CN201723899U - Composite compensator for high-pressure pipe - Google Patents
Composite compensator for high-pressure pipe Download PDFInfo
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- CN201723899U CN201723899U CN2010202110554U CN201020211055U CN201723899U CN 201723899 U CN201723899 U CN 201723899U CN 2010202110554 U CN2010202110554 U CN 2010202110554U CN 201020211055 U CN201020211055 U CN 201020211055U CN 201723899 U CN201723899 U CN 201723899U
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Abstract
The utility model discloses a composite compensator for high-pressure pipe, which belongs to the technical field of a thermal pipe compensator. The composite compensator is composed of the following components: an inner pipe, an anticorrosion pipe, a filler gland flange, an outer casing flange, an outer sleeve, a variable-diameter connection pipe, a flow guide pipe, a corrugated pipe, a material pressing cap, etc. The outer sleeve is sleeved at one end of the inner pipe. An outer ring of the outer end at one side of the outer sleeve is provided with an outer sleeve flange. A port at the other side is fixedly welded with a variable-diameter connection pipe bearing platform which is integrally connected with the variable-diameter connection pipe. The variable-diameter connection pipe and the inner pipe are respectively sleeved with two ends of the flow guide pipe. One end of the flow guide pipe is fixedly connected with the variable-diameter connection pipe. The corrugated pipe is provided between the flow guide pipe and the outer sleeve. Two ends respectively abut against the material pressing cap and the variable-diameter connection pipe, and are fixed through welded connection. When this structure is adopted, the composite compensator for high-pressure pipe obtains multiple functions which are characterized in that: the axial displacement is absorbed through the flexible deformation when the inner pipe is pushed by an axial thermal expansion force; simultaneously the anticorrosion pipe, etc. performs coaxial, synchronous and whole movement together with the inner pipe; not only can the anticorrosion pipe be used as a direct-burried pipe, but also the anticorrosion pipe can be used as an overhead pipe; not only can the anticorrosion pipe used for gas and liquid pipe, but also the anticorrosion pipe can be used as a slurry pipe.
Description
Technical field
The utility model relates to a kind of compound compensator for high pressure pipeline, belongs to the technical field of heat distribution pipeline compensation device, belongs to the technical field of the heat distribution pipeline compensation device structure of using in the industries such as oil, chemical industry, light industry, heating power, metallurgy specifically.
Background technique
Having that the compensation of pipeline mode of prior art is common is following several: 1. traditional natural U-shaped is bent formula, 2. spherical compensator, 3. slip-type expansion joint, 4. FlexbleJoint, 5. whirl compensator.Wherein: the spherical compensator cost is too high, and domestic production spherical compensator performance is general, and crushing is bigger; FlexbleJoint pipe stress in actual applications is excessive, the pipeline potential safety hazard that exists all the time in service; And with adopt original II shape nature compensation way the same invest and the pressure loss all bigger; The structure and the sealability of slip-type expansion joint are not good enough, and leakage phenomenon is more serious, and be weak aspect anticorrosion link yet; The whirl compensator performance is more outstanding; Have that compensation rate is big, flexible arrangement, particularly application advantageization is more obvious in long defeated aerial pipeline; But also exist not enough: the one, the junction excesssive gap of interior pipe and reducer pipe can produce eddy current at this position in the flowing medium motion, has so just increased the pressure loss of flowing medium.The 2nd, whirl compensator is used when arranging in pipeline and must be taken certain space because structure is a working principle radially; And every group of compensator mounting points all must add drain valve; The cost and the crushing of pipe network have been increased so again; Especially at all can't widespread usage on buried pipeline; Particularly spherical compensator, slip-type expansion joint, FlexbleJoint, whirl compensator all are the single seal form that adopts, and in the use: aspects such as flowing medium and bearing capacity all are subjected to certain limitation.
The model utility content
The utility model provides a kind of compound compensator for high pressure pipeline.To realize solving the deficiency of existing several types compensator; Reach the elimination pipe stress, strengthen sealability, improve bearing capacity, possess preservative efficacy, can realize the large compensation amount, need not the occupying volume external space, multifunctional characteristics applied widely; Less investment, operating cost is low, makes pipe network both safe and reliable to operation, plays purpose of energy saving again.
