CN209050054U - A kind of regenerating unit of quickly milling of inorganic binder antiquated sand - Google Patents
A kind of regenerating unit of quickly milling of inorganic binder antiquated sand Download PDFInfo
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- CN209050054U CN209050054U CN201821397911.2U CN201821397911U CN209050054U CN 209050054 U CN209050054 U CN 209050054U CN 201821397911 U CN201821397911 U CN 201821397911U CN 209050054 U CN209050054 U CN 209050054U
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- antiquated sand
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- inorganic binder
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Abstract
The utility model discloses a kind of regenerating units of quickly milling of inorganic binder antiquated sand, realize cycling and reutilization for carrying out processing to antiquated sand, comprising: humidification component, for carrying out humidification process to the intracorporal antiquated sand of case；Mixing component, for being stirred to the intracorporal antiquated sand of case, so that antiquated sand can sufficiently make moist；The bottom of humidification component and mixing component is arranged in shredder assemblies, for crushing to the antiquated sand after humidification process and stir process by rolling processing, forms fine sand；Component is dried, the bottom of shredder assemblies is set, for receiving through the shredder assemblies fine sand that rolls that treated, and to fine sand progress drying and processing.The utility model, to antiquated sand stir process, reduces the bond strength of antiquated sand by drenching to antiquated sand water spray, it is easier to broken；And shunt by antiquated sand and be crushed, what can be crushed is more careful；It dried by fine sand of the hot wind to dampness, remove moisture processing, realize the cycling and reutilization of antiquated sand.
Description
Technical field
The utility model relates to casting industry field more particularly to a kind of regeneration dresses of quickly milling of inorganic binder antiquated sand
It sets.
Background technique
Currently, most casting is produced using sand casting process in casting industry, the substantially former of sand mold is manufactured
Material is casting model powder and inorganic binder, and a large amount of antiquated sand can be generated in foundry enterprise, can be largely dropped, on the one hand meeting
Environmental pollution is caused, on the other hand will also result in the significant wastage of resource.
For the sustainable development of casting industry, need to carry out recycling utilization to cast waste sand, to protect ours
Earth resource and environment.Sand lump presence is had in dry antiquated sand, existing antiquated sand regenerating unit is crushed sand polishing
Efficiency is lower, the sand coagulation structure being condensed into blocks it is harder it is non-friable open, and be easy to cause accumulation during milling, grind
Grind low efficiency.
Utility model content
A kind of the purpose of this utility model is to provide grinding efficiencies inorganic binder that is high, can be realized antiquated sand recycling
The regenerating unit of quickly milling of antiquated sand.
To achieve the above object, the specific of regenerating unit of quickly milling of a kind of inorganic binder antiquated sand of the utility model
Technical solution are as follows:
A kind of regenerating unit of quickly milling of inorganic binder antiquated sand, for handling antiquated sand, comprising:
Component is humidified, for carrying out humidification process to the intracorporal antiquated sand of case；
Mixing component, for being stirred to the intracorporal antiquated sand of case, so that antiquated sand can sufficiently make moist；
The bottom of humidification component and mixing component is arranged in shredder assemblies, for by humidification process and stir process
Antiquated sand afterwards is crushed by rolling processing, forms fine sand；
Component is dried, the bottom of shredder assemblies is set, for receiving through the shredder assemblies fine sand that rolls that treated, and
Drying and processing is carried out to fine sand.
It further, further include accommodating component, accommodating component is connected with shredder assemblies, for receiving fine sand, dries component
The inside of accommodating component is set.
It further, further include control assembly, control assembly and humidification component, mixing component, shredder assemblies and drying component
It is connected, is opened and closed for controlling.
Further, humidification component includes:
The outside of cabinet is arranged in water tank；
The inside of water tank is arranged in water pump；
Water service pipe, one end are connected with water pump, and the other end passes through the side wall of cabinet, cabinet is arranged in far from water tank side
On side wall, the top of cabinet is set across the water service pipe of cabinet；And
Spray head is arranged in cabinet on water service pipe, and water pump sprays the water in water tank by water service pipe from spray head, to realize
Humidification process is carried out to the intracorporal antiquated sand of case.
