CN209081712U - A kind of electric slurry production system - Google Patents
A kind of electric slurry production system Download PDFInfo
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- CN209081712U CN209081712U CN201821331159.1U CN201821331159U CN209081712U CN 209081712 U CN209081712 U CN 209081712U CN 201821331159 U CN201821331159 U CN 201821331159U CN 209081712 U CN209081712 U CN 209081712U
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Abstract
The utility model discloses a kind of electric slurry production systems, which is characterized in that including mixing arrangement, the melting plant being connect by conveying device with mixing arrangement.The utility model will go into the intracorporal each raw material of tank by aerator and tentatively be mixed, and secondary agitation mixing be carried out by agitating device again by the raw material tentatively mixed, by mixing twice, to keep the mixed effect of raw material more preferable.The utility model can be preferably uniform by glass liquid stirring by the structure of double stirrer.
Description
Technical field
The utility model relates to glass powder processing equipment field, in particular to a kind of electric slurry production systems.
Background technique
Glass powder needs for glass powder and foaming agent, fluxing agent etc. to be mixed together in process of production, forms glass batch
Material, then glass batch is melted, form glass metal；In the process, traditional equipment can not accomplish integrated completion, and
Traditional equipment mixes raw material and is melted and is ineffective.
Summary of the invention
The purpose of the utility model is to overcome drawbacks described above, provide a kind of electric slurry production system.
The purpose of this utility model is achieved through the following technical solutions: a kind of electric slurry production system, including mixing dress
It sets, the melting plant being connect by conveying device with mixing arrangement；The mixing arrangement includes mixing tank, is arranged on mixing tank
And the hopper that quantity is 1 or more；It is provided with solarization air cell in the mixing tank, the teeter chamber being connected with solarization air cell；The exposure
It is provided with aerator in gas chamber, is provided with agitating device in the teeter chamber；The melting plant includes that furnace body is arranged in furnace
Double-stirring machine structure and heating mechanism on body；The double-stirring machine structure includes driving device, connect with driving device and is located at furnace
First blender and the second blender in internal portion；The conveying device is connected between mixing tank and furnace body.
The aerator includes being arranged in solarization air cell and quantity is 1 or more aeration tube；It is set in the aeration tube
It is equipped with venthole.
The agitating device includes the mixing chamber for being arranged in teeter chamber and being located at the directly below the discharge opening of solarization air cell, setting
Indoor stirring motor is being stirred in rabbling mechanism in mixing chamber, and setting；The shaft and blender of the stirring motor
Structure connection；The discharge port of the mixing chamber extends on the outside of mixing tank.
The rabbling mechanism includes the main shaft connecting with the shaft of stirring motor, the agitating shaft being connected on main shaft, and
Stirring blade on agitating shaft is set.
The conveying device includes the delivery pipe of the discharge port connection of feed end and mixing chamber, discharge end and furnace body connection,
Spiral conveyor rod in delivery pipe is set, and the conveying electricity that on the outside of delivery pipe and shaft is connect with spiral conveyor rod is set
Machine.
The driving device includes the first gear being mounted on the first blender, second be mounted on the second blender
The bracket on furnace body is arranged in gear, be arranged in the driving motor on bracket and it is rack-mount and with driving motor connect
The electric machine controller connect；The shaft of the driving motor is connect with the first blender, and second blender is connect with bracket, institute
It is mutually ratcheting with second gear to state first gear.
The heating mechanism include along furnace body inner sidewall spiral be arranged heater strip, be arranged on the outside of furnace body and with heating
The temperature controller of silk connection.
Feeding chamber, the discharge end connection of the feeding chamber and delivery pipe are provided on the furnace body.
The utility model compared with the prior art, have the following advantages that and the utility model has the advantages that
(1) the utility model will go into the intracorporal each raw material of tank by aerator and tentatively be mixed, by first
It walks mixed raw material and secondary agitation mixing is carried out by agitating device again, by mixing twice, to make the mixed effect of raw material more
It is good.
(2) the utility model can be preferably uniform by glass liquid stirring by the structure of double stirrer.
Detailed description of the invention
Fig. 1 is the overall structure figure of the utility model.
Appended drawing reference in above-mentioned attached drawing are as follows: 1-mixing tank, 2-hoppers, 3-solarization air cell, 4-mixing chambers, 5-stirrings
Blade, 6-main shafts, 7-stirring motors, 9-agitating shafts, 10-aeration tubes, 11-ventholes, 12-teeter chambers, 13-spirals
Conveying lever, 14-feeder motors, 15-furnace bodies, 16-temperature controllers, the 17-the first blender, 18-first gears, 19-drivings
Motor, 20-electric machine controllers, 21-second gears, 22-brackets, the 23-the second blender, 24-feeding chambers, 25-heating
Silk, 26-delivery pipes.
Specific embodiment
The utility model is described in further detail below with reference to embodiment, but the embodiments of the present invention is simultaneously
It is without being limited thereto.
