CN109225464A - A kind of glass breaking recovery method - Google Patents
A kind of glass breaking recovery method Download PDFInfo
- Publication number
- CN109225464A CN109225464A CN201811156182.6A CN201811156182A CN109225464A CN 109225464 A CN109225464 A CN 109225464A CN 201811156182 A CN201811156182 A CN 201811156182A CN 109225464 A CN109225464 A CN 109225464A
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- China
- Prior art keywords
- glass
- glass breaking
- cavity
- breaking
- stirring
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
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Classifications
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B02—CRUSHING, PULVERISING, OR DISINTEGRATING; PREPARATORY TREATMENT OF GRAIN FOR MILLING
- B02C—CRUSHING, PULVERISING, OR DISINTEGRATING IN GENERAL; MILLING GRAIN
- B02C13/00—Disintegrating by mills having rotary beater elements ; Hammer mills
- B02C13/14—Disintegrating by mills having rotary beater elements ; Hammer mills with vertical rotor shaft, e.g. combined with sifting devices
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B02—CRUSHING, PULVERISING, OR DISINTEGRATING; PREPARATORY TREATMENT OF GRAIN FOR MILLING
- B02C—CRUSHING, PULVERISING, OR DISINTEGRATING IN GENERAL; MILLING GRAIN
- B02C13/00—Disintegrating by mills having rotary beater elements ; Hammer mills
- B02C13/26—Details
- B02C13/28—Shape or construction of beater elements
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B02—CRUSHING, PULVERISING, OR DISINTEGRATING; PREPARATORY TREATMENT OF GRAIN FOR MILLING
- B02C—CRUSHING, PULVERISING, OR DISINTEGRATING IN GENERAL; MILLING GRAIN
- B02C13/00—Disintegrating by mills having rotary beater elements ; Hammer mills
- B02C13/26—Details
- B02C13/286—Feeding or discharge
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B02—CRUSHING, PULVERISING, OR DISINTEGRATING; PREPARATORY TREATMENT OF GRAIN FOR MILLING
- B02C—CRUSHING, PULVERISING, OR DISINTEGRATING IN GENERAL; MILLING GRAIN
- B02C13/00—Disintegrating by mills having rotary beater elements ; Hammer mills
- B02C13/26—Details
- B02C13/286—Feeding or discharge
- B02C2013/28609—Discharge means
Abstract
The invention discloses a kind of glass breaking recovery methods, comprising steps of being provided with glass breaking cavity above glass breaking rack, it is provided with glass beater in glass breaking cavity, is equipped with feed hopper in glass breaking cavity upper end position, the bottom end of glass breaking cavity is equipped with glass discharge mouth;Glass breaking cavity includes stirring shaft, stirring shaft is vertically arranged in glass breaking cavity, stirring shaft upper end passes through the glass breaking cavity cover of glass breaking cavity, it is corresponding with glass breaking cone cylinder structure around equipped with multiple tapered stirring blades in stirring shaft bottom, it is corresponding with glass breaking cylindrical structure around equipped with multiple round stirring blades in the middle part of stirring shaft, broken helical blade is equipped on stirring shaft top, corresponding matching is arranged with glass breaking cylinder outside broken helical blade, glass breaking cylinder upper end is fixedly connected in glass breaking cavity cover, glass breaking cylinder upper portion side wall is equipped with multiple glass blocks discharge ports, glass breaking cylinder lower end is equipped with loudspeaker feed openings.
Description
Technical field
The present invention relates to glass manufacture technical field of processing equipment, and in particular to a kind of glass breaking recovery method.
Background technique
The production of existing glass is all to be made of after original heating, but inevitably will appear in production some undesirable
Substandard products, these substandard products can not be sold, it is possible to be manufactured again to its heating and melting after being crushed, the coloured glaze of fritter
It is easier to store and heat.
Glass is due to its unique material properties, and easily broken, broken blob-like shapes are different, and there are also some glass are inferior
Product coated with protective film, even if being broken, protective film also connects together, and subsequent recycling processing, or storage is not easy to, for small
The glass of batch can use hand breaking, and a large amount of obvious efficiency of glass breaking is too low, and on the other hand, glass recycling processing is broken
It is broken, it does not need glass breaking into powder, but suitable block, since broken blob-like shapes are different, if adopted
With screen filtration, just cannot achieve.