Further, mixing component includes:
The bottom of water service pipe in cabinet is arranged in agitating shaft；
Stirring rod is fixed on agitating shaft；And
Stirring motor is arranged in the outside of cabinet, is connected with agitating shaft, for driving agitating shaft to rotate in cabinet.
Further, shredder assemblies include:
Crush box is connected with the bottom of cabinet；
Master rotor and multiple auxiliary cylinders, are fixed in crush box, and master rotor is located at the center of crush box, multiple pairs
Roller is separately positioned on around master rotor, the inner wall phase of the outer surface of auxiliary cylinder and the outer surface of master rotor and crush box
Contact, and the outer surface of master rotor and the outer surface of auxiliary cylinder are rough surface；And
Motor is crushed, is connected with master rotor, for driving master rotor to rotate, drives auxiliary cylinder to turn by the master rotor of rotation
It is dynamic, antiquated sand is rolled with realizing.
Further, it crushes between motor and master rotor and is provided with the driving gear and driven gear being meshed, driving gear
The output end for crushing motor is set, and driven gear is arranged between driving gear and the main roller shaft of master rotor, crushes motor
The driven gear being meshed rotation is driven by driving driving gear, driven gear drives the main roller shaft rotation of master rotor, with
Realize that master rotor and auxiliary cylinder rotate in crush box and carry out rolling processing to antiquated sand.
Further, accommodating component includes:
Collection hopper, positioned at the bottom of crush box, for receiving the antiquated sand that rolls that treated；
Sleeve is connected with collection hopper, is fixed at the bottom of collection hopper；And
Collecting box is connected with sleeve, is fixed at the bottom of sleeve.
Further, drying component includes:
Vertical tube is separately positioned on the two sides in the sleeve of accommodating component；
Coil pipe is arranged between the vertical tube of two sides, is connected with vertical tube；And
The outside of casing is arranged in warm-air drier, is connected with the vertical tube of side, and the warm wind of warm-air drier is passed through by vertical tube
In coil pipe, warm wind radiates outward in coils, carries out drying and processing to the fine sand in sleeve to realize.
Further, control assembly includes the control being electrically connected with humidification component, mixing component, shredder assemblies and drying component
Panel and battery processed, for controlling starting or closing, battery is used to provide power control panel.
A kind of inorganic binder antiquated sand of the utility model quickly mill regenerating unit the advantages of be:
1) it is sprayed water, is drenched antiquated sand in the water of atomization so that antiquated sand becomes tide to antiquated sand by the spray head in humidification component, and
It is handled by the mixing that stirring rod on agitating shaft forms certain effect to antiquated sand, so that antiquated sand can adequately make moist, is led to
The antiquated sand for becoming tide is crossed, the bond strength of antiquated sand is reduced, setting strength is reduced and is more easier to be crushed；Overcome sand lump in it is blocky,
Coagulation structure harder non-friable the problem of opening；
2) antiquated sand to make moist is respectively enterd in two crush boxes of shredder assemblies by shunting pipe, by shunting antiquated sand not
It concentrates in together and is crushed, enable to antiquated sand to be crushed more careful；
3) antiquated sand is fitted friction by coarse primary drum surface and auxiliary cylinder surface, and antiquated sand is by master rotor and auxiliary cylinder
It pulverizes, fine sand is formed, so as to subsequent recycling；
4) hot wind is blown into coil pipe by the warm-air drier in drying component by vertical tube, is recycled in multiple coil pipes, it is right
The fine sand of the dampness of whereabouts is dried, removes moisture processing, realizes the cycling and reutilization of antiquated sand.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of the regenerating unit of quickly milling of the utility model；
Fig. 2 is the structural schematic diagram of the crush box of the utility model；
Fig. 3 is the partial structural diagram of the shredder assemblies of the utility model；
Fig. 4 is the partial structural diagram of the drying component of the utility model.