Embodiment
As shown in Figure 1, the electric slurry production system of the utility model, including mixing arrangement, by conveying device and mix
Attach together the melting plant for setting connection.Wherein, mixing arrangement includes mixing tank 1, is arranged on mixing tank 1 and quantity is 1 or more
Hopper 2.Hopper in the present embodiment is set as 3, is respectively used to glaze powder, foaming agent and fluxing agent, hopper 2
Quantity can according to need the type of the raw material of mixing to be arranged.
Specifically, being provided with solarization air cell 3 and teeter chamber 12 in the mixing tank 1, which is located at the lower section of solarization air cell 3
And it is connected with solarization air cell 3.It is provided with aerator in the solarization air cell 3, is provided with agitating device in the teeter chamber 12；It should
The bottom of solarization air cell 3 is to be obliquely installed, and be provided with discharge port, which is then set to the discharge port of solarization air cell 3
The bottom angled setting of underface, the solarization air cell 3 helps mixed material being discharged into agitating device.
In addition, the aerator includes being arranged in solarization air cell 3 and quantity is 1 or more aeration tube 10, the aeration tube
10 run through the top of mixing tank 1, and are uniformly provided with venthole 11 on the aeration tube 10.In the present embodiment, aeration tube 10
Quantity is 2, is inflated in use, being arranged by external inflation to aeration 10, and gas forms air-flow by the ejection of venthole 11, when
When different material in 3 hoppers enters solarization air cell 3, since the effect of air-flow makes a variety of different raw materials tentatively mix
It closes, mixed raw material is fallen in agitating device.
Specifically, the agitating device includes being arranged in teeter chamber 12 and being located at the directly below the discharge opening of solarization air cell 3 stirring
Storehouse 4 is mixed, the rabbling mechanism in mixing chamber 4 is set, and the stirring motor 7 being arranged in teeter chamber 12.The stirring motor 7
Shaft connect with rabbling mechanism.The rabbling mechanism includes the main shaft 6 being connect by shaft coupling with the shaft of stirring motor 7,
The agitating shaft 9 being welded on main shaft 6, and the stirring blade 5 being welded on agitating shaft 9.The stirring motor 7 is installed by bracket
In teeter chamber 12, connected between the main shaft 6 and mixing chamber 4 by bearing, to ensure that main shaft 6 smooth can rotate.Work as process
After preliminary mixed raw material is fallen in mixing chamber 4, start stirring motor 7, makes it that agitating shaft 9 be driven to rotate, thus by former
Material carries out secondary mixing.The discharge port of the mixing chamber 4 extends to the outside of mixing tank 1, by secondary mixed raw material from mixing chamber 4
Discharge port discharge mixing tank 1 keep the mixed effect of raw material more preferable by mixing twice.
The conveying device include feed end connect with the discharge port of mixing chamber 4, discharge end and melting plant connection it is defeated
Pipe 26 is sent, the spiral conveyor rod 13 in delivery pipe 26, and setting are set in 26 outside of delivery pipe and shaft and helical feed
The feeder motor 14 that bar 13 connects.The feeder motor 14 is for driving spiral conveyor rod 13 to rotate, when spiral conveyor rod 13 rotates
Shi Ze is by secondary mixed feedstock transportation to melting plant.The feeder motor 14 is mountable in mounting bracket, to be consolidated
It is fixed.
In addition, the melting plant includes furnace body 15, double-stirring machine structure and heating mechanism on the furnace body 15.
Specifically, the double-stirring machine structure includes driving device, connect with driving device and be located inside furnace body 15 first
Blender 17 and the second blender 23.First blender 17 includes rotation axis, and stirring blade on the rotating shaft is arranged, this
The structure of two blenders 23 is identical as the structure of the first blender 17.The rotation axis of first blender 17 and the second blender 23
Upper end run through furnace body 15.
Further, which includes the first gear 18 being mounted on the first blender 17, is mounted on second and stirs
The second gear 21 on device 23 is mixed, the bracket 22 on furnace body 15 is set, the driving motor 19, Yi Jian on bracket 22 is set
The electric machine controller 20 being connect on bracket 22 and with driving motor 19；The shaft and the first blender of the driving motor 19
17 connections, second blender 23 are connect with bracket 22, and the first gear 18 is mutually ratcheting with second gear 21.
Specifically, the top of furnace body 15 is arranged in the bracket 22 by welding, which then passes through peace
It shelves and is mounted on bracket 22, electric machine controller 20 is then mounted on bracket 22 and is electrically connected with driving motor 19, is used for
Control driving motor 19 work, the electric machine controller 20 using the SS-22 electric machine controller of Shenzhen Ou Tai Electric Applicance Co., Ltd come
It realizes.
The shaft of the driving motor 19 passes through the rotation axis connection of shaft coupling and the first blender 17 after bracket 22, when
When driving motor 19 works, the first blender 17 can be driven to rotate.The first gear 18 is mounted on turning for the first blender 17
On moving axis.The rotation axis upper end of second blender 23 is mounted on bracket 22 by bearing, to make the second blender 23 can
With smooth rotation；The second gear 21 is mounted in the rotation axis of the second blender 23, and the second gear 21 and first gear
18 is mutually ratcheting, when driving motor 19 drives the rotation of the first blender 17, due to the connection of second gear 21 and first gear 18
Movement is used, so that the second blender 23 also follows rotation.The rotation axis and furnace body of first blender 17 and the second blender 23
The place of 15 handover is connected by bearing, so that the first blender 17 and the rotation of the second blender 23 are more smooth.Pass through double stirrings
The structure of device can be preferably uniform by glass liquid stirring.
