CN205601195U - Glass fiber -reinforced plastic cylinder manufacturing installation - Google Patents
Glass fiber -reinforced plastic cylinder manufacturing installation Download PDFInfo
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- CN205601195U CN205601195U CN201620428017.1U CN201620428017U CN205601195U CN 205601195 U CN205601195 U CN 205601195U CN 201620428017 U CN201620428017 U CN 201620428017U CN 205601195 U CN205601195 U CN 205601195U
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- Prior art keywords
- reinforced plastic
- fiber reinforced
- support
- plastic barrel
- support arm
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Abstract
The utility model discloses a glass fiber -reinforced plastic cylinder manufacturing installation, glass fiber -reinforced plastic cylinder manufacturing installation include front support seat, back supporting seat and lie in being used for between the two and prepare glass fiber -reinforced plastic cylinder's winding mould that back supporting seat has to be taken in so that take out fashioned glass fiber -reinforced plastic cylinder's the position of taking in when being used for supporting the support position of winding mould and being used for the drawing of patterns. The winding mould extends to be equipped with and substitutes the support arm that the back supporting seat provided the support when being used for the drawing of patterns being close to back supporting seat end, and the winding mould substitutes the support arm when still being equipped with at least one and being used for fashioned glass fiber -reinforced plastic cylinder to shift out to the support arm when supporting the supporting mechanism drawing of patterns of winding mould, and the support arm substitutes the back supporting seat and provides the support for the winding mould. When fashioned glass fiber -reinforced plastic cylinder moved to the support arm, the supporting mechanism provided the support for the winding mould. Above -mentioned glass fiber -reinforced plastic cylinder manufacturing installation, drawing of patterns in -process, winding mould have two all the time and support the end, and the winding mould is difficult to warp because of overload damages.
Description
Technical field
This utility model relates to anaerobic tank cylinder process equipment field, especially, relating to a kind of fiber reinforced plastic barrel and manufacturing device.
Background technology
Glass toughening manure pit be specifically designed to process sanitary sewage equipment, mostly be fiber reinforced plastic barrel structure, fiber reinforced plastic barrel be with
Synthetic resin is that matrix, fiber glass reinforcement are made.Glass toughening manure pit is primarily adapted for use in industrial undertaking's welfare quarter
With the purifying domestic sewage processing equipment of the civil buildings such as life of urban resident community, glass toughening manure pit is damming, is precipitating sewage
In large granular impurity, prevent sewage conduct blocking, reduce on buried depth of pipeline and play positive role.Current main processing mode
It is to first pass through manual pasting or Mechanical entanglement carries out stack shell.
Fiber reinforced plastic barrel winds on Wound Dies, from the demoulding of Wound Dies one end.In knockout course, the weight of fiber reinforced plastic barrel
Piezometric, at the demoulding end of Wound Dies, causes the support end of Wound Dies to bear bigger moment, causes support end to be easily damaged change
Shape.
Utility model content
This utility model provides a kind of fiber reinforced plastic barrel and manufactures device, to solve the support of existing fiber reinforced plastic barrel manufacture device
Hold the technical problem of fragile deformation.
The technical solution adopted in the utility model is as follows:
This utility model provides a kind of fiber reinforced plastic barrel and manufactures device, and fiber reinforced plastic barrel manufactures device and includes front support seat, props up afterwards
Support seat and the Wound Dies for preparing fiber reinforced plastic barrel positioned there between, rear support seat has for supporting Wound Dies
Support level and when the demoulding storage to take out the storage position of fiber reinforced plastic barrel of molding.
Wound Dies substitutes rear support seat when extending be provided with for the demoulding near rear support seat end and provides the support arm supported, and is wound around
Mould is additionally provided with at least one support substituting support arm support Wound Dies when the fiber reinforced plastic barrel of molding is moved to support arm
Mechanism.
Further, support arm is connected with extraneous support means, is propped up from bottom support or from top by the support means in the external world
Support.
