CN103691162B - Continuous centrifugal bubble detaching device - Google Patents
Continuous centrifugal bubble detaching device Download PDFInfo
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- CN103691162B CN103691162B CN201310745283.8A CN201310745283A CN103691162B CN 103691162 B CN103691162 B CN 103691162B CN 201310745283 A CN201310745283 A CN 201310745283A CN 103691162 B CN103691162 B CN 103691162B
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Abstract
The present invention is the continuous degassing device carrying out continuous centrifugal bubble in deaeration departure process, comprise separator disk and be installed on outside separator disk and turn frame outward, feed pipe, gas phase goes out pipe, discharge nozzle is hung in frame by location, top pipe clamp, hose bundle is passed the positioning pipe card turned on frame outward and is entered in separator disk, subsequently with the dial feed mouth being incorporated into separator disk respectively, rotating disk gaseous phase outlet is connected respectively with rotating disk discharging opening, motor is installed on base plate, belt wheel on motor output shaft is connected with driving sleeve with primary shaft belt pulley by main drive belt, driving sleeve again with turn frame outward and be connected.Motor drives separator disk respectively by power transmission mechanism and turns frame outward.Inner and outer rotors driving force of the present invention is sufficient, and charging and discharging pipeline not easily rupture, and production capacity is high, good stability, and structure is simple, and deaeration is effective.
Description
Technical field
The present invention relates to a kind of material bubble detaching device, in de-aeration, particularly carry out the continuous centrifugal bubble detaching device of successional separate bubbles.
Background technology
Make at current fine chemistry industry, raw material, electron trade, battery industry and field of novel, through the raw material stirred or after pre-treatment, need the mask work carrying out air entrapment, can finally tinning or be applied in subsequent production.The deaeration process of present stage is the discontinuity operation of single small lot ground, and at the bottom of its production capacity pole, the probability that raw material are subject to secondary pollution is high, and raw-material waste is extremely serious again.Chinese patent 201010254992.2 discloses one " a kind of differential centrifugal separation system of mixing material ", and this system comprises following structure: an external rotary member, and this external rotary member is driven by the driving shaft bottom it and rotates around himself axis; An inner rotary member, is provided with lacuna in this inner rotary member, is provided with soft bag in lacuna, and this inner rotary member is removably placed in external rotary member, and the dead in line of the axis of inner rotary member and external rotary member, inner rotary member and external rotary member carry out coaxial differential centrifugal rotation; A flexible pipe, the upper end of this flexible pipe is fixed, the other end of flexible pipe is detachably connected on inner rotary member, and the axis of flexible pipe other end end and the dead in line of inner rotary member, infusion pipeline in flexible pipe is connected on described soft bag, the middle part of flexible pipe and the sidewall of external rotary member rotating fixing and rotate with external rotary member.It is high that differential centrifugal separation system of the present invention has centrifugal rotational stability, separative efficiency height and convenient disassembly advantage efficiently.Above-mentioned patent conveniently can carry out component separation to blood, only relies on flexible pipe to drive internal rotor, when being applied to industrial materials separation, still there is inner and outer rotors driving force not enough, easily causes the danger of line break.And its to there is production capacity low, the problem that less stable etc. are extremely serious.
Summary of the invention
The object of the invention is to overcome above-mentioned the deficiencies in the prior art, thering is provided a kind of is carrying out in the deaeration process of continuous feed and discharging to material, inner and outer rotors driving force is sufficient, and charging and discharging pipeline not easily rupture, and production capacity is high, the continuous centrifugal bubble detaching device of good stability.
Object solution of the present invention is: a kind of continuous centrifugal bubble detaching device, comprise the motor be installed on base plate, separator disk, outer outside separator disk turns frame, frame upper end is provided with flexible pipe location pipe clamp, turn fixing outer turning on frame outward and confine a pipe clamp, feed pipe, gas phase go out to manage and discharge nozzle confines a pipe clamp at rotating disk flexible pipe quick boundling unit place boundling insertion separator disk inner chamber through flexible pipe location pipe clamp and outer turning, and are characterized in that motor drives separator disk respectively by power transmission mechanism and turns frame outward.