As shown in Figure 1, the heating mechanism includes heater strip 25 and temperature controller 16.When implementation, the heater strip 25 is along furnace body 15
The setting of inner sidewall spiral, which is mounted on the outside of furnace body 15 and is electrically connected with heater strip 25.The temperature controller 16 is used for
It controls heater strip 25 to work, which is realized using AI-516P intelligent temperature controller, controls heater strip by temperature controller 16
25 work can more accurately control heating temperature.
It is provided with feeding chamber 24 on the furnace body 15, which connect with the discharge end of delivery pipe 26, mixed when work
Raw material after conjunction is added in feeding chamber 24 through conveying device, then is entered in furnace body 15 by feeding chamber 24, is set on the furnace body 15
It is equipped with the outlet for glass metal to be discharged.
As described above, the utility model can be realized well.
Claims (8)
1. a kind of electric slurry production system, which is characterized in that including mixing arrangement, connect by conveying device with mixing arrangement
Melting plant；The mixing arrangement includes mixing tank (1), is arranged on mixing tank (1) and quantity is 1 or more hopper
(2)；Solarization air cell (3) are provided in the mixing tank (1), the teeter chamber (12) being connected with solarization air cell (3)；The solarization air cell
(3) it is provided with aerator in, is provided with agitating device in the teeter chamber (12)；The melting plant includes that furnace body (15) is set
Set double-stirring machine structure and heating mechanism on furnace body (15)；The double-stirring machine structure includes driving device, is connected with driving device
It connects and is located at furnace body (15) internal first blender (17) and the second blender (23)；The conveying device is connected to mixing tank
(1) between furnace body (15).
2. a kind of electric slurry production system according to claim 1, which is characterized in that the aerator includes setting
The aeration tube (10) that interior and quantity is 1 or more in solarization air cell (3)；Venthole (11) are provided in the aeration tube (10).
3. a kind of electric slurry production system according to claim 2, which is characterized in that the agitating device includes setting
Stirring in mixing chamber (4) is arranged in the mixing chamber (4) of directly below the discharge opening in teeter chamber (12) and positioned at solarization air cell (3)
Mix mechanism, and the stirring motor (7) being arranged in teeter chamber (12)；The shaft and rabbling mechanism of the stirring motor (7) connect
It connects；The discharge port of the mixing chamber (4) extends on the outside of mixing tank (1).
4. a kind of electric slurry production system according to claim 3, which is characterized in that the rabbling mechanism includes and stirs
The main shaft (6) of the shaft connection of motor (7), the agitating shaft (9) being connected on main shaft (6) are mixed, and is arranged on agitating shaft (9)
Stirring blade (5).
5. a kind of electric slurry production system according to claim 4, which is characterized in that the conveying device includes charging
The delivery pipe (26) that end is connect with the discharge port of mixing chamber (4), discharge end and furnace body (15) connect, setting is in delivery pipe (26)
Spiral conveyor rod (13), and setting is on the outside of the delivery pipe (26) and feeder motor that shaft is connect with spiral conveyor rod (13)
(14).
6. a kind of electric slurry production system according to claim 5, which is characterized in that the driving device includes installation
First gear (18) on the first blender (17), the second gear (21) being mounted on the second blender (23), setting exist
Driving motor (19) on bracket (22) is arranged in bracket (22) on furnace body (15), and be mounted on bracket (22) and with
The electric machine controller (20) of driving motor (19) connection；The shaft of the driving motor (19) is connect with the first blender (17),
Second blender (23) connect with bracket (22), and the first gear (18) is mutually ratcheting with second gear (21).
7. a kind of electric slurry production system according to claim 6, which is characterized in that the heating mechanism includes along furnace
The heater strip (25) of the inner sidewall spiral setting of body (15), the temperature control for being arranged on the outside of furnace body (15) and being connect with heater strip (25)
Device (16).
8. a kind of electric slurry production system according to claim 7, which is characterized in that be provided on the furnace body (15)
Feeding chamber (24), the feeding chamber (24) connect with the discharge end of delivery pipe (26).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821331159.1U CN209081712U (en) | 2018-08-17 | 2018-08-17 | A kind of electric slurry production system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821331159.1U CN209081712U (en) | 2018-08-17 | 2018-08-17 | A kind of electric slurry production system |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209081712U true CN209081712U (en) | 2019-07-09 |
Family
ID=67114794
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821331159.1U Active CN209081712U (en) | 2018-08-17 | 2018-08-17 | A kind of electric slurry production system |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN209081712U (en) |
-
2018
- 2018-08-17 CN CN201821331159.1U patent/CN209081712U/en active Active
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