Summary of the invention
The purpose of the present invention is to overcome the shortage of prior art, and provides a kind of glass breaking recovery method, solves glass
Easily broken due to its unique material properties, broken blob-like shapes are different, post protection there are also some glass defect wares
Film, even if being broken, protective film also connects together, and subsequent recycling processing, or storage is not easy to, for the glass of small lot
Hand breaking can be used, a large amount of obvious efficiency of glass breaking is too low, and on the other hand, glass recycling processing is broken, does not need
By glass breaking at powder, but suitable block, since broken blob-like shapes are different, if using sieve mistake
Filter, the problem of just cannot achieve.
The present invention is achieved through the following technical solutions:
A kind of glass breaking recovery method, comprising steps of
Step 1) is provided with glass breaking cavity above glass breaking rack, and glass breaking cavity top is glass
Broken cylindrical structure, glass breaking cavity lower part are glass breaking cone cylinder structure, are provided with glass in the glass breaking cavity
Beater is equipped with feed hopper in glass breaking cavity upper end position, and the bottom end of glass breaking cavity is equipped with glass discharge mouth;
Step 2) glass breaking cavity includes stirring shaft, and the stirring shaft is vertically arranged in glass breaking cavity,
The stirring shaft upper end passes through the glass breaking cavity cover of glass breaking cavity, in stirring shaft bottom and glass breaking cone cylinder
Structure is corresponding around multiple tapered stirring blades are equipped with, and surround corresponding with glass breaking cylindrical structure is equipped in the middle part of stirring shaft
Multiple round stirring blades are equipped with broken helical blade on stirring shaft top, and corresponding matching is arranged outside broken helical blade
There is glass breaking cylinder, glass breaking cylinder upper end is fixedly connected in glass breaking cavity cover, glass breaking cylinder upper portion side wall
Multiple glass blocks discharge ports are equipped with, glass breaking cylinder lower end is equipped with loudspeaker feed openings;
Step 3) glass raw material is put into glass breaking cavity by feed hopper;Put into the intracorporal glass of glass breaking chamber
Glass tapered stirring blade and round stirring blade be stirred continuously screening effect under, pieces of glass constantly sinks to glass breaking chamber
Body lower part, structural glass constantly float in whipping process, while protecting the connection between glass blocks under the action of stirring
Film stirs disconnected, and pieces of glass is equipped with the discharge of glass discharge mouth by the bottom end of glass breaking cavity and is recycled, when structural glass exists
Enter loudspeaker feed openings under round stirring blade stirring action, the helical blade that is broken is involved in glass breaking cylinder, broken
It is crushed under the squeezing action of helical blade and glass breaking cylinder and glass breaking cavity cover, broken glass is gone out by glass blocks
Material mouth discharge is fallen into glass breaking cavity.
A kind of glass breaking recovery method of the present invention, is provided with glass beater, and glass beater passes through one
Root stirring shaft realizes stirring and is crushed two functions, after glass puts into glass breaking cavity by feed hopper, passes through stirring
The tapered stirring blade and round stirring blade of shaft lower part setting, in the continuous whipping process of stirring blade, pieces of glass meeting
It is precipitated to glass breaking cavity bottom, whipping process is equivalent to a filter process, does not need setting filter screen (filter screen
Cannot achieve and glass blocks in irregular shape is filtered), and structural glass can constantly float, when structural glass floats to glass
When glass is crushed cylinder position, the helical blade that can be broken is involved in into glass breaking cylinder, and be broken helical blade attrition crushing, then
It is discharged from glass breaking cylinder upper portion side wall equipped with multiple glass blocks discharge ports.
The glass small for size, which would not enter in glass breaking cylinder, to be broken, so that crushing efficiency is improved, due to logical
It crosses broken helical blade extruding to be discharged by glass blocks discharge port again, can be controlled by the way that the size of glass blocks discharge port is arranged
Broken size, to avoid being not easy to glass recycling and reusing, also improving crushing efficiency, subtract glass breaking at powdered
Few cost recovery.
