CN203725280U - Stable swirling flow field regulating device - Google Patents
Stable swirling flow field regulating device Download PDFInfo
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- CN203725280U CN203725280U CN201320837701.1U CN201320837701U CN203725280U CN 203725280 U CN203725280 U CN 203725280U CN 201320837701 U CN201320837701 U CN 201320837701U CN 203725280 U CN203725280 U CN 203725280U
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- eddy flow
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Abstract
The utility model discloses a stable swirling flow field regulating device relating to the field of gas field swirling flow in a pneumatic emulsifying and filtering technology. The stable swirling flow field regulating device comprises a swirling flow generating cylinder internally provided with a swirling flow plate blade, an annular rotary disc and a drive device, wherein the drive device comprises a drive motor, a lead screw gear shaft, a main shaft gear, a wide gear shaft, an outer-tooth inner screw, an ultra-wide gear, a pushing-pulling ring sleeve, a swinging bottom plate, a three-rod connecting plate, a plate-ring connecting rod and a rotating and swinging pushing-pulling rod; the drive motor is connected with the screw gear shaft; the driven gear is meshed with the main shaft gear; the ultra-wide gear is meshed with the outer-tooth inner screw; the outer-tooth inner screw is connected with the pushing-pulling ring sleeve; the pushing-pulling ring sleeve is provided with two fixed threaded holes, the plate-ring connecting plate is connected with the pushing-pulling ring sleeve through the fixed threaded holes, the other end of the plate-ring connecting rod is fixed together with the three-rod connecting plate, and one end of the rotating and swinging pushing-pulling rod, which is far away from the three-rod connecting plate, is connected with the drive device. The stable swirling flow field regulating device is high in speed reduction ratio, capable of accurately adjusting an angle of the swirling flow plate blade, simple in structure, and low in production cost and manufacture cost.
Description
Technical field
The utility model relates to the eddy flow field, gas field in Pneumatic emulsifying filtering technique, is specifically related to a kind of steady eddy flow field adjusting device.
Background technology
Along with the progress of flue gases purification, increasing engineering starts to apply Pneumatic emulsifying filtering technique; The key of Pneumatic emulsifying filtering technique reliability service, is the required liquid-column height that flow rotation produces.But the height of fluid column is such as, with the factors (flue gas flow, flue-gas temperature, flue gas pressures etc.) of the rotary speed of air-flow and flue gas relevant; Flue gas flow in Practical Project needs to change according to concrete filtration adjustment, due to the amount of sulfur contenting in smoke in different engineerings, flue gas flow, flue-gas temperature difference, therefore, in actual applications, in Pneumatic emulsifying filtering technique, producing the blade of spiral board and the angle of horizontal plane that cyclone turns needs adjustable.
Adjust the angle of spiral-plate leaf need to have a certain size, slow motive force, and then cause using the reduction box of multiple big retarding ratios, its complicated structure, produce and manufacturing cost higher.
Application number is 03148538.3 patent of invention " Superstrory turbulent mass transfer tower of the mixed method of heterogeneous reaction and employing the method ", can adjust the angle between Superstrory turbulent mass transfer tower spiral board and horizontal plane.Unsteady flow pipe in described patent of invention be shaped as identical right-angled trapezium blade, support by center pole on the shorter one side of unsteady flow pipe, support by outer wall on longer one side.In fact spiral-plate leaf is unilateral when parallel with barrel bus, and intersection is straight flange; Spiral-plate leaf is unilateral when vertical with barrel bus, and intersection is circular; Spiral-plate leaf is unilateral with barrel bus while acutangulating, and intersection transversal is ellipse.
Application number be 03148538.3 patent of invention in the time that reality is used, there is following defect:
(1) in actual use, due to spiral-plate leaf is unilateral and barrel bus between angle may be only acute angle, therefore spiral-plate leaf unilateral with intersection transversal barrel bus be ellipse, spiral-plate leaf limit cannot form seamless contact with the tube wall of unsteady flow pipe, and the gap of right-angled trapezium blade and barrel is larger, can cause serious air leakage phenomena, and then reduce the precision of the rotary speed of adjusting air-flow, adjust effect poor.
(2) spiral-plate leaf is right-angled trapezium, and its middle part area is larger, and both sides axis hole is little, and spiral-plate leaf is arranged in the pipe of unsteady flow pipe after being difficult to manufacture shaping, when installation, sharf can only be first installed, and then spiral-plate leaf is installed, and installation process is more difficult.
