CN209178641U - Purified cotton caustic dip device - Google Patents
Purified cotton caustic dip device Download PDFInfo
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- CN209178641U CN209178641U CN201821784814.9U CN201821784814U CN209178641U CN 209178641 U CN209178641 U CN 209178641U CN 201821784814 U CN201821784814 U CN 201821784814U CN 209178641 U CN209178641 U CN 209178641U
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- caustic dip
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- feed tube
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Abstract
The utility model discloses purified cotton caustic dip devices, the top in the caustic dip pond is open-like shape, the sub-feed tube is fixedly mounted on above caustic dip pond, the feed hopper being connected with sub-feed tube is provided in the middle part of sub-feed tube, the sub-material axis is rotationally movably arranged in sub-feed tube, the first motor is fixedly mounted on sub-feed tube, first motor and sub-material axis are sequentially connected, oppositely oriented pairs of sub-material spiral rib plate is provided on sub-material axis, the discharge port in row is offered in the bottom of sub-feed tube, the pairs of web plate is movably arranged on respectively on the inner sidewall in caustic dip pond, the pairs of oil cylinder is movably arranged on respectively on the inner sidewall in caustic dip pond, the piston rod of pairs of oil cylinder is flexibly connected with pairs of web plate respectively, the agitating shaft is movably arranged in the caustic dip pond below pairs of web plate, the utility model advantage is: improving cotton The caustic dip effect of short flannel, shortens the caustic dip time, improves work efficiency, and ensure that the quality of finished of purified cotton.
Description
Technical field
The utility model relates to the technical fields of purified cotton process equipment, more particularly to purified cotton Mercerization device
Technical field.
Background technique
Purified cotton processing is cotton linter with raw material, and the important process of one before purified cotton cooking is exactly by cotton linter
With dipping by lye, abbreviation caustic dip.The quality of caustic dip will directly influence the quality of finished product purified cotton quality.Currently, the side of caustic dip
Method is exactly after lye to be sprayed directly on to the surface of cotton linter, using simply disposable squeeze can.By this
Mode of operation carries out caustic dip, disadvantage is that, it is on the one hand that can not uniformly be sprayed onto all surfaces of cotton linter in lye
In the case of, the effect of caustic dip is just very undesirable；On the other hand it is to squeeze caustic dip merely through disposable, lye can not be filled part
It is impregnated into cotton linter, and working efficiency is lower.This can all directly influence the quality of polishing cotton product.
Utility model content
The purpose of this utility model is exactly to contract to solve above-mentioned deficiency and caustic dip effect can be effectively improved by providing one kind
The short caustic dip time improves working efficiency, guarantees the purified cotton caustic dip device of purified cotton quality of finished.
In order to solve the above-mentioned technical problem technical solution that the utility model uses is as follows:
Purified cotton caustic dip device, it include caustic dip pond, first motor, sub-material axis, sub-feed tube, pairs of oil cylinder, in pairs
Web plate, agitating shaft, third motor, discharging shaft, the second motor and blow-off valve, the top in the caustic dip pond is open-like shape, described
Sub-feed tube is fixedly mounted on above caustic dip pond, is provided with the feed hopper being connected with sub-feed tube in the middle part of sub-feed tube, and described point
Material axis is rotationally movably arranged in sub-feed tube, and the first motor is fixedly mounted on sub-feed tube, first motor and sub-material
Axis transmission connection, oppositely oriented pairs of sub-material spiral rib plate is provided on sub-material axis, offers in the bottom of sub-feed tube and is in
The discharge port of row, the pairs of web plate are movably arranged on respectively on the inner sidewall in caustic dip pond, and the pairs of oil cylinder is lived respectively
Dynamic to be mounted on the inner sidewall in caustic dip pond, the piston rod of pairs of oil cylinder is flexibly connected with pairs of web plate respectively, the agitating shaft
It is movably arranged in the caustic dip pond below pairs of web plate, the third motor and agitating shaft are sequentially connected, and are arranged on agitating shaft
There is the agitating plate in divergent shape, the drainage conduit being connected with inside caustic dip pond is provided in the lower part in caustic dip pond, which is in
Taper offers discharge gate in the rear end of drainage conduit, and the blow-off valve is mounted at the discharge gate of drainage conduit, the discharging shaft
It being movably arranged in drainage conduit, second motor is fixedly mounted in drainage conduit, and the second motor and discharging shaft are sequentially connected,
Load displacing screw gusset corresponding with tapered drainage conduit is provided on discharging shaft.