In figure:
Cabinet 1, feed hopper 2, transverse slat 3, riser 4；
Water tank 5, water pump 6, water service pipe 7, spray head 8；
Agitating shaft 9, stirring rod 10, stirring motor 11, shunting pipe 12；
Crush box 13, import 14, outlet 15, auxiliary roller axis 16, auxiliary cylinder 17, main drum shaft 18, master rotor 19, connecting plate
20, motor 21, driving gear 22, driven gear 23, connecting rod 24 are crushed；
Collection hopper 25, sleeve 26, collecting box 27；
Vertical tube 28, coil pipe 29, warm-air drier 30, discharge pipe 31；
Control panel 32, battery 33.
Specific embodiment
In order to be better understood by the purpose of this utility model, structure and function, with reference to the accompanying drawing, to the utility model
A kind of regenerating unit of quickly milling of inorganic binder antiquated sand does further detailed description.
As shown in Figures 1 to 4, it is shown as a kind of regeneration dress of quickly milling of inorganic binder antiquated sand of the utility model
Set, for inorganic binder antiquated sand carry out processing realize cycling and reutilization, including humidification component, mixing component, shredder assemblies,
Dry component, accommodating component and control assembly.
Specifically, humidification component is used to carry out humidification process to the antiquated sand (inorganic binder antiquated sand) in cabinet 1；Stirring
Component is for being stirred the antiquated sand in cabinet 1, so that antiquated sand can sufficiently make moist；Shredder assemblies are arranged in humidification group
The bottom of part and mixing component, for being crushed to the antiquated sand after humidification process and stir process by rolling processing,
Form fine sand；Component is dried, the bottom of shredder assemblies is set, for receiving through the shredder assemblies fine sand that rolls that treated,
And drying and processing is carried out to fine sand.
In addition, accommodating component is connected with shredder assemblies, for receiving fine sand, drying component is arranged in accommodating component
Portion；Control assembly is connected with humidification component, mixing component, shredder assemblies and drying component, opens and closes for controlling.
In the present invention, the outer cover of cabinet 1 is equipped with for accommodating cabinet 1, humidification component, mixing component, crushing
Component, the frame for drying component, accommodating component and control assembly, frame are in cube, 4 He of riser including being disposed longitudinally on two sides
It is horizontally set on the transverse slat 3 at top, transverse slat 3 is fixedly connected between the riser 4 of two sides, and transverse slat 3 is arranged in the top of cabinet 1
Middle part, feed hopper 2 is additionally provided on the top of cabinet 1, and antiquated sand is entered in cabinet 1 by feed hopper 2.
Specifically, humidification component includes water tank 5, water pump 6, water service pipe 7 and spray head 8.The outer of cabinet 1 is arranged in water tank 5
Side, the top (junction of transverse slat 3 and riser 4) in frame；The inside of water tank 5 is arranged in water pump 6；The one of water service pipe 7
End is connected with water pump 6, and the other end passes through the side wall of cabinet 1, is arranged on side wall of the cabinet 1 far from 5 side of water tank, passes through case
The top of cabinet 1 is arranged in the water service pipe 7 of body 1；Spray head 8 is arranged in cabinet 1 on the lower surface of water service pipe 7, and water pump 6 is by water tank
Water in 5 is sprayed by water service pipe 7 from spray head 8, carries out humidification process to the antiquated sand water spray in cabinet 1 to realize.Wherein, spray head
8 nozzle is fixedly installed Air Filter.
