CN109603963A

CN109603963A - A kind of abandoned car glass breaking equipment convenient for feeding

Info

Publication number: CN109603963A
Application number: CN201811607957.7A
Authority: CN
Inventors: 李颖
Original assignee: Hangzhou Music Technology Co Ltd
Current assignee: Hangzhou Music Technology Co Ltd; Hangzhou Leshou Technology Co Ltd
Priority date: 2018-12-27
Filing date: 2018-12-27
Publication date: 2019-04-12
Anticipated expiration: 2038-12-27
Also published as: CN109603963B

Abstract

The invention discloses a kind of abandoned car glass breaking equipment convenient for feeding, case lid including treatment box and at the top of the treatment box, the case lid and the detachable cooperation of the processing, processing chamber is equipped in the treatment box, it is equipped with abrasive disk in the processing chamber, the chamber that gathers materials is equipped with below the processing chamber, the bottom of chamber portion that gathers materials is equipped with grinding motor, shaft is fixed on the grinding motor output shaft, the shaft is fixedly connected with the abrasive disk；It is described gather materials it is intracavitary be equipped with collecting box, the shaft is equipped with the cam that matches with the collecting box, and equipped with discharge nozzle, the discharge nozzle is communicated with the collecting box in the bottom of chamber portion that gathers materials；By the mutual cooperation of cam and collecting box, so that collecting box is generated vibration under the action of cam, glass particle is avoided to accumulate the inconvenience for causing waste and the collection of material in collecting box；By the cooperation of discharge nozzle and collecting box, convenient for the glass particle in collecting box to be discharged out of equipment, the recovery efficiency to glass is promoted.

Description

A kind of abandoned car glass breaking equipment convenient for feeding

Technical field

The invention belongs to abandoned car recovery technology fields, broken more particularly, to a kind of abandoned car glass convenient for feeding Broken equipment.

Background technique

Currently, with development in science and technology and the improvement of people's living standards, the yield and ownership of automobile also in sustainable growth, More and more families possess automobile, and automobile is increasingly becoming popular one of consumer products.It is well known that automobile, which uses, also to be had Certain time limit, more than road in active time automobile be easier cause traffic accident this vehicle is generally therefore scrapped into place Reason.As automobile usage amount is more and more, abandoned car is also in rise rapidly trend.In abandoned car recovery processing, need pair Many kinds of substance is recycled, and glass is exactly one such.Glass in automobile is mostly relatively tempered glass, to tempering glass It when glass is recycled, needs to carry out break process to glass, existing crushing plant is crushed after being crushed glass Glass afterwards is easy to accumulate in equipment, cause it is broken after glass be difficult to recycle, influence the recovery efficiency to glass.

Summary of the invention

The present invention for overcome the deficiencies in the prior art, provides a kind of scrapping convenient for feeding for improving glass recovery efficiency Vehicle glass crushing plant.

To achieve the goals above, the invention adopts the following technical scheme: a kind of abandoned car glass convenient for feeding is broken Broken equipment, the case lid including treatment box and at the top of the treatment box, the case lid and the detachable cooperation of the processing, it is described It is equipped with processing chamber in treatment box, abrasive disk is equipped in the processing chamber, is equipped with the chamber that gathers materials, the chamber that gathers materials below the processing chamber Bottom is equipped with grinding motor, is fixed with shaft on the grinding motor output shaft, the shaft is fixedly connected with the abrasive disk；Institute State gather materials it is intracavitary be equipped with collecting box, the shaft is equipped with the cam that matches with the collecting box, and the bottom of chamber portion that gathers materials is set There is discharge nozzle, the discharge nozzle is communicated with the collecting box；By the mutual cooperation of cam and collecting box, make collecting box in cam Under the action of generate certain vibration, shake off so that the glass particle that adheres on chamber interior wall will be collected, glass particle avoided to accumulate The inconvenience of waste and the collection of material is caused in collecting box；By the mutual cooperation of discharge nozzle and collecting box, convenient for that will collect Glass particle in case is discharged out of equipment, promotes the recovery efficiency to glass.

