CN207862287U - Vertical evapo-separated machine built-in heating interlayer - Google Patents
Vertical evapo-separated machine built-in heating interlayer Download PDFInfo
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- CN207862287U CN207862287U CN201820005545.5U CN201820005545U CN207862287U CN 207862287 U CN207862287 U CN 207862287U CN 201820005545 U CN201820005545 U CN 201820005545U CN 207862287 U CN207862287 U CN 207862287U
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Abstract
The utility model is related to a kind of vertical evapo-separated machine built-in heating interlayers, including circular interlayer upper plate and interlayer lower plate, on interlayer, lower plate is connected with each other by blind rivet, it is connected with steam supply pipe on the bottom wall of interlayer lower plate, drip pipe and free gas delivery pipe, the excircle of interlayer upper plate is connected with apron under the tubular holded up upwards, it is radially provided with blanking port along interlayer upper plate, at least one piece of adjustable plate is installed in blanking port, the top nested of apron is equipped with apron on tubular under tubular, the outer wall of apron top circumference is evenly distributed with multiple lower apron support ears under tubular, the outer circumferential walls of apron are equipped with upper apron support ear on tubular, each upper apron support ear is connected by apron adjusting screw rod with lower apron support ear respectively.The end that steam supply pipe, drip pipe and free gas delivery pipe are connected with the bottom wall of interlayer lower plate is respectively equipped with U-bend.The size of bed depth and blanking port can be adjusted flexibly in the device, securely and reliably, easy for installation.
Description
Technical field
The utility model is related to a kind of vertical evapo-separated machine, more particularly to a kind of vertical evapo-separated machine built-in heating interlayer belongs to
Equipment technical field is taken off in steaming.
Background technology
Evapo-separated machine is the capital equipment for leaching workshop, its effect is to evaporate the solvent liquid sloughed in the wet dregs of rice.Existing skill
Vertical evapo-separated machine heating interlayer in art is placed in inside equipment, and material is laid in heating interlayer（Also known as heat tower tray）On, Xiang Jia
It is passed through the saturated vapor of high temperature and pressure in hot interlayer, indirectly heat is carried out to material, at the beginning of the n-hexane solvent in material can be made
Step is steamed de-；Then material drops down onto next layer of continuation from the blanking port on tower tray and is heated.
Vertical evapo-separated machine built-in heating interlayer generally existing problems with widely used at present：1. inside equipment
Temperature it is higher, pipeline temperature distortion amount is larger, and pipeline is easy damaged cracking；2. interlayer is relatively large in diameter, and inside equipment,
When installation interlayer level it is difficult to ensure that；3. the valve of interlayer apron is opened in being mostly, when operator forgets at closing time, to be easy and set
Standby stirring wing collision, causes the damage of equipment；There are some potential safety problemss；It, can not be according to production 4. blanking port size is fixed
Measure flexible in size adjustment；5. the skirt depth of heating interlayer is fixed, the bed depth on interlayer can not be adjusted flexibly according to yield,
Easily cause material spilling.
Utility model content
The purpose of this utility model is that overcome problems of the prior art, provide built in a kind of vertical evapo-separated machine
The size of bed depth and blanking port can be adjusted flexibly according to yield, ensure that material is not spilt over for formula heating interlayer.
In order to solve the above technical problems, a kind of vertical evapo-separated machine built-in heating interlayer of the utility model, including circle
And the interlayer upper plate and interlayer lower plate of coaxial line, the interlayer upper plate and interlayer lower plate are mutually parallel and by equally distributed drawing
Nail is connected with each other, and steam supply pipe, drip pipe and free gas delivery pipe are connected on the bottom wall of the interlayer lower plate,
The excircle of the interlayer upper plate is connected with apron under the tubular holded up upwards, along being radially provided with through folder for the interlayer upper plate
The blanking port of layer lower plate is equipped with the blanking port adjustable plate of at least one piece adjustment blanking port passageway section, institute in the blanking port
The top nested for stating apron under tubular is equipped with apron on the tubular holded up upwards, the outer wall of apron top circumference under the tubular
It is evenly distributed with multiple lower apron support ears, the outer circumferential walls of apron are equipped on the tubular and lower apron support ear corresponds
Upper apron support ear, each upper apron support ear is connected by apron adjusting screw rod with corresponding lower apron support ear respectively.