Its course of work is: actuating motor, power transmission mechanism drives separator disk and turns frame outward and rotates, because flexible pipe is hung on casing by top flexible pipe location pipe clamp, hose bundle is through again outer turning and confines in a pipe clamp insertion separator disk, and separator disk and turn outward frame be in the same way certain proportion rotate, therefore its soft tube winding rotating generation with separator disk can be eliminated by its rotation with housing, thus reach the object of antiwind unblock.Now, enter in flexible pipe by the material of feed pipe, enter into separator disk through dial feed mouth, material is separated after removal bubble through separator disk high-speed rotation, then is discharged to discharge nozzle collection through the rotating disk discharging opening of separator disk; Just discharged by the rotating disk gaseous phase outlet of separator disk containing alveolate material.Define separation of material air entrapment uninterruptedly by continuous feed and discharging, realize extensive continuity material bubble separation.
Solution medium power transmission mechanism of the present invention comprises: main shaft is fixed on chassis backplane, driving sleeve empty set is on main shaft, belt wheel on motor output shaft is connected with primary shaft belt pulley by main drive belt, primary shaft belt pulley is fixed on driving sleeve, driving sleeve with turn frame lower end outward and fix, inside turn belt one headgear on the fixed wheel being fixed on main shaft upper end, other end turns on upper belt-wheel through wheel on transition lower whorl and transition in being enclosed within, the lower end inside turning upper belt-wheel connects separator disk rotating shaft, and separator disk is driven by separator disk rotating shaft.
Its course of work is actuating motor, main drive belt Direct driver driving sleeve, drives outer the turn frame fixing with driving sleeve to turn round.Simultaneously because main shaft is fixed on chassis backplane, fixed wheel is fixed on main shaft, interiorly when turning frame revolution beyond institute turns belt relative to fixed wheel and rotates, and turns upper belt-wheel rotate by excessively taking turns in drive, inside turn upper belt-wheel again by conducting power to separator disk turning cylinder, drive separator disk rotate.Now enter in flexible pipe by the material of feed pipe, enter into separator disk through dial feed mouth, material is separated after removal bubble through separator disk high-speed rotation, then is discharged to discharge nozzle collection through the rotating disk discharging opening of separator disk; Just discharged by the rotating disk gaseous phase outlet of separator disk containing alveolate material.Define separation of material air entrapment uninterruptedly by continuous feed and discharging, realize extensive continuity material bubble separation.
Solution medium power transmission mechanism of the present invention comprises: separator disk rotating spindle by frame and chassis backplane spacing, motor belt one headgear is on electrical machine belt pulley, other end to be enclosed within the transition being installed on transition axis lower end on belt wheel, transition axis is fixed on chassis backplane by bearing, separator disk main driving belt one headgear is on the transition axis upper belt-wheel being installed on transition axis upper end, other end is enclosed within the separator disk driving pulley a of separator disk rotating spindle bottom through a point movable belt pulley, and with point movable belt pulley near, movable belt pulley is divided to be arranged on power decomposition axle, power decomposition axle is arranged on chassis backplane, under turning frame outward, belt one headgear is on the separator disk driving pulley b being installed on separator disk rotating spindle top, other end be enclosed within be arranged on rotate transition axis lower end separator disk driving pulley c on, housing Internal epithelial band one headgear is being installed on the separator disk driving pulley d rotating transition axis upper end, the other end is enclosed within the separator disk driving pulley e above separator disk rotating shaft, separator disk driving pulley e is then connected with separator disk rotating shaft, separator disk is driven by separator disk rotating shaft, housing axle sleeve and housing bearing holder (housing, cover) on separator disk rotating spindle, housing axle sleeve with turn frame outward and fix, housing belt one headgear is on point movable belt pulley upper end, and other end is enclosed within housing driving pulley, and housing driving pulley is connected with housing axle sleeve.