Further, mixing component includes agitating shaft 9, stirring motor 11 and multiple stirring rods 10.Agitating shaft 9 is arranged in cabinet
The bottom of water service pipe 7 in 1；Multiple stirring rods 10 are fixed on agitating shaft 9, and are vertical setting with agitating shaft 9；Stirring electricity
The outside of cabinet 1 is arranged in machine 11, is connected with agitating shaft 9, for driving agitating shaft 9 to rotate in cabinet 1, in cabinet 1
Antiquated sand after 8 humidification process of spray head is stirred, so that antiquated sand can sufficiently make moist, is reduced by stir process
The intensity combined between antiquated sand is easily broken so that antiquated sand coagulation structure softens, improves grinding efficiency, be conducive to next
Component processing.Wherein, the side wall rotation of one end of agitating shaft 9 and cabinet 1 is connected, the other end pass through cabinet 1 another side wall and
The output shaft of stirring motor 11 is connected.
In addition, the two sides of the bottom of cabinet 1 are respectively arranged with shunting pipe 12, the combination of the shunting pipe 12 of two sides is in inverted " V " type,
The bottom end of each shunting pipe 12 is respectively fixed with a crush box 13.
Further, shredder assemblies include crush box 13, crush motor 21, master rotor 19 and multiple auxiliary cylinders 17.Crush box
13 be in cylindrical body, is connected by the shunting pipe 12 at top with the bottom of cabinet 1, is provided on the side wall of each crush box 13
Connecting rod 24 for being connected with riser 4；Master rotor 19 and multiple auxiliary cylinders 17 are fixed in crush box 13, master rotor
19 are located at the center of crush box 13, and multiple auxiliary cylinders 17 are separately positioned on around master rotor 19, the outer surface of auxiliary cylinder 17
It is in contact with the inner wall of the outer surface of master rotor 19 and crush box 13, and the outer surface of master rotor 19 and auxiliary cylinder 17 is outer
Surface is rough surface；It crushes motor 21 to be connected with master rotor 19, for driving master rotor 19 to rotate, passes through the master rotor of rotation
19 drive auxiliary cylinder 17 (auxiliary cylinder 17 is rotated by auxiliary roller axis 16) rotations, carry out antiquated sand to roll processing to realize.
Wherein, it crushes between motor 21 and master rotor 19 and is provided with the driving gear 22 and driven gear 23 being meshed, it is main
The output end for crushing motor 21 is arranged in moving gear 22, and the main roller of driving gear 22 Yu master rotor 19 is arranged in driven gear 23
Between axis 18, crushes motor 21 and drive the driven gear 23 being meshed to rotate by driving driving gear 22,23 band of driven gear
The main roller shaft 18 of dynamic master rotor 19 rotates, and is rotated with realizing master rotor 19 and auxiliary cylinder 17 in crush box 13 to antiquated sand progress
Roll processing.
Specifically, the top, bottom end of crush box 13 are respectively arranged with import 14, outlet 15, and the antiquated sand in cabinet 1 passes through
Shunting pipe 12 enters in crush box 13 from import 14.Crushing motor 21 in the utility model is arranged in two crush boxes 13
Between, it crushes motor 21 and is fixedly connected by connecting plate 20 with shunting pipe 12.
Further, accommodating component includes collection hopper 25, sleeve 26, collecting box 27.Collection hopper 25 is located at the bottom of crush box 13
Portion, for receiving the antiquated sand that rolls that treated；Sleeve 26 is square, and is connected with collection hopper 25, is fixed at collection hopper 25
Bottom；And collecting box 27 is connected with sleeve 26, is fixed at the bottom of sleeve 26, for collecting dry fine sand.
Further, drying component includes vertical tube 28, coil pipe 29, warm-air drier 30, discharge pipe 31.At least two vertical tubes 28 difference
Two sides in the sleeve 26 of accommodating component are set, and multiple coil pipes 29 are arranged between the vertical tube 28 of two sides, are connected with vertical tube 28
It is logical；The outside of casing 26 is arranged in warm-air drier 30, is connected by ventilation duct with the vertical tube 28 of side, the warm wind of warm-air drier is led to
It crosses vertical tube 28 to be passed through in coil pipe 29, warm wind radiates outward in coil pipe 29, carries out at drying the fine sand in sleeve 26 to realize
Reason, from other side vertical tube 28 (far from warm-air drier side) discharge.Wherein, the upper end of collecting box 27 is arranged in warm-air drier 30, separate
The discharge pipe 31 of 26 side wall of sleeve is provided through on the vertical tube 28 of warm-air drier side.