Utility model content
For the defect existing in prior art, the purpose of this utility model is to provide a kind of steady eddy flow field adjusting device, the utility model in use speed reducing ratio of drive unit is larger, not only can adjust accurately the angle of spiral-plate leaf, adjustment effect is better, and relatively simple for structure, production cost and manufacturing cost are lower.
For reaching above object, the technical scheme that the utility model is taked is: a kind of steady eddy flow field adjusting device, comprise that inside is provided with the eddy flow generation cylinder of spiral-plate leaf, for adjusting annular rotary table and the drive unit of spiral-plate leaf angle, the cross section that cylinder occurs described eddy flow is circular, the quantity of described spiral-plate leaf has multiple, there is the radial distribution of cylinder along eddy flow in spiral-plate leaf, described annular rotary table is connected in the outer wall of eddy flow generation cylinder by bearing, each spiral-plate leaf is all connected with annular rotary table by 1 jockey, annular rotary table is connected with drive unit,
Described drive unit comprises gear housing, horizontally disposed drive motors, elasticity joint, screw rod tooth axle and wide gear axle; The output shaft of described drive motors is connected with screw rod tooth axle by elasticity joint; Described wide gear axle and screw rod tooth axle are fixed by rolling bearing and gear housing respectively, and screw rod tooth axle is provided with mainshaft gear near drive motors part, and wide gear axle part corresponding to mainshaft gear is provided with driven gear, and driven gear engages with mainshaft gear;
The middle part of the described screw rod tooth axle spiral shell in external tooth that has been threaded, described wide gear axle is fixedly connected with super wide gear with the corresponding part of spiral shell in external tooth, and super wide gear engages with the interior spiral shell of external tooth; In external tooth, spiral shell is useful on the push-and-pull ring set of axial restraint with the circumferential relative rotation of spiral shell in external tooth back to a side cover of screw rod tooth axle, and in external tooth, spiral shell is fixedly connected with push-and-pull ring set;
The bottom of described gear housing is provided with rotation base plate, and rotation base plate part corresponding to push-and-pull ring set is provided with three bar connecting plates, is provided with 2 plate ring connecting rods between push-and-pull ring set and three bar connecting plates; Push-and-pull ring set has 2 fixing threaded holes, one end of 2 plate ring connecting rods is threaded with 1 fixing threaded hole, the other end is all connected with the inside thread of three bar connecting plates through gear housing, the outside of three bar connecting plates is fixed with a switch pull bar, and switch pull bar is connected with annular rotary table away from one end of three bar connecting plates.
On the basis of technique scheme, the cross section of described spiral-plate leaf is fan-shaped, and spiral-plate leaf comprises the circular arc side, large footpath and the path circular arc side that are oppositely arranged; Described path circular arc side is provided with path fixed rotating shaft, there is Tong center and be provided with spiral board fixture in described eddy flow, the outer wall of spiral board fixture has multiple shaft holes, and the path fixed rotating shaft of each spiral-plate leaf is fixed by 1 shaft hole and spiral board fixture; Circular arc side, described large footpath is provided with the large footpath fixed rotating shaft that cylinder occurs through eddy flow, and the large footpath fixed rotating shaft of spiral-plate leaf is connected with annular rotary table by jockey.
On the basis of technique scheme, described large footpath fixed rotating shaft and eddy flow occur to be provided with between cylinder for sealing and ring washer and the O-ring seal of axial restraint spiral-plate leaf.
On the basis of technique scheme, the inside of described spiral board fixture is provided with antiscale magnet ring.
On the basis of technique scheme, spiral board fixture comprises interconnective eddy flow center lower plate and eddy flow center upper plate, eddy flow center lower plate and eddy flow center upper plate are hemispherical, and the shaft hole of spiral board fixture is opened respectively in the outer wall of the outer wall of eddy flow center lower plate and eddy flow center upper plate.
On the basis of technique scheme, described jockey comprises location ball cover and the rachis fork longitudinally arranging, described rachis fork has the first connecting hole and the second connecting hole, the second fixed axis of described spiral-plate leaf is fixed by the first connecting hole and rachis fork, and described location ball cover is fixed by bearing pin and the second connecting hole; Described eddy flow occurs to have ball cover locating slot between cylinder and annular rotary table, and described location ball cover adjacent pins axle part engages with the inside groove side of ball cover locating slot.
