inlet 82 is connected to the hot blast outlet of the hot blast stove. the

The garbage dryer 8 is provided with a hot air duct 7, one end of the hot air duct 7 is connected to the hot air outlet, and the other end is connected to the granulation molding machine 13 and the silo 15

As shown in Figure 7, the described granulation molding machine 13 includes a feeding system, a molding system, a transmission system, and a control system 1322; the described feeding system is connected with the molding system; Below: the control system 1322 is connected with the transmission system, the feeding system, and the molding system. the

The forming system includes a bed 131, a discharge punch wallboard 136, a die wallboard 137, a hydraulic cylinder 1312, an oil cylinder wallboard 1315, and a punch 1320; the oil cylinder wallboard 1315 is installed on the bed 131; One end of the cylinder 1312 is connected to the oil cylinder wallboard 1315, and the other end is connected to the punch 1320; the punch 1320 is joined with the die wallboard 137; the

The feeding system includes a top feed bin 1316, a screw conveyor 1311, a first cloth feed bin 1310, a second cloth feed bin 1317, a feed bin 138, a first feeding oil cylinder 139, a second feeding oil cylinder 1321, a third Feeding oil cylinder 1313, the 4th feeding oil cylinder 1317; The feed bin 138 is installed between the punch 1320 and the die wallboard 137; The first cloth feed bin 1310, the second cloth feed bin 1317, the first Feeding oil cylinder 139, the second feeding oil cylinder 1321, the third feeding oil cylinder 1313, the fourth feeding oil cylinder 1317; the first cloth silo 1310, the second cloth silo 1317 are connected with the screw conveyor 1311; the screw conveyor 1311 is connected with the top material Bins 1316 are connected. the

The transmission system includes a belt conveyor 132 and a discharge funnel 133, the belt conveyor is located inside the bed 131, below the forming system; the discharge funnel 133 is located at the outlet of the belt conveyor 132. the

The bed 131 is equipped with a guardrail 135 and a staircase 134 . the

The utility model transmits the sorted domestic garbage to the garbage rough shearing crusher 1 and the garbage fine shearing crusher 3 through the screw conveyor, and the fixed knife and the moving knife on the garbage crusher perform cutting motions on each other. Crushing of garbage; the crushed garbage is transported to the garbage press dehydrator 4 through the screw conveyor 2, and the garbage is squeezed and dehydrated by multiple rollers on the garbage press dehydrator 4; the dehydrated garbage is transported through the screw conveyor 2 To the garbage dryer, the compressed and dehydrated garbage is dried by the garbage dryer 8; the garbage dried by the garbage dryer 8 is transported to the granulation molding machine 13 by the screw conveyor 2, and the molded garbage passes through Belt conveyor 14 transports to silo 15 for drying and deodorization. the

Claims (9)

1. novel turning household garbage into energy treatment facility is characterized in that: include additive bin (5), disintegrating machine (1), conveying worm (2), the thin shear breaker of rubbish (3), rubbish squeezing dewatering machine (4), garbage drier (8), granulating and forming machine (13), belt conveyor (14), feed bin (15) are cut in the rubbish bulk pruning; Described additive bin (5) is connected with the end that disintegrating machine (1) is cut in the rubbish bulk pruning; The thin shear breaker of described rubbish (3) is cut disintegrating machine (1) through conveying worm (2) and rubbish bulk pruning and is connected; Said rubbish squeezing dewatering machine (4) is connected with the thin shear breaker of rubbish (3) through conveying worm (2); Described garbage drier (8) is connected with rubbish squeezing dewatering machine (4) through conveying worm (2); Described granulating and forming machine (13) is connected with rubbish squeezing dewatering machine (4) through conveying worm (2); Described feed bin (15) is connected with make-up machine (13) through belt conveyor (14).

2. a kind of novel turning household garbage into energy treatment facility according to claim 1; It is characterized in that: described thin shear breaker (3) includes frame (31), motor (32), moving knife (33), stationary knife (34), girff (35), active cutter shaft (36), secondary movable arbor (37), hopper (38), takes turns and send band (39), transmission bar (310);

Described girff (35) is located on the frame (31); Motor (32) is located on the frame (31); Described active cutter shaft (36) and secondary movable arbor (37) are located on the girff (35), and wherein initiatively cutter shaft (36) is connected with motor (32); Described moving knife (33) is located on the active cutter shaft (36); Second moving knife (331) is located on the secondary movable arbor (37); Described stationary knife (34) is located on two madial walls of girff (35); Initiatively cutter shaft (36) and secondary movable arbor (37) are made move toward one another, and moving knife (33) on the active cutter shaft (36) and second moving knife (331) on the secondary movable arbor (37) stagger each other and form the engagement shape; Moving knife (33) staggers each other with stationary knife (34) respectively with second moving knife (331) and forms the engagement shape; Described hopper (38) is located on the girff (35), and communicates with girff (35); Described conveyer belt (39) is located on the frame (31), and is positioned at the below of girff (35); Described transmission bar (310) is located at frame (31), and an end is positioned at the below of conveyer belt (39), and the other end is connected with receiving system.