The technical solution of the utility model is in order to achieve the above object:
A kind of compound compensator for high pressure pipeline, it comprises cushion cap in interior pipe, anti-corrosion pipe fixed pressure ring, anti-corrosion pipe, follower flange, stuffing box packing A, outer sleeve flange, bolt and nut, the outer sleeve, the protruding outer shroud of interior pipe, steel ball A, outer sleeve, reducing adapter cushion cap, reducing adapter, honeycomb duct, bellows, binder end socket, stuffing box packing B, stuffing box packing C, steel ball B, anti-corrosion pipe fixedly bottom girder and mat insulation composition;
Pipe is cylindrical-shaped structure in described, the two ends of outer shroud respectively one or be set with in pipe protruding outer shroud, anti-corrosion pipe fixedly bottom girder and anti-corrosion pipe fixed pressure ring, the interior protruding outer shroud of pipe and interior pipe ring face and the stepped structure of end face, the outer ring surface of the protruding outer shroud of interior pipe is provided with groove, be provided with the inwall of steel ball A contact outer sleeve in the groove, inboard, interior pipe protruding outer shroud termination is provided with the binder end socket;
Described outer sleeve is the end of cylindrical-shaped structure ring set at interior pipe, the inboard of outer sleeve is provided with the interior cushion cap of outer sleeve of a convex, the reducing adapter cushion cap welding that the outer outer sleeve flange that is equipped with of this outer sleeve one side outer end, opposite side port and one are connected in the reducing adapter is fixing;
Described honeycomb duct is a tubulose, this reducing is taken over the two ends outer shroud that is socketed in this tubular body with interior pipe respectively, this honeycomb duct one end is taken over reducing and is fixedlyed connected, be provided with stuffing box packing B in the other end outer shroud and interior pipe protruding outer shroud inboard and interior pipe and the common space that forms of binder end socket end face, sealing filler B hoop is at the outer shroud of this honeycomb duct;
Described bellows is that tubulose is positioned at this binder end socket and reducing is taken over the space that cushion cap termination or end face and outer sleeve are encircled and the outer shroud of honeycomb duct surrounds jointly, contact is taken over described binder end socket, reducing respectively in the two ends of this bellows, and is connected and fixed respectively by welding;
Described follower flange is a ring-type, and its sectional shape is the L type, the outer shroud of pipe and in described outer sleeve flange and anti-corrosion pipe fixedly between the bottom girder in being sheathed on; Outer sleeve flange and follower flange are fastenedly connected fixing by bolt and nut, between the corresponding end face of both outer shrouds stuffing box packing A is set; The inner ring surface of this follower flange is provided with annular groove, is provided with pipe outer ring surface at least ten steel ball B contacts in the groove;
Described stuffing box packing C follower flange L type binder end and and outer sleeve between the cushion cap end face, the outer ring surface of pipe in interior ring links closely, outer shroud is tight against the inwall of outer sleeve;
Described anti-corrosion pipe axial cross section is shaped as the trench structure to a side opening, opening one end ring is enclosed within on the common outer ring surface of forming of this outer sleeve flange, stuffing box packing A and follower flange, grooved bottom end and anti-corrosion pipe fixedly bottom girder are withheld fixing by the anti-corrosion pipe fixed pressure ring, this anti-corrosion pipe and anti-corrosion pipe fixedly bottom girder contact mat insulation are set between the end face, and the anti-corrosion pipe fixed pressure ring contacts with anti-corrosion pipe mat insulation is set between the end face; Form that the plastic deformation by bellows has absorbed axial displacement when interior pipe is subjected to that axial thermal expansion power is crowded to be pushed away, form the structure that anti-corrosion pipe, the protruding outer shroud of interior pipe, steel ball A, stuffing box packing B, binder end socket and the coaxial vertically synchronous integral body of interior pipe move simultaneously.
Should in the protruding outer shroud of pipe be with interior pipe ring face and end face and extend out the shape step structure, the outer shroud port of the protruding outer shroud of interior pipe is provided with annular groove, the sectional shape of groove can be rectangle or circle, is provided with the inwall of at least ten steel ball A contact outer sleeves in the groove.
This binder end socket is a ring structure, fixedly connected or be welded in the pipe inboard, protruding outer shroud termination.
This cross-sectional shape of bellows is a waveform, broken line shape, curvilinerar figure or camber line shape.
