CN204628927U - The other open type straight pipe pressure-equalizing corrugated compensator of a kind of non-resistance - Google Patents
The other open type straight pipe pressure-equalizing corrugated compensator of a kind of non-resistance Download PDFInfo
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- CN204628927U CN204628927U CN201520318980.XU CN201520318980U CN204628927U CN 204628927 U CN204628927 U CN 204628927U CN 201520318980 U CN201520318980 U CN 201520318980U CN 204628927 U CN204628927 U CN 204628927U
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Abstract
The utility model relates to the other open type straight pipe pressure-equalizing corrugated compensator of a kind of non-resistance, comprises the work bellows be connected with main pipeline; Work bellows connects main pipeline and main transfer flange, and main pipeline is provided with equalizing main, and described equalizing main and main pipeline disalignment, equalizing main is provided with balance bellows, and balance bellows is provided with balance transfer flange; Balancing pull rod is provided with in the both sides of balance transfer flange, described balancing pull rod reaches main pipeline both sides from balance transfer flange, be provided with main tie in the both sides of main transfer flange, described main tie corresponds to the position of balancing pull rod in the position of the circumferencial direction of main pipeline; Main tie is connected by triangle lever with the top of balancing pull rod.The beneficial effects of the utility model are: the structure simplifying straight-through type corrugated expansion joint, reduces manufacture cost, improves voltage endurance capability; Effectively can avoid the generation of Pole-shape unstability phenomenon, not have flow resistance and noise, form structure is conducive to pipeline and is arranged side by side.
Description
Technical field
The utility model belongs to the balanced compensated device of pipeline pressure, particularly relates to the other open type straight pipe pressure-equalizing corrugated compensator of a kind of non-resistance.
Background technique
There is the pressure piping of fixing device at two ends, and pipeline can produce distortion because expanding with heat and contract with cold, and this just requires must install compensator element in the duct.When pipeline is maked somebody a mere figurehead or the equipment of pipe ends can not bear larger thrust, just need installation one not have the compensator of internal pressure thrust (i.e. blind flange force), this compensator is exactly axial pressure balance FlexbleJoint.Axial pressure balance FlexbleJoint comprises straight-through type and bypass type two type.Straight-through type corrugated expansion joint is called straight pipe pressure balance type type FlexbleJoint, is a kind of complete interior pressure compensator; Its feature is the useful area of balance bellows is the twice of work bellows useful area, internal pressure thrust has been balanced by pull bar during work, compensator operationally can not produce thrust because of the rising of pressure to terminal device, and compensator itself can be stretched or compress; The shortcoming of this compensator is that three bellowss are out of shape simultaneously when being compensator distortion, and be piping in parallel, during pressure height, bellows is thicker, and rigidity power (elastic force) is very large, and radial dimension is very large, when there being parallel multiple pipeline, does not arrange; Meanwhile, internal pressure corrugated pipe is because bellows has the trend of outwards extending by during interior pressure, and bellows two ends pipeline has a reaction force, is equivalent to bellows and is in pressured state, there is pressure bar stabilization sex chromosome mosaicism, namely has Pole-shape unstability problem.When designing, external pressure compensator can do more the wave number of bellows, compensation rate can be done very large, interior pressure then cannot because wave number many after there is post unstable phenomenon, had bypass type corrugated expansion joint for this reason.At GBT 12777-2008 " metal corrugated pipe expansion joint general technical specifications " about the description of pressure balancing type expansion joint of bypass straight tube be: be made up of structural members such as two identical bellowss and end ring, balance tube end socket, outer tubes, be mainly used in absorbing axial displacement and the expansion joint that can balance ripple pipe pressure thrust; Pressure balancing type expansion joint of bypass straight tube comprises full external-compression type and inside and outside pressure combined two kinds.When straight-through type corrugated expansion joint and bypass type corrugated expansion joint use, common feature is the axial displacement of compensation pipes and does not have pressure thrust, and difference is that external-compression type corrugated expansion joint does not have Pole-shape unstability phenomenon; But when the defect that bypass type corrugated expansion joint exists is media flow, resistance is very large, also has noise problem during speed height.