Preferably, the processing chamber interior wall is equipped with pushing material component, the pushing material component is set to the discharge nozzle side wall On；By the mutual cooperation of pushing material component and discharge nozzle, glass particle is released out of discharge nozzle preferably, discharge nozzle is avoided to exist The blocking of discharge nozzle is caused when discharging to glass particle, increases the efficiency recycled to glass, lifting means reliability.

Preferably, the collecting box includes upper box, is set to the intracorporal internal box of the top box, is set to the upper box Lower box with the junctional membrane of the internal box bottom and set on the junctional membrane bottom, it is logical that the lower box bottom is equipped with first Hole, the discharge nozzle are communicated with the first through hole；Upper box and lower box are linked together by junctional membrane, make lower box It can be moved under the action of cam without influencing the connection with upper box；Undertaking effect is played to material by upper box, It falls in upper box from abrasive disk after so that glass is ground crushing, then is arranged out of equipment via lower box by discharge nozzle Out, convenient for being collected processing to the glass particle in equipment.

Preferably, the upper box and the internal box mutually form blanking bin, it is equipped with collecting bin in the lower box, The collecting bin is communicated with the blanking bin；The nowel body sidewall is equipped with connecting spring, described connecting spring one end and institute The cavity wall that gathers materials is stated to be fixedly connected with；By the mutual cooperation of connecting spring and cam, so that the vibration of lower box is become more stable, increase Add the vibrating effect of lower box, effectively the glass particle collected on chamber interior wall is shaken off, glass particle is avoided to be attached to collection On chamber interior wall, convenient for being recycled to glass particle.

Preferably, the pushing material component includes the partition being set on the discharge nozzle side wall, is set to the partition side Air storing cavity and the appendix that is communicated with the air storing cavity, the treatment box side wall be equipped with the gas communicated with the appendix Pump, the partition are equipped with multiple ventholes；Air pump conveys gas in appendix, and air-flow is passed into discharge by venthole In pipe, air-flow enters in drainage conduit the gas that one-way flow is formed in drainage conduit, to make to generate suction in drainage conduit, just It is discharged out of drainage conduit in by the glass particle in drainage conduit, prevents drainage conduit from being blocked by glass particle, the discharge of lifting means Effect.

Preferably, the processing chamber two sides are equipped with equipment cavity, it is equipped with abrasive sheet in the equipment cavity, in the equipment cavity Equipped with the control assembly for driving the abrasive sheet to be rotated；The case lid is equipped with quartering hammer, and the case lid is equipped with The first lifting assembly for driving the quartering hammer to move up and down；Glass is put into processing chamber, in the first lifting group Under the action of part, driving quartering hammer works, tempered glass is carried out by quartering hammer it is preliminary broken, make glass breaking at After little particle, so that abrasive sheet and abrasive disk is cooperated under the action of control assembly, pass through the effect of abrasive sheet and abrasive disk Glass particle is ground, so that the crushing effect of glass is promoted, convenient for the recycling to glass.

Preferably, the control assembly includes the second lifting assembly in the equipment cavity and is set to described second The output shaft of the adjustment motor of lifting assembly side, the adjustment motor is equipped with the first driving wheel, and first driving wheel is used It is rotated in driving second lifting assembly；After quartering hammer carries out tentatively broken to glass, in the effect of adjustment motor Under rotate the second lifting assembly, so that abrasive sheet be made to move to above abrasive disk, make abrasive disk and abrasive sheet phase interworking Conjunction, which plays the glass particle on abrasive disk, to be ground, and increases equipment to the crushing effect of glass particle.

The invention has the following advantages that passing through the mutual cooperation of cam and collecting box, make collecting box under the action of cam Certain vibration is generated, to shake off the glass particle adhered on chamber interior wall is collected, glass particle is avoided to accumulate in collecting box Inside cause the inconvenience of waste and the collection of material；By the mutual cooperation of discharge nozzle and collecting box, convenient for by the glass in collecting box Glass particle is discharged out of equipment, promotes the recovery efficiency to glass.

Detailed description of the invention

Fig. 1 is the structural diagram of the present invention.

Fig. 2 is cross-section front view of the invention.