This follower flange outer shroud port is provided with annular gap slot, the common annular groove that forms of the corresponding annular gap slot that this annular gap slot and this outer sleeve flange outer shroud port are provided with, and this groove is built-in with stuffing box packing A.
The root of the protruding outer shroud step structure of pipe in cushion cap supports and is stuck in this outer sleeve.
Sealing filler A, stuffing box packing B and stuffing box packing C are that Expanded graphite comprises metal enhancement mode Expanded graphite, the fiber reinforced Expanded graphite of titanium or added the Expanded graphite of antioxidant.
Adopt the standard of the technical solution of the utility model root a tree name city heat supply compensator and the standard of weldering system sleeve expansion joint, at the operating race of pipeline, emit, let out, problems such as leakage, with FlexbleJoint, the advantage of sleeve expansion joint and whirl compensator organically combines, because the protruding outer shroud of pipe in the two ends of interior pipe outer shroud are set with respectively, anti-corrosion pipe is bottom girder and anti-corrosion pipe fixed pressure ring fixedly, the interior protruding outer shroud of pipe and interior pipe ring face and the stepped structure of end face, the outer ring surface of the protruding outer shroud of interior pipe is provided with groove, be provided with the inwall of steel ball A contact outer sleeve in the groove, the outer end of the protruding outer shroud of interior pipe inboard is provided with the binder end socket; The inboard of outer sleeve is provided with the interior cushion cap of outer sleeve of a convex, the outer outer sleeve flange that is equipped with of outer end; Honeycomb duct is located at the inboard of reducing adapter and interior pipe the inner; The space that one end outer shroud of the interior protruding outer shroud of pipe and reducing adapter cushion cap end face and outer sleeve and honeycomb duct surrounds jointly is provided with bellows, and contact is taken over described binder end socket, reducing respectively in the two ends of this bellows, and fixing by being welded to connect; Be provided with stuffing box packing B in honeycomb duct the other end outer shroud and interior pipe protruding outer shroud inboard and interior pipe and the common space that forms of binder end socket end face; In follower flange is sheathed on the outer shroud of pipe and in described outer sleeve cushion cap and anti-corrosion pipe fixedly between the bottom girder; Follower flange outer shroud port is provided with annular gap slot, the common annular groove that forms of the corresponding annular gap slot that this annular gap slot and this outer sleeve flange outer shroud port are provided with, and described groove is built-in with stuffing box packing A; The inner ring surface of follower flange is provided with annular groove, is provided with pipe outer ring surface in the steel ball contact in the groove; Stuffing box packing C be contained in follower flange L type binder end and and outer sleeve between the cushion cap end face, the outer ring surface of pipe in interior ring links closely, outer shroud is tight against the inwall of outer sleeve; The anti-corrosion pipe axial cross section is shaped as the trench structure to a side opening, opening one end ring is enclosed within the common outer ring surface of forming of this outer sleeve flange, stuffing box packing A and follower flange, grooved bottom end and anti-corrosion pipe fixedly bottom girder link closely and withhold fixing by the anti-corrosion pipe fixed pressure ring, anti-corrosion pipe and anti-corrosion pipe fixedly bottom girder contact mat insulation are set between the end face, and the anti-corrosion pipe fixed pressure ring contacts with anti-corrosion pipe mat insulation is set between the end face; Squeeze when interior pipe is subjected to axial thermal expansion power that the plastic deformation by bellows has absorbed axial displacement when pushing away, form the structure that steel ball A, stuffing box packing B, anti-corrosion pipe and the coaxial vertically synchronous integral body of interior pipe move simultaneously.Adopt such structure to have the elimination pipe stress, strengthen sealability, improve bearing capacity, possess preservative efficacy, can realize the large compensation amount, multi-functional characteristics applied widely; Less investment, operating cost is low, really reaches to make pipe network both safe and reliable to operation, again purpose of energy saving.
Description of drawings
Fig. 1 absorbs thermal walking pre-structure schematic representation for the utility model.
Fig. 2 absorbs structural representation after the thermal walking for the utility model
Description of reference numerals:
1. interior pipe
2. anti-corrosion pipe fixed pressure ring
3. anti-corrosion pipe
4. follower flange
5. stuffing box packing A
6. outer sleeve flange
7. bolt and nut
8. cushion cap in the outer sleeve
9. the protruding outer shroud of interior pipe
10. steel ball A
11. outer sleeve
12. reducing is taken over cushion cap
13. reducing is taken over
14. honeycomb duct
15. bellows
16. binder end socket
17. stuffing box packing B
18. stuffing box packing C
19. steel ball B
20. anti-corrosion pipe is bottom girder fixedly
21. mat insulation
22. thermal insulation layer
Embodiment:
Below in conjunction with accompanying drawing the technical solution of the utility model is described in detail as follows.