3. a kind of novel turning household garbage into energy treatment facility according to claim 1 is characterized in that: described rubbish squeezing dewatering machine (4) includes support (41), motor (42), decelerator (43), pressure roller (44); Motor (42) is located on the support (41); Decelerator (43) is located on the support (41); Pressure roller (44) is fixed on the bearing bracket stand of support (41), and three pressure rollers (44) are formed the pressure roller group; Said motor (42) is provided with frequency changer controller; Said pressure roller (44) profile is a hook groove shape, and described pressure roller group is with the transmission of gear mode; Said support (41) has sewage conduct.

4. a kind of novel turning household garbage into energy treatment facility according to claim 1 is characterized in that: described garbage drier (8) partly is made up of hot-blast stove part and dryer; Described hot-blast stove is connected through connection device with dryer;

Described hot-blast stove includes gasification furnace (821), combustion chamber (822), dust arrester (823), air blast (824), liquefaction station (825); Gasification furnace (821) is installed in dust arrester (823) one sides; Combustion chamber (822) is installed between gasification furnace (821) and the deduster (823); Air blast (824) is installed in the side of combustion chamber (822), and the air outlet of air blast (824) communicates with combustion chamber (822); Liquefaction station (825) is installed in the side of dust arrester (823);

Described dryer includes feed system, cylinder (87), transmission system, discharge system; Wherein: cylinder (87) one ends connect feed system, and the other end connects discharge system; Cylinder (87) is connected with transmission system, and cylinder (87) is bearing on the transmission system.

5. a kind of novel turning household garbage into energy treatment facility according to claim 4 is characterized in that: described feed system includes loading hopper (81) and hot blast import (82); Loading hopper (81) is fixedly connected on the hot blast import (82); Hot blast import (82) is connected with cylinder (87) entrance point.

6. a kind of novel turning household garbage into energy treatment facility according to claim 4 is characterized in that: described transmission system includes the first support roller seat (84), the second support roller seat (811), support roller (85), backing ring (86), gear wheel (810), motor (89), reductor (88); Described backing ring (86) and gear wheel (810) are fixed on the outer ring of cylinder (87); Backing ring (86) contacts with support roller (85) on being fixed on the first support roller seat (84); Gear wheel (810) is meshed with the gear that motor (89) is connected; Described motor (89) is connected with reductor (88).

7. a kind of novel turning household garbage into energy treatment facility according to claim 5, it is characterized in that: described discharge system comprises discharge rack (812); Discharge rack (812) is provided with discharging opening; Be provided with between described loading hopper (81) and the hot blast import (82) and close wind inlet valve (83); Described hot blast import (82) is connected with the hot-blast outlet of hot-blast stove.

8. a kind of novel turning household garbage into energy treatment facility according to claim 1 is characterized in that: described granulating and forming machine (13) includes feed system, formation system, transmission system, control system (1322); Described feed system is connected with formation system; Transmission system is located at the below of formation system; Described control system (1322) is connected with transmission system, feed system, formation system.

9. a kind of novel turning household garbage into energy treatment facility according to claim 8 is characterized in that: described formation system comprises lathe bed (131), discharging punch wallboard (136), die wallboard (137), hydraulic cylinder (1312), oil cylinder wallboard (1315), punch (1320); Oil cylinder wallboard (1315) is installed on the lathe bed (131); Hydraulic cylinder (1312) one ends are connected on the oil cylinder wallboard (1315), and the other end is connected on the punch (1320); Punch (1320) engages with die wallboard (137); Discharging punch wallboard (136) is connected with die wallboard (137); Described feed system includes top feed bin (1316), conveying worm (1311), the first cloth feed bin (1310), the second cloth feed bin (1317), feed bin (138), first feeding oil cylinder (139), second feeding oil cylinder (1321), the 3rd feeding oil cylinder (1313), the 4th feeding oil cylinder (1317); Feed bin (138) is installed between punch (1320) and the die wallboard (137); Be equiped with the first cloth feed bin (1310), the second cloth feed bin (1317), first feeding oil cylinder (139), second feeding oil cylinder (1321), the 3rd feeding oil cylinder (1313), the 4th feeding oil cylinder (1317) on the feed bin (138); The first cloth feed bin (1310), the second cloth feed bin (1317) are connected with conveying worm (1311); Conveying worm (1311) is connected with top feed bin (1316); Described transmission system comprises belt conveyor (132), goes out funnel (133), and belt conveyor is located at lathe bed (131) inside, the below of formation system; Go out funnel (133) and be located at the port of export of belt conveyor (132); Be equiped with guard rail (135) and stair (134) on the described lathe bed (131).

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