Further, support arm is coaxially disposed with Wound Dies, and the tail end of support arm is provided with for hoist cable hanging through suspension strut
Ring.
Further, below support arm, it is provided with support tailstock, supports tailstock and have and prop up position and for taking off for support support arm
House during mould to take out the collecting position of the fiber reinforced plastic barrel of molding.
Further, the axial length of support arm is the 1/2～1/3 of the winding zone axial length of described Wound Dies, supporting mechanism
Distance away from front support seat is the 1/2～1/3 of the winding zone axial length of Wound Dies.
Further, Wound Dies includes swing bolster and the multiple flexible piecemeal being connected on swing bolster by telescoping mechanism,
Swing bolster two ends are respectively erected on front support seat and above-mentioned rear support seat, and around certainly under the drive mechanism effect of front support seat
Body axial-rotation.
Under the control of telescoping mechanism, multiple flexible piecemeals have and radially strut formation tube structure along swing bolster to twine glass processed
Steel cylinder strut position, or radially draw in so that the de-molding position that separates with swing bolster of fiber reinforced plastic barrel after molding.
Further, supporting mechanism supports swing bolster and/or flexible piecemeal, supporting mechanism be supported for suspension strut mechanism and/or
Contact supporting mechanism.
Further, the quantity of supporting mechanism is one, and supporting mechanism is contact supporting mechanism, and contact supporting mechanism includes arranging
The just hydraulic pressure support pedestal to swing bolster in ground, hydraulic pressure support pedestal is provided with support cylinder, and flexible piecemeal is provided with to be easy to support
The through hole that the piston rod of oil cylinder passes through, swing bolster is provided with the holding unit for coordinating with piston rod end.
Further, the quantity of flexible piecemeal is 4, and each flexible piecemeal includes independent telescoping mechanism, and flexible piecemeal sets
There is the locking module locked for the piecemeal that stretches when cylindrical shape.
Further, telescoping mechanism includes drive link, telescoping drive mechanism and multiple for connecting swing bolster and flexible piecemeal
Pars contractilis, multiple pars contractilis being axially uniformly distributed along swing bolster, the end of drive link is connected with telescoping drive mechanism, the body of rod
It is connected respectively with multiple pars contractilis, so that multiple pars contractilis is synchronized with the movement.
This utility model has the advantages that above-mentioned fiber reinforced plastic barrel manufactures device, and fiber reinforced plastic barrel twines on Wound Dies
Make type.During the demoulding, support arm is connected replacement rear support seat with the external world provides support for Wound Dies, thus can be by rear support seat
Storage, the fiber reinforced plastic barrel for molding removes offer passage.When the fiber reinforced plastic barrel of molding moves to support arm, supporting mechanism with
The extraneous replacement support arm that connects provides support for Wound Dies, thus can be separated with the external world by support arm, for the glass fibre reinforced plastic cylinder of molding
Body is fully removed offer passage.Above-mentioned fiber reinforced plastic barrel manufactures device, and in knockout course, Wound Dies has two supports all the time
End, Wound Dies is not easy to damage deformation because load is excessive.
In addition to objects, features and advantages described above, this utility model also has other objects, features and advantages.
Below with reference to figure, this utility model is described in further detail.