As shown in Figure 1, compound compensator for high pressure pipeline as can be seen from Figure, in it comprises in pipe 1, anti-corrosion pipe fixed pressure ring 2, anti-corrosion pipe 3, follower flange 4, stuffing box packing A5, outer sleeve flange 6, bolt and nut 7, the outer sleeve cushion cap 8, the protruding outer shroud 9 of interior pipe, steel ball A10, outer sleeve 11, reducing take over that cushion cap 12, reducing take over 13, honeycomb duct 14, bellows 15, binder end socket 16, stuffing box packing B17, stuffing box packing C18, steel ball B19, anti-corrosion pipe fixedly bottom girder 20 and mat insulation 21 compositions;
Sealing filler A5, stuffing box packing B17 and stuffing box packing C18 can be the Expanded graphite that Expanded graphite comprises metal enhancement mode Expanded graphite, the fiber reinforced Expanded graphite of titanium or added antioxidant.
Pipe 1 is cylinder or tubular structure in described, the two ends of outer shroud respectively one or be set with in pipe protruding outer shroud 9, anti-corrosion pipe fixedly bottom girder 20 and anti-corrosion pipe fixed pressure ring 2, for example: the protruding outer shroud 9 of pipe in interior pipe 1 is provided with near end one (extensions) (the protruding outer shroud 9 of interior pipe can with this in manage 1 and be structure as a whole or by being welded into integrative-structure, as Fig. 1), near tail place, outer end (welding) anti-corrosion pipe fixedly bottom girder 20 and anti-corrosion pipe fixed pressure ring 2 (anti-corrosion pipe fixedly bottom girder 20 and anti-corrosion pipe fixed pressure ring 2 can be circle structure) are set; The protruding outer shroud 9 of interior pipe and interior pipe 1 anchor ring and the stepped structure of end face, (promptly from interior pipe 1 one end one extend should in the protruding outer shroud of pipe 9 be with interior pipe 1 anchor ring and end face and extend out shape or extend out the shape step structure step by step, as Fig. 1), the outer ring surface (or outer shroud port) of the protruding outer shroud 9 of interior pipe is provided with annular groove, the sectional shape of groove can be rectangle or circle, and the inwall that is provided with at least one steel ball A10 contact outer sleeve 11 in the groove is the contact of rolling.In pipe inboard, protruding outer shroud 9 termination (or outer end inboard) be provided with binder end socket 16, this binder end socket 16 is (circle) ring-type (cross section can be rectangle or circle) structure, fixedly connected or be welded in manage inboard, protruding outer shroud 9 termination; The root of protruding outer shroud 9 step structures of pipe (outer ring surface) in cushion cap 8 supports and is stuck in this outer sleeve.
Described outer sleeve 11 is enclosed within an end of interior pipe 1 for cylinder (or pipe) shape structural ring, the inboard of outer sleeve 11 is provided with a convex, and (cross section is a rectangle, as Fig. 1) outer sleeve in cushion cap 8, reducing adapter cushion cap 12 welding that the outer outer sleeve flange 6 that is equipped with of these outer sleeve 11 1 side outer ends, opposite side port and one are connected in the reducing adapter 13 are fixing; It is the tubular structure of L type that reducing adapter 13 that one links together and reducing are taken over cushion cap 12 cross sections.
Described honeycomb duct 14 is a tubulose, this reducing adapter 13 and interior pipe 1 are socketed in the two ends of this tubular body respectively, these honeycomb duct 14 1 ends are fixedlyed connected with reducing adapter 13 (inwalls), be provided with stuffing box packing B17 in protruding outer shroud 9 inboard and interior pipes 1 of the other end outer shroud and interior pipe and the common space that forms of binder end socket 16 both end faces, sealing filler B17 hoop is at the outer shroud of this honeycomb duct 14;
Described bellows 15 is taken over the space that cushion cap 12 both terminations or end face and outer sleeve 11 are encircled and the outer shroud of honeycomb duct 14 surrounds jointly for tubulose is positioned at the protruding outer shroud 9 of this pipe with reducing, 13 contacts are taken over the protruding outer shroud 9 of described interior pipe, reducing respectively in the two ends of this bellows 15, and fixing by being welded to connect; These bellows 15 sectional shapes are waveform, broken line shape, curvilinerar figure or camber line shape.