Further, control assembly includes control panel 32 and battery 33, and the lateral wall of riser 4 is arranged in control panel 32
On, respectively in frame humidify component, mixing component, shredder assemblies and drying component in water pump 6, stirring motor 11, crush
Motor 21 and warm-air drier 30 are electrically connected, to be used for for the starting of control above-mentioned apparatus or closing, battery 33 respectively to humidification group
Part, mixing component, shredder assemblies and water pump 6, stirring motor 11, crushing motor 21 and warm-air drier 30 in drying component provide dynamic
Power.
With reference to the accompanying drawing to a kind of work of the regenerating unit of quickly milling of inorganic binder antiquated sand of the utility model
Process is described:
In the present invention, by the power supply 33 in control assembly to water pump 6, stirring motor 11, crush 21 and of motor
Warm-air drier 30 provides power, and control panel 32 is used to control opening for water pump 6, stirring motor 11, crushing motor 21 and warm-air drier 30
It opens and closes.
Firstly, antiquated sand (inorganic binder antiquated sand) to be processed is poured into cabinet 1 from feed hopper 2, water pump 6 is by water tank 5
Interior water, which is extracted into water service pipe 7, to be entered in cabinet 1, and sprays the water in atomization by spray head 8 to drench antiquated sand (i.e. at humidification
Reason), antiquated sand becomes tide.Meanwhile driving the output shaft of stirring motor 11 that the agitating shaft 9 in cabinet 1 is driven to rotate, pass through agitating shaft 9
On stirring rod 10 antiquated sand is mixed so that antiquated sand sufficiently makes moist.
Then, the antiquated sand of dampness is discharged by two shunting pipes 12 of 1 two sides of the bottom of cabinet, respectively enters two crush boxes
In 13, by shunting antiquated sand, Convergency fracturing of being not together, antiquated sand is set to be crushed more careful.Crush the output of motor 21
Axis drives driving gear 22 to rotate, and the driving gear 22 of rotation drives main drum shaft 18 to rotate by driven gear 23, master rotor
Axis 18 drives master rotor 19 to rotate.Also, the outer surface due to master rotor 19 and the outer surface of auxiliary cylinder 17 fit, and are
Rough surface has stronger friction each other, and master rotor 19 is able to drive the rotation of auxiliary cylinder 17, and (auxiliary cylinder 17 passes through auxiliary cylinder
Axis 16 rotates), antiquated sand pulverizes to form fine sand by the master rotor 19 and auxiliary cylinder 17 of rotation.
Finally, fine sand is fallen in collection hopper 25 from the outlet of crush box 13 15, then is passed through for the recycling of subsequent fine sand
It crosses in the entrance collecting box 27 of sleeve 26 and is collected.Wherein, in the dropping process of fine sand, hot wind is passed through outlet air by warm-air drier 30
Pipe enters in the vertical tube 28 in sleeve 26, recycles between multiple coil pipes 29, is discharged in sleeve 26 by the heat of hot wind pair
The antiquated sand of dampness is dried, is removed moisture, then is discharged from the vertical tube 28 of the other side by discharge pipe 31, and it is useless to complete inorganic binder
The regenerative process of quickly milling of sand.