Fig. 3 is enlarged drawing at the A in Fig. 2.

Fig. 4 is the structural schematic diagram of collecting box of the present invention.

Fig. 5 is case lid diagrammatic cross-section of the present invention.

Fig. 6 is the structural schematic diagram of case lid of the present invention.

Fig. 7 is the structural schematic diagram of the second lifting assembly of the invention.

Fig. 8 is the diagrammatic cross-section of the second lifting assembly of the invention.

Fig. 9 is the diagrammatic cross-section of abrasive disk of the present invention.

Figure 10 is the structural schematic diagram of seal assembly of the present invention.

Specific embodiment

In order to make those skilled in the art better understand the present invention program, below in conjunction in the embodiment of the present invention Attached drawing, the technical scheme in the embodiment of the invention is clearly and completely described, it is clear that described embodiment is only A part of the embodiments of the present invention, instead of all the embodiments.Based on the embodiments of the present invention, ordinary skill people The model that the present invention protects all should belong in member's every other embodiment obtained without making creative work It encloses.

As Figure 1-10 shows, a kind of abandoned car glass breaking equipment convenient for feeding, including treatment box 1 and be set to described The case lid 2 at 1 top for the treatment of box, the case lid 2 detachably cooperate with the processing 1, are equipped with processing chamber 11 in the treatment box 1, Abrasive disk 16 is equipped in the processing chamber 11, abrasive disk is equipped with multiple blanking holes 161, is equipped with and gathers materials below the processing chamber 11 Chamber 15,15 bottom of chamber that gathers materials are equipped with grinding motor 17, and grinding motor is set in treatment box bottom sidewall, the grinding motor Shaft 171 is fixed on 17 output shafts, the shaft 171 is fixedly connected with the abrasive disk 16；11 two sides of processing chamber are equipped with Equipment cavity 12, the equipment cavity 12 is interior to be equipped with abrasive sheet 131, is equipped in the equipment cavity 12 for driving the abrasive sheet 131 The control assembly rotated；The case lid 2 is equipped with quartering hammer 22, and the case lid 2 is equipped with for driving the quartering hammer 22 the first lifting assemblies moved up and down；After case lid is opened, the post-consumer glass after collection is put into treatment box, glass quilt It is placed on the abrasive disk in processing chamber, case lid is closed, rise to quartering hammer centainly It is fallen after height, so that quartering hammer is carried out break process to glass and pass through after glass is tentatively crushed under the action of quartering hammer Control assembly controls abrasive sheet, and abrasive sheet and abrasive disk is made to cooperate, and grinding motor driven abrasive disk is rotated, Abrasive disk and abrasive sheet is set to carry out grinding break process to glass particle.

Collecting box is equipped in the chamber 15 that gathers materials, the shaft 171 is equipped with the cam matched with the collecting box 1711, equipped with discharge nozzle 18, the discharge nozzle 18 is communicated with the collecting box for 15 bottom of chamber that gathers materials；Discharge nozzle is arc-shaped Discharge nozzle is set as arc-shaped structure by structure, convenient for promoting discharging for the more smooth device for transferring out of discharge nozzle of glass particle The flatness of pipe discharge avoids glass particle from being blocked in the inconvenience for causing discharge in discharge nozzle；Glass particle quilt on abrasive disk Milled processed for a period of time after, when glass is ground into the particle for meeting blanking hole size, glass particle falls out of blanking hole It drops down onto collecting box, effect is collected to the glass after break process by collecting box；Cam rotates together with abrasive disk, Cam is in contact in rotation with collecting box, and collecting box generates vibration under the action of cam, makes to fall the glass in collecting box Glass particle more evenly be dispersed in collecting box bottom, convenient for the glass in collecting box is discharged out of discharge nozzle, promoted glass receive Collect efficiency.