Compared with the existing technology, the utility model achieves following advantageous effect：When work, material is laid in interlayer upper plate
On, high temperature saturated vapor enters heating interlayer inner cavity by steam supply pipe, and incoagulable gas is discharged by free gas delivery pipe,
It is discharged from drip pipe after steam condensation, high-temperature steam is fully carried out indirectly by interlayer upper plate and the material of tiling above
Heat exchange, while the blanking situation of blanking port is observed, the quantity of adjustable plate is increased or decreased according to blanking situation, and blanking is adjusted flexibly
The size of mouth passageway section；The case where according to bed depth, can adjust the height of apron on tubular by apron adjusting screw rod,
So that the material on interlayer not only can be fully exchanged heat, but also can not be overflowed in the case where ensureing the residence time.
As the improvement of the utility model, the steam supply pipe, drip pipe and free gas delivery pipe and institute
The connected end of bottom wall for stating interlayer lower plate is respectively equipped with U-bend.Each U-bend compensation conduit can be generated because expanding with heat and contract with cold automatically
Stroke, avoid pipeline damaged cracking caused by temperature distortion amount is larger.
It is equipped with as a further improvement of the utility model, along the axis of the heating interlayer and runs through interlayer upper plate and interlayer
The agitating shaft of lower plate, the top of the agitating shaft are equipped with the stirring wing for being attached to the revolution of interlayer upper plate upper surface.One side of stirring wing
Face is evenly laid out on heating interlayer by material, is on the other hand stirred to material, it is made to be heated evenly.
The circumference of apron is equipped with the apron that can be opened to outward turning under the tubular as a further improvement of the utility model,
Valve.Apron valve is opened outward, when can forget to close apron valve to avoid operator, is interfered with stirring wing, is avoided equipment
Collide damage, prevents security risk.
The inner wall of evapo-separated machine cylinder is uniformly connected with as a further improvement of the utility model, multiple stretches to axis direction
The inner termination of the tower tray supporting block gone out, each tower tray supporting block is respectively supported at below the lower circumference of the interlayer lower plate, each tower
The inner termination of disk supporting block is separately installed with the tower tray fixing bolt being fixedly connected with interlayer lower plate and adjusts the tower of tray level
Disk adjusting screw.Due to being relatively large in diameter for heating interlayer, and inside equipment, when installation, the level of adjustment interlayer is relatively time-consuming takes
Power；By each tower tray supporting block support end be arranged tower tray adjusting screw, can greatly facilitate heating interlayer installation and
Horizontal adjustment, horizontal adjustment in place after, interlayer lower plate is fixedly connected with tower tray supporting block by tower tray fixing bolt.
Description of the drawings
Utility model will be further described in detail below with reference to the attached drawings and specific embodiments, and attached drawing only provides ginseng
It examines and illustrates to use, it is non-limiting the utility model.
Fig. 1 is the vertical view of the vertical evapo-separated machine built-in heating interlayer of the utility model.
Fig. 2 is the sectional view of Fig. 1.
Fig. 3 is the stereogram of Fig. 1.
In figure：1. evapo-separated machine cylinder；2. interlayer upper plate；3. interlayer lower plate；4. blind rivet；5. blanking port；5a. blanking ports are adjusted
Plate；6. agitating shaft；7. stirring wing；8. steam supply pipe；8a. steam pipe U-bends；9. drip pipe；9a. condensate pipes U
Shape is curved；10. free gas delivery pipe；10a. free gas pipe U-bends；11. apron under tubular；Apron support ear under 11a.；12.
