CN205253292U - Autoloading rim charge is broken system for open material back plate edge material - Google Patents

Abstract

The utility model discloses an autoloading rim charge is broken system for open material back plate edge material belongs to the broken system of autoloading rim charge of running from opposite directions material back plate edge material among the furniture manufacture processing equipment technical field and carrying out pay -off, broken handle, and its aim at provides a collection pay -off, feed and crushed aggregates function the autoloading rim charge breakage system that is applied to out material back plate rim charge as an organic whole. Its technical scheme does: including conveyer, feeder and the crushed aggregates machine that sets gradually, the discharge end of conveyer and the feed inlet parallel and level of feeder, the discharge gate of feeder is connected with the matter entrance of crushed aggregates machine, the conveyer is including carrying the frame, carry the frame top and install the conveyer trough through the spring steel sheet, the bottom of conveyer trough is connected with vibrating motor. The utility model is suitable for a run from opposite directions material back plate edge and expect to carry on pay -off, broken handle's the broken system of autoloading rim charge.

Description

A kind of self-feeding rim charge crushing system that is applied to sheet material rim charge after sawing sheet

Technical field

The utility model belongs to Furniture manufacture technical field of processing equipment, relates to one sheet material rim charge after sawing sheet is sentThe self-feeding rim charge crushing system of material, break process.

Background technology

Plate fitment is taking wood-based plate as main base material, is that sheet material is the assembling-disassembling furniture of basic structure, all warpThe artificial board of incrustation adds the furniture that handware is formed by connecting. Plate fitment has detachably, moulding is full of variety, outward appearanceThe essential characteristics such as fashion, not yielding, steady quality, price material benefit. The combination of plate fitment adopts various metal five metals conventionallyPart connects, convenient transport, because base material has been broken the original physical arrangement of timber, so when temperature, humidity change greatly,The deformation of wood-based plate is more much better than solid wood, and quality is than the steady quality of solid wood furniture.

Mainly to be basic composition unit assembled in conjunction with handware by sheet material due to plate fitment, thereby at plateIn the process of the sheet material of formula furniture, will carry out the processing such as cutting, punching, trimming, grooving to sheet material unavoidably and process, and upperState processing process process in by original plate shear under many rim charge, corner materials, wherein the length of rim charge is mostly1.5m to 2m, also likely longer. In order to reduce unnecessary loss and to reduce production costs, people tend to rim charge to carry outReclaim, make remaining product. As disclosing one, the application number utility model patent that is 200820074614.3 uses cornerThe leftover material integrated material that is made of material, the main body of this leftover material integrated material is mutual by little batten, wood chip or little bamboo chip, bamboo caneGummed is laminated, and is also embedded with one or more layers of interlayer in the main body of described leftover material integrated material, every layer interlayer byLittle batten, wood chip are arranged and are formed according to identical grain direction, or arranged according to identical grain direction by little bamboo chip or bamboo caneRow form. Such plate property is very superior, not easy to crack and distortion, and MOR is greater than general solid wood, expansion rate of water absorptionLow, and hardness is also strengthened. When making other sheet materials by reclaiming sheet material rim charge, conventionally need to rim charge pulverizes withCompression process forms new sheet material. But sheet material edge recycling machine is less on the market, and existing recycling machine only possesses back mostlyThe function of receiving, can not the processing such as pulverize to the rim charge reclaiming, and the Practical Performance of its recycling machine is too low cannot meet modernizationIndustrial needs.

For overcoming above-mentioned technical problem, the patent of invention that application number is 201510460830.7 discloses a kind of for groundThe edge recycling machine of plate sheet material processing, the structure of this edge recycling machine is divided into upper and lower double-layer structure, and it is charging layer at the middle and upper levels, underLayer is crushing layer, and charging layer comprises upper box, flap, the first turning cylinder and servomotor, and flap is positioned at upper box, and first turnsMoving axis is connected to the center of flap, and servomotor is connected with the first turning cylinder, in the upper box of flap below, is provided with verticallyFlow-guiding channel, upper box is connected with crushing layer by vertical flow-guiding channel.

