CN209519720U - Adverse current surge tank - Google Patents
Adverse current surge tank Download PDFInfo
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- CN209519720U CN209519720U CN201920145420.7U CN201920145420U CN209519720U CN 209519720 U CN209519720 U CN 209519720U CN 201920145420 U CN201920145420 U CN 201920145420U CN 209519720 U CN209519720 U CN 209519720U
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- groove body
- adverse current
- surge tank
- feeding inlet
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Abstract
The utility model relates to work production equipments, and in particular to adverse current surge tank, including groove body (1), feed bin (2), the groove body (1) are connected to by inlet opening (3) with distance mud pump (4), and discharge port (8) are arranged in groove body (1) bottom；Feeding inlet is set at the top of the groove body (1), feeding inlet is connected to the discharge end of feed bin (2), shaft (5) are connected at described groove body (1) the interior feeding inlet, shaft (5) is driven by motor by transmission mechanism, shaft (5) inner hollow, both ends open, shaft (5) upper end is connected to feeding inlet, and there are gap, shaft (5) is interior to be arranged screw rod (6) for lower end and groove body (1) bottom, screw rod (6) has motor drive, and stirring blade (7) are arranged in shaft (5) lateral wall.The utility model feeds to form disorder adverse current, is conducive to improve stirring efficiency, and reduce exposed component in groove body (1), is conducive to later period cleaning and safeguards.
Description
Technical field
The utility model relates to chemical production equipments, and in particular to adverse current surge tank.
Background technique
In aluminium oxide or other chemical products production technologies, it is often necessary to stir solid or semisolid material and solution
Mixing carries out sizing mixing to adjust containing admittedly, generally just completes in surge tank, and existing surge tank generally pours into material from top, inputs molten
Liquid is then turned on stirring blade, is only uniformly mixed under the action of stirring blade, stirring efficiency is not high.
Utility model content
The purpose of this utility model is to provide adverse current surge tank, solve that existing surge tank stirring efficiency is not high to ask
Topic.
In order to solve the above technical problems, the utility model uses following technical scheme:
Adverse current surge tank, including groove body, feed bin, the groove body are connected to by inlet opening with distance mud pump, and groove body bottom is set
Set discharge port；Feeding inlet is set at the top of the groove body, and feeding inlet is connected to the discharge end of feed bin, feeding inlet in the groove body
Place connection shaft, shaft by motor by transmission mechanism drive, the shaft inner hollow, both ends open, shaft upper end with enter
Material mouth connection, lower end and groove body bottom are there are gap, and shaft is interior to be arranged screw rod, and screw rod has motor drive, the shaft lateral wall
Stirring blade is set.
In use, distance mud pump is pumped into solution, prevent shaft from dallying, opens the corresponding motor of screw rod and the corresponding electricity of shaft
Machine, shaft drive stirring blade rotation to be stirred；Screw rod rotation sprays material in feed bin from shaft bottom end, at groove body bottom
Under the rebound effect in portion, material can recoil outward from shaft bottom end and move upwards, to form disorder adverse current, be conducive to improve stirring
Efficiency, meanwhile, by screw rod in conjunction with shaft, exposed component in groove body is reduced, is conducive to later period cleaning and safeguards.
Preferably, the inlet opening is set to groove body top, in the groove body, inlet opening is communicated with annular setting
Spray head.It when material is sprayed from shaft bottom end, can be sprayed to shaft bottom end surrounding, therefore be correspondingly arranged the spray head sprinkling of annular setting
Solution mixes conducive to material with the quick of solution.
Preferably, the spray head side is provided with the protective net around spray head, protective net bottom lengths are more than to surround
Spray head.It is easy to strike everywhere when material stirring, protective net is set in spray head side surrounding, spray head can be protected, while not
Influence the hydrojet of spray head.
Preferably, the stirring blade axis of rotation is from top to bottom arranged two layers or more, neighbouring two layers of stirring
Blade is staggered setting.Shear effect is formed, is conducive to improve stirring efficiency.
Preferably, being provided with spiral plate on shaft lateral wall between neighbouring two layers of stirring blade.Spiral plate with
When shaft rotates, the effect to material " promotion " is played, keeps the material of upper and lower level uniform.