Summary of the invention
The purpose of this utility model is the technological scheme proposing the other open type straight pipe pressure-equalizing corrugated compensator of a kind of non-resistance, overcome the defect that straight-through type corrugated expansion joint radial dimension is large and rigidity power is large, it also avoid the defect producing noise when bypass type corrugated expansion joint increases media flow resistance and medium flow at high speed.
To achieve these goals, the technical solution of the utility model is: the other open type straight pipe pressure-equalizing corrugated compensator of a kind of non-resistance, comprises the work bellows that two ends are connected with main pipeline; It is characterized in that, the rear end of work bellows is provided with main transfer flange, and main transfer flange is provided with the main tie stretched out forward along main pipeline axis; The described main pipeline be connected with work bellows front end is provided with equalizing main, described equalizing main stretches out main pipeline from the side of main pipeline, equalizing main is provided with balance bellows, one end of described balance bellows is communicated with main pipeline by equalizing main, the other end of balance bellows is provided with balance transfer flange, and described balance transfer flange connects a balance tube end socket; Balance transfer flange is provided with the balancing pull rod stretched out to main pipeline direction along equalizing main axis, a balancing pull rod is at least provided with relative to every side, the both sides of main pipeline at balance transfer flange, the quantity of described main tie is identical with the quantity of balancing pull rod, often props up main tie and corresponds to a balancing pull rod in the position of the circumferencial direction of main pipeline; Be provided with pull bar the steering gear in the both sides of main pipeline and equalizing main joint, often prop up main tie and be connected by a described pull bar the steering gear with corresponding balancing pull rod; Pulling force is delivered to main tie from balancing pull rod by pull bar the steering gear.
Further, described pull bar the steering gear is triangle lever, the rotating shaft of described triangle lever is arranged on described main pipeline and equalizing main joint, and the two ends of triangle lever are respectively equipped with the mobile jib bearing pin be connected with main tie and the balancing pole bearing pin be connected with balancing pull rod; When balancing pull rod pulls triangle lever, triangle lever pulls main tie; When main tie pulls triangle lever, triangle lever pulls balancing pull rod.
Further, the caliber of described equalizing main is identical with the caliber of main pipeline, and described work bellows and balance bellows are the bellowss of same size.
Further, described triangle lever shaft equals the centre distance of triangle lever shaft to balancing pole bearing pin to the centre distance of mobile jib bearing pin; The axes normal of main tie is in triangle lever shaft to the line at mobile jib bearing pin center, and the axes normal of balancing pull rod is in triangle lever shaft to the line at balancing pole bearing pin center.
Further, be provided with two balancing pull rods at described balance transfer flange relative to every side, the both sides of main pipeline, four balancing pull rods are symmetrical relative to main pipeline; Main transfer flange is provided with four main ties, and the position of often propping up main tie corresponds to a balancing pull rod; Be provided with two triangle levers in every side, both sides of main pipeline and equalizing main joint, often prop up main tie and be connected by a described triangle lever with corresponding balancing pull rod.
Further, two balancing pull rods away from described work bellows connect a main tie near balance bellows respectively by an interior triangular lever, the rotating shaft of described interior triangular lever is relative to balancing pole bearing pin to the skew of work bellows direction, and the rotating shaft of described interior triangular lever offsets to balance bellows direction relative to mobile jib bearing pin;
Two balancing pull rods near work bellows connect the main tie of a far from equilibrium bellows respectively by an outer triangle lever, the rotating shaft of described outer triangle lever is relative to the opposite direction skew of balancing pole bearing pin to work bellows, and the rotating shaft of described outer triangle lever is relative to the opposite direction skew of mobile jib bearing pin to balance bellows;
Main tie is provided with fluting, and the described balancing pull rod near work bellows connects balance transfer flange and outer triangle lever through the described fluting on two main ties.
Further, described equalizing main is perpendicular to main pipeline.
Further, described equalizing main is communicated with main pipeline by the intercommunicating pore be arranged on main pipeline, has two described intercommunicating pores to lay respectively at two side positions near main pipeline and equalizing main seam; When equalizing main protrudes upward, the position of intercommunicating pore corresponds to the extreme lower position of equalizing main.