Apron on tubular；The upper apron support ears of 12a.；13. apron adjusting screw rod；14. apron valve；15. tower tray supporting block.
Specific implementation mode
As shown in Figure 1 to Figure 3, the vertical evapo-separated machine built-in heating interlayer of the utility model includes round and coaxial line
Interlayer upper plate 2 and interlayer lower plate 3, interlayer upper plate 2 are mutually parallel with interlayer lower plate 3 and are mutually interconnected by equally distributed blind rivet 4
It connects, is connected with steam supply pipe 8, drip pipe 9 and free gas delivery pipe 10 on the bottom wall of interlayer lower plate 3, on interlayer
The excircle of plate 2 is connected with apron 11 under the tubular holded up upwards, along being radially provided with through interlayer lower plate 3 for interlayer upper plate 2
Blanking port 5, is equipped with the blanking port adjustable plate 5a of at least one piece adjustment 5 passageway section of blanking port in blanking port 5, apron under tubular
11 top nested is equipped with apron 12 on the tubular holded up upwards, and the outer wall of 11 top circumference of apron is evenly distributed under tubular
Multiple lower apron support ear 11a, on tubular the outer circumferential walls of apron 12 be equipped with lower apron support ear 11a it is one-to-one on enclose
Skirt support ear 12a, each upper apron support ear 12a pass through apron adjusting screw rod 13 and corresponding lower apron support ear 11a phases respectively
Connection.
When work, material is laid on interlayer upper plate 2, and high temperature saturated vapor is entered by steam supply pipe 8 in heating interlayer
Chamber, incoagulable gas are discharged by free gas delivery pipe 10, are discharged from drip pipe 9 after steam condensation, high-temperature steam
Indirect heat exchange is fully carried out by interlayer upper plate 2 and the material of tiling above, while observing the blanking situation of blanking port 5, according to
Blanking situation increases or decreases the quantity of adjustable plate, and the size of 5 passageway section of blanking port is adjusted flexibly；According to the feelings of bed depth
Condition can adjust the height of apron 12 on tubular by apron adjusting screw rod 13, and the material on interlayer is made both can fully to exchange heat,
It can not be overflowed again in the case where ensureing the residence time.
The end that steam supply pipe 8 is connected with the bottom wall of interlayer lower plate 3 is equipped with steam pipe U-bend 8a, drip pipe 9
The end being connected with the bottom wall of interlayer lower plate 3 is equipped with condensate pipe U-bend 9a, free gas delivery pipe 10 and interlayer lower plate 3
The connected end of bottom wall is equipped with free gas pipe U-bend 10a.Each U-bend can automatic compensation conduit because of generation of expanding with heat and contract with cold
Stroke avoids pipeline damaged cracking caused by temperature distortion amount is larger.
It is equipped with the agitating shaft 6 through interlayer upper plate 2 and interlayer lower plate 3, the top peace of agitating shaft 6 along the axis of heating interlayer
Equipped with the stirring wing 7 for being attached to the revolution of 2 upper surface of interlayer upper plate.7 one side of stirring wing is evenly laid out on heating interlayer by material,
On the other hand material is stirred, it is made to be heated evenly.
The circumference of apron 11 is equipped with the apron valve 14 that can be opened to outward turning under tubular.Apron valve 14 is opened outward, can
It when forgetting to close apron valve 14 to avoid operator, is interfered with stirring wing 7, avoids equipment from colliding damage, prevent safety
Hidden danger.