Preferably, the groove body top also sets up secondary discharge port, discharge port and secondary discharge port are connected into same discharge nozzle
Road.When liquid level is excessively high, it is easy to appear the case where upper and lower level is unevenly distributed, therefore secondary discharge port is set, when liquid level is excessively high, out
Discharge port discharges together with secondary discharge port when liquid, further increases the uniformity of discharging, as liquid level reduces, the material of upper and lower level
Uniformity difference reduces, only discharge hole for discharge.
Compared with prior art, the utility model can at least generate following a kind of the utility model has the advantages that the utility model feeds shape
At disorder adverse current, it is conducive to improve stirring efficiency, and reduce exposed component in groove body, be conducive to later period cleaning and safeguards；This is practical
The novel material that is conducive to is mixed with the quick of solution, improves stirring efficiency；Protective net is arranged in the utility model, can protect to spray head
Shield, while the hydrojet of spray head is not influenced；The utility model is provided with spiral plate, plays the effect to material " promotion ", makes up and down
The material of layer is uniform；Secondary discharge port is arranged in the utility model and discharge port is connected into same discharge pipe, improves the uniformity of discharging.
Detailed description of the invention
FIG. 1 is a schematic structural view of the utility model.
Specific embodiment
In order to make the purpose of the utility model, technical solutions and advantages more clearly understood, below in conjunction with attached drawing and implementation
Example, the present invention will be further described in detail.It should be appreciated that specific embodiment described herein is only used to explain
The utility model is not used to limit the utility model.
Fig. 1 shows the structure of such adverse current surge tank, enumerates several embodiments below with reference to legend.
Embodiment 1:
Adverse current surge tank, including groove body 1, feed bin 2, groove body 1 are connected to by inlet opening 3 with distance mud pump 4, and 1 bottom of groove body is set
Set discharge port 8；Feeding inlet is set at the top of groove body 1, and feeding inlet is connected to the discharge end of feed bin 2, and connection turns at feeding inlet in groove body 1
Axis 5, shaft 5 are driven by motor by transmission mechanism, and motor is set to outside groove body 1,5 inner hollow of shaft, both ends open, is turned
5 upper end of axis is connected to feeding inlet, and lower end and 1 bottom of groove body are there are gap, and shaft 5 is interior to be arranged screw rod 6, and screw rod 6 has motor drive,
Stirring blade 7 is arranged in 5 lateral wall of shaft.
In use, distance mud pump 4 is pumped into solution, prevent shaft 5 from dallying, opens the corresponding motor of screw rod 6 and shaft 5 is corresponding
Motor, shaft 5 drive the rotation of stirring blade 7 to be stirred；Screw rod 6 rotates, and material in feed bin 2 is sprayed from 5 bottom end of shaft,
Under the rebound effect of 1 bottom of groove body, material can recoil outward from 5 bottom end of shaft and move upwards, to form disorder adverse current, be conducive to
Stirring efficiency is improved, meanwhile, screw rod 6 is combined with shaft 5, reduces exposed component in groove body 1, is conducive to later period cleaning and safeguards.
Embodiment 2:
Adverse current surge tank, including groove body 1, feed bin 2, groove body 1 are connected to by inlet opening 3 with distance mud pump 4, and inlet opening 3 is arranged
In 1 top of groove body, inlet opening 3 is communicated with the spray head 11 of annular setting in groove body 1.Material is from when the ejection of 5 bottom end of shaft to turning
The injection of 5 bottom end surrounding of axis, therefore it is correspondingly arranged 11 spray solution of spray head of annular setting, it is mixed conducive to material and the quick of solution
It closes.Discharge port 8 is arranged in 1 bottom of groove body；Feeding inlet is set at the top of groove body 1, and feeding inlet is connected to the discharge end of feed bin 2, in groove body 1
Shaft 5 is connected at feeding inlet, shaft 5 is driven by motor by transmission mechanism, and motor is set to outside groove body 1, in 5 inside of shaft
Sky, both ends open, 5 upper end of shaft are connected to feeding inlet, and there are gap, shaft 5 is interior to be arranged screw rod 6, spiral shell for lower end and 1 bottom of groove body
Bar 6 has motor drive, and stirring blade 7 is arranged in 5 lateral wall of shaft.
In use, distance mud pump 4 is pumped into solution, prevent shaft 5 from dallying, opens the corresponding motor of screw rod 6 and shaft 5 is corresponding
Motor, shaft 5 drive the rotation of stirring blade 7 to be stirred；Screw rod 6 rotates, and material in feed bin 2 is sprayed from 5 bottom end of shaft,
Under the rebound effect of 1 bottom of groove body, material can recoil outward from 5 bottom end of shaft and move upwards, to form disorder adverse current, be conducive to
Stirring efficiency is improved, meanwhile, screw rod 6 is combined with shaft 5, reduces exposed component in groove body 1, is conducive to later period cleaning and safeguards.