A kind of regenerating unit of quickly milling of inorganic binder antiquated sand of the utility model, passes through the spray head in humidification component
It sprays water to antiquated sand, drenches antiquated sand so that antiquated sand becomes tide, and forms one to antiquated sand by stirring rod on agitating shaft in the water of atomization
Tailor-made mixing processing, so that antiquated sand can adequately make moist, by becoming the antiquated sand of tide, the combination for reducing antiquated sand is strong
Degree reduces setting strength and is more easier to be crushed；Sand lump is overcome in blocky, coagulation structure harder non-friable the problem of opening；Dampness
Antiquated sand respectively enterd in two crush boxes of shredder assemblies by shunting pipe, by shunt antiquated sand is not concentrated in together to progress
It is broken, enable to antiquated sand to be crushed more careful；Antiquated sand is fitted friction by coarse primary drum surface and auxiliary cylinder surface,
Antiquated sand is pulverized by master rotor and auxiliary cylinder, fine sand is formed, so as to subsequent recycling；It will be hot by the warm-air drier in drying component
Wind is blown into coil pipe by vertical tube, is recycled in multiple coil pipes, is dried to the fine sand of the dampness of whereabouts, removes moisture processing, real
The cycling and reutilization of existing antiquated sand.
The utility model is further described by specific embodiment above, it should be understood that, have here
The description of body, should not be construed as the restriction to the spirit and scope of the utility model, and one of ordinary skilled in the art is readding
The various modifications made after reader specification to above-described embodiment belong to the range that the utility model is protected.
Claims (10)
1. the regenerating unit of quickly milling of a kind of inorganic binder antiquated sand, for handling antiquated sand, which is characterized in that packet
It includes:
Component is humidified, for carrying out humidification process to the antiquated sand in cabinet (1)；
Mixing component, for being stirred to the antiquated sand in cabinet (1), so that antiquated sand can sufficiently make moist；
The bottom of humidification component and mixing component is arranged in, for after humidification process and stir process in shredder assemblies
Antiquated sand is crushed by rolling processing, forms fine sand；
Component is dried, the bottom of shredder assemblies is set, for receiving through the shredder assemblies fine sand that rolls that treated, and to thin
Sand carries out drying and processing.
2. the regenerating unit of quickly milling of inorganic binder antiquated sand according to claim 1, which is characterized in that further include receiving
Receive component, accommodating component is connected with shredder assemblies, and for receiving fine sand, the inside of accommodating component is arranged in drying component.
3. the regenerating unit of quickly milling of inorganic binder antiquated sand according to claim 1, which is characterized in that further include control
Component processed, control assembly are connected with humidification component, mixing component, shredder assemblies and drying component, open and close for controlling.
4. the regenerating unit of quickly milling of inorganic binder antiquated sand according to claim 1, which is characterized in that humidification component
Include:
Water tank (5) is arranged in the outside of cabinet (1)；
Water pump (6) is arranged in the inside of water tank (5)；
Water service pipe (7), one end are connected with water pump (6), and the other end passes through the side wall of cabinet (1), setting in cabinet (1) far from water
On the side wall of case (5) side, the top of water service pipe (7) setting in cabinet (1) of cabinet (1) is passed through；And
Spray head (8), be arranged on cabinet (1) interior water service pipe (7), water pump (6) by the water in water tank (5) by water service pipe (7) from
Spray head (8) sprays, and carries out humidification process to the antiquated sand in cabinet (1) to realize.
5. the regenerating unit of quickly milling of inorganic binder antiquated sand according to claim 4, which is characterized in that mixing component
Include:
Agitating shaft (9) is arranged in the bottom of cabinet (1) interior water service pipe (7)；
Stirring rod (10) is fixed on agitating shaft (9)；And
Stirring motor (11) is arranged in the outside of cabinet (1), is connected with agitating shaft (9), for driving agitating shaft (9) in cabinet
(1) rotation in.