Described follower flange 4 (is evenly distributed with through hole for circular on it, correspondence is evenly distributed with through hole on the outer sleeve flange 6), its sectional shape is the L type, pipe 1 outer shroud and in described outer sleeve flange 6 and anti-corrosion pipe fixedly between the bottom girder 20 in being sheathed on; Outer sleeve flange 6 is fastenedly connected fixing with follower flange 4 by bolt and nut 7, both contact and stuffing box packing A5 are set between the end face (or these follower flange 4 outer shroud ports are provided with annular gap slot, the common annular groove that forms of the corresponding annular gap slot that this annular gap slot and this outer sleeve flange 6 outer shroud ports are provided with, this groove is built-in with stuffing box packing A5); The inner ring surface of this follower flange 4 is provided with annular groove, is provided with in the groove to manage 1 outer ring surface at least in ten steel ball B19 contacts and be the contact of rolling;
Described stuffing box packing C18 follower flange 4L type binder end and and outer sleeve between cushion cap 8 both end faces, the outer ring surface of pipe 1 in interior ring links closely, outer shroud is tight against the inwall of outer sleeve 11;
Described anti-corrosion pipe 3 axial cross sections are shaped as the trench structure (axially the half section is shaped as the L type) to a side opening, opening one end ring is enclosed within on this outer sleeve flange 6, stuffing box packing A5 and the follower flange 4 common outer ring surfaces of forming, grooved bottom end and anti-corrosion pipe be bottom girder 20 snappings and have anti-corrosion pipe fixed pressure ring 2 to be fixed fixedly, described anti-corrosion pipe 3 grooved bottom ends and anti-corrosion pipe fixedly are provided with heat insulating washer 21 between bottom girder 20 surface of contact, between anti-corrosion pipe fixed pressure ring 2 and anti-corrosion pipe 3 surface of contact mat insulation 21 are set.In fact be equivalent to anti-corrosion pipe 3 described grooved bottom ends in anti-corrosion pipe fixedly between bottom girder 20 and the anti-corrosion pipe fixed pressure ring 2 and or be clamped in the mat insulation 21 that fixedly bottom girder 20 and anti-corrosion pipe fixed pressure ring 2 both sides are fixed by anti-corrosion pipe.
Described stuffing box packing C18 is arranged in the chamber (annular space) that surrounds between inboard, outer sleeve 11 outer ends and interior pipe 1 outer shroud, and sealing filler C18 two ends are resisted against cushion cap 8 both end faces in follower flange 4 and the outer sleeve respectively; (can be I shape) as the short end of Fig. 1 follower flange 4L type (or claiming the binder end) partial cross section.
Described outer sleeve 11 outer surfaces can be around thermal insulation layer 22 (as Fig. 2) being set, the described outer sleeve flange 6 of an end contact of this thermal insulation layer 22; When being formed on bellows 15 plastic deformations and shrinking, just in time make the inner ring sleeve of anti-corrosion pipe 3 be buckled in the outside of thermal insulation layer 22.
Be provided with bellows 15 between these outer sleeve 11 1 end inboards and honeycomb duct 14 1 end outside layers; Bellows 15 two ends take over cushion cap 12 with corresponding reducing respectively and 16 both terminations employings of binder end socket are welded to connect fixing;
Sealing filler B18 is positioned at outer sleeve cushion cap 8 corresponding with follower flange 4L type binder end (or relatively) end face and the outer sleeve 11 inboard spaces that surround jointly with pipe 1 outer shroud, and respectively with it contact withhold.
This follower flange 4 outer ends place's recess and the common groove that forms of place, corresponding outer sleeve flange 6 outer ends recess, groove is built-in with stuffing box packing A5 contact anticorrosive casing pipe 3 inwalls.This outer sleeve flange 6 links closely with follower flange 4 employing stud bolt nuts 7 and is connected.