On the basis of technique scheme, the bottom of described rotation base plate is provided with fixed base plate, and rotation base plate is hinged by a rotation axle and fixed base plate.
On the basis of technique scheme, the outer of described annular rotary table is provided with rotating disk ear seat, and rotating disk ear seat rotates hinge pin by one and is connected with switch pull bar.
On the basis of technique scheme, there is cylinder by turntable bearing and eddy flow and be connected in described annular rotary table, and described turntable bearing occurs tin to fix by junk ring bolt and bearing pressure ring and eddy flow.
On the basis of technique scheme, the quantity of described spiral-plate leaf is 6～24.
Advantage of the present utility model is:
(1) after unlatching drive motors, can drive successively spiral shell in screw rod tooth axle, mainshaft gear, driven gear, wide gear axle, super wide gear, external tooth, push-and-pull ring set, plate ring connecting rod, three bar connecting plates, switch pull bar, annular rotary table, ball cover locating slot, bearing pin, location ball cover, rachis fork and spiral-plate leaf motion.The rotation of spiral-plate leaf changes the venting flow path area between spiral-plate leaf, and then causes by the flow velocity of flue gas and change, and makes the flue gas circumferential flow velocity in cylinder occurs eddy flow producing; There is the rotation parameter of the Pneumatic emulsifying filtration in cylinder along with circumferential flow velocity changes in eddy flow.
When the recoil simulator of Pneumatic emulsifying filtration system records after boiler fuel flow variable signal, operation drive motors motor rotates, and then the rotation parameter that Pneumatic emulsifying is filtered is done corresponding adjustment; The fluid column high stable filtering when Pneumatic emulsifying is during in optimum position, and the recoil simulator of Pneumatic emulsifying filtration system stops drive motors.After gear (the interior spiral shell of mainshaft gear, driven gear, super wide gear and the external tooth) differential reducing of the utility model by 4, promoting annular rotary table through switch pull bar rotates, swing by the synchronous eccentric shaft that drives each spiral-plate leaf of annular rotary table, not only speed reducing ratio is larger, can accurate adjustment spiral-plate leaf angle, and relatively simple for structure, production cost and manufacturing cost are lower.
(2) cross section of spiral-plate leaf of the present utility model is fan-shaped, spiral-plate leaf comprises circular arc side, He great footpath, path circular arc side, path circular arc side is provided with path fixed rotating shaft, and the path fixed rotating shaft of each spiral-plate leaf is fixed by 1 shaft hole and spiral board fixture; Circular arc side, large footpath is connected with annular rotary table by jockey by large footpath fixed rotating shaft.Spiral-plate leaf of the present utility model is first manufactured according to design accuracy, in by spiral-plate leaf eddy flow generation cylinder, outwards moves and inserts installation; Compared with the spiral-plate leaf of right-angled trapezium in prior art, after in the utility model, fan-shaped spiral-plate leaf can be manufactured successfully, from cylinder introversion, plug-in type is installed, the gap producing between spiral-plate leaf and eddy flow generation cylinder is less, leak out less, not only easy for installation, and can adjust accurately spiral-plate leaf.
(3) the large footpath fixed rotating shaft of the utility model spiral-plate leaf and eddy flow occur to be provided with ring washer and O-ring seal between cylinder, and the barrel that cylinder occurs eddy flow is not prone to air leakage phenomena.
(4) inside of spiral board fixture of the present utility model is provided with antiscale magnet ring, antiscale magnet ring can make the inner magnetic field that forms of spiral board fixture, in the time of airflow passes spiral board fixture, air-flow can cutting magnetic line and charged, and then generate trickle loose crystallization, reach antiscaling effect.
Brief description of the drawings
Fig. 1 is the structural representation of the utility model embodiment;
Fig. 2 is the left view of Fig. 1;
Fig. 3 is the top view of Fig. 1.
In figure: 1-rotating disk ear seat, 2-rotates hinge pin, 3-gear housing, 4-rotation base plate, 5-fixed base plate, 6-ring washer, there is cylinder in 7-eddy flow, 8-annular rotary table, 9-ball cover locating slot, 10-locates ball cover, 11-rachis fork, 12-O-ring seal, 13-spiral board fixture, 14-eddy flow center lower plate, 15-antiscale magnet ring, 16-eddy flow center upper plate, 17-spiral-plate leaf, 18-rotation axle, 19-drive motors, 20-elasticity joint, 21-rolling bearing, 22-driven gear, 23-mainshaft gear, 24-wide gear axle, the super wide gear of 25-, 26-screw rod tooth axle, spiral shell in 27-external tooth, 28-push-and-pull ring set, 29-plate ring connecting rod, 30-plate ring connecting rod, 31-switch pull bar.