It further includes having bearing block, bearing, the first sealing ring and gasket, is opened respectively on the two sidewalls in the caustic dip pond
Equipped with axis hole, the bearing block is fixedly mounted at the axis hole of caustic dip pond side wall, the gasket is fixed be interposed in bearing block with
Between the side wall of caustic dip pond, the bearing is mounted in bearing block, and the both ends of the agitating shaft are plugged on bearing respectively, described
First sealing ring is nested on the agitating shaft being located in bearing block, and belt pulley is arranged on the one end of agitating shaft, and agitating shaft is logical
It crosses belt pulley and third motor belt is sequentially connected.
It further includes having the second sealing ring and retarder, and the retarder is fixedly mounted in drainage conduit, second electricity
Machine is fixedly mounted on retarder, and the second motor and retarder are sequentially connected, and is provided with connector sleeve in the caustic dip pond, is being arranged
Through-hole is offered in expects pipe, activity is set in connector sleeve and through-hole respectively at the both ends of the discharging shaft, second sealing
Snare is set on the discharging shaft being located in through-hole, and discharging shaft is sequentially connected by the output shaft of shaft coupling and retarder.
The utility model is using the above-mentioned attainable beneficial effect of technical solution:
1, by pairs of sub-material spiral rib plate oppositely oriented on sub-material axis by the cotton linter in feed hopper to feed hopper two
It is conveyed in the sub-feed tube of side, cotton linter is discharged from the discharge port of sub-feed tube, good sub-material is played to cotton linter and is made
With, fall into cotton linter uniformly in caustic dip pond, cotton linter avoided excessively to concentrate, thus effectively increase cotton linter caustic dip effect
Fruit.
2, after cotton linter is entirely fallen in caustic dip pond, pairs of web plate is controlled by pairs of oil cylinder and is closed, by caustic dip
Below the cotton linter indentation web plate floated in pond, and it is located at below the lye liquid level in caustic dip pond after closing pairs of web plate,
So that cotton linter is totally immersed into the lye in caustic dip pond, meanwhile, it is rotated by third motor driven agitating plate, in caustic dip pond
Cotton linter, which turn over, copies agitation, to further improve the caustic dip effect of cotton linter, shortens the caustic dip time, improves work
Efficiency.
3, after stirring, blow-off valve is opened, is rotated by the second motor driven load displacing screw gusset, makes cotton linter edge
Drainage conduit is conveyed, and is discharged from discharge gate, since drainage conduit is tapered, so that load displacing screw gusset produces cotton linter
Strong squeezing action has been given birth to, and then has increased the pressure of lye in drainage conduit, lye is forced further to immerse in cotton linter, it is right
Cotton linter plays additional caustic dip effect, and caustic dip effect greatly improved, and ensure that the quality of finished of purified cotton.
Detailed description of the invention
Fig. 1 is the schematic cross-sectional view of the utility model；
Fig. 2 is the left view schematic cross-sectional view of the utility model in Fig. 1；
Fig. 3 is the partial enlargement diagram in Fig. 1 at A；
Fig. 4 is the partial enlargement diagram in Fig. 2 at B；
Fig. 5 is the partial enlargement diagram in Fig. 2 at C.