Summary of the invention

Though above-mentioned edge recycling machine can reduce production costs by the rim charge of sheet material being reclaimed pulverize to recycle,Be that this edge recycling machine still exists defect, need to manually carry out feeding, cause and adopt the mode of hand fed to carry out feedingRecovery, the crush efficiency of this edge recycling machine to rim charge is lower. In addition, because the length of existing rim charge is mostly at 1.5m to 2m,Thereby the length of rim charge is long, and the rim charge that length is grown cannot be applicable in this edge recycling machine.

Goal of the invention of the present utility model is: the problem existing for prior art, provide the feeding of a kind of collection, feeding andThe self-feeding rim charge crushing system of plate rim charge after sawing sheet that what particle function was integrated be applied to, and can be applicable to reclaim longDegree is at the plate rim charge of 1.5m to 2m.

To achieve these goals, the technical solution adopted in the utility model is:

Be applied to a self-feeding rim charge crushing system for sheet material rim charge after sawing sheet, comprise the conveyer that sets gradually,Charger and Material disintegrator, the discharge end of described conveyer is concordant with the charging aperture of charger, the discharging opening of described charger and brokenThe material inlet of material machine connects; Described conveyer comprises conveying frame, and described conveying frame top is provided with by steel spring plateDelivery chute, the bottom of described delivery chute is connected with vibrating motor.

Wherein, on the end face of described conveying frame, be provided with on the bottom surface of delivery chute the L-type being connected with steel spring plateContiguous block, the angle α of the connecting plate of described L-type contiguous block and horizontal plane is 30 ° to 45 °.

Wherein, described charger comprises casing and is opened in charging aperture, the discharging opening on casing, and described casing comprises masterFrame, the gland being connected with mainframe; In described casing, be provided with at least two group charging rotors, the external cylindrical surface of every group of charging rotorOn be evenly equipped with some feed blades, between charging rotor, connect by gear pair, on described chassis sidewall, be also provided with for driveThe drive motors that charging rotor rotates.

Wherein, described feed blade comprises inclined top face, if the length direction along feed blade is evenly equipped with on described inclined top faceDry deep-slotted chip breaker.

Wherein, the cross section of described feed blade is right-angled trapezium, the angle β of the bottom surface of described inclined top face and feed bladeBe 20 ° to 30 °, the axis of described deep-slotted chip breaker is parallel with the bottom surface of feed blade.

Wherein, described charging rotor comprises fixing charging rotor and removable charging rotor, described removable charging rotorBe installed on by moving shaft holder in the casing of charger, a side of described removable charging rotor is connected with gap of tooth roller adjustmentDevice.

Wherein, described gap of tooth roller adjusting device comprises the moving guide rail in the casing that is fixedly installed in charger, described inMoving shaft holder is installed between upper and lower two moving guide rails and can moves along the length direction of moving guide rail; Described mobile bearingOne side of seat is connected with pressure regulating spring, and the other end of described pressure regulating spring is sheathed in spring guide cylinder, described bulletSpring guide cylinder is fixedly connected on the casing of charger; Also comprise adjusting rod, described adjusting rod one end penetrates in spring guide cylinderAnd be connected with the spring base in spring guide cylinder, described spring base is connected with pressure regulating spring.

Wherein, described Material disintegrator comprises particle frame, in described particle frame, establishes successively along the length direction of particle frameBe equipped with particle case, motor, on the casing of described particle case, offer material inlet, material outlet, the casing of described particle caseInside be provided with particle rotor, described particle rotor and motor are in transmission connection by band; Equal on the face of cylinder of described particle rotorBe furnished with some particle rotating blades.

Wherein, the cabinet wall of described particle case is provided with the particle fixed blade with particle rotating blade adaptation, described inParticle fixed blade is positioned at the downside of material inlet.