Detailed description of the invention
Below in conjunction with drawings and Examples, the utility model is described in further detail.
Shown in Figure 1, the steady eddy flow field adjusting device in the utility model embodiment, comprises that cylinder 7, annular rotary table 8 and drive unit occur eddy flow.Cylinder 7 cross section occurs eddy flow be circular, and the inside that cylinder 7 occurs eddy flow multiplely along eddy flow, a 7 radially-arranged spiral-plate leaf 17 occurs along being circumferentially provided with; Annular rotary table 8 is connected in the outer wall of eddy flow generation cylinder 7 by bearing, each spiral-plate leaf is all connected with annular rotary table 8 by 1 jockey, the outer of annular rotary table 8 is provided with rotating disk ear seat 1, and rotating disk ear seat 1 rotates hinge pin 2 by one and is connected with drive unit.Drive unit is by driving jockey to adjust the angle of inclination of spiral-plate leaf 17.
In the utility model embodiment, the quantity of spiral-plate leaf 17 is 6～24, the cross section of spiral-plate leaf 17 is fan-shaped, it comprises the circular arc side, He great footpath, path circular arc side being oppositely arranged, the path circular arc side of spiral-plate leaf 17 is provided with path fixed rotating shaft, the center that cylinder 7 occurs eddy flow is provided with spiral board fixture 13, the outer wall of spiral board fixture 13 has multiple shaft holes, and the path fixed rotating shaft of each spiral-plate leaf 17 is fixing by 1 shaft hole and spiral board fixture 13.The inside of spiral board fixture 13 is provided with antiscale magnet ring 15.The circular arc side, large footpath of spiral-plate leaf 17 is provided with the large footpath fixed rotating shaft that cylinder 7 occurs through eddy flow, and the large footpath fixed rotating shaft of spiral-plate leaf 17 is connected with annular rotary table 8 by jockey; Large footpath fixed rotating shaft and eddy flow occur to be provided with ring washer 6 and O-ring seal 12 between cylinder 7, the sealing spiral-plate leaf 17 that ring washer 6 and O-ring seal 12 can be permanent, and axial restraint spiral-plate leaf 17, guarantee spiral-plate leaf 17 is not done axially-movable.
Jockey comprises rachis fork 11 and the location ball cover 10 of longitudinal setting, rachis fork 11 has the first connecting hole and the second connecting hole, the large footpath fixed axis of spiral-plate leaf 17 is fixing by the first connecting hole and rachis fork 11, and location ball cover 10 is fixed by bearing pin and the second connecting hole.Eddy flow occurs to have ball cover locating slot 9 between cylinder 7 and annular rotary table 8, and the contiguous bearing pin part of location ball cover 10 engages with the inside groove side of ball cover locating slot 9.When annular rotary table 8 switch, ball cover locating slot 9 can limit horizontal direction and the movement in vertical direction of location ball cover 10 along ball cover locating slot 9; The correspondence location of this horizontal direction and movement in vertical direction has formed the engagement in rotation of annular rotary table 8 with spiral-plate leaf 17, accurately deflection angle of spiral-plate leaf 17 while having ensured that annular rotary table 8 rotates.
Drive unit comprises gear housing 3, horizontally disposed drive motors 19, elasticity joint 20, screw rod tooth axle 26 and wide gear axle 24.The output shaft of drive motors 19 is connected with screw rod tooth axle 26 by elasticity joint 20, and wide gear axle 24 and screw rod tooth axle 26 are fixing with gear housing 3 by rolling bearing 21 respectively.Screw rod tooth axle 26 is provided with mainshaft gear 23 near drive motors 19 parts, and wide gear axle 24 part corresponding to mainshaft gear 23 is provided with driven gear 22, and driven gear 22 engages with mainshaft gear 23.