The collecting box includes upper box 31, the internal box 32 in the upper box 31, is set to the upper box 31 Lower box 35 with the junctional membrane 34 of 32 bottom of internal box and set on 34 bottom of junctional membrane, junctional membrane is rubber material It is made, is fixedly connected with respectively with upper box bottom and internal box bottom at the top of junctional membrane, junctional membrane bottom and lower box top are mutually solid Even, junctional membrane can produce certain deformation；35 bottom of lower box be equipped with first through hole 352, the discharge nozzle 18 with it is described First through hole 352 communicates；The second through-hole is equipped in lower box, cam is set in the second through-hole, and third through-hole is equipped in internal box 321, third through-hole is communicated with the second through-hole, and shaft is arranged in third through-hole；Upper box is mutually solid by connecting rod with internal box Even；The upper box 31 and the internal box 32 mutually form blanking bin 33, and blanking bin is set to below abrasive disk, on abrasive disk Glass material play undertaking effect, collecting bin 351, the collecting bin 351 and the blanking bin 33 are equipped in the lower box 35 It communicates；35 side wall of lower box is equipped with connecting spring 151, described 151 one end of connecting spring and 15 inner wall of chamber that gathers materials It is fixedly connected with, the other end is fixedly connected with nowel body sidewall；Collecting bin bottom is arc-shaped structure, and first through hole is set to arc-shaped structure Bottom makes the glass particle in collecting bin carry out falling to first through hole along collecting bin inner wall by arc-shaped structure Place, enters glass in discharge nozzle by first through hole, and then glass is discharged out of equipment out of discharge nozzle.

After glass is ground processing on abrasive disk, the glass particle for meeting blanking hole size is fallen from abrasive disk, from The glass particle fallen on abrasive disk is directly fallen in blanking bin, is fallen in collecting bin by blanking bin and junctional membrane, this When shaft drive abrasive disk persistently rotate, cam rotates in the second through-hole with transfer roller, makes lower box under the drive of cam In intracavitary movement of gathering materials, mating connection spring is in the movement of lower box in controlled range, and junctional membrane is to blanking bin sum aggregate Feed bin does not hinder the movement of lower box while playing connection function, lower box is made to drive junctional membrane to move together when moving, will Glass particle on junctional membrane inner wall is shaken off, and glass particle is avoided to be attached on junctional membrane inner wall, increases the discharge effect of collecting box Fruit avoids the waste of glass material.

1 inner wall for the treatment of box is equipped with pushing material component, and the pushing material component is set on 18 side wall of discharge nozzle；It is described Pushing material component include partition 120 on 18 side wall of discharge nozzle, set on 120 side of partition air storing cavity 110 and The appendix 191 communicated with the air storing cavity 110,1 side wall for the treatment of box are equipped with the air pump communicated with the appendix 191 19, the partition 120 is equipped with multiple ventholes 1201；Venthole is tilted towards setting, air storing cavity and venthole on the outside for the treatment of box It communicates；When glass material is fallen in drainage conduit out of lower box, air pump is passed through gas in appendix, enters gas In air storing cavity, the gas in air storing cavity is entered in drainage conduit by venthole, since venthole is obliquely installed, is made in drainage conduit The air-flow of one-way flow is formed, thus make to generate suction in drainage conduit, convenient for the glass in drainage conduit is discharged out of drainage conduit, It avoids glass particle from being blocked in drainage conduit to impact discharge, promotes the efficiency collected to glass.

11 inner wall of processing chamber is equipped with the annular groove 111 matched with the abrasive sheet 131, the processing chamber 11 It is additionally provided with loose slot 112 on inner wall, is equipped with seal assembly 14 in the loose slot 112；Seal assembly and loose slot cooperate, It seals to seal groove, under the action of seal assembly, glass is avoided to generate when the hammer that is broken carries out tentatively broken Clast enters in equipment cavity, causes the later period to the inconvenience of equipment cleaning and the influence of equipment cavity inner part；Processing chamber two sides are set Standby intracavitary abrasive sheet forms the abrasive sheet of large area, abrasive sheet section and the abrasive disk cross-sectional sizes phase of formation after cooperating Together, annular groove is moved for abrasive sheet, is reserved activity space for abrasive sheet, is made abrasive sheet can be according to the glass on abrasive disk Quantity is adjusted.