Accompanying drawing explanation
The accompanying drawing of the part constituting the application is used for providing and being further appreciated by of the present utility model, of the present utility model schematically
Embodiment and explanation thereof are used for explaining this utility model, are not intended that improper restriction of the present utility model.In the accompanying drawings:
Fig. 1 is that the fiber reinforced plastic barrel of this utility model preferred embodiment manufactures apparatus structure schematic diagram；
Fig. 2 is the schematic diagram of the fiber reinforced plastic barrel manufacture device Wound Dies of this utility model preferred embodiment；
Fig. 3 is the schematic diagram of the fiber reinforced plastic barrel manufacture device demoulding state of this utility model preferred embodiment；
Fig. 4 is that the fiber reinforced plastic barrel of this utility model preferred embodiment manufactures device demoulding schematic diagram completely；
Fig. 5 is the flexible piecemeal of this utility model preferred embodiment structural representation when strutting；
Structural representation when Fig. 6 is the flexible piecemeal gathering of this utility model preferred embodiment；
Fig. 7 is the telescoping mechanism structural representation of this utility model preferred embodiment；
Fig. 8 is the schematic diagram of the fiber reinforced plastic barrel manufacture device Wound Dies of another preferred embodiment；
Fig. 9 is the schematic diagram of the fiber reinforced plastic barrel manufacture device demoulding state of another preferred embodiment；
Figure 10 is that the fiber reinforced plastic barrel of another preferred embodiment manufactures device demoulding schematic diagram completely；
Figure 11 is that the fiber reinforced plastic barrel of another preferred embodiment manufactures device demoulding schematic diagram completely.
Description of reference numerals: 100, front support seat；200, rear support seat；300, Wound Dies；400, fiber reinforced plastic barrel；
500, supporting mechanism；600, support arm；210, support level；220, storage position；310, swing bolster；320, telescopic machine
Structure；340, flexible piecemeal；350, muscle groove；321, drive link；322, telescoping drive mechanism；323, pars contractilis；324、
Guide pillar；331, locking module；510, hydraulic pressure support pedestal；520, support cylinder；610, suspension ring；620, hoist cable.
Detailed description of the invention
Below in conjunction with accompanying drawing, embodiment of the present utility model is described in detail, but this utility model can be limited by claim
Multitude of different ways that is fixed and that cover is implemented.
With reference to Fig. 1～Fig. 7, preferred embodiment of the present utility model provides a kind of fiber reinforced plastic barrel and manufactures device, fiber reinforced plastic barrel
Manufacture device and include front support seat 100, rear support seat 200 and the winding for preparing fiber reinforced plastic barrel 400 positioned there between
Mould 300, rear support seat 200 there is the support level 210 for supporting Wound Dies 300 and during for the demoulding storage to take out
The storage position 220 of the fiber reinforced plastic barrel 400 of molding.Wound Dies 300 is being provided with for the demoulding near the extension of rear support seat 200 end
Time substitute rear support seat 200 provide support support arm 600, Wound Dies 300 is additionally provided with at least one fiberglass for molding
Substitute support arm 600 when cylinder 400 is moved to support arm 600 and support the supporting mechanism 500 of Wound Dies 300.
Twining formative stage processed, with reference to Fig. 2, rear support seat 200 is in support level 210 and puts, front support seat 100 and rear support seat
Support Wound Dies 300 is lifted at 200 two ends respectively, and usual front support seat 100 is provided with drive mechanism, drive Wound Dies 300 around
Self axial-rotation.The yarn being impregnated with resin is wrapped on Wound Dies 300 winding, obtains the fiber reinforced plastic barrel of molding after solidification
400.The process processed that twines of fiber reinforced plastic barrel 400 is ordinary skill in the art means, specifically twines mode processed and is not limited to this, remaining side
Formula repeats no more.
Ejection phase, Wound Dies 300 stops the rotation.With reference to Fig. 3 and 4, support arm 600 is connected with the external world or is set by bottom
There is support means to support, provide for Wound Dies 300 and support, then the rear support seat 200 originally supporting Wound Dies 300 is received
Receive, support arm 600 substitute it and support Wound Dies 300.The fiber reinforced plastic barrel 400 of now molding can be filled by extraneous transport
Put, as purlin car hoisting transportation or the dolly that arranged by bottom lift part transport to the position of support arm 600 correspondence,
Long transport distance can be to the support zone of support arm 600.The fiber reinforced plastic barrel 400 of molding leave after Wound Dies 300 region
On supporting mechanism 500 and the external world be connected as Wound Dies 300 and provide and support, then by support arm 600 with separate, by the machine of support
Structure 500 substitutes it and supports Wound Dies 300.With reference to Fig. 4, now, the stripping direction of the fiber reinforced plastic barrel 400 of molding does not has
Object stops, can be fully removed under the effect of extraneous conveying arrangement, and the demoulding completes.Rear support seat 200 and supporting mechanism 500
Reset, the next fiber reinforced plastic barrel 400 of the system of can twining.