The middle part of screw rod tooth axle 26 spiral shell 27 in external tooth that has been threaded, wide gear axle 24 is fixedly connected with super wide gear 25 with the corresponding part of spiral shell 27 in external tooth, and super wide gear 25 engages with the interior spiral shell 27 of external tooth.In external tooth, a side cover of spiral shell 27 has push-and-pull ring set 28, and in external tooth, spiral shell 27 and push-and-pull ring set 28 are fixed by pressure ring nut.Pressure ring nut can axial restraint external tooth in spiral shell 27 and push-and-pull ring set 28 simultaneously, ensure in external tooth that spiral shell 27 and push-and-pull ring set 28 relatively rotate.Shown in Fig. 1, Fig. 3, the bottom of gear housing 3 is provided with rotation base plate 4, and rotation base plate 4 part corresponding to push-and-pull ring set 28 is provided with three bar connecting plates 30, is provided with 2 plate ring connecting rods 29 between push-and-pull ring set 28 and three bar connecting plates 30.Push-and-pull ring set 28 has 2 fixing threaded holes; One end of 2 plate ring connecting rods 29 is threaded with 1 fixing threaded hole, the other end is all connected with the inside thread of three bar connecting plates 30 through gear housing 3, the outside of three bar connecting plates 30 is fixed with a switch pull bar 31, and the other end of switch pull bar 31 is hinged with rotation hinge pin 2.The bottom of rotation base plate 4 is provided with fixed base plate 5, and rotation base plate 4 is hinged by a rotation axle 18 and fixed base plate 5.
Annular rotary table 8 in the utility model embodiment is by turntable bearing and 7 supportings of eddy flow generation cylinder, and annular rotary table 8 is by junk ring bolt and bearing pressure ring and eddy flow generation cylinder 7 formation swivel bearings; Annular rotary table 8 is determined by the stroke of switch pull bar 31 around the outer wall rotation of eddy flow generation cylinder 7, the rotation angle of annular rotary table 8.Spiral board fixture 13 comprises interconnective eddy flow center lower plate 14 and eddy flow center upper plate 16, eddy flow center lower plate 14 and eddy flow center upper plate 16 are hemispherical, the shaft hole of spiral board fixture 13 is opened respectively in the outer wall of the outer wall of eddy flow center lower plate 14 and eddy flow center upper plate 16, within eddy flow center lower plate 14 and eddy flow center upper plate 16, lays antiscale magnet ring 15.
The course of work of the utility model embodiment is as follows:
Flue gas desulphurization system operation drive motors 19, drive motors 19 drives screw rod tooth axle 26 to rotate by elasticity joint 20, screw rod tooth axle 26 drives mainshaft gear 23 to rotate, and mainshaft gear 23 drives driven gear 22 and wide gear axle 24 to rotate, and wide gear axle 24 drives super wide gear 25 to rotate.Super wide gear 25 drives spiral shell 27 in external tooth to rotate, and has relative speed discrepancy due between the inside spin of spiral shell in external tooth 27 and screw rod tooth axle 26, and therefore in external tooth, spiral shell 27 can rotate with respect to screw rod tooth axle 26, and the interior spiral shell 27 of external tooth moves axially on screw rod tooth axle 26.In external tooth, moving axially of spiral shell 27 drives push-and-pull ring set 28 to move axially, and moving axially of push-and-pull ring set 28 drives plate ring connecting rod 29, three bar connecting plates 30 and 31 push-and-pulls of switch pull bar to move.
When 31 push-and-pulls of switch pull bar are moved, switch pull bar 31 drives annular rotary table 8 rotations by rotating hinge pin 2 and rotating disk ear seat 1, the rotation of annular rotary table 8 drives 9 rotations of ball cover locating slot, after 9 rotations of ball cover locating slot, promote bearing pin, location ball cover 10, rachis fork 11 and spiral-plate leaf 17 rotations.The rotation of spiral-plate leaf 17 changes the venting flow path area of 17 of spiral-plate leafs, and then causes by the flow velocity of flue gas and change, and makes the flue gas producing, at eddy flow, cylinder 7 interior circumferential flow velocitys occur; There is the rotation parameter of the Pneumatic emulsifying filtration in cylinder 7 along with circumferential flow velocity changes in eddy flow.When 31 push-and-pulls of switch pull bar are moved, the rotation axle 18 of gear housing 3 on fixed base plate 5 done corresponding rotation.When the utility model embodiment uses, can adjust the rotation parameter that Pneumatic emulsifying filters by opening drive motors 19; In the time that the relevant Gas Parameters of flue gas desulphurization system changes, flue gas desulphurization system can be controlled drive motors 19 forward operations, reversion operation and stop, and then controls the flow regime of Pneumatic emulsifying, ensures the stable eddy flow work of whole flue gas desulphurization system.Antiscale magnet ring 15 can make the inner magnetic fields that form of spiral board fixture 13, and in the time of airflow passes spiral board fixture 13, air-flow can cutting magnetic line and charged, and then generates trickle loose crystallization, has reached antiscaling effect.