Specific embodiment
As shown in Fig. 1 and Fig. 2, purified cotton caustic dip device, it includes caustic dip pond 1, first motor 2, sub-material axis 3, sub-material
Pipe 4, pairs of oil cylinder 5, pairs of web plate 6, agitating shaft 7, third motor 35, discharging shaft 8, the second motor 9, blow-off valve 10, axis
Hold seat 22, bearing 23, the first sealing ring 24, gasket 25, the second sealing ring 29 and retarder 30, the top in the caustic dip pond 1
For open-like shape, the sub-feed tube 4 is fixedly mounted on 1 top of caustic dip pond by strut 36, is provided with and divides at the middle part of sub-feed tube 4
The feed hopper 11 that expects pipe 4 is connected, the sub-material axis 3 are rotationally movably arranged in sub-feed tube 4, and the first motor 2 is solid
On the sub-feed tube 4, first motor 2 and sub-material axis 3 are sequentially connected for Dingan County, are provided on sub-material axis 3 oppositely oriented pairs of
Sub-material spiral rib plate 12 offers the discharge port 13 in row in the bottom of sub-feed tube 4.The pairs of web plate 6 is respectively by the
One shaft 14 is rotationally movably arranged on the inner sidewall in caustic dip pond 1, and the pairs of oil cylinder 5 passes through the second shaft 16 respectively
Rotationally be movably arranged on the inner sidewall in caustic dip pond 1, the piston rod 15 of pairs of oil cylinder 5 respectively by third shaft 17 at
Pair web plate 6 be rotationally flexibly connected, the agitating shaft 7 is movably arranged in the caustic dip pond 1 of 6 lower section of pairs of web plate, described
Third motor 35 and agitating shaft 7 are sequentially connected, the mounting means of agitating shaft 7 and can with the transmission connection relationship of third motor 35
It carries out as follows: as shown in Figure 3, offering axis hole 26, the bearing block 22 respectively on the two sidewalls in the caustic dip pond 1
Be fixedly mounted at the axis hole 26 of 1 side wall of caustic dip pond, the gasket 25 is fixed be interposed in bearing block 22 and 1 side wall of caustic dip pond it
Between, the bearing 23 is mounted in bearing block 22, and the both ends of the agitating shaft 7 are plugged on respectively on bearing 23, and described first
Sealing ring 24 is nested on the agitating shaft 7 being located in bearing block 22, and belt pulley 27, stirring are arranged on the one end of agitating shaft 7
Axis 7 is sequentially connected by belt pulley 27 and 35 belt 28 of third motor.The agitating plate in divergent shape is provided on agitating shaft 7
18.The drainage conduit 19 being connected with inside caustic dip pond 1 is provided in the lower part in caustic dip pond 1, the drainage conduit 19 is tapered, in discharge
The rear end of pipe 19 offers discharge gate 20, and the blow-off valve 10 is mounted at the discharge gate 20 of drainage conduit 19, the discharging shaft 8
It is movably arranged in drainage conduit 19, second motor 9 is fixedly mounted in drainage conduit 19, and the second motor 9 is driven with discharging shaft 8
Connection, the mounting means of discharging shaft 8 and can carry out as follows with the transmission connection relationship of the second motor 9: the deceleration
Device 30 is fixedly mounted in drainage conduit 19, and second motor 9 is fixedly mounted on retarder 30, the second motor 9 and retarder
30 transmission connections, as shown in Figure 4, are provided with connector sleeve 31 in caustic dip pond 1, through-hole 32 are offered in drainage conduit 19, described
Activity is set in connector sleeve 31 and through-hole 32 respectively at the both ends of discharging shaft 8, as shown in Figure 5,29 sets of second sealing ring
It sets on the discharging shaft 8 being located in through-hole 32, discharging shaft 8 is sequentially connected by the output shaft 34 of shaft coupling 33 and retarder 30.
Load displacing screw gusset 21 corresponding with tapered drainage conduit 19 is provided on discharging shaft 8.
The present apparatus when in use, by the cotton linter investment feed hopper 11 for needing to carry out caustic dip processing, passes through first motor 2
Sub-material axis 3 is driven to rotate, by pairs of sub-material spiral rib plate 12 oppositely oriented on sub-material axis 3 by the cotton linter in feed hopper 11
Conveyed into the sub-feed tube 4 of 11 two sides of feed hopper, make cotton linter from the discharge port 13 of sub-feed tube 4 be discharged, to cotton linter into
Row sub-material falls into cotton linter uniformly in caustic dip pond 1.After cotton linter is entirely fallen in caustic dip pond 1, pairs of oil cylinder 5 is controlled
Movement closes pairs of web plate 6 around the rotation of first rotating shaft 14, the cotton linter floated in caustic dip pond 1 is pressed under web plate 6
Side, pairs of web plate 6 are located at below the lye liquid level in caustic dip pond 1 after closing, and cotton linter is made to be totally immersed into the lye in caustic dip pond 1
It is interior.Then, it drives agitating plate 18 to rotate by third motor 35, the cotton linter in caustic dip pond 1 turn over and copies agitation, makes lye
It is completely immersed in cotton linter.After stirring, blow-off valve 10 is opened, drives 21 turns of load displacing screw gusset by the second motor 9
It is dynamic, convey cotton linter along drainage conduit 19, and be discharged from discharge gate 20, since drainage conduit 19 is tapered, so that row
Material spiral rib plate 21 produces strong squeezing action to cotton linter, and then increases the pressure of lye in drainage conduit 19, forces
Lye further immerses in cotton linter.