Rear support seat 200 regulation has multiple, as fallen rear support seat 200 to ground or being inclined to the process of storage position 220
Tiltedly to the position relatively low with ground.As rear support seat 200 can be controlled down to ground or below ground by hydraulic jack or be inclined
Tiltedly fiber reinforced plastic barrel 400 is facilitated to transport to the position relatively low with ground.Or also rear support seat 200 can be set to collapsible knot
Structure, receives after being shunk.
And when preparing fiber reinforced plastic barrel 400, after fiber reinforced plastic barrel 400 can being made, under the effect of additional conveying arrangement
Move it to the position of support arm 600.Continue to be wound around in the end of bare glass steel cylinder 400 at Wound Dies 300, extend glass
The length of glass steel cylinder 400.The length of fiber reinforced plastic barrel 400 can be more than the length of the Wound Dies 300 of its correspondence, fiberglass
The length maximum of cylinder 400 can reach the axial length sum of Wound Dies 300 and support arm 600.
This utility model has the advantages that above-mentioned fiber reinforced plastic barrel manufactures device, and fiber reinforced plastic barrel 400 is at Wound Dies
The type of making is twined on 300.During the demoulding, support arm 600 is connected replacement rear support seat 200 for Wound Dies 300 offer with the external world
Support, thus rear support seat 200 can be received, the fiber reinforced plastic barrel 400 for molding removes offer passage.Fiberglass when molding
When cylinder 400 moves to support arm 600, supporting mechanism 500 is connected replacement support arm 600 with the external world to be provided for Wound Dies 300
Supporting, thus can be separated with the external world by support arm 600, the fiber reinforced plastic barrel 400 for molding is fully removed offer passage.Above-mentioned
Fiber reinforced plastic barrel manufactures device, and in knockout course, Wound Dies 300 has two support ends all the time, Wound Dies 300 and front
Support seat 100 to be not easy to damage deformation because load is excessive.
Alternatively, with reference to Fig. 3, support arm 600 is connected with extraneous support means, by extraneous support means from bottom support
Or it is supported from above.
Extraneous support means is from bottom support, and extraneous support means is run and withstood support arm 600, after having supported on backward
Support means can be removed.Extraneous support means is supported from above can be that support means is set to hoist cable 620, steel wire rope etc.
Traction thing, by traction thing and extraneous supporter, such as crane, purlin car, horizontal material suspension strut arm 600.
Alternatively, with reference to Fig. 3, support arm 600 is coaxially disposed with Wound Dies 300, and the tail end of support arm 600 is provided with for hanging
Rope 620 is through the suspension ring 610 of suspension strut.This kind of set-up mode support arm 600 simple in construction, is connected with extraneous support means
Simple with separating, save the demoulding time, improve production efficiency.
Alternatively, with reference to Fig. 8, below support arm 600, it is provided with support tailstock 700, supports tailstock and have for supporting support arm
600 prop up position 710 and house when the demoulding to take out the collecting position 720 of fiber reinforced plastic barrel 400 of molding.
Supporting tailstock 700 and can use the set-up mode identical with rear support seat 200, concrete set-up mode repeats no more.Fiberglass
Cylinder manufactures the duty of device as shown in 8～11.Support the setting of tailstock 700 to solve workshop and lack large-tonnage and rise
Device for hoisting cannot the problem of suspension strut arm 600, additionally support the relative boom hoisting of tailstock 700, cost is relatively low, reduces life
Produce cost.