Its course of work is: actuating motor, and motor belt is by taking turns the transmission of power difference and separator disk driving pulley a to housing driving pulley after transition axis and the main driving belt of housing belt, power decomposition axle and separator disk.Rotarily drive housing axle sleeve and the housing of housing driving pulley rotate, separator disk driving pulley a rotarily drives centrifugal pan transmission main shaft, separator disk driving pulley b, then under housing inside belt driving under drive the separator disk driving pulley c on transmission transition axis and separator disk driving pulley d to rotate, finally utilize housing Internal epithelial band to drive separator disk driving pulley e to drive separator disk bearing thus drive separator disk to rotate.Because flexible pipe is hung on casing by top flexible pipe location pipe clamp, hose bundle is through again the outer frame positioning pipe that turns and inserts in separator disk, and separator disk and turn outward frame be in the same way certain proportion rotate, therefore its winding of rotating generation with separator disk can be eliminated by its rotation with housing, thus reach the object of antiwind unblock.Pending material is inhaled into by feed pipe, separator disk is entered into by flexible pipe, enter in material cavity volume by dial feed mouth, material in separator disk after high speed centrifugation, form gas-liquid separation state, the material of bubbles does not enter into discharge nozzle discharging by rotating disk discharging opening, goes out pipe discharge containing alveolate material by the rotating disk gaseous phase outlet of separator disk to being discharged to gas phase.Define separation of material air entrapment uninterruptedly by continuous feed and discharging, realize extensive continuity material bubble separation.
Feed pipe in solution of the present invention, gas phase go out pipe and discharge nozzle and are linked into the dial feed mouth of separator disk, rotating disk gaseous phase outlet and rotating disk discharging opening respectively.
Feed pipe in solution of the present invention, gas phase go out pipe, discharge nozzle is concentrated by top flexible pipe location set beam tube card and hangs in frame.
Advantage of the present invention: the present invention drives separator disk by motor respectively by power transmission mechanism and turns frame outward, separator disk and turn outward frame be in the same way certain proportion rotate, therefore its soft tube winding rotating generation with separator disk can be eliminated by its rotation with housing, thus reach the object of antiwind unblock.Define separation of material air entrapment uninterruptedly by continuous feed and discharging, realize extensive continuity material bubble separation.Inner and outer rotors driving force of the present invention is sufficient, and charging and discharging pipeline not easily rupture, and production capacity is high, good stability, and structure is simple, and deaeration is effective.
Accompanying drawing explanation
Fig. 1 is single belt drive mechanism schematic diagram of the present invention.
Fig. 2 is the present invention's many belt transmission structures schematic diagram.
In figure: 1, casing; 2, motor; 3, belt wheel; 4, main drive belt; 5, primary shaft belt pulley; 6, driving sleeve; 7, housing bearing; 8, hose bundle; 9, outer turning confines a pipe clamp; 10, separator disk; 11, frame is turned outward; 12, pump head; 13, feed pipe; 14, gas phase goes out pipe; 15, discharge nozzle; 16, flexible pipe location pipe clamp; 17, separator disk inner chamber; 18, the quick boundling unit of rotating disk flexible pipe; 19, rotating shaft; 20, main shaft; 21, fixed wheel; 22, belt is turned in; 23, lower transition wheel; 24, upper transition wheel; 25, upper belt-wheel is turned in; 26, transition axis; 27, transition axis upper belt-wheel; 28, movable belt pulley is divided; 29, the main driving belt of separator disk; 30, separator disk driving pulley a; 31, housing driving pulley; 32, housing belt; 33, frame; 34, separator disk rotating spindle; 35, separator disk driving pulley b; 36, belt under frame is turned outward; 37, separator disk driving pulley c; 38, transition axis is rotated; 39, separator disk driving pulley d; 40, housing Internal epithelial band; 41, separator disk driving pulley e; 42, power decomposition axle.
Detailed description of the invention
The embodiment of the present invention 1 as shown in Figure 1
Continuous centrifugal bubble detaching device, what comprise separator disk 10 and be installed on outside separator disk 10 turns frame 11 outward, feed pipe 13, gas phase goes out pipe 14, discharge nozzle 15 is after respectively through 0# ~ 2# pump head 12, be hung on casing 1 by top flexible pipe location pipe clamp 16, motor 2 is installed on the base plate of casing 1, separator disk 10 is connected with separator disk rotating shaft 19, casing 1 upper end is provided with flexible pipe location pipe clamp 16, turn fixing outer turning on frame 11 outward and confine a pipe clamp 9, feed pipe 13, gas phase goes out pipe 14 and discharge nozzle 15 passes flexible pipe location pipe clamp 16 and outer turning confines a pipe clamp 9 at rotating disk flexible pipe quick boundling unit 18 place boundling insertion separator disk inner chamber 17, motor drives separator disk 10 respectively by power transmission mechanism and turns frame 11 outward, because flexible pipe is hung on frame and boundling by top flexible pipe location set beam tube card 16, turn frame positioning pipe 9 outside hose bundle is through again and insert separator disk inner chamber 17, and separator disk and to turn frame be outward enter to drive by dynamic transfer system to carry out rotating than rotating for the ratio in the same way of 2:1, therefore the winding that housing rotates generation with separator disk can be eliminated by the rotation of housing, thus reach the object of putting and being wound around and unlocking.Wherein the main shaft 20 of power transmission mechanism is fixed on base plate, driving sleeve 6 empty set is on main shaft 20, belt wheel 3 on motor output shaft is connected with primary shaft belt pulley 5 by main drive belt 4, primary shaft belt pulley 5 is fixed on driving sleeve 6, driving sleeve 6 with turn frame 11 lower end outward and fix, inside turn belt 22 1 headgear on main shaft 20 upper end fixed wheel 21, one to be enclosed within through transition wheel 23 and transition wheel 24 in turn on upper belt-wheel 25, and with transition wheel 23 and transition wheel 24 tensioning, the lower end inside turning upper belt-wheel 25 connects separator disk rotating shaft 19.