Further, when equalizing main protrudes upward, be provided with deflating valve on the top of described balance tube end socket; When equalizing main stretches out, be provided with liquid port on the top of described balance tube end socket downwards.
The beneficial effects of the utility model are: the structure simplifying straight-through type corrugated expansion joint, reduces manufacture cost, improves voltage endurance capability; Can effectively reduce rigidity power, significantly reduce the radial dimension of compensator, form structure is conducive to pipeline and is arranged side by side; There is no flow resistance and noise,
Below in conjunction with drawings and Examples, the utility model is described in detail.
Accompanying drawing explanation
Fig. 1 is the utility model structural drawing, and equalizing main stretches out vertically upward;
Fig. 2 is the A-A sectional view of Fig. 1;
Fig. 3 is the B-B sectional view of Fig. 1;
Fig. 4 is common straight-through type corrugated expansion joint structural drawing;
Fig. 5 is the utility model structural drawing that equalizing main stretches out vertically downward.
Embodiment
As shown in Figure 1, Figure 2, Fig. 3, Fig. 5, the other open type straight pipe pressure-equalizing corrugated compensator of a kind of non-resistance, comprises the work bellows 2 that two ends are connected with main pipeline 1; Main pipeline is the pressure piping of transport flow medium.The rear end of work bellows is provided with main transfer flange 3, and main transfer flange is provided with the main tie 9 stretched out forward along main pipeline axis; The described main pipeline be connected with work bellows front end is provided with equalizing main 4, described equalizing main stretches out main pipeline from the side of main pipeline, equalizing main is provided with balance bellows 5, one end of described balance bellows is communicated with main pipeline by equalizing main, the other end of balance bellows is provided with balance transfer flange 6, and described balance transfer flange connects a balance tube end socket 7; Balance transfer flange is provided with the balancing pull rod 8(stretched out to main pipeline direction along equalizing main axis and comprises 8a and 8b in figure), a balancing pull rod is at least provided with relative to every side, the both sides of main pipeline at balance transfer flange, the quantity of described main tie is identical with the quantity of balancing pull rod, often props up main tie and corresponds to a balancing pull rod in the position of the circumferencial direction of main pipeline; Be provided with pull bar the steering gear in the both sides of main pipeline and equalizing main joint, often prop up main tie and be connected by a described pull bar the steering gear with corresponding balancing pull rod; Pulling force is delivered to main tie from balancing pull rod by pull bar the steering gear.
Described pull bar the steering gear is 10a and 10b that triangle lever 10(comprises in figure), the rotating shaft 14(of described triangle lever comprises 14a and 14b in figure) be arranged on described main pipeline and equalizing main joint, the two ends of triangle lever are respectively equipped with the mobile jib bearing pin 16 be connected with main tie and the balancing pole bearing pin 15 be connected with balancing pull rod; When balancing pull rod pulls triangle lever, triangle lever pulls main tie; When main tie pulls triangle lever, triangle lever pulls balancing pull rod.
In order to the blind flange force of active balance main pipeline, the caliber of described equalizing main is identical with the caliber of main pipeline, and described work bellows and balance bellows are the bellowss of same size.
Described triangle lever shaft equals the centre distance L2 of triangle lever shaft to balancing pole bearing pin to the centre distance L1 of mobile jib bearing pin; The axes normal of main tie is in triangle lever shaft to the line at mobile jib bearing pin center, and the axes normal of balancing pull rod is in triangle lever shaft to the line at balancing pole bearing pin center.
Be provided with two balancing pull rods at described balance transfer flange relative to every side, the both sides of main pipeline, four balancing pull rods are symmetrical relative to main pipeline; Main transfer flange is provided with four main ties, and the position of often propping up main tie corresponds to a balancing pull rod; Be provided with two triangle levers in every side, both sides of main pipeline and equalizing main joint, often prop up main tie and be connected by a described triangle lever with corresponding balancing pull rod.