In sum, owing to having adopted technique scheme, the beneficial effects of the utility model are:

1,, in the utility model, this self-feeding rim charge crushing system comprises the conveyer, the charger and broken that set graduallyMaterial machine, the discharge end of conveyer is concordant with the charging aperture of charger, and the discharging opening of charger is connected with the material inlet of Material disintegrator;Conveyer comprises conveying frame, carries frame top, by steel spring plate, delivery chute is installed, and the bottom of delivery chute is connected with and shakesMoving motor; When this self-feeding rim charge crushing system work, the rim charge of shearing from sheet material enters by outside conveyorEnter conveyer, the delivery chute of conveyer is front-rear reciprocation movement under the effect of vibrating motor, thereby rim charge is delivered to charger,Then under the effect of the charging rotor of charger, make rim charge constantly enter Material disintegrator by charger and carry out particle processing, brokenExpect that rim charge after treatment is directly by outside conveying device conveying, thereby complete recovery and the pulverization process of rim charge. This is automaticFeeding rim charge crushing system in use, owing to realizing the conveying to rim charge by conveyer, thereby without additional configurationSpecial feeding personnel, thus most of manpower cost can be saved, reduce the expense of edge recycling; In addition, because rim charge is logicalCrosses conveyer and carry out feeding, and the rim charge of carrying directly enters charger in the process of carrying, Material disintegrator carries out particle processing,Thereby rim charge can not be dispersed in around charger, Material disintegrator in the time of particle, can be because not reclaiming the rim charge of length at 1.5m to 2mTime be dispersed in charger because of rim charge charging aperture surrounding cause other workmans' the production such as production, walking behavior caused to barrierHinder, expand the scope of application and the comfort of self-feeding rim charge crushing system, and this self-feeding rim charge crushing system pairThe recovery of rim charge, crushing effect are better, efficiency is higher.

2,, in the utility model, steel spring plate is by being connected in the L-type contiguous block and conveying frame and delivery chute at its two endsConnect, the angle α of the connecting plate of L-type contiguous block and horizontal plane is 30 ° to 45 °, thereby in this angular range, vibrating motorWhen work, delivery chute polarization moves, the movement locus of delivery chute is convenient to the conveying of rim charge more, improves the transfer efficiency of rim charge.

3,, in the utility model, at least two group charging rotors, the cylindrical of every group of charging rotor are set in the casing of chargerOn cylinder, be evenly equipped with some feed blades, can effectively increase charging rotor and treat broken by feed blade is set on charging rotorThe frictional force of rim charge of material, thereby carry out can improving charging rotor when charging is processed and treat between the rim charge of particle at chargerActive force, the charging that makes charger is more reliable, effectively, finally improves the charging efficiency of charger, improves the recovery, broken of rim chargeThe efficiency of material.

4, in the utility model, the end face of the feed blade of charger is set to inclined top face, and if be evenly equipped with on inclined top faceDry deep-slotted chip breaker; The end face of feed blade is set to inclined top face, and on inclined top face, deep-slotted chip breaker is set, thus feed blade withIn the time that the rim charge of particle interacts, feed blade with treat particle rim charge contact area more, time of contact is longer, contactTime active force larger, thereby the charging that makes charger is more reliable, effectively, finally improves the charging efficiency of charger, improvesThe recovery of rim charge, the efficiency of particle.

5, in the utility model, fixing charging rotor fixed installation, removable charging rotor fills by gap of tooth roller adjustmentPut movable installation, thus the spacing between the fixing charging rotor of capable of regulating and removable charging rotor, thus be applicable to different thickDegree treat particle rim charge, improve the scope of application of charger, and can also effectively avoid rim charge hardness because treating particle compared with making greatlyThe charging rotor of the charger becoming blocks or damages, and extends the service life of charger, improves the recovery of rim charge, the effect of particleRate.

6, in the utility model, particle rotating blade and particle fixed blade are set in Material disintegrator, particle rotating blade is solidDingan County is contained on particle rotor and with particle rotor and rotates, and particle fixed blade is fixedly mounted on the material of particle frameThe downside of entrance, thereby particle rotating blade, the relative motion of particle fixed blade in particle rotor rotation process, and at particleRotating blade forms shearing force in particle fixed blade, and the rim charge for the treatment of particle is shredded, and makes the rim charge for the treatment of particle by fully broken,Improve the recovery of rim charge, the efficiency of particle.