The embodiment of the present invention 2 as shown in Figure 2
Continuous centrifugal bubble detaching device, what comprise separator disk 10 and be installed on outside separator disk 10 turns frame 11 outward, feed pipe 13, gas phase goes out pipe 14, discharge nozzle 15 is after respectively through 0# ~ 2# pump head 12, be hung on casing 1 by top flexible pipe location pipe clamp 16, motor 2 is installed on the base plate of casing 1, separator disk 10 is connected with separator disk rotating shaft 19, casing 1 upper end is provided with flexible pipe location pipe clamp 16, turn fixing outer turning on frame 11 outward and confine a pipe clamp 9, feed pipe 13, gas phase goes out pipe 14 and discharge nozzle 15 passes flexible pipe location pipe clamp 16 and outer turning confines a pipe clamp 9 at rotating disk flexible pipe quick boundling unit 18 place boundling insertion separator disk inner chamber 17, and separator disk and to turn frame be outward enter to drive by dynamic transfer system to carry out rotating than rotating for the ratio in the same way of 2:1, therefore its winding of rotating generation with separator disk can be eliminated by its rotation with housing, thus reach the object of putting and being wound around and unlocking.Wherein power transmission mechanism be separator disk rotating spindle 34 by frame 33 and chassis backplane spacing, motor belt 4 one headgear is on electrical machine belt pulley 3, other end to be enclosed within the transition being installed on transition axis 26 lower end on belt wheel 5, transition axis 26 is fixed on chassis backplane by bearing, separator disk main driving belt 29 1 headgear is on the transition axis upper belt-wheel 27 being installed on transition axis 26 upper end, other end is enclosed within the separator disk driving pulley a30 of separator disk rotating spindle 34 bottom through a point movable belt pulley 28, and with point movable belt pulley 28 near, movable belt pulley 28 is divided to be arranged on power decomposition axle 42, power decomposition axle 42 is fixed on chassis backplane, under turning frame outward, belt 36 1 headgear is on the separator disk driving pulley b35 being installed on separator disk rotating spindle 34 top, other end be enclosed within be arranged on rotate transition axis 38 lower end separator disk driving pulley c37 on, housing Internal epithelial band 40 1 headgear be installed on rotate transition beat on the separator disk driving pulley d39 of 38 upper ends, the other end is enclosed within the separator disk driving pulley e41 above separator disk rotating shaft, separator disk driving pulley e41 is then connected with separator disk rotating shaft 19, separator disk 10 is driven by separator disk rotating shaft 19, housing axle sleeve 6 and housing bearing 7 are enclosed within separator disk rotating spindle 34, housing axle sleeve 6 with turn frame 11 outward and fix, housing belt 32 1 headgear is on point movable belt pulley 28 upper end, and other end is enclosed within housing driving pulley 31, and housing driving pulley 31 is connected with housing axle sleeve 6.Be hung on frame by top flexible pipe location set beam tube card due to flexible pipe and, hose bundle is through again the outer frame positioning pipe that turns and inserts in separator disk, and separator disk and to turn frame be outward enter to drive by dynamic transfer system to carry out rotating than rotating for the ratio in the same way of 2:1, therefore its winding of rotating generation with separator disk can be eliminated by its rotation with housing, thus reach the object of putting and being wound around and unlocking.