The control assembly includes the second lifting assembly 13 in the equipment cavity 11 and goes up and down set on described second The adjustment motor 121 of 13 side of component, it is described adjustment motor 121 output shaft be equipped with the first driving wheel 1211, described first Driving wheel 1211 is for driving second lifting assembly 13 to be rotated；Second lifting assembly 13 includes being set to described set The first hydraulic cylinder 131 at standby 11 top of chamber, is set to the movement at the moving sleeve 132 being fixedly connected with the first hydraulic cylinder 131 The guide rod 135 of 132 lower section of sleeve and the first back-moving spring 136 being sheathed on the guide rod 135, first driving wheel 1211 with the moving sleeve 132 transmission cooperate, the first driving wheel be equipped with the first driving cog, moving sleeve side wall be equipped with The second driving cog that first driving cog matches；The cavity matched with the guide rod 135 is equipped in the moving sleeve 132 1321；132 side wall of moving sleeve is equipped with the link block 133 matched with the loose slot 112, the abrasive sheet 134 It is fixed on the link block 133.

When glass is not put on abrasive disk, abrasive disk is in equipment cavity, convenient for being put into glass is without hindrance Onto abrasive disk；After glass, which is broken, hammers preliminary broken into shape, adjustment the first driving wheel of motor driven is rotated, the first driving wheel Moving sleeve is driven to be rotated, the moving sleeve of processing chamber two sides relatively rotates, and makes the abrasive sheet being fixed on moving sleeve The relative motion in annular groove makes grinding for processing chamber two sides until the abrasive sheet of processing chamber two sides complements each other to form connection Nog plate forms the bigger abrasive sheet of area, and the new abrasive sheet of formation is corresponding with the section of abrasive disk；First hydraulic cylinder at this time It pushes piston rod to stretch out, makes piston rod that moving sleeve be pushed to move down, moving sleeve moves down along guide rod, and drive is ground Nog plate moves down, moves link block along loose slot, until abrasive sheet bottom is in contact with glass particle, the first liquid Cylinder pressure stops pushing piston rod, then grinds motor and starts to work, drives abrasive disk to be rotated, pass through loose slot and link block Mutual cooperation, rotate abrasive sheet can not with abrasive disk together, so that abrasive disk be made to be turned relative to abrasive sheet It is dynamic, abrasive action is risen to glass；By the effect of first back-moving spring, hydraulic cylinder is avoided excessively to push moving sleeve, reads movement Sleeve damages；During abrasive disk is rotated relative to abrasive sheet, the first hydraulic stem continues to press on piston rod down Movement makes abrasive sheet push glass particle, glass particle is pressed on abrasive disk, increases the cooperation effect of abrasive sheet and abrasive disk Fruit promotes the grinding effect to glass；After the completion of glass is ground processing, first back-moving spring cooperates first hydraulic cylinder to shifting Moving sleeve plays reset role, and makes moving sleeve Rapid reset after stopping working, rises to abrasive sheet in annular groove, at this time Adjust motor again the first driving wheel of task driven rotate, make under the action of the first driving wheel moving sleeve with abrasive sheet into Row rotation, abrasive sheet is transferred back in equipment cavity again, convenient for the next break process to glass of equipment.

The case lid 2 is equipped with equipment box 21, and first lifting assembly is set in the equipment box 21；Equipment box low One lifting assembly shields, and the first lifting assembly is installed in equipment box, avoids the first lifting assembly when working by outer Boundary influences；First lifting assembly includes the support plate 221 being set on 22 side wall of quartering hammer, is set to the support plate The second hydraulic cylinder 23 of 221 lower sections and the enhancing spring 222 at the top of the quartering hammer 22, second hydraulic cylinder bottom is embedded into In case lid, secure fit is formed with case lid；22 bottom of quartering hammer is equipped with convex block 223, and 223 bottom of convex block is equipped with broken First 224；Convex block is fixed on quartering hammer bottom, and crushing head bottom is conical structure, is fixed on convex block bottom, passes through cone Crushing head contacts with each other with glass, increases crushing head to the crushing effect of glass；Quartering hammer two sides are additionally provided with support spring 27, branch Support spring is symmetric in quartering hammer two sides, and support spring bottom is fixedly connected with case lid；Movable chamber is equipped in the case lid 2 26, the movable chamber 26 is interior to be equipped with the second driving wheel 25 cooperated with 22 side wall of quartering hammer transmission, sets on the second driving wheel There is third driving cog, quartering hammer side wall is equipped with the 4th driving cog matched with third driving cog；21 side of equipment box Equipped with rotating electric machine 24,24 output shaft of rotating electric machine is fixedly connected with second driving wheel 25.