Alternatively, with reference to Fig. 3, the axial length of support arm 600 is the winding zone axial length of Wound Dies 300
1/2～1/3, the supporting mechanism 500 distance away from front support seat 100 is the winding zone axial length of Wound Dies 300
1/2～1/3.Under this condition, in knockout course, can reduction front support seat 100 Moment of maximal efficiency, prevent from being wound around mould
Tool 300 topples.In other embodiments, the axial length of support arm 600 also greater than supporting mechanism 500 away from front support seat 100
Distance.
Alternatively, with reference to Fig. 1～6, Wound Dies 300 includes swing bolster 310 and is connected to rotate horizontal stroke by telescoping mechanism 320
Multiple flexible piecemeal 340 on beam 310, swing bolster 310 two ends are respectively erected in front support seat 100 and above-mentioned rear support seat
On 200, and around self axial-rotation under the drive mechanism effect of front support seat 100.Under the control of telescoping mechanism 320, many
Individual flexible piecemeal 340 has radially to strut along swing bolster 310 and forms tube structure and strut position with twine fiber reinforced plastic barrel 400 processed
Put, or radially draw in so that the de-molding position that separates of fiber reinforced plastic barrel 400 after molding and swing bolster 310.
Fiber reinforced plastic barrel 400 is wound at Wound Dies 300.Fiber reinforced plastic barrel 400 generally cylinder mechanism, thus in system
When making fiber reinforced plastic barrel 400, flexible piecemeal 340 stretches and struts formation cylindrical structure.When twining processed, first outside Wound Dies 300
Wall one layer of oil film of spraying or liquid wax, then at outer wall tightly around one layer of PE thin film, in case mould bonds with product, with antiwind mould
Tool 300 bonds with fiber reinforced plastic barrel 400, and after equipment starts, Wound Dies 300 at the uniform velocity rotates, and charka moving parallel yarn depends on
Secondary it is wound to the mould other end or designated length position completes the internal layer of stack shell and is wound around, is then around dolly and moves also toward other direction
Back and forth carrying out oblique yarn, the yarn angle specified according to computer program has back and forth been wound around intermediate layer operation, finally recovers parallel
Yarn output mode completes outer layer and is back and forth wound around, and fiberglass stack shell is just completely wound operation.
Fiberglass stack shell stands consolidation sizing after being wound around, flexible piecemeal 340 draws in, and the external diameter of Wound Dies 300 diminishes,
Fiber reinforced plastic barrel 400 departs from flexible piecemeal 340, additional conveying arrangement lift.Additional conveying arrangement can be and fiberglass
The carrier loader that stack shell is adaptive, carrier loader can drive by manually pullling motion or launch device, it is also possible to is driving lifting glass
Glass steel cylinder 400 is moved out.
Above-mentioned fiber reinforced plastic barrel manufactures device, and the demoulding is easy, and during the demoulding, the horizontal direction of device own is static, it is not necessary to by lifting
The demoulding, and fiber reinforced plastic barrel manufacture device reset is easily.
Alternatively, with reference to Fig. 5 and 6, supporting mechanism 500 supports swing bolster 310 and/or flexible piecemeal 340, supporting mechanism
500 are supported for suspension strut mechanism 500 and/or contact supporting mechanism 500.Suspension strut mechanism 500 can be hoist cable 620, steel
The traction thing such as cord, by traction thing and extraneous supporter, such as crane, purlin car, horizontal material suspension strut Wound Dies 300.
Contact supporting mechanism 500 can be arranged on ground, runs and withstands swing bolster 310 or flexible piecemeal 340 on backward, it is also possible to sets
Put on swing bolster 310 or flexible piecemeal 340 and receive wherein it is desired to time, move downward during operation and withstand ground, with
Support swing bolster 310 or flexible piecemeal 340.