Adopt this structure can form and squeeze that the plastic deformation by bellows 15 has absorbed axial displacement when pushing away, the fixing effect of the structure that moves of bottom girder 20, anti-corrosion pipe 3 and anti-corrosion pipe fixed pressure ring 2 and the coaxial vertically synchronous integral body of interior pipe 1 of the protruding outer shroud 9 of pipe, steel ball A10, stuffing box packing B17, binder end socket 16, anti-corrosion pipe in forming simultaneously when interior pipe 1 is subjected to axial thermal expansion power.
In sum, interior pipe, the protruding outer shroud of interior pipe, steel ball A, stuffing box packing B, binder end socket and anticorrosive casing pipe finally are structure as a whole, and the steel ball A in can with the plastic deformation band of bellows in the protruding inner annular recess of pipe carries out left and right displacement (as shown in Figure 2) synchronously.
Adopt such structure to have the elimination pipe stress, strengthen sealability, improve bearing capacity, possess preservative efficacy, can realize the large compensation amount, further enlarge Applicable scope, less investment, operating cost is low, really can make safe and reliable, the energy-conservation multifunctional characteristics of pipe network operation.
The technical solution of the utility model when implementing because in the outer sleeve, outer sleeve cushion cap and outer sleeve flange be structure as a whole; Interior pipe, the protruding outer shroud of interior pipe, binder end socket, bellows and reducing are taken over and are structure as a whole; Honeycomb duct and reducing are taken over and are structure as a whole; Comprise and becoming one structure by technological methodes such as for example welding; When assembling:
The first step is inserted honeycomb duct in the interior tube cylinder, and the outer end of the protruding outer shroud of the interior pipe of the port fundamental sum that makes honeycomb duct flushes, stuffing box packing B then packs between protruding outer shroud of interior pipe and the inside and outside anchor ring of honeycomb duct, and make stuffing box packing B one end face be tight against in pipe 1 interior edge face then the binder end socket is linked closely to stuffing box packing B, binder end socket and the protruding outer shroud of interior pipe are welded fix simultaneously.
Second step packed bellows between binder end socket and reducing adapter cushion cap end face into, simultaneously cushion cap being taken over binder end socket, reducing respectively in the bellows two ends is welded to connect fixing, then an end of honeycomb duct is pressed to reducing and takes over inboard specified position, be welded to connect the inwall of an end of honeycomb duct and reducing adapter fixing simultaneously; (the other end of honeycomb duct is embedded in the interior pipe).
In being loaded on steel ball A, manages in the annular groove of protruding outer shroud outer ring surface in the 3rd step; Then with the outer sleeve cylindrical shell hitch of cushion cap in outer sleeve flange, the outer sleeve outer shroud to interior tube cylinder, make the inner wall sleeve of outer sleeve be buckled in the outer shroud of steel ball A, make pipe protruding outer shroud root (as shown in Figure 1) in the inner contact of cushion cap in the outer sleeve simultaneously; Be welded to connect outer sleeve and reducing adapter cushion cap outer shroud fixing then.
The 4th step packed stuffing box packing C in the groove between outer sleeve and the interior pipe, made the stuffing box packing C interior edge face interior cushion cap of outer sleeve that links closely; Then stuffing box packing A is placed in the gap slot of outer sleeve flange outer shroud port the outer shroud of pipe in again the follower flange cover with steel ball B being anchored to; Utilize pressurized equipment to impel the follower flange L type binder end stuffing box packing C that links closely simultaneously, make the gap slot interior edge face of the follower flange outer shroud port stuffing box packing A that links closely simultaneously, link closely follower flange and outer sleeve flange fixing by the stud bolt nut then.
The desired location of pipe outer ring surface in the 5th step, fixedly bottom girder was soldered to anti-corrosion pipe, then fixedly place mat insulation in the exterior edge face of bottom girder in anti-corrosion pipe, then with the outer shroud of anti-corrosion pipe hitch to the interior pipe outside and follower flange, stuffing box packing A and outer sleeve flange, make the link closely outer ring surface of stuffing box packing A of anti-corrosion pipe cylinder inboard wall, make inboard, anticorrosion pipe end limit be tight against mat insulation simultaneously, then at the outside, anticorrosion pipe end limit suit mat insulation, casing pressure anti-corrosion pipe fixed pressure ring is fixing with anti-corrosion pipe fixed pressure ring and the welding of interior pipe simultaneously then.