Brief description of the drawings

Fig. 1 is the stereogram of conveyer in the utility model;

Fig. 2 is the front view of conveyer in the utility model;

Fig. 3 is the scheme of installation of the utility model conveyer medi-spring steel plate;

Fig. 4 is the stereogram of charger in the utility model;

Fig. 5 is the front view of charger in the utility model;

Fig. 6 is the right view of charger in the utility model;

Fig. 7 is the top view of charger in the utility model;

Fig. 8 is the front view of feed blade in the utility model charger;

Fig. 9 is the top view of feed blade in the utility model charger;

Figure 10 is the A-A cutaway view of Fig. 8;

Figure 11 is the structural representation of gap of tooth roller adjusting device in the utility model charger;

Figure 12 is the stereogram of Material disintegrator in the utility model;

Figure 13 is the front view of Material disintegrator in the utility model;

Wherein, Reference numeral is: 11-carry frame, 12-vibrating motor, 13-delivery chute, 14-steel spring plate,15-L-type contiguous block, 21-mainframe, 22-decelerator, 23-charging rotor, 24-feed blade, 25-drive motors,26-gland, 231-moving guide rail, 232-moving shaft holder, 233-pressure regulating spring, 234-spring base, 235-bulletSpring guide cylinder, 236-adjusting rod, 241-inclined top face, 242-deep-slotted chip breaker, 243-baseplane, 31-particle frame, 32-brokenHopper, 33-motor, 34-particle rotor, 35-particle rotating blade, 36-particle fixed blade, 37-material inlet,38-V-shape belt, 39-material outlet.

Detailed description of the invention

Below in conjunction with accompanying drawing, the utility model is described in detail.

In order to make the purpose of this utility model, technical scheme and advantage clearer, below in conjunction with accompanying drawing and enforcementExample, is further elaborated to the utility model. Should be appreciated that specific embodiment described herein is only in order to explain thisUtility model, and be not used in restriction the utility model.

Embodiment 1

Be applied to a self-feeding rim charge crushing system for sheet material rim charge after sawing sheet, this self-feeding rim charge crushing systemFor sheet material rim charge after sawing sheet is carried out to feeding, break process. This self-feeding rim charge crushing system comprise conveyer, charging andAnd Material disintegrator. This conveyer is connected with outside rim charge conveying device, under shearing when this rim charge conveying device can be to sheet material cuttingThe rim charge coming is collected and the rim charge of collecting is delivered on conveyer. The discharge end of this conveyer and the charging of chargerMouth is concordant, and the rim charge that conveyer transports is directly sent in the charging aperture of charger, and conveyer feeding on one side charger enters on one sideMaterial. The discharging opening of this charger is connected with the material inlet of Material disintegrator 37, enters in charger and carries out the limit after preliminary treatmentThe material inlet 37 of the discharging opening of material by charger, Material disintegrator enters and in Material disintegrator, carries out particle processing.

This conveyer comprises carries frame 11, and the top of this conveying frame 11 is provided with delivery chute 13, this conveying frame 11And between delivery chute 13, be connected by steel spring plate 14, wherein carry the steel spring plate 14 between frame 11 and delivery chute 13Be provided with left and right two groups, left and right two groups of steel spring plates 14 arrange and carry frame 11(or defeated along the width of carrying frame 11Send groove 13) both sides, every group of steel spring plate 14 comprises polylith steel spring plate 14, the steel spring plate 14 of each group all along carry frame11 length direction evenly arranges. The bottom of this delivery chute 13 is connected with vibrating motor 12. When conveyer work, drive delivery chuteThe vibrating motor 12 of 13 belows, the eccentric wheel of vibrating motor 12 rotates, and does not advise because the eccentric wheel of vibrating motor 12 rotates to produceCentrifugal force, delivery chute 13 produces evenly and the vibration of circulation under the exciting effect of irregular centrifugal force, thereby by defeatedSend the rim charge in groove 13 to be fed forward incessantly.