Alternatively, with reference to Fig. 5 and 6, the quantity of supporting mechanism 500 is one, and supporting mechanism 500 is contact supporting mechanism
500, contact supporting mechanism 500 includes the hydraulic pressure support pedestal 510 being arranged at ground just to swing bolster 310, hydraulic pressure support platform
Seat 510 is provided with support cylinder 520, and flexible piecemeal 340 is provided with is easy to the through hole that the piston rod of support cylinder 520 passes through, and rotates horizontal stroke
Beam 310 is provided with the holding unit for coordinating with piston rod end.
This kind of design, it is relatively simple that hydraulic pressure support pedestal 510 is arranged at ground, swing bolster 310 and Wound Dies 300 structure,
Can avoid support equipment that Wound Dies 300 is run and produce interference.When twining processed, generally twine that to cover one layer of PE on molding jig thin
Film, therefore arranging through hole does not affect Wound Dies 300 and twines fiber reinforced plastic barrel 400 processed.Piston rod is supported on flexible piecemeal 340,
It is likely to result in flexible piecemeal 340 to deform, and flexible piecemeal 340 is generally in certain arc nonplanar structure, comparatively speaking
Support the most firm.The intensity of swing bolster 310 is obviously more than the intensity of flexible piecemeal 340, and piston rod supports swing bolster
310 can avoid flexible piecemeal 340 to deform, and support the most firm.
Alternatively, with reference to Fig. 5 and 6, the quantity of flexible piecemeal 340 is 4, and each flexible piecemeal 340 includes independent stretching
Mechanism 320, flexible piecemeal 340 is provided with the locking module 331 locked for the piecemeal 340 that stretches when cylindrical shape.
Swing bolster 310 can be the crossbeam of square cross section, one flexible piecemeal 340 of each correspondence, big for square chest type
Beam, Stability Analysis of Structures is durable in use.During Wound Dies 300 matched moulds, can operate with multiple flexible piecemeals 340 simultaneously, it is also possible to by
Individual flexible piecemeal 340 operates.As can be first allowed two flexible piecemeals 340 being oppositely arranged draw in, then two other sets relatively
The flexible piecemeal 340 put draws in.General fiber reinforced plastic barrel 400 is cylindrical structure, when Wound Dies 300 struts to circular
Time, lock module auto lock, can effectively prevent four flexible piecemeals 340 because of rocking that rotation and guide pillar 324 gap are brought.
Alternatively, with reference to Fig. 5～7, telescoping mechanism 320 includes drive link 321, telescoping drive mechanism 322 and multiple for connecting
The pars contractilis 323 of swing bolster 310 and flexible piecemeal 340, multiple pars contractilis 323 are along the most uniform point of swing bolster 310
Cloth, the end of drive link 321 is connected with telescoping drive mechanism 322, and the body of rod is connected respectively with multiple pars contractilis 323, so that many
Individual pars contractilis 323 is synchronized with the movement.
Multiple pars contractilis 323 of each flexible piecemeal 340 are uniformly distributed in swing bolster 310 part of flexible piecemeal 340 correspondence.
Pars contractilis 323 is preferably cylinder, and under telescoping drive mechanism 322 drives drive link 321 transmission, multiple pars contractilis 323 are same
Step motion so that flexible piecemeal 340 motor process is the most steady, and whole multi-specification glass steel cylinder 400 stability is high.
Alternatively, with reference to Fig. 5 and 6, telescoping mechanism 320 also includes that multiple guide pillar 324, multiple equal one end of guide pillar 324 are connected to
On swing bolster 310, the other end is connected on flexible piecemeal 340.Guide pillar 324 two is one group, two guide pillars 324 about
Drive link 321 is symmetrical arranged.Arranging guide pillar 324 can make to guide accurately, flexible piecemeal 340 telescopic direction is the most accurate, respectively
Flexible piecemeal 340 is more preferable.