When glass is put into processing chamber, glass is placed on abrasive disk, and case lid is covered again and is back on treatment box, Second hydraulic cylinder pushes piston rod to stretch out, and makes piston rod that support plate be pushed up to move, to drive quartering hammer to be risen, directly It is risen at the top of equipment box to quartering hammer, enhances spring top at this time and be in contact with equipment box top surface, enhancing spring stress is in Contraction state makes to enhance on spring and gathers certain elastic potential energy；When Hydraulic Cylinder quartering hammer rises to highest point, rotation Motor is started to work, and the second driving wheel of driving is rotated, and the second driving wheel drives quartering hammer to be rotated, and is made on quartering hammer Support plate turns an angle, and loses cooperation with the piston rod of hydraulic cylinder, quartering hammer is after the support force for losing hydraulic cylinder certainly The lower quickly tenesmus of the elastic force potential energy effect of body gravity and enhancing spring makes crushing head directly pound to fall on glass and play brokenly to glass Broken effect, preliminary to glass is broken, and glass breaking is made to be convenient for being ground it at little particle；When quartering hammer falls When playing break process to glass, support plate is fallen in support spring, and certain buffering is played to quartering hammer by support spring Effect, the support plate being provided thereon when quartering hammer being avoided to fall directly mutually are hit with case lid, are damaged to equipment；Pass through support Spring enables quartering hammer normally play fragmentation to glass while playing buffer function to quartering hammer, increases equipment Reliability；After the completion of glass is tentatively broken, second hydraulic cylinder pushes quartering hammer toward being raised, and quartering hammer is made to rise to equipment Behind box top, quartering hammer is fixed at the top of equipment box, quartering hammer is avoided to impact in glass grinding to equipment.

The abrasive disk 16 is equipped with the groove 162 matched with the crushing head 224, and 162 bottom of groove is equipped with Push plate 1631,1631 bottom of push plate are equipped with third hydraulic cylinder 163, and the piston rod of the third hydraulic cylinder 163 is pushed away with described Plate 1631 is fixedly connected with；Groove is set in the middle part of abrasive disk, is matched by groove with crushing head, avoids crushing head in decline and broken Broken disk is directly contacted and is damaged to abrasive disk, while crushing head bottom being avoided to damage in shock, extends service life of equipment； When glass is placed on abrasive disk, push plate drops to bottom portion of groove, and preliminary broken place is carried out to glass convenient for quartering hammer Reason；When glass breaking processing after the completion of, the push plate of third Hydraulic Cylinder from bottom portion of groove rise, by the glass particle in groove from Emersion in groove, is in push plate and abrasive disk in same level, cooperates convenient for abrasive sheet and abrasive disk to glass Grain plays grinding break process, so that glass particle is broken more uniform.

The seal assembly 14 includes being set to the conduit 142 on 12 inner wall of equipment cavity, being set in the loose slot 112 Sealing block 141 and second back-moving spring 1412 set on 141 bottom of sealing block, 141 side wall of sealing plate be equipped with Draw runner 1411, the conduit 142 is interior to be equipped with the guide rail 1421 matched with the draw runner 1411；Second back-moving spring bottom and work Dynamic trench bottom is in contact, and conduit is fixed on the side wall of loose slot two sides；When first hydraulic cylinder driving abrasive sheet is moved, even It connects block to enter in loose slot, link block pushes sealing block to move down during declining along loose slot, makes sealing block The draw runner of two sides moves down along sliding rail, does not influence abrasive sheet while sealing on seal groove in processing chamber Normal movement, convenient for playing grinding break process to glass；After the completion of the glass particle in equipment is broken processing, abrasive sheet exists It being risen in annular groove under the action of second cylinder, sealing block rises under the action of second back-moving spring along loose slot, So that sealing block is sealed again to loose slot, increases the reliability of equipment；Quartering hammer is avoided to play preliminary be crushed to glass The glass chip generated when processing is entered in equipment cavity by loose slot, convenient for clearing up equipment inside.