This charger comprises casing, and this casing is spliced by mainframe 21, gland 26, and gland 26 is by gland 26 left endsPlate, gland 26 right end plate and upper cover plate are spliced. On casing, offer charging aperture and discharging opening, treat that the rim charge of particle passes through machineCharging aperture on shell enters and in charger, carries out preliminary treatment, after charger preliminary treatment, treats that particle rim charge is from casingDischarging opening escapes and enter and in Material disintegrator, carries out particle processing. In casing, be provided with at least two group charging rotors 23, every group of charging cutterOn the external cylindrical surface of roller 23, along the some feed blades 24 of being circumferentially evenly equipped with of charging rotor 23, feed blade 24 is along charging rotor 23Axial setting. Every group of charging rotor 23 comprises pressure roller shaft and the nip rolls that is cylindrical structure, in the both ends of the surface of nip rolls, opensBe provided with the through hole that pierces into, passes for pressure roller shaft. When assembling, nip rolls is set in pressure roller shaft, and bearing is passed through at the two ends of pressure roller shaftOr bearing block is arranged on casing. Between charging rotor 23, connect by gear pair, realize the phase of every group of charging rotor 23Interconnected moving. In addition, be also provided with drive motors 25 on the sidewall of casing, the output shaft of this drive motors 25 can be directly and wherein oneThe nip rolls of group charging rotor 23 connects and realizes coaxial rotation, and this drive motors 25 also can be by decelerator 22 and wherein one groupThe nip rolls of charging rotor 23 connects, and finally drives charging rotor 23 to rotate. When charger work, treating that conveyer transports is brokenMaterial rim charge enters between two charging rotors 23 of charger, due to all phases of two groups of charging rotors 23 via the charging aperture of chargerTo rotation, thereby will treat that particle rim charge is directly involved between two charging rotors 23, and finally be discharged by the discharging opening of charger.

This Material disintegrator comprises particle frame 31, in particle frame 31, is disposed with broken along the length direction of particle frame 31Hopper 32 and motor 33, this motor 33 is in transmission connection by band with the particle rotor 34 in particle case 32, i.e. motor 33Be connected by V-shape belt 38 with the particle rotor 34 in particle case 32, the power that motor 33 is exported passes through V-shape belt38 pass to the particle rotor 34 in particle case 32. On the casing of particle case 32, offer material inlet 37, material outlet 39, shouldMaterial inlet 37 is connected and is communicated with charging and and Material disintegrator with the discharging opening of charger. In the casing of particle case 32, be provided with particleRotor 34, on the face of cylinder of this particle rotor 34, there are some particle rotating blades 35 in army headquaters. When Material disintegrator work, treat particle rim chargeMaterial inlet 37 by Material disintegrator enters in Material disintegrator, and motor 33 drives particle rotor 34 to rotate, on particle rotor 34Particle rotating blade 35 rotates with particle rotor 34, and the particle rotating blade 35 of rotation is treated particle in the time of material inlet 37Rim charge produces shearing force, makes to treat that particle rim charge is shredded.

The rim charge of shearing from sheet material enters conveyer by outside conveyor, and the delivery chute 13 of conveyer is shakingFront-rear reciprocation movement under the effect of moving motor 12, thus rim charge is delivered to charger, then at the charging rotor 23 of chargerEffect under make rim charge constantly enter Material disintegrator by charger to carry out particle processing, particle rim charge after treatment directly passes throughOutside conveying device is carried, thereby completes recovery and the pulverization process of rim charge. This self-feeding rim charge crushing system is usingIn process, owing to realizing the conveying to rim charge by conveyer, thereby without the special feeding personnel of additional configuration, thereby can saveApproximately most of manpower cost, the expense of reduction edge recycling; In addition because rim charge is to carry out feeding by conveyer, and carry,Rim charge in the process of carrying, directly enter charger, Material disintegrator carries out particle processing, thereby rim charge can not fall apart in the time of particleCloth around charger, Material disintegrator, not can because of reclaim length when the rim charge of 1.5m to 2m because rim charge is dispersed in chargerCharging aperture surrounding and cause other workmans' the production such as production, walking behavior is caused to obstacle, expands the fragmentation of self-feeding rim chargeThe scope of application of system and comfort, and recovery, the crushing effect of this self-feeding rim charge crushing system to rim charge is better,Efficiency is higher.