The utility model is not limited to above-mentioned embodiment; for those skilled in the art; not departing under the prerequisite of the utility model principle, can also make some improvements and modifications, within these improvements and modifications are also considered as protection domain of the present utility model.The content not being described in detail in this description belongs to the known prior art of professional and technical personnel in the field.
Claims (10)
1. a steady eddy flow field adjusting device, comprise that inside is provided with the eddy flow generation cylinder (7) of spiral-plate leaf (17), be used for adjusting annular rotary table (8) and the drive unit of spiral-plate leaf (17) angle, the cross section that cylinder (7) occurs described eddy flow is circular, the quantity of described spiral-plate leaf (17) has multiple, there is the radial distribution of cylinder (7) along eddy flow in spiral-plate leaf (17), described annular rotary table (8) is connected in the outer wall of eddy flow generation cylinder (7) by bearing, each spiral-plate leaf is all connected with annular rotary table (8) by 1 jockey, annular rotary table (8) is connected with drive unit, it is characterized in that:
Described drive unit comprises gear housing (3), horizontally disposed drive motors (19), elasticity joint (20), screw rod tooth axle (26) and wide gear axle (24); The output shaft of described drive motors (19) is connected with screw rod tooth axle (26) by elasticity joint (20); Described wide gear axle (24) and screw rod tooth axle (26) are fixing by rolling bearing (21) and gear housing (3) respectively, screw rod tooth axle (26) is provided with mainshaft gear (23) near drive motors (19) part, wide gear axle (24) is provided with driven gear (22) with the corresponding part of mainshaft gear (23), and driven gear (22) engages with mainshaft gear (23);
The middle part of described screw rod tooth axle (26) spiral shell (27) in external tooth that has been threaded, described wide gear axle (24) is fixedly connected with super wide gear (25) with the corresponding part of spiral shell (27) in external tooth, and super wide gear (25) engages with the interior spiral shell (27) of external tooth; In external tooth, spiral shell (27) is useful on the push-and-pull ring set (28) of axial restraint with the circumferential relative rotation of spiral shell in external tooth (27) back to a side cover of screw rod tooth axle (26), and in external tooth, spiral shell (27) is fixedly connected with push-and-pull ring set (28);
The bottom of described gear housing (3) is provided with rotation base plate (4), rotation base plate (4) is provided with three bar connecting plates (30) with the corresponding part of push-and-pull ring set (28), between push-and-pull ring set (28) and three bar connecting plates (30), is provided with 2 plate ring connecting rods (29); Push-and-pull ring set (28) has 2 fixing threaded holes, one end of 2 plate ring connecting rods (29) is threaded with 1 fixing threaded hole, the other end is all connected with the inside thread of three bar connecting plates (30) through gear housing (3), the outside of three bar connecting plates (30) is fixed with a switch pull bar (31), and switch pull bar (31) is connected with annular rotary table (8) away from one end of three bar connecting plates (30).
2. steady eddy flow field adjusting device as claimed in claim 1, is characterized in that: the cross section of described spiral-plate leaf (17) is fan-shaped, and spiral-plate leaf (17) comprises the circular arc side, large footpath and the path circular arc side that are oppositely arranged; Described path circular arc side is provided with path fixed rotating shaft, the center that cylinder (7) occurs described eddy flow is provided with spiral board fixture (13), the outer wall of spiral board fixture (13) has multiple shaft holes, and the path fixed rotating shaft of each spiral-plate leaf (17) is fixing by 1 shaft hole and spiral board fixture (13); Circular arc side, described large footpath is provided with the large footpath fixed rotating shaft that cylinder (7) occurs through eddy flow, and the large footpath fixed rotating shaft of spiral-plate leaf (17) is connected with annular rotary table (8) by jockey.
3. steady eddy flow field adjusting device as claimed in claim 2, is characterized in that: between described large footpath fixed rotating shaft and eddy flow generation cylinder (7), be provided with ring washer (6) and the O-ring seal (12) for sealing and axial restraint spiral-plate leaf (17).