Alternatively, with reference to Fig. 1, flexible piecemeal 340 is provided with the muscle groove 350 for forming reinforcement at fiber reinforced plastic barrel 400.
In traditional fiber reinforced plastic barrel 400, cylinder is the most bonding again after being fabricated separately with reinforcement, 2.3 meters of length of general diameter
The product of 12 meters installs 23 reinforcements needs 3 people's cooperations to spend more than 2 hours, and the most bonding reinforcement also needs more than 50 yuan
Material Cost, the product reliability processed by adhering method is Wrapping formed far below overall, and some products will less than 1 year
Reinforcement lodging phenomenon occurs.
After the flexible piecemeal 340 of the fiber reinforced plastic barrel manufacture device of the application struts, form ring-type muscle groove 350.First exist when twining processed
Wound Dies 300 outer wall and one layer of oil film of muscle groove 350 internal spraying or liquid wax, then at all muscle grooves 350 and outer wall tightly around one
Layer PE thin film, in case Wound Dies 300 bonds with product, after equipment starts, Wound Dies 300 at the uniform velocity rotates, and charka is along diagram
One direction moving parallel yarn, when mobile automatically draw in yarn outlet when having the position of muscle groove 350 becomes boundling yarn, treats muscle groove
350 charka yarn outlets when being wrapped over are launched into parallel yarn, be wound to the mould other end successively or designated length position completes reinforcement
The internal layer of ring and stack shell is wound around, and is then around dolly and moves toward other direction and back and forth carry out oblique yarn, refers to according to computer program
Fixed yarn angle has back and forth been wound around intermediate layer operation, finally recovers parallel yarn output mode and completes outer layer and be back and forth wound around, this belt transect
The fiberglass stack shell of reinforcing rib ring is just completely wound operation.Reinforcement and the cylinder of the fiber reinforced plastic barrel manufacture device of the application are continuous
The most Wrapping formed, processing quickly and is impregnated with completely with cylinder, will not lodge.
The foregoing is only preferred embodiment of the present utility model, be not limited to this utility model, for this area
For technical staff, this utility model can have various modifications and variations.All within spirit of the present utility model and principle, institute
Any modification, equivalent substitution and improvement etc. made, within should be included in protection domain of the present utility model.
Claims (10)
1. a fiber reinforced plastic barrel manufactures device, it is characterised in that described fiber reinforced plastic barrel manufacture device include front support seat (100),
Rear support seat (200) and positioned there between be used for preparing the Wound Dies (300) of fiber reinforced plastic barrel (400), institute
State rear support seat (200) there is the support level (210) for supporting described Wound Dies (300) and receive when the demoulding
Receive to take out the storage position (220) of the fiber reinforced plastic barrel (400) of molding；
Described Wound Dies (300) substitutes described when being provided with for the demoulding near the end extension of described rear support seat (200)
Rear support seat (200) provide support support arm (600), described Wound Dies (300) be additionally provided with at least one for
The fiber reinforced plastic barrel (400) of molding is moved to during described support arm (600) substitute described support arm (600) and supports described
The supporting mechanism (500) of Wound Dies (300).
Fiber reinforced plastic barrel the most according to claim 1 manufactures device, it is characterised in that described support arm (600) and the external world
Support means connects, by extraneous support means from bottom support or supported from above.
Fiber reinforced plastic barrel the most according to claim 2 manufactures device, it is characterised in that described support arm (600) twines with described
Being coaxially disposed around mould (300), the tail end of described support arm (600) is provided with for hoist cable (620) through suspension strut
Suspension ring (610).
Fiber reinforced plastic barrel the most according to claim 2 manufactures device, it is characterised in that described support arm (600) lower section is provided with
Supporting tailstock (700), described support tailstock has for supporting propping up position (710) and using of described support arm (600)
House when the demoulding to take out the collecting position (720) of the fiber reinforced plastic barrel (400) of molding.