Carry out the corrosion resistant clad work of metal exsertion part at last; (comprise spraying, be coated with and rinse heatproof, anticorrosive material).
This technology makes:
1. pipe, the protruding outer shroud of interior pipe, steel ball A, binder end socket, stuffing box packing B and anti-corrosion pipe are carried out synchronous left and right axial displacement in described provides necessary condition.
2. pipe and bellows and reducing are taken in described finally becomes an overall structure; It is logical to have determined that at first entire equipment does not have leakage; Add stuffing box packing B and combine the multi-sealed of end face with stuffing box packing C anchor ring; Sealability is fully guaranteed.
3. the coaxial effect of setting upright, reduce frictional resistance that described steel ball A, steel ball B have played parts such as interior pipe when carrying out synchronous left and right axial displacement.
4. described stuffing box packing A abbreviates as: (fixing seals), and stuffing box packing B, stuffing box packing C abbreviate as: the lubrication when (sliding seal) played parts such as interior pipe and carry out left and right axial displacement; Particularly stuffing box packing B has played the effect that stops slurry medium to enter the bellows slit simultaneously, has further enlarged medium Applicable scope.
5. described mat insulation and anti-corrosion pipe have played anticorrosion, heat insulation, the insulation of primary structural component and effect of saving energy, (especially for directly buried pipeline).
6. the anti-slip effect when cushion cap has played parts such as interior pipe and carries out synchronous left and right axial displacement in the described outer sleeve has further improved the safety guarantee of equipment operation.
Claims (7)
1. a compound compensator for high pressure pipeline is characterized in that: comprise interior pipe (1), anti-corrosion pipe fixed pressure ring (2), anti-corrosion pipe (3), follower flange (4), stuffing box packing A (5), outer sleeve flange (6), bolt and nut (7), cushion cap (8) in the outer sleeve, interior pipe protruding outer shroud (9), steel ball A (10), outer sleeve (11), reducing is taken over cushion cap (12), reducing is taken over (13), honeycomb duct (14), bellows (15), binder end socket (16), stuffing box packing B (17), stuffing box packing C (18), steel ball B (19), anti-corrosion pipe fixedly bottom girder (20) is formed with mat insulation (21);
Pipe (1) is a cylindrical-shaped structure in described, the two ends of outer shroud respectively one or be set with in pipe protruding outer shroud (9), anti-corrosion pipe fixedly bottom girder (20) and anti-corrosion pipe fixed pressure ring (2), the interior protruding outer shroud of pipe (9) and interior pipe (1) anchor ring and the stepped structure of end face, the outer ring surface of the interior protruding outer shroud of pipe (9) is provided with groove, be provided with the inwall of steel ball A (10) contact outer sleeve (11) in the groove, the protruding outer shroud of interior pipe (9) inboard, termination is provided with binder end socket (16);
Described outer sleeve (11) is the end of cylindrical-shaped structure ring set at interior pipe (1), the inboard of outer sleeve (11) is provided with the interior cushion cap (8) of outer sleeve of a convex, reducing adapter cushion cap (12) welding that the outer outer sleeve flange (6) that is equipped with of these outer sleeve (11) one side outer ends, opposite side port and one are connected in the reducing adapter (13) is fixing;
Described honeycomb duct (14) is a tubulose, this reducing adapter (13) and interior pipe (1) are socketed in the two ends outer shroud of this tubular body respectively, these honeycomb duct (14) one ends are fixedlyed connected with reducing adapter (13), be provided with stuffing box packing B (17) in the other end outer shroud and the protruding outer shroud of interior pipe (9) inboard and interior pipe (1) and the common space that forms of both end faces of binder end socket (16), sealing filler B (17) hoop is at the outer shroud of this honeycomb duct (14);
Described bellows (15) is taken over the space that both terminations of cushion cap (12) or end face and outer sleeve (11) are encircled and the outer shroud of honeycomb duct (14) surrounds jointly for tubulose is positioned at this binder end socket (16) with reducing, (13) contact is taken over described binder end socket (16), reducing respectively in the two ends of this bellows (15), and is connected and fixed respectively by welding;
Described follower flange (4) is a ring-type, and its sectional shape is the L type, is sheathed on the outer shroud of interior pipe (1) and is positioned at described outer sleeve flange (6) and anti-corrosion pipe fixedly between the bottom girder (20); Outer sleeve flange (6) and follower flange (4) are fastenedly connected fixing by bolt and nut (7), stuffing box packing A (5) is set between the corresponding end face of both outer shrouds; The inner ring surface of this follower flange (4) is provided with annular groove, is provided with pipe (1) outer ring surface at least ten steel ball B (19) contact in the groove;