The inner wall of evapo-separated machine cylinder 1 is uniformly connected with multiple tower tray supporting blocks 15 stretched out to axis direction, each tower tray branch
The inner termination of bracer 15 is respectively supported at below the lower circumference of interlayer lower plate 3, and the inner termination of each tower tray supporting block 15 is pacified respectively
Tower tray adjusting screw equipped with the tower tray fixing bolt and adjusting tray level that are fixedly connected with interlayer lower plate 3.Since heating is pressed from both sides
Layer is relatively large in diameter, and inside equipment, the level of adjustment interlayer is more time-consuming when installation；By in each tower tray supporting block
Tower tray adjusting screw is arranged in 15 support end, can greatly facilitate the installation of heating interlayer and the adjustment of level, horizontal adjustment
After in place, interlayer lower plate 3 is fixedly connected with tower tray supporting block 15 by tower tray fixing bolt.
The foregoing is merely the preferable possible embodiments of the utility model, patent that is non-therefore limiting to the utility model
Protection domain.In addition to the implementation, the utility model can also have other embodiment.It is all to use equivalent replacement or equivalent change
The technical solution to be formed is changed, is all fallen in the protection domain of the requires of the utility model.Technology of the utility model without description is special
Sign can realize that details are not described herein by or using the prior art.
Claims (5)
1. a kind of vertical evapo-separated machine built-in heating interlayer, including round and coaxial line interlayer upper plate and interlayer lower plate, described
Interlayer upper plate and interlayer lower plate are mutually parallel and are connected with each other by equally distributed blind rivet, connect on the bottom wall of the interlayer lower plate
It is connected to steam supply pipe, drip pipe and free gas delivery pipe, the excircle of the interlayer upper plate is connected with to be erected upwards
Apron under the tubular risen, along the blanking port through interlayer lower plate that is radially provided with of the interlayer upper plate, it is characterised in that：It is described to fall
The blanking port adjustable plate of at least one piece adjustment blanking port passageway section is installed, the top nested of apron under the tubular in material mouth
Apron on the tubular holded up upwards is installed, the outer wall of apron top circumference is evenly distributed with multiple lower apron branch under the tubular
Support ear, on the tubular outer circumferential walls of apron be equipped with lower apron support ear upper apron support ear correspondingly, it is each on enclose
Skirt support ear is connected by apron adjusting screw rod with corresponding lower apron support ear respectively.
2. vertical evapo-separated machine built-in heating interlayer according to claim 1, it is characterised in that：The steam supply pipe,
The end that drip pipe and free gas delivery pipe are connected with the bottom wall of the interlayer lower plate is respectively equipped with U-bend.
3. vertical evapo-separated machine built-in heating interlayer according to claim 1, it is characterised in that：Along the heating interlayer
Axis is equipped with the agitating shaft through interlayer upper plate and interlayer lower plate, and the top of the agitating shaft, which is equipped with, is attached to interlayer upper plate upper end
The stirring wing of face revolution.
4. vertical evapo-separated machine built-in heating interlayer according to claim 3, it is characterised in that：Apron under the tubular
Circumference is equipped with the apron valve that can be opened to outward turning.
5. vertical evapo-separated machine built-in heating interlayer according to any one of claim 1 to 4, it is characterised in that：It steams de-
The inner wall of machine drum body is uniformly connected with multiple tower tray supporting blocks stretched out to axis direction, the inner termination difference of each tower tray supporting block
It is supported below the lower circumference of the interlayer lower plate, the inner termination of each tower tray supporting block is separately installed with fixes with interlayer lower plate
The tower tray fixing bolt of connection and the tower tray adjusting screw for adjusting tray level.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820005545.5U CN207862287U (en) | 2018-01-03 | 2018-01-03 | Vertical evapo-separated machine built-in heating interlayer |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820005545.5U CN207862287U (en) | 2018-01-03 | 2018-01-03 | Vertical evapo-separated machine built-in heating interlayer |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207862287U true CN207862287U (en) | 2018-09-14 |
Family
ID=63464502
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820005545.5U Active CN207862287U (en) | 2018-01-03 | 2018-01-03 | Vertical evapo-separated machine built-in heating interlayer |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207862287U (en) |
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2018
- 2018-01-03 CN CN201820005545.5U patent/CN207862287U/en active Active
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