Two balancing pull rod 8a away from described work bellows connect a main tie near balance bellows respectively by an interior triangular lever 10a, the rotating shaft of described interior triangular lever is relative to balancing pole bearing pin to the skew of work bellows direction, and the rotating shaft of described interior triangular lever offsets to balance bellows direction relative to mobile jib bearing pin;
Two balancing pull rod 8b near work bellows connect the main tie of a far from equilibrium bellows respectively by an outer triangle lever 10b, the rotating shaft of described outer triangle lever is relative to the opposite direction skew of balancing pole bearing pin to work bellows, and the rotating shaft of described outer triangle lever is relative to the opposite direction skew of mobile jib bearing pin to balance bellows;
Main tie is provided with fluting, and the described balancing pull rod near work bellows connects balance transfer flange and outer triangle lever through the described fluting on two main ties.
As a kind of preferred version, described equalizing main is perpendicular to main pipeline.
Described equalizing main is communicated with main pipeline by the intercommunicating pore 12 be arranged on main pipeline, has two described intercommunicating pores to lay respectively at two side positions near main pipeline and equalizing main seam; When equalizing main protrudes upward, the position of intercommunicating pore corresponds to the extreme lower position of equalizing main.
When main pipeline is used for conveying liquid body medium, in order to discharge the gas accumulated in equalizing main, when equalizing main protrudes upward, be provided with deflating valve 11 on the top of described balance tube end socket, as shown in Figure 2.
When main pipeline is for carrying gas body medium, in order to discharge the liquid (as condensed water) accumulated in equalizing main, when equalizing main stretches out, be provided with liquid port 13 on the top of described balance tube end socket, as shown in Figure 5 downwards.
Embodiment one:
As shown in Figure 1, Figure 2, Fig. 3, the other open type straight pipe pressure-equalizing corrugated compensator of a kind of non-resistance, comprises the work bellows 2 that two ends are connected with main pipeline 1.Main pipeline is the pressure piping of transport flow medium, and main pipeline is provided with equalizing main 4.
The rear end of work bellows is provided with main transfer flange 3, and main transfer flange is provided with four main ties 9 stretched out forward along main pipeline axis.Four main ties are symmetrically distributed in main pipeline both sides in the horizontal direction.Main tie is connected with main transfer flange by bolt 9-1.
Described equalizing main is arranged on the main pipeline that is connected with the bellows front end that works, equalizing main protrudes upward main pipeline from the side of main pipeline, and perpendicular to main pipeline, equalizing main is communicated with main pipeline by the intercommunicating pore 12 be arranged on main pipeline, there are two described intercommunicating pores to lay respectively at two side positions near main pipeline and equalizing main seam, make the position of intercommunicating pore correspond to the extreme lower position of equalizing main.Equalizing main not only can be communicated with main pipeline by intercommunicating pore, if main pipeline is for carrying gas medium, the liquid (as condensed water) in equalizing main can also be entered main pipeline, and the pumping equipment arranged by main pipeline is discharged.
Equalizing main is provided with balance bellows 5, and balance bellows is the bellows with work bellows same size.The lower end of described balance bellows is communicated with main pipeline by equalizing main, and the upper end of balance bellows is provided with balance transfer flange 6, and described balance transfer flange connects a balance tube end socket 7.
As main pipeline is used for conveying liquid body medium, a small amount of gas evolution may be had and accumulate in equalizing main, affecting the normal work of compensator and the conveying of medium; Therefore, described balance tube end socket is provided with deflating valve 11.If main pipeline is for carrying gas medium, then do not need to arrange described deflating valve.
Balance transfer flange is provided with four balancing pull rod 8(stretched out to main pipeline direction along equalizing main axis and comprises 8a and 8b in figure), be provided with two balancing pull rods at balance transfer flange relative to every side, the both sides of main pipeline, four balancing pull rods are symmetrical relative to main pipeline.Often prop up main tie and correspond to a balancing pull rod in the position of the circumferencial direction of main pipeline.Balancing pull rod is connected with balance transfer flange by bolt 8-1.