Embodiment 2

On the basis of embodiment mono-, on the end face of conveying frame 11, the position of corresponding every steel spring plate 14 is all connected withL-type contiguous block 15, on the bottom surface of delivery chute 13, the position of corresponding every steel spring plate 14 is also all connected with L-type contiguous block 15, defeatedSend the L-type contiguous block 15 on groove 13 bottom surfaces and carry linking springs steel plate 14 between the L-type contiguous block 15 on frame 11 end faces. ShouldThe angle α of the connecting plate of L-type contiguous block 15 and horizontal plane is 30 ° to 45 °. Corresponding two L-types of steel spring plate 14 connect15, steel spring plate 14 two ends of piece are corresponding to be respectively connected with two L-type contiguous blocks 15, and two L-type contiguous blocks 15 are corresponding respectivelyBe connected to carry on the end face of frame 11, on the bottom surface of delivery chute 13.

Steel spring plate is connected with carrying frame 11 and delivery chute 13 by the L-type contiguous block 15 that is connected in its two ends, L-typeThe angle α of the connecting plate of contiguous block 15 and horizontal plane is 30 ° to 45 °, thereby in this angular range, when vibrating motor 12 is workedWhen delivery chute 13 polarization motion, the movement locus of delivery chute 13 is convenient to the conveying of rim charge more, improves the transfer efficiency of rim charge.

Embodiment 3

On the basis of embodiment mono-or embodiment bis-, directly the contacting with treating particle rim charge of the feed blade 24 of chargerEnd face be inclined top face 241, on this inclined top face 241, be evenly equipped with some deep-slotted chip breakers 242, and some deep-slotted chip breakers 242 are along charging cutterThe length direction of sheet 24 is uniform.

As preferably, the cross section of feed blade 24 is right-angled trapezium, and the plane of the hypotenuse representative of this right-angled trapezium isThe inclined top face 241 of feed blade 24. Inclined top face 241 is 20 ° to 30 ° with the angle β of the baseplane 243 of feed blade 24, and shouldThe axis of deep-slotted chip breaker 242 is parallel with the baseplane 243 of feed blade 24.

The end face of the feed blade 24 of charger is set to inclined top face 241, and is evenly equipped with some deep-slotted chip breakers on inclined top face 241242; The end face of feed blade 24 is set to inclined top face 241, and on inclined top face 241, deep-slotted chip breaker 242 is set, thereby in chargingBlade 24 is with in the time that the rim charge of particle interacts, feed blade 24 with until the contact area of the rim charge of particle more, while contactingBetween active force longer, when contact larger, thereby make the charging of charger more reliable, effectively, finally improve entering of chargerMaterial efficiency, improves the recovery of rim charge, the efficiency of particle.

Embodiment 4

On the basis of above-described embodiment, charging rotor 23 comprises fixing charging rotor 23 and removable charging rotor 23,Fixing charging rotor 23 is fixedly installed in by fixed bearing block in the casing of charger, and removable charging rotor 23 is by mobileBearing block 232 is movably installed in the casing of charger, and a side of this removable charging rotor 23 is connected with gap of tooth roller tuneEngagement positions, thus by the removable charging rotor of this gap of tooth roller adjusting device 23 realize fixing charging rotor 23 with removable enterThe adjustment in gap between material rotor 23. Realize by the gap of adjusting between fixing charging rotor 23 and removable charging rotor 23The control of granularity of material is finally broken; Because the spacing between fixing charging rotor 23 and removable charging rotor 23 canAdjust, thereby can effectively control the granularity of the material that is finally broken, improve the scope of application of charger, and make charger be difficult for quiltCard or damage.