6. the regenerating unit of quickly milling of inorganic binder antiquated sand according to claim 1, which is characterized in that shredder assemblies
Include:
Crush box (13) is connected with the bottom of cabinet (1)；
Master rotor (19) and multiple auxiliary cylinders (17) are fixed in crush box (13), and master rotor (19) is located at crush box
(13) at center, multiple auxiliary cylinders (17) are separately positioned on around master rotor (19), the outer surface of auxiliary cylinder (17) and master
The outer surface of roller (19) and the inner wall of crush box (13) are in contact, and the outer surface of master rotor (19) and auxiliary cylinder (17)
Outer surface be rough surface；And
It crushes motor (21), is connected with master rotor (19), for driving master rotor (19) to rotate, pass through the master rotor (19) of rotation
Auxiliary cylinder (17) rotation is driven, antiquated sand is rolled with realizing.
7. the regenerating unit of quickly milling of inorganic binder antiquated sand according to claim 6, which is characterized in that crush motor
(21) driving gear (22) and driven gear (23) being meshed, driving gear (22) setting are provided between master rotor (19)
In the output end for crushing motor (21), the main roller shaft in driving gear (22) and master rotor (19) is arranged in driven gear (23)
(18) between, motor (21) is crushed by driving driving gear (22) and drive the driven gear (23) being meshed rotation, driven tooth
Main roller shaft (18) rotation that (23) drive master rotor (19) is taken turns, to realize master rotor (19) and auxiliary cylinder (17) in crush box
(13) rotation carries out antiquated sand to roll processing in.
8. the regenerating unit of quickly milling of inorganic binder antiquated sand according to claim 2, which is characterized in that accommodating component
Include:
Collection hopper (25) is located at the bottom of crush box (13), for receiving the antiquated sand that rolls that treated；
Sleeve (26) is connected with collection hopper (25), is fixed at the bottom of collection hopper (25)；And
Collecting box (27) is connected with sleeve (26), is fixed at the bottom of sleeve (26).
9. the regenerating unit of quickly milling of inorganic binder antiquated sand according to claim 8, which is characterized in that drying component
Include:
Vertical tube (28) is separately positioned on the two sides in the sleeve (26) of accommodating component；
Coil pipe (29) is arranged between the vertical tube (28) of two sides, is connected with vertical tube (28)；And
Warm-air drier (30) is arranged in the outside of sleeve (26), is connected by ventilation duct with the vertical tube (28) of side, by warm-air drier
Warm wind be passed through in coil pipe (29) by vertical tube (28), warm wind radiates outward in coil pipe (29), to realize in sleeve (26)
Fine sand carry out drying and processing.
10. the regenerating unit of quickly milling of inorganic binder antiquated sand according to claim 1, which is characterized in that control group
Part includes the control panel (32) and battery (33) being electrically connected with humidification component, mixing component, shredder assemblies and drying component,
For controlling starting or closing, battery (33) is used to provide power control panel (32).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821397911.2U CN209050054U (en) | 2018-08-29 | 2018-08-29 | A kind of regenerating unit of quickly milling of inorganic binder antiquated sand |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821397911.2U CN209050054U (en) | 2018-08-29 | 2018-08-29 | A kind of regenerating unit of quickly milling of inorganic binder antiquated sand |
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| Publication Number | Publication Date |
|---|---|
| CN209050054U true CN209050054U (en) | 2019-07-02 |
Family
ID=67047834
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821397911.2U Active CN209050054U (en) | 2018-08-29 | 2018-08-29 | A kind of regenerating unit of quickly milling of inorganic binder antiquated sand |
Country Status (1)
| Country | Link |
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| CN (1) | CN209050054U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108907076A (en) * | 2018-08-29 | 2018-11-30 | 柳晶机械设备（溧阳）有限公司 | A kind of regenerating unit of quickly milling of inorganic binder antiquated sand |
-
2018
- 2018-08-29 CN CN201821397911.2U patent/CN209050054U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108907076A (en) * | 2018-08-29 | 2018-11-30 | 柳晶机械设备（溧阳）有限公司 | A kind of regenerating unit of quickly milling of inorganic binder antiquated sand |
| CN108907076B (en) * | 2018-08-29 | 2024-05-17 | 柳晶机械设备（溧阳）有限公司 | Rapid grinding regeneration device for inorganic binder waste sand |
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