Described stuffing box packing C (18) is positioned between follower flange (4) L type binder end and both end faces of outer sleeve cushion cap (8), the link closely outer ring surface of interior pipe (1) of interior ring, and outer shroud is tight against the inwall of outer sleeve (11);
Described anti-corrosion pipe (3) axial cross section is shaped as the trench structure to a side opening, opening one end ring is enclosed within on the common outer ring surface of forming of this outer sleeve flange (6), stuffing box packing A (5) and follower flange (4), grooved bottom end and anti-corrosion pipe fixedly bottom girder (20) are withheld fixing by anti-corrosion pipe fixed pressure ring (2), this anti-corrosion pipe (3) and anti-corrosion pipe fixedly bottom girder (20) contact mat insulation (21) are set between the end face, and anti-corrosion pipe fixed pressure ring (2) contacts with anti-corrosion pipe (3) mat insulation (21) is set between the end face; Form that the plastic deformation by bellows (15) has absorbed axial displacement when interior pipe (1) is subjected to that axial thermal expansion power is crowded to be pushed away, form the structure that anti-corrosion pipe (3), the protruding outer shroud of interior pipe (9), steel ball A (10), binder end socket (16), stuffing box packing B (17) and the coaxial vertically synchronous integral body of interior pipe (1) move simultaneously.
2. the described compound compensator for high pressure pipeline of root a tree name claim 1, it is characterized in that protruding outer shroud of pipe (9) is with interior pipe (1) anchor ring and end face in this extends out the shape step structure, the outer shroud port of the interior protruding outer shroud of pipe (9) is provided with annular groove, the sectional shape of groove can be rectangle or circle, is provided with the inwall of at least ten steel ball A (10) contact outer sleeves (11) in the groove.
3. the described compound compensator for high pressure pipeline of root a tree name claim 1 is characterized in that this binder end socket (16) is ring structure, fixedly connected or be welded in pipe protruding outer shroud (9) inboard, termination.
4. the described compound compensator for high pressure pipeline of root a tree name claim 1 is characterized in that this bellows (15) sectional shape is a waveform, broken line shape, curvilinerar figure or camber line shape.
5. the described combined multifunctional compensator of root a tree name claim 1, it is characterized in that this follower flange (4) outer shroud port is provided with annular gap slot, the common annular groove that forms of the corresponding annular gap slot that this annular gap slot and this outer sleeve flange (6) outer shroud port are provided with, this groove is built-in with stuffing box packing A (5).
6. the described compound compensator for high pressure pipeline of root a tree name claim 1 is characterized in that cushion cap (8) supports the root that is stuck in interior pipe protruding outer shroud (9) step structure in this outer sleeve.
7. the described compound compensator for high pressure pipeline of root a tree name claim 1 is characterized in that sealing filler A (5), stuffing box packing B (17) and stuffing box packing C (18) comprise metal enhancement mode Expanded graphite, the fiber reinforced Expanded graphite of titanium for Expanded graphite.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010202110554U CN201723899U (en) | 2010-06-01 | 2010-06-01 | Composite compensator for high-pressure pipe |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010202110554U CN201723899U (en) | 2010-06-01 | 2010-06-01 | Composite compensator for high-pressure pipe |
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| Publication Number | Publication Date |
|---|---|
| CN201723899U true CN201723899U (en) | 2011-01-26 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN2010202110554U Expired - Fee Related CN201723899U (en) | 2010-06-01 | 2010-06-01 | Composite compensator for high-pressure pipe |
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| Country | Link |
|---|---|
| CN (1) | CN201723899U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101832443A (en) * | 2010-06-01 | 2010-09-15 | 陈墅庚 | Compound compensator for high pressure pipeline |
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2010
- 2010-06-01 CN CN2010202110554U patent/CN201723899U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101832443A (en) * | 2010-06-01 | 2010-09-15 | 陈墅庚 | Compound compensator for high pressure pipeline |
| CN101832443B (en) * | 2010-06-01 | 2012-11-28 | 陈墅庚 | Compound compensator for high pressure pipeline |
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