Be provided with two triangle lever 10(in every side, both sides of main pipeline and equalizing main joint and comprise 10a and 10b in figure), often prop up main tie and be connected by a described triangle lever with corresponding balancing pull rod.The rotational plane of triangle lever is parallel to main pipeline axis and balance conduit axis simultaneously.The rotating shaft 14(of triangle lever comprises 14a and 14b in figure) be arranged on described main pipeline and equalizing main joint, the two ends of each triangle lever are respectively equipped with the mobile jib bearing pin 16 be connected with main tie and the balancing pole bearing pin 15 be connected with balancing pull rod.
State triangle lever shaft and equal the centre distance L2 of triangle lever shaft to balancing pole bearing pin to the centre distance L1 of mobile jib bearing pin.When the bellows that works is in balancing work state, the axes normal of main tie is in triangle lever shaft to the line at mobile jib bearing pin center, and the axes normal of balancing pull rod is in triangle lever shaft to the line at balancing pole bearing pin center.During triangle lever rotation, mobile jib bearing pin is identical with the stroke that balancing pole bearing pin rotates on triangle lever, and sense of rotation is orthogonal.
Two balancing pull rod 8a away from described work bellows connect a main tie near balance bellows respectively by an interior triangular lever 10a, the rotating shaft 14a of described interior triangular lever is relative to balancing pole bearing pin 15 to the skew of work bellows direction, and the rotating shaft 14a of described interior triangular lever offsets to balance bellows direction relative to mobile jib bearing pin 16;
Two balancing pull rod 8b near work bellows connect the main tie of a far from equilibrium bellows respectively by an outer triangle lever 10b, the rotating shaft 14b of described outer triangle lever is relative to the opposite direction skew of balancing pole bearing pin 15 to work bellows, and the rotating shaft 14b of described outer triangle lever is relative to the opposite direction skew of mobile jib bearing pin 16 to balance bellows.When balancing pull rod pulls triangle lever, triangle lever pulls main tie; When main tie pulls triangle lever, triangle lever pulls balancing pull rod.Pulling force is delivered to main tie from balancing pull rod by triangle lever.
In the present embodiment, the lever shaft of interior triangular lever 10a is arranged on equalizing main.For convenience of structure manufacture, the lower end of the connection part of main pipeline and equalizing main is provided with one section of lower linking tube 17, and the lever shaft of outer triangle lever 10b is arranged on described lower linking tube.
The top of main tie is rotationally connected by axle sleeve 9-2 and mobile jib bearing pin, and main tie is provided with casing tube of tension rod 9-3, and described casing tube of tension rod is provided with fluting 9-4, and the length S of fluting is greater than the axial displacement of main tie.Balance transfer flange and outer triangle lever is connected through the described fluting on two main ties near the balancing pull rod 8b of work bellows.As shown in Figure 3.
Be provided with vent 18 in the bottom of lower linking tube, prevent from forming enclosed space in lower linking tube.
The other open type straight pipe pressure-equalizing corrugated compensator of non-resistance in use, the internal pressure thrust of work bellows is delivered to main tie by main transfer flange, changing direction by triangle lever again passes on balance transfer flange through balancing pull rod, the internal pressure thrust of balance bellows is also being used on balance transfer flange, pull balancing pull rod, thus reach the object of balancing work bellows internal pressure thrust.
The lever shaft of triangle lever is fixed on pipeline, and main tie and balancing pull rod link together by mobile jib coupling shaft and the balancing pole coupling shaft of triangle lever, and triangle lever can rotate around lever shaft, reaches the effect of transmitting force and displacement.
Symmetrical before and after main tie and balancing pull rod and triangle lever construction part, every side two cover make main tie and balancing pull rod force balance and steadily.Four main ties have long trough through hole, balancing pull rod is made to pass main tie at main tie and balancing pull rod infall, decrement and the amount of tension of the length foundation compensator of Slotted bores are determined, width is passing balancing pull rod and can move freely as foundation.
Connecting port one is used to communication medium, balance pressure; Another is used to hydrophobic, ponding when preventing inactive.
Balance tube end socket top deflating valve work time be in closed state; Be used for when product or pipeline pressure test being vented.
Bellows is establishing clocking requirement size dimension completely the same, and because two bellowss are onesize, internal pressure is equal and cancel out each other, so do not produce thrust to pipe ends.When pipeline elongates or shortens, bellows can also freely shorten or extend.