Embodiment 3:
Adverse current surge tank, including groove body 1, feed bin 2, groove body 1 are connected to by inlet opening 3 with distance mud pump 4, and inlet opening 3 is arranged
In 1 top of groove body, inlet opening 3 is communicated with the spray head 11 of annular setting in groove body 1.Material is from when the ejection of 5 bottom end of shaft to turning
The injection of 5 bottom end surrounding of axis, therefore it is correspondingly arranged 11 spray solution of spray head of annular setting, it is mixed conducive to material and the quick of solution
It closes.11 side of spray head is provided with the protective net 12 around spray head 11, and 12 bottom lengths of protective net are more than around spray head 11.Material stirs
It is easy to strike everywhere when mixing, protective net 12 is set in 11 side surrounding of spray head, spray head 11 can be protected, while not influencing to spray
First 11 hydrojet.Discharge port 8 is arranged in 1 bottom of groove body；Feeding inlet, the discharge end company of feeding inlet and feed bin 2 are set at the top of groove body 1
It is logical, shaft 5 is connected in groove body 1 at feeding inlet, shaft 5 is driven by motor by transmission mechanism, and motor is set to outside groove body 1,
5 inner hollow of shaft, both ends open, 5 upper end of shaft are connected to feeding inlet, and lower end and 1 bottom of groove body are there are gap, in shaft 5
Screw rod 6 is set, and screw rod 6 has motor drive, and stirring blade 7 is arranged in 5 lateral wall of shaft.
In use, distance mud pump 4 is pumped into solution, prevent shaft 5 from dallying, opens the corresponding motor of screw rod 6 and shaft 5 is corresponding
Motor, shaft 5 drive the rotation of stirring blade 7 to be stirred；Screw rod 6 rotates, and material in feed bin 2 is sprayed from 5 bottom end of shaft,
Under the rebound effect of 1 bottom of groove body, material can recoil outward from 5 bottom end of shaft and move upwards, to form disorder adverse current, be conducive to
Stirring efficiency is improved, meanwhile, screw rod 6 is combined with shaft 5, reduces exposed component in groove body 1, is conducive to later period cleaning and safeguards.
Embodiment 4:
Adverse current surge tank, including groove body 1, feed bin 2, groove body 1 are connected to by inlet opening 3 with distance mud pump 4, and inlet opening 3 is arranged
In 1 top of groove body, inlet opening 3 is communicated with the spray head 11 of annular setting in groove body 1.Material is from when the ejection of 5 bottom end of shaft to turning
The injection of 5 bottom end surrounding of axis, therefore it is correspondingly arranged 11 spray solution of spray head of annular setting, it is mixed conducive to material and the quick of solution
It closes.11 side of spray head is provided with the protective net 12 around spray head 11, and 12 bottom lengths of protective net are more than around spray head 11.Material stirs
It is easy to strike everywhere when mixing, protective net 12 is set in 11 side surrounding of spray head, spray head 11 can be protected, while not influencing to spray
First 11 hydrojet.Discharge port 8 is arranged in 1 bottom of groove body；Feeding inlet, the discharge end company of feeding inlet and feed bin 2 are set at the top of groove body 1
It is logical, shaft 5 is connected in groove body 1 at feeding inlet, shaft 5 is driven by motor by transmission mechanism, and motor is set to outside groove body 1,
5 inner hollow of shaft, both ends open, 5 upper end of shaft are connected to feeding inlet, and lower end and 1 bottom of groove body are there are gap, in shaft 5
Screw rod 6 is set, screw rod 6 has a motor drive, and 5 lateral wall of shaft is arranged stirring blade 7,7 axis of rotation 5 of stirring blade by up to
Lower two layers or three layers of setting, neighbouring two layers of stirring blade 7 are staggered setting.Shear effect is formed, is conducive to improve stirring effect
Rate.