The integrated stirrer and crushing device on a stirring shaft of the invention, realization stir it is disconnected (glass blocks it
Between connection protective film stir it is disconnected), broken progress synchronous with three functions of screening.To improve treatment effeciency and the processing of glass
Cost.
Further, the stirring shaft upper end of the glass beater is sequentially connected with retarder, the retarder
It is connected with stirring motor.
Further, it is equipped with collecting vessel below the glass discharge mouth, broken glass enters in collecting vessel at recycling
Reason.
Further, the glass discharge mouth is equipped with discharge control valve.
Compared with prior art, the present invention having the following advantages and benefits:
A kind of glass breaking recovery method of the present invention, is provided with glass beater, and glass beater passes through one
Root stirring shaft realizes stirring and is crushed two functions, after glass puts into glass breaking cavity by feed hopper, passes through stirring
The tapered stirring blade and round stirring blade of shaft lower part setting, in the continuous whipping process of stirring blade, pieces of glass meeting
It is precipitated to glass breaking cavity bottom, whipping process is equivalent to a filter process, does not need setting filter screen (filter screen
Cannot achieve and glass blocks in irregular shape is filtered), and structural glass can constantly float, when structural glass floats to glass
When glass is crushed cylinder position, the helical blade that can be broken is involved in into glass breaking cylinder, and be broken helical blade attrition crushing, then
It is discharged from glass breaking cylinder upper portion side wall equipped with multiple glass blocks discharge ports.
The glass small for size, which would not enter in glass breaking cylinder, to be broken, so that crushing efficiency is improved, due to logical
It crosses broken helical blade extruding to be discharged by glass blocks discharge port again, can be controlled by the way that the size of glass blocks discharge port is arranged
Broken size, to avoid being not easy to glass recycling and reusing, also improving crushing efficiency, subtract glass breaking at powdered
Few cost recovery.
The integrated stirrer and crushing device on a stirring shaft of the invention, realization stir it is disconnected (glass blocks it
Between connection protective film stir it is disconnected), broken progress synchronous with three functions of screening.To improve treatment effeciency and the processing of glass
Cost.
Detailed description of the invention
Attached drawing described herein is used to provide to further understand the embodiment of the present invention, constitutes one of the application
Point, do not constitute the restriction to the embodiment of the present invention.In the accompanying drawings:
Fig. 1 is a kind of structural schematic diagram of glass breaker of the present invention;
Label and corresponding parts title in attached drawing:
1- glass breaking rack, 2- glass breaking cavity, 3- glass beater, 4- glass breaking cylindrical structure, 5-
Glass breaking cone cylinder structure, 6- feed hopper, 7- glass discharge mouth, 8- stirring shaft, 9- glass breaking cavity cover, 10- is tapered to be stirred
Blade, the round stirring blade of 11- are mixed, 12- is crushed helical blade, 13- glass breaking cylinder, 14- glass blocks discharge port, 15- loudspeaker
Feed openings, 16- retarder, 17- stirring motor, 18- collecting vessel, 19- discharge control valve.
Specific embodiment
To make the objectives, technical solutions, and advantages of the present invention clearer, below with reference to embodiment and attached drawing, to this
Invention is described in further detail, and exemplary embodiment of the invention and its explanation for explaining only the invention, are not made
For limitation of the invention.