This gap of tooth roller adjusting device comprises moving guide rail 231 and lower moving guide rail 231, upper and lower two moving guide rails 231All be fixedly installed in the casing of charger. Moving shaft holder 232 is installed between upper and lower two moving guide rails 231, and can be along movingThe length direction of moving guide rail 231 moves. Moving shaft holder 232 1 sides are connected with pressure regulating spring 233, pressure regulating spring233 other ends are sheathed in spring guide cylinder 235, and spring guide cylinder 235 is fixedly connected in the casing of charger. Spring guidingOn cylinder 235, be connected with adjusting rod 236, adjusting rod 236 one end enter spring guide cylinder through the through hole on spring guide cylinder 235In 235 and be connected with the spring base 234 in spring guide cylinder 235, adjusting rod 236 is threaded with spring base 234, thereby rotationAdjusting rod 236 can make spring base 234 move along the axis direction of adjusting rod 236; In spring base 234 and spring guide cylinder 235Pressure regulating spring 233 ends connect, and the spring base 234 moving along adjusting rod 236 axis directions can be used for compression or stretchesPressure regulating spring 233, and compressed or stretch push or pull the length of moving shaft holder 232 along moving guide rail 231Degree direction moves, thereby adjusts the gap between fixing charging rotor 23 and removable charging rotor 23, and controls and finally brokenThe granularity of broken material, the scope of application of raising charger.

Fixing charging rotor 23 fixedly mounts, and removable charging rotor 23 is installed by gap of tooth roller adjusting device is movable,Thereby spacing between the fixing charging rotor 23 of capable of regulating and removable charging rotor 23, effective control material that is finally brokenGranularity, improves the scope of application of charger, and can effectively avoid rim charge hardness because treating particle compared with the charger causing greatlyCharging rotor 23 blocks or damages, and extends the service life of charger, improves the recovery of rim charge, the efficiency of particle.

In the utility model, particle rotating blade 35 and particle fixed blade 36 are set, particle rotating blade in Material disintegrator35 are fixedly mounted on particle rotor 34 and with 34 rotations of particle rotor, and particle fixed blade 36 is fixedly mounted on particleThe downside of the material inlet 37 of frame 31, thus in particle rotor 34 rotation processes particle rotating blade 35, particle dead knifeSheet 36 relative motions, and form shearing force at particle rotating blade 35 in particle fixed blade 36, the rim charge for the treatment of particle is shredded,Make the rim charge for the treatment of particle by fully broken, improve the recovery of rim charge, the efficiency of particle.

Embodiment 5

On the basis of above-described embodiment, the cabinet wall of particle case 32 is provided with broken with particle rotating blade 35 adaptationsMaterial fixed blade 36, particle fixed blade 36 is positioned at the downside of material inlet 37. When Material disintegrator work, treat that particle rim charge is by brokenThe material inlet 37 of material machine enters in Material disintegrator, and motor 33 drives particle rotor 34 to rotate, and the particle on particle rotor 34 revolvesRotor sheet 35 rotates with particle rotor 34, the particle rotating blade 35 of rotation in the time of material inlet 37 because of particle rotating blade35 treat particle rim charge with the caused by relative motion of particle fixed blade 36 produces shearing force, makes to treat that particle rim charge is shredded.

The foregoing is only preferred embodiment of the present utility model, not in order to limit the utility model, all at thisAny amendment of doing within the spirit of utility model and principle, be equal to and replace and improvement etc., all should be included in the utility modelProtection domain within.

Claims (9)

1. a self-feeding rim charge crushing system that is applied to sheet material rim charge after sawing sheet, is characterized in that: comprise and setting graduallyConveyer, charger and Material disintegrator, the discharge end of described conveyer is concordant with the charging aperture of charger, the going out of described chargerMaterial mouthful is connected with the material inlet of Material disintegrator; Described conveyer comprises carries frame (11), the upper square tube of described conveying frame (11)Cross steel spring plate (14) delivery chute (13) is installed, the bottom of described delivery chute (13) is connected with vibrating motor (12).