4. steady eddy flow field adjusting device as claimed in claim 2, is characterized in that: the inside of described spiral board fixture (13) is provided with antiscale magnet ring (15).
5. steady eddy flow field adjusting device as claimed in claim 2, it is characterized in that: spiral board fixture (13) comprises interconnective eddy flow center lower plate (14) and eddy flow center upper plate (16), eddy flow center lower plate (14) and eddy flow center upper plate (16) are hemispherical, and the shaft hole of spiral board fixture (13) is opened respectively in the outer wall of the outer wall of eddy flow center lower plate (14) and eddy flow center upper plate (16).
6. steady eddy flow field adjusting device as claimed in claim 1, it is characterized in that: described jockey comprises location ball cover (10) and the rachis fork (11) longitudinally arranging, described rachis fork (11) has the first connecting hole and the second connecting hole, the second fixed axis of described spiral-plate leaf (17) is fixing by the first connecting hole and rachis fork (11), and described location ball cover (10) is fixed by bearing pin and the second connecting hole; Described eddy flow occurs to have ball cover locating slot (9) between cylinder (7) and annular rotary table (8), and the contiguous bearing pin part of described location ball cover (10) engages with the inside groove side of ball cover locating slot (9).
7. steady eddy flow field adjusting device as claimed in claim 1, is characterized in that: the bottom of described rotation base plate (4) is provided with fixed base plate (5), and rotation base plate (4) is hinged by a rotation axle (18) and fixed base plate (5).
8. the steady eddy flow field adjusting device as described in claim 1 to 7 any one, is characterized in that: the outer of described annular rotary table (8) is provided with rotating disk ear seat (1), and rotating disk ear seat (1) rotates hinge pin (2) by one and is connected with switch pull bar (31).
9. the steady eddy flow field adjusting device as described in claim 1 to 7 any one, it is characterized in that: described annular rotary table (8) by turntable bearing and eddy flow, cylinder (7) occurs and is connected, described turntable bearing with eddy flow, tin (7) occurs by junk ring bolt and bearing pressure ring to be fixed.
10. the steady eddy flow field adjusting device as described in claim 1 to 7 any one, is characterized in that: the quantity of described spiral-plate leaf (17) is 6～24.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320837701.1U CN203725280U (en) | 2013-12-18 | 2013-12-18 | Stable swirling flow field regulating device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320837701.1U CN203725280U (en) | 2013-12-18 | 2013-12-18 | Stable swirling flow field regulating device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203725280U true CN203725280U (en) | 2014-07-23 |
Family
ID=51195383
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201320837701.1U Withdrawn - After Issue CN203725280U (en) | 2013-12-18 | 2013-12-18 | Stable swirling flow field regulating device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN203725280U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103691584A (en) * | 2013-12-18 | 2014-04-02 | 中船重工环境工程有限公司 | Stable vortex flow field adjusting device |
| CN110237653A (en) * | 2019-06-21 | 2019-09-17 | 郑州轻工业学院 | A kind of spiral board reaction system automatically adjusting blade angle and its application method |
| CN115608222A (en) * | 2022-12-21 | 2023-01-17 | 新希望双喜乳业（苏州）有限公司 | Vacuum emulsification device for dairy product production and emulsification process thereof |
-
2013
- 2013-12-18 CN CN201320837701.1U patent/CN203725280U/en not_active Withdrawn - After Issue
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103691584A (en) * | 2013-12-18 | 2014-04-02 | 中船重工环境工程有限公司 | Stable vortex flow field adjusting device |
| CN103691584B (en) * | 2013-12-18 | 2015-09-30 | 中船重工环境工程有限公司 | A kind of steady eddy flow field adjusting device |
| CN110237653A (en) * | 2019-06-21 | 2019-09-17 | 郑州轻工业学院 | A kind of spiral board reaction system automatically adjusting blade angle and its application method |
| CN110237653B (en) * | 2019-06-21 | 2021-08-13 | 郑州轻工业学院 | Rotational flow plate reaction system capable of automatically adjusting blade angle and use method thereof |
| CN115608222A (en) * | 2022-12-21 | 2023-01-17 | 新希望双喜乳业（苏州）有限公司 | Vacuum emulsification device for dairy product production and emulsification process thereof |
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