Embodiment
As shown in Figure 1, a kind of glass breaking recovery method of the present invention, comprising steps of
Step 1 is provided with glass breaking cavity 2 above glass breaking rack 1, and 2 top of glass breaking cavity is glass
Glass is crushed cylindrical structure 4, and 2 lower part of glass breaking cavity is glass breaking cone cylinder structure 5, setting in the glass breaking cavity 2
There is glass beater 3, is equipped with feed hopper 6 in 2 upper end position of glass breaking cavity, the bottom end of glass breaking cavity 2 is equipped with
Glass discharge mouth 7;
Step 2 glass breaking cavity 2 is equipped with stirring shaft 8, and stirring shaft 8 is vertically arranged in glass breaking cavity 2,
8 upper end of stirring shaft passes through the glass breaking cavity cover 9 of glass breaking cavity 2, in 8 bottom of stirring shaft and glass breaking
Corresponding surround of cone cylinder structure 5 is equipped with multiple tapered stirring blades 10, right with glass breaking cylindrical structure 4 at 8 middle part of stirring shaft
It should be equipped with broken helical blade 12 on 8 top of stirring shaft, in broken helical blade around multiple round stirring blades 11 are equipped with
12 outer corresponding matchings are arranged with glass breaking cylinder 13, and 13 upper end of glass breaking cylinder is fixedly connected on glass breaking cavity cover 9
On, 9 upper portion side wall of glass breaking cylinder is equipped with multiple glass blocks discharge ports 14, and 9 lower end of glass breaking cylinder is equipped with loudspeaker charging and opens
Mouth 15;
Step 3 glass raw material is put into glass breaking cavity 2 by feed hopper 6;It puts into glass breaking cavity 2
Glass tapered stirring blade 10 and round stirring blade 11 be stirred continuously screening effect under, pieces of glass constantly sinks to glass
Broken 2 lower part of cavity, structural glass constantly float in whipping process, while by the company between glass blocks under the action of stirring
It connects protective film and stirs disconnected, pieces of glass is equipped with the discharge of glass discharge mouth 7 by the bottom end of glass breaking cavity 2 and is recycled, when big
Block glass enters loudspeaker feed openings 15 under round 11 stirring action of stirring blade, and it is broken that the helical blade 12 that is broken is involved in glass
In broken cylinder 9, it is crushed in broken helical blade 12 under the squeezing action of glass breaking cylinder 9 and glass breaking cavity cover 9, after being crushed
Glass by glass blocks discharge port 14 discharge fall into glass breaking cavity 2.
Glass breaker includes glass breaking rack 1, glass breaking cavity 2, glass beater 3, the glass
Glass breaking cavity 2 is provided with above broken rack 1, glass breaking cavity 2 is made of stainless steel plate, glass breaking rack 1
For installing entire glass breaker, if the present apparatus is for handling high temperature cullet, it is also necessary to outside glass breaking cavity 2
Equipped with thermal insulation layer, 2 top of glass breaking cavity is glass breaking cylindrical structure 4, and 2 lower part of glass breaking cavity is broken for glass
Broken cone cylinder structure 5, glass breaking cone cylinder structure 5 are convenient for the downward water conservancy diversion of glass, and on the other hand, 2 lower part of glass breaking cavity is glass
Glass is crushed cone cylinder structure 5 and is gathered in glass breaking cone cylinder structure 5 convenient for frit block, if it is entire straight tube, puts into glass
The glass of broken cavity 2 can directly be discharged from glass discharge mouth 7, and all only glass are gathered in glass breaking cone cylinder structure 5
Stirring screening and filtering could be passed through, glass beater 3 is provided in the glass breaking cavity 2, in glass breaking cavity 2
Upper end position is equipped with feed hopper 6, and the bottom end of glass breaking cavity 2 is equipped with glass discharge mouth 7.Glass discharge mouth 7 can also use
Flow-guiding channel introduces glass furnace, carries out fusing recovery processing.
Glass breaking cavity 2 includes stirring shaft 8, and the stirring shaft 8 is vertically arranged in glass breaking cavity 2, institute
The glass breaking cavity cover 9 that 8 upper end of stirring shaft passes through glass breaking cavity 2 is stated, is bored in 8 bottom of stirring shaft and glass breaking
Corresponding surround of barrel structure 5 is equipped with multiple tapered stirring blades 10, corresponding with glass breaking cylindrical structure 4 at 8 middle part of stirring shaft
Around multiple round stirring blades 11 are equipped with, it is equipped with broken helical blade 12 on 8 top of stirring shaft, in broken helical blade 12
Outer corresponding matching is arranged with glass breaking cylinder 13, and 13 upper end of glass breaking cylinder is fixedly connected in glass breaking cavity cover 9,
Glass breaking cylinder upper portion side wall is equipped with multiple glass blocks discharge ports, and glass breaking cylinder lower end is equipped with loudspeaker feed openings;It crushes
Helical blade, can also be by crushing spiral by that structural glass can be carried out extruding crushing with the cooperation of glass pulverization cylinder inner wall
The spiral thrust and glass of blade, which break to fall to cooperate between cavity cover, carries out extruding crushing for structural glass, and glass blocks discharge port is
Discharge gate can also play a role in filtering, can not can be in glass pulverization cylinder by the glass blocks discharge port that glass blocks discharge port is discharged
Constantly it is extruded crushing.The size definition of glass blocks is decided according to the actual requirements.