Claims (3)
1. purified cotton caustic dip device, it is characterised in that: it includes caustic dip pond, first motor, sub-material axis, sub-feed tube, pairs of
The top of oil cylinder, pairs of web plate, agitating shaft, third motor, discharging shaft, the second motor and blow-off valve, the caustic dip pond is spacious
Mouth shape, the sub-feed tube are fixedly mounted on above caustic dip pond, and the charging being connected with sub-feed tube is provided in the middle part of sub-feed tube
Bucket, the sub-material axis are rotationally movably arranged in sub-feed tube, and the first motor is fixedly mounted on sub-feed tube, the first electricity
Machine and sub-material axis are sequentially connected, and oppositely oriented pairs of sub-material spiral rib plate are provided on sub-material axis, in the bottom of sub-feed tube
The discharge port in row is offered, the pairs of web plate is movably arranged on respectively on the inner sidewall in caustic dip pond, the pairs of oil
Cylinder is movably arranged on respectively on the inner sidewall in caustic dip pond, and the piston rod of pairs of oil cylinder is flexibly connected with pairs of web plate respectively, institute
It states in the caustic dip pond that agitating shaft is movably arranged below pairs of web plate, the third motor and agitating shaft are sequentially connected, and are stirring
It is provided with the agitating plate in divergent shape on axis, the drainage conduit being connected with inside caustic dip pond is provided in the lower part in caustic dip pond, it should
Drainage conduit is tapered, offers discharge gate in the rear end of drainage conduit, the blow-off valve is mounted at the discharge gate of drainage conduit, institute
It states discharging shaft to be movably arranged in drainage conduit, second motor is fixedly mounted in drainage conduit, and the second motor and discharging shaft pass
Dynamic connection, is provided with load displacing screw gusset corresponding with tapered drainage conduit on discharging shaft.
2. purified cotton caustic dip device according to claim 1, it is characterised in that: it further includes having bearing block, bearing, first
Sealing ring and gasket, offer axis hole respectively on the two sidewalls in the caustic dip pond, and the bearing block is fixedly mounted on caustic dip
At the axis hole of pond side wall, the gasket fixation is interposed between bearing block and caustic dip pond side wall, and the bearing is mounted on bearing
In seat, the both ends of the agitating shaft are plugged on bearing respectively, and first sealing ring, which is nested with, is being located at stirring in bearing block
It mixes on axis, belt pulley is set on the one end of agitating shaft, agitating shaft is sequentially connected by belt pulley and third motor belt.
3. purified cotton caustic dip device according to claim 1 or 2, it is characterised in that: it further include have the second sealing ring and
Retarder, the retarder are fixedly mounted in drainage conduit, and second motor is fixedly mounted on retarder, the second motor with
Retarder transmission connection, is provided with connector sleeve in the caustic dip pond, offers through-hole in drainage conduit, and the two of the discharging shaft
Activity is set in connector sleeve and through-hole respectively for end, and second sealing ring is nested on the discharging shaft being located in through-hole, row
Expect that axis is sequentially connected by the output shaft of shaft coupling and retarder.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821784814.9U CN209178641U (en) | 2018-10-31 | 2018-10-31 | Purified cotton caustic dip device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821784814.9U CN209178641U (en) | 2018-10-31 | 2018-10-31 | Purified cotton caustic dip device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209178641U true CN209178641U (en) | 2019-07-30 |
Family
ID=67362903
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821784814.9U Active CN209178641U (en) | 2018-10-31 | 2018-10-31 | Purified cotton caustic dip device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN209178641U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112853643A (en) * | 2020-12-23 | 2021-05-28 | 河北欣望精制棉业有限公司 | Purified cotton pre-soaking machine |
-
2018
- 2018-10-31 CN CN201821784814.9U patent/CN209178641U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112853643A (en) * | 2020-12-23 | 2021-05-28 | 河北欣望精制棉业有限公司 | Purified cotton pre-soaking machine |
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