Fiber reinforced plastic barrel the most according to claim 3 manufactures device, it is characterised in that the axial length of described support arm (600)
The 1/2～1/3 of the winding zone axial length that degree is described Wound Dies (300), described supporting mechanism (500) is away from front
The 1/2～1/3 of the winding zone axial length that distance is Wound Dies (300) of support seat (100).
Fiber reinforced plastic barrel the most according to claim 1 manufactures device, it is characterised in that described Wound Dies (300) includes rotation
Turn crossbeam (310) and the multiple flexible piecemeal (340) being connected on described swing bolster (310) by telescoping mechanism (320),
Described swing bolster (310) two ends are respectively erected on described front support seat (100) and described rear support seat (200),
And around self axial-rotation under the drive mechanism effect of described front support seat (100)；
Under the control of described telescoping mechanism (320), the plurality of flexible piecemeal (340) has along described swing bolster
(310) radially strut formation tube structure to twine the position that struts of fiber reinforced plastic barrel processed (400), or radially draw in
Make the de-molding position that the fiber reinforced plastic barrel after molding (400) and described swing bolster (310) separate.
Fiber reinforced plastic barrel the most according to claim 6 manufactures device, it is characterised in that described supporting mechanism (500) supports institute
Stating swing bolster (310) and/or described flexible piecemeal (340), described supporting mechanism (500) is supported for suspension strut machine
Structure (500) and/or contact supporting mechanism (500).
Fiber reinforced plastic barrel the most according to claim 7 manufactures device, it is characterised in that the quantity of described supporting mechanism (500)
Being one, described supporting mechanism (500) is contact supporting mechanism (500), and described contact supporting mechanism (500) includes
It is arranged at the ground hydraulic pressure support pedestal (510) just to described swing bolster (310), described hydraulic pressure support pedestal (510)
Be provided with support cylinder (520), described flexible piecemeal (340) be provided be easy to described support cylinder (520) piston rod lead to
The through hole crossed, described swing bolster (310) is provided with the holding unit for coordinating with described piston rod end.
Fiber reinforced plastic barrel the most according to claim 6 manufactures device, it is characterised in that the quantity of described flexible piecemeal (340)
Being 4, each described flexible piecemeal (340) includes independent telescoping mechanism (320), described flexible piecemeal (340)
It is provided with the locking module (331) locked for described flexible piecemeal (340) when cylindrical shape.
Fiber reinforced plastic barrel the most according to claim 9 manufactures device, it is characterised in that described telescoping mechanism (320) includes passing
Lever (321), telescoping drive mechanism (322) and multiple for connecting described swing bolster (310) and described flexible point
The pars contractilis (323) of block (340), multiple described pars contractilis (323) along described swing bolster (310) axially uniformly
Distribution, the end of described drive link (321) is connected with telescoping drive mechanism (322), the body of rod and the plurality of pars contractilis
(323) connect respectively, so that the plurality of pars contractilis (323) is synchronized with the movement.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620428017.1U CN205601195U (en) | 2016-05-12 | 2016-05-12 | Glass fiber -reinforced plastic cylinder manufacturing installation |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620428017.1U CN205601195U (en) | 2016-05-12 | 2016-05-12 | Glass fiber -reinforced plastic cylinder manufacturing installation |
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| Publication Number | Publication Date |
|---|---|
| CN205601195U true CN205601195U (en) | 2016-09-28 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620428017.1U Expired - Fee Related CN205601195U (en) | 2016-05-12 | 2016-05-12 | Glass fiber -reinforced plastic cylinder manufacturing installation |
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| CN109624281A (en) * | 2019-01-22 | 2019-04-16 | 河北可耐特复合材料有限公司 | Cylinder manufacturing equipment and its operating method |
| CN109760338A (en) * | 2019-03-05 | 2019-05-17 | 江苏恒神股份有限公司 | A kind of automatic fiber placement machine locator in restricted clearance lifts positioning tool |
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Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
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