The foregoing is only a preferred embodiment of the present invention, but scope of protection of the present invention is not limited thereto, Anyone skilled in the art in the technical scope disclosed by the present invention, according to the technique and scheme of the present invention and its Inventive concept is subject to equivalent substitution or change, should be covered by the protection scope of the present invention.

Claims

1. a kind of abandoned car glass breaking equipment convenient for feeding, including treatment box (1) and it is set at the top of the treatment box (1) Case lid (2), the case lid (2) and the processing (1) detachably cooperate, equipped with processing chamber (11), institute in the treatment box (1) It states in processing chamber (11) and is equipped with abrasive disk (16), be equipped with and gather materials chamber (15) below the processing chamber (11), the chamber that gathers materials (15) Bottom is equipped with grinding motor (17), is fixed with shaft (171) on grinding motor (17) output shaft, the shaft (171) and The abrasive disk (16) is fixedly connected with；It is characterized by: being equipped with collecting box in the chamber that gathers materials (15), set on the shaft (171) There is the cam (1711) matched with the collecting box, the chamber that gathers materials (15) bottom is equipped with discharge nozzle (18), the discharge nozzle (18) it is communicated with the collecting box.

2. a kind of abandoned car glass breaking equipment convenient for feeding described in accordance with the claim 1, it is characterised in that: the place It manages case (1) inner wall and is equipped with pushing material component, the pushing material component is set on the discharge nozzle (18) side wall.

3. a kind of abandoned car glass breaking equipment convenient for feeding described in accordance with the claim 1, it is characterised in that: the receipts Header includes upper box (31), the internal box (32) being set in the upper box (31), set on the upper box (31) and described The junctional membrane (34) of internal box (32) bottom and the lower box (35) for being set to the junctional membrane (34) bottom, the lower box (35) Bottom is equipped with first through hole (352), and the discharge nozzle (18) communicates with the first through hole (352).

4. a kind of abandoned car glass breaking equipment convenient for feeding described in accordance with the claim 3, it is characterised in that: on described Cabinet (31) and the internal box (32) mutually form blanking bin (33), are equipped with collecting bin (351) in the lower box (35), institute Collecting bin (351) is stated to communicate with the blanking bin (33)；Lower box (35) side wall is equipped with connecting spring (151), described Connecting spring (151) one end is fixedly connected with the chamber that gathers materials (15) inner wall.

5. a kind of abandoned car glass breaking equipment convenient for feeding according to claim 2, it is characterised in that: described to push away Material component includes the partition (120) on the discharge nozzle (18) side wall, the air storing cavity set on the partition (120) side (110) and with the air storing cavity (110) appendix (191) communicated, treatment box (1) side wall are equipped with and the appendix (191) air pump (19) communicated, the partition (120) are equipped with multiple ventholes (1201).

6. a kind of abandoned car glass breaking equipment convenient for feeding according to claim 4, it is characterised in that: the place It manages chamber (11) two sides and is equipped with equipment cavity (12), be equipped with abrasive sheet (131) in the equipment cavity (12), set in the equipment cavity (12) There is the control assembly for driving the abrasive sheet (131) to be rotated；The case lid (2) is equipped with quartering hammer (22), described Case lid (2) is equipped with the first lifting assembly for driving the quartering hammer (22) to move up and down.

7. a kind of abandoned car glass breaking equipment convenient for feeding according to claim 6, it is characterised in that: the control Component processed includes the second lifting assembly (13) in the equipment cavity (11) and is set to second lifting assembly (13) one The output shaft of the adjustment motor (121) of side, adjustment motor (121) is equipped with the first driving wheel (1211), and described first passes Driving wheel (1211) is for driving second lifting assembly (13) to be rotated.