As shown in Figure 4, common straight-through type corrugated expansion joint needs two work bellowss 21 and a balance bellows 22, and the useful area of balance bellows is the twice of work bellows useful area, straight pipe pressure-equalizing corrugated compensator of the present utility model only needs a work bellows and a balance bellows, and work bellows is identical with the useful area of balance bellows, decrease usage quantity and the physical dimension of bellows, bellows is the parts of high manufacture cost, and therefore the utility model significantly can reduce manufacture cost.
The caliber of the bellows adopted in the utility model is not more than the caliber of main pipeline, does not need large-sized balance bellows, has higher voltage endurance capability compared with the bellows of pipe with small pipe diameter.
The utility model is not more than the bellows of main pipeline along main pipeline direction being only provided with a caliber, effectively can prevent the generation of Pole-shape unstability.
In the utility model, equalizing main can be arranged up or down, and can reduce the spacing that pipeline horizontal Tile is arranged, be conducive to the arrangement of pipeline, saving takes up room.
The flow resistance that the other open type straight pipe pressure-equalizing corrugated compensator of non-resistance of the present utility model also can effectively avoid bypass type corrugated expansion joint to exist and noise problem.
Embodiment two:
As Fig. 5, the present embodiment is a kind of Structural Transformation of the other open type straight pipe pressure-equalizing corrugated compensator of non-resistance of embodiment one, comprises the work bellows 2 that two ends are connected with main pipeline 1.
Differently from the structure of embodiment one to be, main pipeline is provided with the equalizing main 4 stretched out downwards.Balance tube end socket 7 is provided with on the top of equalizing main.
As main pipeline is used for gas transmission liquid medium, in order to discharge the liquid (as condensed water) accumulated in equalizing main, be provided with liquid port 13 on the top of described balance tube end socket, as shown in Figure 5.As main pipeline is used for conveying liquid body medium, described liquid port is used for periodical blowdown, or discharges hydrops when main pipeline is stopped using.
The upper end of the connection part of main pipeline and equalizing main is provided with one section of upper connecting tube 17a, is provided with vent 18 at the side arm of upper connecting tube, prevent from forming enclosed space in upper connecting tube.
Claims (9)
1. the other open type straight pipe pressure-equalizing corrugated compensator of non-resistance, comprises the work bellows that two ends are connected with main pipeline; It is characterized in that, the rear end of work bellows is provided with main transfer flange, and main transfer flange is provided with the main tie stretched out forward along main pipeline axis; The described main pipeline be connected with work bellows front end is provided with equalizing main, described equalizing main stretches out main pipeline from the side of main pipeline, equalizing main is provided with balance bellows, one end of described balance bellows is communicated with main pipeline by equalizing main, the other end of balance bellows is provided with balance transfer flange, and described balance transfer flange connects a balance tube end socket; Balance transfer flange is provided with the balancing pull rod stretched out to main pipeline direction along equalizing main axis, a balancing pull rod is at least provided with relative to every side, the both sides of main pipeline at balance transfer flange, the quantity of described main tie is identical with the quantity of balancing pull rod, often props up main tie and corresponds to a balancing pull rod in the position of the circumferencial direction of main pipeline; Be provided with pull bar the steering gear in the both sides of main pipeline and equalizing main joint, often prop up main tie and be connected by a described pull bar the steering gear with corresponding balancing pull rod; Pulling force is delivered to main tie from balancing pull rod by pull bar the steering gear.
2. the other open type straight pipe pressure-equalizing corrugated compensator of a kind of non-resistance according to claim 1, it is characterized in that, described pull bar the steering gear is triangle lever, the rotating shaft of described triangle lever is arranged on described main pipeline and equalizing main joint, and the two ends of triangle lever are respectively equipped with the mobile jib bearing pin be connected with main tie and the balancing pole bearing pin be connected with balancing pull rod; When balancing pull rod pulls triangle lever, triangle lever pulls main tie; When main tie pulls triangle lever, triangle lever pulls balancing pull rod.