2. a kind of self-feeding rim charge crushing system that is applied to sheet material rim charge after sawing sheet as claimed in claim 1, its featureBe: on the end face of described conveying frame (11), be connected with steel spring plate (14) with being provided with on the bottom surface of delivery chute (13)L-type contiguous block (15), the connecting plate of described L-type contiguous block (15) and the angle α of horizontal plane are 30 ° to 45 °.

3. a kind of self-feeding rim charge crushing system that is applied to sheet material rim charge after sawing sheet as claimed in claim 1, its featureBe: described charger comprises casing and be opened in charging aperture, the discharging opening on casing, described casing comprises mainframe(21) gland (26), being connected with mainframe (21); In described casing, be provided with at least two group charging rotors (23), every group of charging cutterOn the external cylindrical surface of roller (23), be evenly equipped with some feed blades (24), charging rotor connects by gear pair between (23), described inOn chassis sidewall, be also provided with the drive motors (25) for driving charging rotor (23) to rotate.

4. a kind of self-feeding rim charge crushing system that is applied to sheet material rim charge after sawing sheet as claimed in claim 3, its featureBe: described feed blade (24) comprises inclined top face (241) the upper length side along feed blade (24) of described inclined top face (241)To being evenly equipped with some deep-slotted chip breakers (242).

5. a kind of self-feeding rim charge crushing system that is applied to sheet material rim charge after sawing sheet as claimed in claim 4, its featureBe: the cross section of described feed blade (24) is right-angled trapezium the bottom surface of described inclined top face (241) and feed blade (24)(243) angle β is 20 ° to 30 °, and the axis of described deep-slotted chip breaker (242) is parallel with the bottom surface (243) of feed blade (24).

6. be applied to the broken system of self-feeding rim charge of sheet material rim charge after sawing sheet as a kind of as described in arbitrary in claim 3-5System, is characterized in that: described charging rotor (23) comprises fixing charging rotor (23) and removable charging rotor (23), described canMobile charging rotor (23) is installed in the casing of charger by moving shaft holder (232), described removable charging rotor(23) a side is connected with gap of tooth roller adjusting device.

7. a kind of self-feeding rim charge crushing system that is applied to sheet material rim charge after sawing sheet as claimed in claim 6, its featureBe: described gap of tooth roller adjusting device comprises the moving guide rail (231) in the casing that is fixedly installed in charger, described movementBearing block (232) is installed between upper and lower two moving guide rails (231) and can moves along the length direction of moving guide rail (231); InstituteA side of stating moving shaft holder (232) is connected with pressure regulating spring (233), the other end of described pressure regulating spring (233)Be sheathed in spring guide cylinder (235), described spring guide cylinder (235) is fixedly connected on the casing of charger; Also comprise tunePole (236), described adjusting rod (236) one end penetrate in spring guide cylinder (235) and with spring guide cylinder (235) in springSeat (234) connects, and described spring base (234) is connected with pressure regulating spring (233).

8. a kind of self-feeding rim charge crushing system that is applied to sheet material rim charge after sawing sheet as claimed in claim 1, its featureBe: described Material disintegrator comprises particle frame (31), described particle frame (31) is upper to be complied with along the length direction of particle frame (31)Inferior particle case (32), the motor (33) of being provided with, offers material inlet (37), material goes out on the casing of described particle case (32)Mouth (39), is provided with particle rotor (34) in the casing of described particle case (32), described particle rotor (34) and motor (33)Be in transmission connection by band; On the face of cylinder of described particle rotor (34), be evenly equipped with some particle rotating blades (35).

9. a kind of self-feeding rim charge crushing system that is applied to sheet material rim charge after sawing sheet as claimed in claim 8, its featureBe: the cabinet wall of described particle case (32) is provided with the particle fixed blade (36) adaptive with particle rotating blade (35),Described particle fixed blade (36) is positioned at the downside of material inlet (37).