Embodiment of the present invention is not limited only to embodiment 1, example 2, and its actuating unit can also adopt gear transmission transmission mechanism or chain power transmission mechanism etc.
Claims (1)
1. a continuous centrifugal bubble detaching device, comprise the motor (2) be installed on casing (1) base plate, separator disk (10), the outer of separator disk (10) outside turns frame (11), casing (1) upper end is provided with flexible pipe location pipe clamp (16), turn upper fixing outer the turning of frame (11) outward and confine a pipe clamp (9), feed pipe (13), gas phase goes out pipe (14) and discharge nozzle (15) confines a pipe clamp (9) at rotating disk flexible pipe quick boundling unit (18) place boundling insertion separator disk inner chamber (17) through flexible pipe location pipe clamp (16) and outer turning, it is characterized in that motor drives separator disk (10) respectively by power transmission mechanism and turns frame (11) outward,
Power transmission mechanism comprises: separator disk rotating spindle (34) by frame (33) and chassis backplane spacing, motor belt (4) one headgear is on electrical machine belt pulley (3), other end to be enclosed within the transition being installed on transition axis (26) lower end on belt wheel (5), transition axis (26) is fixed on chassis backplane by bearing, separator disk main driving belt (29) headgear is on the transition axis upper belt-wheel (27) being installed on transition axis (26) upper end, other end is enclosed within the separator disk driving pulley a(30 of separator disk rotating spindle (34) bottom through point movable belt pulley (28)) on, and with point movable belt pulley (28) near, movable belt pulley (28) is divided to be arranged on power decomposition axle (42), power decomposition axle (42) is fixed on chassis backplane, under turning frame outward, belt (36) headgear is being installed on the separator disk driving pulley b(35 on separator disk rotating spindle (34) top) on, other end is enclosed within the separator disk driving pulley c(37 being arranged on and rotating transition axis (38) lower end) on, housing Internal epithelial band (40) one headgear rotates the separator disk driving pulley d(39 of transition axis (38) upper end being installed on) on, the other end is enclosed within the separator disk driving pulley e(41 above separator disk rotating shaft) on, separator disk driving pulley e(41) be then connected with separator disk rotating shaft (19), separator disk (10) is driven by separator disk rotating shaft (19), housing axle sleeve (6) and housing bearing (7) are enclosed within separator disk rotating spindle (34), housing axle sleeve (6) with to turn frame (11) outward and fix, housing belt (32) one headgear is on point movable belt pulley (28) upper end, other end is enclosed within housing driving pulley (31), and housing driving pulley (31) is connected with housing axle sleeve (6).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201310745283.8A CN103691162B (en) | 2013-12-31 | 2013-12-31 | Continuous centrifugal bubble detaching device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201310745283.8A CN103691162B (en) | 2013-12-31 | 2013-12-31 | Continuous centrifugal bubble detaching device |
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| Publication Number | Publication Date |
|---|---|
| CN103691162A CN103691162A (en) | 2014-04-02 |
| CN103691162B true CN103691162B (en) | 2015-08-12 |
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| CN201310745283.8A Active CN103691162B (en) | 2013-12-31 | 2013-12-31 | Continuous centrifugal bubble detaching device |
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Families Citing this family (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN115228147B (en) * | 2022-08-09 | 2023-08-11 | 绵阳世诺科技有限公司 | Non-vacuum planetary continuous deaeration machine |
Family Cites Families (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US3586413A (en) * | 1969-03-25 | 1971-06-22 | Dale A Adams | Apparatus for providing energy communication between a moving and a stationary terminal |
| US4056224A (en) * | 1975-03-27 | 1977-11-01 | Baxter Travenol Laboratories, Inc. | Flow system for centrifugal liquid processing apparatus |
| WO1993012888A1 (en) * | 1991-12-23 | 1993-07-08 | Baxter International Inc. | Centrifuge with separable bowl and spool elements providing access to the separation chamber |
| CN101934251B (en) * | 2010-08-17 | 2014-04-02 | 金卫医疗科技(上海)有限公司 | Differential centrifugal separation system for liquid mixture |
| CN202876445U (en) * | 2012-10-09 | 2013-04-17 | 边浩光 | Continuous vacuum defoamation machine |
| CN203663507U (en) * | 2013-12-31 | 2014-06-25 | 绵阳世诺科技有限公司 | Continuous bubble centrifugal separation device |
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