3. the other open type straight pipe pressure-equalizing corrugated compensator of a kind of non-resistance according to claim 1, it is characterized in that, the caliber of described equalizing main is identical with the caliber of main pipeline, and described work bellows and balance bellows are the bellowss of same size.
4. the other open type straight pipe pressure-equalizing corrugated compensator of a kind of non-resistance according to claim 2, it is characterized in that, described triangle lever shaft equals the centre distance of triangle lever shaft to balancing pole bearing pin to the centre distance of mobile jib bearing pin; The axes normal of main tie is in triangle lever shaft to the line at mobile jib bearing pin center, and the axes normal of balancing pull rod is in triangle lever shaft to the line at balancing pole bearing pin center.
5. the other open type straight pipe pressure-equalizing corrugated compensator of a kind of non-resistance according to claim 2, it is characterized in that, be provided with two balancing pull rods at described balance transfer flange relative to every side, the both sides of main pipeline, four balancing pull rods are symmetrical relative to main pipeline; Main transfer flange is provided with four main ties, and the position of often propping up main tie corresponds to a balancing pull rod; Be provided with two triangle levers in every side, both sides of main pipeline and equalizing main joint, often prop up main tie and be connected by a described triangle lever with corresponding balancing pull rod.
6. the other open type straight pipe pressure-equalizing corrugated compensator of a kind of non-resistance according to claim 5, it is characterized in that, two balancing pull rods away from described work bellows connect a main tie near balance bellows respectively by an interior triangular lever, the rotating shaft of described interior triangular lever is relative to balancing pole bearing pin to the skew of work bellows direction, and the rotating shaft of described interior triangular lever offsets to balance bellows direction relative to mobile jib bearing pin;
Two balancing pull rods near work bellows connect the main tie of a far from equilibrium bellows respectively by an outer triangle lever, the rotating shaft of described outer triangle lever is relative to the opposite direction skew of balancing pole bearing pin to work bellows, and the rotating shaft of described outer triangle lever is relative to the opposite direction skew of mobile jib bearing pin to balance bellows;
Main tie is provided with fluting, and the described balancing pull rod near work bellows connects balance transfer flange and outer triangle lever through the described fluting on two main ties.
7. the other open type straight pipe pressure-equalizing corrugated compensator of a kind of non-resistance according to claim 1, it is characterized in that, described equalizing main is perpendicular to main pipeline.
8. the other open type straight pipe pressure-equalizing corrugated compensator of a kind of non-resistance according to claim 1, it is characterized in that, described equalizing main is communicated with main pipeline by the intercommunicating pore be arranged on main pipeline, has two described intercommunicating pores to lay respectively at two side positions near main pipeline and equalizing main seam; When equalizing main protrudes upward, the position of intercommunicating pore corresponds to the extreme lower position of equalizing main.
9. the other open type straight pipe pressure-equalizing corrugated compensator of a kind of non-resistance according to claim 1, is characterized in that, when equalizing main protrudes upward, be provided with deflating valve on the top of described balance tube end socket; When equalizing main stretches out, be provided with liquid port on the top of described balance tube end socket downwards.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520318980.XU CN204628927U (en) | 2015-05-18 | 2015-05-18 | The other open type straight pipe pressure-equalizing corrugated compensator of a kind of non-resistance |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201520318980.XU CN204628927U (en) | 2015-05-18 | 2015-05-18 | The other open type straight pipe pressure-equalizing corrugated compensator of a kind of non-resistance |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104847999A (en) * | 2015-05-18 | 2015-08-19 | 北京航天凌云波纹管有限公司 | Zero-resistance bypass-type straight pipe pressure balance ripple compensator |
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2015
- 2015-05-18 CN CN201520318980.XU patent/CN204628927U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104847999A (en) * | 2015-05-18 | 2015-08-19 | 北京航天凌云波纹管有限公司 | Zero-resistance bypass-type straight pipe pressure balance ripple compensator |
| CN104847999B (en) * | 2015-05-18 | 2016-01-13 | 北京航天凌云波纹管有限公司 | The other open type straight pipe pressure-equalizing corrugated compensator of a kind of non-resistance |
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