In use, distance mud pump 4 is pumped into solution, prevent shaft 5 from dallying, opens the corresponding motor of screw rod 6 and shaft 5 is corresponding
Motor, shaft 5 drive the rotation of stirring blade 7 to be stirred；Screw rod 6 rotates, and material in feed bin 2 is sprayed from 5 bottom end of shaft,
Under the rebound effect of 1 bottom of groove body, material can recoil outward from 5 bottom end of shaft and move upwards, to form disorder adverse current, be conducive to
Stirring efficiency is improved, meanwhile, screw rod 6 is combined with shaft 5, reduces exposed component in groove body 1, is conducive to later period cleaning and safeguards.
Embodiment 5:
Adverse current surge tank, including groove body 1, feed bin 2, groove body 1 are connected to by inlet opening 3 with distance mud pump 4, and inlet opening 3 is arranged
In 1 top of groove body, inlet opening 3 is communicated with the spray head 11 of annular setting in groove body 1.Material is from when the ejection of 5 bottom end of shaft to turning
The injection of 5 bottom end surrounding of axis, therefore it is correspondingly arranged 11 spray solution of spray head of annular setting, it is mixed conducive to material and the quick of solution
It closes.11 side of spray head is provided with the protective net 12 around spray head 11, and 12 bottom lengths of protective net are more than around spray head 11.Material stirs
It is easy to strike everywhere when mixing, protective net 12 is set in 11 side surrounding of spray head, spray head 11 can be protected, while not influencing to spray
First 11 hydrojet.Discharge port 8 is arranged in 1 bottom of groove body；Feeding inlet, the discharge end company of feeding inlet and feed bin 2 are set at the top of groove body 1
It is logical, shaft 5 is connected in groove body 1 at feeding inlet, shaft 5 is driven by motor by transmission mechanism, and motor is set to outside groove body 1,
5 inner hollow of shaft, both ends open, 5 upper end of shaft are connected to feeding inlet, and lower end and 1 bottom of groove body are there are gap, in shaft 5
Screw rod 6 is set, screw rod 6 has a motor drive, and 5 lateral wall of shaft is arranged stirring blade 7,7 axis of rotation 5 of stirring blade by up to
Lower two layers or three layers of setting, neighbouring two layers of stirring blade 7 are staggered setting.Shear effect is formed, is conducive to improve stirring effect
Rate.Spiral plate 13 is provided on 5 lateral wall of shaft between neighbouring two layers of stirring blade 7.Spiral plate 13 is rotated with shaft 5
When, the effect to material " promotion " is played, keeps the material of upper and lower level uniform.
In use, distance mud pump 4 is pumped into solution, prevent shaft 5 from dallying, opens the corresponding motor of screw rod 6 and shaft 5 is corresponding
Motor, shaft 5 drive the rotation of stirring blade 7 to be stirred；Screw rod 6 rotates, and material in feed bin 2 is sprayed from 5 bottom end of shaft,
Under the rebound effect of 1 bottom of groove body, material can recoil outward from 5 bottom end of shaft and move upwards, to form disorder adverse current, be conducive to
Stirring efficiency is improved, meanwhile, screw rod 6 is combined with shaft 5, reduces exposed component in groove body 1, is conducive to later period cleaning and safeguards.
Optimum embodiment:
Adverse current surge tank, including groove body 1, feed bin 2, groove body 1 are connected to by inlet opening 3 with distance mud pump 4, and inlet opening 3 is arranged
In 1 top of groove body, inlet opening 3 is communicated with the spray head 11 of annular setting in groove body 1.Material is from when the ejection of 5 bottom end of shaft to turning
The injection of 5 bottom end surrounding of axis, therefore it is correspondingly arranged 11 spray solution of spray head of annular setting, it is mixed conducive to material and the quick of solution
It closes.11 side of spray head is provided with the protective net 12 around spray head 11, and 12 bottom lengths of protective net are more than around spray head 11.Material stirs
It is easy to strike everywhere when mixing, protective net 12 is set in 11 side surrounding of spray head, spray head 11 can be protected, while not influencing to spray
First 11 hydrojet.Discharge port 8 is arranged in 1 bottom of groove body；Feeding inlet, the discharge end company of feeding inlet and feed bin 2 are set at the top of groove body 1
It is logical, shaft 5 is connected in groove body 1 at feeding inlet, shaft 5 is driven by motor by transmission mechanism, and motor is set to outside groove body 1,
5 inner hollow of shaft, both ends open, 5 upper end of shaft are connected to feeding inlet, and lower end and 1 bottom of groove body are there are gap, in shaft 5
Screw rod 6 is set, screw rod 6 has a motor drive, and 5 lateral wall of shaft is arranged stirring blade 7,7 axis of rotation 5 of stirring blade by up to
Lower two layers or three layers of setting, neighbouring two layers of stirring blade 7 are staggered setting.Shear effect is formed, is conducive to improve stirring effect
Rate.Spiral plate 13 is provided on 5 lateral wall of shaft between neighbouring two layers of stirring blade 7.Spiral plate 13 is rotated with shaft 5
When, the effect to material " promotion " is played, keeps the material of upper and lower level uniform.1 top of groove body also sets up secondary discharge port 9, discharge port 8
Same discharge pipe 10 is connected into secondary discharge port 9.When liquid level is excessively high, it is easy to appear the case where upper and lower level is unevenly distributed, therefore
Secondary discharge port 9 is set, and when liquid level is excessively high, discharge port 8 discharges together with secondary discharge port 9 when liquid out, further increases discharging
The uniformity, as liquid level reduces, the material uniformity of upper and lower level, which differs, to be reduced, and only discharge port 8 discharges.