Glass raw material is put into glass breaking cavity 2 by feed hopper 6;Put into the glass in glass breaking cavity 2
Tapered stirring blade 10 and round stirring blade 11 be stirred continuously screening effect under, pieces of glass constantly sinks to glass breaking
2 lower part of cavity, structural glass constantly float in whipping process, while protecting the connection between glass blocks under the action of stirring
Cuticula stirs disconnected, and pieces of glass is equipped with the discharge of glass discharge mouth 7 by the bottom end of glass breaking cavity 2 and is recycled, when bulk glass
Glass enters loudspeaker feed openings 15 under round 11 stirring action of stirring blade, and the helical blade 12 that is broken is involved in glass breaking cylinder
In 9, it is crushed in broken helical blade 12 under the squeezing action of glass breaking cylinder 9 and glass breaking cavity cover 9, broken glass
Glass is fallen into glass breaking cavity 2 by the discharge of glass blocks discharge port 14.
The present invention is stirred by multiple tapered stirring blades 10 and multiple round stirring blades 11 in glass breaking cavity 2
Under, glass is gathered in the meeting rapid circular movement of the glass in glass breaking cone cylinder structure 5, makes bulk during rotary motion
Glass floats and pieces of glass is sunk, and principle is similar with needle reciprocating sieve, and the process of stirring is exactly that simulation shakes, due to pieces of glass
Gap is small, and big glass can not pass through, and then the mass of glass of original disorderly and unsystematic arrangement is separated, i.e., by granular size into
It has gone layering, has formd pieces of glass under, the queueing discipline that big glass occupies.Thick, fines segregation is finally realized, sieve is completed
Divide process.
When glass is gathered in glass breaking cone cylinder structure 5, in the case where multiple tapered stirring blades 10 stir, pieces of glass meeting
Sink and be discharged from glass discharge mouth 7, structural glass is moved upwards by pieces of glass extruding, and the glass blocks of floating round is stirred multiple
Mix continuous undulatory motion under the stirring of blade 11, the structural glass entered in loudspeaker feed openings 15 that floats can be broken helical-blade
Piece 12, which is involved in glass breaking cylinder 13, carries out attrition crushing, then is discharged into glass breaking cavity 2 and further filters.
8 upper end of stirring shaft of the glass beater is sequentially connected with retarder 16, and the retarder 16 connects
There is stirring motor 17.
Collecting vessel 18 is equipped with below the glass discharge mouth 7, broken glass enters recovery processing, institute in collecting vessel 18
Glass discharge mouth 17 is stated equipped with discharge control valve 19.Broken glass, which is controlled, by discharge control valve 19 enters collecting vessel 18
It is interior.
A kind of glass breaking recovery method of the present invention, is provided with glass beater, and glass beater passes through one
Root stirring shaft realizes stirring and is crushed two functions, after glass puts into glass breaking cavity by feed hopper, passes through stirring
The tapered stirring blade and round stirring blade of shaft lower part setting, in the continuous whipping process of stirring blade, pieces of glass meeting
It is precipitated to glass breaking cavity bottom, whipping process is equivalent to a filter process, does not need setting filter screen (filter screen
Cannot achieve and glass blocks in irregular shape is filtered), and structural glass can constantly float, when structural glass floats to glass
When glass is crushed cylinder position, the helical blade that can be broken is involved in into glass breaking cylinder, and be broken helical blade attrition crushing, then
It is discharged from glass breaking cylinder upper portion side wall equipped with multiple glass blocks discharge ports.
The glass small for size, which would not enter in glass breaking cylinder, to be broken, so that crushing efficiency is improved, due to logical
It crosses broken helical blade extruding to be discharged by glass blocks discharge port again, can be controlled by the way that the size of glass blocks discharge port is arranged
Broken size, to avoid being not easy to glass recycling and reusing, also improving crushing efficiency, subtract glass breaking at powdered
Few cost recovery.
The integrated stirrer and crushing device on a stirring shaft of the invention, realization stir it is disconnected (glass blocks it
Between connection protective film stir it is disconnected), broken progress synchronous with three functions of screening.To improve treatment effeciency and the processing of glass
Cost.
The present invention solves glass due to its unique material properties, and easily broken, broken blob-like shapes are different, also
Some glass defect ware coated with protective film, even if being broken, protective film also connects together, and is not easy to subsequent recycling processing,
Or storage, hand breaking can be used for the glass of small lot, a large amount of obvious efficiency of glass breaking is too low, on the other hand,
Glass recycling processing is broken, does not need glass breaking into powder, but suitable block, due to broken blocky shape
Shape is different, if using screen filtration, the problem of just cannot achieve.
Above-described specific embodiment has carried out further the purpose of the present invention, technical scheme and beneficial effects
It is described in detail, it should be understood that being not intended to limit the present invention the foregoing is merely a specific embodiment of the invention
Protection scope, all within the spirits and principles of the present invention, any modification, equivalent substitution, improvement and etc. done should all include
Within protection scope of the present invention.
Claims (4)
1. a kind of glass breaking recovery method, which is characterized in that comprising steps of
Step 1) is provided with glass breaking cavity (2) above glass breaking rack (1), glass breaking cavity (2) top
For glass breaking cylindrical structure (4), glass breaking cavity (2) lower part is glass breaking cone cylinder structure (5), the glass breaking chamber
Glass beater (3) are provided in body (2), are equipped with feed hopper (6) in glass breaking cavity (2) upper end position, glass is broken
The bottom end of broken cavity (2) is equipped with glass discharge mouth (7);
Step 2) glass breaking cavity (2) is equipped with stirring shaft (8), and stirring shaft (8) is vertically arranged in glass breaking cavity
(2) in, stirring shaft (8) upper end passes through the glass breaking cavity cover (9) of glass breaking cavity (2), in stirring shaft (8)
Bottom is corresponding with glass breaking cone cylinder structure (5) around being equipped with multiple tapered stirring blades (10), in the middle part of the stirring shaft (8) with
Glass breaking cylindrical structure (4) is corresponding around multiple round stirring blades (11) are equipped with, and is equipped on stirring shaft (8) top broken
Helical blade (12) is arranged with glass breaking cylinder (13), the glass breaking cylinder in the outer corresponding matching of broken helical blade (12)
(13) upper end is fixedly connected on glass breaking cavity cover (9), and glass breaking cylinder (9) upper portion side wall is equipped with multiple glass blocks and goes out
Material mouth (14), glass breaking cylinder (9) lower end are equipped with loudspeaker feed openings (15);
Step 3) glass raw material is put into glass breaking cavity 2 by feed hopper (6);It puts into glass breaking cavity 2
Glass tapered stirring blade (10) and round stirring blade (11) be stirred continuously screening effect under, pieces of glass is constantly sunk to
Glass breaking cavity (2) lower part, structural glass constantly float in whipping process, at the same under the action of stirring by glass blocks it
Between connection protective film stir disconnected, pieces of glass is equipped with glass discharge mouth (7) discharge by the bottom end of glass breaking cavity (2) and carries out
Recycling, when structural glass enters loudspeaker feed openings (15) under round stirring blade (11) stirring action, be broken helical-blade
Piece (12) is involved in glass breaking cylinder (9), in broken helical blade (12) and glass breaking cylinder (9) and glass breaking cavity cover
(9) it is crushed under squeezing action, broken glass falls into glass breaking cavity (2) by glass blocks discharge port (14) discharge
It is interior.
2. a kind of glass breaking recovery method according to claim 1, which is characterized in that the step 2), the glass
Stirring shaft (8) upper end of beater is sequentially connected with retarder (16), and the retarder (16) is connected with stirring motor
(17)。
3. a kind of glass breaking recovery method according to claim 1, which is characterized in that the step 1), the glass
Collecting vessel (18) are equipped with below discharge gate (7), broken glass enters recovery processing in collecting vessel (18).
4. a kind of glass breaking recovery method according to claim 1, which is characterized in that the step 1), the glass
Discharge gate (17) is equipped with discharge control valve (19).
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CN201811156182.6A CN109225464A (en) | 2018-09-30 | 2018-09-30 | A kind of glass breaking recovery method |
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Application publication date: 20190118 |