In use, distance mud pump 4 is pumped into solution, prevent shaft 5 from dallying, opens the corresponding motor of screw rod 6 and shaft 5 is corresponding
Motor, shaft 5 drive the rotation of stirring blade 7 to be stirred；Screw rod 6 rotates, and material in feed bin 2 is sprayed from 5 bottom end of shaft,
Under the rebound effect of 1 bottom of groove body, material can recoil outward from 5 bottom end of shaft and move upwards, to form disorder adverse current, be conducive to
Stirring efficiency is improved, meanwhile, screw rod 6 is combined with shaft 5, reduces exposed component in groove body 1, is conducive to later period cleaning and safeguards.
Multiple explanatory embodiments spoken of in the present specification refer to the specific structure packet for combining embodiment description
It includes at least one embodiment of the application generality description.It is not certain that statement of the same race, which occur, in multiple places in the description
Refer to the same embodiment.Furthermore, it is understood that is advocated is to combine when describing a structure in conjunction with any one embodiment
Other embodiments realize that this structure is fallen in the scope of the utility model.
Claims (6)
1. adverse current surge tank, including groove body (1), feed bin (2), the groove body (1) is connected by inlet opening (3) and distance mud pump (4)
Logical, discharge port (8) are arranged in groove body (1) bottom；It is characterized by: feeding inlet is set at the top of the groove body (1), feeding inlet and material
The discharge end in storehouse (2) is connected to, and connects shaft (5) at the groove body (1) interior feeding inlet, and shaft (5) passes through driver by motor
Structure drives, shaft (5) inner hollow, both ends open, and shaft (5) upper end is connected to feeding inlet, lower end and groove body (1) bottom
There are gap, screw rod (6) are set in shaft (5), screw rod (6) has motor drive, and stirring blade is arranged in shaft (5) lateral wall
(7).
2. adverse current surge tank according to claim 1, it is characterised in that: the inlet opening (3) is set on groove body (1)
Portion, the groove body (1) is interior, and inlet opening (3) is communicated with the spray head (11) of annular setting.
3. adverse current surge tank according to claim 2, it is characterised in that: described spray head (11) side is provided with around spray
The protective net (12) of head (11), protective net (12) bottom lengths are more than around spray head (11).
4. adverse current surge tank according to claim 1, it is characterised in that: stirring blade (7) axis of rotation (5) is by upper
To lower setting two layers or more, neighbouring two layers of stirring blade (7) is staggered setting.
5. adverse current surge tank according to claim 4, it is characterised in that: between neighbouring two layers of stirring blade (7)
Spiral plate (13) are provided on shaft (5) lateral wall.
6. adverse current surge tank according to claim 1, it is characterised in that: described groove body (1) top also sets up secondary discharging
Mouth (9), discharge port (8) and secondary discharge port (9) are connected into same discharge pipe (10).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920145420.7U CN209519720U (en) | 2019-01-28 | 2019-01-28 | Adverse current surge tank |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920145420.7U CN209519720U (en) | 2019-01-28 | 2019-01-28 | Adverse current surge tank |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209519720U true CN209519720U (en) | 2019-10-22 |
Family
ID=68229935
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201920145420.7U Active CN209519720U (en) | 2019-01-28 | 2019-01-28 | Adverse current surge tank |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN209519720U (en) |
-
2019
- 2019-01-28 CN CN201920145420.7U patent/CN209519720U/en active Active
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